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MODULE Controls;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20141027, center #19, full Unicode support for Component Pascal identifiers added
- 20150521, center #51, support for ANYPTR and SYSTEM.PTR in LookupPath
- 20160122, center #98, improvements of GUI controls
- 20220525, MRW, put "E" to the f.KeyDown when "e" is typed
- 20230116, k8, fixed `KeyDown()` calls according to the new signature
- 20230130, dia, made content of readOnly fields be posible to select and copy
"
issues = "
- ...
"
**)
IMPORT
Kernel, Dates, Dialog, Meta, Services, Stores, Views, Properties,
Strings, Fonts, Ports, Controllers, Windows, StdCFrames;
CONST
(** elements of Property.valid **)
opt0* = 0; opt1* = 1; opt2* = 2; opt3* = 3; opt4* = 4;
link* = 5; label* = 6; guard* = 7; notifier* = 8; level* = 9;
default* = opt0; cancel* = opt1;
left* = opt0; right* = opt1; multiLine* = opt2; password* = opt3;
sorted* = opt0;
haslines* = opt1; hasbuttons* = opt2; atroot* = opt3; foldericons* = opt4;
minVersion = 0; maxBaseVersion = 4;
pbVersion = 0; cbVersion = 0; rbVersion = 0; fldVersion = 0;
dfldVersion = 0; tfldVersion = 0; cfldVersion = 0;
lbxVersion = 0; sbxVersion = 0; cbxVersion = 0; capVersion = 1; grpVersion = 0;
tfVersion = 0;
rdel = 07X; ldel = 08X; tab = 09X; ltab = 0AX; lineChar = 0DX; esc = 01BX;
arrowLeft = 1CX; arrowRight = 1DX; arrowUp = 1EX; arrowDown = 1FX;
update = 2; (* notify options *)
listUpdate = 3;
guardCheck = 4;
flushCaches = 5; (* re-map labels for flushed string resources, after a language change *)
maxAdr = 8;
(* unicode non-characters, known in HostMenus, HostCFrames, Controls *)
apps = 0FDD0X; (* 'menu key', WinApi.VK_APPS, bypasses BB's popup mechanism for edit controls *)
ctrlZ = 0FDD1X; (* bypasses BB's undo mechanism for edit controls *)
ctrlA = 0FDD2X; (* send ctrl-A (select all) to edit controls *)
TYPE
Prop* = POINTER TO RECORD (Properties.Property)
opt*: ARRAY 5 OF BOOLEAN;
link*: Dialog.String;
label*: Dialog.String;
guard*: Dialog.String;
notifier*: Dialog.String;
level*: INTEGER
END;
Directory* = POINTER TO ABSTRACT RECORD END;
Control* = POINTER TO ABSTRACT RECORD (Views.View)
item-: Meta.Item;
disabled-, undef-, readOnly-, customFont-: BOOLEAN;
font-: Fonts.Font;
label-: Dialog.String;
prop-: Prop;
adr: ARRAY maxAdr OF INTEGER;
num: INTEGER;
stamp: INTEGER;
shortcut: CHAR;
guardErr, notifyErr: BOOLEAN
END;
DefaultsPref* = RECORD (Properties.Preference)
disabled*: BOOLEAN; (** OUT, preset to ~c.item.Valid() *)
undef*: BOOLEAN; (** OUT, preset to FALSE *)
readOnly*: BOOLEAN (** OUT, preset to c.item.vis = readOnly *)
END;
PropPref* = RECORD (Properties.Preference)
valid*: SET (** OUT, preset to {link, label, guard, notifier, customFont} *)
END;
PushButton = POINTER TO RECORD (Control) END;
CheckBox = POINTER TO RECORD (Control) END;
RadioButton = POINTER TO RECORD (Control) END;
Field = POINTER TO RECORD (Control)
maxLen: INTEGER
END;
UpDownField = POINTER TO RECORD (Control)
min, max, inc: INTEGER
END;
DateField = POINTER TO RECORD (Control)
selection: INTEGER (* 0: no selection, 1..n-1: this part selected, -1: part n selected *)
END;
TimeField = POINTER TO RECORD (Control)
selection: INTEGER
END;
ColorField = POINTER TO RECORD (Control) END;
ListBox = POINTER TO RECORD (Control) END;
SelectionBox = POINTER TO RECORD (Control) END;
ComboBox = POINTER TO RECORD (Control) END;
Caption = POINTER TO RECORD (Control) END;
Group = POINTER TO RECORD (Control) END;
TreeControl = POINTER TO RECORD (Control) END;
StdDirectory = POINTER TO RECORD (Directory) END;
Op = POINTER TO RECORD (Stores.Operation)
ctrl: Control;
prop: Prop
END;
FontOp = POINTER TO RECORD (Stores.Operation)
ctrl: Control;
font: Fonts.Font;
custom: BOOLEAN
END;
NotifyMsg = RECORD (Views.NotifyMsg)
frame: Views.Frame;
op, from, to: INTEGER
END;
UpdateCachesMsg = RECORD (Views.UpdateCachesMsg) END;
SelectPtr = POINTER TO Dialog.Selection;
ProcValue = RECORD (Meta.Value) p*: PROCEDURE END;
SelectValue = RECORD (Meta.Value) p*: SelectPtr END;
GuardProcVal = RECORD (Meta.Value) p*: Dialog.GuardProc END;
NotifyProcValOld = RECORD (Meta.Value) p*: PROCEDURE (op, from, to: INTEGER) END;
GuardProcPVal = RECORD (Meta.Value) p*: PROCEDURE(n: INTEGER; VAR p: Dialog.Par) END;
NotifyProcPVal = RECORD (Meta.Value) p*: PROCEDURE(n, op, f, t: INTEGER) END;
Param = RECORD from, to, i: INTEGER; n: Dialog.String END;
TVParam = RECORD l: INTEGER; e: BOOLEAN; nodeIn, nodeOut: Dialog.TreeNode END;
Action = POINTER TO RECORD (Services.Action)
w: Windows.Window;
resolution, cnt: INTEGER
END;
TrapCleaner = POINTER TO RECORD (Kernel.TrapCleaner) END;
VAR
dir-, stdDir-: Directory;
par-: Control;
stamp: INTEGER;
action: Action;
cleaner: TrapCleaner;
cleanerInstalled: INTEGER;
(** Cleaner **)
PROCEDURE (c: TrapCleaner) Cleanup;
BEGIN
par := NIL;
cleanerInstalled := 0
END Cleanup;
PROCEDURE (c: Control) Update- (f: Views.Frame; op, from, to: INTEGER), NEW, EMPTY;
PROCEDURE (c: Control) UpdateList- (f: Views.Frame), NEW, EMPTY;
PROCEDURE (c: Control) CheckLink- (VAR ok: BOOLEAN), NEW, EMPTY;
PROCEDURE (c: Control) HandlePropMsg2- (VAR p: Views.PropMessage), NEW, EMPTY;
PROCEDURE (c: Control) HandleViewMsg2- (f: Views.Frame; VAR msg: Views.Message), NEW, EMPTY;
PROCEDURE (c: Control) HandleCtrlMsg2- (f: Views.Frame; VAR msg: Views.CtrlMessage;
VAR focus: Views.View), NEW, EMPTY;
PROCEDURE (c: Control) Externalize2- (VAR wr: Stores.Writer), NEW, EMPTY;
PROCEDURE (c: Control) Internalize2- (VAR rd: Stores.Reader), NEW, EMPTY;
(* auxiliary procedures *)
PROCEDURE IsShortcut (ch: CHAR; c: Control): BOOLEAN;
BEGIN
RETURN Strings.Upper(ch) = c.shortcut
END IsShortcut;
PROCEDURE ExtractShortcut (c: Control);
VAR label: Dialog.String; i: INTEGER; ch, sCh: CHAR;
BEGIN
Dialog.MapString(c.label, label);
i := 0; ch := label[0]; sCh := "&";
WHILE sCh = "&" DO
WHILE (ch # 0X) & (ch # "&") DO INC(i); ch := label[i] END;
IF ch = 0X THEN sCh := 0X
ELSE INC(i); sCh := label[i]; INC(i); ch := label[i]
END
END;
c.shortcut := Strings.Upper(sCh)
END ExtractShortcut;
PROCEDURE GetGuardProc (name: ARRAY OF CHAR; VAR i: Meta.Item; VAR err: BOOLEAN;
VAR par: BOOLEAN; VAR n: INTEGER);
VAR j, k, e: INTEGER; num: ARRAY 32 OF CHAR;
BEGIN
j := 0;
WHILE (name[j] # 0X) & (name[j] # "(") DO INC(j) END;
IF name[j] = "(" THEN
INC(j); k := 0;
WHILE (name[j] # 0X) & (name[j] # ")") DO num[k] := name[j]; INC(j); INC(k) END;
IF (name[j] = ")") & (name[j+1] = 0X) THEN
num[k] := 0X; Strings.StringToInt(num, n, e);
IF e = 0 THEN
name[j - k - 1] := 0X;
Meta.LookupPath(name, i); par := TRUE
ELSE
IF ~err THEN
Dialog.ShowParamMsg("#System:SyntaxErrorIn", name, "", "");
err := TRUE
END;
Meta.Lookup("", i);
RETURN
END
ELSE
IF ~err THEN
Dialog.ShowParamMsg("#System:SyntaxErrorIn", name, "", "");
err := TRUE
END;
Meta.Lookup("", i);
RETURN
END
ELSE
Meta.LookupPath(name, i); par := FALSE
END;
IF (i.obj = Meta.procObj) OR (i.obj = Meta.varObj) & (i.typ = Meta.procTyp) THEN (*ok *)
ELSE
IF ~err THEN
IF i.obj = Meta.undef THEN
Dialog.ShowParamMsg("#System:NotFound", name, "", "")
ELSE
Dialog.ShowParamMsg("#System:HasWrongType", name, "", "")
END;
err := TRUE
END;
Meta.Lookup("", i)
END
END GetGuardProc;
PROCEDURE CallGuard (c: Control);
VAR ok, up: BOOLEAN; n: INTEGER; dpar: Dialog.Par; p: Control;
v: GuardProcVal; vp: GuardProcPVal; i: Meta.Item; pref: DefaultsPref;
BEGIN
Controllers.SetCurrentPath(Controllers.targetPath);
pref.disabled := ~c.item.Valid();
pref.undef := FALSE;
pref.readOnly := c.item.vis = Meta.readOnly;
Views.HandlePropMsg(c, pref);
c.disabled := pref.disabled;
c.undef := pref.undef;
c.readOnly := pref.readOnly;
c.label := c.prop.label$;
IF ~c.disabled & (c.prop.guard # "") & ~c.guardErr THEN
IF cleanerInstalled = 0 THEN Kernel.PushTrapCleaner(cleaner) END;
INC(cleanerInstalled);
p := par; par := c;
dpar.disabled := FALSE; dpar.undef := FALSE;
dpar.readOnly := c.readOnly;
dpar.checked := FALSE; dpar.label := c.label$;
GetGuardProc(c.prop.guard, i, c.guardErr, up, n);
IF i.obj # Meta.undef THEN
IF up THEN (* call with numeric parameter *)
i.GetVal(vp, ok);
IF ok THEN vp.p(n, dpar) END
ELSE
i.GetVal(v, ok);
IF ok THEN v.p(dpar) END
END;
IF ok THEN
c.disabled := dpar.disabled;
c.undef := dpar.undef;
IF dpar.readOnly THEN c.readOnly := TRUE END;
IF dpar.label # c.label THEN c.label := dpar.label END
ELSIF ~c.guardErr THEN
Dialog.ShowParamMsg("#System:HasWrongType", c.prop.guard, "", "");
c.guardErr := TRUE
END
END;
par := p;
DEC(cleanerInstalled);
IF cleanerInstalled = 0 THEN Kernel.PopTrapCleaner(cleaner) END
END;
ExtractShortcut(c);
Controllers.ResetCurrentPath()
END CallGuard;
PROCEDURE CallNotifier (c: Control; op, from, to: INTEGER);
VAR ok, up: BOOLEAN; n: INTEGER; vold: NotifyProcValOld; vp: NotifyProcPVal;
i: Meta.Item; p: Control;
BEGIN
IF c.prop.notifier # "" THEN
IF cleanerInstalled = 0 THEN Kernel.PushTrapCleaner(cleaner) END;
INC(cleanerInstalled);
p := par; par := c;
IF c.prop.notifier[0] = "!" THEN
IF op = Dialog.pressed THEN
c.prop.notifier[0] := " ";
Dialog.ShowStatus(c.prop.notifier);
c.prop.notifier[0] := "!"
ELSIF op = Dialog.released THEN
Dialog.ShowStatus("")
END
ELSE
GetGuardProc(c.prop.notifier, i, c.notifyErr, up, n);
IF i.obj # Meta.undef THEN
IF up THEN (* call with numeric parameter *)
i.GetVal(vp, ok);
IF ok THEN vp.p(n, op, from, to) END
ELSE
i.GetVal(vold, ok);
IF ok THEN vold.p(op, from, to) END
END;
IF ~ok & ~c.notifyErr THEN
Dialog.ShowParamMsg("#System:HasWrongType", c.prop.notifier, "", "");
c.notifyErr := TRUE
END
END
END;
par := p;
DEC(cleanerInstalled);
IF cleanerInstalled = 0 THEN Kernel.PopTrapCleaner(cleaner) END
END
END CallNotifier;
PROCEDURE DCHint (modifiers: SET): INTEGER;
BEGIN
IF Controllers.doubleClick IN modifiers THEN RETURN 1
ELSE RETURN 0
END
END DCHint;
PROCEDURE Notify* (c: Control; f: Views.Frame; op, from, to: INTEGER);
VAR msg: NotifyMsg;
BEGIN
IF ~c.readOnly & ~ c.disabled THEN
CallNotifier(c, op, from, to);
IF op >= Dialog.changed THEN
msg.id0 := c.item.adr; msg.id1 := msg.id0 + c.item.Size(); msg.frame := f;
msg.op := op; msg.from := from; msg.to := to;
msg.opts := {update, guardCheck};
Views.Omnicast(msg)
END
END
END Notify;
PROCEDURE NotifyFlushCaches*;
VAR msg: NotifyMsg;
BEGIN
msg.opts := {flushCaches}; msg.id0 := 0; msg.id1 := 0;
Views.Omnicast(msg)
END NotifyFlushCaches;
PROCEDURE GetName (VAR path, name: ARRAY OF CHAR; VAR i: INTEGER);
VAR j: INTEGER; ch: CHAR;
BEGIN
j := 0; ch := path[i];
WHILE (j < LEN(name) - 1) & Strings.IsIdent(ch) DO
name[j] := ch; INC(i); INC(j); ch := path[i]
END;
IF (ch = 0X) OR (ch = ".") OR (ch = "[") OR (ch = "^") THEN name[j] := 0X
ELSE name[0] := 0X
END
END GetName;
PROCEDURE LookupPath (path: ARRAY OF CHAR; VAR i: Meta.Item;
VAR adr: ARRAY OF INTEGER; VAR num: INTEGER);
VAR j, n: INTEGER; name: Meta.Name; ch: CHAR;
BEGIN
path[LEN(path) - 1] := 0X; j := 0; num := 0;
GetName(path, name, j); Meta.Lookup(name, i);
IF (i.obj = Meta.modObj) & (path[j] = ".") THEN
INC(j); GetName(path, name, j);
i.Lookup(name, i); ch := path[j]; INC(j);
WHILE i.obj = Meta.varObj DO
adr[num] := i.adr;
IF num < LEN(adr) - 1 THEN INC(num) END;
IF ch = 0X THEN RETURN
ELSIF i.typ IN {Meta.ptrTyp, Meta.anyPtrTyp, Meta.sysPtrTyp} THEN
IF ch = "^" THEN ch := path[j]; INC(j) END;
i.Deref(i)
ELSIF (i.typ = Meta.recTyp) & (ch = ".") THEN
GetName(path, name, j); i.Lookup(name, i);
ch := path[j]; INC(j)
ELSIF (i.typ = Meta.arrTyp) & (ch = "[") THEN
ch := path[j]; INC(j); n := 0;
WHILE (ch >= "0") & (ch <= "9") DO n := 10 * n + ORD(ch) - ORD("0"); ch := path[j]; INC(j) END;
IF ch = "]" THEN ch := path[j]; INC(j); i.Index(n, i) ELSE Meta.Lookup("", i) END
ELSE Meta.Lookup("", i)
END
END
ELSE
Meta.LookupPath(path, i); num := 0;
IF i.obj = Meta.varObj THEN adr[0] := i.adr; num := 1
ELSIF i.obj # Meta.procObj THEN Meta.Lookup("", i)
END
END
END LookupPath;
PROCEDURE Sort (VAR adr: ARRAY OF INTEGER; num: INTEGER);
VAR i, j, p: INTEGER;
BEGIN
i := 1;
WHILE i < num DO
p := adr[i]; j := i;
WHILE (j >= 1) & (adr[j - 1] > p) DO adr[j] := adr[j - 1]; DEC(j) END;
adr[j] := p; INC(i)
END
END Sort;
PROCEDURE GetTypeName (IN item: Meta.Item; OUT name: Meta.Name);
VAR mod: Meta.Name;
BEGIN
IF (item.typ = Meta.recTyp) THEN
item.GetTypeName(mod, name);
IF (mod = "Dialog") OR (mod = "Dates") THEN (* ok *)
ELSE name := ""
END
ELSE name := ""
END
END GetTypeName;
PROCEDURE OpenLink* (c: Control; p: Prop);
VAR ok: BOOLEAN;
BEGIN
ASSERT(c # NIL, 20); ASSERT(p # NIL, 21);
c.num := 0;
c.prop := Properties.CopyOf(p)(Prop);
IF c.font = NIL THEN
IF c.customFont THEN c.font := StdCFrames.defaultLightFont
ELSE c.font := StdCFrames.defaultFont
END
END;
c.guardErr := FALSE; c.notifyErr := FALSE;
LookupPath(p.link, c.item, c.adr, c.num);
IF c.item.obj = Meta.varObj THEN
Sort(c.adr, c.num);
ok := TRUE; c.CheckLink(ok);
IF ~ok THEN
Meta.Lookup("", c.item);
Dialog.ShowParamMsg("#System:HasWrongType", p.link, "", "")
END
ELSE
Meta.Lookup("", c.item); c.num := 0
END;
CallGuard(c);
c.stamp := stamp
END OpenLink;
(** Prop **)
PROCEDURE (p: Prop) IntersectWith* (q: Properties.Property; OUT equal: BOOLEAN);
VAR valid: SET;
BEGIN
WITH q: Prop DO
valid := p.valid * q.valid; equal := TRUE;
IF p.link # q.link THEN EXCL(valid, link) END;
IF p.label # q.label THEN EXCL(valid, label) END;
IF p.guard # q.guard THEN EXCL(valid, guard) END;
IF p.notifier # q.notifier THEN EXCL(valid, notifier) END;
IF p.level # q.level THEN EXCL(valid, level) END;
IF p.opt[0] # q.opt[0] THEN EXCL(valid, opt0) END;
IF p.opt[1] # q.opt[1] THEN EXCL(valid, opt1) END;
IF p.opt[2] # q.opt[2] THEN EXCL(valid, opt2) END;
IF p.opt[3] # q.opt[3] THEN EXCL(valid, opt3) END;
IF p.opt[4] # q.opt[4] THEN EXCL(valid, opt4) END;
IF p.valid # valid THEN p.valid := valid; equal := FALSE END
END
END IntersectWith;
(* Control *)
PROCEDURE (c: Control) CopyFromSimpleView2- (source: Control), NEW, EMPTY;
PROCEDURE (c: Control) CopyFromSimpleView- (source: Views.View);
BEGIN
WITH source: Control DO
c.item := source.item;
c.adr := source.adr;
c.num := source.num;
c.disabled := source.disabled;
c.undef := source.undef;
c.readOnly := source.readOnly;
c.shortcut := source.shortcut;
c.customFont := source.customFont;
c.font := source.font;
c.label := source.label$;
c.prop := Properties.CopyOf(source.prop)(Prop);
c.CopyFromSimpleView2(source)
END
END CopyFromSimpleView;
PROCEDURE (c: Control) Internalize- (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER; x, def, canc, sort: BOOLEAN;
BEGIN
c.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxBaseVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
NEW(c.prop);
IF thisVersion >= 3 THEN
rd.ReadString(c.prop.link);
rd.ReadString(c.prop.label);
rd.ReadString(c.prop.guard);
rd.ReadString(c.prop.notifier);
rd.ReadInt(c.prop.level);
rd.ReadBool(c.customFont);
rd.ReadBool(c.prop.opt[0]);
rd.ReadBool(c.prop.opt[1]);
rd.ReadBool(c.prop.opt[2]);
rd.ReadBool(c.prop.opt[3]);
rd.ReadBool(c.prop.opt[4]);
IF c.customFont & (thisVersion = 4) THEN
Views.ReadFont(rd, c.font)
END
ELSE
rd.ReadXString(c.prop.link);
rd.ReadXString(c.prop.label);
rd.ReadXString(c.prop.guard);
c.prop.notifier := "";
c.prop.opt[2] := FALSE;
c.prop.opt[3] := FALSE;
c.prop.opt[4] := FALSE;
sort := FALSE;
IF thisVersion = 2 THEN
rd.ReadXString(c.prop.notifier);
rd.ReadBool(sort);
rd.ReadBool(c.prop.opt[multiLine])
ELSIF thisVersion = 1 THEN
rd.ReadXString(c.prop.notifier);
rd.ReadBool(sort)
END;
rd.ReadBool(x); (* free, was sed for prop.element *)
rd.ReadBool(def);
rd.ReadBool(canc);
rd.ReadXInt(c.prop.level);
rd.ReadBool(c.customFont);
c.prop.opt[default] := def OR sort OR (c IS Field);
c.prop.opt[cancel] := canc
END;
c.Internalize2(rd);
OpenLink(c, c.prop)
END Internalize;
PROCEDURE (c: Control) Externalize- (VAR wr: Stores.Writer);
BEGIN
c.Externalize^(wr);
wr.WriteVersion(maxBaseVersion);
wr.WriteString(c.prop.link);
wr.WriteString(c.prop.label);
wr.WriteString(c.prop.guard);
wr.WriteString(c.prop.notifier);
wr.WriteInt(c.prop.level);
wr.WriteBool(c.customFont);
wr.WriteBool(c.prop.opt[0]);
wr.WriteBool(c.prop.opt[1]);
wr.WriteBool(c.prop.opt[2]);
wr.WriteBool(c.prop.opt[3]);
wr.WriteBool(c.prop.opt[4]);
IF c.customFont THEN Views.WriteFont(wr, c.font) END;
c.Externalize2(wr)
END Externalize;
PROCEDURE (c: Control) HandleViewMsg- (f: Views.Frame; VAR msg: Views.Message);
VAR disabled, undef, readOnly, done, allDone: BOOLEAN; i: INTEGER; lbl: Dialog.String;
BEGIN
WITH msg: Views.NotifyMsg DO
done := FALSE; allDone := FALSE;
IF guardCheck IN msg.opts THEN
(* should call c.Update for each frame but Views.Update only once *)
WITH f: StdCFrames.Caption DO lbl := f.label$
| f: StdCFrames.PushButton DO lbl := f.label$
| f: StdCFrames.RadioButton DO lbl := f.label$
| f: StdCFrames.CheckBox DO lbl := f.label$
| f: StdCFrames.Group DO lbl := f.label$
ELSE lbl := c.label$
END;
WITH f: StdCFrames.Frame DO
disabled := f.disabled; undef := f.undef; readOnly := f.readOnly
ELSE
disabled := c.disabled; undef := c.undef; readOnly := c.readOnly
END;
CallGuard(c);
IF (c.disabled # disabled) OR (c.undef # undef)
OR (c.readOnly # readOnly) OR (c.label # lbl) THEN
WITH f: StdCFrames.Frame DO
IF f.noRedraw THEN
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
c.Update(f, 0, 0, 0); done := TRUE
ELSE Views.Update(c, Views.rebuildFrames); allDone := TRUE
END
ELSE Views.Update(c, Views.keepFrames); done := TRUE
END
END
END;
IF flushCaches IN msg.opts THEN
Views.Update(c, Views.rebuildFrames)
END;
i := 0; WHILE (i < c.num) & (c.adr[i] < msg.id0) DO INC(i) END;
IF (i < c.num) & (c.adr[i] < msg.id1) & ~allDone THEN
IF (update IN msg.opts) & ~done THEN
WITH msg: NotifyMsg DO
IF msg.frame # f THEN (* don't update origin frame *)
c.Update(f, msg.op, msg.from, msg.to)
END
ELSE
c.Update(f, 0, 0, 0)
END
END;
IF listUpdate IN msg.opts THEN
c.UpdateList(f)
END
END
| msg: Views.UpdateCachesMsg DO
IF c.stamp # stamp THEN
OpenLink(c, c.prop);
IF msg IS UpdateCachesMsg THEN
Views.Update(c, Views.rebuildFrames)
END
END
ELSE
END;
c.HandleViewMsg2(f, msg)
END HandleViewMsg;
PROCEDURE (c: Control) HandleCtrlMsg* (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
VAR sp: Properties.SizeProp; p: Control; dcOk: BOOLEAN;
BEGIN
IF cleanerInstalled = 0 THEN Kernel.PushTrapCleaner(cleaner) END;
INC(cleanerInstalled);
p := par; par := c;
WITH msg: Properties.PollPickMsg DO
msg.dest := f
| msg: Properties.PickMsg DO
NEW(sp); sp.known := {Properties.width, Properties.height}; sp.valid := sp.known;
c.context.GetSize(sp.width, sp.height);
Properties.Insert(msg.prop, sp)
| msg: Controllers.TrackMsg DO
IF ~c.disabled THEN
dcOk := TRUE;
IF f IS StdCFrames.Frame THEN dcOk := f(StdCFrames.Frame).DblClickOk(msg.x, msg.y) END;
IF (DCHint(msg.modifiers) = 1) & dcOk THEN
(* double click *)
Notify(c, f, Dialog.pressed, 1, 0)
ELSE
Notify(c, f, Dialog.pressed, 0, 0)
END
END
ELSE
END;
c.HandleCtrlMsg2(f, msg, focus);
WITH msg: Controllers.TrackMsg DO
IF ~c.disabled THEN
Notify(c, f, Dialog.released, 0, 0)
END
ELSE
END;
par := p;
DEC(cleanerInstalled);
IF cleanerInstalled = 0 THEN Kernel.PopTrapCleaner(cleaner) END
END HandleCtrlMsg;
PROCEDURE (c: Control) HandlePropMsg- (VAR msg: Properties.Message);
VAR fpref: Properties.FocusPref; stp: Properties.StdProp;
cp: Prop; ppref: PropPref; op: Op; valid: SET; p: Properties.Property;
fop: FontOp; face: Fonts.Typeface; size, weight: INTEGER; style: SET;
BEGIN
WITH msg: Properties.ControlPref DO
IF (msg.char = lineChar) OR (msg.char = esc) THEN msg.accepts := FALSE END;
IF ~c.disabled & ~c.readOnly & IsShortcut(msg.char, c) THEN
fpref.hotFocus := FALSE; fpref.setFocus := FALSE; fpref.atLocation := FALSE;
Views.HandlePropMsg(c, fpref);
IF fpref.setFocus THEN msg.getFocus := TRUE END
END
| msg: Properties.PollMsg DO
ppref.valid := {link, label, notifier, guard};
Views.HandlePropMsg(c, ppref);
cp := Properties.CopyOf(c.prop)(Prop);
cp.valid := ppref.valid; cp.known := cp.valid; cp.readOnly := {};
Properties.Insert(msg.prop, cp);
NEW(stp);
stp.valid := {Properties.typeface..Properties.weight};
stp.known := stp.valid;
IF c.customFont THEN stp.typeface := c.font.typeface$
ELSE stp.typeface := Fonts.default
END;
stp.size := c.font.size; stp.style.val := c.font.style; stp.weight := c.font.weight;
stp.style.mask := {Fonts.italic, Fonts.strikeout, Fonts.underline};
Properties.Insert(msg.prop, stp)
| msg: Properties.SetMsg DO
p := msg.prop; op := NIL; fop := NIL;
WHILE (p # NIL) & (op = NIL) DO
WITH p: Prop DO
ppref.valid := {link, label, notifier, guard};
Views.HandlePropMsg(c, ppref);
valid := p.valid * ppref.valid;
IF valid # {} THEN
NEW(op);
op.ctrl := c;
op.prop := Properties.CopyOf(p)(Prop); op.prop.valid := valid
END
| p: Properties.StdProp DO
valid := p.valid * {Properties.typeface..Properties.weight};
IF valid # {} THEN
NEW(fop); fop.ctrl := c;
face := c.font.typeface$; size := c.font.size; style := c.font.style; weight := c.font.weight;
IF Properties.typeface IN p.valid THEN face := p.typeface$;
IF face = Fonts.default THEN face := StdCFrames.defaultFont.typeface END
END;
IF Properties.size IN p.valid THEN size := p.size END;
IF Properties.style IN p.valid THEN
style := (p.style.val * p.style.mask) + (style - p.style.mask)
END;
IF Properties.weight IN p.valid THEN weight := p.weight END;
fop.custom := TRUE;
fop.font := Fonts.dir.This(face, size, style, weight);
IF (fop.font.typeface = StdCFrames.defaultFont.typeface)
& (fop.font.size = StdCFrames.defaultFont.size)
& (fop.font.style = StdCFrames.defaultFont.style)
& (fop.font.weight = StdCFrames.defaultFont.weight) THEN
fop.custom := FALSE;
fop.font := StdCFrames.defaultFont
END
END
ELSE
END;
p := p.next
END;
IF op # NIL THEN Views.Do(c, "#System:SetProp", op) END;
IF fop # NIL THEN Views.Do(c, "#System:SetProp", fop) END
| msg: Properties.TypePref DO
IF Services.Is(c, msg.type) THEN msg.view := c END
ELSE
END;
c.HandlePropMsg2(msg)
END HandlePropMsg;
(* Op *)
PROCEDURE (op: Op) Do;
VAR c: Control; prop: Prop;
BEGIN
c := op.ctrl;
prop := Properties.CopyOf(c.prop)(Prop);
prop.valid := op.prop.valid; (* fields to be restored *)
IF link IN op.prop.valid THEN c.prop.link := op.prop.link END;
IF label IN op.prop.valid THEN c.prop.label := op.prop.label END;
IF guard IN op.prop.valid THEN c.prop.guard := op.prop.guard END;
IF notifier IN op.prop.valid THEN c.prop.notifier := op.prop.notifier END;
IF level IN op.prop.valid THEN c.prop.level := op.prop.level END;
IF opt0 IN op.prop.valid THEN c.prop.opt[0] := op.prop.opt[0] END;
IF opt1 IN op.prop.valid THEN c.prop.opt[1] := op.prop.opt[1] END;
IF opt2 IN op.prop.valid THEN c.prop.opt[2] := op.prop.opt[2] END;
IF opt3 IN op.prop.valid THEN c.prop.opt[3] := op.prop.opt[3] END;
IF opt4 IN op.prop.valid THEN c.prop.opt[4] := op.prop.opt[4] END;
IF c.prop.guard # prop.guard THEN c.guardErr := FALSE END;
IF c.prop.notifier # prop.notifier THEN c.notifyErr := FALSE END;
IF c.prop.link # prop.link THEN OpenLink(c, c.prop) ELSE CallGuard(c) END;
op.prop := prop;
Views.Update(c, Views.rebuildFrames)
END Do;
PROCEDURE (op: FontOp) Do;
VAR c: Control; custom: BOOLEAN; font: Fonts.Font;
BEGIN
c := op.ctrl;
custom := c.customFont; c.customFont := op.custom; op.custom := custom;
font := c.font; c.font := op.font; op.font := font;
Views.Update(c, Views.rebuildFrames)
END Do;
(* ------------------------- standard controls ------------------------- *)
PROCEDURE CatchCtrlMsg (c: Control; f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
VAR w, h: INTEGER;
BEGIN
IF ~c.disabled THEN
WITH f: StdCFrames.Frame DO
WITH msg: Controllers.PollCursorMsg DO
f.GetCursor(msg.x, msg.y, msg.modifiers, msg.cursor)
| msg: Controllers.PollOpsMsg DO
msg.valid := {Controllers.pasteChar}
| msg: Controllers.TrackMsg DO
f.MouseDown(msg.x, msg.y, msg.modifiers)
| msg: Controllers.MarkMsg DO
f.Mark(msg.show, msg.focus)
|msg: Controllers.WheelMsg DO
c.context.GetSize(w, h);
IF (0 <= msg.x) & (msg.x < w) & (0 <= msg.y) & (msg.y < h) THEN
f.WheelMove(msg.x, msg.y, msg.op, msg.nofLines, msg.done)
END
ELSE
END
END
END
END CatchCtrlMsg;
(** Directory **)
PROCEDURE (d: Directory) NewPushButton* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewCheckBox* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewRadioButton* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewField* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewUpDownField* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewDateField* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewTimeField* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewColorField* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewListBox* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewSelectionBox* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewComboBox* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewCaption* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewGroup* (p: Prop): Control, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewTreeControl* (p: Prop): Control, NEW, ABSTRACT;
(* PushButton *)
PROCEDURE Call (c: PushButton);
VAR res: INTEGER; p: Control; ok: BOOLEAN; msg: Views.NotifyMsg;
BEGIN
IF c.item.Valid() & ((c.item.obj = Meta.procObj) OR (c.item.obj = Meta.varObj) & (c.item.typ = Meta.procTyp)) THEN
IF cleanerInstalled = 0 THEN Kernel.PushTrapCleaner(cleaner) END;
INC(cleanerInstalled);
p := par; c.item.Call(ok); par := p;
DEC(cleanerInstalled);
IF cleanerInstalled = 0 THEN Kernel.PopTrapCleaner(cleaner) END;
IF ~ok THEN Dialog.ShowMsg("#System:BehaviorNotAccessible") END
ELSIF c.prop.link # "" THEN
IF cleanerInstalled = 0 THEN Kernel.PushTrapCleaner(cleaner) END;
INC(cleanerInstalled);
p := par; par := c; Dialog.Call(c.prop.link, " ", res); par := p;
DEC(cleanerInstalled);
IF cleanerInstalled = 0 THEN Kernel.PopTrapCleaner(cleaner) END
ELSE Dialog.ShowMsg("#System:NoBehaviorBound")
END;
msg.opts := {guardCheck};
Views.Omnicast(msg)
END Call;
PROCEDURE Do (f: StdCFrames.PushButton);
BEGIN
Call(f.view(PushButton))
END Do;
PROCEDURE (c: PushButton) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, pbVersion, thisVersion)
END Internalize2;
PROCEDURE (c: PushButton) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(pbVersion)
END Externalize2;
PROCEDURE (c: PushButton) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.PushButton;
BEGIN
f := StdCFrames.dir.NewPushButton();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.label := c.label$;
f.default := c.prop.opt[default];
f.cancel := c.prop.opt[cancel];
f.Do := Do;
frame := f
END GetNewFrame;
PROCEDURE (c: PushButton) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: PushButton) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
IF ~c.disabled THEN
WITH f: StdCFrames.Frame DO
WITH msg: Controllers.EditMsg DO
IF (msg.op = Controllers.pasteChar)
& ((msg.char = lineChar)
OR (msg.char = " ")
OR (msg.char = esc) & c.prop.opt[cancel]
OR IsShortcut(msg.char, c)) THEN f.KeyDown(msg.char, msg.modifiers) END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: PushButton) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
msg.accepts := ~c.disabled & ((msg.char = lineChar) & c.prop.opt[default]
OR (msg.char = esc) & c.prop.opt[cancel]
OR IsShortcut(msg.char, c))
| msg: Properties.FocusPref DO
IF ~c.disabled & ~ c.readOnly THEN
msg.hotFocus := TRUE; msg.setFocus := StdCFrames.setFocus
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetPushButtonSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier, default, cancel}
| msg: DefaultsPref DO
IF c.prop.link # "" THEN msg.disabled := FALSE END
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: PushButton) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.PushButton).label := c.label$;
f(StdCFrames.Frame).Update
END Update;
PROCEDURE (c: PushButton) CheckLink (VAR ok: BOOLEAN);
BEGIN
ok := c.item.typ = Meta.procTyp
END CheckLink;
(* CheckBox *)
PROCEDURE GetCheckBox (f: StdCFrames.CheckBox; OUT x: BOOLEAN);
VAR c: CheckBox;
BEGIN
x := FALSE;
c := f.view(CheckBox);
IF c.item.Valid() THEN
IF c.item.typ = Meta.boolTyp THEN x := c.item.BoolVal()
ELSIF c.item.typ = Meta.setTyp THEN x := c.prop.level IN c.item.SetVal()
END
END
END GetCheckBox;
PROCEDURE SetCheckBox (f: StdCFrames.CheckBox; x: BOOLEAN);
VAR c: CheckBox; s: SET;
BEGIN
c := f.view(CheckBox);
IF c.item.Valid() & ~c.readOnly THEN
IF c.item.typ = Meta.boolTyp THEN
c.item.PutBoolVal(x); Notify(c, f, Dialog.changed, 0, 0)
ELSIF c.item.typ = Meta.setTyp THEN
s := c.item.SetVal();
IF x THEN INCL(s, c.prop.level) ELSE EXCL(s, c.prop.level) END;
c.item.PutSetVal(s);
IF x THEN Notify(c, f, Dialog.included, c.prop.level, c.prop.level)
ELSE Notify(c, f, Dialog.excluded, c.prop.level, c.prop.level)
END
END
END
END SetCheckBox;
PROCEDURE (c: CheckBox) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, cbVersion, thisVersion)
END Internalize2;
PROCEDURE (c: CheckBox) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(cbVersion)
END Externalize2;
PROCEDURE (c: CheckBox) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.CheckBox;
BEGIN
f := StdCFrames.dir.NewCheckBox();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.label := c.label$;
f.Get := GetCheckBox;
f.Set := SetCheckBox;
frame := f
END GetNewFrame;
PROCEDURE (c: CheckBox) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: CheckBox) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
IF ~c.disabled & ~c.readOnly THEN
WITH f: StdCFrames.Frame DO
WITH msg: Controllers.EditMsg DO
IF (msg.op = Controllers.pasteChar)
& ((msg.char = " ") OR IsShortcut(msg.char, c)) THEN f.KeyDown(msg.char, msg.modifiers) END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: CheckBox) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
IF ~c.disabled & ~c.readOnly THEN
IF (msg.char = tab) OR (msg.char = ltab) THEN
(* tabs set focus to first checkbox only *)
IF (msg.focus # NIL) & (msg.focus IS CheckBox)
& (msg.focus(CheckBox).item.adr = c.item.adr) THEN
msg.getFocus := FALSE
END
ELSIF (msg.char >= arrowLeft) & (msg.char <= arrowDown) THEN
(* arrows set focus to next checkbox bound to same variable *)
msg.getFocus := StdCFrames.setFocus
& (msg.focus # NIL)
& (msg.focus IS CheckBox)
& (msg.focus(CheckBox).item.adr = c.item.adr);
msg.accepts := msg.getFocus & (msg.focus # c)
ELSIF IsShortcut(msg.char, c) THEN
msg.accepts := TRUE; msg.getFocus := StdCFrames.setFocus
ELSIF msg.char # " " THEN
msg.accepts := FALSE
END
END
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.hotFocus := TRUE; msg.setFocus := StdCFrames.setFocus
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetCheckBoxSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier, level}
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: CheckBox) CheckLink (VAR ok: BOOLEAN);
BEGIN
ok := (c.item.typ = Meta.boolTyp) OR (c.item.typ = Meta.setTyp)
END CheckLink;
PROCEDURE (c: CheckBox) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
IF (op = 0) OR (c.item.typ = Meta.boolTyp) OR (c.prop.level = to) THEN
f(StdCFrames.CheckBox).label := c.label$;
f(StdCFrames.Frame).Update
END
END Update;
(* RadioButton *)
PROCEDURE GetRadioButton (f: StdCFrames.RadioButton; OUT x: BOOLEAN);
VAR c: RadioButton;
BEGIN
x := FALSE;
c := f.view(RadioButton);
IF c.item.Valid() THEN
IF c.item.typ = Meta.boolTyp THEN x := c.item.BoolVal() = (c.prop.level # 0)
ELSE x := c.item.IntVal() = c.prop.level
END
END
END GetRadioButton;
PROCEDURE SetRadioButton (f: StdCFrames.RadioButton; x: BOOLEAN);
VAR c: RadioButton; old: INTEGER;
BEGIN
IF x THEN
c := f.view(RadioButton);
IF c.item.Valid() & ~c.readOnly THEN
IF c.item.typ = Meta.boolTyp THEN
IF c.item.BoolVal() THEN old := 1 ELSE old := 0 END;
IF c.prop.level # old THEN
c.item.PutBoolVal(c.prop.level # 0);
Notify(c, f, Dialog.changed, old, c.prop.level)
END
ELSE
old := c.item.IntVal();
IF c.prop.level # old THEN
c.item.PutIntVal(c.prop.level);
Notify(c, f, Dialog.changed, old, c.prop.level)
END
END
END
END
END SetRadioButton;
PROCEDURE (c: RadioButton) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, rbVersion, thisVersion)
END Internalize2;
PROCEDURE (c: RadioButton) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(rbVersion)
END Externalize2;
PROCEDURE (c: RadioButton) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.RadioButton;
BEGIN
f := StdCFrames.dir.NewRadioButton();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.label := c.label$;
f.Get := GetRadioButton;
f.Set := SetRadioButton;
frame := f
END GetNewFrame;
PROCEDURE (c: RadioButton) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: RadioButton) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
IF ~c.disabled & ~c.readOnly THEN
WITH f: StdCFrames.Frame DO
WITH msg: Controllers.EditMsg DO
IF (msg.op = Controllers.pasteChar)
& ((msg.char <= " ") OR IsShortcut(msg.char, c)) THEN f.KeyDown(msg.char, msg.modifiers) END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: RadioButton) HandlePropMsg2 (VAR msg: Properties.Message);
VAR hot: BOOLEAN;
BEGIN
WITH msg: Properties.ControlPref DO
IF ~c.disabled & ~c.readOnly THEN
IF (msg.char = tab) OR (msg.char = ltab) THEN
(* tabs set focus to active radio button only *)
IF c.item.Valid() THEN
IF c.item.typ = Meta.boolTyp THEN hot := c.item.BoolVal() = (c.prop.level # 0)
ELSE hot := c.item.IntVal() = c.prop.level
END
ELSE hot := FALSE
END;
IF ~hot THEN msg.getFocus := FALSE END
ELSIF (msg.char >= arrowLeft) & (msg.char <= arrowDown) THEN
(* arrows set focus to next radio button bound to same variable *)
msg.getFocus := StdCFrames.setFocus
& (msg.focus # NIL) & (msg.focus IS RadioButton)
& (msg.focus(RadioButton).item.adr = c.item.adr);
msg.accepts := msg.getFocus & (msg.focus # c)
ELSIF IsShortcut(msg.char, c) THEN
msg.accepts := TRUE; msg.getFocus := StdCFrames.setFocus
ELSIF msg.char # " " THEN
msg.accepts := FALSE
END
END
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.hotFocus := TRUE; msg.setFocus := StdCFrames.setFocus
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetRadioButtonSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier, level}
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: RadioButton) CheckLink (VAR ok: BOOLEAN);
VAR name: Meta.Name;
BEGIN
GetTypeName(c.item, name);
IF name = "List" THEN c.item.Lookup("index", c.item) END;
ok := (c.item.typ >= Meta.byteTyp) & (c.item.typ <= Meta.intTyp) OR (c.item.typ = Meta.boolTyp)
END CheckLink;
PROCEDURE (c: RadioButton) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
IF (op = 0) OR (c.prop.level = to) OR (c.prop.level = from) THEN
f(StdCFrames.RadioButton).label := c.label$;
f(StdCFrames.Frame).Update
END
END Update;
(* Field *)
PROCEDURE LongToString (x: LONGINT; OUT s: ARRAY OF CHAR);
VAR d: ARRAY 24 OF CHAR; i, j: INTEGER;
BEGIN
IF x = MIN(LONGINT) THEN
s := "-9223372036854775808"
ELSE
i := 0; j := 0;
IF x < 0 THEN s[0] := "-"; i := 1; x := -x END;
REPEAT d[j] := CHR(x MOD 10 + ORD("0")); INC(j); x := x DIV 10 UNTIL x = 0;
WHILE j > 0 DO DEC(j); s[i] := d[j]; INC(i) END;
s[i] := 0X
END
END LongToString;
PROCEDURE StringToLong (IN s: ARRAY OF CHAR; OUT x: LONGINT; OUT res: INTEGER);
VAR i, sign, d: INTEGER;
BEGIN
i := 0; sign := 1; x := 0; res := 0;
WHILE s[i] = " " DO INC(i) END;
IF s[i] = "-" THEN sign := -1; INC(i) END;
WHILE s[i] = " " DO INC(i) END;
IF s[i] = 0X THEN res := 2 END;
WHILE (s[i] >= "0") & (s[i] <= "9") DO
d := ORD(s[i]) - ORD("0"); INC(i);
IF x <= (MAX(LONGINT) - d) DIV 10 THEN x := 10 * x + d
ELSE res := 1
END
END;
x := x * sign;
IF s[i] # 0X THEN res := 2 END
END StringToLong;
PROCEDURE FixToInt (fix: ARRAY OF CHAR; OUT int: ARRAY OF CHAR; scale: INTEGER);
VAR i, j: INTEGER;
BEGIN
IF scale > 24 THEN scale := 24 ELSIF scale < 0 THEN scale := 0 END;
i := 0; j := 0;
WHILE (fix[i] # ".") & (fix[i] # 0X) DO int[j] := fix[i]; INC(i); INC(j) END;
IF fix[i] = "." THEN INC(i) END;
WHILE (scale > 0) & (fix[i] >= "0") & (fix[i] <= "9") DO int[j] := fix[i]; INC(i); INC(j); DEC(scale) END;
WHILE scale > 0 DO int[j] := "0"; INC(j); DEC(scale) END;
int[j] := 0X
END FixToInt;
PROCEDURE IntToFix (int: ARRAY OF CHAR; OUT fix: ARRAY OF CHAR; scale: INTEGER);
VAR i, j, n: INTEGER;
BEGIN
IF scale > 24 THEN scale := 24 ELSIF scale < 0 THEN scale := 0 END;
n := LEN(int$); i := 0; j := 0;
WHILE int[i] < "0" DO fix[j] := int[i]; INC(i); INC(j); DEC(n) END;
IF n > scale THEN
WHILE n > scale DO fix[j] := int[i]; INC(i); INC(j); DEC(n) END
ELSE
fix[j] := "0"; INC(j)
END;
fix[j] := "."; INC(j);
WHILE n < scale DO fix[j] := "0"; INC(j); DEC(scale) END;
WHILE n > 0 DO fix[j] := int[i]; INC(i); INC(j); DEC(n) END;
fix[j] := 0X
END IntToFix;
PROCEDURE GetField (f: StdCFrames.Field; OUT x: ARRAY OF CHAR);
VAR c: Field; ok: BOOLEAN; b, v: Meta.Item; mod, name: Meta.Name;
BEGIN
x := "";
c := f.view(Field);
IF c.item.Valid() THEN
IF c.item.typ = Meta.arrTyp THEN
c.item.GetStringVal(x, ok)
ELSIF c.item.typ IN {Meta.byteTyp, Meta.sIntTyp, Meta.intTyp} THEN
Strings.IntToString(c.item.IntVal(), x);
IF c.prop.level > 0 THEN IntToFix(x, x, c.prop.level) END
ELSIF c.item.typ = Meta.longTyp THEN
LongToString(c.item.LongVal(), x);
IF c.prop.level > 0 THEN IntToFix(x, x, c.prop.level) END
ELSIF c.item.typ = Meta.sRealTyp THEN
IF c.prop.level <= 0 THEN
Strings.RealToStringForm(c.item.RealVal(), 7, 0, c.prop.level, " ", x)
ELSE
Strings.RealToStringForm(c.item.RealVal(), c.prop.level, 0, 1, " ", x)
END
ELSIF c.item.typ = Meta.realTyp THEN
IF c.prop.level <= 0 THEN
Strings.RealToStringForm(c.item.RealVal(), 16, 0, c.prop.level, " ", x)
ELSE
Strings.RealToStringForm(c.item.RealVal(), c.prop.level, 0, 1, " ", x)
END
ELSIF c.item.typ = Meta.recTyp THEN
c.item.GetTypeName(mod, name);
IF mod = "Dialog" THEN
IF name = "Currency" THEN
c.item.Lookup("val", v); c.item.Lookup("scale", b);
LongToString(v.LongVal(), x); IntToFix(x, x, b.IntVal())
ELSE (* Combo *)
c.item.Lookup("item", v); (* Combo *)
IF v.typ = Meta.arrTyp THEN v.GetStringVal(x, ok) END
END
END
END
ELSE
x := c.label$
END
END GetField;
PROCEDURE SetField (f: StdCFrames.Field; IN x: ARRAY OF CHAR);
VAR c: Field; ok: BOOLEAN; i, res, old: INTEGER; r, or: REAL; b, v: Meta.Item;
mod, name: Meta.Name; long, long0: LONGINT;
s: ARRAY 1024 OF CHAR;
BEGIN
c := f.view(Field);
IF c.item.Valid() & ~c.readOnly THEN
CASE c.item.typ OF
| Meta.arrTyp:
c.item.GetStringVal(s, ok);
IF ~ok OR (s$ # x$) THEN
c.item.PutStringVal(x, ok);
IF ok THEN Notify(c, f, Dialog.changed, 0, 0) ELSE Dialog.Beep; f.Update END
END
| Meta.byteTyp:
IF x = "" THEN i := 0; res := 0
ELSIF c.prop.level > 0 THEN FixToInt(x, s, c.prop.level); Strings.StringToInt(s, i, res)
ELSE Strings.StringToInt(x, i, res)
END;
IF (res = 0) & (i >= MIN(BYTE)) & (i <= MAX(BYTE)) THEN
old := c.item.IntVal();
IF i # old THEN c.item.PutIntVal(i); Notify(c, f, Dialog.changed, old, i) END
ELSIF x # "-" THEN
Dialog.Beep; f.Update
END
| Meta.sIntTyp:
IF x = "" THEN i := 0; res := 0
ELSIF c.prop.level > 0 THEN FixToInt(x, s, c.prop.level); Strings.StringToInt(s, i, res)
ELSE Strings.StringToInt(x, i, res)
END;
IF (res = 0) & (i >= MIN(SHORTINT)) & (i <= MAX(SHORTINT)) THEN
old := c.item.IntVal();
IF i # old THEN c.item.PutIntVal(i); Notify(c, f, Dialog.changed, old, i) END
ELSIF x # "-" THEN
Dialog.Beep; f.Update
END
| Meta.intTyp:
IF x = "" THEN i := 0; res := 0
ELSIF c.prop.level > 0 THEN FixToInt(x, s, c.prop.level); Strings.StringToInt(s, i, res)
ELSE Strings.StringToInt(x, i, res)
END;
IF res = 0 THEN
old := c.item.IntVal();
IF i # old THEN c.item.PutIntVal(i); Notify(c, f, Dialog.changed, old, i) END
ELSIF x # "-" THEN
Dialog.Beep; f.Update
END
| Meta.longTyp:
IF x = "" THEN long := 0; res := 0
ELSE FixToInt(x, s, c.prop.level); StringToLong(s, long, res)
END;
IF res = 0 THEN
long0 := c.item.LongVal();
IF long # long0 THEN c.item.PutLongVal(long); Notify(c, f, Dialog.changed, 0, 0) END
ELSIF x # "-" THEN
Dialog.Beep; f.Update
END
| Meta.sRealTyp:
IF (x = "") OR (x = "-") THEN r := 0; res := 0 ELSE Strings.StringToReal(x, r, res) END;
IF (res = 0) & (r >= MIN(SHORTREAL)) & (r <= MAX(SHORTREAL)) THEN
or := c.item.RealVal();
IF r # or THEN c.item.PutRealVal(r); Notify(c, f, Dialog.changed, 0, 0) END
ELSIF x # "-" THEN
Dialog.Beep; f.Update
END
| Meta.realTyp:
IF (x = "") OR (x = "-") THEN r := 0; res := 0 ELSE Strings.StringToReal(x, r, res) END;
IF res = 0 THEN
or := c.item.RealVal();
IF r # or THEN c.item.PutRealVal(r); Notify(c, f, Dialog.changed, 0, 0) END
ELSIF x # "-" THEN
Dialog.Beep; f.Update
END
| Meta.recTyp:
c.item.GetTypeName(mod, name);
IF mod = "Dialog" THEN
IF name = "Currency" THEN
c.item.Lookup("val", v); c.item.Lookup("scale", b);
IF x = "" THEN long := 0; res := 0
ELSE FixToInt(x, s, b.IntVal()); StringToLong(s, long, res)
END;
IF res = 0 THEN
long0 := v.LongVal();
IF long # long0 THEN v.PutLongVal(long); Notify(c, f, Dialog.changed, 0, 0) END
ELSIF x # "-" THEN
Dialog.Beep; f.Update
END
ELSE (* name = "Combo" *)
c.item.Lookup("item", v);
IF v.typ = Meta.arrTyp THEN
v.GetStringVal(s, ok);
IF ~ok OR (s$ # x$) THEN
v.PutStringVal(x, ok);
IF ok THEN Notify(c, f, Dialog.changed, 0, 0) ELSE Dialog.Beep; f.Update END
END
END
END
END
END
END
END SetField;
PROCEDURE EqualField (f: StdCFrames.Field; IN s1, s2: ARRAY OF CHAR): BOOLEAN;
VAR c: Field; i1, i2, res1, res2: INTEGER; r1, r2: REAL; l1, l2: LONGINT;
mod, name: Meta.Name; t1, t2: ARRAY 64 OF CHAR; b: Meta.Item;
BEGIN
c := f.view(Field);
CASE c.item.typ OF
| Meta.arrTyp:
RETURN s1 = s2
| Meta.byteTyp, Meta.sIntTyp, Meta.intTyp:
IF c.prop.level > 0 THEN
FixToInt(s1, t1, c.prop.level); Strings.StringToInt(t1, i1, res1);
FixToInt(s2, t2, c.prop.level); Strings.StringToInt(t2, i2, res2)
ELSE
Strings.StringToInt(s1, i1, res1);
Strings.StringToInt(s2, i2, res2)
END;
RETURN (res1 = 0) & (res2 = 0) & (i1 = i2)
| Meta.longTyp:
IF c.prop.level > 0 THEN
FixToInt(s1, t1, c.prop.level); StringToLong(t1, l1, res1);
FixToInt(s2, t2, c.prop.level); StringToLong(t2, l2, res2)
ELSE
StringToLong(s1, l1, res1);
StringToLong(s2, l2, res2)
END;
RETURN (res1 = 0) & (res2 = 0) & (l1 = l2)
| Meta.sRealTyp, Meta.realTyp:
Strings.StringToReal(s1, r1, res1);
Strings.StringToReal(s2, r2, res2);
RETURN (res1 = 0) & (res2 = 0) & (r1 = r2)
| Meta.recTyp:
c.item.GetTypeName(mod, name);
IF mod = "Dialog" THEN
IF name = "Currency" THEN
c.item.Lookup("scale", b); i1 := b.IntVal();
FixToInt(s1, t1, i1); StringToLong(t1, l1, res1);
FixToInt(s2, t2, i1); StringToLong(t2, l2, res2);
RETURN (res1 = 0) & (res2 = 0) & (l1 =l2)
ELSE (* name = "Combo" *)
RETURN s1 = s2
END
END
ELSE RETURN s1 = s2
END
END EqualField;
PROCEDURE (c: Field) CopyFromSimpleView2 (source: Control);
BEGIN
WITH source: Field DO c.maxLen := source.maxLen END
END CopyFromSimpleView2;
PROCEDURE (c: Field) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, fldVersion, thisVersion)
END Internalize2;
PROCEDURE (c: Field) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(fldVersion)
END Externalize2;
PROCEDURE (c: Field) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.Field;
BEGIN
f := StdCFrames.dir.NewField();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.maxLen := c.maxLen;
f.left := c.prop.opt[left];
f.right := c.prop.opt[right];
f.multiLine := c.prop.opt[multiLine];
f.password := c.prop.opt[password];
f.Get := GetField;
f.Set := SetField;
f.Equal := EqualField;
frame := f
END GetNewFrame;
PROCEDURE (c: Field) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: Field) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
VAR ch: CHAR; mod, name: Meta.Name; from, to: INTEGER;
BEGIN
WITH f: StdCFrames.Field DO
IF ~c.disabled (* & ~c.readOnly *) THEN
WITH msg: Controllers.PollOpsMsg DO
f.GetSelection(from, to);
msg.selectable := (f.Length() > 0) & (f.Length() # to - from);
IF f.readOnly THEN
msg.valid := {Controllers.copy}
ELSIF (to > from) & ~f.password THEN
msg.valid := {Controllers.pasteChar, Controllers.cut, Controllers.copy, Controllers.paste}
ELSE
msg.valid := {Controllers.pasteChar, Controllers.paste}
END
| msg: Controllers.TickMsg DO
IF ~ f.readOnly THEN f.Idle END
| msg: Controllers.EditMsg DO
IF (msg.op = Controllers.pasteChar) & ~ f.readOnly THEN
ch := msg.char;
IF (ch = ldel) OR (ch = rdel) OR (ch >= 10X) & (ch <= 1FX)
OR ("0" <= ch) & (ch <= "9") OR (ch = "+") OR (ch = "-")
OR (c.item.typ = Meta.arrTyp)
OR (c.item.typ IN {Meta.sRealTyp, Meta.realTyp}) & ((ch = ".") OR (ch = "E"))
OR (c.prop.level > 0) & (ch = ".")
OR (ch = apps) OR (ch = ctrlZ) OR (ch = ctrlA) THEN
f.KeyDown(ch, msg.modifiers)
ELSIF (c.item.typ IN {Meta.realTyp, Meta.sRealTyp}) & (ch = "e") THEN
f.KeyDown("E", msg.modifiers)
ELSIF c.item.typ = Meta.recTyp THEN
c.item.GetTypeName(mod, name);
IF (mod = "Dialog") & (name = "Combo") OR (ch = ".") THEN
f.KeyDown(ch, msg.modifiers)
ELSE Dialog.Beep
END
ELSE Dialog.Beep
END
ELSIF f.readOnly & (msg.op = Controllers.copy) THEN
f.Edit(msg.op, msg.view, msg.w, msg.h, msg.isSingle, msg.clipboard)
ELSE
f.Edit(msg.op, msg.view, msg.w, msg.h, msg.isSingle, msg.clipboard)
END
| msg: Controllers.SelectMsg DO
IF msg.set THEN f.Select(0, MAX(INTEGER))
ELSE f.Select(-1, -1)
END
| msg: Controllers.MarkMsg DO
f.Mark(msg.show, msg.focus);
IF ~msg.show & msg.focus THEN f.Update END;
IF msg.show & msg.focus THEN f.Select(0, MAX(INTEGER)) END
| msg: Controllers.TrackMsg DO
f.MouseDown(msg.x, msg.y, msg.modifiers)
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
(* ELSIF ~c.disabled THEN
WITH msg: Controllers.TrackMsg DO
f.MouseDown(msg.x, msg.y, msg.modifiers)
ELSE
END *)
END
END
END HandleCtrlMsg2;
PROCEDURE (c: Field) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
IF msg.char = lineChar THEN msg.accepts := c.prop.opt[multiLine] & (msg.focus = c)
ELSIF msg.char = esc THEN msg.accepts := FALSE
END;
IF ~c.disabled (* & ~c.readOnly *) & IsShortcut(msg.char, c) THEN msg.getFocus := TRUE END
| msg: Properties.FocusPref DO
IF ~c.disabled (* & ~c.readOnly *) THEN
msg.setFocus := TRUE
ELSIF~c.disabled THEN
msg.hotFocus := TRUE
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetFieldSize(c.maxLen, msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, level, notifier, left, right, multiLine, password}
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: Field) CheckLink (VAR ok: BOOLEAN);
VAR t: INTEGER; name: Meta.Name;
BEGIN
GetTypeName(c.item, name); t := c.item.typ;
IF (t = Meta.arrTyp) & (c.item.BaseTyp() = Meta.charTyp) THEN c.maxLen := SHORT(c.item.Len() - 1)
ELSIF t = Meta.byteTyp THEN c.maxLen := 6
ELSIF t = Meta.sIntTyp THEN c.maxLen := 9
ELSIF t = Meta.intTyp THEN c.maxLen := 13
ELSIF t = Meta.longTyp THEN c.maxLen := 24
ELSIF t = Meta.sRealTyp THEN c.maxLen := 16
ELSIF t = Meta.realTyp THEN c.maxLen := 24
ELSIF name = "Combo" THEN c.maxLen := 64
ELSIF name = "Currency" THEN c.maxLen := 16
ELSE ok := FALSE
END
END CheckLink;
PROCEDURE (c: Field) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Frame).Update
END Update;
(* UpDownField *)
PROCEDURE GetUpDownField (f: StdCFrames.UpDownField; OUT val: INTEGER);
VAR c: UpDownField;
BEGIN
val := 0;
c := f.view(UpDownField);
IF c.item.Valid() THEN val := c.item.IntVal() END
END GetUpDownField;
PROCEDURE SetUpDownField (f: StdCFrames.UpDownField; val: INTEGER);
VAR c: UpDownField; old: INTEGER;
BEGIN
c := f.view(UpDownField);
IF c.item.Valid() & ~c.readOnly THEN
IF (val >= c.min) & (val <= c.max) THEN
old := c.item.IntVal();
IF old # val THEN c.item.PutIntVal(val); Notify(c, f, Dialog.changed, old, val) END
ELSE Dialog.Beep; f.Update
END
END
END SetUpDownField;
PROCEDURE (c: UpDownField) CopyFromSimpleView2 (source: Control);
BEGIN
WITH source: UpDownField DO
c.min := source.min;
c.max := source.max;
c.inc := source.inc
END
END CopyFromSimpleView2;
PROCEDURE (c: UpDownField) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, fldVersion, thisVersion)
END Internalize2;
PROCEDURE (c: UpDownField) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(fldVersion)
END Externalize2;
PROCEDURE (c: UpDownField) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.UpDownField;
BEGIN
f := StdCFrames.dir.NewUpDownField();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.min := c.min;
f.max := c.max;
f.inc := c.inc;
f.Get := GetUpDownField;
f.Set := SetUpDownField;
frame := f
END GetNewFrame;
PROCEDURE (c: UpDownField) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: UpDownField) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
VAR ch: CHAR; from, to, i: INTEGER; s: ARRAY 16 OF CHAR;
BEGIN
IF ~c.disabled & ~c.readOnly THEN
WITH f: StdCFrames.UpDownField DO
WITH msg: Controllers.PollOpsMsg DO
f.GetSelection(from, to);
IF c.item.Valid() THEN f.Get(f, i); Strings.IntToString(i, s) ELSE s := "" END;
msg.selectable := (LEN(s$) > 0) & (LEN(s$) # to - from);
IF to > from THEN
msg.valid := {Controllers.pasteChar, Controllers.cut, Controllers.copy, Controllers.paste}
ELSE msg.valid := {Controllers.pasteChar, Controllers.paste}
END
| msg: Controllers.TickMsg DO
f.Idle
| msg: Controllers.EditMsg DO
IF msg.op = Controllers.pasteChar THEN
ch := msg.char;
IF (ch = ldel) OR (ch = rdel) OR (ch >= 10X) & (ch <= 1FX)
OR ("0" <= ch) & (ch <= "9") OR (ch = "+") OR (ch = "-")
OR (c.item.typ = Meta.arrTyp)
OR (ch = apps) OR (ch = ctrlZ) OR (ch = ctrlA)
THEN f.KeyDown(ch, msg.modifiers)
ELSE Dialog.Beep
END
ELSE
f.Edit(msg.op, msg.view, msg.w, msg.h, msg.isSingle, msg.clipboard)
END
| msg: Controllers.SelectMsg DO
IF msg.set THEN f.Select(0, MAX(INTEGER))
ELSE f.Select(-1, -1)
END
| msg: Controllers.MarkMsg DO
f.Mark(msg.show, msg.focus);
IF msg.show & msg.focus THEN f.Select(0, MAX(INTEGER)) END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: UpDownField) HandlePropMsg2 (VAR msg: Properties.Message);
VAR m: INTEGER; n: INTEGER;
BEGIN
WITH msg: Properties.ControlPref DO
IF (msg.char = lineChar) OR (msg.char = esc) THEN msg.accepts := FALSE END;
IF ~c.disabled & ~c.readOnly & IsShortcut(msg.char, c) THEN msg.getFocus := TRUE END
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.setFocus := TRUE
END
| msg: Properties.SizePref DO
m := -c.min;
IF c.max > m THEN m := c.max END;
n := 3;
WHILE m > 99 DO INC(n); m := m DIV 10 END;
StdCFrames.dir.GetUpDownFieldSize(n, msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier}
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: UpDownField) CheckLink (VAR ok: BOOLEAN);
BEGIN
IF c.item.typ = Meta.byteTyp THEN c.min := MIN(BYTE); c.max := MAX(BYTE)
ELSIF c.item.typ = Meta.sIntTyp THEN c.min := MIN(SHORTINT); c.max := MAX(SHORTINT)
ELSIF c.item.typ = Meta.intTyp THEN c.min := MIN(INTEGER); c.max := MAX(INTEGER)
ELSE ok := FALSE
END;
c.inc := 1
END CheckLink;
PROCEDURE (c: UpDownField) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Frame).Update
END Update;
(* DateField *)
PROCEDURE GetDateField (f: StdCFrames.DateField; OUT date: Dates.Date);
VAR c: DateField; v: Meta.Item;
BEGIN
date.year := 1; date.month := 1; date.day := 1;
c := f.view(DateField);
IF c.item.Valid() THEN
c.item.Lookup("year", v); IF v.typ = Meta.intTyp THEN date.year := SHORT(v.IntVal()) END;
c.item.Lookup("month", v); IF v.typ = Meta.intTyp THEN date.month := SHORT(v.IntVal()) END;
c.item.Lookup("day", v); IF v.typ = Meta.intTyp THEN date.day := SHORT(v.IntVal()) END
END
END GetDateField;
PROCEDURE SetDateField(f: StdCFrames.DateField; IN date: Dates.Date);
VAR c: DateField; v: Meta.Item;
BEGIN
c := f.view(DateField);
IF c.item.Valid() & ~c.readOnly THEN
c.item.Lookup("year", v); IF v.typ = Meta.intTyp THEN v.PutIntVal(date.year) END;
c.item.Lookup("month", v); IF v.typ = Meta.intTyp THEN v.PutIntVal(date.month) END;
c.item.Lookup("day", v); IF v.typ = Meta.intTyp THEN v.PutIntVal(date.day) END;
Notify(c, f, Dialog.changed, 0, 0)
END
END SetDateField;
PROCEDURE GetDateFieldSelection (f: StdCFrames.DateField; OUT sel: INTEGER);
BEGIN
sel := f.view(DateField).selection
END GetDateFieldSelection;
PROCEDURE SetDateFieldSelection (f: StdCFrames.DateField; sel: INTEGER);
BEGIN
f.view(DateField).selection := sel
END SetDateFieldSelection;
PROCEDURE (c: DateField) CopyFromSimpleView2 (source: Control);
BEGIN
WITH source: DateField DO c.selection := source.selection END
END CopyFromSimpleView2;
PROCEDURE (c: DateField) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, dfldVersion, thisVersion);
c.selection := 0
END Internalize2;
PROCEDURE (c: DateField) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(dfldVersion)
END Externalize2;
PROCEDURE (c: DateField) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.DateField;
BEGIN
f := StdCFrames.dir.NewDateField();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.Get := GetDateField;
f.Set := SetDateField;
f.GetSel := GetDateFieldSelection;
f.SetSel := SetDateFieldSelection;
frame := f
END GetNewFrame;
PROCEDURE (c: DateField) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: DateField) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
IF ~c.disabled & ~c.readOnly THEN
WITH f: StdCFrames.DateField DO
WITH msg: Controllers.PollOpsMsg DO
msg.valid := {Controllers.pasteChar, Controllers.copy}
| msg: Controllers.EditMsg DO
IF msg.op = Controllers.pasteChar THEN
f.KeyDown(msg.char, msg.modifiers)
ELSE
f.Edit(msg.op, msg.view, msg.w, msg.h, msg.isSingle, msg.clipboard)
END
| msg: Controllers.TickMsg DO
IF f.mark THEN
IF c.selection = 0 THEN c.selection := 1; Views.Update(c, Views.keepFrames) END
END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: DateField) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
IF (msg.char = lineChar) OR (msg.char = esc) THEN
msg.accepts := FALSE
ELSIF (msg.char = tab) OR (msg.char = ltab) THEN
msg.accepts := ((msg.focus # c) & (~c.disabled & ~c.readOnly)) OR
(msg.focus = c) & ((msg.char = tab) & (c.selection # -1) OR (msg.char = ltab) & (c.selection # 1));
msg.getFocus := msg.accepts
END;
IF ~c.disabled & ~c.readOnly & IsShortcut(msg.char, c) THEN msg.getFocus := TRUE END
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.setFocus := TRUE
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetDateFieldSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier}
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: DateField) CheckLink (VAR ok: BOOLEAN);
VAR name: Meta.Name;
BEGIN
GetTypeName(c.item, name);
ok := name = "Date"
END CheckLink;
PROCEDURE (c: DateField) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Frame).Update
END Update;
(* TimeField *)
PROCEDURE GetTimeField (f: StdCFrames.TimeField; OUT time: Dates.Time);
VAR c: TimeField; v: Meta.Item;
BEGIN
time.hour := 0; time.minute := 0; time.second := 0;
c := f.view(TimeField);
IF c.item.Valid() THEN
c.item.Lookup("hour", v); IF v.typ = Meta.intTyp THEN time.hour := SHORT(v.IntVal()) END;
c.item.Lookup("minute", v); IF v.typ = Meta.intTyp THEN time.minute := SHORT(v.IntVal()) END;
c.item.Lookup("second", v); IF v.typ = Meta.intTyp THEN time.second := SHORT(v.IntVal()) END
END
END GetTimeField;
PROCEDURE SetTimeField(f: StdCFrames.TimeField; IN date: Dates.Time);
VAR c: TimeField; v: Meta.Item;
BEGIN
c := f.view(TimeField);
IF c.item.Valid() & ~c.readOnly THEN
c.item.Lookup("hour", v); IF v.typ = Meta.intTyp THEN v.PutIntVal(date.hour) END;
c.item.Lookup("minute", v); IF v.typ = Meta.intTyp THEN v.PutIntVal(date.minute) END;
c.item.Lookup("second", v); IF v.typ = Meta.intTyp THEN v.PutIntVal(date.second) END;
Notify(c, f, Dialog.changed, 0, 0)
END
END SetTimeField;
PROCEDURE GetTimeFieldSelection (f: StdCFrames.TimeField; OUT sel: INTEGER);
BEGIN
sel := f.view(TimeField).selection
END GetTimeFieldSelection;
PROCEDURE SetTimeFieldSelection (f: StdCFrames.TimeField; sel: INTEGER);
BEGIN
f.view(TimeField).selection := sel
END SetTimeFieldSelection;
PROCEDURE (c: TimeField) CopyFromSimpleView2 (source: Control);
BEGIN
WITH source: TimeField DO c.selection := source.selection END
END CopyFromSimpleView2;
PROCEDURE (c: TimeField) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, tfldVersion, thisVersion);
c.selection := 0
END Internalize2;
PROCEDURE (c: TimeField) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(tfldVersion)
END Externalize2;
PROCEDURE (c: TimeField) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.TimeField;
BEGIN
f := StdCFrames.dir.NewTimeField();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.Get := GetTimeField;
f.Set := SetTimeField;
f.GetSel := GetTimeFieldSelection;
f.SetSel := SetTimeFieldSelection;
frame := f
END GetNewFrame;
PROCEDURE (c: TimeField) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: TimeField) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
IF ~c.disabled & ~c.readOnly THEN
WITH f: StdCFrames.TimeField DO
WITH msg: Controllers.PollOpsMsg DO
msg.valid := {Controllers.pasteChar, Controllers.copy}
| msg: Controllers.EditMsg DO
IF msg.op = Controllers.pasteChar THEN
f.KeyDown(msg.char, msg.modifiers)
ELSE
f.Edit(msg.op, msg.view, msg.w, msg.h, msg.isSingle, msg.clipboard)
END
| msg: Controllers.TickMsg DO
IF f.mark THEN
IF c.selection = 0 THEN c.selection := 1; Views.Update(c, Views.keepFrames) END
END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: TimeField) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
IF (msg.char = lineChar) OR (msg.char = esc) THEN
msg.accepts := FALSE
ELSIF (msg.char = tab) OR (msg.char = ltab) THEN
msg.accepts := (msg.focus # c) OR
((msg.char = tab) & (c.selection # -1)) OR ((msg.char = ltab) & (c.selection # 1))
END;
IF ~c.disabled & ~c.readOnly & IsShortcut(msg.char, c) THEN msg.getFocus := TRUE END
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.setFocus := TRUE
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetTimeFieldSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier}
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: TimeField) CheckLink (VAR ok: BOOLEAN);
VAR name: Meta.Name;
BEGIN
GetTypeName(c.item, name);
ok := name = "Time"
END CheckLink;
PROCEDURE (c: TimeField) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Frame).Update
END Update;
(* ColorField *)
PROCEDURE GetColorField (f: StdCFrames.ColorField; OUT col: INTEGER);
VAR c: ColorField; v: Meta.Item;
BEGIN
col := Ports.defaultColor;
c := f.view(ColorField);
IF c.item.Valid() THEN
IF c.item.typ = Meta.intTyp THEN
col := c.item.IntVal()
ELSE
c.item.Lookup("val", v); IF v.typ = Meta.intTyp THEN col := v.IntVal() END
END
END
END GetColorField;
PROCEDURE SetColorField(f: StdCFrames.ColorField; col: INTEGER);
VAR c: ColorField; v: Meta.Item; old: INTEGER;
BEGIN
c := f.view(ColorField);
IF c.item.Valid() & ~c.readOnly THEN
IF c.item.typ = Meta.intTyp THEN
old := c.item.IntVal();
IF old # col THEN c.item.PutIntVal(col); Notify(c, f, Dialog.changed, old, col) END
ELSE
c.item.Lookup("val", v);
IF v.typ = Meta.intTyp THEN
old := v.IntVal();
IF old # col THEN v.PutIntVal(col); Notify(c, f, Dialog.changed, old, col) END
END
END
END
END SetColorField;
PROCEDURE (c: ColorField) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, cfldVersion, thisVersion)
END Internalize2;
PROCEDURE (c: ColorField) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(cfldVersion)
END Externalize2;
PROCEDURE (c: ColorField) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.ColorField;
BEGIN
f := StdCFrames.dir.NewColorField();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.Get := GetColorField;
f.Set := SetColorField;
frame := f
END GetNewFrame;
PROCEDURE (c: ColorField) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: ColorField) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
IF ~c.disabled & ~c.readOnly THEN
WITH f: StdCFrames.ColorField DO
WITH msg: Controllers.EditMsg DO
IF msg.op = Controllers.pasteChar THEN
f.KeyDown(msg.char, msg.modifiers)
ELSE
f.Edit(msg.op, msg.view, msg.w, msg.h, msg.isSingle, msg.clipboard)
END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: ColorField) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
msg.accepts := ~c.disabled & ~c.readOnly & IsShortcut(msg.char, c)
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.hotFocus := TRUE; msg.setFocus := StdCFrames.setFocus
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetColorFieldSize(msg.w, msg.h)
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: ColorField) CheckLink (VAR ok: BOOLEAN);
VAR name: Meta.Name;
BEGIN
GetTypeName(c.item, name);
ok := (name = "Color") OR (c.item.typ = Meta.intTyp)
END CheckLink;
PROCEDURE (c: ColorField) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Frame).Update
END Update;
(* ListBox *)
PROCEDURE GetListBox (f: StdCFrames.ListBox; OUT i: INTEGER);
VAR c: ListBox; v: Meta.Item;
BEGIN
i := -1;
c := f.view(ListBox);
IF c.item.Valid() THEN
c.item.Lookup("index", v);
IF v.typ = Meta.intTyp THEN i := v.IntVal() END
END
END GetListBox;
PROCEDURE SetListBox (f: StdCFrames.ListBox; i: INTEGER);
VAR c: ListBox; v: Meta.Item; old: INTEGER;
BEGIN
c := f.view(ListBox);
IF c.item.Valid() & ~c.readOnly THEN
c.item.Lookup("index", v);
IF v.typ = Meta.intTyp THEN
old := v.IntVal();
IF i # old THEN v.PutIntVal(i); Notify(c, f, Dialog.changed, old, i) END
END
END
END SetListBox;
PROCEDURE GetFName (VAR rec, par: ANYREC);
BEGIN
WITH par: Param DO
WITH rec: Dialog.List DO rec.GetItem(par.i, par.n)
| rec: Dialog.Selection DO rec.GetItem(par.i, par.n)
| rec: Dialog.Combo DO rec.GetItem(par.i, par.n)
ELSE par.n := ""
END
END
END GetFName;
PROCEDURE GetListName (f: StdCFrames.ListBox; i: INTEGER; VAR name: ARRAY OF CHAR);
VAR c: ListBox; par: Param;
BEGIN
par.n := "";
c := f.view(ListBox);
IF c.item.Valid() THEN
par.i := i;
c.item.CallWith(GetFName, par)
END;
name := par.n$
END GetListName;
PROCEDURE (c: ListBox) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, lbxVersion, thisVersion)
END Internalize2;
PROCEDURE (c: ListBox) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(lbxVersion)
END Externalize2;
PROCEDURE (c: ListBox) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.ListBox;
BEGIN
f := StdCFrames.dir.NewListBox();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.sorted := c.prop.opt[sorted];
f.Get := GetListBox;
f.Set := SetListBox;
f.GetName := GetListName;
frame := f
END GetNewFrame;
PROCEDURE (c: ListBox) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: ListBox) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
WITH f: StdCFrames.ListBox DO
IF ~c.disabled & ~c.readOnly THEN
WITH msg: Controllers.EditMsg DO
IF msg.op = Controllers.pasteChar THEN f.KeyDown(msg.char, msg.modifiers) END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
ELSIF ~c.disabled THEN
WITH msg: Controllers.TrackMsg DO
f.MouseDown(msg.x, msg.y, msg.modifiers)
ELSE
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: ListBox) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
IF (msg.char = lineChar) OR (msg.char = esc) THEN msg.accepts := FALSE END;
IF ~c.disabled & ~c.readOnly & IsShortcut(msg.char, c) THEN msg.getFocus := TRUE END
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.setFocus := TRUE
ELSIF~c.disabled THEN
msg.hotFocus := TRUE
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetListBoxSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier, sorted}
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: ListBox) CheckLink (VAR ok: BOOLEAN);
VAR name: Meta.Name;
BEGIN
GetTypeName(c.item, name);
ok := name = "List"
END CheckLink;
PROCEDURE (c: ListBox) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Frame).Update
END Update;
PROCEDURE (c: ListBox) UpdateList (f: Views.Frame);
BEGIN
f(StdCFrames.Frame).UpdateList
END UpdateList;
(* SelectionBox *)
PROCEDURE InLargeSet (VAR rec, par: ANYREC);
BEGIN
WITH par: Param DO
WITH rec: Dialog.Selection DO
IF rec.In(par.i) THEN par.i := 1 ELSE par.i := 0 END
ELSE par.i := 0
END
END
END InLargeSet;
PROCEDURE GetSelectionBox (f: StdCFrames.SelectionBox; i: INTEGER; OUT in: BOOLEAN);
VAR c: SelectionBox; lv: SelectValue; par: Param;
BEGIN
in := FALSE;
c := f.view(SelectionBox);
IF c.item.Valid() THEN
IF c.item.Is(lv) THEN
par.i := i;
c.item.CallWith(InLargeSet, par);
in := par.i # 0
END
END
END GetSelectionBox;
PROCEDURE InclLargeSet (VAR rec, par: ANYREC);
BEGIN
WITH par: Param DO
WITH rec: Dialog.Selection DO
IF (par.from # par.to) OR ~rec.In(par.from) THEN
rec.Incl(par.from, par.to); par.i := 1
ELSE par.i := 0
END
ELSE par.i := 0
END
END
END InclLargeSet;
PROCEDURE InclSelectionBox (f: StdCFrames.SelectionBox; from, to: INTEGER);
VAR c: SelectionBox; lv: SelectValue; par: Param;
BEGIN
c := f.view(SelectionBox);
IF c.item.Valid() & ~c.readOnly THEN
IF c.item.Is(lv) THEN
par.from := from; par.to := to;
c.item.CallWith(InclLargeSet, par);
IF par.i # 0 THEN Notify(c, f, Dialog.included, from, to) END
END
END
END InclSelectionBox;
PROCEDURE ExclLargeSet (VAR rec, par: ANYREC);
BEGIN
WITH par: Param DO
WITH rec: Dialog.Selection DO
IF (par.from # par.to) OR rec.In(par.from) THEN
rec.Excl(par.from, par.to); par.i := 1
ELSE par.i := 0
END
ELSE par.i := 0
END
END
END ExclLargeSet;
PROCEDURE ExclSelectionBox (f: StdCFrames.SelectionBox; from, to: INTEGER);
VAR c: SelectionBox; lv: SelectValue; par: Param;
BEGIN
c := f.view(SelectionBox);
IF c.item.Valid() & ~c.readOnly THEN
IF c.item.Is(lv) THEN
par.from := from; par.to := to;
c.item.CallWith(ExclLargeSet, par);
IF par.i # 0 THEN Notify(c, f, Dialog.excluded, from, to) END
END
END
END ExclSelectionBox;
PROCEDURE SetSelectionBox (f: StdCFrames.SelectionBox; from, to: INTEGER);
VAR c: SelectionBox; lv: SelectValue; par: Param;
BEGIN
c := f.view(SelectionBox);
IF c.item.Valid() & ~c.readOnly THEN
IF c.item.Is(lv) THEN
par.from := 0; par.to := MAX(INTEGER);
c.item.CallWith(ExclLargeSet, par);
par.from := from; par.to := to;
c.item.CallWith(InclLargeSet, par);
Notify(c, f, Dialog.set, from, to)
END
END
END SetSelectionBox;
PROCEDURE GetSelName (f: StdCFrames.SelectionBox; i: INTEGER; VAR name: ARRAY OF CHAR);
VAR c: SelectionBox; par: Param;
BEGIN
par.n := "";
c := f.view(SelectionBox);
IF c.item.Valid() THEN
par.i := i;
c.item.CallWith(GetFName, par)
END;
name := par.n$
END GetSelName;
PROCEDURE (c: SelectionBox) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, sbxVersion, thisVersion)
END Internalize2;
PROCEDURE (c: SelectionBox) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(sbxVersion)
END Externalize2;
PROCEDURE (c: SelectionBox) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.SelectionBox;
BEGIN
f := StdCFrames.dir.NewSelectionBox();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.sorted := c.prop.opt[sorted];
f.Get := GetSelectionBox;
f.Incl := InclSelectionBox;
f.Excl := ExclSelectionBox;
f.Set := SetSelectionBox;
f.GetName := GetSelName;
frame := f
END GetNewFrame;
PROCEDURE (c: SelectionBox) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: SelectionBox) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
WITH f: StdCFrames.SelectionBox DO
IF ~c.disabled & ~c.readOnly THEN
WITH msg: Controllers.EditMsg DO
IF msg.op = Controllers.pasteChar THEN f.KeyDown(msg.char, msg.modifiers) END
| msg: Controllers.SelectMsg DO
IF msg.set THEN f.Select(0, MAX(INTEGER))
ELSE f.Select(-1, -1)
END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
ELSIF ~c.disabled THEN
WITH msg: Controllers.TrackMsg DO
f.MouseDown(msg.x, msg.y, msg.modifiers)
ELSE
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: SelectionBox) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
IF (msg.char = lineChar) OR (msg.char = esc) THEN msg.accepts := FALSE END;
IF ~c.disabled & ~c.readOnly & IsShortcut(msg.char, c) OR msg.getFocus THEN
msg.getFocus := StdCFrames.setFocus
END
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.setFocus := TRUE
ELSIF~c.disabled THEN
msg.hotFocus := TRUE
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetSelectionBoxSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier, sorted}
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: SelectionBox) CheckLink (VAR ok: BOOLEAN);
VAR name: Meta.Name;
BEGIN
GetTypeName(c.item, name);
ok := name = "Selection"
END CheckLink;
PROCEDURE (c: SelectionBox) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
IF (op >= Dialog.included) & (op <= Dialog.set) THEN
f(StdCFrames.SelectionBox).UpdateRange(op, from, to)
ELSE
f(StdCFrames.Frame).Update
END
END Update;
PROCEDURE (c: SelectionBox) UpdateList (f: Views.Frame);
BEGIN
f(StdCFrames.Frame).UpdateList
END UpdateList;
(* ComboBox *)
PROCEDURE GetComboBox (f: StdCFrames.ComboBox; OUT x: ARRAY OF CHAR);
VAR c: ComboBox; ok: BOOLEAN; v: Meta.Item;
BEGIN
x := "";
c := f.view(ComboBox);
IF c.item.Valid() THEN
c.item.Lookup("item", v);
IF v.typ = Meta.arrTyp THEN v.GetStringVal(x, ok) END
END
END GetComboBox;
PROCEDURE SetComboBox (f: StdCFrames.ComboBox; IN x: ARRAY OF CHAR);
VAR c: ComboBox; ok: BOOLEAN; v: Meta.Item; s: ARRAY 1024 OF CHAR;
BEGIN
c := f.view(ComboBox);
IF c.item.Valid() & ~c.readOnly THEN
c.item.Lookup("item", v);
IF v.typ = Meta.arrTyp THEN
v.GetStringVal(s, ok);
IF ~ok OR (s$ # x$) THEN
v.PutStringVal(x, ok);
IF ok THEN Notify(c, f, Dialog.changed, 0, 0) END
END
END
END
END SetComboBox;
PROCEDURE GetComboName (f: StdCFrames.ComboBox; i: INTEGER; VAR name: ARRAY OF CHAR);
VAR c: ComboBox; par: Param;
BEGIN
par.n := "";
c := f.view(ComboBox);
IF c.item.Valid() THEN
par.i := i;
c.item.CallWith(GetFName, par)
END;
name := par.n$
END GetComboName;
PROCEDURE (c: ComboBox) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, cbxVersion, thisVersion)
END Internalize2;
PROCEDURE (c: ComboBox) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(cbxVersion)
END Externalize2;
PROCEDURE (c: ComboBox) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.ComboBox;
BEGIN
f := StdCFrames.dir.NewComboBox();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.sorted := c.prop.opt[sorted];
f.Get := GetComboBox;
f.Set := SetComboBox;
f.GetName := GetComboName;
frame := f
END GetNewFrame;
PROCEDURE (c: ComboBox) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: ComboBox) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
VAR from, to: INTEGER;
BEGIN
WITH f: StdCFrames.ComboBox DO
IF ~c.disabled & ~c.readOnly THEN
WITH msg: Controllers.PollOpsMsg DO
f.GetSelection(from, to);
msg.selectable := (f.Length() > 0) & (f.Length() # to - from);
IF to > from THEN
msg.valid := {Controllers.pasteChar, Controllers.cut, Controllers.copy, Controllers.paste}
ELSE msg.valid := {Controllers.pasteChar, Controllers.paste}
END
| msg: Controllers.TickMsg DO
f.Idle
| msg: Controllers.EditMsg DO
IF msg.op = Controllers.pasteChar THEN
f.KeyDown(msg.char, msg.modifiers)
ELSE
f.Edit(msg.op, msg.view, msg.w, msg.h, msg.isSingle, msg.clipboard)
END
| msg: Controllers.SelectMsg DO
IF msg.set THEN f.Select(0, MAX(INTEGER))
ELSE f.Select(-1, -1)
END
| msg: Controllers.MarkMsg DO
f.Mark(msg.show, msg.focus);
IF msg.show & msg.focus THEN f.Select(0, MAX(INTEGER)) END
| msg: Controllers.TrackMsg DO
f.MouseDown(msg.x, msg.y, msg.modifiers)
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: ComboBox) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
IF (msg.char = lineChar) OR (msg.char = esc) THEN msg.accepts := FALSE END;
IF ~c.disabled & ~c.readOnly & IsShortcut(msg.char, c) THEN msg.getFocus := TRUE END
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.setFocus := TRUE
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetComboBoxSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier, sorted}
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: ComboBox) CheckLink (VAR ok: BOOLEAN);
VAR name: Meta.Name;
BEGIN
GetTypeName(c.item, name);
ok := name = "Combo"
END CheckLink;
PROCEDURE (c: ComboBox) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Frame).Update
END Update;
PROCEDURE (c: ComboBox) UpdateList (f: Views.Frame);
BEGIN
f(StdCFrames.Frame).UpdateList
END UpdateList;
(* Caption *)
PROCEDURE (c: Caption) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, capVersion, thisVersion);
IF thisVersion < 1 THEN c.prop.opt[left] := TRUE END
END Internalize2;
PROCEDURE (c: Caption) Externalize2 (VAR wr: Stores.Writer);
BEGIN
(* Save old version for captions that are compatible with the old version *)
IF c.prop.opt[left] THEN wr.WriteVersion(0) ELSE wr.WriteVersion(capVersion) END
END Externalize2;
PROCEDURE (c: Caption) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.Caption;
BEGIN
f := StdCFrames.dir.NewCaption();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.label := c.label$;
f.left := c.prop.opt[left];
f.right := c.prop.opt[right];
frame := f
END GetNewFrame;
PROCEDURE (c: Caption) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: Caption) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.SizePref DO
StdCFrames.dir.GetCaptionSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, left, right}
| msg: DefaultsPref DO
IF c.prop.link = "" THEN msg.disabled := FALSE END
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: Caption) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Caption).label := c.label$;
f(StdCFrames.Frame).Update
END Update;
(* Group *)
PROCEDURE (c: Group) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, grpVersion, thisVersion)
END Internalize2;
PROCEDURE (c: Group) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(grpVersion)
END Externalize2;
PROCEDURE (c: Group) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.Group;
BEGIN
f := StdCFrames.dir.NewGroup();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.label := c.label$;
frame := f
END GetNewFrame;
PROCEDURE (c: Group) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: Group) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.SizePref DO
StdCFrames.dir.GetGroupSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard}
| msg: DefaultsPref DO
IF c.prop.link = "" THEN msg.disabled := FALSE END
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: Group) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Group).label := c.label$;
f(StdCFrames.Frame).Update
END Update;
(* TreeControl *)
PROCEDURE (c: TreeControl) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, tfVersion, thisVersion)
END Internalize2;
PROCEDURE (c: TreeControl) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(tfVersion)
END Externalize2;
PROCEDURE TVNofNodesF (VAR rec, par: ANYREC);
BEGIN
WITH par: TVParam DO
WITH rec: Dialog.Tree DO par.l := rec.NofNodes()
ELSE par.l := 0
END
END
END TVNofNodesF;
PROCEDURE TVNofNodes (f: StdCFrames.TreeFrame): INTEGER;
VAR c: TreeControl; par: TVParam;
BEGIN
c := f.view(TreeControl); par.l := 0;
IF c.item.Valid() THEN c.item.CallWith(TVNofNodesF, par) END;
RETURN par.l
END TVNofNodes;
PROCEDURE TVChildF (VAR rec, par: ANYREC);
BEGIN
WITH par: TVParam DO
WITH rec: Dialog.Tree DO par.nodeOut := rec.Child(par.nodeIn, Dialog.firstPos)
ELSE par.nodeOut := NIL
END
END
END TVChildF;
PROCEDURE TVChild (f: StdCFrames.TreeFrame; node: Dialog.TreeNode): Dialog.TreeNode;
VAR c: TreeControl; par: TVParam;
BEGIN
c := f.view(TreeControl); par.nodeIn := node; par.nodeOut := NIL;
IF c.item.Valid() THEN c.item.CallWith(TVChildF, par) END;
RETURN par.nodeOut
END TVChild;
PROCEDURE TVParentF (VAR rec, par: ANYREC);
BEGIN
WITH par: TVParam DO
WITH rec: Dialog.Tree DO par.nodeOut := rec.Parent(par.nodeIn)
ELSE par.nodeOut := NIL
END
END
END TVParentF;
PROCEDURE TVParent (f: StdCFrames.TreeFrame; node: Dialog.TreeNode): Dialog.TreeNode;
VAR c: TreeControl; par: TVParam;
BEGIN
c := f.view(TreeControl); par.nodeIn := node; par.nodeOut := NIL;
IF c.item.Valid() THEN c.item.CallWith(TVParentF, par) END;
RETURN par.nodeOut
END TVParent;
PROCEDURE TVNextF (VAR rec, par: ANYREC);
BEGIN
WITH par: TVParam DO
WITH rec: Dialog.Tree DO par.nodeOut := rec.Next(par.nodeIn)
ELSE par.nodeOut := NIL
END
END
END TVNextF;
PROCEDURE TVNext (f: StdCFrames.TreeFrame; node: Dialog.TreeNode): Dialog.TreeNode;
VAR c: TreeControl; par: TVParam;
BEGIN
c := f.view(TreeControl); par.nodeIn := node; par.nodeOut := NIL;
IF c.item.Valid() THEN c.item.CallWith(TVNextF, par) END;
RETURN par.nodeOut
END TVNext;
PROCEDURE TVSelectF (VAR rec, par: ANYREC);
BEGIN
WITH par: TVParam DO
WITH rec: Dialog.Tree DO rec.Select(par.nodeIn) END
END
END TVSelectF;
PROCEDURE TVSelect (f: StdCFrames.TreeFrame; node: Dialog.TreeNode);
VAR c: TreeControl; par: TVParam;
BEGIN
c := f.view(TreeControl); par.nodeIn := node;
IF c.item.Valid() THEN
c.item.CallWith(TVSelectF, par);
Notify(c, f, Dialog.changed, 0, 0)
END
END TVSelect;
PROCEDURE TVSelectedF (VAR rec, par: ANYREC);
BEGIN
WITH par: TVParam DO
WITH rec: Dialog.Tree DO par.nodeOut := rec.Selected()
ELSE par.nodeOut := NIL
END
END
END TVSelectedF;
PROCEDURE TVSelected (f: StdCFrames.TreeFrame): Dialog.TreeNode;
VAR c: TreeControl; par: TVParam;
BEGIN
c := f.view(TreeControl); par.nodeOut := NIL;
IF c.item.Valid() THEN c.item.CallWith(TVSelectedF, par) END;
RETURN par.nodeOut
END TVSelected;
PROCEDURE TVSetExpansionF (VAR rec, par: ANYREC);
BEGIN
WITH par: TVParam DO
par.nodeIn.SetExpansion(par.e)
END
END TVSetExpansionF;
PROCEDURE TVSetExpansion (f: StdCFrames.TreeFrame; tn: Dialog.TreeNode; expanded: BOOLEAN);
VAR c: TreeControl; par: TVParam;
BEGIN
c := f.view(TreeControl); par.e := expanded; par.nodeIn := tn;
IF c.item.Valid() THEN c.item.CallWith(TVSetExpansionF, par) END
END TVSetExpansion;
PROCEDURE (c: TreeControl) GetNewFrame (VAR frame: Views.Frame);
VAR f: StdCFrames.TreeFrame;
BEGIN
f := StdCFrames.dir.NewTreeFrame();
f.disabled := c.disabled;
f.undef := c.undef;
f.readOnly := c.readOnly;
f.font := c.font;
f.sorted := c.prop.opt[sorted];
f.haslines := c.prop.opt[haslines];
f.hasbuttons := c.prop.opt[hasbuttons];
f.atroot := c.prop.opt[atroot];
f.foldericons := c.prop.opt[foldericons];
f.NofNodes := TVNofNodes;
f.Child := TVChild;
f.Parent := TVParent;
f.Next := TVNext;
f.Select := TVSelect;
f.Selected := TVSelected;
f.SetExpansion := TVSetExpansion;
frame := f
END GetNewFrame;
PROCEDURE (c: TreeControl) UpdateList (f: Views.Frame);
BEGIN
f(StdCFrames.Frame).UpdateList()
END UpdateList;
PROCEDURE (c: TreeControl) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
WITH f: StdCFrames.Frame DO f.Restore(l, t, r, b) END
END Restore;
PROCEDURE (c: TreeControl) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
WITH f: StdCFrames.TreeFrame DO
IF ~c.disabled & ~c.readOnly THEN
WITH msg: Controllers.EditMsg DO
IF (msg.op = Controllers.pasteChar) THEN
f.KeyDown(msg.char, msg.modifiers)
END
ELSE
CatchCtrlMsg(c, f, msg, focus)
END
ELSIF ~c.disabled THEN
WITH msg: Controllers.TrackMsg DO
f.MouseDown(msg.x, msg.y, msg.modifiers)
ELSE
END
END
END
END HandleCtrlMsg2;
PROCEDURE (c: TreeControl) HandlePropMsg2 (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.ControlPref DO
IF (msg.char = lineChar) OR (msg.char = esc) THEN msg.accepts := FALSE END;
IF ~c.disabled & ~c.readOnly & IsShortcut(msg.char, c) OR msg.getFocus THEN
msg.getFocus := StdCFrames.setFocus
END
| msg: Properties.FocusPref DO
IF ~c.disabled & ~c.readOnly THEN
msg.setFocus := TRUE
ELSIF~c.disabled THEN
msg.hotFocus := TRUE
END
| msg: Properties.SizePref DO
StdCFrames.dir.GetTreeFrameSize(msg.w, msg.h)
| msg: PropPref DO
msg.valid := {link, label, guard, notifier, sorted, haslines, hasbuttons, atroot, foldericons}
| msg: Properties.ResizePref DO
msg.horFitToWin := TRUE; msg.verFitToWin := TRUE
ELSE
END
END HandlePropMsg2;
PROCEDURE (c: TreeControl) CheckLink (VAR ok: BOOLEAN);
VAR name: Meta.Name;
BEGIN
GetTypeName(c.item, name);
ok := name = "Tree"
END CheckLink;
PROCEDURE (c: TreeControl) Update (f: Views.Frame; op, from, to: INTEGER);
BEGIN
f(StdCFrames.Frame).Update
END Update;
(* StdDirectory *)
PROCEDURE (d: StdDirectory) NewPushButton (p: Prop): Control;
VAR c: PushButton;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewPushButton;
PROCEDURE (d: StdDirectory) NewCheckBox (p: Prop): Control;
VAR c: CheckBox;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewCheckBox;
PROCEDURE (d: StdDirectory) NewRadioButton (p: Prop): Control;
VAR c: RadioButton;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewRadioButton;
PROCEDURE (d: StdDirectory) NewField (p: Prop): Control;
VAR c: Field;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewField;
PROCEDURE (d: StdDirectory) NewUpDownField (p: Prop): Control;
VAR c: UpDownField;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewUpDownField;
PROCEDURE (d: StdDirectory) NewDateField (p: Prop): Control;
VAR c: DateField;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewDateField;
PROCEDURE (d: StdDirectory) NewTimeField (p: Prop): Control;
VAR c: TimeField;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewTimeField;
PROCEDURE (d: StdDirectory) NewColorField (p: Prop): Control;
VAR c: ColorField;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewColorField;
PROCEDURE (d: StdDirectory) NewListBox (p: Prop): Control;
VAR c: ListBox;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewListBox;
PROCEDURE (d: StdDirectory) NewSelectionBox (p: Prop): Control;
VAR c: SelectionBox;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewSelectionBox;
PROCEDURE (d: StdDirectory) NewComboBox (p: Prop): Control;
VAR c: ComboBox;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewComboBox;
PROCEDURE (d: StdDirectory) NewCaption (p: Prop): Control;
VAR c: Caption;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewCaption;
PROCEDURE (d: StdDirectory) NewGroup (p: Prop): Control;
VAR c: Group;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewGroup;
PROCEDURE (d: StdDirectory) NewTreeControl (p: Prop): Control;
VAR c: TreeControl;
BEGIN
NEW(c); OpenLink(c, p); RETURN c
END NewTreeControl;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20); dir := d
END SetDir;
PROCEDURE InitProp (VAR p: Prop);
BEGIN
NEW(p);
p.link := ""; p.label := ""; p.guard := ""; p.notifier := "";
p.level := 0;
p.opt[0] := FALSE; p.opt[1] := FALSE;
p.opt[2] := FALSE; p.opt[3] := FALSE;
p.opt[4] := FALSE
END InitProp;
PROCEDURE DepositPushButton*;
VAR p: Prop;
BEGIN
InitProp(p);
p.label := "#System:untitled";
Views.Deposit(dir.NewPushButton(p))
END DepositPushButton;
PROCEDURE DepositCheckBox*;
VAR p: Prop;
BEGIN
InitProp(p);
p.label := "#System:untitled";
Views.Deposit(dir.NewCheckBox(p))
END DepositCheckBox;
PROCEDURE DepositRadioButton*;
VAR p: Prop;
BEGIN
InitProp(p);
p.label := "#System:untitled";
Views.Deposit(dir.NewRadioButton(p))
END DepositRadioButton;
PROCEDURE DepositField*;
VAR p: Prop;
BEGIN
InitProp(p); p.opt[left] := TRUE;
Views.Deposit(dir.NewField(p))
END DepositField;
PROCEDURE DepositUpDownField*;
VAR p: Prop;
BEGIN
InitProp(p);
Views.Deposit(dir.NewUpDownField(p))
END DepositUpDownField;
PROCEDURE DepositDateField*;
VAR p: Prop;
BEGIN
InitProp(p);
Views.Deposit(dir.NewDateField(p))
END DepositDateField;
PROCEDURE DepositTimeField*;
VAR p: Prop;
BEGIN
InitProp(p);
Views.Deposit(dir.NewTimeField(p))
END DepositTimeField;
PROCEDURE DepositColorField*;
VAR p: Prop;
BEGIN
InitProp(p);
Views.Deposit(dir.NewColorField(p))
END DepositColorField;
PROCEDURE DepositListBox*;
VAR p: Prop;
BEGIN
InitProp(p);
Views.Deposit(dir.NewListBox(p))
END DepositListBox;
PROCEDURE DepositSelectionBox*;
VAR p: Prop;
BEGIN
InitProp(p);
Views.Deposit(dir.NewSelectionBox(p))
END DepositSelectionBox;
PROCEDURE DepositComboBox*;
VAR p: Prop;
BEGIN
InitProp(p);
Views.Deposit(dir.NewComboBox(p))
END DepositComboBox;
PROCEDURE DepositCancelButton*;
VAR p: Prop;
BEGIN
InitProp(p);
p.link := "StdCmds.CloseDialog"; p.label := "#System:Cancel"; p.opt[cancel] := TRUE;
Views.Deposit(dir.NewPushButton(p))
END DepositCancelButton;
PROCEDURE DepositCaption*;
VAR p: Prop;
BEGIN
InitProp(p); p.opt[left] := TRUE;
p.label := "#System:Caption";
Views.Deposit(dir.NewCaption(p))
END DepositCaption;
PROCEDURE DepositGroup*;
VAR p: Prop;
BEGIN
InitProp(p);
p.label := "#System:Caption";
Views.Deposit(dir.NewGroup(p))
END DepositGroup;
PROCEDURE DepositTreeControl*;
VAR p: Prop;
BEGIN
InitProp(p);
p.opt[haslines] := TRUE; p.opt[hasbuttons] := TRUE; p.opt[atroot] := TRUE; p.opt[foldericons] := TRUE;
Views.Deposit(dir.NewTreeControl(p))
END DepositTreeControl;
PROCEDURE Relink*;
VAR msg: UpdateCachesMsg;
BEGIN
INC(stamp);
Views.Omnicast(msg)
END Relink;
PROCEDURE Init;
VAR d: StdDirectory;
BEGIN
par := NIL; stamp := 0;
NEW(d); stdDir := d; dir := d;
NEW(cleaner); cleanerInstalled := 0
END Init;
(* check guards action *)
PROCEDURE (a: Action) Do;
VAR msg: Views.NotifyMsg;
BEGIN
IF Windows.dir # NIL THEN
IF a.w # NIL THEN
INC(a.cnt);
msg.id0 := 0; msg.id1 := 0; msg.opts := {guardCheck};
IF a.w.seq # NIL THEN a.w.seq.Handle(msg) END;
a.w := Windows.dir.Next(a.w);
WHILE (a.w # NIL) & a.w.sub DO a.w := Windows.dir.Next(a.w) END
ELSE
IF a.cnt = 0 THEN a.resolution := Services.resolution
ELSE a.resolution := Services.resolution DIV a.cnt DIV 2
END;
a.cnt := 0;
a.w := Windows.dir.First();
WHILE (a.w # NIL) & a.w.sub DO a.w := Windows.dir.Next(a.w) END
END
END;
Services.DoLater(a, Services.Ticks() + a.resolution)
END Do;
BEGIN
Init;
NEW(action); action.w := NIL; action.cnt := 0; Services.DoLater(action, Services.now)
CLOSE
Services.RemoveAction(action)
END Controls.
| System/Mod/Controls.odc |
MODULE Converters;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20071109, bh, Converter search in Import corrected
- 20160812, center #122, enabling write access to list of installed converters
"
issues = "
- ...
"
**)
IMPORT Meta, Files, Stores, Dialog;
CONST
(* hints *)
importAll* = 0; (* can import all file types *)
canceled = 8;
TYPE
Importer* = PROCEDURE (f: Files.File; OUT s: Stores.Store);
Exporter* = PROCEDURE (s: Stores.Store; f: Files.File);
Converter* = POINTER TO RECORD
next*: Converter;
imp-, exp-: Dialog.String;
storeType-: Stores.TypeName;
fileType-: Files.Type;
opts-: SET
END;
ImpVal = RECORD (Meta.Value) p: Importer END;
ExpVal = RECORD (Meta.Value) p: Exporter END;
VAR
list-: Converter;
doc: Converter;
PROCEDURE GetCommand (name: Dialog.String; VAR val: Meta.Value; VAR ok: BOOLEAN);
VAR i: Meta.Item;
BEGIN
Meta.LookupPath(name, i);
IF (i.obj = Meta.procObj) OR (i.obj = Meta.varObj) & (i.typ = Meta.procTyp) THEN
i.GetVal(val, ok)
ELSE ok := FALSE
END
END GetCommand;
PROCEDURE Register* (imp, exp: Dialog.String; storeType: Stores.TypeName; fileType: Files.Type; opts: SET);
VAR e, f: Converter;
BEGIN
ASSERT((imp # "") OR (exp # ""), 20); ASSERT(fileType # "", 21);
NEW(e); e.next := NIL;
e.imp := imp; e.exp := exp; e.fileType := fileType; e.storeType := storeType; e.opts := opts;
IF (storeType = "") & (doc = NIL) THEN doc := e END;
IF list = NIL THEN list := e
ELSE f := list;
WHILE f.next # NIL DO f := f.next END;
f.next := e
END
END Register;
PROCEDURE Import* (loc: Files.Locator; name: Files.Name; VAR conv: Converter; OUT s: Stores.Store);
VAR file: Files.File; val: ImpVal; ok: BOOLEAN;
BEGIN
ASSERT(loc # NIL, 20); ASSERT(name # "", 21);
file := Files.dir.Old(loc, name, Files.shared); s := NIL;
IF file # NIL THEN
IF conv = NIL THEN
conv := list;
WHILE (conv # NIL) & ((conv.fileType # file.type) OR (conv.imp = "")) DO conv := conv.next END;
IF conv = NIL THEN
conv := list; WHILE (conv # NIL) & ~(importAll IN conv.opts) DO conv := conv.next END
END
ELSE ASSERT(conv.imp # "", 22)
END;
IF conv # NIL THEN
GetCommand(conv.imp, val, ok);
IF ok THEN val.p(file, s)
ELSE Dialog.ShowMsg("#System:ConverterFailed")
END
ELSE Dialog.ShowMsg("#System:NoConverterFound")
END
END
END Import;
PROCEDURE Export* (loc: Files.Locator; name: Files.Name; conv: Converter; s: Stores.Store);
VAR res: INTEGER; file: Files.File; val: ExpVal; ok: BOOLEAN;
BEGIN
ASSERT(s # NIL, 20); ASSERT(~(s IS Stores.Alien), 21);
ASSERT(loc # NIL, 22); ASSERT(name # "", 23);
file := Files.dir.New(loc, Files.ask); (* fileLoc := loc; *)
IF file # NIL THEN
IF conv = NIL THEN
conv := doc
ELSE ASSERT(conv.exp # "", 24)
END;
GetCommand(conv.exp, val, ok);
IF ok THEN
val.p(s, file);
IF loc.res # canceled THEN
file.Register(name, conv.fileType, Files.ask, res); loc.res := res
END
ELSE Dialog.ShowMsg("#System:ConverterFailed"); loc.res := canceled
END
END
END Export;
BEGIN
list := NIL
END Converters.
| System/Mod/Converters.odc |
MODULE Dates;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20170313, center #154, atomic operation to get date and time (GetDateTime & GetUTCDateTime)
"
issues = "
- ...
"
**)
CONST
monday* = 0;
tuesday* = 1;
wednesday* = 2;
thursday* = 3;
friday* = 4;
saturday* = 5;
sunday* = 6;
short* = 0;
long* = 1;
abbreviated* = 2;
plainLong* = 3;
plainAbbreviated* = 4;
TYPE
Date* = RECORD
year*, month*, day*: INTEGER
END;
Time* = RECORD
hour*, minute*, second*: INTEGER
END;
Hook* = POINTER TO ABSTRACT RECORD END;
VAR M, N: ARRAY 8 OF INTEGER; hook: Hook;
PROCEDURE (h: Hook) GetTime* (OUT d: Date; OUT t: Time), NEW, ABSTRACT;
PROCEDURE (h: Hook) GetUTCTime* (OUT d: Date; OUT t: Time), NEW, ABSTRACT;
PROCEDURE (h: Hook) GetUTCBias* (OUT bias: INTEGER), NEW, ABSTRACT;
PROCEDURE (h: Hook) DateToString* (d: Date; format: INTEGER; OUT str: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE (h: Hook) TimeToString* (t: Time; OUT str: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE SetHook* (h: Hook);
BEGIN
hook := h
END SetHook;
PROCEDURE ValidTime* (IN t: Time): BOOLEAN;
BEGIN
RETURN
(t.hour >= 0) & (t.hour <= 23)
& (t.minute >= 0) & (t.minute <= 59)
& (t.second >= 0) & (t.second <= 59)
END ValidTime;
PROCEDURE ValidDate* (IN d: Date): BOOLEAN;
VAR y, m, d1: INTEGER;
BEGIN
IF (d.year < 1) OR (d.year > 9999) OR (d.month < 1) OR (d.month > 12) OR (d.day < 1) THEN
RETURN FALSE
ELSE
y := d.year; m := d.month;
IF m = 2 THEN
IF (y < 1583) & (y MOD 4 = 0)
OR (y MOD 4 = 0) & ((y MOD 100 # 0) OR (y MOD 400 = 0)) THEN
d1 := 29
ELSE d1 := 28
END
ELSIF m IN {1, 3, 5, 7, 8, 10, 12} THEN d1 := 31
ELSE d1 := 30
END;
IF (y = 1582) & (m = 10) & (d.day > 4) & (d.day < 15) THEN RETURN FALSE END;
RETURN d.day <= d1
END
END ValidDate;
PROCEDURE Day* (IN d: Date): INTEGER;
VAR y, m, n: INTEGER;
BEGIN
y := d.year; m := d.month - 3;
IF m < 0 THEN INC(m, 12); DEC(y) END;
n := y * 1461 DIV 4 + (m * 153 + 2) DIV 5 + d.day - 306;
IF n > 577737 THEN n := n - (y DIV 100 * 3 - 5) DIV 4 END;
RETURN n
END Day;
PROCEDURE DayToDate* (n: INTEGER; OUT d: Date);
VAR c, y, m: INTEGER;
BEGIN
IF n > 577737 THEN
n := n * 4 + 1215; c := n DIV 146097; n := n MOD 146097 DIV 4
ELSE
n := n + 305; c := 0
END;
n := n * 4 + 3; y := n DIV 1461; n := n MOD 1461 DIV 4;
n := n * 5 + 2; m := n DIV 153; n := n MOD 153 DIV 5;
IF m > 9 THEN m := m - 12; INC(y) END;
d.year := SHORT(100 * c + y);
d.month := SHORT(m + 3);
d.day := SHORT(n + 1)
END DayToDate;
PROCEDURE GetDate* (OUT d: Date);
VAR t: Time;
BEGIN
ASSERT(hook # NIL, 100);
hook.GetTime(d, t)
END GetDate;
PROCEDURE GetTime* (OUT t: Time);
VAR d: Date;
BEGIN
ASSERT(hook # NIL, 100);
hook.GetTime(d, t)
END GetTime;
PROCEDURE GetDateTime* (OUT d: Date; OUT t: Time);
BEGIN
ASSERT(hook # NIL, 100);
hook.GetTime(d, t)
END GetDateTime;
PROCEDURE GetUTCDate* (OUT d: Date);
VAR t: Time;
BEGIN
ASSERT(hook # NIL, 100);
hook.GetUTCTime(d, t)
END GetUTCDate;
PROCEDURE GetUTCTime* (OUT t: Time);
VAR d: Date;
BEGIN
ASSERT(hook # NIL, 100);
hook.GetUTCTime(d, t)
END GetUTCTime;
PROCEDURE GetUTCDateTime* (OUT d: Date; OUT t: Time);
BEGIN
ASSERT(hook # NIL, 100);
hook.GetUTCTime(d, t)
END GetUTCDateTime;
PROCEDURE GetUTCBias* (OUT bias: INTEGER);
BEGIN
ASSERT(hook # NIL, 100);
hook.GetUTCBias(bias)
END GetUTCBias;
PROCEDURE GetEasterDate* (year: INTEGER; OUT d: Date);
VAR k, m, n, a, b, c, d0, e, o: INTEGER; month, day: INTEGER;
BEGIN
ASSERT((year >= 1583) & (year <= 2299), 20);
k := year DIV 100 - 15;
m := M[k]; n := N[k];
a := year MOD 19; b := year MOD 4; c := year MOD 7;
d0 := (19*a + m) MOD 30; e := (2*b+4*c+6*d0+n) MOD 7;
o := 21+d0+e; month := 3+o DIV 31; day := o MOD 31+1;
IF month = 4 THEN
IF day = 26 THEN day := 19
ELSIF (day = 25) & (d0=28) & (e = 6) & (a > 10) THEN day := 18
END
END;
d.year := year;
d.month := month;
d.day := day
END GetEasterDate;
PROCEDURE DayOfWeek* (IN d: Date): INTEGER;
(** post: res = 0: Monday .. res = 6: Sunday **)
BEGIN
RETURN SHORT((4+Day(d)) MOD 7)
END DayOfWeek;
PROCEDURE DateToString* (IN d: Date; format: INTEGER; OUT str: ARRAY OF CHAR);
BEGIN
ASSERT(hook # NIL, 100);
hook.DateToString(d, format, str)
END DateToString;
PROCEDURE TimeToString* (IN t: Time; OUT str: ARRAY OF CHAR);
BEGIN
ASSERT(hook # NIL, 100);
hook.TimeToString(t, str)
END TimeToString;
BEGIN
M[0] := 22; N[0] := 2;
M[1] := 22; N[1] := 2;
M[2] := 23; N[2] := 3;
M[3] := 23; N[3] := 4;
M[4] := 24; N[4] := 5;
M[5] := 24; N[5] := 5;
M[6] := 24; N[6] := 6;
M[7] := 25; N[7] := 0;
END Dates.
| System/Mod/Dates.odc |
MODULE Dialog;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 20050718, mf, additional Update procedures
- 20070129, bh, Unicode string mapping
- 20070130, bh, new windows versions
- 20141008, center #15, appVersion added
- 20150326, center #33, adding platform detection for wine, Windows 7, and Windows 8
- 20150903, center #68, option for suppressing Dialog.Beep
- 20151027, center #80, localizable menus
- 20160306, center #104, add OpenExternal and RunExternal procedures
- 20160307, center #105, serverMode added
- 20160306, center #38, use IN for methods to avoid incompatibilities with 1.6
- 20170505 center #161, fixing Dialog.MapString with empty message
- 20210123, bbcp #23, per module string resources
- 20210622, rbv, remove Kernel.Beep
- 20210625, rbv, remove Kernel.SplitName and Kernel.MakeFileName
- 20210705, rbv, Add BeepHook (for Dialog.Beep) and HostLocHook (for new procedures GetLocPath, CheckHostLoc)
"
issues = "
- ...
"
**)
IMPORT SYSTEM, Kernel, Files, Strings, Fonts, Log, Librarian;
CONST
pressed* = 1; released* = 2; changed* = 3;
included* = 5; excluded* = 6; set* = 7; (** notify ops **)
ok* = 1; yes* = 2; no* = 3; cancel* = 4; (** GetOK forms & results **)
persistent* = TRUE; nonPersistent* = FALSE; (** constants for SetLanguage **)
stringLen = 256;
bufLen = 252;
rsrcDir = "Rsrc";
stringFile = "Strings";
stringSuffix = "Strings";
TAB = 09X; CR = 0DX;
update = 2; (* notify options *)
listUpdate = 3;
guardCheck = 4;
windows* = 10;
linux* = 30;
freebsd* = 50;
openbsd* = 51;
firstPos* = 0;
lastPos* = -1;
logDuplicateKeys = FALSE; (* log duplicate keys in Strings resources *)
logMissingSimpleKeys = FALSE; (* log missing keys not containing "." in Strings resources *)
logAllMissingKeys = FALSE; (* log all missing keys in Strings resources *)
logMissingFile = logMissingSimpleKeys OR logAllMissingKeys; (* log missing Strings file *)
exitWithoutWindows* = TRUE;
TYPE
String* = ARRAY stringLen OF CHAR;
Buf = POINTER TO RECORD
next: Buf;
s: ARRAY bufLen OF CHAR
END;
StrList = RECORD
len, max: INTEGER; (* number of items, max number of items *)
strings: Buf; (* string buffer list. strings[0] = 0X -> uninitialized items appear as empty *)
end: INTEGER; (* next free position in string buffer list *)
scnt: INTEGER; (* number of strings in list, including unused entries *)
items: POINTER TO ARRAY OF INTEGER (* indices into string buffer list *)
END;
List* = RECORD
index*: INTEGER; (** val IN [0, n-1] **)
len-: INTEGER;
l: StrList
END;
Combo* = RECORD
item*: String;
len-: INTEGER;
l: StrList
END;
Selection* = RECORD
len-: INTEGER;
sel: POINTER TO ARRAY OF SET;
l: StrList
END;
Currency* = RECORD (* number = val * 10^-scale *)
val*: LONGINT;
scale*: INTEGER
END;
Color* = RECORD
val*: INTEGER
END;
TreeNode* = POINTER TO LIMITED RECORD
nofChildren: INTEGER;
name: String;
parent, next, prev, firstChild: TreeNode;
viewAsFolder, expanded: BOOLEAN;
data: ANYPTR;
tree: INTEGER
END;
Tree* = RECORD
nofRoots, nofNodes: INTEGER;
firstRoot, selected: TreeNode
END;
(** command procedure types**)
Par* = RECORD (** parameter for guard procedures **)
disabled*: BOOLEAN; (** OUT, preset to FALSE **)
checked*: BOOLEAN; (** OUT, preset to default **)
undef*: BOOLEAN; (** OUT, preset to default **)
readOnly*: BOOLEAN; (** OUT, preset to default **)
label*: String (** OUT, preset to "" **)
END;
GuardProc* = PROCEDURE (VAR par: Par);
NotifierProc* = PROCEDURE (op, from, to: INTEGER);
StringPtr = POINTER TO ARRAY [untagged] OF CHAR;
StringTab = POINTER TO RECORD
next: StringTab;
name: Files.Name;
key: POINTER TO ARRAY OF StringPtr;
str: POINTER TO ARRAY OF StringPtr;
data: POINTER TO ARRAY OF CHAR
END;
LangNotifier* = POINTER TO ABSTRACT RECORD next: LangNotifier END;
Language* = ARRAY 3 OF CHAR;
LangTrapCleaner = POINTER TO RECORD (Kernel.TrapCleaner) END;
GetHook* = POINTER TO ABSTRACT RECORD END;
StdGetHook* = POINTER TO ABSTRACT RECORD END;
ShowHook* = POINTER TO ABSTRACT RECORD END;
CallHook* = POINTER TO ABSTRACT RECORD END;
NotifyHook* = POINTER TO ABSTRACT RECORD END;
LanguageHook* = POINTER TO ABSTRACT RECORD END;
ExtCallHook* = POINTER TO ABSTRACT RECORD END;
HostLocHook* = POINTER TO ABSTRACT RECORD END;
BeepHook* = POINTER TO ABSTRACT RECORD END;
FontsHook* = POINTER TO ABSTRACT RECORD END;
GetAction* = POINTER TO ABSTRACT RECORD
loc*: Files.Locator;
name*: Files.Name;
type*, title*: String;
converterName*, selectConverter*: String;
cancel*: BOOLEAN;
END;
VAR
metricSystem*: BOOLEAN;
showsStatus*, memInStatus*: BOOLEAN;
platform*: INTEGER; isWine*, isMDI*: BOOLEAN;
commandLinePars*: String;
version*: INTEGER;
appName*: ARRAY 32 OF CHAR;
appVersion*: ARRAY 32 OF CHAR;
language-, defaultLanguage*: Language;
user*: ARRAY 32 OF CHAR;
caretPeriod*: INTEGER;
colorTheme*: INTEGER;
defaultColor*: INTEGER;
scaleFactor*: INTEGER;
thickCaret*: BOOLEAN;
beep*: BOOLEAN;
idlePeriod*: INTEGER;
exit-: BOOLEAN;
mapRes*: INTEGER;
tabList: StringTab;
langNotifiers: LangNotifier;
currentNotifier: LangNotifier;
gethook: GetHook;
stdgethook: StdGetHook;
showHook, defShowHook-: ShowHook;
callHook-: CallHook;
notifyHook-: NotifyHook;
languageHook-: LanguageHook;
extCallHook-: ExtCallHook;
hostLocHook-: HostLocHook;
beepHook-: BeepHook;
fontsHook-: FontsHook;
PROCEDURE (h: GetHook) GetPar* (IN key: ARRAY OF CHAR; OUT val: ARRAY OF CHAR; OUT res: INTEGER), NEW, ABSTRACT;
PROCEDURE (h: FontsHook) SetDefaultFont* (tf: Fonts.Typeface; size: INTEGER), NEW, ABSTRACT;
PROCEDURE (h: FontsHook) SetDialogFont* (tf: Fonts.Typeface; size: INTEGER; style: SET; weight: INTEGER), NEW, ABSTRACT;
PROCEDURE (h: FontsHook) GetDefaultFont* (VAR tf: Fonts.Typeface; VAR size: INTEGER), NEW, ABSTRACT;
PROCEDURE (h: FontsHook) GetDialogFont* (VAR tf: Fonts.Typeface; VAR size: INTEGER; VAR style: SET; VAR weight: INTEGER), NEW, ABSTRACT;
PROCEDURE SetFontsHook* (h: FontsHook);
BEGIN
fontsHook := h;
END SetFontsHook;
PROCEDURE SetDefaultFont* (tf: Fonts.Typeface; size: INTEGER);
BEGIN
IF fontsHook # NIL THEN fontsHook.SetDefaultFont(tf, size) END
END SetDefaultFont;
PROCEDURE SetDialogFont* (tf: Fonts.Typeface; size: INTEGER; style: SET; weight: INTEGER);
BEGIN
IF fontsHook # NIL THEN fontsHook.SetDialogFont(tf, size, style, weight) END
END SetDialogFont;
PROCEDURE GetDefaultFont* (VAR tf: Fonts.Typeface; VAR size: INTEGER);
BEGIN
IF fontsHook # NIL THEN fontsHook.GetDefaultFont(tf, size) END
END GetDefaultFont;
PROCEDURE GetDialogFont* (VAR tf: Fonts.Typeface; VAR size: INTEGER; VAR style: SET; VAR weight: INTEGER);
BEGIN
IF fontsHook # NIL THEN fontsHook.GetDialogFont(tf, size, style, weight) END
END GetDialogFont;
PROCEDURE (h: GetHook) GetOK* (IN str, p0, p1, p2: ARRAY OF CHAR; form: SET;
OUT res: INTEGER), NEW, ABSTRACT;
PROCEDURE (h: GetHook) GetColor* (in: INTEGER; OUT out: INTEGER;
OUT set: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (h: GetHook) GetIntSpec* (IN defType: Files.Type; VAR loc: Files.Locator;
OUT name: Files.Name), NEW, ABSTRACT;
PROCEDURE (h: GetHook) GetExtSpec* (IN defName: Files.Name; IN defType: Files.Type;
VAR loc: Files.Locator; OUT name: Files.Name), NEW, ABSTRACT;
PROCEDURE (h: GetHook) GetFont* (full: BOOLEAN; VAR typeface: Fonts.Typeface; VAR size, color, weight: INTEGER; VAR style: SET; VAR set: BOOLEAN; IN title: String), NEW, ABSTRACT;
PROCEDURE SetGetHook*(h: GetHook);
BEGIN
gethook := h
END SetGetHook;
PROCEDURE (a: GetAction) Do*(), NEW, ABSTRACT;
PROCEDURE (h: StdGetHook) GetLoc* (a: GetAction), NEW, ABSTRACT;
PROCEDURE (h: StdGetHook) GetIntLocName* (a: GetAction), NEW, ABSTRACT;
PROCEDURE (h: StdGetHook) GetExtLocName* (a: GetAction), NEW, ABSTRACT;
PROCEDURE SetStdGetHook*(h: StdGetHook);
BEGIN
stdgethook := h
END SetStdGetHook;
PROCEDURE (h: ShowHook) ShowParamMsg* (IN str, p0, p1, p2: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE (h: ShowHook) ShowParamStatus* (IN str, p0, p1, p2: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE SetShowHook* (h: ShowHook);
BEGIN
IF showHook = NIL THEN defShowHook := h END;
showHook := h
END SetShowHook;
PROCEDURE (h: CallHook) Call* (IN proc, errorMsg: ARRAY OF CHAR; VAR res: INTEGER), NEW, ABSTRACT;
PROCEDURE (h: ExtCallHook) RunExternal* (IN exeName: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE (h: ExtCallHook) OpenExternal* (IN fileName: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE SetCallHook* (h: CallHook);
BEGIN
callHook := h
END SetCallHook;
PROCEDURE (h: NotifyHook) Notify* (id0, id1: INTEGER; opts: SET), NEW, ABSTRACT;
PROCEDURE SetNotifyHook* (h: NotifyHook);
BEGIN
notifyHook := h
END SetNotifyHook;
PROCEDURE (h: LanguageHook) SetLanguage* (lang: Language; persistent: BOOLEAN;
OUT ok: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (h: LanguageHook) GetPersistentLanguage* (OUT lang: Language), NEW, ABSTRACT;
PROCEDURE SetLanguageHook* (h: LanguageHook);
BEGIN
languageHook := h
END SetLanguageHook;
PROCEDURE (h: HostLocHook) GetLocPath* (loc: Files.Locator; OUT path: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE (h: HostLocHook) CheckHostLoc* (loc: Files.Locator), NEW, ABSTRACT;
PROCEDURE SetHostLocHook*(h: HostLocHook);
BEGIN
hostLocHook := h
END SetHostLocHook;
PROCEDURE (h: BeepHook) Beep*, NEW, ABSTRACT;
PROCEDURE SetBeepHook* (h: BeepHook);
BEGIN
beepHook := h
END SetBeepHook;
PROCEDURE ReadInt (in: Files.Reader; OUT result: INTEGER);
VAR b: BYTE; x: INTEGER;
BEGIN
in.ReadByte(b); x := b MOD 256;
in.ReadByte(b); x := x + (b MOD 256) * 100H;
in.ReadByte(b); x := x + (b MOD 256) * 10000H;
in.ReadByte(b); x := x + b * 1000000H;
result := x
END ReadInt;
PROCEDURE ReadHead (in: Files.Reader; OUT next, down, end: INTEGER);
VAR b, t: BYTE; n: INTEGER;
BEGIN
in.ReadByte(b);
REPEAT
in.ReadByte(t);
IF t = -14 THEN ReadInt(in, n)
ELSE
REPEAT in.ReadByte(b) UNTIL b = 0
END
UNTIL t # -15;
ReadInt(in, n);
ReadInt(in, next); next := next + in.Pos();
ReadInt(in, down); down := down + in.Pos();
ReadInt(in, end); end := end + in.Pos()
END ReadHead;
PROCEDURE ReadStringFile (IN tabName: Files.Name; f: Files.File; OUT tab: StringTab);
VAR i, j, h, n, s, x, len, next, down, end: INTEGER; in, in1: Files.Reader;
ch: CHAR; b: BYTE; p, q: StringPtr;
PROCEDURE CheckDuplicateKeys;
VAR i: INTEGER;
BEGIN
FOR i := 0 TO n - 2 DO
IF tab.key[i]^ = tab.key[i + 1]^ THEN
Log.String('key not unique: "#' + tabName + ":" + tab.key[i] + '"'); Log.Ln
END
END
END CheckDuplicateKeys;
BEGIN
IF (f = NIL) OR (f.Length() <= 8) THEN
in := NIL
ELSE
in := f.NewReader(NIL); in1 := f.NewReader(NIL)
END;
IF ~((in # NIL) & (in1 # NIL)) THEN
tab := NIL
ELSE (* read text file *)
NEW(tab); tab.name := tabName$;
NEW(tab.data, f.Length());
in.SetPos(8); ReadHead(in, next, down, end); (* document view *)
in.SetPos(down); ReadHead(in, next, down, end); (* document model *)
in.SetPos(down); ReadHead(in, next, down, end); (* text view *)
in.SetPos(down); ReadHead(in, next, down, end); (* text model *)
in.ReadByte(b); in.ReadByte(b); in.ReadByte(b); (* versions *)
in.ReadByte(b); in.ReadByte(b); in.ReadByte(b);
ReadInt(in, x); in1.SetPos(in.Pos() + x); (* text offset *)
next := down;
n := 0; i := 0; s := 0; in.ReadByte(b);
WHILE b # -1 DO
IF next = in.Pos() THEN ReadHead(in, next, down, end); in.SetPos(end) END; (* skip attributes *)
ReadInt(in, len);
IF len > 0 THEN (* shortchar run *)
WHILE len > 0 DO
in1.ReadByte(b); ch := CHR(b MOD 256);
IF ch >= " " THEN
IF s = 0 THEN j := i; s := 1 END; (* start of left part *)
tab.data[j] := ch; INC(j)
ELSIF (s = 1) & (ch = TAB) THEN
tab.data[j] := 0X; INC(j);
s := 2 (* start of right part *)
ELSIF (s = 2) & (ch = TAB) THEN
tab.data[j] := TAB; INC(j);
ELSIF (s = 2) & (ch = CR) THEN
tab.data[j] := 0X; INC(j);
INC(n); i := j; s := 0 (* end of line *)
ELSE
s := 0 (* reset *)
END;
DEC(len)
END
ELSIF len < 0 THEN (* longchar run *)
WHILE len < 0 DO
in1.ReadByte(b); x := b MOD 256; in1.ReadByte(b); ch := CHR(x + 256 * (b + 128));
IF s = 0 THEN j := i; s := 1 END; (* start of left part *)
tab.data[j] := ch; INC(j);
INC(len, 2)
END
ELSE (* view *)
ReadInt(in, x); ReadInt(in, x); in1.ReadByte(b); (* ignore *)
END;
IF next = in.Pos() THEN ReadHead(in, next, down, end); in.SetPos(end) END; (* skip view data *)
in.ReadByte(b);
END;
IF n > 0 THEN
NEW(tab.key, n); NEW(tab.str, n); i := 0; j := 0;
WHILE j < n DO
tab.key[j] := SYSTEM.VAL(StringPtr, SYSTEM.ADR(tab.data[i]));
WHILE tab.data[i] # 0X DO INC(i) END;
INC(i);
tab.str[j] := SYSTEM.VAL(StringPtr, SYSTEM.ADR(tab.data[i]));
WHILE tab.data[i] # 0X DO INC(i) END;
INC(i); INC(j)
END;
(* sort keys (shellsort) *)
h := 1; REPEAT h := h*3 + 1 UNTIL h > n;
REPEAT h := h DIV 3; i := h;
WHILE i < n DO p := tab.key[i]; q := tab.str[i]; j := i;
WHILE (j >= h) & (tab.key[j-h]^ > p^) DO
tab.key[j] := tab.key[j-h]; tab.str[j] := tab.str[j-h]; j := j-h
END;
tab.key[j] := p; tab.str[j] := q; INC(i)
END
UNTIL h = 1;
IF logDuplicateKeys THEN CheckDuplicateKeys END
END
END
END ReadStringFile;
PROCEDURE MergeTabs (master, extra: StringTab): StringTab;
VAR tab: StringTab; nofKeys, datalength, di, mi, ei, ml, el, ti, i: INTEGER; result: StringTab;
BEGIN
IF (extra = NIL) OR (extra.key = NIL) THEN
result := master
ELSIF (master = NIL) OR (master.key = NIL) THEN
result := extra
ELSE (* (master # NIL) & (master.key # NIL) & (extra # NIL) & (extra.key # NIL) *)
ml := LEN(master.key); el := LEN(extra.key);
mi := 0; ei := 0; datalength := 0; nofKeys := 0;
(* find out how big the resulting table will be *)
WHILE (mi < ml) OR (ei < el) DO
INC(nofKeys);
IF (mi < ml) & (ei < el) & (master.key[mi]$ = extra.key[ei]$) THEN
datalength := datalength + LEN(master.key[mi]$) + LEN(master.str[mi]$) + 2;
INC(mi); INC(ei)
ELSIF (ei < el) & ((mi >= ml) OR (master.key[mi]$ > extra.key[ei]$)) THEN
datalength := datalength + LEN(extra.key[ei]$) + LEN(extra.str[ei]$) + 2;
INC(ei)
ELSE
datalength := datalength + LEN(master.key[mi]$) + LEN(master.str[mi]$) + 2;
INC(mi)
END
END;
NEW(tab); tab.name := master.name;
NEW(tab.key, nofKeys); NEW(tab.str, nofKeys); NEW(tab.data, datalength);
mi := 0; ei := 0; di := 0; ti := 0;
(* do the merge *)
WHILE (mi < ml) OR (ei < el) DO
IF (mi < ml) & (ei < el) & (master.key[mi]$ = extra.key[ei]$) THEN
i := 0; tab.key[ti] := SYSTEM.VAL(StringPtr, SYSTEM.ADR(tab.data[di]));
WHILE master.key[mi][i] # 0X DO
tab.data[di] := master.key[mi][i]; INC(di); INC(i)
END;
tab.data[di] :=0X; INC(di); i := 0;
tab.str[ti] := SYSTEM.VAL(StringPtr, SYSTEM.ADR(tab.data[di]));
WHILE master.str[mi][i] # 0X DO
tab.data[di] := master.str[mi][i]; INC(di); INC(i)
END;
tab.data[di] :=0X; INC(di);
INC(mi); INC(ei)
ELSIF (ei < el) & ((mi >= ml) OR (master.key[mi]$ > extra.key[ei]$)) THEN
i := 0; tab.key[ti] := SYSTEM.VAL(StringPtr, SYSTEM.ADR(tab.data[di]));
WHILE extra.key[ei][i] # 0X DO
tab.data[di] := extra.key[ei][i];
INC(di); INC(i)
END;
tab.data[di] :=0X; INC(di); i := 0;
tab.str[ti] := SYSTEM.VAL(StringPtr, SYSTEM.ADR(tab.data[di]));
WHILE extra.str[ei][i] # 0X DO
tab.data[di] := extra.str[ei][i]; INC(di); INC(i)
END;
tab.data[di] :=0X; INC(di);
INC(ei)
ELSE
i := 0; tab.key[ti] := SYSTEM.VAL(StringPtr, SYSTEM.ADR(tab.data[di]));
WHILE master.key[mi][i] # 0X DO
tab.data[di] := master.key[mi][i]; INC(di); INC(i)
END;
tab.data[di] :=0X; INC(di); i := 0;
tab.str[ti] := SYSTEM.VAL(StringPtr, SYSTEM.ADR(tab.data[di]));
WHILE master.str[mi][i] # 0X DO
tab.data[di] := master.str[mi][i]; INC(di); INC(i)
END;
tab.data[di] :=0X; INC(di);
INC(mi)
END;
INC(ti)
END;
result := tab
END;
RETURN result
END MergeTabs;
PROCEDURE LoadSubStringTab (IN subsys: Files.Name; OUT tab: StringTab);
VAR loc: Files.Locator; f: Files.File; name: Files.Name; ltab: StringTab;
BEGIN
tab := NIL;
name := stringFile; Files.dir.GetFileName(name, Files.docType, name);
loc := Files.dir.This(subsys); loc := loc.This(rsrcDir);
IF loc.res = 0 THEN
f := Files.dir.Old(loc, name, Files.shared);
ReadStringFile(subsys, f, tab);
IF language # "" THEN
loc := loc.This(language);
IF loc.res = 0 THEN
f := Files.dir.Old(loc, name, Files.shared);
ReadStringFile(subsys, f, ltab);
tab := MergeTabs(ltab, tab)
END
END;
(*IF tab # NIL THEN tab.next := tabList; tabList := tab END*)
END
END LoadSubStringTab;
PROCEDURE LoadModStringTab (IN ident: Files.Name; OUT tab: StringTab);
VAR loc: Files.Locator; f: Files.File; sub, mod, name: Files.Name; ltab: StringTab;
BEGIN
Librarian.lib.SplitName(ident, sub, mod);
IF ident = mod THEN
LoadSubStringTab(mod, tab)
ELSE
Files.dir.GetFileName(mod + stringSuffix, Files.docType, name);
loc := Files.dir.This(sub).This(rsrcDir);
IF loc.res # 0 THEN
tab := NIL
ELSE
f := Files.dir.Old(loc, name, Files.shared);
ReadStringFile(ident, f, tab);
IF language # "" THEN
loc := loc.This(language);
IF loc.res = 0 THEN
f := Files.dir.Old(loc, name, Files.shared);
ReadStringFile(ident, f, ltab);
tab := MergeTabs(ltab, tab)
END
END
END
END
END LoadModStringTab;
PROCEDURE MapStringRes (in: ARRAY OF CHAR; OUT out: ARRAY OF CHAR; OUT result: INTEGER);
VAR i, j, k, len: INTEGER; ch: CHAR; mod: Files.Name; tab: StringTab;
code: INTEGER; ident: BOOLEAN;
hasDot: BOOLEAN;
BEGIN
code := 0;
IF ~(in[0] = "#") THEN
code := 1 (* wrong syntax *)
ELSE
i := 0; ch := in[1];
ident := ("A" <= ch) & (ch <= "Z") OR ("a" <= ch) & (ch <= "z")
OR ("" <= ch) & (ch <= 0FFX) & (ch # 0D7X) & (ch # 0F7X)
OR (ch = "_") OR Strings.IsAlpha(ch);
WHILE (ch # ":") & (ch # 0X) & ident DO
mod[i] := ch;
INC(i); ch := in[i + 1];
ident := ("0" <= ch) & (ch <= "9") OR
("A" <= ch) & (ch <= "Z") OR ("a" <= ch) & (ch <= "z")
OR ("" <= ch) & (ch <= 0FFX) & (ch # 0D7X) & (ch # 0F7X)
OR (ch = "_") OR Strings.IsAlpha(ch)
END;
mod[i] := 0X;
IF ch = ":" THEN
INC(i, 2); ch := in[i]; j := 0;
WHILE (ch # 0X) DO in[j] := ch; INC(i); INC(j); ch := in[i] END;
in[j] := 0X
(* in = key *)
ELSIF ch = 0X THEN
code := 2 (* wrong syntax *)
ELSIF ~ident THEN
code := 3 (* wrong syntax *)
ELSE
HALT(100)
END
END;
IF code = 0 THEN
tab := tabList;
WHILE (tab # NIL) & (tab.name # mod) DO tab := tab.next END;
IF tab = NIL THEN
LoadModStringTab(mod, tab);
IF tab # NIL THEN tab.next := tabList; tabList := tab END
END;
IF tab = NIL THEN code := 4 END (* strings file isn't loaded (not found or error) *)
END;
IF code = 0 THEN
i := 0;
IF tab.key = NIL THEN j := 0 ELSE j := LEN(tab.key^) END;
WHILE i < j DO (* binary search *)
k := (i + j) DIV 2;
IF tab.key[k]^ < in THEN i := k + 1 ELSE j := k END
END;
IF (tab.key # NIL) & (j < LEN(tab.key^)) & (tab.key[j]^ = in) THEN
k := 0; ch := tab.str[j][0]; len := LEN(out)-1;
WHILE (k < len) & (ch # 0X) DO
out[k] := ch; INC(k); ch := tab.str[j][k]
END;
out[k] := 0X;
IF ch # 0X THEN
code := 6 (* result is not fit into target array, clipped *)
END
ELSE
code := 5 (* requested string is not mapped (not found in a strings file) *)
END
END;
IF code IN {0, 6} THEN
(* - *)
ELSE
CASE code OF
| 4:
IF logMissingFile THEN
Log.String('resource file not found: "#' + mod + ":" + in + '"'); Log.Ln
END
| 5:
IF logAllMissingKeys THEN
Log.String('key not found: "#' + mod + ":" + in + '"'); Log.Ln
ELSIF logMissingSimpleKeys THEN
hasDot := FALSE;
FOR i := 0 TO LEN(in$) - 1 DO
IF in[i] = "." THEN hasDot := TRUE END
END;
IF ~hasDot THEN
Log.String('key not found: "#' + mod + ":" + in + '"'); Log.Ln
END
END
ELSE
END;
(* out := in$ *)
i := 0; ch := in[0]; len := LEN(out) - 1;
WHILE (i < len) & (ch # 0X) DO
out[i] := ch;
INC(i); ch := in[i]
END;
out[i] := 0X
END;
result := code
END MapStringRes;
PROCEDURE Init (VAR l: StrList);
BEGIN
l.len := 0; l.max := 0; l.end := 0; l.scnt := 0
END Init;
PROCEDURE Compact (VAR l: StrList);
VAR i, j, k: INTEGER; ibuf, jbuf: Buf; ch: CHAR;
BEGIN
i := 1; ibuf := l.strings; j := 1; jbuf := l.strings;
WHILE j < l.end DO
(* find index entry k pointing to position j *)
k := 0; WHILE (k < l.len) & (l.items[k] # j) DO INC(k) END;
IF k < l.len THEN (* copy string *)
l.items[k] := i;
REPEAT
ch := jbuf.s[j MOD bufLen]; INC(j);
IF j MOD bufLen = 0 THEN jbuf := jbuf.next END;
ibuf.s[i MOD bufLen] := ch; INC(i);
IF i MOD bufLen = 0 THEN ibuf := ibuf.next END
UNTIL ch = 0X
ELSE (* skip next string *)
REPEAT
ch := jbuf.s[j MOD bufLen]; INC(j);
IF j MOD bufLen = 0 THEN jbuf := jbuf.next END
UNTIL ch = 0X
END
END;
ibuf.next := NIL; (* release superfluous buffers *)
l.end := i; l.scnt := l.len
END Compact;
PROCEDURE SetLen (VAR l: StrList; len: INTEGER);
CONST D = 32;
VAR i, newmax: INTEGER;
items: POINTER TO ARRAY OF INTEGER;
BEGIN
IF l.items = NIL THEN Init(l) END;
IF (l.max - D < len) & (len <= l.max) THEN
(* we do not reallocate anything *)
ELSE
newmax := (len + D-1) DIV D * D;
IF newmax > 0 THEN
IF l.strings = NIL THEN NEW(l.strings); (* l.strings[0] := 0X; *) l.end := 1 END;
NEW(items, newmax);
IF len < l.len THEN i := len ELSE i := l.len END;
WHILE i > 0 DO DEC(i); items[i] := l.items[i] END;
l.items := items
END;
l.max := newmax
END;
l.len := len;
IF (l.scnt > 32) & (l.scnt > 2 * l.len) THEN Compact(l) END
END SetLen;
PROCEDURE GetItem (IN l: StrList; index: INTEGER; VAR item: String);
VAR i, j, k: INTEGER; b: Buf; ch: CHAR;
BEGIN
IF (l.items # NIL) & (index >= 0) & (index < l.len) THEN
i := l.items[index]; j := i MOD bufLen; i := i DIV bufLen;
b := l.strings; WHILE i # 0 DO b := b.next; DEC(i) END;
k := 0;
REPEAT
ch := b.s[j]; INC(j); IF j = bufLen THEN j := 0; b := b.next END;
item[k] := ch; INC(k)
UNTIL ch = 0X
ELSE
item := ""
END
END GetItem;
PROCEDURE SetItem (VAR l: StrList; index: INTEGER; item: ARRAY OF CHAR);
VAR len, i, j, k: INTEGER; b: Buf; ch: CHAR;
BEGIN
IF l.items = NIL THEN Init(l) END;
IF index >= l.len THEN SetLen(l, index + 1) END;
IF (l.scnt > 32) & (l.scnt > 2 * l.len) THEN Compact(l) END;
len := 0; WHILE item[len] # 0X DO INC(len) END;
IF len >= stringLen THEN len := stringLen - 1; item[len] := 0X END; (* clip long strings *)
l.items[index] := l.end;
i := l.end; j := i MOD bufLen; i := i DIV bufLen;
b := l.strings; WHILE i # 0 DO b := b.next; DEC(i) END;
k := 0;
REPEAT
ch := item[k]; INC(k); INC(l.end);
b.s[j] := ch; INC(j); IF j = bufLen THEN j := 0; NEW(b.next); b := b.next END
UNTIL ch = 0X;
INC(l.scnt)
END SetItem;
PROCEDURE SetResources (VAR l: StrList; IN key: ARRAY OF CHAR);
VAR i, k, j, x, res: INTEGER; ch: CHAR; s, a: ARRAY 16 OF CHAR; h, item: ARRAY 256 OF CHAR;
BEGIN
IF l.items = NIL THEN Init(l) END;
i := 0;
REPEAT
x := i;
j := 0; REPEAT a[j] := CHR(x MOD 10 + ORD("0")); x := x DIV 10; INC(j) UNTIL x = 0;
k := 0; REPEAT DEC(j); ch := a[j]; s[k] := ch; INC(k) UNTIL j = 0;
s[k] := 0X;
h := key + "[" + s + "]";
MapStringRes(h, item, res);
IF res IN {0, 6} THEN SetItem(l, i, item) END;
INC(i)
UNTIL ~(res IN {0, 6})
END SetResources;
(** List **)
PROCEDURE (VAR l: List) SetLen* (len: INTEGER), NEW;
BEGIN
ASSERT(len >= 0, 20);
SetLen(l.l, len);
l.len := l.l.len
END SetLen;
PROCEDURE (IN l: List) GetItem* (index: INTEGER; OUT item: String), NEW;
BEGIN
GetItem(l.l, index, item)
END GetItem;
PROCEDURE (VAR l: List) SetItem* (index: INTEGER; IN item: ARRAY OF CHAR), NEW;
BEGIN
ASSERT(index >= 0, 20); ASSERT(item # "", 21);
SetItem(l.l, index, item);
l.len := l.l.len
END SetItem;
PROCEDURE (VAR l: List) SetResources* (IN key: ARRAY OF CHAR), NEW;
BEGIN
ASSERT(key # "", 20);
SetResources(l.l, key);
l.len := l.l.len
END SetResources;
(** Selection **)
PROCEDURE (VAR s: Selection) SetLen* (len: INTEGER), NEW;
VAR sel: POINTER TO ARRAY OF SET; i: INTEGER;
BEGIN
ASSERT(len >= 0, 20);
SetLen(s.l, len);
len := len + (MAX(SET) - 1) DIV MAX(SET);
IF len = 0 THEN s.sel := NIL
ELSIF s.sel = NIL THEN NEW(s.sel, len)
ELSIF LEN(s.sel^) # len THEN
NEW(sel, len);
IF LEN(s.sel^) < len THEN len := LEN(s.sel^) END;
i := 0; WHILE i < len DO sel[i] := s.sel[i]; INC(i) END;
s.sel := sel
END;
s.len := s.l.len
END SetLen;
PROCEDURE (IN s: Selection) GetItem* (index: INTEGER; OUT item: String), NEW;
BEGIN
GetItem(s.l, index, item)
END GetItem;
PROCEDURE (VAR s: Selection) SetItem* (index: INTEGER; IN item: ARRAY OF CHAR), NEW;
BEGIN
ASSERT(index >= 0, 20); (*ASSERT(index < s.l.len, 21);*) ASSERT(item # "", 21);
SetItem(s.l, index, item);
IF s.l.len > s.len THEN s.SetLen(s.l.len) END
END SetItem;
PROCEDURE (VAR s: Selection) SetResources* (IN key: ARRAY OF CHAR), NEW;
BEGIN
ASSERT(key # "", 20);
SetResources(s.l, key);
IF s.l.len > s.len THEN s.SetLen(s.l.len) END
END SetResources;
PROCEDURE (IN s: Selection) In* (index: INTEGER): BOOLEAN, NEW;
BEGIN
IF (s.l.items # NIL) & (s.sel # NIL) THEN RETURN (index MOD 32) IN (s.sel[index DIV 32])
ELSE RETURN FALSE
END
END In;
PROCEDURE (VAR s: Selection) Excl* (from, to: INTEGER), NEW;
BEGIN
IF s.l.items = NIL THEN Init(s.l); s.len := s.l.len END;
IF from < 0 THEN from := 0 END;
IF to >= s.l.len THEN to := s.l.len - 1 END;
WHILE from <= to DO EXCL(s.sel[from DIV 32], from MOD 32); INC(from) END
END Excl;
PROCEDURE (VAR s: Selection) Incl* (from, to: INTEGER), NEW;
BEGIN
IF s.l.items = NIL THEN Init(s.l); s.len := s.l.len END;
IF from < 0 THEN from := 0 END;
IF to >= s.l.len THEN to := s.l.len - 1 END;
WHILE from <= to DO INCL(s.sel[from DIV 32], from MOD 32); INC(from) END
END Incl;
(** Combo **)
PROCEDURE (VAR c: Combo) SetLen* (len: INTEGER), NEW;
BEGIN
ASSERT(len >= 0, 20);
SetLen(c.l, len);
c.len := c.l.len
END SetLen;
PROCEDURE (IN c: Combo) GetItem* (index: INTEGER; OUT item: String), NEW;
BEGIN
GetItem(c.l, index, item)
END GetItem;
PROCEDURE (VAR c: Combo) SetItem* (index: INTEGER; IN item: ARRAY OF CHAR), NEW;
BEGIN
ASSERT(index >= 0, 20); ASSERT(item # "", 21);
SetItem(c.l, index, item);
c.len := c.l.len
END SetItem;
PROCEDURE (VAR c: Combo) SetResources* (IN key: ARRAY OF CHAR), NEW;
BEGIN
ASSERT(key # "", 20);
SetResources(c.l, key);
c.len := c.l.len
END SetResources;
(* Tree and TreeNode *)
PROCEDURE (tn: TreeNode) SetName* (name: String), NEW;
BEGIN
tn.name := name
END SetName;
PROCEDURE (tn: TreeNode) GetName* (OUT name: String), NEW;
BEGIN
name := tn.name
END GetName;
PROCEDURE (tn: TreeNode) SetData* (data: ANYPTR), NEW;
BEGIN
tn.data := data
END SetData;
PROCEDURE (tn: TreeNode) Data* (): ANYPTR, NEW;
BEGIN
RETURN tn.data
END Data;
PROCEDURE (tn: TreeNode) NofChildren* (): INTEGER, NEW;
BEGIN
RETURN tn.nofChildren
END NofChildren;
PROCEDURE (tn: TreeNode) SetExpansion* (expanded: BOOLEAN), NEW;
BEGIN
tn.expanded := expanded
END SetExpansion;
PROCEDURE (tn: TreeNode) IsExpanded* (): BOOLEAN, NEW;
BEGIN
RETURN tn.expanded
END IsExpanded;
PROCEDURE (tn: TreeNode) IsFolder* (): BOOLEAN, NEW;
BEGIN
IF (~tn.viewAsFolder) & (tn.firstChild = NIL) THEN
RETURN FALSE
ELSE
RETURN TRUE
END
END IsFolder;
PROCEDURE (tn: TreeNode) ViewAsFolder* (isFolder: BOOLEAN), NEW;
BEGIN
tn.viewAsFolder := isFolder
END ViewAsFolder;
PROCEDURE (IN t: Tree) NofNodes* (): INTEGER, NEW;
BEGIN
IF t.firstRoot = NIL THEN
RETURN 0
ELSE
RETURN MAX(0, t.nofNodes)
END
END NofNodes;
PROCEDURE (IN t: Tree) NofRoots* (): INTEGER, NEW;
BEGIN
IF t.firstRoot = NIL THEN
RETURN 0
ELSE
RETURN MAX(0, t.nofRoots)
END
END NofRoots;
PROCEDURE (IN t: Tree) Parent* (node: TreeNode): TreeNode, NEW;
BEGIN
ASSERT(node # NIL, 20); ASSERT(node.tree = SYSTEM.ADR(t), 21);
RETURN node.parent
END Parent;
PROCEDURE (IN t: Tree) Next* (node: TreeNode): TreeNode, NEW;
BEGIN
ASSERT(node # NIL, 20); ASSERT(node.tree = SYSTEM.ADR(t), 21);
RETURN node.next
END Next;
PROCEDURE (IN t: Tree) Prev* (node: TreeNode): TreeNode, NEW;
BEGIN
ASSERT(node # NIL, 20); ASSERT(node.tree = SYSTEM.ADR(t), 21);
RETURN node.prev
END Prev;
PROCEDURE (IN t: Tree) Child* (node: TreeNode; pos: INTEGER): TreeNode, NEW;
VAR cur: TreeNode;
BEGIN
ASSERT(pos >= lastPos, 20);
ASSERT((node = NIL) OR (node.tree = SYSTEM.ADR(t)), 21);
IF node = NIL THEN cur := t.firstRoot
ELSE cur := node.firstChild END;
IF pos = lastPos THEN
WHILE (cur # NIL) & (cur.next # NIL) DO cur := cur.next END
ELSE
WHILE (cur # NIL) & (pos > 0) DO cur := cur.next; DEC(pos) END
END;
RETURN cur
END Child;
PROCEDURE (IN t: Tree) Selected* (): TreeNode, NEW;
BEGIN
RETURN t.selected
END Selected;
PROCEDURE (VAR t: Tree) Select* (node: TreeNode), NEW;
BEGIN
ASSERT((node = NIL) OR (node.tree = SYSTEM.ADR(t)), 20);
IF (node # NIL) OR (t.nofRoots = 0) THEN
t.selected := node
ELSE
t.selected := t.Child(NIL, 0)
END
END Select;
PROCEDURE Include (IN t: Tree; node: TreeNode);
VAR c: TreeNode;
BEGIN
ASSERT(node # NIL, 20); ASSERT(node.tree = 0, 100);
node.tree := SYSTEM.ADR(t);
c := node.firstChild;
WHILE c # NIL DO Include(t, c); c := c.next END
END Include;
PROCEDURE (VAR t: Tree) InsertAt (parent: TreeNode; pos: INTEGER; node: TreeNode), NEW;
VAR
cur, prev: TreeNode;
BEGIN
ASSERT(node # NIL, 20);
ASSERT(pos >= lastPos, 21);
ASSERT((parent = NIL) OR (parent.tree = SYSTEM.ADR(t)), 22);
ASSERT(node.tree = 0, 23);
Include(t, node);
IF parent = NIL THEN (* Add new root *)
IF (t.firstRoot = NIL) OR (pos = 0) THEN
node.next := t.firstRoot; node.prev := NIL;
IF t.firstRoot # NIL THEN t.firstRoot.prev := node END;
t.firstRoot := node
ELSE
cur := t.firstRoot;
IF pos = lastPos THEN pos := t.nofRoots END;
WHILE (cur # NIL) & (pos > 0) DO
prev := cur; cur := t.Next(cur); DEC(pos)
END;
IF cur = NIL THEN
prev.next := node; node.prev := prev
ELSE
node.next := cur; node.prev := cur.prev; cur.prev := node; prev.next := node
END
END;
INC(t.nofRoots)
ELSE (* Add child *)
IF pos = lastPos THEN pos := parent.nofChildren END;
IF (parent.firstChild = NIL) OR (pos = 0) THEN
IF parent.firstChild # NIL THEN parent.firstChild.prev := node END;
node.prev := NIL; node.next := parent.firstChild; parent.firstChild := node
ELSE
cur := parent.firstChild;
WHILE (cur # NIL) & (pos > 0) DO
prev := cur; cur := t.Next(cur); DEC(pos)
END;
IF cur = NIL THEN
prev.next := node; node.prev := prev
ELSE
node.next := cur; node.prev := cur.prev; cur.prev := node; prev.next := node
END
END;
INC(parent.nofChildren)
END;
node.parent := parent;
INC(t.nofNodes)
END InsertAt;
PROCEDURE (VAR t: Tree) NewChild* (parent: TreeNode; pos: INTEGER; name: String): TreeNode, NEW;
VAR
new: TreeNode;
BEGIN
NEW(new); new.tree := 0;
new.SetName(name); new.expanded := FALSE; new.nofChildren := 0;
new.viewAsFolder := FALSE;
t.InsertAt(parent, pos, new);
RETURN new
END NewChild;
PROCEDURE (IN t: Tree) CountChildren (node: TreeNode): INTEGER, NEW;
VAR tot, nofc, i: INTEGER;
BEGIN
tot := 0;
IF node # NIL THEN
nofc := node.nofChildren; tot := nofc;
FOR i := 0 TO nofc -1 DO
tot := tot + t.CountChildren(t.Child(node, i))
END
END;
RETURN tot
END CountChildren;
PROCEDURE Exclude (VAR t: Tree; node: TreeNode);
VAR c: TreeNode;
BEGIN
ASSERT(node # NIL, 20); ASSERT(node.tree = SYSTEM.ADR(t), 100);
IF t.Selected() = node THEN t.Select(NIL) END;
node.tree := 0;
c := node.firstChild;
WHILE c # NIL DO Exclude(t, c); c := c.next END
END Exclude;
PROCEDURE (VAR t: Tree) Delete* (node: TreeNode): INTEGER, NEW;
VAR
ndel: INTEGER;
BEGIN
ASSERT(node # NIL, 20); ASSERT(node.tree = SYSTEM.ADR(t), 21);
ndel := t.CountChildren(node);
IF node.parent = NIL THEN (* root node *)
IF node.prev = NIL THEN
IF node.next # NIL THEN
t.firstRoot := node.next;
node.next.prev := NIL
ELSE
t.firstRoot := NIL
END
ELSE
node.prev.next := node.next;
IF node.next # NIL THEN node.next.prev := node.prev END
END;
DEC(t.nofRoots)
ELSE
IF node.prev = NIL THEN
IF node.next # NIL THEN
node.parent.firstChild := node.next;
node.next.prev := NIL
ELSE
node.parent.firstChild := NIL
END
ELSE
node.prev.next := node.next;
IF node.next # NIL THEN node.next.prev := node.prev END
END;
DEC(node.parent.nofChildren)
END;
node.parent := NIL; node.next := NIL; node.prev := NIL;
Exclude(t, node);
ndel := ndel + 1;
t.nofNodes := t.nofNodes - ndel;
RETURN ndel
END Delete;
PROCEDURE (VAR t: Tree) Move* (node, parent: TreeNode; pos: INTEGER), NEW;
VAR ndel, nofn: INTEGER; s: TreeNode;
BEGIN
ASSERT(node # NIL, 20); ASSERT(pos >= lastPos, 21);
ASSERT(node.tree = SYSTEM.ADR(t), 22);
nofn := t.NofNodes();
s := t.Selected();
ndel := t.Delete(node); t.InsertAt(parent, pos, node);
t.nofNodes := t.nofNodes + ndel - 1;
IF (s # NIL) & (t.Selected() # s) THEN t.Select(s) END;
ASSERT(nofn = t.NofNodes(), 60)
END Move;
PROCEDURE (VAR t: Tree) DeleteAll*, NEW;
BEGIN
t.nofRoots := 0; t.nofNodes := 0; t.firstRoot := NIL; t.selected := NIL
END DeleteAll;
PROCEDURE Notify* (id0, id1: INTEGER; opts: SET);
BEGIN
ASSERT(notifyHook # NIL, 100);
notifyHook.Notify(id0, id1, opts)
END Notify;
PROCEDURE Update* (IN x: ANYREC);
VAR type: Kernel.Type; adr, size: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
type := Kernel.TypeOf(x);
size := type.size;
IF size = 0 THEN size := 1 END;
Notify(adr, adr + size, {update, guardCheck})
END Update;
PROCEDURE UpdateBool* (VAR x: BOOLEAN);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(BOOLEAN), {update, guardCheck})
END UpdateBool;
PROCEDURE UpdateSChar* (VAR x: SHORTCHAR);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(SHORTCHAR), {update, guardCheck})
END UpdateSChar;
PROCEDURE UpdateChar* (VAR x: CHAR);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(CHAR), {update, guardCheck})
END UpdateChar;
PROCEDURE UpdateByte* (VAR x: BYTE);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(BYTE), {update, guardCheck})
END UpdateByte;
PROCEDURE UpdateSInt* (VAR x: SHORTINT);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(SHORTINT), {update, guardCheck})
END UpdateSInt;
PROCEDURE UpdateInt* (VAR x: INTEGER);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(INTEGER), {update, guardCheck})
END UpdateInt;
PROCEDURE UpdateLInt* (VAR x: LONGINT);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(LONGINT), {update, guardCheck})
END UpdateLInt;
PROCEDURE UpdateSReal* (VAR x: SHORTREAL);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(SHORTREAL), {update, guardCheck})
END UpdateSReal;
PROCEDURE UpdateReal* (VAR x: REAL);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(REAL), {update, guardCheck})
END UpdateReal;
PROCEDURE UpdateSet* (VAR x: SET);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + SIZE(SET), {update, guardCheck})
END UpdateSet;
PROCEDURE UpdateSString* (IN x: ARRAY OF SHORTCHAR);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + LEN(x) * SIZE(SHORTCHAR), {update, guardCheck})
END UpdateSString;
PROCEDURE UpdateString* (IN x: ARRAY OF CHAR);
VAR adr: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
Notify(adr, adr + LEN(x) * SIZE(CHAR), {update, guardCheck})
END UpdateString;
PROCEDURE UpdateList* (IN x: ANYREC);
VAR type: Kernel.Type; adr, size: INTEGER;
BEGIN
adr := SYSTEM.ADR(x);
type := Kernel.TypeOf(x);
size := type.size;
IF size = 0 THEN size := 1 END;
Notify(adr, adr + size, {listUpdate, guardCheck})
END UpdateList;
(* Get *)
PROCEDURE GetPar* (IN key: ARRAY OF CHAR; OUT val: ARRAY OF CHAR; OUT res: INTEGER);
BEGIN
ASSERT(gethook # NIL, 100);
gethook.GetPar(key, val, res);
END GetPar;
PROCEDURE GetOK* (IN str, p0, p1, p2: ARRAY OF CHAR; form: SET; OUT res: INTEGER);
BEGIN
ASSERT(((yes IN form) = (no IN form)) & ((yes IN form) # (ok IN form)), 20);
ASSERT(gethook # NIL, 100);
gethook.GetOK(str, p0, p1, p2, form, res)
END GetOK;
PROCEDURE GetIntSpec* (defType: Files.Type; VAR loc: Files.Locator; OUT name: Files.Name);
BEGIN
ASSERT(gethook # NIL, 100);
gethook.GetIntSpec(defType, loc, name)
END GetIntSpec;
PROCEDURE GetExtSpec* (defName: Files.Name; defType: Files.Type; VAR loc: Files.Locator;
OUT name: Files.Name);
BEGIN
ASSERT(gethook # NIL, 100);
gethook.GetExtSpec(defName, defType, loc, name)
END GetExtSpec;
PROCEDURE GetLoc* (loc: Files.Locator; a: GetAction);
BEGIN
ASSERT(stdgethook # NIL, 100);
a.loc := loc;
stdgethook.GetLoc(a)
END GetLoc;
PROCEDURE GetIntLocName* (IN defType: Files.Type; loc: Files.Locator; a: GetAction);
BEGIN
ASSERT(stdgethook # NIL, 100);
a.type := defType$;
a.loc := loc;
stdgethook.GetIntLocName(a)
END GetIntLocName;
PROCEDURE GetExtLocName* (IN defName: Files.Name; IN defType: Files.Type; loc: Files.Locator; a: GetAction);
BEGIN
ASSERT(stdgethook # NIL, 100);
a.name := defName;
a.type := defType$;
a.loc := loc;
stdgethook.GetExtLocName(a)
END GetExtLocName;
PROCEDURE GetColor* (in: INTEGER; OUT out: INTEGER; OUT set: BOOLEAN);
BEGIN
ASSERT(gethook # NIL, 100);
gethook.GetColor(in, out, set)
END GetColor;
PROCEDURE GetFont* (full: BOOLEAN; VAR typeface: Fonts.Typeface; VAR size, color, weight: INTEGER; VAR style: SET; VAR set: BOOLEAN; IN title: String);
BEGIN
ASSERT(gethook # NIL, 100);
gethook.GetFont(full, typeface, size, color, weight, style, set, title)
END GetFont;
(* Dialog intaraction dialogs *)
PROCEDURE Subst (in: ARRAY OF CHAR; IN p0, p1, p2: ARRAY OF CHAR; VAR out: ARRAY OF CHAR);
VAR len, i, j, k: INTEGER; ch, c: CHAR;
BEGIN
i := 0; ch := in[i]; j := 0; len := LEN(out) - 1;
WHILE (ch # 0X) & (j < len) DO
IF ch = "^" THEN
INC(i); ch := in[i];
IF ch = "0" THEN
k := 0; c := p0[0];
WHILE (c # 0X) & (j < len) DO out[j] := c; INC(j); INC(k); c := p0[k] END;
INC(i); ch := in[i]
ELSIF ch = "1" THEN
k := 0; c := p1[0];
WHILE (c # 0X) & (j < len) DO out[j] := c; INC(j); INC(k); c := p1[k] END;
INC(i); ch := in[i]
ELSIF ch = "2" THEN
k := 0; c := p2[0];
WHILE (c # 0X) & (j < len) DO out[j] := c; INC(j); INC(k); c := p2[k] END;
INC(i); ch := in[i]
ELSE out[j] := "^"; INC(j)
END
ELSE out[j] := ch; INC(j); INC(i); ch := in[i]
END
END;
out[j] := 0X
END Subst;
PROCEDURE FlushMappings*;
BEGIN
tabList := NIL
END FlushMappings;
PROCEDURE MapParamString* (in, p0, p1, p2: ARRAY OF CHAR; OUT out: ARRAY OF CHAR);
(* use in as key in string table file, and return corresponding string in out.
If the resource lookup fails, return in in out *)
BEGIN
MapStringRes(in, out, mapRes);
Subst(out, p0, p1, p2, out)
END MapParamString;
PROCEDURE MapString* (in: ARRAY OF CHAR; OUT out: ARRAY OF CHAR);
BEGIN
MapStringRes(in, out, mapRes)
END MapString;
PROCEDURE ShowMsg* (IN str: ARRAY OF CHAR);
BEGIN
ASSERT(str # "", 20);
ASSERT(showHook # NIL, 100);
showHook.ShowParamMsg(str, "", "", "")
END ShowMsg;
PROCEDURE ShowParamMsg* (IN str, p0, p1, p2: ARRAY OF CHAR);
BEGIN
ASSERT(str # "", 20);
ASSERT(showHook # NIL, 100);
showHook.ShowParamMsg(str,p0, p1, p2)
END ShowParamMsg;
PROCEDURE ShowStatus* (IN str: ARRAY OF CHAR);
BEGIN
ASSERT(showHook # NIL, 100);
showHook.ShowParamStatus(str, "", "", "")
END ShowStatus;
PROCEDURE ShowParamStatus* (IN str, p0, p1, p2: ARRAY OF CHAR);
BEGIN
ASSERT(showHook # NIL, 100);
showHook.ShowParamStatus(str, p0, p1, p2)
END ShowParamStatus;
PROCEDURE Call* (IN proc, errorMsg: ARRAY OF CHAR; OUT res: INTEGER);
BEGIN
ASSERT(callHook # NIL, 100);
callHook.Call(proc, errorMsg, res)
END Call;
PROCEDURE Beep*;
BEGIN
IF beep & (beepHook # NIL) THEN beepHook.Beep END
END Beep;
PROCEDURE (n: LangNotifier) Notify-(), NEW, ABSTRACT;
PROCEDURE RegisterLangNotifier* (notifier: LangNotifier);
VAR nl: LangNotifier;
BEGIN
ASSERT(notifier # NIL, 20);
nl := langNotifiers;
WHILE (nl # NIL) & (nl # notifier) DO nl := nl.next END;
IF nl = NIL THEN
notifier.next := langNotifiers; langNotifiers := notifier
END
END RegisterLangNotifier;
PROCEDURE RemoveLangNotifier* (notifier: LangNotifier);
VAR nl, prev: LangNotifier;
BEGIN
ASSERT(notifier # NIL, 20);
nl := langNotifiers; prev := NIL;
WHILE (nl # NIL) & (nl # notifier) DO prev := nl; nl := nl.next END;
IF nl # NIL THEN
IF prev = NIL THEN langNotifiers := langNotifiers.next ELSE prev.next := nl.next END;
nl.next := NIL
END
END RemoveLangNotifier;
PROCEDURE Exec (a, b, c: INTEGER);
VAR nl: LangNotifier;
BEGIN
nl := currentNotifier; currentNotifier := NIL;
nl.Notify;
currentNotifier := nl
END Exec;
PROCEDURE SetLanguage* (lang: Language; persistent: BOOLEAN);
VAR nl, t: LangNotifier; ok: BOOLEAN;
BEGIN
ASSERT((lang = "") OR (LEN(lang$) = 2), 20);
ASSERT(languageHook # NIL, 100);
IF lang # language THEN
languageHook.SetLanguage(lang, persistent, ok);
IF ok THEN
language := lang; FlushMappings;
nl := langNotifiers;
WHILE nl # NIL DO
currentNotifier := nl;
Kernel.Try(Exec, 0, 0, 0);
IF currentNotifier = NIL THEN
t := nl; nl := nl.next;
RemoveLangNotifier(t) (* Notifier trapped, remove it *)
ELSE
nl := nl.next
END
END
END;
currentNotifier := NIL
END
END SetLanguage;
PROCEDURE ResetLanguage*;
VAR lang: Language;
BEGIN
ASSERT(languageHook # NIL, 100);
languageHook.GetPersistentLanguage(lang);
SetLanguage(lang, nonPersistent)
END ResetLanguage;
PROCEDURE SetExtCallHook* (h: ExtCallHook);
BEGIN
extCallHook := h
END SetExtCallHook;
PROCEDURE RunExternal*(IN exeName: ARRAY OF CHAR);
BEGIN
ASSERT(extCallHook # NIL, 100);
extCallHook.RunExternal(exeName)
END RunExternal;
PROCEDURE OpenExternal*(IN fileName: ARRAY OF CHAR);
BEGIN
ASSERT(extCallHook # NIL, 100);
extCallHook.OpenExternal(fileName)
END OpenExternal;
PROCEDURE GetLocPath* (loc: Files.Locator; OUT path: ARRAY OF CHAR);
BEGIN
IF hostLocHook # NIL THEN
hostLocHook.GetLocPath(loc, path)
ELSE
path := ""; IF loc # NIL THEN loc.res := 1 (* не получен *) END
END
END GetLocPath;
PROCEDURE CheckHostLoc* (loc: Files.Locator);
BEGIN
IF hostLocHook # NIL THEN
hostLocHook.CheckHostLoc(loc)
ELSE
IF loc # NIL THEN loc.res := 1 END
END
END CheckHostLoc;
PROCEDURE RequestExit* (allow: BOOLEAN);
BEGIN
exit := allow
END RequestExit;
BEGIN
appName := "BlackBox";
version := 20;
defaultLanguage := "en";
showsStatus := FALSE; memInStatus := FALSE;
caretPeriod := 500; thickCaret := FALSE; user := "";
scaleFactor := 100;
colorTheme := 0;
defaultColor := 0;
beep := TRUE;
idlePeriod := 50;
isWine := FALSE; (* will be checked in WinDialog *)
isMDI := FALSE;
exit := FALSE;
END Dialog.
| System/Mod/Dialog.odc |
MODULE Documents;
(**
project = "BlackBox 2.0, diffs from 1.7.2 marked by green"
organization = "Oberon microsystems, BBWFC, OberonCore, BBCP Team"
contributors = "Oberon microsystems, Anton Dmitriev, Ketmar Dark"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 20070326, bh, SetPage corrected
- 20070327, bh, SetOrientation calls added
- 201912, AD, Document.GetBackground now returns Views.transparent
- 202305, k8, DuplicateAs
"
issues = "
- ...
"
**)
IMPORT
Kernel, Files, Ports, Dates, Printers,
Stores, Sequencers, Models, Views, Controllers, Properties,
Dialog, Printing, Containers;
CONST
(** Document.SetPage/PollPage decorate **)
plain* = FALSE; decorate* = TRUE;
(** Controller.opts **)
pageWidth* = 16; pageHeight* = 17; winWidth* = 18; winHeight* = 19;
point = Ports.point;
mm = Ports.mm;
defB = 8 * point; (* defB also used by HostWindows in DefBorders *)
scrollUnit = 16 * point;
abort = 1;
resizingKey = "#System:Resizing";
pageSetupKey = "#System:PageSetup";
docTag = 6F4F4443H; docVersion = 0;
minVersion = 0; maxModelVersion = 0; maxCtrlVersion = 0;
maxDocVersion = 0; maxStdDocVersion = 0;
TYPE
Document* = POINTER TO ABSTRACT RECORD (Containers.View) END;
Context* = POINTER TO ABSTRACT RECORD (Models.Context) END;
Directory* = POINTER TO ABSTRACT RECORD END;
Model = POINTER TO RECORD (Containers.Model)
doc: StdDocument;
view: Views.View;
l, t, r, b: INTEGER (* possibly r, b >= Views.infinite *)
(* l, t: constant (= defB) *)
(* r-l, b-t: invalid in some cases, use PollRect *)
END;
Controller = POINTER TO RECORD (Containers.Controller)
doc: StdDocument
END;
StdDocument = POINTER TO RECORD (Document)
model: Model;
original: StdDocument; (* original # NIL => d IS copy of original *)
pw, ph, pl, pt, pr, pb: INTEGER; (* invalid if original # NIL, use PollPage *)
decorate: BOOLEAN;
x, y: INTEGER (* scroll state *)
END;
StdContext = POINTER TO RECORD (Context)
model: Model
END;
StdDirectory = POINTER TO RECORD (Directory) END;
SetRectOp = POINTER TO RECORD (Stores.Operation)
model: Model;
w, h: INTEGER
END;
SetPageOp = POINTER TO RECORD (Stores.Operation)
d: StdDocument;
pw, ph, pl, pt, pr, pb: INTEGER;
decorate: BOOLEAN
END;
ReplaceViewOp = POINTER TO RECORD (Stores.Operation)
model: Model;
new: Views.View
END;
PrinterContext* = POINTER TO RECORD (Models.Context)
param*: Printing.Par;
date: Dates.Date;
time: Dates.Time;
pr: Printers.Printer;
l*, t*, r*, b*: INTEGER; (* frame *)
pw*, ph*: INTEGER (* paper *)
END;
UpdateMsg = RECORD (Views.Message)
doc: StdDocument
END;
PContext = POINTER TO RECORD (Models.Context)
view: Views.View;
w, h: INTEGER (* content size *)
END;
Pager = POINTER TO RECORD (Views.View)
con: PContext;
w, h: INTEGER; (* page size *)
x, y: INTEGER (* origin *)
END;
PrintingHook = POINTER TO RECORD (Printing.Hook) END;
TrapCleaner = POINTER TO RECORD (Kernel.TrapCleaner) END;
VAR
dir-, stdDir-: Directory;
cleaner: TrapCleaner;
current: INTEGER;
(** Cleaner **)
PROCEDURE (c: TrapCleaner) Cleanup;
BEGIN
Printing.par := NIL; current := -1
END Cleanup;
(** Document **)
PROCEDURE (d: Document) Internalize2- (VAR rd: Stores.Reader), EXTENSIBLE;
VAR thisVersion: INTEGER;
BEGIN
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxDocVersion, thisVersion)
END Internalize2;
PROCEDURE (d: Document) Externalize2- (VAR wr: Stores.Writer), EXTENSIBLE;
BEGIN
wr.WriteVersion(maxDocVersion)
END Externalize2;
PROCEDURE (d: Document) GetNewFrame* (VAR frame: Views.Frame);
VAR f: Views.RootFrame;
BEGIN
NEW(f); frame := f
END GetNewFrame;
PROCEDURE (d: Document) GetBackground* (VAR color: Ports.Color);
BEGIN
color := Ports.background
END GetBackground;
PROCEDURE (d: Document) DocCopyOf* (v: Views.View): Document, NEW, ABSTRACT;
PROCEDURE (d: Document) SetView* (view: Views.View; w, h: INTEGER), NEW, ABSTRACT;
PROCEDURE (d: Document) ThisView* (): Views.View, NEW, ABSTRACT;
PROCEDURE (d: Document) OriginalView* (): Views.View, NEW, ABSTRACT;
PROCEDURE (d: Document) SetRect* (l, t, r, b: INTEGER), NEW, ABSTRACT;
PROCEDURE (d: Document) PollRect* (OUT l, t, r, b: INTEGER), NEW, ABSTRACT;
PROCEDURE (d: Document) SetPage* (w, h, l, t, r, b: INTEGER; decorate: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (d: Document) PollPage* (OUT w, h, l, t, r, b: INTEGER;
OUT decorate: BOOLEAN), NEW, ABSTRACT;
(** Context **)
PROCEDURE (c: Context) ThisDoc* (): Document, NEW, ABSTRACT;
(** Directory **)
PROCEDURE (d: Directory) New* (view: Views.View; w, h: INTEGER): Document, NEW, ABSTRACT;
(* operations *)
PROCEDURE (op: SetRectOp) Do;
VAR m: Model; w, h: INTEGER; upd: UpdateMsg;
BEGIN
m := op.model;
w := m.r - m.l; h := m.b - m.t;
m.r := m.l + op.w; m.b := m.t + op.h;
op.w := w; op.h := h;
IF m.doc.context # NIL THEN
upd.doc := m.doc;
Views.Domaincast(m.doc.Domain(), upd)
END
END Do;
PROCEDURE (op: SetPageOp) Do;
VAR d: StdDocument; pw, ph, pl, pt, pr, pb: INTEGER; decorate: BOOLEAN; upd: UpdateMsg;
BEGIN
d := op.d;
pw := d.pw; ph := d.ph; pl := d.pl; pt := d.pt; pr := d.pr; pb := d.pb;
decorate := d.decorate;
d.pw := op.pw; d.ph := op.ph;
d.pl := op.pl; d.pt := op.pt; d.pr := op.pr; d.pb := op.pb;
d.decorate := op.decorate;
op.pw := pw; op.ph := ph; op.pl := pl; op.pt := pt; op.pr := pr; op.pb := pb;
op.decorate := decorate;
IF d.context # NIL THEN
upd.doc := d;
Views.Domaincast(d.Domain(), upd)
END
END Do;
PROCEDURE (op: ReplaceViewOp) Do;
VAR new: Views.View; upd: UpdateMsg;
BEGIN
new := op.new; op.new := op.model.view; op.model.view := new;
upd.doc := op.model.doc;
IF upd.doc.context # NIL THEN
Views.Domaincast(upd.doc.Domain(), upd)
END
END Do;
(* printing support for StdDocument *)
PROCEDURE CheckOrientation (d: Document; prt: Printers.Printer);
VAR w, h, l, t, r, b: INTEGER; decorate: BOOLEAN;
BEGIN
d.PollPage(w, h, l, t, r, b, decorate);
prt.SetOrientation(w > h)
END CheckOrientation;
PROCEDURE NewPrinterContext (d: Document; prt: Printers.Printer; p: Printing.Par): PrinterContext;
VAR c: PrinterContext;
pw, ph, x0, y0, x1, y1, l, t, r, b: INTEGER; decorate: BOOLEAN;
BEGIN
prt.GetRect(x0, y0, x1, y1);
d.PollPage(pw, ph, l, t, r, b, decorate);
INC(l, x0); INC(t, y0); INC(r, x0); INC(b, y0);
NEW(c); (* c.Domain() := d.Domain(); (* dom *)*)
c.param := p; Dates.GetDate(c.date); Dates.GetTime(c.time);
c.pr := prt;
c.l := l; c.t := t; c.r := r; c.b := b;
c.pw := pw + 2 * x0; c.ph := ph + 2 * y0; (* paper reduced to printer range *)
RETURN c
END NewPrinterContext;
PROCEDURE Decorate (c: PrinterContext; f: Views.Frame);
VAR p: Printing.Par; x0, x1, y, asc, dsc, w: INTEGER; alt: BOOLEAN;
BEGIN
p := c.param;
alt := p.page.alternate & ~ODD(p.page.first + Printing.Current() (* p.page.current *));
IF alt THEN x0 := c.pw - c.r; x1 := c.pw - c.l
ELSE x0 := c.l; x1 := c.r
END;
IF (alt & (p.header.left # "")) OR (~alt & (p.header.right # "")) THEN
p.header.font.GetBounds(asc, dsc, w);
y := c.t - p.header.gap - dsc;
Printing.PrintBanner(f, p.page, p.header, c.date, c.time, x0, x1, y)
END;
IF (alt & (p.footer.left # "")) OR (~alt & (p.footer.right # "")) THEN
p.footer.font.GetBounds(asc, dsc, w);
y := c.b + p.footer.gap + asc;
Printing.PrintBanner(f, p.page, p.footer, c.date, c.time, x0, x1, y)
END
END Decorate;
(* support for StdDocument paging *)
PROCEDURE HasFocus (v: Views.View; f: Views.Frame): BOOLEAN;
VAR focus: Views.View; dummy: Controllers.PollFocusMsg;
BEGIN
focus := NIL; dummy.focus := NIL;
v.HandleCtrlMsg(f, dummy, focus);
RETURN focus # NIL
END HasFocus;
PROCEDURE ScrollDoc(v: StdDocument; x, y: INTEGER);
BEGIN
IF (x # v.x) OR (y # v.y) THEN
Views.Scroll(v, x - v.x, y - v.y);
v.x := x; v.y := y
END
END ScrollDoc;
PROCEDURE PollSection (v: StdDocument; f: Views.Frame; VAR msg: Controllers.PollSectionMsg);
VAR mv: Views.View; g: Views.Frame; vs, ps, ws, p, l, t, r, b: INTEGER; c: Containers.Controller;
BEGIN
mv := v.model.view;
g := Views.ThisFrame(f, mv);
c := v.ThisController();
IF c.Singleton() # NIL THEN g := NIL END;
IF g # NIL THEN Views.ForwardCtrlMsg(g, msg) END;
IF (g = NIL) OR ~msg.done & (~msg.focus OR ~HasFocus(mv, g)) THEN
v.PollRect(l, t, r, b);
IF msg.vertical THEN
ps := f.b - f.t; vs := b + t; p := -v.y
ELSE
ps := f.r - f.l; vs := r + l; p := -v.x
END;
IF ps > vs THEN ps := vs END;
ws := vs - ps;
IF p > ws THEN
p := ws;
IF msg.vertical THEN ScrollDoc(v, v.x, -p)
ELSE ScrollDoc(v, -p, v.y)
END
END;
msg.wholeSize := vs;
msg.partSize := ps;
msg.partPos := p;
msg.valid := ws > Ports.point
END;
msg.done := TRUE
END PollSection;
PROCEDURE Scroll (v: StdDocument; f: Views.Frame; VAR msg: Controllers.ScrollMsg);
VAR mv: Views.View; g: Views.Frame; vs, ps, ws, p, l, t, r, b: INTEGER; c: Containers.Controller;
BEGIN
mv := v.model.view;
g := Views.ThisFrame(f, mv);
c := v.ThisController();
IF c.Singleton() # NIL THEN g := NIL END;
IF g # NIL THEN Views.ForwardCtrlMsg(g, msg) END;
IF (g = NIL) OR ~msg.done & (~msg.focus OR ~HasFocus(mv, g)) THEN
v.PollRect(l, t, r, b);
IF msg.vertical THEN
ps := f.b - f.t; vs := b + t; p := -v.y
ELSE
ps := f.r - f.l; vs := r + l; p := -v.x
END;
ws := vs - ps;
CASE msg.op OF
Controllers.decLine: p := MAX(0, p - scrollUnit)
| Controllers.incLine: p := MIN(ws, p + scrollUnit)
| Controllers.decPage: p := MAX(0, p - ps + scrollUnit)
| Controllers.incPage: p := MIN(ws, p + ps - scrollUnit)
| Controllers.gotoPos: p := MAX(0, MIN(ws, msg.pos))
ELSE
END;
IF msg.vertical THEN ScrollDoc(v, v.x, -p)
ELSE ScrollDoc(v, -p, v.y)
END
END;
msg.done := TRUE
END Scroll;
PROCEDURE MakeVisible(***) (d: Document; f: Views.Frame; l, t, r, b: INTEGER);
(* This procedure won't work with extensions; also, it is never called by standard BlackBox modules *)
VAR x, y, w, h, dw, dh, ml, mt, mr, mb: INTEGER;
BEGIN
WITH d: StdDocument DO
d.context.GetSize(w, h);
x := -d.x; y := -d.y;
d.PollRect(ml, mt, mr, mb);
dw := mr + ml - w; dh := mb + mt - h;
IF dw > 0 THEN
IF r > x + w - 2 * ml THEN x := r - w + 2 * ml END;
IF l < x THEN x := l END;
IF x < 0 THEN x := 0 ELSIF x > dw THEN x := dw END
END;
IF dh > 0 THEN
IF b > y + h - 2 * mt THEN y := b - h + 2 * mt END;
IF t < y THEN y := t END;
IF y < 0 THEN y := 0 ELSIF y > dh THEN y := dh END
END;
ScrollDoc(d, -x, -y)
END
END MakeVisible;
PROCEDURE Page (d: StdDocument; f: Views.Frame;
VAR msg: Controllers.PageMsg);
VAR g: Views.Frame;
BEGIN
g := Views.ThisFrame(f, d.model.view);
IF g # NIL THEN Views.ForwardCtrlMsg(g, msg) END
END Page;
(* Model *)
PROCEDURE (m: Model) Internalize (VAR rd: Stores.Reader);
VAR c: StdContext; thisVersion: INTEGER; l, t, r, b: INTEGER;
BEGIN
m.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxModelVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
Views.ReadView(rd, m.view);
rd.ReadInt(l); rd.ReadInt(t); rd.ReadInt(r); rd.ReadInt(b);
m.l := defB; m.t := defB; m.r := defB + r - l; m.b := defB + b - t;
NEW(c); c.model := m; m.view.InitContext(c)
END Internalize;
PROCEDURE (m: Model) Externalize (VAR wr: Stores.Writer);
BEGIN
ASSERT(m.doc.original = NIL, 100);
m.Externalize^(wr);
wr.WriteVersion(maxModelVersion);
Views.WriteView(wr, m.view);
wr.WriteInt(m.l); wr.WriteInt(m.t); wr.WriteInt(m.r); wr.WriteInt(m.b)
END Externalize;
PROCEDURE (m: Model) CopyFrom (source: Stores.Store);
VAR c: StdContext;
BEGIN
WITH source: Model DO
m.view := Stores.CopyOf(source.view)(Views.View);
m.l := source.l; m.t := source.t; m.r := source.r; m.b := source.b;
NEW(c); c.model := m; m.view.InitContext(c)
END
END CopyFrom;
PROCEDURE (m: Model) InitFrom (source: Containers.Model);
VAR c: StdContext;
BEGIN
WITH source: Model DO
m.view := Stores.CopyOf(source.view)(Views.View);
m.l := source.l; m.t := source.t; m.r := source.r; m.b := source.b;
NEW(c); c.model := m; m.view.InitContext(c)
END
END InitFrom;
PROCEDURE (m: Model) GetEmbeddingLimits (OUT minW, maxW, minH, maxH: INTEGER);
BEGIN
minW := 5 * mm; minH := 5 * mm;
maxW := MAX(INTEGER) DIV 2; maxH := MAX(INTEGER) DIV 2
END GetEmbeddingLimits;
PROCEDURE (m: Model) ReplaceView (old, new: Views.View);
VAR con: Models.Context; op: ReplaceViewOp;
BEGIN
ASSERT(old # NIL, 20); con := old.context;
ASSERT(con # NIL, 21); ASSERT(con.ThisModel() = m, 22);
ASSERT(new # NIL, 23);
ASSERT((new.context = NIL) OR (new.context = con), 24);
IF new # old THEN
IF new.context = NIL THEN new.InitContext(con) END;
Stores.Join(m, new);
NEW(op); op.model := m; op.new := new;
Models.Do(m, "#System:ReplaceView", op)
END
END ReplaceView;
(* StdDocument *)
PROCEDURE (d: StdDocument) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER; c: Containers.Controller;
BEGIN
d.Internalize2^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxStdDocVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
rd.ReadInt(d.pw); rd.ReadInt(d.ph);
rd.ReadInt(d.pl); rd.ReadInt(d.pt); rd.ReadInt(d.pr); rd.ReadInt(d.pb);
rd.ReadBool(d.decorate);
(* change infinite height to "fit to window" *)
c := d.ThisController();
IF (c # NIL) & (d.model.b >= 29000 * Ports.mm) & (c.opts * {winHeight, pageHeight} = {}) THEN
c.SetOpts(c.opts + {winHeight})
END;
c.SetOpts(c.opts - {Containers.noSelection});
d.x := 0; d.y := 0;
Stores.InitDomain(d)
END Internalize2;
PROCEDURE (d: StdDocument) Externalize2 (VAR wr: Stores.Writer);
BEGIN
ASSERT(d.original = NIL, 100);
d.Externalize2^(wr);
wr.WriteVersion(maxStdDocVersion);
wr.WriteInt(d.pw); wr.WriteInt(d.ph);
wr.WriteInt(d.pl); wr.WriteInt(d.pt); wr.WriteInt(d.pr); wr.WriteInt(d.pb);
wr.WriteBool(d.decorate)
END Externalize2;
PROCEDURE (d: StdDocument) CopyFromModelView2 (source: Views.View; model: Models.Model);
BEGIN
WITH source: StdDocument DO
d.pw := source.pw; d.ph := source.ph;
d.pl := source.pl; d.pt := source.pt; d.pr := source.pr; d.pb := source.pb;
d.decorate := source.decorate
END
END CopyFromModelView2;
PROCEDURE (d: StdDocument) AcceptableModel (m: Containers.Model): BOOLEAN;
BEGIN
RETURN m IS Model
END AcceptableModel;
PROCEDURE (d: StdDocument) InitModel2 (m: Containers.Model);
BEGIN
ASSERT((d.model = NIL) OR (d.model = m), 20);
ASSERT(m IS Model, 23);
WITH m: Model DO d.model := m; m.doc := d END
END InitModel2;
PROCEDURE (d: StdDocument) PollRect (OUT l, t, r, b: INTEGER);
VAR c: Containers.Controller; doc: StdDocument; ww, wh, pw, ph: INTEGER;
BEGIN
IF d.original = NIL THEN doc := d ELSE doc := d.original END;
l := d.model.l; t := d.model.t;
pw := doc.pr - doc.pl; ph := doc.pb - doc.pt;
IF d.context = NIL THEN ww := 0; wh := 0
ELSIF d.context IS PrinterContext THEN ww := pw; wh := ph
ELSE d.context.GetSize(ww, wh); DEC(ww, 2 * l); DEC(wh, 2 * t)
END;
c := d.ThisController();
IF pageWidth IN c.opts THEN r := l + pw
ELSIF winWidth IN c.opts THEN
IF ww > 0 THEN r := l + ww ELSE r := d.model.r END
ELSE r := l + doc.model.r - doc.model.l
END;
IF pageHeight IN c.opts THEN b := t + ph
ELSIF winHeight IN c.opts THEN
IF wh > 0 THEN b := t + wh ELSE b := d.model.b END
ELSE b := t + doc.model.b - doc.model.t
END;
ASSERT(r > l, 60); ASSERT(b > t, 61)
END PollRect;
PROCEDURE (d: StdDocument) PollPage (OUT w, h, l, t, r, b: INTEGER; OUT decorate: BOOLEAN);
VAR doc: StdDocument;
BEGIN
IF d.original = NIL THEN doc := d ELSE doc := d.original END;
w := doc.pw; h := doc.ph;
l := doc.pl; t := doc.pt; r := doc.pr; b := doc.pb;
decorate := doc.decorate
END PollPage;
PROCEDURE (d: StdDocument) DocCopyOf (v: Views.View): Document;
VAR c0, c1: Containers.Controller; u: Views.View; new: Document; w, h: INTEGER;
BEGIN
ASSERT(v # NIL, 20);
ASSERT(~(v IS Document), 21);
ASSERT(d.Domain() = v.Domain(), 22);
ASSERT(d.Domain() # NIL, 23);
Views.BeginModification(3, v);
u := Views.CopyOf(v, Views.shallow);
v.context.GetSize(w, h);
new := dir.New(u, w, h);
WITH new: StdDocument DO
IF d.original # NIL THEN new.original := d.original ELSE new.original := d END
END;
c0 := d.ThisController();
c1 := new.ThisController();
c1.SetOpts(c0.opts);
Views.EndModification(3, v);
RETURN new
END DocCopyOf;
PROCEDURE (d: StdDocument) Restore (f: Views.Frame; l, t, r, b: INTEGER);
VAR c: Containers.Controller; m: Model; con: Models.Context; s: Views.View;
BEGIN
m := d.model; con := d.context;
WITH con: PrinterContext DO
IF con.param.page.alternate & ~ODD(con.param.page.first + Printing.Current()) THEN
Views.InstallFrame(f, m.view, con.pw - con.r, con.t, 0, FALSE)
ELSE
Views.InstallFrame(f, m.view, con.l, con.t, 0, FALSE)
END
ELSE
c := d.ThisController(); s := c.Singleton();
Views.InstallFrame(f, m.view, m.l + d.x, m.t + d.y, 0, s = NIL)
END
END Restore;
PROCEDURE (d: StdDocument) GetRect (f: Views.Frame; view: Views.View; OUT l, t, r, b: INTEGER);
VAR l0, t0, r0, b0: INTEGER;
BEGIN
d.PollRect(l0, t0, r0, b0);
l := l0 + d.x; t := t0 + d.y; r := r0 + d.x; b := b0 + d.y
END GetRect;
PROCEDURE (d: StdDocument) SetView (view: Views.View; w, h: INTEGER);
CONST
wA4 = 210 * mm; hA4 = 296 * mm; (* A4 default paper size *)
lm = 20 * mm; tm = 20 * mm; rm = 20 * mm; bm = 20 * mm;
VAR m: Model; c: StdContext; prt: Printers.Printer;
ctrl: Containers.Controller; opts: SET; rp: Properties.ResizePref;
u, minW, maxW, minH, maxH, defW, defH, dw, dh, pw, ph,
pageW, pageH, paperW, paperH, leftM, topM, rightM, botM: INTEGER;
l, t, r, b: INTEGER; port: Ports.Port;
BEGIN
ASSERT(view # NIL, 20); ASSERT(~(view IS Document), 21);
ASSERT(d.original = NIL, 100);
m := d.model;
NEW(c); c.model := m; view.InitContext(c); ASSERT(view.context = c, 60 (* make sure view accepted c *) );
IF d.context # NIL THEN Stores.Join(d, view) END;
IF Printers.dir # NIL THEN prt := Printers.dir.Current() ELSE prt := NIL END;
IF prt # NIL THEN
prt.SetOrientation(FALSE);
port := prt.ThisPort(); prt.GetRect(l, t, r, b);
port.GetSize(pw, ph); u := port.unit;
paperW := r - l; paperH := b - t;
pageW := paperW - lm - rm; pageH := paperH - tm - bm;
leftM := lm; topM := tm; rightM := rm; botM := bm;
IF pageW > pw * u THEN pageW := pw * u END;
IF pageH > ph * u THEN pageH := ph * u END;
IF leftM + l < 0 THEN dw := -(leftM + l)
ELSIF paperW - rightM + l > pw * u THEN dw := pw * u - (paperW - rightM + l)
ELSE dw := 0
END;
IF topM + t < 0 THEN dh := -(topM + t)
ELSIF paperH - botM + t > ph * u THEN dh := ph * u - (paperH - botM + t)
ELSE dh := 0
END;
INC(leftM, dw); INC(topM, dh); INC(rightM, dw); INC(botM, dh)
ELSE
paperW := wA4; paperH := hA4;
pageW := paperW - lm - rm; pageH := paperH - tm - bm;
leftM := lm; topM := tm; rightM := rm; botM := bm
END;
m.GetEmbeddingLimits(minW, maxW, minH, maxH);
defW := MAX(minW, pageW - m.l - defB);
defH := MAX(minH, pageH - m.t - defB);
Properties.PreferredSize(view, minW, maxW, minH, maxH, defW, defH, w, h);
opts := {}; rp.fixed := FALSE;
rp.horFitToPage := FALSE;
rp.verFitToPage := FALSE;
rp.horFitToWin := FALSE;
rp.verFitToWin := FALSE;
Views.HandlePropMsg(view, rp);
IF rp.horFitToPage THEN INCL(opts, pageWidth)
ELSIF rp.horFitToWin THEN INCL(opts, winWidth)
END;
IF rp.verFitToPage THEN INCL(opts, pageHeight)
ELSIF rp.verFitToWin THEN INCL(opts, winHeight)
END;
Views.BeginModification(Views.notUndoable, d);
m.view := view; d.x := 0; d.y := 0;
ctrl := d.ThisController();
ctrl.SetOpts(ctrl.opts - {pageWidth..winHeight});
d.SetPage(paperW, paperH, leftM, topM, paperW - rightM, paperH - botM, plain);
ASSERT(w > 0, 100); ASSERT(h > 0, 101);
d.SetRect(m.l, m.t, m.l + w, m.t + h);
ctrl.SetOpts(ctrl.opts + opts);
Views.EndModification(Views.notUndoable, d);
Stores.Join(d, view);
Views.Update(d, Views.rebuildFrames)
END SetView;
PROCEDURE (d: StdDocument) ThisView (): Views.View;
BEGIN
RETURN d.model.view
END ThisView;
PROCEDURE (d: StdDocument) OriginalView (): Views.View;
BEGIN
IF d.original = NIL THEN RETURN d.model.view
ELSE RETURN d.original.model.view
END
END OriginalView;
PROCEDURE (d: StdDocument) SetRect (l, t, r, b: INTEGER);
VAR m: Model; op: SetRectOp; c: Containers.Controller; w, h: INTEGER;
BEGIN
ASSERT(l < r, 22); ASSERT(t < b, 25);
m := d.model;
IF (m.l # l) OR (m.t # t) THEN
m.r := l + m.r - m.l; m.l := l;
m.b := t + m.b - m.t; m.t := t;
Views.Update(d, Views.rebuildFrames)
END;
IF d.original # NIL THEN m := d.original.model END;
c := d.ThisController(); w := r - l; h := b - t;
IF (pageWidth IN c.opts) OR (winWidth IN c.opts) THEN w := m.r - m.l END;
IF (pageHeight IN c.opts) OR (winHeight IN c.opts) THEN h := m.b - m.t END;
IF (w # m.r - m.l) OR (h # m.b - m.t) THEN
NEW(op); op.model := m; op.w:= w; op.h := h;
Views.Do(d, resizingKey, op)
END
END SetRect;
PROCEDURE (d: StdDocument) SetPage (pw, ph, pl, pt, pr, pb: INTEGER; decorate: BOOLEAN);
VAR op: SetPageOp; doc: StdDocument;
BEGIN
IF d.original = NIL THEN doc := d ELSE doc := d.original END;
IF (doc.pw # pw) OR (doc.ph # ph) OR (doc.decorate # decorate)
OR (doc.pl # pl) OR (doc.pt # pt) OR (doc.pr # pr) OR (doc.pb # pb) THEN
ASSERT(0 <= pw, 20);
ASSERT(0 <= ph, 22);
ASSERT(0 <= pl, 24); ASSERT(pl < pr, 25); ASSERT(pr <= pw, 26);
ASSERT(0 <= pt, 27); ASSERT(pt < pb, 28); ASSERT(pb <= ph, 29);
NEW(op);
op.d := doc;
op.pw := pw; op.ph := ph; op.pl := pl; op.pt := pt; op.pr := pr; op.pb := pb;
op.decorate := decorate;
Views.Do(doc, pageSetupKey, op)
END
END SetPage;
PROCEDURE (v: StdDocument) HandleViewMsg2 (f: Views.Frame; VAR msg: Views.Message);
BEGIN
WITH msg: UpdateMsg DO
IF (msg.doc = v) OR (msg.doc = v.original) THEN
Views.Update(v, Views.rebuildFrames)
END
ELSE
END
END HandleViewMsg2;
PROCEDURE (d: StdDocument) HandleCtrlMsg2 (f: Views.Frame; VAR msg: Controllers.Message;
VAR focus: Views.View);
BEGIN
WITH f: Views.RootFrame DO
WITH msg: Controllers.PollSectionMsg DO
PollSection(d, f, msg); focus := NIL
| msg: Controllers.ScrollMsg DO
Scroll(d, f, msg); focus := NIL
| msg: Controllers.PageMsg DO
Page(d, f, msg); focus := NIL
ELSE
END
END
END HandleCtrlMsg2;
(* Controller *)
PROCEDURE (c: Controller) Internalize2 (VAR rd: Stores.Reader);
VAR v: INTEGER;
BEGIN
rd.ReadVersion(minVersion, maxCtrlVersion, v)
END Internalize2;
PROCEDURE (c: Controller) Externalize2 (VAR wr: Stores.Writer);
BEGIN
wr.WriteVersion(maxCtrlVersion)
END Externalize2;
PROCEDURE (c: Controller) InitView2 (v: Views.View);
BEGIN
IF v # NIL THEN c.doc := v(StdDocument) ELSE c.doc := NIL END
END InitView2;
PROCEDURE (c: Controller) GetContextType (OUT type: Stores.TypeName);
END GetContextType;
PROCEDURE (c: Controller) GetValidOps (OUT valid: SET);
BEGIN
IF c.Singleton() # NIL THEN
valid := {Controllers.copy}
END
END GetValidOps;
PROCEDURE (c: Controller) NativeModel (m: Models.Model): BOOLEAN;
BEGIN
RETURN m IS Model
END NativeModel;
PROCEDURE (c: Controller) NativeView (v: Views.View): BOOLEAN;
BEGIN
RETURN v IS StdDocument
END NativeView;
PROCEDURE (c: Controller) NativeCursorAt (f: Views.Frame; x, y: INTEGER): INTEGER;
BEGIN
RETURN Ports.arrowCursor
END NativeCursorAt;
PROCEDURE (c: Controller) PollNativeProp (selection: BOOLEAN; VAR p: Properties.Property;
VAR truncated: BOOLEAN);
END PollNativeProp;
PROCEDURE (c: Controller) SetNativeProp (selection: BOOLEAN; p, old: Properties.Property);
END SetNativeProp;
PROCEDURE (c: Controller) GetFirstView (selection: BOOLEAN; OUT v: Views.View);
BEGIN
IF selection THEN v := c.Singleton() ELSE v := c.doc.model.view END
END GetFirstView;
PROCEDURE (c: Controller) GetNextView (selection: BOOLEAN; VAR v: Views.View);
BEGIN
v := NIL
END GetNextView;
PROCEDURE (c: Controller) GetPrevView (selection: BOOLEAN; VAR v: Views.View);
BEGIN
v := NIL
END GetPrevView;
PROCEDURE (c: Controller) TrackMarks (f: Views.Frame; x, y: INTEGER;
units, extend, add: BOOLEAN);
BEGIN
c.Neutralize
END TrackMarks;
PROCEDURE (c: Controller) RestoreMarks2 (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
IF c.doc.context IS PrinterContext THEN Decorate(c.doc.context(PrinterContext), f) END
END RestoreMarks2;
PROCEDURE (c: Controller) Resize (view: Views.View; l, t, r, b: INTEGER);
VAR d: StdDocument; l0, t0: INTEGER;
BEGIN
d := c.doc;
ASSERT(view = d.model.view, 20);
l0 := d.model.l; t0 := d.model.t;
d.SetRect(l0, t0, l0 + r - l, t0 + b - t)
END Resize;
PROCEDURE (c: Controller) DeleteSelection;
END DeleteSelection;
PROCEDURE (c: Controller) MoveLocalSelection (f, dest: Views.Frame; x, y: INTEGER;
dx, dy: INTEGER);
VAR m: Model; l, t, r, b: INTEGER;
BEGIN
IF f = dest THEN
m := c.doc.model; DEC(dx, x); DEC(dy, y);
l := m.l + dx; t := m.t + dy;
r := m.r + dx; b := m.b + dy;
c.Resize(m.view, l, t, r, b);
IF c.Singleton() = NIL THEN c.SetSingleton(m.view) END
END
END MoveLocalSelection;
PROCEDURE (c: Controller) SelectionCopy (): Model;
BEGIN
RETURN NIL
END SelectionCopy;
PROCEDURE (c: Controller) NativePaste (m: Models.Model; f: Views.Frame);
VAR m0: Model;
BEGIN
WITH m: Model DO
m0 := c.doc.model;
m0.ReplaceView(m0.view, m.view);
c.doc.SetRect(m.l, m.t, m.r, m.b)
END
END NativePaste;
PROCEDURE (c: Controller) PasteView (f: Views.Frame; v: Views.View; w, h: INTEGER);
VAR m: Model; minW, maxW, minH, maxH, defW, defH: INTEGER;
BEGIN
m := c.doc.model;
m.GetEmbeddingLimits(minW, maxW, minH, maxH);
defW := m.r - m.l; defH := m.b - m.t;
Properties.PreferredSize(v, minW, maxW, minH, maxH, defW, defH, w, h);
m.ReplaceView(m.view, v);
c.doc.SetRect(m.l, m.t, m.l + w, m.t + h)
END PasteView;
PROCEDURE (c: Controller) Drop (src, dst: Views.Frame; sx, sy, x, y, w, h, rx, ry: INTEGER;
v: Views.View; isSingle: BOOLEAN);
VAR m: Model; minW, maxW, minH, maxH, defW, defH: INTEGER;
BEGIN
m := c.doc.model;
m.GetEmbeddingLimits(minW, maxW, minH, maxH);
defW := m.r - m.l; defH := m.b - m.t;
Properties.PreferredSize(v, minW, maxW, minH, maxH, defW, defH, w, h);
m.ReplaceView(m.view, v);
c.doc.SetRect(m.l, m.t, m.l + w, m.t + h)
END Drop;
(* selection *)
PROCEDURE (c: Controller) Selectable (): BOOLEAN;
BEGIN
RETURN TRUE
END Selectable;
PROCEDURE (c: Controller) SelectAll (select: BOOLEAN);
BEGIN
IF ~select & (c.Singleton() # NIL) THEN
c.SetSingleton(NIL)
ELSIF select & (c.Singleton() = NIL) THEN
c.SetSingleton(c.doc.model.view)
END
END SelectAll;
PROCEDURE (c: Controller) InSelection (f: Views.Frame; x, y: INTEGER): BOOLEAN;
BEGIN
RETURN c.Singleton() # NIL
END InSelection;
(* caret *)
PROCEDURE (c: Controller) HasCaret (): BOOLEAN;
BEGIN
RETURN FALSE
END HasCaret;
PROCEDURE (c: Controller) MarkCaret (f: Views.Frame; show: BOOLEAN);
END MarkCaret;
PROCEDURE (c: Controller) CanDrop (f: Views.Frame; x, y: INTEGER): BOOLEAN;
BEGIN
RETURN FALSE
END CanDrop;
(* handlers *)
PROCEDURE (c: Controller) HandleCtrlMsg (f: Views.Frame;
VAR msg: Controllers.Message; VAR focus: Views.View);
VAR l, t, r, b: INTEGER;
BEGIN
IF ~(Containers.noFocus IN c.opts) THEN
WITH msg: Controllers.TickMsg DO
IF c.Singleton() = NIL THEN c.SetFocus(c.doc.model.view) END
| msg: Controllers.CursorMessage DO
IF c.Singleton() = NIL THEN (* delegate to focus, even if not directly hit *)
focus := c.ThisFocus();
c.doc.GetRect(f, focus, l, t, r, b); (* except for resize in lower right corner *)
IF (c.opts * {pageWidth..winHeight} # {})
OR (msg.x < r) OR (msg.y < b) THEN RETURN END
END
ELSE
END
END;
c.HandleCtrlMsg^(f, msg, focus)
END HandleCtrlMsg;
PROCEDURE (c: Controller) PasteChar (ch: CHAR);
END PasteChar;
PROCEDURE (c: Controller) ControlChar (f: Views.Frame; ch: CHAR);
END ControlChar;
PROCEDURE (c: Controller) ArrowChar (f: Views.Frame; ch: CHAR; units, select: BOOLEAN);
END ArrowChar;
PROCEDURE (c: Controller) CopyLocalSelection (src, dst: Views.Frame; sx, sy, dx, dy: INTEGER);
END CopyLocalSelection;
(* StdContext *)
PROCEDURE (c: StdContext) ThisModel (): Models.Model;
BEGIN
RETURN c.model
END ThisModel;
PROCEDURE (c: StdContext) GetSize (OUT w, h: INTEGER);
VAR m: Model; dc: Models.Context; l, t, r, b: INTEGER;
BEGIN
m := c.model;
m.doc.PollRect(l, t, r, b); w := r - l; h := b - t;
dc := m.doc.context;
IF dc # NIL THEN
WITH dc: PrinterContext DO
w := MIN(w, dc.r - dc.l); h := MIN(h, dc.b - dc.t)
ELSE
END
END;
ASSERT(w > 0, 60); ASSERT(h > 0, 61)
END GetSize;
PROCEDURE (c: StdContext) SetSize (w, h: INTEGER);
VAR m: Model; d: StdDocument; minW, maxW, minH, maxH, defW, defH: INTEGER;
BEGIN
m := c.model; d := m.doc; ASSERT(d # NIL, 20);
m.GetEmbeddingLimits(minW, maxW, minH, maxH);
defW := m.r - m.l; defH := m.b - m.t;
Properties.PreferredSize(m.view, minW, maxW, minH, maxH, defW, defH, w, h);
d.SetRect(m.l, m.t, m.l + w, m.t + h)
END SetSize;
PROCEDURE (c: StdContext) Normalize (): BOOLEAN;
BEGIN
RETURN TRUE
END Normalize;
PROCEDURE (c: StdContext) ThisDoc (): Document;
BEGIN
RETURN c.model.doc
END ThisDoc;
PROCEDURE (c: StdContext) MakeVisible (l, t, r, b: INTEGER);
BEGIN
MakeVisible(c.model.doc, NIL, l, t, r, b)
END MakeVisible;
(* PrinterContext *)
PROCEDURE (c: PrinterContext) GetSize* (OUT w, h: INTEGER);
VAR p: Ports.Port;
BEGIN
p := c.pr.ThisPort();
p.GetSize(w, h);
w := w * p.unit;
h := h * p.unit
END GetSize;
PROCEDURE (c: PrinterContext) Normalize* (): BOOLEAN;
BEGIN
RETURN TRUE
END Normalize;
PROCEDURE (c: PrinterContext) SetSize* (w, h: INTEGER);
END SetSize;
PROCEDURE (c: PrinterContext) ThisModel* (): Models.Model;
BEGIN
RETURN NIL
END ThisModel;
(* StdDirectory *)
PROCEDURE (d: StdDirectory) New (view: Views.View; w, h: INTEGER): Document;
VAR doc: StdDocument; m: Model; c: Controller;
BEGIN
ASSERT(view # NIL, 20); ASSERT(~(view IS Document), 21);
NEW(m);
NEW(doc); doc.InitModel(m);
NEW(c); doc.SetController(c);
doc.SetRect(defB, defB, defB + 1, defB + 1); (* set top-left point *)
doc.SetView(view, w, h); (* joins store graphs of doc and view *)
Stores.InitDomain(doc); (* domains of new documents are bound *)
RETURN doc
END New;
(** PContext **)
PROCEDURE (c: PContext) GetSize (OUT w, h: INTEGER);
BEGIN
w := c.w; h := c.h
END GetSize;
PROCEDURE (c: PContext) Normalize (): BOOLEAN;
BEGIN
RETURN TRUE
END Normalize;
PROCEDURE (c: PContext) SetSize (w, h: INTEGER);
END SetSize;
PROCEDURE (c: PContext) ThisModel (): Models.Model;
BEGIN
RETURN NIL
END ThisModel;
(** Pager **)
PROCEDURE (p: Pager) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
Views.InstallFrame(f, p.con.view, -p.x, -p.y, 0, FALSE)
END Restore;
PROCEDURE (p: Pager) HandleCtrlMsg (f: Views.Frame; VAR msg: Views.CtrlMessage; VAR focus: Views.View);
VAR v: Views.View; g: Views.Frame;
BEGIN
WITH msg: Controllers.PageMsg DO
v := p.con.view; g := Views.ThisFrame(f, v);
IF g = NIL THEN
Views.InstallFrame(f, v, 0, 0, 0, FALSE);
g := Views.ThisFrame(f, v)
END;
IF g # NIL THEN
Views.ForwardCtrlMsg(g, msg);
IF ~msg.done THEN
IF p.con.w > p.w THEN (* needs horizontal paging *)
IF msg.op = Controllers.gotoPageX THEN p.x := msg.pageX * p.w; msg.done := TRUE
ELSIF msg.op = Controllers.nextPageX THEN p.x := p.x + p.w; msg.done := TRUE
END;
IF p.x >= p.con.w THEN msg.eox := TRUE; p.x := 0 END
END;
IF p.con.h > p.h THEN (* needs vertical paging *)
IF msg.op = Controllers.gotoPageY THEN p.y := msg.pageY * p.h; msg.done := TRUE
ELSIF msg.op = Controllers.nextPageY THEN p.y := p.y + p.h; msg.done := TRUE
END;
IF p.y >= p.con.h THEN msg.eoy := TRUE; p.y := 0 END
END
END
END
ELSE focus := p.con.view
END
END HandleCtrlMsg;
PROCEDURE NewPager (v: Views.View; w, h, pw, ph: INTEGER): Pager;
VAR p: Pager; c: PContext;
BEGIN
NEW(c); c.view := v; c.w := w; c.h := h; v.InitContext(c);
NEW(p); p.con := c; p.w := pw; p.h := ph; p.x := 0; p.y := 0;
Stores.Join(v, p);
RETURN p
END NewPager;
PROCEDURE PrinterDoc (d: Document; c: PrinterContext): Document;
VAR v, u, p: Views.View; w, h, l, t, r, b, pw, ph: INTEGER; pd: Document;
ct: Containers.Controller; dec: BOOLEAN; seq: ANYPTR;
BEGIN
v := d.ThisView();
IF d.Domain() # NIL THEN seq:=d.Domain().GetSequencer();
IF seq#NIL THEN seq(Sequencers.Sequencer).BeginModification(Sequencers.invisible, d) END
END;
u := Views.CopyOf(v, Views.shallow);
IF d.Domain() # NIL THEN seq:=d.Domain().GetSequencer();
IF seq#NIL THEN seq(Sequencers.Sequencer).EndModification(Sequencers.invisible, d) END
END;
d.PollPage(w, h, l, t, r, b, dec); pw := r - l; ph := b - t; (* page size *)
v.context.GetSize(w, h);
ct := d.ThisController();
IF winWidth IN ct.opts THEN w := pw END; (* fit to win -> fit to page *)
IF winHeight IN ct.opts THEN h := ph END;
p := NewPager(u, w, h, pw, ph);
ASSERT(Stores.Joined(p, d), 100);
pd := dir.New(p, pw, ph);
pd.InitContext(c);
RETURN pd
END PrinterDoc;
(** miscellaneous **)
PROCEDURE Print* (d: Document; p: Printers.Printer; par: Printing.Par);
VAR dom: Stores.Domain; d1: Document; f: Views.RootFrame; g: Views.Frame;
c: PrinterContext; from, to, this, copies, w, h, u, k: INTEGER; page: Controllers.PageMsg;
title: Views.Title; port: Ports.Port;
BEGIN
ASSERT(d # NIL, 20); ASSERT(p # NIL, 21);
ASSERT(par # NIL, 22);
ASSERT(par.page.from >= 0, 23); ASSERT(par.page.from <= par.page.to, 24);
ASSERT(par.copies > 0, 25);
IF (par.header.right # "") OR (par.page.alternate & (par.header.left # "")) THEN
ASSERT(par.header.font # NIL, 26)
END;
IF (par.footer.right # "") OR (par.page.alternate & (par.footer.left # "")) THEN
ASSERT(par.footer.font # NIL, 27)
END;
IF par.page.title = "" THEN title := "(" + Dialog.appName + ")" ELSE title := par.page.title END;
from := par.page.from; to := par.page.to;
copies := par.copies;
CheckOrientation(d, p);
p.OpenJob(copies, title);
IF p.res = 0 THEN
dom := d.Domain();
ASSERT(dom # NIL, 100);
c := NewPrinterContext(d, p, par);
d1 := PrinterDoc(d, c);
CheckOrientation(d, p); (* New in PrinterDoc resets printer orientation *)
d1.GetNewFrame(g); f := g(Views.RootFrame); f.ConnectTo(p.ThisPort());
Views.SetRoot(f, d1, FALSE, {}); Views.AdaptRoot(f);
current := 0; (*par.page.current := 0; *)
d1.Restore(f, 0, 0, 0, 0); (* install frame for doc's view *)
Kernel.PushTrapCleaner(cleaner);
port := p.ThisPort();
Printing.par := par;
page.op := Controllers.gotoPageX; page.pageX := 0;
page.done := FALSE; page.eox := FALSE;
Views.ForwardCtrlMsg(f, page);
IF page.done THEN this := 0 ELSE this := from END;
page.op := Controllers.gotoPageY; page.pageY := this;
page.done := FALSE; page.eoy := FALSE;
Views.ForwardCtrlMsg(f, page);
IF ~page.done & (from > 0) OR page.eox OR page.eoy THEN to := -1 END;
WHILE this <= to DO
IF this >= from THEN
current := this; (*par.page.current := this;*)
port.GetSize(w, h); u := port.unit;
FOR k := copies TO par.copies DO
p.OpenPage;
IF p.res = 0 THEN
Views.RemoveFrames(f, 0, 0, w * u, h * u);
Views.RestoreRoot(f, 0, 0, w * u, h * u)
END;
p.ClosePage
END
END;
IF p.res # abort THEN INC(this) ELSE to := -1 END;
IF this <= to THEN
page.op := Controllers.nextPageX;
page.done := FALSE; page.eox := FALSE;
Views.ForwardCtrlMsg(f, page);
IF ~page.done OR page.eox THEN
IF page.done THEN
page.op := Controllers.gotoPageX; page.pageX := 0;
page.done := FALSE; page.eox := FALSE;
Views.ForwardCtrlMsg(f, page)
END;
page.op := Controllers.nextPageY;
page.done := FALSE; page.eoy := FALSE;
Views.ForwardCtrlMsg(f, page);
IF ~page.done OR page.eoy THEN to := -1 END
END
END
END;
Printing.par := NIL;
Kernel.PopTrapCleaner(cleaner)
ELSE Dialog.ShowMsg("#System:FailedToOpenPrintJob")
END;
p.CloseJob
END Print;
PROCEDURE (hook: PrintingHook) Current(): INTEGER;
BEGIN
RETURN current
END Current;
PROCEDURE (hook: PrintingHook) Print (v: Views.View; par: Printing.Par);
VAR dom: Stores.Domain; d: Document; f: Views.RootFrame; c: PrinterContext;
w, h, u: INTEGER; p: Printers.Printer; g: Views.Frame; title: Views.Title;
k, copies: INTEGER; port: Ports.Port;
BEGIN
ASSERT(v # NIL, 20);
p := Printers.dir.Current();
ASSERT(p # NIL, 21);
IF v IS Document THEN Print(v(Document), p, par); RETURN END;
IF (v.context # NIL) & (v.context IS Context) THEN
Print(v.context(Context).ThisDoc(), p, par); RETURN
END;
p.SetOrientation(FALSE);
IF par.page.title = "" THEN title := "(" + Dialog.appName + ")" ELSE title := par.page.title END;
copies := par.copies;
p.OpenJob(copies, title);
IF p.res = 0 THEN
Printing.par := par;
Stores.InitDomain(v);
dom := v.Domain();
v := Views.CopyOf(v, Views.shallow) ;
d := dir.New(v, Views.undefined, Views.undefined);
c := NewPrinterContext(d, (* dom, *) p, par);
d.InitContext(c); (* Stores.InitDomain(d, c.Domain()); (* nicht mehr noetig *) *)
d.GetNewFrame(g); f := g(Views.RootFrame);
port := p.ThisPort(); f.ConnectTo(port);
Views.SetRoot(f, d, FALSE, {}); Views.AdaptRoot(f);
port.GetSize(w, h); u := port.unit;
FOR k := copies TO par.copies DO
p.OpenPage;
IF p.res = 0 THEN
Views.RemoveFrames(f, 0, 0, w * u, h * u); Views.RestoreRoot(f, 0, 0, w * u, h * u)
END;
p.ClosePage
END
END;
Printing.par := NIL;
p.CloseJob
END Print;
PROCEDURE DuplicateAs* (src: Document; docdir: Directory): Document;
(** utility procedure to create duplicated document;
will not record the changes in undo buffer *)
VAR
l, t, r, b: INTEGER;
res: Document;
seq: Sequencers.Sequencer;
s: ANYPTR;
BEGIN ASSERT(src # NIL, 20);
IF docdir = NIL THEN docdir := dir END;
(* do not record document changes; uses undocumented flag *)
IF src.Domain() # NIL THEN
s := src.Domain().GetSequencer();
IF s # NIL THEN
WITH s: Sequencers.Sequencer DO seq := s END
ELSE
seq := NIL
END;
IF seq # NIL THEN seq.BeginModification(3(*notRecorded*), NIL) END
ELSE seq := NIL
END;
src.PollRect(l, t, r, b);
res := docdir.New(Views.CopyOf(src.ThisView(), Views.shallow), r - l, b - t);
res.SetRect(l, t, r, b);
res.ThisController().SetOpts(src.ThisController().opts);
IF seq # NIL THEN seq.EndModification(3(*notRecorded*), NIL) END;
RETURN res
END DuplicateAs;
PROCEDURE ImportDocument* (f: Files.File; OUT s: Stores.Store);
VAR r: Stores.Reader; tag, version: INTEGER;
BEGIN
ASSERT(f # NIL, 20);
r.ConnectTo(f);
r.ReadInt(tag);
IF tag = docTag THEN
r.ReadInt(version);
ASSERT(version = docVersion, 100);
r.ReadStore(s);
IF s IS Document THEN s := s(Document).ThisView()
ELSE s := NIL
END
END
END ImportDocument;
PROCEDURE ExportDocument* (s: Stores.Store; f: Files.File);
VAR w: Stores.Writer; v: Views.View;
BEGIN
ASSERT(s # NIL, 20);
ASSERT(s IS Views.View, 21);
ASSERT(f # NIL, 22);
v := s(Views.View);
IF (v.context # NIL) & (v.context IS Context) THEN
v := v.context(Context).ThisDoc()
END;
IF ~(v IS Document) THEN
IF v.context # NIL THEN
v := Views.CopyOf(v, Views.shallow)
END;
v := dir.New(v, Views.undefined, Views.undefined)
END;
w.ConnectTo(f);
w.WriteInt(docTag); w.WriteInt(docVersion);
w.WriteStore(v)
END ExportDocument;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20);
dir := d;
IF stdDir = NIL THEN stdDir := d END
END SetDir;
PROCEDURE Init;
VAR d: StdDirectory; h: PrintingHook;
BEGIN
NEW(d); SetDir(d);
NEW(h); Printing.SetHook(h);
NEW(cleaner)
END Init;
BEGIN
Init
END Documents.
| System/Mod/Documents.odc |
MODULE Files;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20141226, center #22, HostFiles.NewWriter violating the specification
- 20210116, bbcb, #045, restore Files interface to 1.6
"
issues = "
- ...
"
**)
IMPORT Kernel;
CONST
shared* = TRUE; exclusive* = FALSE;
dontAsk* = FALSE; ask* = TRUE; (** File.Register, Directory.New and Directory.Rename **)
CONST
readOnly* = 0;
hidden* = 1;
system* = 2;
archive* = 3;
stationery* = 4;
objTypeK = "ocf";
symTypeK = "osf";
docTypeK = "odc";
TYPE
Name* = ARRAY 256 OF CHAR;
Type* = ARRAY 16 OF CHAR;
FileInfo* = POINTER TO RECORD
next*: FileInfo;
name*: Name;
length*: INTEGER;
type*: Type;
modified*: RECORD year*, month*, day*, hour*, minute*, second*: INTEGER END;
attr*: SET
END;
LocInfo* = POINTER TO RECORD
next*: LocInfo;
name*: Name;
attr*: SET;
END;
Locator* = POINTER TO ABSTRACT RECORD
res*: INTEGER;
END;
File* = POINTER TO ABSTRACT RECORD
type-: Type;
init: BOOLEAN;
END;
Reader* = POINTER TO ABSTRACT RECORD
eof*: BOOLEAN;
END;
Writer* = POINTER TO ABSTRACT RECORD END;
Directory* = POINTER TO ABSTRACT RECORD END;
VAR dir-, stdDir-: Directory;
objType-, symType-, docType- : Type; (* file types *)
PROCEDURE (l: Locator) This* (IN path: ARRAY OF CHAR): Locator, NEW, ABSTRACT;
PROCEDURE (f: File) InitType* (type: Type), NEW;
BEGIN
ASSERT(~f.init, 20);
f.type := type$; f.init := TRUE
END InitType;
PROCEDURE (f: File) Length* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (f: File) NewReader* (old: Reader): Reader, NEW, ABSTRACT;
PROCEDURE (f: File) NewWriter* (old: Writer): Writer, NEW, ABSTRACT;
PROCEDURE (f: File) Flush* (), NEW, ABSTRACT;
PROCEDURE (f: File) Register* (name: Name; type: Type; ask: BOOLEAN;
OUT res: INTEGER), NEW, ABSTRACT;
PROCEDURE (f: File) Close* (), NEW, ABSTRACT;
PROCEDURE (r: Reader) Base* (): File, NEW, ABSTRACT;
PROCEDURE (r: Reader) Pos* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (r: Reader) SetPos* (pos: INTEGER), NEW, ABSTRACT;
PROCEDURE (r: Reader) ReadByte* (OUT x: BYTE), NEW, ABSTRACT;
PROCEDURE (r: Reader) ReadBytes* (VAR x: ARRAY OF BYTE; beg, len: INTEGER), NEW, ABSTRACT;
PROCEDURE (w: Writer) Base* (): File, NEW, ABSTRACT;
PROCEDURE (w: Writer) Pos* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (w: Writer) SetPos* (pos: INTEGER), NEW, ABSTRACT;
PROCEDURE (w: Writer) WriteByte* (x: BYTE), NEW, ABSTRACT;
PROCEDURE (w: Writer) WriteBytes* (IN x: ARRAY OF BYTE; beg, len: INTEGER), NEW, ABSTRACT;
PROCEDURE (d: Directory) This* (IN path: ARRAY OF CHAR): Locator, NEW, ABSTRACT;
PROCEDURE (d: Directory) New* (loc: Locator; ask: BOOLEAN): File, NEW, ABSTRACT;
PROCEDURE (d: Directory) Old* (loc: Locator; name: Name; shared: BOOLEAN): File, NEW, ABSTRACT;
PROCEDURE (d: Directory) Temp* (): File, NEW, ABSTRACT;
PROCEDURE (d: Directory) Delete* (loc: Locator; name: Name), NEW, ABSTRACT;
PROCEDURE (d: Directory) Rename* (loc: Locator; old, new: Name; ask: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (d: Directory) SameFile* (loc0: Locator; name0: Name; loc1: Locator;
name1: Name): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (d: Directory) FileList* (loc: Locator): FileInfo, NEW, ABSTRACT;
PROCEDURE (d: Directory) LocList* (loc: Locator): LocInfo, NEW, ABSTRACT;
PROCEDURE (d: Directory) GetFileName* (name: Name; type: Type; OUT filename: Name), NEW, ABSTRACT;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20);
dir := d;
IF stdDir = NIL THEN stdDir := d END
END SetDir;
BEGIN
objType := objTypeK;
symType := symTypeK;
docType := docTypeK;
END Files.
| System/Mod/Files.odc |
MODULE Files64;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20161022, center #138, Support for files larger than 2GB
- 20210116, bbcb, #045, restore Files interface to 1.6
"
issues = "
- ...
"
**)
IMPORT Kernel, Files;
CONST
shared* = TRUE; exclusive* = FALSE;
dontAsk* = FALSE; ask* = TRUE; (** File.Register, Directory.New and Directory.Rename **)
CONST
readOnly* = 0;
hidden* = 1;
system* = 2;
archive* = 3;
stationery* = 4;
TYPE
Name* = Files.Name;
Type* = Files.Type;
FileInfo* = POINTER TO RECORD
next*: FileInfo;
name*: Name;
length*: LONGINT;
type*: Type;
modified*: RECORD year*, month*, day*, hour*, minute*, second*: INTEGER END;
attr*: SET
END;
LocInfo* = Files.LocInfo;
Locator* = Files.Locator;
File* = POINTER TO ABSTRACT RECORD
type-: Type;
init: BOOLEAN;
END;
Reader* = POINTER TO ABSTRACT RECORD
eof*: BOOLEAN;
END;
Writer* = POINTER TO ABSTRACT RECORD END;
Directory* = POINTER TO ABSTRACT RECORD END;
VAR dir-, stdDir-: Directory;
objType-, symType-, docType- : Type; (* file types *)
PROCEDURE (f: File) InitType* (type: Type), NEW;
BEGIN
ASSERT(~f.init, 20);
f.type := type$; f.init := TRUE
END InitType;
PROCEDURE (f: File) Length* (): LONGINT, NEW, ABSTRACT;
PROCEDURE (f: File) NewReader* (old: Reader): Reader, NEW, ABSTRACT;
PROCEDURE (f: File) NewWriter* (old: Writer): Writer, NEW, ABSTRACT;
PROCEDURE (f: File) Flush* (), NEW, ABSTRACT;
PROCEDURE (f: File) Register* (name: Name; type: Type; ask: BOOLEAN;
OUT res: INTEGER), NEW, ABSTRACT;
PROCEDURE (f: File) Close* (), NEW, ABSTRACT;
PROCEDURE (r: Reader) Base* (): File, NEW, ABSTRACT;
PROCEDURE (r: Reader) Pos* (): LONGINT, NEW, ABSTRACT;
PROCEDURE (r: Reader) SetPos* (pos: LONGINT), NEW, ABSTRACT;
PROCEDURE (r: Reader) ReadByte* (OUT x: BYTE), NEW, ABSTRACT;
PROCEDURE (r: Reader) ReadBytes* (VAR x: ARRAY OF BYTE; beg, len: INTEGER), NEW, ABSTRACT;
PROCEDURE (w: Writer) Base* (): File, NEW, ABSTRACT;
PROCEDURE (w: Writer) Pos* (): LONGINT, NEW, ABSTRACT;
PROCEDURE (w: Writer) SetPos* (pos: LONGINT), NEW, ABSTRACT;
PROCEDURE (w: Writer) WriteByte* (x: BYTE), NEW, ABSTRACT;
PROCEDURE (w: Writer) WriteBytes* (IN x: ARRAY OF BYTE; beg, len: INTEGER), NEW, ABSTRACT;
PROCEDURE (d: Directory) This* (IN path: ARRAY OF CHAR): Locator, NEW, ABSTRACT;
PROCEDURE (d: Directory) New* (loc: Locator; ask: BOOLEAN): File, NEW, ABSTRACT;
PROCEDURE (d: Directory) Old* (loc: Locator; name: Name; shared: BOOLEAN): File, NEW, ABSTRACT;
PROCEDURE (d: Directory) Temp* (): File, NEW, ABSTRACT;
PROCEDURE (d: Directory) Delete* (loc: Locator; name: Name), NEW, ABSTRACT;
PROCEDURE (d: Directory) Rename* (loc: Locator; old, new: Name; ask: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (d: Directory) SameFile* (loc0: Locator; name0: Name; loc1: Locator;
name1: Name): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (d: Directory) FileList* (loc: Locator): FileInfo, NEW, ABSTRACT;
PROCEDURE (d: Directory) LocList* (loc: Locator): LocInfo, NEW, ABSTRACT;
PROCEDURE (d: Directory) GetFileName* (name: Name; type: Type; OUT filename: Name), NEW, ABSTRACT;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20);
dir := d;
IF stdDir = NIL THEN stdDir := d END
END SetDir;
BEGIN
objType := Files.objType;
symType := Files.symType;
docType := Files.docType;
(* Kernel.LoadMod("HostFiles64"); *)
END Files64.
| System/Mod/Files64.odc |
MODULE Fonts;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
CONST
(** universal units **)
mm* = 36000;
point* = 12700; (** 1/72 inch **)
italic* = 0; underline* = 1; strikeout* = 2; (** style elements **)
normal* = 400; bold* = 700;
default* = "*";
TYPE
Typeface* = ARRAY 64 OF CHAR;
Font* = POINTER TO ABSTRACT RECORD
typeface-: Typeface;
size-: INTEGER;
style-: SET;
weight-: INTEGER
END;
TypefaceInfo* = POINTER TO RECORD
next*: TypefaceInfo;
typeface*: Typeface
END;
Directory* = POINTER TO ABSTRACT RECORD
END;
VAR dir-: Directory;
PROCEDURE (f: Font) Init* (typeface: Typeface; size: INTEGER; style: SET; weight: INTEGER), NEW;
BEGIN
ASSERT(f.size = 0, 20); ASSERT(size # 0, 21);
f.typeface := typeface$; f.size := size; f.style := style; f.weight := weight
END Init;
PROCEDURE (f: Font) GetBounds* (OUT asc, dsc, w: INTEGER), NEW, ABSTRACT;
PROCEDURE (f: Font) StringWidth* (IN s: ARRAY OF CHAR): INTEGER, NEW, ABSTRACT;
PROCEDURE (f: Font) SStringWidth* (IN s: ARRAY OF SHORTCHAR): INTEGER, NEW, ABSTRACT;
PROCEDURE (f: Font) IsAlien* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (d: Directory) This* (typeface: Typeface; size: INTEGER; style: SET; weight: INTEGER): Font, NEW, ABSTRACT;
PROCEDURE (d: Directory) Default* (): Font, NEW, ABSTRACT;
PROCEDURE (d: Directory) TypefaceList* (): TypefaceInfo, NEW, ABSTRACT;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20);
dir := d
END SetDir;
END Fonts.
| System/Mod/Fonts.odc |
MODULE In;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT TextMappers, TextControllers;
VAR
Done-: BOOLEAN;
s: TextMappers.Scanner;
PROCEDURE Open*;
VAR c: TextControllers.Controller; beg, end: INTEGER;
BEGIN
c := TextControllers.Focus();
IF c # NIL THEN
IF c.HasSelection() THEN c.GetSelection(beg, end) ELSE beg := 0 END;
s.ConnectTo(c.text); s.SetPos(beg); s.rider.Read; Done := TRUE
ELSE
s.ConnectTo(NIL); Done := FALSE
END
END Open;
PROCEDURE Char* (OUT ch: CHAR);
BEGIN
IF Done THEN
IF s.rider.eot THEN Done := FALSE
ELSE ch := s.rider.char; s.rider.Read
END
END
END Char;
PROCEDURE Int* (OUT i: INTEGER);
BEGIN
IF Done THEN
s.Scan;
IF (s.type = TextMappers.int) THEN
i := s.int
ELSE Done := FALSE
END
END
END Int;
PROCEDURE LongInt* (OUT l: LONGINT);
BEGIN
IF Done THEN
s.Scan;
IF (s.type = TextMappers.lint) OR (s.type = TextMappers.int) THEN
l := s.lint
ELSE Done := FALSE
END
END
END LongInt;
PROCEDURE Real* (OUT x: REAL);
BEGIN
IF Done THEN
s.Scan;
IF s.type = TextMappers.real THEN
x := SHORT(s.real)
ELSIF s.type = TextMappers.int THEN
x := s.int
ELSE Done := FALSE
END
END
END Real;
PROCEDURE Name* (OUT name: ARRAY OF CHAR);
BEGIN
IF Done THEN
s.Scan;
TextMappers.ScanQualIdent(s, name, Done)
END
END Name;
PROCEDURE String* (OUT str: ARRAY OF CHAR);
BEGIN
IF Done THEN
s.Scan;
IF s.type = TextMappers.string THEN
str := s.string$
ELSE Done := FALSE
END
END
END String;
END In.
| System/Mod/In.odc |
MODULE Integers;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT Files, Math;
CONST
B = 10000; DecPerDig = 4; BinBase = 16 * 1024;
KaratsubaBreak = 41;
TYPE
Index = INTEGER;
Digit = SHORTINT;
DoubleDigit = INTEGER;
IntegerDesc = ARRAY OF Digit; (* to hide internal structure from interface *)
Integer* = POINTER TO IntegerDesc;
Buffer = RECORD
digit: Integer;
beg, len: Index
END;
VAR zero, one, two, buf6: Integer;
PROCEDURE CopyOf (x: Integer; len: Index): Integer;
VAR buf: Integer;
BEGIN
ASSERT(len > 0, 20);
NEW(buf, len);
REPEAT DEC(len); buf[len] := x[len] UNTIL len = 0;
RETURN buf
END CopyOf;
(* Operations on Digits *)
PROCEDURE Add (x, y, sum: Integer; xL, yL: Index; OUT sumL: Index);
VAR i, l: Index; c: Digit;
BEGIN
l := MIN(xL, yL);
i := 0; c := 0;
WHILE i < l DO c := SHORT(c DIV B + x[i] + y[i]); sum[i] := SHORT(c MOD B); INC(i) END;
WHILE i < xL DO c := SHORT(c DIV B + x[i]); sum[i] := SHORT(c MOD B); INC(i) END;
WHILE i < yL DO c := SHORT(c DIV B + y[i]); sum[i] := SHORT(c MOD B); INC(i) END;
IF c >= B THEN sum[i] := SHORT(c DIV B); INC(i) END;
sumL := i
END Add;
PROCEDURE Subtract (x, y, dif: Integer; xL, yL: Index; OUT difL: Index);
VAR i: Index; c, d: Digit;
BEGIN
ASSERT(xL >= yL, 20);
i := 0; difL := 0; c := 0;
WHILE i < yL DO
c := SHORT(c DIV B + x[i] - y[i]); d := SHORT(c MOD B);
IF d # 0 THEN
WHILE difL # i DO dif[difL] := 0; INC(difL) END;
dif[i] := d; INC(difL)
END;
INC(i)
END;
WHILE i < xL DO
c := SHORT(c DIV B + x[i]); d := SHORT(c MOD B);
IF d # 0 THEN
WHILE difL # i DO dif[difL] := 0; INC(difL) END;
dif[i] := d; INC(difL)
END;
INC(i)
END;
ASSERT(c DIV B = 0, 100)
END Subtract;
PROCEDURE OneDigitMult (a, b: Buffer; VAR c: Buffer);
VAR i: Index; carry, factor: DoubleDigit;
BEGIN
ASSERT(a.len = 1, 20);
factor := a.digit[a.beg]; i := 0; carry := 0;
WHILE i # b.len DO
carry := carry DIV B + factor * b.digit[b.beg + i]; c.digit[c.beg + i] := SHORT(carry MOD B);
INC(i)
END;
IF carry >= B THEN c.digit[c.beg + i] := SHORT(carry DIV B); INC(i) END;
c.len := i
END OneDigitMult;
PROCEDURE SimpleMult (a, b: Buffer; VAR c: Buffer);
VAR i, j, k: Index; c0, c1: DoubleDigit;
BEGIN
ASSERT(a.len <= b.len, 20);
c.len := a.len + b.len - 1;
i := 0; c0 := 0; c1 := 0;
REPEAT
IF i < b.len THEN
IF i < a.len THEN j := i; k := 0 ELSE j := a.len - 1; k := i - a.len + 1 END;
REPEAT
c0 := c0 + a.digit[a.beg + j] * b.digit[b.beg + k];
IF c0 > MAX(DoubleDigit) - BinBase * (B - 1) THEN
c1 := c1 + c0 DIV BinBase; c0 := c0 MOD BinBase
END;
DEC(j); INC(k)
UNTIL j < 0
ELSE
j := a.len - 1; k := i - a.len + 1;
REPEAT
c0 := c0 + a.digit[a.beg + j] * b.digit[b.beg + k];
IF c0 > MAX(DoubleDigit) - BinBase * (B - 1) THEN
c1 := c1 + c0 DIV BinBase; c0 := c0 MOD BinBase
END;
DEC(j); INC(k)
UNTIL k = b.len
END;
IF c1 = 0 THEN c.digit[c.beg + i] := SHORT(c0 MOD B); c0 := c0 DIV B
ELSE
c0 := c0 + BinBase * (c1 MOD B);
c.digit[c.beg + i] := SHORT(c0 MOD B); c0 := c0 DIV B; c1 := c1 DIV B
END;
INC(i)
UNTIL i = c.len;
IF c0 # 0 THEN c.digit[c.beg + c.len] := SHORT(c0); INC(c.len) END
END SimpleMult;
PROCEDURE AddBuf (a, b: Buffer; VAR c: Buffer); (* c := a + b *)
VAR i: Index; carry: Digit;
BEGIN
ASSERT(a.len <= b.len, 20);
i := 0; carry := 0;
WHILE i # a.len DO
carry := SHORT(carry DIV B + a.digit[a.beg + i] + b.digit[b.beg + i]);
c.digit[c.beg + i] := SHORT(carry MOD B);
INC(i)
END;
WHILE (i # b.len) & (carry >= B) DO
carry := SHORT(carry DIV B + b.digit[b.beg + i]); c.digit[c.beg + i] := SHORT(carry MOD B);
INC(i)
END;
IF carry >= B THEN c.digit[c.beg + i] := SHORT(carry DIV B); INC(i)
ELSE
WHILE i # b.len DO c.digit[c.beg + i] := b.digit[b.beg + i]; INC(i) END
END;
c.len := i
END AddBuf;
PROCEDURE AddToBuf (VAR a: Buffer; b: Buffer; shift: Index); (* a := a + b * B^shift *)
VAR i, n: Index; carry: Digit;
BEGIN
b.beg := b.beg - shift; b.len := b.len + shift; i := shift; n := MIN(a.len, b.len); carry := 0;
WHILE i # n DO
carry := SHORT(carry DIV B + a.digit[a.beg + i] + b.digit[b.beg + i]);
a.digit[a.beg + i] := SHORT(carry MOD B);
INC(i)
END;
IF i # a.len THEN
WHILE (i # a.len) & (carry >= B) DO
carry := SHORT(carry DIV B + a.digit[a.beg + i]); a.digit[a.beg + i] := SHORT(carry MOD B);
INC(i)
END;
IF carry >= B THEN a.digit[a.beg + i] := SHORT(carry DIV B); INC(i) END
ELSE
WHILE (i # b.len) & (carry >= B) DO
carry := SHORT(carry DIV B + b.digit[b.beg + i]); a.digit[a.beg + i] := SHORT(carry MOD B);
INC(i)
END;
IF carry >= B THEN a.digit[a.beg + i] := SHORT(carry DIV B); INC(i)
ELSE
WHILE i # b.len DO a.digit[a.beg + i] := b.digit[b.beg + i]; INC(i) END
END
END;
a.len := MAX(i, a.len)
END AddToBuf;
PROCEDURE SubtractFromBuf (VAR a: Buffer; b, c: Buffer); (* a := a - b - c *)
VAR i: Index; carry: Digit;
BEGIN
ASSERT(b.len <= c.len, 20);
i := 0; carry := 0;
WHILE i # b.len DO
carry := SHORT(carry DIV B + a.digit[a.beg + i] - b.digit[b.beg + i] - c.digit[c.beg + i]);
a.digit[a.beg + i] := SHORT(carry MOD B);
INC(i)
END;
WHILE i # c.len DO
carry := SHORT(carry DIV B + a.digit[a.beg + i] - c.digit[c.beg + i]);
a.digit[a.beg + i] := SHORT(carry MOD B);
INC(i)
END;
WHILE carry < 0 DO
carry := SHORT(carry DIV B + a.digit[a.beg + i]); a.digit[a.beg + i] := SHORT(carry MOD B);
INC(i)
END;
ASSERT(i <= a.len, 100);
WHILE (a.len # 0) & (a.digit[a.beg + a.len - 1] = 0) DO DEC(a.len) END
END SubtractFromBuf;
PROCEDURE KStep (a, b: Buffer; VAR c: Buffer; stack: Buffer);
VAR n2, i: Index; a0, a1, b0, b1, c0, c1, h: Buffer;
BEGIN
ASSERT(a.len <= b.len, 20);
IF a.len = 0 THEN c.len := 0
ELSIF a.len = 1 THEN OneDigitMult(a, b, c)
ELSIF a.len <= KaratsubaBreak THEN SimpleMult(a, b, c)
ELSE
n2 := b.len DIV 2;
c0.digit := c.digit; c0.beg := c.beg; c1.digit := c.digit; c1.beg := c.beg + 2 * n2;
a0.digit := a.digit; a0.beg := a.beg; a0.len := MIN(a.len, n2);
a1.digit := a.digit; a1.beg := a.beg + n2; a1.len := MAX(0, a.len - n2);
WHILE (a0.len # 0) & (a0.digit[a0.beg + a0.len - 1] = 0) DO DEC(a0.len) END;
b0.digit := b.digit; b0.beg := b.beg; b0.len := MIN(b.len, n2);
b1.digit := b.digit; b1.beg := b.beg + n2; b1.len := MAX(0, b.len - n2);
WHILE (b0.len # 0) & (b0.digit[b0.beg + b0.len - 1] = 0) DO DEC(b0.len) END;
IF (a0.len # 0) OR (b0.len # 0) THEN
IF a0.len <= a1.len THEN AddBuf(a0, a1, c1) ELSE AddBuf(a1, a0, c1) END;
IF b0.len <= b1.len THEN AddBuf(b0, b1, c0) ELSE AddBuf(b1, b0, c0) END;
h.digit := stack.digit; h.beg := stack.beg; stack.beg := stack.beg + c0.len + c1.len;
IF c0.len <= c1.len THEN KStep(c0, c1, h, stack) ELSE KStep(c1, c0, h, stack) END;
IF a0.len <= b0.len THEN KStep(a0, b0, c0, stack) ELSE KStep(b0, a0, c0, stack) END;
KStep(a1, b1, c1, stack);
IF c0.len <= c1.len THEN SubtractFromBuf(h, c0, c1) ELSE SubtractFromBuf(h, c1, c0) END;
IF c1.len # 0 THEN
i := c0.beg + c0.len;
WHILE i < c1.beg DO c.digit[i] := 0; INC(i) END;
c.len := c1.beg + c1.len - c.beg
ELSE
WHILE c0.len < n2 DO c0.digit[c0.beg + c0.len] := 0; INC(c0.len) END;
c.len := c0.len
END;
ASSERT(h.len # 0, 100);
AddToBuf(c, h, n2)
ELSE
KStep(a1, b1, c1, stack); c.len := c1.beg + c1.len - c.beg;
i := c.beg;
WHILE i # c1.beg DO c.digit[i] := 0; INC(i) END
END
END
END KStep;
PROCEDURE Karatsuba (x, y, pro:Integer; xL, yL: Index; OUT proL: Index);
VAR a, b, c, stack: Buffer;
BEGIN
ASSERT(xL <= yL, 20);
a.digit := x; a.beg := 0; a.len := xL; b.digit := y; b.beg := 0; b.len := yL;
c.digit := pro; c.beg := 0;
NEW(stack.digit, 2 * b.len); stack.beg := 0;
KStep(a, b, c, stack);
proL := c.len
END Karatsuba;
PROCEDURE Multiply (x, y, pro: Integer; xL, yL: Index; OUT proL: Index);
VAR i, j, k: Index; c0, c1: DoubleDigit;
BEGIN
ASSERT(xL <= yL, 20);
IF xL > KaratsubaBreak THEN Karatsuba(x, y, pro, xL, yL, proL)
ELSIF xL = 1 THEN
proL := 0; c1 := x[0]; c0 := 0;
WHILE proL < yL DO
c0 := c1 * y[proL] + c0; pro[proL] := SHORT(c0 MOD B);
c0 := c0 DIV B ; INC(proL)
END;
IF c0 # 0 THEN pro[proL] := SHORT(c0); INC(proL) END
ELSE
proL := xL + yL - 1;
i := 0; c0 := 0; c1 := 0;
REPEAT
IF i < yL THEN
IF i < xL THEN j := i; k := 0 ELSE j := xL - 1; k := i - xL + 1 END;
REPEAT
c0 := c0 + x[j] * y[k];
IF c0 > MAX(DoubleDigit) - BinBase * (B - 1) THEN
c1 := c1 + c0 DIV BinBase; c0 := c0 MOD BinBase
END;
DEC(j); INC(k)
UNTIL j < 0
ELSE
j := xL - 1; k := i - xL + 1;
REPEAT
c0 := c0 + x[j] * y[k];
IF c0 > MAX(DoubleDigit) - BinBase * (B - 1) THEN
c1 := c1 + c0 DIV BinBase; c0 := c0 MOD BinBase
END;
DEC(j); INC(k)
UNTIL k = yL
END;
IF c1 = 0 THEN pro[i] := SHORT(c0 MOD B); c0 := c0 DIV B
ELSE c0 := c0 + BinBase * (c1 MOD B); pro[i] := SHORT(c0 MOD B);
c0 := c0 DIV B; c1 := c1 DIV B
END;
INC(i)
UNTIL i = proL;
IF c0 # 0 THEN pro[proL] := SHORT(c0); INC(proL) END
END
END Multiply;
PROCEDURE DecomposeQuoRem (x, y: Integer; xL, yL: Index);
VAR ix, iy, j: Index; d, q, h, yLead, ySecond: DoubleDigit; yBuf: Integer;
BEGIN
ASSERT((yL # 0) & (y[yL - 1] # 0), 20);
IF yL = 1 THEN
j := xL - 1; h := 0; d := y[0];
WHILE j >= 0 DO h := x[j] + h * B; x[j + 1] := SHORT(h DIV d); h := h MOD d; DEC(j) END;
x[0] := SHORT(h)
ELSIF xL >= yL THEN
x[xL] := 0; d := (B DIV 2 - 1) DIV y[yL - 1] + 1; yBuf := CopyOf(y, yL);
IF d # 1 THEN
j := 0; h := 0;
WHILE j < xL DO h := d * x[j] + h DIV B; x[j] := SHORT(h MOD B); INC(j) END;
x[xL] := SHORT(h DIV B);
j := 0; h := 0;
WHILE j < yL DO h := d * yBuf[j] + h DIV B; yBuf[j] := SHORT(h MOD B); INC(j) END;
ASSERT(h DIV B = 0, 100)
END;
yLead := yBuf[yL - 1]; ySecond := yBuf[yL - 2]; j := xL;
WHILE j >= yL DO
IF x[j] # yLead THEN q := (x[j] * B + x[j - 1]) DIV yLead ELSE q := B - 1 END;
WHILE ySecond * q > (x[j] * B + x[j - 1] - yLead * q) * B + x[j - 2] DO
DEC(q)
END;
ix := j - yL; iy := 0; h := 0;
WHILE iy < yL DO
h := x[ix] - q * yBuf[iy] + h DIV B; x[ix] := SHORT(h MOD B); INC(ix); INC(iy)
END;
IF (-x[j]) # (h DIV B) THEN
ix := j - yL; iy := 0; h := 0;
WHILE iy < yL DO
h := h DIV B + x[ix] + yBuf[iy]; x[ix] := SHORT(h MOD B); INC(ix); INC(iy)
END;
x[j] := SHORT(q - 1)
ELSE x[j] := SHORT(q)
END;
DEC(j)
END;
IF d # 1 THEN
j := yL; h := 0;
WHILE j # 0 DO DEC(j); h := h + x[j]; x[j] := SHORT(h DIV d); h := (h MOD d) * B END
END
END
END DecomposeQuoRem;
PROCEDURE GetQuoRem (x, y: Integer; xL, yL: Index; xNeg, yNeg: BOOLEAN;
quo, rem: Integer; OUT quoL, remL: Index; OUT quoNeg, remNeg: BOOLEAN;
doQuo, doRem: BOOLEAN);
VAR i: Index; c: Digit; xBuf: Integer;
BEGIN
ASSERT(xL >= yL, 20);
xBuf := CopyOf(x, xL + 1);
DecomposeQuoRem(xBuf, y, xL, yL);
i := xL;
WHILE (i >= yL) & (xBuf[i] = 0) DO DEC(i) END;
quoL := i - yL + 1;
i := yL - 1;
WHILE (i >= 0) & (xBuf[i] = 0) DO DEC(i) END;
remL := i + 1;
IF doQuo THEN
quoNeg := xNeg # yNeg;
IF quoNeg & (remL # 0) THEN
i := 0; c := 1;
WHILE (i # quoL) & (c # 0) DO
c := SHORT(c + xBuf[i + yL]); quo[i] := SHORT(c MOD B); c := SHORT(c DIV B);
INC(i)
END;
IF c = 0 THEN
WHILE i # quoL DO quo[i] := xBuf[i + yL]; INC(i) END
ELSE quo[i] := c; INC(quoL)
END
ELSE
i := 0;
WHILE i # quoL DO quo[i] := xBuf[i + yL]; INC(i) END
END
END;
IF doRem THEN
remNeg := yNeg & (remL # 0);
IF (xNeg # yNeg) & (remL # 0) THEN Subtract(y, xBuf, rem, yL, remL, remL)
ELSE
i := 0;
WHILE i # remL DO rem[i] := xBuf[i]; INC(i) END
END
END
END GetQuoRem;
PROCEDURE BinPower (x: Integer; exp: INTEGER; y: Integer; xL: Index; OUT yL: Index);
VAR zL: Index; b: INTEGER; z: Integer;
BEGIN
ASSERT(exp > 0, 20); ASSERT(xL # 0, 21);
b := 1;
WHILE 2 * b <= exp DO b := 2 * b END;
y[0] := 1; yL := 1; NEW(z, LEN(y^));
(* y^b * x^exp = const.) & (2 * b > exp) *)
WHILE (exp # 0) OR (b # 1) DO
IF exp >= b THEN
exp := exp - b;
IF xL <= yL THEN Multiply(x, y, z, xL, yL, zL) ELSE Multiply(y, x, z, yL, xL, zL) END
ELSE b := b DIV 2; Multiply(y, y, z, yL, yL, zL)
END;
yL := zL;
REPEAT DEC(zL); y[zL] := z[zL] UNTIL zL = 0
END
END BinPower;
(* Data Format Support *)
PROCEDURE New (nofDigits: Index): Integer;
VAR x: Integer;
BEGIN
NEW(x, nofDigits + 2); RETURN x
END New;
PROCEDURE SetLength (x: Integer; len: Index; negative: BOOLEAN);
VAR low, high: Digit;
BEGIN
ASSERT(len >= 0, 20); ASSERT(~negative OR (len # 0), 21);
IF negative THEN len := -len END;
low := SHORT(len MOD 10000H - 8000H); high := SHORT(len DIV 10000H);
x[LEN(x^) - 1] := low; x[LEN(x^) - 2] := high
END SetLength;
PROCEDURE GetLength (x: Integer; OUT len: Index; OUT negative: BOOLEAN);
VAR low, high: Digit;
BEGIN
low := x[LEN(x^) - 1]; high := x[LEN(x^) - 2];
len := low + 8000H + high * 10000H;
negative := len < 0; len := ABS(len)
END GetLength;
(* Exported Services *)
PROCEDURE Long* (x: LONGINT): Integer;
VAR i: Index; negative: BOOLEAN; int: Integer;
BEGIN
IF x # 0 THEN
negative := x < 0; x := ABS(x);
int := New(5); i := 0;
REPEAT int[i] := SHORT(SHORT(x MOD B)); x := x DIV B; INC(i) UNTIL x = 0;
SetLength(int, i, negative)
ELSE int := zero
END;
RETURN int
END Long;
PROCEDURE Short* (x: Integer): LONGINT;
VAR i: Index; res: LONGINT; negative: BOOLEAN;
BEGIN
res := 0; GetLength(x, i, negative);
WHILE i # 0 DO DEC(i); res := res * B + x[i] END;
IF negative THEN res := -res END;
RETURN res
END Short;
PROCEDURE Entier* (x: REAL): Integer;
VAR mL, yL, i: Index; mx: REAL; ex: INTEGER; neg: BOOLEAN; y, z: Integer;
PROCEDURE Inc(m: Integer; VAR mL: Index);
VAR i: Index;
BEGIN
i := 0;
WHILE m[i] = B - 1 DO m[i] := 0; INC(i) END;
INC(m[i]);
IF i = mL THEN INC(mL); m[mL] := 0 END
END Inc;
PROCEDURE Double (m: Integer; VAR mL: Index);
VAR i: Index; c: Digit;
BEGIN
i := 0; c := 0;
WHILE i < mL DO
c := SHORT(c + m[i] * 2); m[i] := SHORT(c MOD B); c := SHORT(c DIV B);
INC(i)
END;
IF c # 0 THEN INC(mL); m[mL] := 0; m[i] := c END
END Double;
BEGIN
IF (x >= 1) OR (x < 0) THEN
neg := x < 0; x := ABS(x);
mL := 0; buf6[0] := 0; mx := Math.Mantissa(x); ex := Math.Exponent(x);
WHILE (mx # 0) & (ex > 0) DO (* mx * 2^ex + m * 2^ex = const. *)
IF ENTIER(mx) = 1 THEN Inc(buf6, mL); mx := mx - 1
ELSE ASSERT(ENTIER(mx) = 0, 100)
END;
Double(buf6, mL); mx := 2 * mx; DEC(ex)
END;
IF (ENTIER(mx) = 1) & (ex = 0) THEN Inc(buf6, mL); mx := mx - 1 END;
IF ex > 0 THEN
y := New(mL + SHORT(ENTIER(Math.Ln(2) * ex / Math.Ln(B)) + 1));
z := New(SHORT(ENTIER(Math.Ln(2) * ex / Math.Ln(B)) + 1));
BinPower(two, ex, z, 1, yL);
IF mL <= yL THEN Multiply(buf6, z, y, mL, yL, yL) ELSE Multiply(z, buf6, y, yL, mL, yL) END
ELSE
y := New(mL + 1); yL := mL;
i := 0;
WHILE i # mL DO y[i] := buf6[i]; INC(i) END
END;
IF neg & (mx # 0) THEN Inc(y, yL) END;
SetLength(y, yL, neg)
ELSE y := zero
END;
RETURN y
END Entier;
PROCEDURE Float* (x: Integer): REAL;
VAR i: Index; y: REAL; negative: BOOLEAN;
BEGIN
y := 0; GetLength(x, i, negative);
WHILE i # 0 DO DEC(i); y := y * B + x[i] END;
IF negative THEN y := -y END;
RETURN y
END Float;
PROCEDURE Sign* (x: Integer): INTEGER;
VAR len: Index; negative: BOOLEAN;
BEGIN
GetLength(x, len, negative);
IF len = 0 THEN RETURN 0
ELSIF negative THEN RETURN -1
ELSE RETURN 1
END
END Sign;
PROCEDURE Abs* (x: Integer): Integer;
VAR len: Index; negative: BOOLEAN; y: Integer;
BEGIN
GetLength(x, len, negative);
IF negative THEN
y := New(len); SetLength(y, len, FALSE);
REPEAT DEC(len); y[len] := x[len] UNTIL len = 0
ELSE y := x
END;
RETURN y
END Abs;
PROCEDURE Digits10Of* (x: Integer): INTEGER;
VAR i, n: Index; d: Digit; negative: BOOLEAN;
BEGIN
GetLength(x, n, negative);
IF n # 0 THEN
d := x[n - 1]; i := 0;
REPEAT INC(i); d := SHORT(d DIV 10) UNTIL d = 0;
n := DecPerDig * (n - 1) + i
END;
RETURN n
END Digits10Of;
PROCEDURE ThisDigit10* (x: Integer; exp10: INTEGER): CHAR;
VAR i, n: Index; d: Digit; negative: BOOLEAN;
BEGIN
ASSERT(exp10 >= 0, 20);
GetLength(x, n, negative); i := exp10 DIV DecPerDig;
IF n > i THEN
d := x[i]; i := exp10 MOD DecPerDig;
WHILE i # 0 DO d := SHORT(d DIV 10); DEC(i) END;
d := SHORT(d MOD 10)
ELSE d := 0
END;
RETURN CHR(ORD("0") + d)
END ThisDigit10;
PROCEDURE Compare* (x, y: Integer): INTEGER;
VAR xL, yL: Index; res: INTEGER; xNeg, yNeg: BOOLEAN;
BEGIN
GetLength(x, xL, xNeg); GetLength(y, yL, yNeg);
IF xNeg = yNeg THEN
IF (xL = yL) & (xL # 0) THEN
DEC(xL);
WHILE (xL # 0) & (x[xL] = y[xL]) DO DEC(xL) END;
IF x[xL] = y[xL] THEN res := 0 ELSIF (x[xL] < y[xL]) = xNeg THEN res := 1 ELSE res := -1 END
ELSE
IF xL = yL THEN res := 0 ELSIF (xL < yL) = xNeg THEN res := 1 ELSE res := -1 END
END
ELSIF xNeg THEN res := -1
ELSE res := 1
END;
RETURN res
END Compare;
PROCEDURE AddOp (x, y: Integer; subtract: BOOLEAN): Integer;
VAR i, d, xL, yL, intL: Index; xNeg, yNeg: BOOLEAN; int: Integer;
BEGIN
GetLength(x, xL, xNeg); GetLength(y, yL, yNeg);
IF yL = 0 THEN int := x
ELSIF xL = 0 THEN
IF subtract THEN
int := New(yL); SetLength(int, yL, ~yNeg);
REPEAT DEC(yL); int[yL] := y[yL] UNTIL yL = 0
ELSE int := y
END
ELSIF (xNeg = yNeg) # subtract THEN
int := New(MAX(xL, yL) + 1); Add(x, y, int, xL, yL, intL); SetLength(int, intL, xNeg)
ELSE
d := xL - yL;
IF d # 0 THEN i := MAX(xL, yL) - 1
ELSE
i := xL;
REPEAT DEC(i); d := x[i] - y[i] UNTIL (i = 0) OR (d # 0)
END;
IF d > 0 THEN
int := New(i + 1); Subtract(x, y, int, xL, yL, intL); SetLength(int, intL, xNeg)
ELSIF d < 0 THEN
int := New(i + 1); Subtract(y, x, int, yL, xL, intL); SetLength(int, intL, yNeg # subtract)
ELSE int := zero
END
END;
RETURN int
END AddOp;
PROCEDURE Sum* (x, y: Integer): Integer;
BEGIN
RETURN AddOp(x, y, FALSE)
END Sum;
PROCEDURE Difference*(x, y: Integer): Integer;
BEGIN
RETURN AddOp(x, y, TRUE)
END Difference;
PROCEDURE Product* (x, y: Integer): Integer;
VAR xL, yL, intL: Index; neg, xNeg, yNeg: BOOLEAN; int: Integer;
BEGIN
GetLength(x, xL, xNeg); GetLength(y, yL, yNeg); neg := xNeg # yNeg;
IF xL > yL THEN int := x; x := y; y := int; intL := xL; xL := yL; yL := intL; xNeg := yNeg END;
(* x.nofDigits <= y.nofDigits - yNeg no more valid! *)
IF xL = 0 THEN int := zero
ELSIF (xL = 1) & (x[0] = 1) THEN
IF xNeg THEN
int := New(yL); SetLength(int, yL, neg);
REPEAT DEC(yL); int[yL] := y[yL] UNTIL yL = 0
ELSE int := y
END
ELSE
int := New(xL + yL); Multiply(x, y, int, xL, yL, intL); SetLength(int, intL, neg)
END;
RETURN int
END Product;
PROCEDURE Quotient* (x, y: Integer): Integer;
VAR xL, yL, intL, remL: Index; xNeg, yNeg, qNeg, rNeg: BOOLEAN;
int: Integer;
BEGIN
GetLength(x, xL, xNeg); GetLength(y, yL, yNeg);
ASSERT(yL # 0, 20);
IF xL < yL THEN int := zero
ELSIF (yL = 1) & (y[0] = 1) THEN
IF yNeg THEN
int := New(xL); SetLength(int, xL, ~xNeg);
REPEAT DEC(xL); int[xL] := x[xL] UNTIL xL = 0
ELSE int := x
END
ELSE
int := New(xL - yL + 2);
GetQuoRem(x, y, xL, yL, xNeg, yNeg, int, NIL, intL, remL, qNeg, rNeg, TRUE, FALSE);
SetLength(int, intL, qNeg)
END;
RETURN int
END Quotient;
PROCEDURE Remainder* (x, y: Integer): Integer;
VAR xL, yL, intL, quoL: Index; xNeg, yNeg, qNeg, rNeg: BOOLEAN;
int: Integer;
BEGIN
GetLength(x, xL, xNeg); GetLength(y, yL, yNeg);
ASSERT(yL # 0, 20);
IF xL < yL THEN int := x
ELSIF (yL = 1) & (y[0] = 1) THEN int := zero
ELSE
int := New(yL);
GetQuoRem(x, y, xL, yL, xNeg, yNeg, NIL, int, quoL, intL, qNeg, rNeg, FALSE, TRUE);
SetLength(int, intL, rNeg)
END;
RETURN int
END Remainder;
PROCEDURE QuoRem* (x, y: Integer; OUT quo, rem: Integer);
VAR xL, yL, quoL, remL: Index; xNeg, yNeg, qNeg, rNeg: BOOLEAN;
BEGIN
GetLength(x, xL, xNeg); GetLength(y, yL, yNeg);
ASSERT(yL # 0, 20);
IF xL < yL THEN quo := zero; rem := x
ELSIF (yL = 1) & (y[0] = 1) THEN
rem := zero;
IF yNeg THEN
quo := New(xL); SetLength(quo, xL, ~xNeg);
REPEAT DEC(xL); quo[xL] := x[xL] UNTIL xL = 0
ELSE quo := x
END
ELSE
quo := New(xL - yL + 2); rem := New(yL);
GetQuoRem(x, y, xL, yL, xNeg, yNeg, quo, rem, quoL, remL, qNeg, rNeg, TRUE, TRUE);
SetLength(quo, quoL, qNeg); SetLength(rem, remL, rNeg)
END
END QuoRem;
PROCEDURE GCD* (x, y: Integer): Integer;
VAR xL, yL, i: Index; h: Digit; negative: BOOLEAN; xBuf, yBuf, int: Integer;
BEGIN
GetLength(x, xL, negative); GetLength(y, yL, negative);
IF xL = 0 THEN int := y
ELSIF yL = 0 THEN int := x
ELSE
IF xL >= yL THEN xBuf := CopyOf(x, xL + 1); yBuf := CopyOf(y, yL + 1)
ELSE xBuf := CopyOf(y, yL + 1); yBuf := CopyOf(x, xL + 1); i := xL; xL := yL; yL := i
END;
WHILE yL # 0 DO
DecomposeQuoRem(xBuf, yBuf, xL, yL);
xL := yL;
WHILE (xL # 0) & (xBuf[xL - 1] = 0) DO DEC(xL) END;
i := yL;
WHILE i # 0 DO DEC(i); h := xBuf[i]; xBuf[i] := yBuf[i]; yBuf[i] := h END;
i := xL; xL := yL; yL := i
END;
int := New(xL); SetLength(int, xL, FALSE);
WHILE xL # 0 DO DEC(xL); int[xL] := xBuf[xL] END
END;
RETURN int
END GCD;
PROCEDURE Power* (x: Integer; exp: INTEGER): Integer;
VAR xL, intL: Index; negative: BOOLEAN; int: Integer;
BEGIN
ASSERT(exp >= 0, 20);
GetLength(x, xL, negative);
IF xL = 0 THEN int := zero
ELSIF (xL = 1) & (x[0] = 1) THEN
IF negative & ~ODD(exp) THEN
int := New(xL); SetLength(int, xL, FALSE);
REPEAT DEC(xL); int[xL] := x[xL] UNTIL xL = 0
ELSE int := x
END
ELSIF exp = 0 THEN int := one
ELSIF exp = 1 THEN int := x
ELSE
int := New(SHORT((xL - 1) * exp + ENTIER(Math.Ln(x[xL - 1] + 1) * exp / Math.Ln(B)) + 1));
BinPower(x, exp, int, xL, intL); SetLength(int, intL, negative & ODD(exp))
END;
RETURN int
END Power;
(* Read from and Write to String and File *)
PROCEDURE ConvertFromString* (IN s: ARRAY OF CHAR; OUT x: Integer);
VAR i, j, k: INTEGER; dig, b: Digit; ch: CHAR; negative: BOOLEAN; new: Integer;
BEGIN
i := 0; ch := s[0];
WHILE (ch # 0X) & (ch <= " ") DO INC(i); ch := s[i] END;
negative := ch = "-";
IF negative THEN INC(i); ch := s[i] END;
IF ch = "+" THEN INC(i); ch := s[i] END;
WHILE (ch # 0X) & (ch <= " ") DO INC(i); ch := s[i] END;
ASSERT((ch >= "0") & (ch <= "9"), 20);
WHILE ch = "0" DO INC(i); ch := s[i] END;
IF (ch > "0") & (ch <= "9") THEN
j := i;
REPEAT INC(j); ch := s[j] UNTIL (ch < "0") OR (ch > "9");
k := (j - i - 1) DIV DecPerDig + 2;
new := New(k); SetLength(new, k - 1, negative);
k := (j - i) MOD DecPerDig;
IF k # 0 THEN
b := 1; DEC(k);
WHILE k # 0 DO DEC(k); b := SHORT(b * 10) END
ELSE b := B DIV 10
END;
REPEAT
dig := 0;
WHILE b # 0 DO
dig := SHORT(dig + b * (ORD(s[i]) - ORD("0"))); b := SHORT(b DIV 10);
INC(i)
END;
new[(j - i) DIV DecPerDig] := dig; b := B DIV 10
UNTIL i = j;
x := new
ELSE x := zero
END
END ConvertFromString;
PROCEDURE ConvertToString* (x: Integer; OUT s: ARRAY OF CHAR);
VAR j: Index; i: INTEGER; d, b: Digit; negative: BOOLEAN;
BEGIN
GetLength(x, j, negative);
IF negative THEN s[0] := "-"; i := 1 ELSE i := 0 END;
IF j # 0 THEN
DEC(j); d := x[j]; b := B DIV 10;
WHILE d DIV b = 0 DO b := SHORT(b DIV 10) END;
REPEAT
s[i] := CHR(d DIV b + ORD("0")); INC(i); d := SHORT(d MOD b); b := SHORT(b DIV 10)
UNTIL b = 0;
WHILE j # 0 DO
DEC(j); d := x[j]; b := B DIV 10;
REPEAT
s[i] := CHR(d DIV b + ORD("0")); INC(i); d := SHORT(d MOD b); b := SHORT(b DIV 10)
UNTIL b = 0
END
ELSE s[i] := "0"; INC(i)
END;
s[i] := 0X
END ConvertToString;
PROCEDURE Internalize* (r: Files.Reader; OUT x: Integer);
VAR len: Index; n, version: INTEGER; negative: BOOLEAN;
new: Integer; buf: ARRAY 4 OF BYTE;
BEGIN
r.ReadByte(buf[0]); version := buf[0];
ASSERT((version = 0) OR (version >= 128), 20);
IF version = 0 THEN
r.ReadBytes(buf, 0, 4);
len := (((buf[0] MOD 128) * 256 + buf[1] MOD 256) * 256
+ buf[2] MOD 256) * 256 + buf[3] MOD 256;
new := New(len); SetLength(new, len, buf[0] < 0);
WHILE len # 0 DO
DEC(len);
r.ReadBytes(buf, 0, 2); new[len] := SHORT((buf[0] MOD 256) * 256 + buf[1] MOD 256)
END;
x := new
ELSE (* version >= 128 *)
r.ReadByte(buf[1]); n := (buf[0] MOD 256) * 256 + buf[1] MOD 256 - 32768;
r.ReadBytes(buf, 0, 2); DEC(n);
len := (buf[0] MOD 256) * 256 + buf[1] MOD 256; negative := len < 0; len := ABS(len);
new := New(len); SetLength(new, len, negative);
WHILE n # len DO DEC(n); r.ReadBytes(buf, 0, 2) END;
WHILE len # 0 DO
DEC(len);
r.ReadBytes(buf, 0, 2); new[len] := SHORT((buf[0] MOD 256) * 256 + buf[1] MOD 256)
END;
x := new
END
END Internalize;
PROCEDURE Externalize* (w: Files.Writer; x: Integer);
VAR len, l: Index; d: Digit; i: INTEGER; negative: BOOLEAN; buf: ARRAY 4 OF BYTE;
PROCEDURE Byte(x: INTEGER): BYTE;
BEGIN
ASSERT((x >= MIN(BYTE)) & (x <= MAX(BYTE) - MIN(BYTE)), 20);
IF x > MAX(BYTE) THEN RETURN SHORT(SHORT(x - 256)) ELSE RETURN SHORT(SHORT(x)) END
END Byte;
BEGIN
GetLength(x, len, negative); l := len; i := 4;
REPEAT DEC(i); buf[i] := Byte(l MOD 256); l := l DIV 256 UNTIL i = 0;
IF negative THEN buf[0] := Byte(128 + buf[0] MOD 256) END;
w.WriteByte(0); w.WriteBytes(buf, 0, 4);
WHILE len # 0 DO
DEC(len);
d := x[len]; buf[0] := Byte(d DIV 256); buf[1] := Byte(d MOD 256); w.WriteBytes(buf, 0, 2)
END
END Externalize;
BEGIN
ASSERT(B <= BinBase, 20);
zero := New(0); SetLength(zero, 0, FALSE);
one := New(1); one[0] := 1; SetLength(one, 1, FALSE);
two := New(1); two[0] := 2; SetLength(two, 1, FALSE);
NEW(buf6, 6)
END Integers.
| System/Mod/Integers.odc |
MODULE Kernel;
(**
project = "BlackBox 2.0"
organization = "www.oberon.ch, blackbox.oberon.org"
contributors = "Oberon microsystems, A. Shiryaev, A. Dmitriev"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 20070123, bh, Beep using MessageBeep
- 20070125, bh, Support for procedure signatures added
- 20070130, bh, KERNEL32 & USER32 eliminated
- 20070220, bh, comSig eliminated
- 20070307, bh, improved Ctrl-Break handling
- 20070308, bh, check for unloaded module in ExecFinalizer
- 20080107, bh, full GC included in NewBlock
- 20080107, bh, pointer anchoring bug corrected in NewRec & NewArr
- 20181123, center #192, Kernel.Call does not work with ANYREC-parameters
- 20181213, center #194, Meta.PutParam and Kernel.Call for open arrays are mismatched
- 20210722, adimetrius, Make Kernel a collection of hooks for platform-specific iimplementations. Based on Kernel for linux.
- 20211109, dia, remove MessageBox
"
issues = "
- Get rid of MessageBox and all accompanying things
"
**)
(*
A. V. Shiryaev, 2012.11, 2013.10, 2016.11, 2018.06, 2019.06
Linux Kernel
Based on 1.7.1-a1 (build number 710) Windows Kernel
Some parts taken from OpenBUGS linKernel
Most Windows-specific code removed
Some Windows-specific code commented and marked red
Windows COM-specific code re-marked from green to gray
Linux(/OpenBSD,/FreeBSD)-specific code marked green
TODO:
handle stack overflow exceptions
Quit from TrapHandler
A. Dmitriev 2021.07
Make Kernel a collection of hooks for platform-specific
implementations. Based on Kernel for linux.
*)
IMPORT S := SYSTEM, COM;
CONST
strictStackSweep = TRUE;
nameLen* = 256;
littleEndian* = TRUE;
timeResolution* = 1000; (* ticks per second *)
processor* = 10; (* i386 *)
(* loader constants *)
done* = 0;
fileNotFound* = 1;
syntaxError* = 2;
objNotFound* = 3;
illegalFPrint* = 4;
cyclicImport* = 5;
noMem* = 6;
commNotFound* = 7;
commSyntaxError* = 8;
moduleNotFound* = 9;
trapMessage* = 10;
any = 1000000;
CX = 1;
SP = 4; (* register number of stack pointer *)
FP = 5; (* register number of frame pointer *)
ML = 3; (* register which holds the module list at program start *)
N = 128 DIV 16; (* free lists *)
(* kernel flags in module desc *)
init = 16; dyn = 17; dll = 24; iptrs = 30;
monoCluster = 25; (* memory model with only one huge heap cluster; used for .exe, not used for .dll *)
(* meta interface consts *)
mConst = 1; mTyp = 2; mVar = 3; mProc = 4; mField = 5;
unloaded = -2; undefined = -1; (** values for parameter pos of GetRefFrame *)
logInc = 512; (* log buffer initial size and increment step *)
silentTrap = 128; (* no message is shown to the user for this trap number, only a console dump *)
keyboardInterrupt = 200; (* trap number for Ctrl-C = SIGINT, used to interrupt endless loops *)
sigStackSize = MAX(Libc.SIGSTKSZ, 65536);
trapReturn = 1; (* Return value for sigsetjmp given from siglongjmp *)
CONST
other = 0; defLogger = 1; gc = 2; cleanup = 3; viewer = 4; (* recovery module ids; elements of dirty *)
heap = TRUE; (* memory allocation kind, cf. HeapAlloc *)
TYPE
Name* = ARRAY nameLen OF CHAR;
Utf8Name* = ARRAY nameLen OF SHORTCHAR;
Command* = PROCEDURE;
Module* = POINTER TO RECORD [untagged]
next-: Module;
opts-: SET; (* 0..15: compiler opts, 16..31: kernel flags *)
refcnt-: INTEGER; (* <0: module invalidated *)
compTime-, loadTime-: ARRAY 6 OF SHORTINT;
ext-: INTEGER; (* currently not used *)
term-: Command; (* terminator *)
nofimps-, nofptrs-: INTEGER;
csize-, dsize-, rsize-: INTEGER;
code-, data-, refs-: INTEGER;
procBase-, varBase-: INTEGER; (* meta base addresses *)
names-: POINTER TO ARRAY [untagged] OF SHORTCHAR; (* names[0] = 0X *)
ptrs-: POINTER TO ARRAY [untagged] OF INTEGER;
imports-: POINTER TO ARRAY [untagged] OF Module;
export-: Directory; (* exported objects (name sorted) *)
name-: Utf8Name
END;
Type* = POINTER TO RECORD [untagged]
(* record: ptr to method n at offset - 4 * (n+1) *)
size-: INTEGER; (* record: size, array: #elem, dyn array: 0, proc: sigfp *)
mod-: Module;
id-: INTEGER; (* name idx * 256 + lev * 16 + attr * 4 + form *)
base-: ARRAY 16 OF Type; (* signature if form = ProcTyp *)
fields-: Directory; (* new fields (declaration order) *)
ptroffs-: ARRAY any OF INTEGER (* array of any length *)
END;
Object* = POINTER TO ObjDesc;
ObjDesc* = RECORD [untagged]
fprint-: INTEGER;
offs-: INTEGER; (* pvfprint for record types *)
id-: INTEGER; (* name idx * 256 + vis * 16 + mode *)
struct-: Type (* id of basic type or pointer to typedesc/signature *)
END;
Directory* = POINTER TO RECORD [untagged]
num-: INTEGER; (* number of entries *)
obj-: ARRAY any OF ObjDesc (* array of any length *)
END;
Signature* = POINTER TO RECORD [untagged]
retStruct-: Type; (* id of basic type or pointer to typedesc or 0 *)
num-: INTEGER; (* number of parameters *)
par-: ARRAY any OF RECORD [untagged] (* parameters *)
id-: INTEGER; (* name idx * 256 + kind *)
struct-: Type (* id of basic type or pointer to typedesc *)
END
END;
Handler* = PROCEDURE;
Reducer* = POINTER TO ABSTRACT RECORD
next: Reducer
END;
Identifier* = ABSTRACT RECORD
typ*: INTEGER;
obj-: ANYPTR
END;
TrapCleaner* = POINTER TO ABSTRACT RECORD
next: TrapCleaner
END;
TryHandler* = PROCEDURE (a, b, c: INTEGER);
(* meta extension suport *)
ItemExt* = POINTER TO ABSTRACT RECORD END;
ItemAttr* = RECORD
obj*, vis*, typ*, adr*: INTEGER;
mod*: Module;
desc*: Type;
ptr*: S.PTR;
ext*: ItemExt
END;
ADDRESS = INTEGER;
FrameDesc = RECORD (** Record for iterating over call stack, cf. GetRefFrame *)
sentry: Sentry; (* FrameDesc may be created in the stack, thus .sentinel = NIL is the only way to detect that FrameDesc hasn't been initialized (because a pointer field is the only one that the Language Report guarantees a preset value). *)
lo: ADDRESS; (* the lower boundary of the scanned stack *)
m*: Name; (** m and p identify the procedure that the frame belongs to *)
p*: Name;
depth*: INTEGER; (** depth of this frame: it's distance, in frames, from top of stack *)
pos*: INTEGER; (** position in source text of the call of m.p that created this frame, if available; -1 => pc outside of BB; -2: module unloaded *)
pc-: ADDRESS; (** address within the instruction that called m.p *)
modpc-: ADDRESS; (** = .pc WRT .m's code block *)
fp-: ADDRESS; (** m.p's frame pointer, i.e. address of the frame *)
eos-: BOOLEAN (** end of stack *)
END;
Sentry = POINTER TO ARRAY [untagged] OF CHAR; (* used in implementation of GetRefFrame *)
LoaderHook* = POINTER TO ABSTRACT RECORD
res*: INTEGER;
importing*, imported*, object*: ARRAY 256 OF CHAR
END;
Block = POINTER TO RECORD [untagged]
tag: Type;
last: INTEGER; (* arrays: last element *)
actual: INTEGER; (* arrays: used during mark phase *)
first: INTEGER (* arrays: first element *)
END;
FreeBlock = POINTER TO FreeDesc;
FreeDesc = RECORD [untagged]
tag: Type; (* f.tag = ADR(f.size) *)
size: INTEGER;
next: FreeBlock
END;
Cluster = POINTER TO RECORD [untagged]
size: INTEGER; (* total size *)
next: Cluster;
max: INTEGER (* exe: reserved size, dll: original address *)
(* start of first block *)
END;
FList = POINTER TO RECORD
next: FList;
blk: Block;
iptr, aiptr: BOOLEAN
END;
CList = POINTER TO RECORD
next: CList;
do: Command;
trapped: BOOLEAN
END;
PtrType = RECORD v: S.PTR END; (* used for array of pointer *)
Char8Type = RECORD v: SHORTCHAR END;
Char16Type = RECORD v: CHAR END;
Int8Type = RECORD v: BYTE END;
Int16Type = RECORD v: SHORTINT END;
Int32Type = RECORD v: INTEGER END;
Int64Type = RECORD v: LONGINT END;
BoolType = RECORD v: BOOLEAN END;
SetType = RECORD v: SET END;
Real32Type = RECORD v: SHORTREAL END;
Real64Type = RECORD v: REAL END;
ProcType = RECORD v: PROCEDURE END;
UPtrType = RECORD v: INTEGER END;
IntPtrType = RECORD p: COM.IUnknown END; (* used for array of interface pointer *)
StrPtr = POINTER TO ARRAY [untagged] OF SHORTCHAR;
IntPtr = POINTER TO RECORD [untagged] p: COM.IUnknown END;
Interface = POINTER TO RECORD (* COMPILER DEPENDENT *)
vtab: INTEGER;
ref: INTEGER; (* must correspond to Block.actual *)
unk: COM.IUnknown
END;
Eoln* = ARRAY 3 OF CHAR;
Platform* = ABSTRACT RECORD
initialized: BOOLEAN;
id: INTEGER; (* platform ID constant, cf. Dialog *)
eoln: Eoln; (* end of line string: 0D0A00X or 0D0X or whatever, used in buffered logging *)
physicalMemory: INTEGER; (** size of physical (hardware) memory; only meaningful in monocluster mode *)
interfaceTrapHandler*:
PROCEDURE (excpRec, estFrame, context, dispCont: INTEGER): INTEGER;
(* Most primitive console output *)
String*: PROCEDURE (IN msg: ARRAY OF CHAR);
Ln*: PROCEDURE;
gradualCommit: BOOLEAN;
(* TRUE => a cluster's virtual memory is committed gradually on demand rather than at once upon reserving address space (MEM_COMMIT and MEM_RESERVE are separate). If TRUE, .Commit should be implemented. *)
Try*: PROCEDURE (h: TryHandler; a, b, c: INTEGER); (* hook for implementation of PROCEDURE Try *)
(* AllocateMem*: PROCEDURE ((*adr: ADDRESS; *)VAR size: INTEGER; forHeap: BOOLEAN; OUT addr: ADDRESS);
(** Allocate at least size bytes of memory (address space); forHeap => for heap use, otherwise module memory. If ~forHeap, then the platform may allocate a greater size, 'cause it will be used as a heap cluster. The base address addr and size of allocated bytes are returned; addr = 0, allocation failed, and size is unchanged *)
(* ? rename to AllocAddressSpace? *)
DeallocateMem*: PROCEDURE (adr: ADDRESS; size: INTEGER; release: BOOLEAN);
Commit*: PROCEDURE (base, size, capacity: ADDRESS; VAR newSize: ADDRESS);
(** Given that a cluster [base..base + capacity) has been reserved, and [base..base + size) bytes have been committed, change the committed bytes to [base..base + newSize), size <= newSize. Th
This procedure is optional (should be NIL in Linux, where committing is not distinguished from reserving *)
AllocateClusterMem*: PROCEDURE (VAR size: ADDRESS; OUT base, capacity: ADDRESS);
(** Allocate at least size bytes of memory for a heap cluster; return base and actually allocated capacity. Post: base MOD 16 = 0, 60 *)
(* Trap handling *)
InActivationStack*: PROCEDURE (pc: ADDRESS): BOOLEAN;
IsReadable*: PROCEDURE (from, to: ADDRESS): BOOLEAN;
PrintHeaderInfo*: PROCEDURE; (* EMPTY *)
GetTrapInfo*: PROCEDURE (VAR pc, sp, fp: ADDRESS; VAR err, val: INTEGER; OUT recursive: BOOLEAN);
(** Provides information about the trap to the Kernel. pc = 0 means no trap info available. This can be used to prevent Kernel.HandleTrap from being called arbitrarily. *)
(* Various *)
InitModule*: PROCEDURE (mod: Module); (* EMPTY (optional); called from InitModule to allow mprotect in LinKernel *)
GetLoadTime*: PROCEDURE (OUT loadTime: ARRAY OF SHORTINT);
LoadDll*: PROCEDURE (IN name: ARRAY OF CHAR; VAR ok: BOOLEAN);
ThisDllObj*: PROCEDURE (mode, fprint: INTEGER; IN dll, name: ARRAY OF CHAR): INTEGER;
Start*: PROCEDURE (cmd: Command); (* EMPTY; called from Start to allow setlongjump in LinKernel *)
Terminate*: PROCEDURE (exitCode: INTEGER); (* immediately terminates BB platform process *)
FatalError*: PROCEDURE (id: INTEGER; IN str: ARRAY OF CHAR); (** report the error and terminate - never returns *)
Time*: PROCEDURE (): LONGINT;
SetupModListAccess*: PROCEDURE;
*) END;
ErrLog = EXTENSIBLE RECORD
string: PROCEDURE (IN string: ARRAY OF CHAR);
ln: PROCEDURE
END;
BufLog = RECORD (ErrLog)
buf: POINTER TO ARRAY OF CHAR; (* buffer for logging *)
pos: INTEGER; (* .buf[.pos] = 0X: end of string; .max = LEN(.buf) *)
END;
VAR
platform: POINTER [untagged] TO Platform;
baseStack: INTEGER; (* modList, root, and baseStack must be together for remote debugging *)
root: Cluster; (* cluster list *)
modList-: Module; (* root of module list *)
trapCount-: INTEGER;
err-, pc-, sp-, fp-, stack-, val-: INTEGER;
(* required for FreeBSD executable for Libc when ElfLinker used *)
__progname*: INTEGER;
environ*: INTEGER;
free: ARRAY N OF FreeBlock; (* free list *)
sentinelBlock: FreeDesc;
sentinel: FreeBlock;
candidates: ARRAY 1024 OF INTEGER;
nofcand: INTEGER;
allocated: INTEGER; (* bytes allocated on BlackBox heap *)
ttotal: INTEGER; (* current total size of BlackBox heap *) (* committed heap size *)
(* total is used only in monocluster mode; it stands for the committed heap size; in monocluster mode, all of heap is in root. The committed size of root is root.size. So, total is not needed? *)
used: INTEGER; (* bytes allocated on system heap *)
(* allocated <= used <= total. used = total when ~gradualCommit *)
finalizers: FList;
hotFinalizers: FList;
cleaners: CList;
reducers: Reducer;
trapStack: TrapCleaner;
actual: Module; (* valid during module initialization *)
trapViewer, trapChecker: Handler;
guarded: BOOLEAN; (** guarded => trap viewer (reporter) should not be called; this suppresses trap reporting *)
static, inDll, terminating: BOOLEAN;
monoClusterMem: BOOLEAN; (* mono cluster memory model: only one huge cluster is allocated for heap during kernel initialization; ~monoClusterMem: multiple clusters may be allocated of small size; cluster size in both cases is decided by the platform kernel *)
loader: LoaderHook;
loadres: INTEGER;
wouldFinalize: BOOLEAN;
watcher*: PROCEDURE (event: INTEGER); (* for debugging *)
debug*: BOOLEAN;
blockCollect*: BOOLEAN;
sentry: Sentry; (* used in GetRefFrame *)
VAR
dirty: SET; (** dirty recovery modules *)
unit: INTEGER; (** currently active unit; used to identify which unit becomes dirty after a trap *)
tryCount: INTEGER; (* counter of nested Try calls *)
dontCollect: BOOLEAN;
log: ErrLog;
blog: BufLog;
PROCEDURE (VAR p: Platform) AllocateModMem* (size: INTEGER; OUT addr: ADDRESS), NEW, ABSTRACT;
(** Allocate at least size bytes of memory that will be used by module blocks (descriptor or meta+code+vars) and returt the base address of the allocated block; addr = 0, allocation failed *)
PROCEDURE (VAR p: Platform) DeallocateModMem* (adr: ADDRESS; size: INTEGER; release: BOOLEAN), NEW, ABSTRACT;
(** Deallocate virtual memory [adr..adr+size); if release, address range is also released and may be used again; otherwise, address range is not released and may never be used again *)
PROCEDURE (VAR p: Platform) Commit* (base, committed, capacity, request: ADDRESS; OUT granted: ADDRESS), NEW, ABSTRACT;
(** Given that memory region [base..base + capacity) is reserved, and [base..base + committed) is committed, request to change the committed region to [base..base + request), committed <= request. After the call, the actually committed region is [base..base + granted).
Pre:
monoClusterMem & platform.gradualCommit, 20
=> no need to implement in non-gradual-commit or multicluster-only platforms, i.e. Linux
committed <= request, 21
Post:
committed <= granted
[base..base + granted) is committed *)
PROCEDURE (VAR p: Platform) AllocateClusterMem* (VAR size: ADDRESS; OUT base, capacity: ADDRESS), NEW, ABSTRACT;
(** Allocate at least size bytes of memory for a heap cluster; return base, actually allocated capacity and committed size.
Post:
base = 0 allocation failed altogether, size` = size
base # 0
base MOD 16 = 0, 60
size` >= size
bytes [base..base+capacity) have been allocated, bytes [base..base+size) have been committed. It may be that capacity = size (when .gradualCommit = FALSE) *)
PROCEDURE (VAR p: Platform) DeallocateClusterMem* (base: ADDRESS; size: INTEGER), NEW, ABSTRACT;
(** Deallocate cluster memory [base..base+size); base has to be the same as returned by AllocateClusterMem.
Pre:
monoClusterMem, 20
base was earlier returned by AllocateClusterMem, 21 *)
(* Trap handling *)
(*PROCEDURE (VAR p: Platform) Try* (h: TryHandler; a, b, c: INTEGER), NEW, ABSTRACT;
(* hook for implementation of PROCEDURE Try *)*)
PROCEDURE (VAR p: Platform) InActivationStack* (pc: ADDRESS): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (VAR p: Platform) IsReadable* (from, to: ADDRESS): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (VAR p: Platform) PrintHeaderInfo*, NEW, EMPTY; (* EMPTY *)
PROCEDURE (VAR p: Platform) GetTrapInfo* (VAR pc, sp, fp: ADDRESS; VAR err, val: INTEGER; OUT recursive: BOOLEAN), NEW, ABSTRACT;
(** Provides information about the trap to the Kernel. pc = 0 means no trap info available. This can be used to prevent Kernel.HandleTrap from being called arbitrarily. *)
(* Various *)
PROCEDURE (VAR p: Platform) InitModule* (mod: Module), NEW, EMPTY;
(* EMPTY (optional); called from InitModule to allow mprotect in LinKernel *)
PROCEDURE (VAR p: Platform) GetLoadTime* (OUT loadTime: ARRAY OF SHORTINT), NEW, ABSTRACT;
PROCEDURE (VAR p: Platform) LoadDll* (IN name: ARRAY OF CHAR; VAR ok: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (VAR p: Platform) ThisDllObj* (mode, fprint: INTEGER; IN dll, name: ARRAY OF CHAR): INTEGER, NEW, ABSTRACT;
PROCEDURE (VAR p: Platform) Start* (cmd: Command), NEW, EMPTY;
(* EMPTY; called from Start to allow setlongjump in LinKernel *)
PROCEDURE (VAR p: Platform) Terminate* (exitCode: INTEGER), NEW, ABSTRACT;
(* immediately terminates BB platform process *)
PROCEDURE (VAR p: Platform) FatalError* (id: INTEGER; IN str: ARRAY OF CHAR), NEW, ABSTRACT;
(** report the error and terminate - never returns *)
PROCEDURE (VAR p: Platform) Time* (): LONGINT, NEW, ABSTRACT;
(* Most primitive console output *)
PROCEDURE (VAR p: Platform) SetupModListAccess*, NEW, EMPTY;
PROCEDURE (VAR p: Platform) Debug* (): BOOLEAN, NEW;
BEGIN RETURN debug
END Debug;
(* code procedures for fpu *)
PROCEDURE [code] FINIT 0DBH, 0E3H;
PROCEDURE [code] FLDCW 0D9H, 06DH, 0FCH; (* -4, FP *)
PROCEDURE [code] FSTCW 0D9H, 07DH, 0FCH; (* -4, FP *)
(* code procedure for memory erase *)
PROCEDURE [code] Erase (adr, words: INTEGER)
089H, 0C7H, (* MOV EDI, EAX *)
031H, 0C0H, (* XOR EAX, EAX *)
059H, (* POP ECX *)
0F2H, 0ABH; (* REP STOS *)
(* code procedure for stack allocate *)
PROCEDURE [code] ALLOC (* argument in CX *)
(*
PUSH EAX
ADD ECX,-5
JNS L0
XOR ECX,ECX
L0: AND ECX,-4 (n-8+3)/4*4
MOV EAX,ECX
AND EAX,4095
SUB ESP,EAX
MOV EAX,ECX
SHR EAX,12
JEQ L2
L1: PUSH 0
SUB ESP,4092
DEC EAX
JNE L1
L2: ADD ECX,8
MOV EAX,[ESP,ECX,-4]
PUSH EAX
MOV EAX,[ESP,ECX,-4]
SHR ECX,2
RET
*);
(* code procedures for COM support *)
PROCEDURE [code] ADDREF
(*
MOV ECX,[ESP,4]
INC [ECX,4]
MOV EAX,[ECX,8]
OR EAX,EAX
JE L1
PUSH EAX
MOV EAX,[EAX]
CALL [EAX,4]
MOV ECX,[ESP,4]
L1: MOV EAX,[ECX,4]
RET 4
*)
08BH, 04CH, 024H, 004H,
0FFH, 041H, 004H,
08BH, 041H, 008H,
009H, 0C0H,
074H, 00AH,
050H,
08BH, 000H,
0FFH, 050H, 004H,
08BH, 04CH, 024H, 004H,
08BH, 041H, 004H,
0C2H, 004H, 000H;
PROCEDURE [code] RELEASE
(*
MOV ECX,[ESP,4]
MOV EAX,[ECX,8]
OR EAX,EAX
JE L1
PUSH EAX
MOV EAX,[EAX]
CALL [EAX,8]
MOV ECX,[ESP,4]
L1: DEC [ECX,4]
MOV EAX,[ECX,4]
RET 4
*)
08BH, 04CH, 024H, 004H,
08BH, 041H, 008H,
009H, 0C0H,
074H, 00AH,
050H,
08BH, 000H,
0FFH, 050H, 008H,
08BH, 04CH, 024H, 004H,
0FFH, 049H, 004H,
08BH, 041H, 004H,
0C2H, 004H, 000H;
PROCEDURE [code] CALLREL
(*
MOV EAX,[ESP,4]
CMP [EAX,4],1
JNE L1
PUSH ESI
PUSH EDI
PUSH EAX
MOV EAX,[EAX,-4]
CALL [EAX,-8]
POP EDI
POP ESI
L1:
*)
08BH, 044H, 024H, 004H,
083H, 078H, 004H, 001H,
075H, 00BH,
056H,
057H,
050H,
08BH, 040H, 0FCH,
0FFH, 050H, 0F8H,
05FH,
05EH;
PROCEDURE (VAR id: Identifier) Identified* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (r: Reducer) Reduce* (full: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (c: TrapCleaner) Cleanup*, NEW, EMPTY;
(* meta extension suport *)
PROCEDURE (e: ItemExt) Lookup* (name: ARRAY OF CHAR; VAR i: ANYREC), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) Index* (index: INTEGER; VAR elem: ANYREC), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) Deref* (VAR ref: ANYREC), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) Valid* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) Size* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) BaseTyp* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) Len* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) Call* (OUT ok: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) BoolVal* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PutBoolVal* (x: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) CharVal* (): CHAR, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PutCharVal* (x: CHAR), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) IntVal* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PutIntVal* (x: INTEGER), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) LongVal* (): LONGINT, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PutLongVal* (x: LONGINT), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) RealVal* (): REAL, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PutRealVal* (x: REAL), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) SetVal* (): SET, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PutSetVal* (x: SET), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PtrVal* (): ANYPTR, NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PutPtrVal* (x: ANYPTR), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) GetSStringVal* (OUT x: ARRAY OF SHORTCHAR;
OUT ok: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PutSStringVal* (IN x: ARRAY OF SHORTCHAR;
OUT ok: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) GetStringVal* (OUT x: ARRAY OF CHAR; OUT ok: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (e: ItemExt) PutStringVal* (IN x: ARRAY OF CHAR; OUT ok: BOOLEAN), NEW, ABSTRACT;
(* ----------------- direct logger ----------------- *)
PROCEDURE (VAR e: ErrLog) String (IN str: ARRAY OF CHAR), NEW, EXTENSIBLE;
BEGIN e.string(str)
END String;
PROCEDURE (VAR e: ErrLog) Ln, NEW, EXTENSIBLE; BEGIN e.ln END Ln;
PROCEDURE (VAR e: ErrLog) Int (x: LONGINT), NEW;
VAR a: ARRAY 25 OF CHAR;
CONST max = 25;
VAR b: ARRAY max OF CHAR; i, j: INTEGER; y: LONGINT;
BEGIN
IF x < 0 THEN x := -x; a[0] := '-'; j := 1 ELSIF x > 0 THEN j := 0 ELSE j := 1; a[0] := '0' END;
i := 0;
WHILE x # 0 DO y := x MOD 10; b[i] := SHORT(CHR(y + ORD('0'))); x := x DIV 10; INC(i) END;
DEC(i); WHILE (i >= 0) & (j < max) DO a[j] := b[i]; INC(j); DEC(i) END;
ASSERT(j < max, 20);
a[j] := 0X;
e.String(a)
END Int;
PROCEDURE (VAR e: ErrLog) Hex (x: LONGINT), NEW;
VAR i, xx, yy: INTEGER; y: LONGINT; buf: ARRAY 17 OF CHAR;
BEGIN
IF (MIN(INTEGER) < x) & (x < MAX(INTEGER)) THEN
i := 7; xx := SHORT(x); WHILE i >= 0 DO
yy := xx MOD 16; xx := xx DIV 16;
IF yy > 9 THEN yy := yy + (ORD("A") - ORD("0") - 10) END;
buf[i] := CHR(yy + ORD("0")); DEC(i)
END;
buf[8] := 0X
ELSE
i := 15; WHILE i >= 0 DO
y := x MOD 16; x := x DIV 16;
IF y > 9 THEN y := y + (ORD("A") - ORD("0") - 10) END;
buf[i] := CHR(y + ORD("0")); DEC(i)
END;
buf[16] := 0X
END;
e.String(buf)
END Hex;
(* ----------------- buffered logger ----------------- *)
PROCEDURE ^ NewArr* (eltyp, nofelem, nofdim: INTEGER): INTEGER; (* impl. of NEW(ptr, dim0, dim1, ...) *)
PROCEDURE GrowBuf (by: INTEGER);
VAR a: ADDRESS; copy: POINTER TO ARRAY OF CHAR; max, u, len: INTEGER;
BEGIN
u := unit; dontCollect := unit = defLogger; unit := gc;
IF blog.buf = NIL THEN max := 0 ELSE max := LEN(blog.buf) END;
IF max <= blog.pos + by THEN
(* allocate copy *)
len := (blog.pos + by) + (logInc - 1) DIV logInc * logInc;
a := NewArr(9 (* CHAR *), len, 1); S.PUT(a + 12, len); S.PUT(S.ADR(copy), a);
(* copy := blog.buf$ *)
IF blog.buf # NIL THEN S.MOVE(S.ADR(blog.buf[0]), S.ADR(copy[0]), 2 * max) END;
blog.buf := copy
ELSE (* fatalerror *)
END;
unit := u; dontCollect := FALSE
END GrowBuf;
PROCEDURE (VAR log: BufLog) Append (IN str: ARRAY OF CHAR), NEW;
VAR len, i: INTEGER;
BEGIN
IF ~(gc IN dirty) THEN
len := LEN(str$);
GrowBuf(len + 1);
i := len; INC(log.pos, len); len := log.pos;
WHILE i >= 0 DO log.buf[len] := str[i]; DEC(i); DEC(len) END
END
END Append;
PROCEDURE (VAR log: BufLog) String (IN str: ARRAY OF CHAR);
BEGIN
IF debug THEN log.string(str) END; (* could cause a fatal error with a specific number, huh? *)
log.Append(str)
END String;
PROCEDURE (VAR log: BufLog) Ln;
BEGIN
IF debug THEN log.ln; END;
log.Append(platform.eoln)
END Ln;
PROCEDURE (VAR log: BufLog) Reset, NEW; BEGIN log.pos := 0 END Reset;
(* -------------------- miscellaneous tools -------------------- *)
PROCEDURE Utf8ToString (IN in: ARRAY OF SHORTCHAR; OUT out: ARRAY OF CHAR;
OUT res: INTEGER);
VAR i, j, val, max: INTEGER; ch: SHORTCHAR;
PROCEDURE FormatError();
BEGIN out := in$; res := 2 (*format error*)
END FormatError;
BEGIN
ch := in[0]; i := 1; j := 0; max := LEN(out) - 1;
WHILE (ch # 0X) & (j < max) DO
IF ch < 80X THEN
out[j] := ch; INC(j)
ELSIF ch < 0E0X THEN
val := ORD(ch) - 192;
IF val < 0 THEN FormatError; RETURN END ;
ch := in[i]; INC(i); val := val * 64 + ORD(ch) - 128;
IF (ch < 80X) OR (ch >= 0E0X) THEN FormatError; RETURN END ;
out[j] := CHR(val); INC(j)
ELSIF ch < 0F0X THEN
val := ORD(ch) - 224;
ch := in[i]; INC(i); val := val * 64 + ORD(ch) - 128;
IF (ch < 80X) OR (ch >= 0E0X) THEN FormatError; RETURN END ;
ch := in[i]; INC(i); val := val * 64 + ORD(ch) - 128;
IF (ch < 80X) OR (ch >= 0E0X) THEN FormatError; RETURN END ;
out[j] := CHR(val); INC(j)
ELSE
FormatError; RETURN
END ;
ch := in[i]; INC(i)
END;
out[j] := 0X;
IF ch = 0X THEN res := 0 (*ok*) ELSE res := 1 (*truncated*) END
END Utf8ToString;
PROCEDURE StringToUtf8 (IN in: ARRAY OF CHAR; OUT out: ARRAY OF SHORTCHAR;
OUT res: INTEGER);
VAR i, j, val, max: INTEGER;
BEGIN
i := 0; j := 0; max := LEN(out) - 3;
WHILE (in[i] # 0X) & (j < max) DO
val := ORD(in[i]); INC(i);
IF val < 128 THEN
out[j] := SHORT(CHR(val)); INC(j)
ELSIF val < 2048 THEN
out[j] := SHORT(CHR(val DIV 64 + 192)); INC(j);
out[j] := SHORT(CHR(val MOD 64 + 128)); INC(j)
ELSE
out[j] := SHORT(CHR(val DIV 4096 + 224)); INC(j);
out[j] := SHORT(CHR(val DIV 64 MOD 64 + 128)); INC(j);
out[j] := SHORT(CHR(val MOD 64 + 128)); INC(j)
END;
END;
out[j] := 0X;
IF in[i] = 0X THEN res := 0 (*ok*) ELSE res := 1 (*truncated*) END
END StringToUtf8;
PROCEDURE ^ Quit* (exitCode: INTEGER);
PROCEDURE Assert (cond: BOOLEAN; IN msg: ARRAY OF CHAR);
BEGIN
IF ~cond THEN log.String(msg); log.Ln; IF platform.initialized THEN Quit(1) END END
END Assert;
PROCEDURE Time* (): LONGINT;
BEGIN
RETURN platform.Time()
END Time;
PROCEDURE SearchProcVar* (var: INTEGER; VAR m: Module; VAR adr: INTEGER);
BEGIN
adr := var; m := NIL;
IF var # 0 THEN
m := modList;
WHILE (m # NIL) & ((var < m.code) OR (var >= m.code + m.csize)) DO m := m.next END;
IF m # NIL THEN DEC(adr, m.code) END
END
END SearchProcVar;
(* -------------------- system memory management --------------------- *)
(* A. V. Shiryaev, 2012.10: NOTE: it seems that GC works correctly with positive addesses only *)
PROCEDURE AllocateCluster (size: INTEGER; VAR c: Cluster);
(** Allocate cluster c of at least size bytes in either mono- or multi-cluster heap layout *)
VAR a, base, capacity: ADDRESS;
BEGIN
ASSERT(platform.initialized, 99);
platform.AllocateClusterMem(size, base, capacity);
IF base = 0 THEN c := NIL
ELSE
IF monoClusterMem THEN
ASSERT(base MOD 16 = 0, 60);
c := S.VAL(Cluster, base); c.size := size; c.max := capacity
(*INC(total, capacitysize)*)
(* ;IF debug THEN log.String("monoClusterMem: c.max = "); log.Hex(c.max); log.Ln END; *)
ELSE
a := (base + 15) DIV 16 * 16; c := S.VAL(Cluster, a);
c.max := base;
c.size := capacity - (a - base);
(*INC(total, size)*)
(* ;IF debug THEN log.String("~monoClusterMem: c.max = "); log.Hex(c.max); log.Ln END; *)
END;
INC(used, size);
END
(* post: (c = NIL) OR (c MOD 16 = 0) & (c.size >= size) *)
END AllocateCluster;
(*PROCEDURE FreeHeapMem (c: Cluster);
BEGIN
DEC(used, c.size); (*DEC(total, c.size);*)
(* FreeHeapMem is only called in multicluster mode; in multicluster mode, total is not used *)
platform.DeallocateMem(c.max, (S.VAL(INTEGER, c) - c.max) + c.size, TRUE)
END FreeHeapMem;*)
PROCEDURE DeallocateCluster (c: Cluster);
VAR base: ADDRESS;
BEGIN
ASSERT(~monoClusterMem, 20);
DEC(used, c.size); (*DEC(total, c.size);*)
(* FreeHeapMem is only called in multicluster mode; in multicluster mode, total is not used *)
base := c.max;
platform.DeallocateClusterMem(base, (S.VAL(INTEGER, c) - base) + c.size)
END DeallocateCluster;
(*PROCEDURE HeapFull (size: INTEGER): BOOLEAN;
(** Returns TRUE if committing size more bytes would exceed hardware memory capacity *)
VAR ms: WinApi.MEMORYSTATUS;
BEGIN
ms.dwLength := SIZE(WinApi.MEMORYSTATUS);
ms.dwMemoryLoad := -1;
WinApi.GlobalMemoryStatus(ms);
RETURN used + size > ms.dwTotalPhys
END HeapFull;*)
PROCEDURE AllocModMem* (descSize, modSize: INTEGER; VAR descAdr, modAdr: INTEGER);
BEGIN
platform.AllocateModMem(descSize, descAdr);
IF descAdr # 0 THEN
platform.AllocateModMem(modSize, modAdr);
IF modAdr # 0 THEN
INC(used, descSize + modSize)
ELSE platform.DeallocateModMem(descAdr, descSize, TRUE); descAdr := 0
END
ELSE modAdr := 0
END
END AllocModMem;
PROCEDURE DeallocModMem* (descSize, modSize, descAdr, modAdr: INTEGER);
(** Deallocate virtual memory and address space previousely allocated for module blocks. The address space may later be used again. For use by the module loader if module loading fails for some reason *)
BEGIN
DEC(used, descSize + modSize);
platform.DeallocateModMem(descAdr, descSize, TRUE);
platform.DeallocateModMem(modAdr, modSize, TRUE)
END DeallocModMem;
PROCEDURE InvalModMem (modSize, modAdr: INTEGER);
BEGIN
DEC(used, modSize);
platform.DeallocateModMem(modAdr, modSize, FALSE)
END InvalModMem;
PROCEDURE IsReadable* (from, to: INTEGER): BOOLEAN;
(** check wether memory [from..to) may be read *)
BEGIN
RETURN platform.IsReadable(from, to)
END IsReadable;
(* --------------------- COM reference counting -------------------- *)
PROCEDURE [noframe] AddRef* (p: INTEGER): INTEGER; (* COMPILER DEPENDENT *)
BEGIN
ADDREF
(*
INC(p.ref);
IF p.unk # NIL THEN p.unk.AddRef() END;
RETURN p.ref
*)
END AddRef;
PROCEDURE [noframe] Release* (p: INTEGER): INTEGER; (* COMPILER DEPENDENT *)
BEGIN
RELEASE
(*
IF p.unk # NIL THEN p.unk.Release() END;
DEC(p.ref);
RETURN p.ref
*)
END Release;
PROCEDURE [noframe] Release2* (p: INTEGER): INTEGER; (* COMPILER DEPENDENT *)
BEGIN
CALLREL;
RELEASE
(*
IF p.ref = 1 THEN p.RELEASE END;
IF p.unk # NIL THEN p.unk.Release() END;
DEC(p.ref);
RETURN p.ref
*)
END Release2;
PROCEDURE RecFinalizer (obj: ANYPTR);
VAR i: INTEGER; type: Type; p: IntPtr;
BEGIN
S.GET(S.VAL(INTEGER, obj) - 4, type);
i := 0;
WHILE type.ptroffs[i] >= 0 DO INC(i) END;
INC(i);
WHILE type.ptroffs[i] >= 0 DO
p := S.VAL(IntPtr, S.VAL(INTEGER, obj) + type.ptroffs[i]); INC(i);
p.p := NIL (* calls p.p.Release *)
END
END RecFinalizer;
PROCEDURE ArrFinalizer (obj: S.PTR);
VAR last, adr, i, j: INTEGER; type: Type; p: IntPtr;
BEGIN
S.GET(S.VAL(INTEGER, obj) - 4, type);
type := S.VAL(Type, S.VAL(INTEGER, type) - 2); (* remove array flag *)
S.GET(S.VAL(INTEGER, obj), last);
S.GET(S.VAL(INTEGER, obj) + 8, adr);
j := 0;
WHILE type.ptroffs[j] >= 0 DO INC(j) END;
INC(j);
WHILE adr <= last DO
i := j;
WHILE type.ptroffs[i] >= 0 DO
p := S.VAL(IntPtr, adr + type.ptroffs[i]); INC(i);
p.p := NIL (* calls p.p.Release *)
END;
INC(adr, type.size)
END
END ArrFinalizer;
PROCEDURE ReleaseIPtrs (mod: Module);
VAR i: INTEGER; p: IntPtr;
BEGIN
IF iptrs IN mod.opts THEN
EXCL(mod.opts, iptrs);
i := mod.nofptrs;
WHILE mod.ptrs[i] # -1 DO
p := S.VAL(IntPtr, mod.varBase + mod.ptrs[i]); INC(i);
p.p := NIL (* calls p.p.Release *)
END
END
END ReleaseIPtrs;
(* --------------------- NEW implementation (portable) -------------------- *)
PROCEDURE^ NewBlock (size: INTEGER): Block;
PROCEDURE NewRec* (typ: INTEGER): INTEGER; (* implementation of NEW(ptr) *)
VAR size: INTEGER; b: Block; tag: Type; l: FList;
BEGIN
IF ODD(typ) THEN (* record contains interface pointers *)
tag := S.VAL(Type, typ - 1);
b := NewBlock(tag.size);
IF b = NIL THEN RETURN 0 END;
b.tag := tag;
l := S.VAL(FList, S.ADR(b.last)); (* anchor new object! *)
l := S.VAL(FList, NewRec(S.TYP(FList))); (* NEW(l) *)
l.blk := b; l.iptr := TRUE; l.next := finalizers; finalizers := l;
RETURN S.ADR(b.last)
ELSE
tag := S.VAL(Type, typ);
b := NewBlock(tag.size);
IF b = NIL THEN RETURN 0 END;
b.tag := tag; S.GET(typ - 4, size);
IF size # 0 THEN (* record uses a finalizer *)
l := S.VAL(FList, S.ADR(b.last)); (* anchor new object! *)
l := S.VAL(FList, NewRec(S.TYP(FList))); (* NEW(l) *)
l.blk := b; l.next := finalizers; finalizers := l
END;
RETURN S.ADR(b.last)
END
END NewRec;
PROCEDURE NewArr* (eltyp, nofelem, nofdim: INTEGER): INTEGER; (* impl. of NEW(ptr, dim0, dim1, ...) *)
VAR b: Block; size, headSize: INTEGER; t: Type; fin: BOOLEAN; l: FList;
BEGIN
IF (nofdim < 0) OR (nofdim > (MAX(INTEGER) - 12) DIV 4) THEN RETURN 0 END;
headSize := 4 * nofdim + 12;
fin := FALSE;
CASE eltyp OF
| -1: eltyp := S.ADR(IntPtrType); fin := TRUE
| 0: eltyp := S.ADR(PtrType)
| 1: eltyp := S.ADR(Char8Type)
| 2: eltyp := S.ADR(Int16Type)
| 3: eltyp := S.ADR(Int8Type)
| 4: eltyp := S.ADR(Int32Type)
| 5: eltyp := S.ADR(BoolType)
| 6: eltyp := S.ADR(SetType)
| 7: eltyp := S.ADR(Real32Type)
| 8: eltyp := S.ADR(Real64Type)
| 9: eltyp := S.ADR(Char16Type)
| 10: eltyp := S.ADR(Int64Type)
| 11: eltyp := S.ADR(ProcType)
| 12: eltyp := S.ADR(UPtrType)
ELSE (* eltyp is desc *)
IF ODD(eltyp) THEN DEC(eltyp); fin := TRUE END
END;
t := S.VAL(Type, eltyp);
ASSERT(t.size > 0, 100);
IF (nofelem < 0) OR (nofelem > (MAX(INTEGER) - headSize) DIV t.size) THEN RETURN 0 END;
size := headSize + nofelem * t.size;
b := NewBlock(size);
IF b = NIL THEN RETURN 0 END;
b.tag := S.VAL(Type, eltyp + 2); (* tag + array mark *)
b.last := S.ADR(b.last) + size - t.size; (* pointer to last elem *)
b.first := S.ADR(b.last) + headSize; (* pointer to first elem *)
IF fin THEN
l := S.VAL(FList, S.ADR(b.last)); (* anchor new object! *)
l := S.VAL(FList, NewRec(S.TYP(FList))); (* NEW(l) *)
l.blk := b; l.aiptr := TRUE; l.next := finalizers; finalizers := l
END;
RETURN S.ADR(b.last)
END NewArr;
(* -------------------- handler installation (portable) --------------------- *)
PROCEDURE ThisFinObj* (VAR id: Identifier): ANYPTR;
VAR l: FList;
BEGIN
ASSERT(id.typ # 0, 100);
l := finalizers;
WHILE l # NIL DO
IF S.VAL(INTEGER, l.blk.tag) = id.typ THEN
id.obj := S.VAL(ANYPTR, S.ADR(l.blk.last));
IF id.Identified() THEN RETURN id.obj END
END;
l := l.next
END;
RETURN NIL
END ThisFinObj;
PROCEDURE InstallReducer* (r: Reducer);
BEGIN
r.next := reducers; reducers := r
END InstallReducer;
PROCEDURE InstallTrapViewer* (h: Handler);
BEGIN
trapViewer := h
END InstallTrapViewer;
PROCEDURE InstallTrapChecker* (h: Handler);
BEGIN
trapChecker := h
END InstallTrapChecker;
PROCEDURE PushTrapCleaner* (c: TrapCleaner);
VAR t: TrapCleaner;
BEGIN
t := trapStack; WHILE (t # NIL) & (t # c) DO t := t.next END;
ASSERT(t = NIL, 20);
c.next := trapStack; trapStack := c
END PushTrapCleaner;
PROCEDURE PopTrapCleaner* (c: TrapCleaner);
VAR t: TrapCleaner;
BEGIN
t := NIL;
WHILE (trapStack # NIL) & (t # c) DO
t := trapStack; trapStack := trapStack.next
END
END PopTrapCleaner;
PROCEDURE InstallCleaner* (p: Command);
VAR c: CList;
BEGIN
c := S.VAL(CList, NewRec(S.TYP(CList))); (* NEW(c) *)
c.do := p; c.trapped := FALSE; c.next := cleaners; cleaners := c
END InstallCleaner;
PROCEDURE RemoveCleaner* (p: Command);
VAR c0, c: CList;
BEGIN
c := cleaners; c0 := NIL;
WHILE (c # NIL) & (c.do # p) DO c0 := c; c := c.next END;
IF c # NIL THEN
IF c0 = NIL THEN cleaners := cleaners.next ELSE c0.next := c.next END
END
END RemoveCleaner;
PROCEDURE Cleanup*;
VAR c, c0: CList;
BEGIN
c := cleaners; c0 := NIL;
WHILE c # NIL DO
IF ~c.trapped THEN
c.trapped := TRUE; c.do; c.trapped := FALSE; c0 := c
ELSE
IF c0 = NIL THEN cleaners := cleaners.next
ELSE c0.next := c.next
END
END;
c := c.next
END
END Cleanup;
(* -------------------- meta information (portable) --------------------- *)
PROCEDURE (h: LoaderHook) ThisMod* (IN name: ARRAY OF CHAR): Module, NEW, ABSTRACT;
PROCEDURE SetLoaderHook*(h: LoaderHook);
BEGIN
loader := h
END SetLoaderHook;
PROCEDURE^ Try* (h: TryHandler; a, b, c: INTEGER); (* COMPILER DEPENDENT *)
PROCEDURE InitModule (mod: Module); (* initialize linked modules *)
VAR body: Command;
BEGIN
IF ~(dyn IN mod.opts) & (mod.next # NIL) & ~(init IN mod.next.opts) THEN InitModule(mod.next) END;
IF ~(init IN mod.opts) THEN
body := S.VAL(Command, mod.code);
INCL(mod.opts, init);
actual := mod;
IF platform # NIL THEN platform.InitModule(mod) END;
(*
IF debug THEN
log.String("BEGIN "); log.String(LONG(mod.name)); log.String(' ')
END;
*)
body(); actual := NIL;
ELSIF debug THEN
log.String("Noinit"); log.Ln
END
END InitModule;
PROCEDURE ThisLoadedMod* (IN name: ARRAY OF CHAR): Module;
(** loaded modules only *)
VAR res: INTEGER; n: Utf8Name; m: Module;
BEGIN
m := modList;
StringToUtf8(name, n, res); ASSERT(res = 0);
loadres := done;
WHILE (m # NIL) & ((m.name # n) OR (m.refcnt < 0)) DO m := m.next END;
IF (m # NIL) & ~(init IN m.opts) THEN InitModule(m) END;
IF m = NIL THEN loadres := moduleNotFound END;
(*
IF debug THEN
log.String('Module '); log.String(SHORT(name));
IF m = NIL THEN log.String(' NOT yet') ELSE log.String(' already') END;
log.String(' loaded'); log.String(0AX);
END;
*)
RETURN m
END ThisLoadedMod;
PROCEDURE ThisMod* (IN name: ARRAY OF CHAR): Module;
BEGIN
IF loader # NIL THEN
loader.res := done;
(*
IF debug THEN log.String('Loading '); log.String(SHORT(name)); log.String(0AX); END;
*)
RETURN loader.ThisMod(name)
ELSE
RETURN ThisLoadedMod(name)
END
END ThisMod;
PROCEDURE LoadMod* (IN name: ARRAY OF CHAR);
VAR _: Module;
BEGIN
_ := ThisMod(name)
END LoadMod;
PROCEDURE GetLoaderResult* (OUT res: INTEGER; OUT importing, imported, object: ARRAY OF CHAR);
BEGIN
IF loader # NIL THEN
res := loader.res;
importing := loader.importing$;
imported := loader.imported$;
object := loader.object$
ELSE
res := loadres;
importing := "";
imported := "";
object := ""
END
END GetLoaderResult;
PROCEDURE ThisObject* (mod: Module; IN name: ARRAY OF CHAR): Object;
VAR l, r, m, res: INTEGER; p: StrPtr; n: Utf8Name;
BEGIN
StringToUtf8(name, n, res); ASSERT(res = 0);
l := 0; r := mod.export.num;
WHILE l < r DO (* binary search *)
m := (l + r) DIV 2;
p := S.VAL(StrPtr, S.ADR(mod.names[mod.export.obj[m].id DIV 256]));
IF p^ = n THEN RETURN S.VAL(Object, S.ADR(mod.export.obj[m])) END;
IF p^ < n THEN l := m + 1 ELSE r := m END
END;
RETURN NIL
END ThisObject;
PROCEDURE ThisDesc* (mod: Module; fprint: INTEGER): Object;
VAR i, n: INTEGER;
BEGIN
i := 0; n := mod.export.num;
WHILE (i < n) & (mod.export.obj[i].id DIV 256 = 0) DO
IF mod.export.obj[i].offs = fprint THEN RETURN S.VAL(Object, S.ADR(mod.export.obj[i])) END;
INC(i)
END;
RETURN NIL
END ThisDesc;
PROCEDURE ThisField* (rec: Type; IN name: ARRAY OF CHAR): Object;
VAR n, res: INTEGER; p: StrPtr; obj: Object; m: Module; nn: Utf8Name;
BEGIN
StringToUtf8(name, nn, res); ASSERT(res = 0);
m := rec.mod;
obj := S.VAL(Object, S.ADR(rec.fields.obj[0])); n := rec.fields.num;
WHILE n > 0 DO
p := S.VAL(StrPtr, S.ADR(m.names[obj.id DIV 256]));
IF p^ = nn THEN RETURN obj END;
DEC(n); INC(S.VAL(INTEGER, obj), 16)
END;
RETURN NIL
END ThisField;
PROCEDURE ThisCommand* (mod: Module; IN name: ARRAY OF CHAR): Command;
VAR x: Object; sig: Signature;
BEGIN
x := ThisObject(mod, name);
IF (x # NIL) & (x.id MOD 16 = mProc) THEN
sig := S.VAL(Signature, x.struct);
IF (sig.retStruct = NIL) & (sig.num = 0) THEN RETURN S.VAL(Command, mod.procBase + x.offs) END
END;
RETURN NIL
END ThisCommand;
PROCEDURE ThisType* (mod: Module; IN name: ARRAY OF CHAR): Type;
VAR x: Object;
BEGIN
x := ThisObject(mod, name);
IF (x # NIL) & (x.id MOD 16 = mTyp) & (S.VAL(INTEGER, x.struct) DIV 256 # 0) THEN
RETURN x.struct
ELSE
RETURN NIL
END
END ThisType;
PROCEDURE TypeOf* (IN rec: ANYREC): Type;
BEGIN
RETURN S.VAL(Type, S.TYP(rec))
END TypeOf;
PROCEDURE LevelOf* (t: Type): SHORTINT;
BEGIN
RETURN SHORT(t.id DIV 16 MOD 16)
END LevelOf;
PROCEDURE NewObj* (VAR o: S.PTR; t: Type);
VAR i: INTEGER;
BEGIN
IF t.size = -1 THEN o := NIL
ELSE
i := 0; WHILE t.ptroffs[i] >= 0 DO INC(i) END;
IF t.ptroffs[i+1] >= 0 THEN INC(S.VAL(INTEGER, t)) END; (* with interface pointers *)
o := S.VAL(S.PTR, NewRec(S.VAL(INTEGER, t))) (* generic NEW *)
END
END NewObj;
PROCEDURE GetModName* (mod: Module; OUT name: Name);
VAR res: INTEGER;
BEGIN
Utf8ToString(mod.name, name, res); ASSERT(res = 0)
END GetModName;
PROCEDURE GetObjName* (mod: Module; obj: Object; OUT name: Name);
VAR p: StrPtr; res: INTEGER;
BEGIN
p := S.VAL(StrPtr, S.ADR(mod.names[obj.id DIV 256]));
Utf8ToString(p^$, name, res); ASSERT(res = 0)
END GetObjName;
PROCEDURE GetTypeName* (t: Type; OUT name: Name);
VAR p: StrPtr; res: INTEGER;
BEGIN
p := S.VAL(StrPtr, S.ADR(t.mod.names[t.id DIV 256]));
Utf8ToString(p^$, name, res); ASSERT(res = 0)
END GetTypeName;
PROCEDURE RegisterMod* (mod: Module);
VAR i: INTEGER;
BEGIN
mod.next := modList; modList := mod;
(*
IF debug THEN
log.String('Registering '); log.String(LONG(mod.name)); log.String(0AX)
END;
*)
mod.refcnt := 0; INCL(mod.opts, dyn); i := 0;
WHILE i < mod.nofimps DO
IF mod.imports[i] # NIL THEN INC(mod.imports[i].refcnt) END;
INC(i)
END;
platform.GetLoadTime(mod.loadTime);
IF ~(init IN mod.opts) THEN InitModule(mod) END
END RegisterMod;
PROCEDURE^ Collect*;
PROCEDURE UnloadMod* (mod: Module);
VAR i: INTEGER; t: Command;
BEGIN
IF mod.refcnt = 0 THEN
t := mod.term; mod.term := NIL;
IF t # NIL THEN t() END; (* terminate module *)
i := 0;
WHILE i < mod.nofptrs DO (* release global pointers *)
S.PUT(mod.varBase + mod.ptrs[i], 0); INC(i)
END;
ReleaseIPtrs(mod); (* release global interface pointers *)
Collect; (* call finalizers *)
i := 0;
WHILE i < mod.nofimps DO (* release imported modules *)
IF mod.imports[i] # NIL THEN DEC(mod.imports[i].refcnt) END;
INC(i)
END;
mod.refcnt := -1;
IF dyn IN mod.opts THEN (* release memory *)
InvalModMem(mod.data + mod.dsize - mod.refs, mod.refs)
END
END
END UnloadMod;
(* -------------------- dynamic procedure call --------------------- *) (* COMPILER DEPENDENT *)
PROCEDURE [code] PUSH (p: INTEGER) 050H; (* push AX *)
PROCEDURE [code] CALL (a: INTEGER) 0FFH, 0D0H; (* call AX *)
PROCEDURE [code] RETI (): LONGINT;
PROCEDURE [code] RETR (): REAL;
(*
type par
32 bit scalar value
64 bit scalar low hi
var scalar address
record address tag
array address size
open array length_N-1 .. length_0
*)
PROCEDURE Call* (adr: INTEGER; sig: Signature; IN par: ARRAY OF INTEGER; n: INTEGER): LONGINT;
VAR p, kind, sp, size: INTEGER; typ: Type; r: REAL;
BEGIN
p := sig.num;
WHILE p > 0 DO (* push parameters from right to left *)
DEC(p);
typ := sig.par[p].struct;
kind := sig.par[p].id MOD 16;
IF (S.VAL(INTEGER, typ) DIV 256 = 0) OR (typ.id MOD 4 IN {0, 3}) THEN (* scalar, ANYREC *)
IF (kind = 10) & ((S.VAL(INTEGER, typ) = 8) OR (S.VAL(INTEGER, typ) = 10)) THEN (* 64 bit *)
DEC(n); PUSH(par[n]) (* push hi word *)
ELSIF S.VAL(INTEGER, typ) = 11 THEN (* ANYREC *)
ASSERT(kind # 10); (* not a value par, also checked by compiler *)
DEC(n); PUSH(par[n]) (* push tag *)
END;
DEC(n); PUSH(par[n]) (* push value/address *)
ELSIF typ.id MOD 4 = 1 THEN (* record *)
IF kind # 10 THEN (* var par *)
DEC(n); PUSH(par[n]); (* push tag *)
DEC(n); PUSH(par[n]) (* push address *)
ELSE
DEC(n, 2); (* skip tag *)
S.GETREG(SP, sp); sp := (sp - typ.size) DIV 4 * 4; S.PUTREG(SP, sp); (* allocate space *)
S.MOVE(par[n], sp, typ.size) (* copy to stack *)
END
ELSIF typ.size = 0 THEN (* open array *)
size := typ.id DIV 16 MOD 16; (* number of open dimensions *)
WHILE size > 0 DO
DEC(size); DEC(n); PUSH(par[n]) (* push length *)
END;
DEC(n); PUSH(par[n]) (* push address *)
ELSE (* fix array *)
IF kind # 10 THEN (* var par *)
DEC(n, 2); PUSH(par[n]) (* push address *)
ELSE
DEC(n); size := par[n]; DEC(n);
S.GETREG(SP, sp); sp := (sp - size) DIV 4 * 4; S.PUTREG(SP, sp); (* allocate space *)
S.MOVE(par[n], sp, size) (* copy to stack *)
END
END
END;
ASSERT(n = 0);
IF S.VAL(INTEGER, sig.retStruct) = 7 THEN (* shortreal *)
CALL(adr);
RETURN S.VAL(INTEGER, SHORT(RETR())) (* return value in fpu register *)
ELSIF S.VAL(INTEGER, sig.retStruct) = 8 THEN (* real *)
CALL(adr); r := RETR();
RETURN S.VAL(LONGINT, r) (* return value in fpu register *)
ELSE
CALL(adr);
RETURN RETI() (* return value in integer registers *)
END
END Call;
(* -------------------- reference information (portable) --------------------- *)
PROCEDURE RefCh (VAR ref: INTEGER; OUT ch: SHORTCHAR);
BEGIN
S.GET(ref, ch); INC(ref)
END RefCh;
PROCEDURE RefNum (VAR ref: INTEGER; OUT x: INTEGER);
VAR s, n: INTEGER; ch: SHORTCHAR;
BEGIN
s := 0; n := 0; RefCh(ref, ch);
WHILE ORD(ch) >= 128 DO INC(n, ASH(ORD(ch) - 128, s) ); INC(s, 7); RefCh(ref, ch) END;
x := n + ASH(ORD(ch) MOD 64 - ORD(ch) DIV 64 * 64, s)
END RefNum;
PROCEDURE RefName (VAR ref: INTEGER; OUT n: Utf8Name);
VAR i: INTEGER; ch: SHORTCHAR;
BEGIN
i := 0; RefCh(ref, ch);
WHILE ch # 0X DO n[i] := ch; INC(i); RefCh(ref, ch) END;
n[i] := 0X
END RefName;
PROCEDURE GetRefProc* (VAR ref: INTEGER; OUT adr: INTEGER; OUT name: Utf8Name);
VAR ch: SHORTCHAR;
BEGIN
S.GET(ref, ch);
WHILE ch >= 0FDX DO (* skip variables *)
INC(ref); RefCh(ref, ch);
IF ch = 10X THEN INC(ref, 4) END;
RefNum(ref, adr); RefName(ref, name); S.GET(ref, ch)
END;
WHILE (ch > 0X) & (ch < 0FCX) DO (* skip source refs *)
INC(ref); RefNum(ref, adr); S.GET(ref, ch)
END;
IF ch = 0FCX THEN INC(ref); RefNum(ref, adr); RefName(ref, name)
ELSE adr := 0
END
END GetRefProc;
(* A. V. Shiryaev, 2012.11 *)
PROCEDURE CheckRefVarReadable (ref: INTEGER): BOOLEAN;
VAR ok: BOOLEAN; ch: SHORTCHAR;
p: INTEGER; (* address *)
PROCEDURE Get;
BEGIN
IF ok THEN
IF IsReadable(ref, ref+1) THEN (* S.GET(ref, ch); INC(ref) *) RefCh(ref, ch)
ELSE ok := FALSE
END
END
END Get;
PROCEDURE Num;
BEGIN
Get; WHILE ok & (ORD(ch) >= 128) DO Get END
END Num;
PROCEDURE Name;
BEGIN
Get; WHILE ok & (ch # 0X) DO Get END
END Name;
BEGIN
ok := TRUE;
Get; (* mode *)
IF ok & (ch >= 0FDX) THEN
Get; (* form *)
IF ok & (ch = 10X) THEN
IF IsReadable(ref, ref + 4) THEN (* desc *)
S.GET(ref, p); INC(ref, 4);
ok := IsReadable(p + 2 * 4, p + 3 * 4) (* desc.id *)
ELSE ok := FALSE
END
END;
Num; Name
END;
RETURN ok
END CheckRefVarReadable;
PROCEDURE GetRefVar* (VAR ref: INTEGER; OUT mode, form: SHORTCHAR; OUT desc: Type;
OUT adr: INTEGER; OUT name: Utf8Name);
BEGIN
IF CheckRefVarReadable(ref) THEN
S.GET(ref, mode); desc := NIL;
IF mode >= 0FDX THEN
mode := SHORT(CHR(ORD(mode) - 0FCH));
INC(ref); RefCh(ref, form);
IF form = 10X THEN
S.GET(ref, desc); INC(ref, 4); form := SHORT(CHR(16 + desc.id MOD 4))
END;
RefNum(ref, adr); RefName(ref, name)
ELSE
mode := 0X; form := 0X; adr := 0
END
ELSE
log.String("Kernel.GetRefVar failed! "); log.Hex(ref); log.String('H'); log.Ln;
mode := 0X; form := 0X; adr := 0
END
END GetRefVar;
PROCEDURE SourcePos* (mod: Module; codePos: INTEGER): INTEGER;
VAR ref, pos, ad, d: INTEGER; ch: SHORTCHAR; name: Utf8Name;
BEGIN
IF mod # NIL THEN (* mf, 12.02.04 *)
ref := mod.refs; pos := 0; ad := 0; S.GET(ref, ch);
WHILE ch # 0X DO
WHILE (ch > 0X) & (ch < 0FCX) DO (* srcref: {dAdr,dPos} *)
INC(ad, ORD(ch)); INC(ref); RefNum(ref, d);
IF ad > codePos THEN RETURN pos END;
INC(pos, d); S.GET(ref, ch)
END;
IF ch = 0FCX THEN (* proc: 0FCX,Adr,Name *)
INC(ref); RefNum(ref, d); RefName(ref, name); S.GET(ref, ch);
IF (d > codePos) & (pos > 0) THEN RETURN pos END
END;
WHILE ch >= 0FDX DO (* skip variables: Mode, Form, adr, Name *)
INC(ref); RefCh(ref, ch);
IF ch = 10X THEN INC(ref, 4) END;
RefNum(ref, d); RefName(ref, name); S.GET(ref, ch)
END
END;
END;
RETURN -1
END SourcePos;
(* adimetrius, 2020.01, 2021.05 *)
PROCEDURE GetRefFrameDo (VAR fr: FrameDesc); (* based on DefaultTrapView *)
VAR res, end, refs: INTEGER; name: Utf8Name; m: Module;
BEGIN
hi := baseStack;
inMainStack := (lo <= fr.fp)AD: i think this is a tautology - always TRUE & (fr.fp < hi)((trap.top = fr.fp) OR Below(trap.top, fr.fp)) & Below(fr.fp, hi);
inSignalStack := ((sigStack = fr.fp) OR Below(sigStack, fr.fp)) & Below(fr.fp, sigStack + sigStackSize);
fr.eos := ~inMainStack & ~inSignalStack;
fr.eos := ~platform.InActivationStack(fr.fp);
IF fr.eos THEN fr.m := ''; fr.p := ''; fr.pos := undefined; fr.sentry := NIL
ELSE
m := modList; fr.modpc := fr.pc;
WHILE (m # NIL) & ((fr.modpc < m.code) OR (fr.modpc >= m.code + m.csize)) DO m := m.next END;
IF m # NIL THEN
DEC(fr.modpc, m.code);
IF m.refcnt >= 0 THEN refs := m.refs;
REPEAT GetRefProc(refs, end, name) UNTIL (end = 0) OR (fr.modpc < end);
IF fr.modpc < end THEN Utf8ToString(name, fr.p, res); fr.pos := SourcePos(m, fr.modpc)
END
ELSE fr.pos := unloaded; fr.p := '<unloaded>'
END;
Utf8ToString(m.name, fr.m, res)
ELSE fr.m := ''; fr.p := ''; fr.pos := undefined
END;
INC(fr.depth)
END
END GetRefFrameDo;
(** Initialize fr to hold data for the activation stack determined by pc and fp: fp is the base address of the activation frame, and pc is an address within the instruction that caused activation frame to be created (it can be a CALL instruction, or an arbitrary instruction that caused a signal/trap).
Attention! pc and fp are not validated! Use at your own risk! *)
PROCEDURE GetThisRefFrame (VAR fr: FrameDesc; pc, fp: ADDRESS);
BEGIN
fr.sentry := sentry;
fr.depth := -1;
fr.pos := undefined;
fr.pc := pc;
fr.lo := fp;
fr.fp := fp;
GetRefFrameDo(fr)
END GetThisRefFrame;
(** Used to iterate call stack frames. If P calls Q, and fr holds frame data for Q's activation, then after GetRefFrame(fr) fr will hold data for P's activation frame. If fr is uninitialized, and P calls GetRefFrame(fr), then fr will hold data for P's activation frame. Use GetThisRefFrame to initialize fr with an arbitrary frame. *)
PROCEDURE GetRefFrame (VAR fr: FrameDesc);
BEGIN
IF fr.sentry = NIL THEN
fr.sentry := sentry; fr.depth := -1; fr.pos := undefined; fr.eos := FALSE;
S.GETREG(FP, fr.fp); fr.lo := fr.fp;
S.GET(fr.fp + SIZE(ADDRESS), fr.pc); DEC(fr.pc); S.GET(fr.fp, fr.fp)
ELSIF ~fr.eos THEN
S.GET(fr.fp + SIZE(ADDRESS), fr.pc); DEC(fr.pc); S.GET(fr.fp, fr.fp)
END;
GetRefFrameDo(fr)
END GetRefFrame;
(* -------------------- dynamic link libraries --------------------- *)
PROCEDURE LoadDll* (IN name: ARRAY OF CHAR; VAR ok: BOOLEAN);
BEGIN
platform.LoadDll(name, ok)
END LoadDll;
PROCEDURE ThisDllObj* (mode, fprint: INTEGER; IN dll, name: ARRAY OF CHAR): INTEGER;
BEGIN
RETURN platform.ThisDllObj(mode, fprint, dll, name)
END ThisDllObj;
(* -------------------- garbage collector (portable) --------------------- *)
PROCEDURE Mark (this: Block);
VAR father, son: Block; tag: Type; flag, offset, actual: INTEGER;
BEGIN
IF ~ODD(S.VAL(INTEGER, this.tag)) THEN
father := NIL;
LOOP
INC(S.VAL(INTEGER, this.tag));
flag := S.VAL(INTEGER, this.tag) MOD 4;
tag := S.VAL(Type, S.VAL(INTEGER, this.tag) - flag);
IF flag >= 2 THEN actual := this.first; this.actual := actual
ELSE actual := S.ADR(this.last)
END;
LOOP
offset := tag.ptroffs[0];
IF offset < 0 THEN
INC(S.VAL(INTEGER, tag), offset + 4); (* restore tag *)
IF (flag >= 2) & (actual < this.last) & (offset < -4) THEN (* next array element *)
INC(actual, tag.size); this.actual := actual
ELSE (* up *)
this.tag := S.VAL(Type, S.VAL(INTEGER, tag) + flag);
IF father = NIL THEN RETURN END;
son := this; this := father;
flag := S.VAL(INTEGER, this.tag) MOD 4;
tag := S.VAL(Type, S.VAL(INTEGER, this.tag) - flag);
offset := tag.ptroffs[0];
IF flag >= 2 THEN actual := this.actual ELSE actual := S.ADR(this.last) END;
S.GET(actual + offset, father); S.PUT(actual + offset, S.ADR(son.last));
INC(S.VAL(INTEGER, tag), 4)
END
ELSE
S.GET(actual + offset, son);
IF son # NIL THEN
DEC(S.VAL(INTEGER, son), 4);
IF ~ODD(S.VAL(INTEGER, son.tag)) THEN (* down *)
this.tag := S.VAL(Type, S.VAL(INTEGER, tag) + flag);
S.PUT(actual + offset, father); father := this; this := son;
EXIT
END
END;
INC(S.VAL(INTEGER, tag), 4)
END
END
END
END
END Mark;
PROCEDURE MarkGlobals;
VAR m: Module; i, p: INTEGER;
BEGIN
m := modList;
WHILE m # NIL DO
IF m.refcnt >= 0 THEN
i := 0;
WHILE i < m.nofptrs DO
S.GET(m.varBase + m.ptrs[i], p); INC(i);
IF p # 0 THEN Mark(S.VAL(Block, p - 4)) END
END
END;
m := m.next
END
END MarkGlobals;
(* This is the specification for the code procedure following below:
PROCEDURE Next (b: Block): Block; (* next block in same cluster *)
VAR size: INTEGER;
BEGIN
S.GET(S.VAL(INTEGER, b.tag) DIV 4 * 4, size);
IF ODD(S.VAL(INTEGER, b.tag) DIV 2) THEN INC(size, b.last - S.ADR(b.last)) END;
RETURN S.VAL(Block, S.VAL(INTEGER, b) + (size + 19) DIV 16 * 16)
END Next;
*)
PROCEDURE [code] Next (b: Block): Block (* next block in same cluster *)
(*
MOV ECX,[EAX] b.tag
AND CL,0FCH b.tag DIV * 4
MOV ECX,[ECX] size
TESTB [EAX],02H ODD(b.tag DIV 2)
JE L1
ADD ECX,[EAX,4] size + b.last
SUB ECX,EAX
SUB ECX,4 size + b.last - ADR(b.last)
L1:
ADD ECX,19 size + 19
AND CL,0F0H (size + 19) DIV 16 * 16
ADD EAX,ECX b + size
*)
08BH, 008H,
080H, 0E1H, 0FCH,
08BH, 009H,
0F6H, 000H, 002H,
074H, 008H,
003H, 048H, 004H,
029H, 0C1H,
083H, 0E9H, 004H,
083H, 0C1H, 013H,
080H, 0E1H, 0F0H,
001H, 0C8H;
PROCEDURE CheckCandidates;
(* pre: nofcand > 0 *)
VAR i, j, h, p, end: INTEGER; c: Cluster; blk, next: Block;
BEGIN
(* sort candidates (shellsort) *)
h := 1; REPEAT h := h*3 + 1 UNTIL h > nofcand;
REPEAT h := h DIV 3; i := h;
WHILE i < nofcand DO p := candidates[i]; j := i;
WHILE (j >= h) & (candidates[j-h] > p) DO
candidates[j] := candidates[j-h]; j := j-h
END;
candidates[j] := p; INC(i)
END
UNTIL h = 1;
(* sweep *)
c := root; i := 0;
WHILE c # NIL DO
blk := S.VAL(Block, S.VAL(INTEGER, c) + 12);
end := S.VAL(INTEGER, blk) + (c.size - 12) DIV 16 * 16;
WHILE candidates[i] < S.VAL(INTEGER, blk) DO
INC(i);
IF i = nofcand THEN RETURN END
END;
WHILE S.VAL(INTEGER, blk) < end DO
next := Next(blk);
IF candidates[i] < S.VAL(INTEGER, next) THEN
IF (S.VAL(INTEGER, blk.tag) # S.ADR(blk.last)) (* not a free block *)
& (~strictStackSweep OR (candidates[i] = S.ADR(blk.last))) THEN
Mark(blk)
END;
REPEAT
INC(i);
IF i = nofcand THEN RETURN END
UNTIL candidates[i] >= S.VAL(INTEGER, next)
END;
IF (S.VAL(INTEGER, blk.tag) MOD 4 = 0) & (S.VAL(INTEGER, blk.tag) # S.ADR(blk.last))
& (blk.tag.base[0] = NIL) & (blk.actual > 0) THEN (* referenced interface record *)
Mark(blk)
END;
blk := next
END;
c := c.next
END
END CheckCandidates;
PROCEDURE MarkLocals;
VAR sp, p, min, max: INTEGER; c: Cluster;
BEGIN
S.GETREG(FP, sp); nofcand := 0; c := root;
WHILE c.next # NIL DO c := c.next END;
min := S.VAL(INTEGER, root); max := S.VAL(INTEGER, c) + c.size;
WHILE sp < baseStack DO
S.GET(sp, p);
IF (p > min) & (p < max) & (~strictStackSweep OR (p MOD 16 = 0)) THEN
candidates[nofcand] := p; INC(nofcand);
IF nofcand = LEN(candidates) - 1 THEN CheckCandidates; nofcand := 0 END
END;
INC(sp, 4)
END;
candidates[nofcand] := max; INC(nofcand); (* ensure complete scan for interface mark*)
IF nofcand > 0 THEN CheckCandidates END
END MarkLocals;
PROCEDURE MarkFinObj;
VAR f: FList;
BEGIN
wouldFinalize := FALSE;
f := finalizers;
WHILE f # NIL DO
IF ~ODD(S.VAL(INTEGER, f.blk.tag)) THEN wouldFinalize := TRUE END;
Mark(f.blk);
f := f.next
END;
f := hotFinalizers;
WHILE f # NIL DO IF ~ODD(S.VAL(INTEGER, f.blk.tag)) THEN wouldFinalize := TRUE END;
Mark(f.blk);
f := f.next
END
END MarkFinObj;
PROCEDURE CheckFinalizers;
VAR f, g, h, k: FList;
BEGIN
f := finalizers; g := NIL;
IF hotFinalizers = NIL THEN k := NIL
ELSE
k := hotFinalizers;
WHILE k.next # NIL DO k := k.next END
END;
WHILE f # NIL DO
h := f; f := f.next;
IF ~ODD(S.VAL(INTEGER, h.blk.tag)) THEN
IF g = NIL THEN finalizers := f ELSE g.next := f END;
IF k = NIL THEN hotFinalizers := h ELSE k.next := h END;
k := h; h.next := NIL
ELSE g := h
END
END;
h := hotFinalizers;
WHILE h # NIL DO Mark(h.blk); h := h.next END
END CheckFinalizers;
PROCEDURE ExecFinalizer (a, _, __: INTEGER);
VAR f: FList; fin: PROCEDURE(this: ANYPTR);
BEGIN
f := S.VAL(FList, a);
IF f.aiptr THEN ArrFinalizer(S.VAL(ANYPTR, S.ADR(f.blk.last)))
ELSE
S.GET(S.VAL(INTEGER, f.blk.tag) - 4, fin); (* method 0 *)
IF (fin # NIL) & (f.blk.tag.mod.refcnt >= 0) THEN
fin(S.VAL(ANYPTR, S.ADR(f.blk.last)))
END;
IF f.iptr THEN RecFinalizer(S.VAL(ANYPTR, S.ADR(f.blk.last))) END
END
END ExecFinalizer;
PROCEDURE CallFinalizers;
VAR f: FList;
BEGIN
WHILE hotFinalizers # NIL DO
f := hotFinalizers; hotFinalizers := hotFinalizers.next;
Try(ExecFinalizer, S.VAL(INTEGER, f), 0, 0)
END;
wouldFinalize := FALSE
END CallFinalizers;
PROCEDURE Insert (blk: FreeBlock; size: INTEGER); (* insert block in free list *)
VAR i: INTEGER;
BEGIN
blk.size := size - 4; blk.tag := S.VAL(Type, S.ADR(blk.size));
i := MIN(N - 1, (blk.size DIV 16));
blk.next := free[i]; free[i] := blk
END Insert;
PROCEDURE Sweep (dealloc: BOOLEAN);
VAR cluster, last, c: Cluster; blk, next: Block; fblk, b, t: FreeBlock; end, i: INTEGER;
BEGIN
cluster := root; last := NIL; allocated := 0;
i := N;
REPEAT DEC(i); free[i] := sentinel UNTIL i = 0;
WHILE cluster # NIL DO
blk := S.VAL(Block, S.VAL(INTEGER, cluster) + 12);
end := S.VAL(INTEGER, blk) + (cluster.size - 12) DIV 16 * 16;
fblk := NIL;
WHILE S.VAL(INTEGER, blk) < end DO
next := Next(blk);
IF ODD(S.VAL(INTEGER, blk.tag)) THEN
IF fblk # NIL THEN
Insert(fblk, S.VAL(INTEGER, blk) - S.VAL(INTEGER, fblk));
fblk := NIL
END;
DEC(S.VAL(INTEGER, blk.tag)); (* unmark *)
INC(allocated, S.VAL(INTEGER, next) - S.VAL(INTEGER, blk))
ELSIF fblk = NIL THEN
fblk := S.VAL(FreeBlock, blk)
END;
blk := next
END;
IF dealloc & ~monoClusterMem & (S.VAL(INTEGER, fblk) = S.VAL(INTEGER, cluster) + 12) THEN
(* deallocate cluster *)
c := cluster; cluster := cluster.next;
IF last = NIL THEN root := cluster ELSE last.next := cluster END;
DeallocateCluster(c) (*FreeHeapMem(c)*)
ELSE
IF fblk # NIL THEN Insert(fblk, end - S.VAL(INTEGER, fblk)) END;
last := cluster; cluster := cluster.next
END
END;
(* reverse free list *)
i := N;
REPEAT
DEC(i);
b := free[i]; fblk := sentinel;
WHILE b # sentinel DO t := b; b := t.next; t.next := fblk; fblk := t END;
free[i] := fblk
UNTIL i = 0
END Sweep;
PROCEDURE Collect*;
BEGIN
IF (root # NIL) & ~blockCollect THEN
CallFinalizers; (* trap cleanup *)
IF debug & (watcher # NIL) THEN watcher(1) END;
MarkGlobals;
MarkLocals;
CheckFinalizers;
Sweep(TRUE);
CallFinalizers
END
END Collect;
PROCEDURE FastCollect*;
BEGIN
IF (root # NIL) & ~blockCollect THEN
IF debug & (watcher # NIL) THEN watcher(2) END;
MarkGlobals;
MarkLocals;
MarkFinObj;
Sweep(FALSE)
END
END FastCollect;
PROCEDURE WouldFinalize* (): BOOLEAN;
BEGIN
RETURN wouldFinalize
END WouldFinalize;
(* --------------------- memory allocation (portable) -------------------- *)
PROCEDURE DumpClusters;
VAR c: Cluster;
BEGIN
c := root;
log.String('Clusters:'); log.Ln;
WHILE c # NIL DO
log.Hex(S.VAL(ADDRESS, c)); log.String(' '); log.Hex(c.size); log.String(' '); log.Hex(c.max); log.Ln; c := c.next
END;
END DumpClusters;
PROCEDURE DumpFree;
VAR i: INTEGER; f: FreeBlock;
BEGIN
i := 0;
REPEAT
log.Hex(i); log.String(": ");
IF free[i] = sentinel THEN log.String('!')
ELSE
f := free[i];
REPEAT log.Hex(f.size); log.String(' '); f := f.next UNTIL (f = sentinel) OR (f = NIL)
END;
log.Ln;
INC(i)
UNTIL i = N
END DumpFree;
PROCEDURE OldBlock (size: INTEGER): FreeBlock; (* size MOD 16 = 0 *)
VAR b, l: FreeBlock; s, i: INTEGER;
BEGIN
IF debug & (watcher # NIL) THEN watcher(3) END;
s := size - 4;
i := MIN(N - 1, s DIV 16);
WHILE (i # N - 1) & (free[i] = sentinel) DO INC(i) END;
b := free[i]; l := NIL;
WHILE b.size < s DO l := b; b := b.next END;
IF b # sentinel THEN
IF l = NIL THEN free[i] := b.next ELSE l.next := b.next END
ELSE b := NIL
END;
RETURN b
END OldBlock;
PROCEDURE GetOldFreeBlock (size: INTEGER; OUT fb: FreeBlock); (* size MOD 16 = 0 *)
VAR b, l: FreeBlock; s, i: INTEGER;
BEGIN
IF debug & (watcher # NIL) THEN watcher(3) END;
s := size - 4;
i := MIN(N - 1, s DIV 16);
WHILE (i # N - 1) & (free[i] = sentinel) DO INC(i) END;
b := free[i]; l := NIL;
WHILE b.size < s DO l := b; b := b.next END;
IF b # sentinel THEN
IF l = NIL THEN free[i] := b.next ELSE l.next := b.next END
ELSE b := NIL
END;
fb := b
END GetOldFreeBlock;
PROCEDURE LastBlock (limit: INTEGER): FreeBlock; (* size MOD 16 = 0 *)
(* Extract from the free list and return the FreeBlock b that ends at limit - 4.
This procedure is ONLY called in monocluster mode!
The returned block is EXCLUDED from the free list!! *)
VAR b, l: FreeBlock; s, i: INTEGER;
BEGIN
s := limit - 4;
i := 0;
REPEAT
b := free[i]; l := NIL;
WHILE (b # sentinel) & (S.VAL(INTEGER, b) + b.size # s) DO l := b; b := b.next END;
IF b # sentinel THEN
IF l = NIL THEN free[i] := b.next ELSE l.next := b.next END
ELSE b := NIL
END;
INC(i)
UNTIL (b # NIL) OR (i = N);
RETURN b
END LastBlock;
PROCEDURE MakeFreeMonocluster (tsize: INTEGER; OUT fb: FreeBlock);
(** Assuming there's no free block of at least tsize, make a new free block of at least tsize bytes in monocluster heap mode *)
VAR b: FreeBlock; r, next: Reducer;
a, (* address of potential free block *)
old, new: INTEGER; (* old and new committed portion size *)
BEGIN (* LONG prevents integer overflow on address arithmetic *)
IF ~dontCollect & HeapFull(tsize)(used + LONG(tsize) > platform.physicalMemory) & (reducers # NIL) THEN (* 3) little space => reduce once *)
r := reducers; reducers := NIL;
WHILE r # NIL DO next := r.next; r.next := NIL; r.Reduce(FALSE); r := (*r.*)next END;
Collect;
GetOldFreeBlock(tsize, b)
END;
IF (b = NIL) & platform.gradualCommit THEN
(* this branch is actually win-specific, and should only be invoked if the platform provides a Commit *)
IF tsize <= MAX(INTEGER) DIV 3 * 2 - allocated THEN (*??? ~1.5G - allocated *)
s := (tsize + allocated) DIV 2 * 3 (* euristic? required heap size *1.5? *)
ELSIF tsize <= root.max - allocated THEN
s := root.max
ELSE
RETURN NIL
END;new := SHORT(MIN(root.max, (tsize + LONG(allocated)) DIV 2 * 3));
a := 12 + (root.size - 12) DIV 16 * 16; (* a is always 4 bytes short of a 16-rounded address (or 12 bytes after another 16-rounded address *)
(* a is the offset WRT root of a potential free block that would apper at the newly committed region *)
IF s <= totalroot.size THEN
b := OldBlock(tsize); (* this has been tried before, hasn't it? // No, not after calling reducers *)
IF b = NIL THEN s := a + tsize END
ELSIF s < a + tsize THEN
s := a + tsize
END; (* weird... since OldBlock(tsize) = NIL, both branches end up in s := a + tsize - same result. *)IF (new <= root.size) OR (new < a + tsize) THEN new := a + tsize END;
ASSERT(root.size < new, 78);
IF totalroot.size < new THEN (* 4) enlarge cluster'new committed portion *)
(*GrowHeapMem(new, root);*)
old := root.size;
platform.Commit(S.VAL(ADDRESS, root), old, root.max, new, root.size);
IF root.size >=< sroot.size # old THEN (* successfull commit *)
INC(used, root.size - old); (*INC(total, new - root.size);*) root.size := new;
b := LastBlock(S.VAL(INTEGER, root) + a); (* last block of root cluster that ends at a - 4 *)
IF b # NIL THEN
b.size := (root.size - a + b.size + 4) DIV 16 * 16 - 4
ELSE
b := S.VAL(FreeBlock, S.VAL(INTEGER, root) + a);
b.size := (root.size - a) DIV 16 * 16 - 4
END
(*ELSIF reducers # NIL THEN (* 5) no space => fully reduce *)
r := reducers; reducers := NIL;
WHILE r # NIL DO r.Reduce(TRUE); r := r.next END;
Collect*)
END
END
END;
IF (b = NIL) & ~dontCollect & (reducers # NIL) THEN (* 5) no space => fully reduce *)
r := reducers; reducers := NIL;
WHILE r # NIL DO next := r.next; r.next := NIL; r.Reduce(TRUE); r := (*r.*)next END;
Collect;
GetOldFreeBlock(tsize, b)
END;
(*IF b = NIL THEN
b := OldBlock(tsize);
(*IF b = NIL THEN RETURN NIL END (* 6) give up *)*)
END;*)
fb := b
END MakeFreeMonocluster;
PROCEDURE MakeFreeMulticluster (tsize: INTEGER; OUT fb: FreeBlock);
(** Assuming there's no free block of at least tsize, make a new free block of at least tsize bytes in multicluster heap mode *)
VAR a, s: INTEGER; b: FreeBlock; new, c: Cluster; r: Reducer;
BEGIN
AllocateCluster(tsize + 12, new); (* 3) allocate a new cluster *)
IF new # NIL THEN
IF (root = NIL) OR (S.VAL(INTEGER, new) < S.VAL(INTEGER, root)) THEN
new.next := root; root := new
ELSE
c := root;
WHILE (c.next # NIL) & (S.VAL(INTEGER, new) > S.VAL(INTEGER, c.next)) DO c := c.next END;
new.next := c.next; c.next := new
END;
b := S.VAL(FreeBlock, S.VAL(INTEGER, new) + 12);
b.size := (new.size - 12) DIV 16 * 16 - 4
ELSE
b := NIL (* 4) give up *)
END;
fb := b
END MakeFreeMulticluster;
PROCEDURE NewBlock (size: INTEGER): Block;
VAR tsize, a, s: INTEGER; b: FreeBlock; new, c: Cluster; r: Reducer;
BEGIN
ASSERT(size >= 0, 20);
IF size > MAX(INTEGER) - 19 THEN RETURN NIL END;
tsize := (size + 19) DIV 16 * 16; (* tsize is at least 4 bytes greater than size, and always a quotient of 16. 19 = 16 - 1 + 4 *)
GetOldFreeBlock(tsize, b); (* 1) search for free block *)
IF (b = NIL) & ~dontCollect THEN
FastCollect; GetOldFreeBlock(tsize, b); (* 2) collect *)
IF b = NIL THEN
Collect; GetOldFreeBlock(tsize, b); (* 2a) fully collect *)
END
END;
IF b = NIL THEN
IF monoClusterMem THEN
MakeFreeMonocluster(tsize, b)
ELSE
MakeFreeMulticluster(tsize, b)
END
END;
IF b # NIL THEN (* b # NIL *)
a := b.size + 4 - tsize;
IF a > 0 THEN Insert(S.VAL(FreeBlock, S.VAL(INTEGER, b) + tsize), a) END;
IF size > 0 THEN Erase(S.ADR(b.size), (size + 3) DIV 4) END;
INC(allocated, tsize)
END;
RETURN S.VAL(Block, b)
END NewBlock;
PROCEDURE Allocated* (): INTEGER;
BEGIN
RETURN allocated
END Allocated;
PROCEDURE Used* (): INTEGER;
BEGIN
RETURN used
END Used;
PROCEDURE Root* (): INTEGER;
BEGIN
RETURN S.VAL(INTEGER, root)
END Root;
(* -------------------- Trap Handling --------------------- *)
PROCEDURE^ InitFpu;
PROCEDURE Start* (cmd: Command);
BEGIN
ASSERT(cmd # NIL, 20);
S.GETREG(SP, baseStack); (* save base stack *)
platform.Start(cmd)
END Start;
PROCEDURE Quit* (exitCode: INTEGER);
VAR m: Module; term: Command; t: BOOLEAN;
BEGIN
trapViewer := NIL; trapChecker := NIL;
t := terminating; terminating := TRUE; m := modList;
WHILE m # NIL DO (* call terminators *)
IF ~static OR ~t THEN
term := m.term; m.term := NIL;
IF term # NIL THEN term() END
END;
ReleaseIPtrs(m);
m := m.next
END;
CallFinalizers;
hotFinalizers := finalizers; finalizers := NIL;
CallFinalizers;
platform.Terminate(exitCode)
END Quit;
PROCEDURE FatalError* (id: INTEGER; IN str: ARRAY OF CHAR);
BEGIN
platform.FatalError(id, str) (* never returns *)
END FatalError;
PROCEDURE InterfaceTrapHandler* (excpRec, estFrame, context, dispCont: INTEGER): INTEGER;
(* known to compiler *)
BEGIN
Assert(platform.interfaceTrapHandler # NIL, "InterfaceTrapHandler not installed. Running Windows/COM on Linux?");
RETURN platform.interfaceTrapHandler(excpRec, estFrame, context, dispCont)
END InterfaceTrapHandler;
(* -------------------- Console Trap Viewer -------------------- *)
(* adimetrius, 2020.01, 2021.05 *)
PROCEDURE ShowOffendingCodes (pc: INTEGER);
(** With pc pointing to the instruction FOLLOWING the offending instruction, show 15 bytes of preceeding machine codes. (15 is the maximal instruction length in i386) *)
VAR b, i: INTEGER; chars: ARRAY 4 OF CHAR;
PROCEDURE HexDig (x: INTEGER): CHAR;
BEGIN IF x > 9 THEN INC(x, ORD('A') - 10) ELSE INC(x, ORD('0')) END; RETURN CHR(x)
END HexDig;
BEGIN chars[2] := ' '; chars[3] := 0X; b := 0;
i := pc - 15; WHILE i < pc DO
IF ~platform.IsReadable(i, i) THEN chars := "?? "
ELSE S.MOVE(i, S.ADR(b), 1); chars[0] := HexDig(b DIV 10H); chars[1] := HexDig(b MOD 10H)
END;
blog.String(chars); INC(i)
END
END ShowOffendingCodes;
PROCEDURE LogThisStack (pc, fp: ADDRESS);
VAR frame: FrameDesc; u: INTEGER;
BEGIN
(*INCL(dirty, defLogger);*)
u := unit; unit := defLogger;
GetThisRefFrame(frame, pc, fp);
WHILE ~frame.eos DO
blog.Int(frame.depth); blog.String(': ');
IF frame.m = '' THEN blog.String('<caller outside BB>')
ELSE blog.String(frame.m); blog.String('.'); blog.String(frame.p)
END;
IF frame.pos >= 0 THEN blog.String(" [@="); blog.Int(frame.pos); blog.String('] ' )
ELSIF frame.pos = unloaded THEN blog.String("[unloaded] ")
END;
blog.String(" <PC="); blog.Hex(frame.modpcpc); blog.String(' FP='); blog.Hex(frame.fp); blog.String('>');
(* improve? show PC WRT module's code rather than absolute address
ShowOffendingCodes(frame.pc + 1);
*)
blog.Ln;
GetRefFrame(frame)
END;
unit := u
(*EXCL(dirty, defLogger)*)
END LogThisStack;
PROCEDURE TrapCleanup (_, __, ___: INTEGER);
VAR t: TrapCleaner; u: INTEGER;
BEGIN
(*INCL(dirty, cleanup);*)
u := unit; unit := cleanup;
WHILE trapStack # NIL DO
t := trapStack; trapStack := trapStack.next; t.Cleanup
END;
IF (trapChecker # NIL) & (err # silentTrap) THEN trapChecker END;
unit := u
(*EXCL(dirty, cleanup)*)
END TrapCleanup;
PROCEDURE SetTrapGuard* (on: BOOLEAN);
BEGIN
guarded := on
END SetTrapGuard;
PROCEDURE Try* (h: TryHandler; a, b, c: INTEGER);
BEGIN
IF ~platform.initialized THEN
log.String('Fatal: No Platform hook installed into Kernel'); log.Ln; Quit(1)
ELSE
INC(tryCount); platform.Try(h, a, b, c); DEC(tryCount)
END
END Try;
(* -------------------- Initialization --------------------- *)
PROCEDURE InitFpu; (* COMPILER DEPENDENT *)
(* could be eliminated, delayed for backward compatibility *)
VAR cw: SET;
BEGIN
FINIT;
FSTCW;
(* denorm, underflow, precision, zero div, overflow masked *)
(* invalid trapped *)
(* round to nearest, temp precision *)
cw := cw - {0..5, 8..11} + {1, 2, 3, 4, 5, 8, 9};
FLDCW
END InitFpu;
PROCEDURE TrapTitle (err, val: INTEGER);
BEGIN
IF err = 129 THEN blog.String("129 invalid with")
ELSIF err = 130 THEN blog.String("130 invalid case")
ELSIF err = 131 THEN blog.String("131 function without return")
ELSIF err = 132 THEN blog.String("132 type guard")
ELSIF err = 133 THEN blog.String("133 implied type guard")
ELSIF err = 134 THEN blog.String("134 value out of range")
ELSIF err = 135 THEN blog.String("135 index out of range")
ELSIF err = 136 THEN blog.String("136 string too long")
ELSIF err = 137 THEN blog.String("137 stack overflow")
ELSIF err = 138 THEN blog.String("138 integer overflow")
ELSIF err = 139 THEN blog.String("139 division by zero")
ELSIF err = 140 THEN blog.String("140 infinite real result")
ELSIF err = 141 THEN blog.String("141 real underflow")
ELSIF err = 142 THEN blog.String("142 real overflow")
ELSIF err = 143 THEN blog.String("143 undefined real result")
ELSIF err = 200 THEN blog.String("200 keyboard interrupt")
ELSIF err = 202 THEN blog.String("202 illegal instruction: "); blog.Int(val)
ELSIF err = 203 THEN blog.String("203 illegal memory read [ad = "); blog.Hex(val); blog.String("]")
ELSIF err = 204 THEN blog.String("204 illegal memory write [ad = "); blog.Hex(val); blog.String("]")
ELSIF err = 205 THEN blog.String("205 illegal execution [ad = "); blog.Hex(val); blog.String("]")
ELSIF err < 0 THEN blog.String("exception #"); blog.Int(-err)
ELSE blog.Int(err);
IF err = 126 THEN blog.String(" (not yet implemented)")
ELSIF err = 125 THEN blog.String(" (call of obsolete procedure)")
ELSIF err >= 100 THEN blog.String(" (invariant violated)")
ELSIF err >= 60 THEN blog.String(" (postcondition violated)")
ELSIF err >= 20 THEN blog.String(" (precondition violated)")
END
END; blog.Ln
END TrapTitle;
PROCEDURE SigRepHeader (pc, fp, sp: ADDRESS; err: INTEGER; recursive: BOOLEAN);
BEGIN
blog.Reset;
blog.String("********* TRAP REPORT - BEGIN *********"); blog.Ln;
platform.PrintHeaderInfo;
IF recursive THEN blog.String("RECURSIVE! ") END;
blog.String(" <PC="); blog.Hex(pc); blog.String(", FP="); blog.Hex(fp);
blog.String(", SP="); blog.Hex(sp); blog.String(">"); blog.Ln;
IF debug THEN
blog.String("dirty = {");
IF defLogger IN dirty THEN blog.String(" defLogger") END;
IF gc IN dirty THEN blog.String(" gc") END;
IF cleanup IN dirty THEN blog.String(" cleanup") END;
IF viewer IN dirty THEN blog.String(" viewer") END;
blog.String(" }"); blog.Ln;
END;
TrapTitle(err, val)
END SigRepHeader;
PROCEDURE SigRepFooter;
BEGIN
blog.String("********* TRAP REPORT - END *********"); blog.Ln;
END SigRepFooter;
PROCEDURE Report (_, __, ___: INTEGER);
VAR u: INTEGER;
BEGIN
(*INCL(dirty, viewer);*)
u := unit; unit := viewer;
IF (trapViewer # NIL) & (err # silentTrap) & ~guarded THEN trapViewer() END;
unit := u
(*EXCL(dirty, viewer)*)
END Report;
PROCEDURE HandleTrap*;
(* Trap handling scheme is as follows:
1. A platform signal is received by platform-dependent module T that implements trap-related Platform procedures.
2. Module T converts platform information into BlackBox trap information and calls Kernel.HandleTrap.
3. Kernel.HandleTrap calls Platform.GetTrapInfo to get trap information from the platform.
Thus, if HandleTrap is called arbitrarily by some client, .GetTrapInfo should return pc = 0, and Kernel will not process a fake HandleTrap call. *)
VAR recursive: BOOLEAN;
BEGIN
stack := baseStack;
INCL(dirty, unit); unit := other;
IF ~platform.initialized THEN log.String("Fatal: No Platform hook installed into Kernel"); log.Ln; Quit(1)
ELSE
platform.GetTrapInfo(pc, sp, fp, err, val, recursive);
IF pc = 0 THEN log.String('No actual trap when Kernel.HandleTrap called'); log.Ln; HALT(20)
ELSE
INC(trapCount);
InitFpu;
SigRepHeader(pc, fp, sp, err, recursive);
IF ~(defLogger IN dirty) THEN DefaultTrapViewer(trap.depth > 1, sig, trapViewer = NIL)LogThisStack(pc, fp) END;
SigRepFooter();
IF (err # silentTrap) & (trapViewer = NIL) THEN
platform.FatalError(trapMessage, blog.buf)
END;
IF (err = keyboardInterrupt) & (currentTryContext = NILtryCount = 0) THEN
log.String("SIGINT received, preparing to quit"); log.Ln; Quit(1)
ELSE
IF ~(cleanup IN dirty) THEN Try(TrapCleanup, -1, -1, -1) END;
IF ~(viewer IN dirty) THEN Try(Report, -1, -1, -1) END
END
END
END
END HandleTrap;
PROCEDURE InitHeap;
VAR i: INTEGER;
BEGIN
(* monoClusterMem := FALSE; *)
allocated := 0; (*total := 0;*) used := 0;
sentinelBlock.size := MAX(INTEGER);
sentinel := S.ADR(sentinelBlock);
i := N;
REPEAT DEC(i); free[i] := sentinel UNTIL i = 0;
(* debug := TRUE; *)
IF monoClusterMem THEN
AllocateCluster(1, root);
ASSERT(root # NIL, 60);
i := MIN(N - 1, (root.size - 12) DIV 16 - 1);
free[i] := S.VAL(FreeBlock, S.VAL(INTEGER, root) + 12);
free[i].next := sentinel;
free[i].size := (root.size - 12) DIV 16 * 16 - 4;
free[i].tag:=S.VAL(Type, S.ADR(free[i].size));
(* IF debug THEN ;DumpFree; END *)
END;
(*
IF debug THEN
IF monoClusterMem THEN
log.String("MonoCluster Heap Layout; ");
log.Int(root.size); log.String(" committed, "); log.Int(root.max); log.String(" reserved"); log.Ln;
DumpClusters
ELSE
log.String("MultiCluster Heap Layout; no cluster allocated yet "); log.ln
END
END
*)
(* ;debug := FALSE *)
END InitHeap;
PROCEDURE (VAR p: Platform) Setup* (baseStack: ADDRESS; opts: SET; OUT id: INTEGER; OUT eoln: Eoln; VAR monoClusterMem: BOOLEAN; OUT gradualCommit: BOOLEAN; VAR physicalMemory: INTEGER; OUT try: PROCEDURE (h: TryHandler; a, b, c: INTEGER)), NEW, ABSTRACT;
PROCEDURE SetPlatform* (p: POINTER TO Platform);
VAR opts: SET;
BEGIN
ASSERT(platform = NIL, 20);
ASSERT(p # NIL, 21);
platform := p;
opts := {};
IF inDll THEN INCL(opts, dll) END;
IF monoClusterMem THEN INCL(opts, monoCluster) END;
IF static THEN INCL(opts, init) END;
platform.id := -1;
platform.physicalMemory := MAX(INTEGER);
platform.Setup(baseStack, opts, platform.id, platform.eoln, monoClusterMem, platform.gradualCommit, platform.physicalMemory, platform.Try);
ASSERT(platform.id # -1, 22);
ASSERT(platform.eoln # '', 23);
ASSERT(platform.Try # NIL, 24);
platform.SetupModListAccess; (* A. V. Shiryaev, 2012.11: OpenBSD *)
log.string := platform.String; log.ln := platform.Ln;
blog.string := platform.String; blog.ln := platform.Ln;
platform.initialized := TRUE;
(* After platform has been initialized, heap may be initialized *)
InitHeap
END SetPlatform;
PROCEDURE Init;
VAR i: INTEGER;
BEGIN
blockCollect := FALSE;
(*allocated := 0; total := 0; used := 0;
sentinelBlock.size := MAX(INTEGER);
sentinel := S.ADR(sentinelBlock);
i := N;
REPEAT DEC(i); free[i] := sentinel UNTIL i = 0;*)
IF inDll THEN
(*
baseStack := FPageWord(4); (* begin of stack segment *)
*)
END;
InitFpu;
IF ~static THEN
InitModule(modList);
IF ~inDll THEN Quit(1) END
END
END Init;
BEGIN
IF modList = NIL THEN (* only once *)
S.GETREG(ML, modList); (* linker loads module list to BX *)
S.GETREG(SP, baseStack);
stack := baseStack; (* stack bottom, used by DevDebug and other possible trap analyzers *)
sentry := "Initialized"; (* adimetrius, 2020.01 *)
static := init IN modList.opts;
inDll := dll IN modList.opts;
monoClusterMem := ~(dll IN modList.opts);
Init;
END;
debug := FALSE
CLOSE
IF ~terminating THEN
terminating := TRUE;
Quit(0)
END
END Kernel.
| System/Mod/Kernel.odc |
MODULE Librarian;
(**
project = "BlackBox 2.0, new module"
organizations = "Oberon microsystems, BBWFC, OberonCore, BBCP Team"
contributors = "Contributors, A.A. Dmitriev, B.V. Rumshin, I.A. Denisov"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 20210625, rbv, created for version 1.8
- 20230213, dia, made experimental support for .cp file format
"
issues = "
- ...
"
**)
IMPORT Files;
TYPE
Librarian* = POINTER TO ABSTRACT RECORD
res*: INTEGER; (* result of the last GetSpec call *)
END;
StdLibrarian = POINTER TO RECORD (Librarian)
root: Files.Locator
END;
VAR
lib-, stdLib-: Librarian;
PROCEDURE (lib: Librarian) SplitName* (IN name: ARRAY OF CHAR; VAR head, tail: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE (lib: Librarian) GetSpec* (IN mod, cat: ARRAY OF CHAR; OUT loc: Files.Locator; OUT name: Files.Name), NEW, ABSTRACT;
(* Standard Librarian *)
PROCEDURE IsUpper (ch: CHAR): BOOLEAN;
BEGIN
CASE ch OF
| 041X..05AX, 0C0X..0D6X, 0D8X..0DEX, 0178X..0179X, 0181X..0182X, 0186X..0187X, 0189X..018BX, 018EX..0191X, 0193X..0194X, 0196X..0198X, 019CX..019DX, 019FX..01A0X, 01A6X..01A7X, 01A9X, 01AEX..01AFX, 01B1X..01B3X, 01B7X..01B8X, 01BCX, 01C4X..01C5X, 01C7X..01C8X, 01CAX..01CBX, 01F1X..01F2X, 01F6X..01F8X, 023AX..023BX, 023DX..023EX, 0243X..0246X, 0376X, 037FX, 0388X..038AX, 038EX..038FX, 0391X..03A1X, 03A3X..03ABX, 03CFX, 03D2X..03D4X, 03F4X, 03F9X..03FAX, 03FDX..042FX, 04C0X..04C1X, 0531X..0556X, 010A0X..010C5X, 010C7X, 010CDX, 013A0X..013F5X, 01F08X..01F0FX, 01F18X..01F1DX, 01F28X..01F2FX, 01F38X..01F3FX, 01F48X..01F4DX, 01F68X..01F6FX, 01F88X..01F8FX, 01F98X..01F9FX, 01FA8X..01FAFX, 01FB8X..01FBCX, 01FC8X..01FCCX, 01FD8X..01FDBX, 01FE8X..01FECX, 01FF8X..01FFCX, 02102X, 02107X, 0210BX..0210DX, 02110X..02112X, 02115X, 02119X..0211DX, 0212AX..0212DX, 02130X..02133X, 0213EX..0213FX, 02145X, 02160X..0216FX, 02183X, 024B6X..024CFX, 02C00X..02C2EX, 02C62X..02C64X, 02C6DX..02C70X, 02C72X, 02C75X, 02C7EX..02C80X, 02CF2X, 0A77DX..0A77EX, 0A7AAX..0A7AEX, 0A7B0X..0A7B4X, 0A7B6X, 0FF21X..0FF3AX: RETURN TRUE
| 0100X..0137X, 014AX..0177X, 0184X..0185X, 01A2X..01A5X, 01ACX..01ADX, 01DEX..01EFX, 01F4X..01F5X, 01FAX..0233X, 0248X..024FX, 0370X..0373X, 0386X..0387X, 038CX..038DX, 03D8X..03EFX, 0460X..0481X, 048AX..04BFX, 04D0X..052FX, 01E00X..01E95X, 01E9EX..01EFFX, 02124X..02129X, 02C60X..02C61X, 02C82X..02CE3X, 0A640X..0A66DX, 0A680X..0A69BX, 0A722X..0A72FX, 0A732X..0A76FX, 0A780X..0A787X, 0A790X..0A793X, 0A796X..0A7A9X: RETURN ~ODD(ORD(ch))
| 0139X..0148X, 017BX..017EX, 01B5X..01B6X, 01CDX..01DCX, 0241X..0242X, 03F7X..03F8X, 04C3X..04CEX, 01F59X..01F60X, 02C67X..02C6CX, 02CEBX..02CEEX, 0A779X..0A77CX, 0A78BX..0A78EX: RETURN ODD(ORD(ch))
ELSE RETURN FALSE
END
END IsUpper;
PROCEDURE (lib: StdLibrarian) SplitName (IN name: ARRAY OF CHAR; VAR head, tail: ARRAY OF CHAR);
VAR i, j: INTEGER; ch, lch: CHAR;
BEGIN
i := 0; ch := name[0];
IF ch # 0X THEN
REPEAT
head[i] := ch; lch := ch; INC(i); ch := name[i]
UNTIL (ch = 0X) OR (ch = ".") OR IsUpper(ch) & ~IsUpper(lch);
IF ch = "." THEN i := 0; ch := name[0] END;
head[i] := 0X; j := 0;
WHILE ch # 0X DO tail[j] := ch; INC(i); INC(j); ch := name[i] END;
tail[j] := 0X;
IF tail = "" THEN tail := head$; head := "System" END;
ELSE
head := "System"; tail := ""
END
END SplitName;
PROCEDURE FileExists (loc: Files.Locator; IN name: ARRAY OF CHAR): BOOLEAN;
VAR fi: Files.FileInfo;
BEGIN
fi := Files.dir.FileList(loc);
WHILE (fi # NIL) & (fi.name # name) DO fi := fi.next END;
RETURN fi # NIL
END FileExists;
PROCEDURE StartsWith (IN str, patt: ARRAY OF CHAR): BOOLEAN;
VAR i, k: INTEGER; res: BOOLEAN;
BEGIN
i := LEN(patt$); k := LEN(str$);
IF k >= i THEN
k := 0;
REPEAT res := patt[k] = str[k]; INC(k) UNTIL ~res OR (k = i);
ELSE res := FALSE
END;
RETURN res
END StartsWith;
PROCEDURE (lib: StdLibrarian) GetSpec (IN mod, cat: ARRAY OF CHAR; OUT loc: Files.Locator; OUT name: Files.Name);
VAR head, tail: ARRAY 256 OF CHAR;
BEGIN
lib.SplitName(mod, head, tail);
loc := lib.root.This(head);
IF StartsWith(cat, "Code") THEN
loc := loc.This("Code"); name := tail + ".ocf"
ELSIF StartsWith(cat, "Mod") THEN
loc := loc.This("Mod");
IF FileExists(loc, tail + ".cp") THEN
name := tail + ".cp"
ELSE
name := tail + ".odc"
END
ELSIF StartsWith(cat, "Sym") THEN
loc := loc.This("Sym"); name := tail + ".osf"
ELSIF StartsWith(cat, "Docu") THEN
loc := loc.This("Docu"); name := tail + ".odc"
ELSIF StartsWith(cat, "Rsrc") THEN
loc := loc.This("Rsrc"); name := tail + ".odc"
ELSIF StartsWith(cat, "Root") THEN
loc := lib.root; name := "";
ELSE
loc := loc.This(cat); name := tail + ".odc"
END;
lib.res := 0
END GetSpec;
PROCEDURE SetLib* (librarian: Librarian);
BEGIN
ASSERT(librarian # NIL, 20);
lib := librarian
END SetLib;
PROCEDURE NewStdLibrarian* (loc: Files.Locator): Librarian;
VAR std: StdLibrarian;
BEGIN
NEW(std); std.root := loc;
RETURN std
END NewStdLibrarian;
BEGIN
stdLib := NewStdLibrarian(Files.dir.This(""));
lib := stdLib
END Librarian.
| System/Mod/Librarian.odc |
MODULE Log;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
TYPE
Hook* = POINTER TO ABSTRACT RECORD END;
VAR
synch*: BOOLEAN; (* ~synch => output only on FlushBuf *)
force*: BOOLEAN; (* force => every call causes a Views.Restore *)
hook: Hook;
PROCEDURE (log: Hook) Guard* (o: ANYPTR): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (log: Hook) ClearBuf*, NEW, ABSTRACT;
PROCEDURE (log: Hook) FlushBuf*, NEW, ABSTRACT;
PROCEDURE (log: Hook) Beep*, NEW, ABSTRACT;
PROCEDURE (log: Hook) Char* (ch: CHAR), NEW, ABSTRACT;
PROCEDURE (log: Hook) Int* (n: LONGINT), NEW, ABSTRACT;
PROCEDURE (log: Hook) Real* (x: REAL), NEW, ABSTRACT;
PROCEDURE (log: Hook) String* (IN str: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE (log: Hook) Bool* (x: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (log: Hook) Set* (x: SET), NEW, ABSTRACT;
PROCEDURE (log: Hook) IntForm* (x: LONGINT; base, minWidth: INTEGER; fillCh: CHAR;
showBase: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (log: Hook) RealForm* (x: REAL; precision, minW, expW: INTEGER;
fillCh: CHAR), NEW, ABSTRACT;
PROCEDURE (log: Hook) Tab*, NEW, ABSTRACT;
PROCEDURE (log: Hook) Ln*, NEW, ABSTRACT;
PROCEDURE (log: Hook) Para*, NEW, ABSTRACT;
PROCEDURE (log: Hook) View* (v: ANYPTR), NEW, ABSTRACT;
PROCEDURE (log: Hook) ViewForm* (v: ANYPTR; w, h: INTEGER), NEW, ABSTRACT;
PROCEDURE (log: Hook) ParamMsg* (IN s, p0, p1, p2: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE SetHook*(h: Hook);
BEGIN
hook := h
END SetHook;
PROCEDURE ClearBuf*;
BEGIN
IF hook # NIL THEN hook.ClearBuf END
END ClearBuf;
PROCEDURE FlushBuf*;
BEGIN
IF hook # NIL THEN hook.FlushBuf END
END FlushBuf;
PROCEDURE Guard* (o: ANYPTR): BOOLEAN;
BEGIN
RETURN (hook # NIL) & hook.Guard(o)
END Guard;
PROCEDURE Beep*;
BEGIN
IF hook # NIL THEN hook.Beep() END
END Beep;
PROCEDURE Char* (ch: CHAR);
BEGIN
IF hook # NIL THEN hook.Char(ch) END
END Char;
PROCEDURE Int* (n: LONGINT);
BEGIN
IF hook # NIL THEN hook.Int(n) END
END Int;
PROCEDURE Real* (x: REAL);
BEGIN
IF hook # NIL THEN hook.Real(x) END
END Real;
PROCEDURE String* (str: ARRAY OF CHAR);
BEGIN
IF hook # NIL THEN hook.String(str) END
END String;
PROCEDURE Bool* (x: BOOLEAN);
BEGIN
IF hook # NIL THEN hook.Bool(x) END
END Bool;
PROCEDURE Set* (x: SET);
BEGIN
IF hook # NIL THEN hook.Set(x) END
END Set;
PROCEDURE IntForm* (x: LONGINT; base, minWidth: INTEGER; fillCh: CHAR; showBase: BOOLEAN);
BEGIN
IF hook # NIL THEN hook.IntForm(x, base, minWidth, fillCh, showBase) END
END IntForm;
PROCEDURE RealForm* (x: REAL; precision, minW, expW: INTEGER; fillCh: CHAR);
BEGIN
IF hook # NIL THEN hook.RealForm(x, precision, minW, expW, fillCh) END
END RealForm;
PROCEDURE Tab*;
BEGIN
IF hook # NIL THEN hook.Tab END
END Tab;
PROCEDURE Ln*;
BEGIN
IF hook # NIL THEN hook.Ln END
END Ln;
PROCEDURE Para*;
BEGIN
IF hook # NIL THEN hook.Para END
END Para;
PROCEDURE View* (v: ANYPTR);
BEGIN
IF hook # NIL THEN hook.View(v) END
END View;
PROCEDURE ViewForm* (v: ANYPTR; w, h: INTEGER);
BEGIN
IF hook # NIL THEN hook.ViewForm(v, w, h) END
END ViewForm;
PROCEDURE ParamMsg* (s, p0, p1, p2: ARRAY OF CHAR);
BEGIN
IF hook # NIL THEN hook.ParamMsg(s, p0, p1, p2) END
END ParamMsg;
PROCEDURE Msg* (s: ARRAY OF CHAR);
BEGIN
ParamMsg(s, "", "", "")
END Msg;
BEGIN
synch := TRUE; force := FALSE
END Log.
| System/Mod/Log.odc |
MODULE Loop;
(**
project = "BlackBox 2.0"
organization = "www.oberon.ch, blackbox.oberon.org"
contributors = "Oberon microsystems, A. Dmitriev, I. Denisov"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT Kernel, Services, Log;
CONST
gcCycle = 100;
TYPE
ExitGuard* = PROCEDURE (): BOOLEAN;
VAR
gc: INTEGER; (* how many events must be executed before next GC *)
Validate, Iterate: PROCEDURE;
Guard: ExitGuard;
quantum*: LONGINT; (** minimal indivisible interval between Services.Action invocations *)
PROCEDURE Collect;
BEGIN
gc := 0
END Collect;
PROCEDURE Loop;
VAR exit: BOOLEAN; now, itstime: LONGINT;
BEGIN
(*
immediates are executed as part of current command;
the current command ends with window validation (delayed restore mechanism);
actions marked Services.now or set for specific time are executed as soon as possible
after the current command, but no sooner than quantum milliseconds
after a previous actions invocation
*)
itstime := 0;
REPEAT
Services.actionHook.Loop; (* immediates *)
IF Validate # NIL THEN Validate END;
exit := Guard();
IF (gc <= 0) OR Kernel.WouldFinalize() & ~exit THEN
Kernel.Collect; gc := gcCycle;
END;
now := Kernel.Time();
IF now >= itstime THEN
itstime := now + quantum;
IF ~Log.synch THEN Log.FlushBuf END;
Services.actionHook.Step;
IF Validate # NIL THEN Validate ELSE DEC(gc) END;
END;
Iterate;
UNTIL exit
END Loop;
PROCEDURE Start* (eventIterator, viewsValidator: PROCEDURE; exitGuard: ExitGuard);
BEGIN
ASSERT(eventIterator # NIL, 20); ASSERT(exitGuard # NIL, 21);
Iterate := eventIterator;
Guard := exitGuard;
Kernel.InstallCleaner(Collect);
Validate := viewsValidator;
Kernel.Start(Loop);
Kernel.RemoveCleaner(Collect)
END Start;
BEGIN
gc := gcCycle;
quantum := 10
END Loop. | System/Mod/Loop.odc |
MODULE Math;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20170224, center #147, Adding a "Mod1" function to Math/SMath
- 20170310, center #151, Extending the domain of Math.ArcTan2
- 20170330, center #157, Extending the domain of Math.Sin, Cos, & Tan
- 20180623, center #189, improving the treatment of the sign bit in Math/SMath
"
issues = "
- ...
"
**)
IMPORT SYSTEM;
VAR eps, e: REAL;
(* code procedures for 80387 math coprocessor *)
PROCEDURE [code] FLD (x: REAL);
PROCEDURE [code] TOP (): REAL;
PROCEDURE [code] FSW (): INTEGER 0DFH, 0E0H;
PROCEDURE [code] FSWs (): SET 0DFH, 0E0H;
PROCEDURE [code] ST0 (): REAL 0D9H, 0C0H;
PROCEDURE [code] ST1 (): REAL 0D9H, 0C1H;
PROCEDURE [code] FXCH 0D9H, 0C9H;
PROCEDURE [code] FLDst0 0D9H, 0C0H; (* doublicate st[0] *)
PROCEDURE [code] FSTPst0 0DDH, 0D8H; (* remove st[0] *)
PROCEDURE [code] FSTPst1 0DDH, 0D9H; (* remove st[1] *)
PROCEDURE [code] FSTPDe 0DBH, 05DH, 0F4H; (* FSTPD -12[FP] *) (* COMPILER DEPENDENT *)
PROCEDURE [code] WAIT 09BH;
PROCEDURE [code] FNOP 0D9H, 0D0H;
PROCEDURE [code] FLD0 0D9H, 0EEH;
PROCEDURE [code] FLD1 0D9H, 0E8H;
PROCEDURE [code] FLDPI 0D9H, 0EBH;
PROCEDURE [code] FLDLN2 0D9H, 0EDH;
PROCEDURE [code] FLDLG2 0D9H, 0ECH;
PROCEDURE [code] FLDL2E 0D9H, 0EAH;
PROCEDURE [code] FADD 0DEH, 0C1H;
PROCEDURE [code] FADDst0 0D8H, 0C0H;
PROCEDURE [code] FSUB 0DEH, 0E9H;
PROCEDURE [code] FSUBn 0DCH, 0E9H; (* no pop *)
PROCEDURE [code] FSUBR 0DEH, 0E1H;
PROCEDURE [code] FSUBst1 0D8H, 0E1H;
PROCEDURE [code] FMUL 0DEH, 0C9H;
PROCEDURE [code] FMULst0 0D8H, 0C8H;
PROCEDURE [code] FMULst1st0 0DCH, 0C9H;
PROCEDURE [code] FDIV 0DEH, 0F9H;
PROCEDURE [code] FDIVR 0DEH, 0F1H;
PROCEDURE [code] FDIVRst1 0D8H, 0F9H;
PROCEDURE [code] FCHS 0D9H, 0E0H;
PROCEDURE [code] FCOM 0D8H, 0D1H;
PROCEDURE [code] FSWax 0DFH, 0E0H;
PROCEDURE [code] SAHF 09EH;
PROCEDURE [code] JBE4 076H, 004H;
PROCEDURE [code] JAE4 073H, 004H;
PROCEDURE [code] FRNDINT 0D9H, 0FCH;
PROCEDURE [code] FSCALE 0D9H, 0FDH; (* st[0] * 2^FLOOR(st[1]) *)
PROCEDURE [code] FXTRACT 0D9H, 0F4H; (* exp -> st[1]; mant -> st[0] *)
PROCEDURE [code] FXAM 0D9H, 0E5H;
PROCEDURE [code] FSQRT 0D9H, 0FAH; (* st[0] >= 0 *)
PROCEDURE [code] FSIN 0D9H, 0FEH; (* |st[0]| < 2^63 *)
PROCEDURE [code] FCOS 0D9H, 0FFH; (* |st[0]| < 2^63 *)
PROCEDURE [code] FSINCOS 0D9H, 0FBH; (* |st[0]| < 2^63 *)
PROCEDURE [code] FTAN 0D9H, 0F2H; (* |st[0]| < 2^63 *)
PROCEDURE [code] FATAN 0D9H, 0F3H; (* atan2(st[1], st[0]) *)
PROCEDURE [code] FYL2X 0D9H, 0F1H; (* st[1] * log2(st[0]), st[0] > 0 *)
PROCEDURE [code] FYL2XP1 0D9H, 0F9H; (* st[1] * log2(1 + st[0]), |st[0]| < 1-sqrt(2)/2 *)
PROCEDURE [code] F2XM1 0D9H, 0F0H; (* 2^st[0] - 1, |st[0]| <= 1 *)
PROCEDURE IsNaN* (x: REAL): BOOLEAN;
BEGIN
FLD(x); FXAM; FSTPst0; WAIT; RETURN FSWs() * {8, 10} = {8}
END IsNaN;
(** REAL precision **)
PROCEDURE Pi* (): REAL;
BEGIN
FLDPI; RETURN TOP()
END Pi;
PROCEDURE Eps* (): REAL;
BEGIN
RETURN eps
END Eps;
PROCEDURE Sqrt* (x: REAL): REAL;
BEGIN
(* Kernel error #143, argument of Sqrt must not be negative *)
FLD(x); FSQRT; WAIT; RETURN TOP()
END Sqrt;
PROCEDURE Exp* (x: REAL): REAL;
BEGIN
(* 2 ^ (x * 1/ln(2)) *)
FLD(x); FLDL2E; FMUL;
IF ABS(ST0()) = INF THEN FLD1
ELSE FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD
END;
FSCALE; FSTPst1; RETURN TOP()
END Exp;
PROCEDURE Ln* (x: REAL): REAL;
BEGIN
(* Kernel error #143, argument of Ln must not be negative *)
(* ln(2) * ld(x) *)
FLDLN2; FLD(x); FYL2X; WAIT; RETURN TOP()
END Ln;
PROCEDURE Log* (x: REAL): REAL;
BEGIN
(* Kernel error #143, argument of Log must not be negative *)
(* log(2) * ld(x) *)
FLDLG2; FLD(x); FYL2X; WAIT; RETURN TOP()
END Log;
PROCEDURE Power* (x, y: REAL): REAL;
BEGIN
ASSERT(x >= 0, 20);
ASSERT((x # 0.0) OR (y # 0.0), 21);
ASSERT((x # INF) OR (y # 0.0), 22);
ASSERT((x # 1.0) OR (ABS(y) # INF), 23);
(* 2 ^ (y * ld(x)) *)
FLD(y); FLD(x); FYL2X;
IF ABS(ST0()) = INF THEN FLD1
ELSE FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD
END;
FSCALE; FSTPst1; WAIT; RETURN TOP()
END Power;
PROCEDURE IntPower* (x: REAL; n: INTEGER): REAL;
BEGIN
FLD1; FLD(x);
IF n = MIN(INTEGER) THEN RETURN IntPower(x, n + 1) / x END;
IF n <= 0 THEN FDIVRst1; (* 1 / x *) n := -n END;
WHILE n > 0 DO
IF ODD(n) THEN FMULst1st0; (* y := y * x *) DEC(n)
ELSE FMULst0; (* x := x * x *) n := n DIV 2
END
END;
FSTPst0; RETURN TOP()
END IntPower;
PROCEDURE Sin* (x: REAL): REAL;
BEGIN
(* Kernel error #143, ABS(x) # INF *)
FLD(x); FSIN; WAIT;
IF 10 IN FSWs() THEN FSTPst0; RETURN 0. END;
RETURN TOP()
END Sin;
PROCEDURE Cos* (x: REAL): REAL;
BEGIN
(* Kernel error #143, ABS(x) # INF *)
FLD(x); FCOS; WAIT;
IF 10 IN FSWs() THEN FSTPst0; RETURN 1. END;
RETURN TOP()
END Cos;
PROCEDURE Tan* (x: REAL): REAL;
BEGIN
(* Kernel error #143, ABS(x) # INF *)
FLD(x); FTAN; FSTPst0; WAIT;
IF 10 IN FSWs() THEN RETURN 0. END;
RETURN TOP()
END Tan;
PROCEDURE SinCos* (x: REAL; OUT s, c: REAL);
BEGIN
(* Kernel error #143, ABS(x) # INF *)
FLD(x); FSINCOS; WAIT;
IF 10 IN FSWs() THEN FSTPst0; s := 0.; c := 1. ELSE c := TOP(); s := TOP() END
END SinCos;
PROCEDURE ArcSin* (x: REAL): REAL;
BEGIN
(* Kernel error #143, -1.0 <= x <= 1.0 *)
(* atan2(x, sqrt(1 - x*x)) *)
FLD(x); FLDst0; FMULst0; FLD1; FSUBR; FSQRT; FNOP; FATAN; WAIT; RETURN TOP()
END ArcSin;
PROCEDURE ArcCos* (x: REAL): REAL;
BEGIN
(* Kernel error #143, -1.0 <= x <= 1.0 *)
(* atan2(sqrt(1 - x*x), x) *)
FLD(x); FMULst0; FLD1; FSUBR; FSQRT; FLD(x); FATAN; WAIT; RETURN TOP()
END ArcCos;
PROCEDURE ArcTan* (x: REAL): REAL;
BEGIN
(* atan2(x, 1) *)
FLD(x); FLD1; FATAN; RETURN TOP()
END ArcTan;
PROCEDURE ArcTan2* (y, x: REAL): REAL;
BEGIN
FLD(y); FLD(x); FATAN; WAIT; RETURN TOP()
END ArcTan2;
PROCEDURE Sinh* (x: REAL): REAL;
BEGIN
(* IF IsNaN(x) THEN RETURN x END; *)
IF x = 0 THEN RETURN x (* +/- zero *) END;
(* abs(x) * 1/ln(2) *)
FLD(ABS(x)); FLDL2E; FMUL;
IF ST0() < 0.5 THEN
(* (2^z - 1) + (2^z - 1) / ((2^z - 1) + 1) *)
F2XM1; FLDst0; FLDst0; FLD1; FADD; FDIV; FADD
ELSIF ST0() # INF THEN
(* 2^z - 1 / 2^z *)
FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD; FSCALE;
FSTPst1; FLDst0; FLD1; FDIVR; FSUB
END;
IF x < 0 THEN FCHS END;
RETURN TOP() * 0.5
END Sinh;
PROCEDURE Cosh* (x: REAL): REAL;
BEGIN
(* IF IsNaN(x) THEN RETURN x END; *)
(* 2^(abs(x) * 1/ln(2)) *)
FLD(ABS(x));
IF ST0() # INF THEN
FLDL2E; FMUL; FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD; FSCALE;
FSTPst1;
(* z + 1/z *)
FLDst0; FLD1; FDIVR; FADD
END;
RETURN TOP() * 0.5
END Cosh;
PROCEDURE Tanh* (x: REAL): REAL;
BEGIN
(* IF IsNaN(x) THEN RETURN x END; *)
IF x = 0 THEN RETURN x (* +/- zero *) END;
(* abs(x) * 1/ln(2) * 2 *)
FLD(ABS(x)); FLDL2E; FMUL; FADDst0;
IF ST0() < 0.5 THEN
(* (2^z - 1) / (2^z + 1) *)
F2XM1; FLDst0; FLD(2); FADD; FDIV
ELSIF ST0() < 65 THEN
(* 1 - 2 / (2^z + 1) *)
FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD; FSCALE;
FSTPst1; FLD1; FADD; FLD(2); FDIVR; FLD1; FSUBR
ELSE
FSTPst0; FLD1
END;
IF x < 0 THEN FCHS END;
RETURN TOP()
END Tanh;
PROCEDURE ArcSinh* (x: REAL): REAL;
BEGIN
(* IF IsNaN(x) THEN RETURN x END; *)
IF x = 0 THEN RETURN x (* +/- zero *) END;
(* x*x *)
FLDLN2; FLD(ABS(x)); FLDst0; FMULst0;
IF ST0() < 0.067 THEN
(* ln(2) * ld(1 + x*x / (sqrt(x*x + 1) + 1) + x) *)
FLDst0; FLD1; FADD; FSQRT; FLD1; FADD; FDIV; FADD; FYL2XP1
ELSE
(* ln(2) * ld(x + sqrt(x*x + 1)) *)
FLD1; FADD; FSQRT; FADD; FYL2X
END;
IF x < 0 THEN FCHS END;
RETURN TOP()
END ArcSinh;
PROCEDURE ArcCosh* (x: REAL): REAL;
BEGIN
(* 20, x >= 1.0 *)
(* IF IsNaN(x) THEN RETURN x END; *)
(* ln(2) * ld(x + sqrt(x*x - 1)) *)
FLDLN2; FLD(x); FLDst0; FMULst0; FLD1; FSUB; FSQRT; FADD; FYL2X; WAIT; RETURN TOP()
END ArcCosh;
PROCEDURE ArcTanh* (x: REAL): REAL;
BEGIN
(* 20, -1.0 <= x <= 1.0 *)
(* IF IsNaN(x) THEN RETURN x END; *)
IF x = 0 THEN RETURN x (* +/- zero *) END;
(* |x| *)
FLDLN2; FLD(ABS(x));
IF ST0() < 0.12 THEN
(* ln(2) * ld(1 + 2*x / (1 - x)) *)
FLDst0; FLD1; FSUBR; FDIV; FADDst0; FYL2XP1
ELSE
(* ln(2) * ld((1 + x) / (1 - x)) *)
FLDst0; FLD1; FADD; FXCH; FLD1; FSUBR; FDIV; FNOP; FYL2X
END;
IF x < 0 THEN FCHS END;
WAIT;
RETURN TOP() * 0.5
END ArcTanh;
PROCEDURE Floor* (x: REAL): REAL;
BEGIN
FLD(x); FLDst0; FRNDINT; FCOM; FSWax; FSTPst1; SAHF; JBE4; FLD1; FSUB; RETURN TOP()
END Floor;
PROCEDURE Ceiling* (x: REAL): REAL;
BEGIN
FLD(x); FLDst0; FRNDINT; FCOM; FSWax; FSTPst1; SAHF; JAE4; FLD1; FADD; RETURN TOP()
END Ceiling;
PROCEDURE Round* (x: REAL): REAL;
BEGIN
FLD(x);
IF ABS(ST0()) = INF THEN RETURN TOP() END;
FLDst0; FRNDINT; FSUBn; FXCH;
IF TOP() = 0.5 THEN FLD1; FADD END;
RETURN TOP()
END Round;
PROCEDURE Trunc* (x: REAL): REAL;
BEGIN
FLD(x); FLDst0; FRNDINT;
IF ST1() >= 0 THEN
FCOM; FSWax; FSTPst1; SAHF; JBE4; FLD1; FSUB
ELSE
FCOM; FSWax; FSTPst1; SAHF; JAE4; FLD1; FADD
END;
RETURN TOP()
END Trunc;
PROCEDURE Frac* (x: REAL): REAL;
BEGIN
(* Kernel error #143, x # INF & x # -INF *)
FLD(x); FLDst0; FRNDINT;
IF ST1() >= 0 THEN
FCOM; FSWax; SAHF; JBE4; FLD1; FSUB
ELSE
FCOM; FSWax; SAHF; JAE4; FLD1; FADD
END;
FSUB; WAIT; RETURN TOP()
END Frac;
PROCEDURE Mod1* (x: REAL): REAL;
BEGIN
(* Kernel error #143, x # INF & x # -INF *)
FLD(x); FLDst0; FRNDINT;
FCOM; FSWax; SAHF; JBE4; FLD1; FSUB;
FSUB; WAIT; RETURN TOP()
END Mod1;
PROCEDURE Sign* (x: REAL): REAL;
BEGIN
FLD(x); FXAM; WAIT;
CASE FSW() DIV 256 MOD 8 OF
| 0, 2: FSTPst0; RETURN x (* +/- zero *)
| 1, 4, 5: FSTPst0; RETURN 1.0
| 3, 6, 7: FSTPst0; RETURN -1.0
END
END Sign;
PROCEDURE SignBit* (x: REAL): BOOLEAN; (* IEEE 754-2008, section 5.7.2 *)
VAR s: SET;
BEGIN
SYSTEM.GET(SYSTEM.ADR(x) + 4, s);
RETURN 31 IN s
END SignBit;
PROCEDURE CopySign* (x, y: REAL): REAL; (* IEEE 754-2008, section 5.5.1 *)
VAR s: SET;
BEGIN
SYSTEM.GET(SYSTEM.ADR(y) + 4, s);
IF 31 IN s THEN RETURN -ABS(x) ELSE RETURN ABS(x) END
END CopySign;
PROCEDURE Mantissa* (x: REAL): REAL;
BEGIN
FLD(x); FXAM; WAIT;
CASE FSW() DIV 256 MOD 8 OF
| 4, 6: FXTRACT; FSTPst1; RETURN TOP()
| 0, 2: FSTPst0; RETURN x (* +/- zero *)
| 5: FSTPst0; RETURN 1.0 (* inf *)
| 7: FSTPst0; RETURN -1.0 (* -inf *)
| 1: FSTPst0; RETURN 1.5 (* nan *)
| 3: FSTPst0; RETURN -1.5 (* -nan *)
END
END Mantissa;
PROCEDURE Exponent* (x: REAL): INTEGER; (* COMPILER DEPENDENT *)
VAR e: INTEGER; (* e is set by FSTPDe! *)
BEGIN
FLD(x); FXAM; WAIT;
CASE FSW() DIV 256 MOD 8 OF
| 4, 6: FXTRACT; FSTPst0; FSTPDe; WAIT; RETURN e
| 0, 2: FSTPst0; RETURN 0 (* zero *)
| 1, 3, 5, 7: FSTPst0; RETURN MAX(INTEGER) (* inf or nan*)
END
END Exponent;
PROCEDURE Real* (m: REAL; e: INTEGER): REAL;
VAR s: SET;
BEGIN
IF (m = 0) THEN RETURN m (* +/- zero *) END;
ASSERT(~IsNaN(m) & (1 <= ABS(m)) & (ABS(m) < 2), 20);
IF e = MAX(INTEGER) THEN
SYSTEM.GET(SYSTEM.ADR(m) + 4, s);
SYSTEM.PUT(SYSTEM.ADR(m) + 4, s + {20..30});
RETURN m
ELSE
FLD(e); FLD(m); FSCALE; FSTPst1; RETURN TOP()
END
END Real;
BEGIN
eps := 1.0E+0; e := 2.0E+0;
WHILE e > 1.0E+0 DO eps := eps/2.0E+0; e := 1.0E+0 + eps END; eps := 2.0E+0 * eps;
END Math.
The following code shows how to implement a large part of this module
on top of a small set of basic functions (Ln, Exp, Sin, Cos, ArcTan, Sqrt, and CopySign)
and Component Pascal language features, i.e. without any code procedures.
This may for example help to port the module to another platform.
In earlier versions of BlackBox, up to and including version 1.7.1, these suggestions were generally simpler than the suggestions below. However those versions did not all give the correct (IEEE 754 mandated) values for inputs from the set {-INF, -0., +INF}.
These suggestions are believed to be correct for such inputs. They have not been designed to operate correctly if the input is a NaN, although most of them could be extended by adding a first line:
"IF IsNaN (x) THEN RETURN x END;"
These are only suggestions; there may be faster or more accurate alternatives.
CONST
pi = 3.141592653589793115997963468544185161590576171875; (* π to 64-bits *)
piBy2 = 1.5707963267948965579989817342720925807952880859375;
piBy4 = 0.78539816339744827899949086713604629039764404296875;
ln2 = 0.69314718055994528622676398299518041312694549560546875;
ln10 = 2.30258509299404590109361379290930926799774169921875;
lneps = -36.0436533891171535515240975655615329742431640625; (* eps = 2^-52 *)
PROCEDURE Pi* (): REAL;
BEGIN
RETURN pi
END Pi;
PROCEDURE Sign* (x: REAL): REAL;
BEGIN
IF x > 0. THEN RETURN 1.
ELSIF x < 0. THEN RETURN -1.
ELSE RETURN x
END
END Sign;
PROCEDURE SignBit* (x: REAL): BOOLEAN;
BEGIN
RETURN CopySign(1., x) > 0.
END SignBit;
PROCEDURE Log* (x: REAL): REAL;
BEGIN
RETURN Ln(x)/ln10
END Log;
PROCEDURE Power* (x, y: REAL): REAL;
BEGIN
ASSERT(x >= 0, 20);
ASSERT((x # 0.0) OR (y # 0.0), 21);
ASSERT((x # INF) OR (y # 0.0), 22);
ASSERT((x # 1.0) OR (ABS(y) # INF), 23);
RETURN Exp(y * Ln(x))
END Power;
PROCEDURE IntPower* (x: REAL; n: INTEGER): REAL;
VAR y: REAL;
BEGIN
IF n = MIN(INTEGER) THEN RETURN IntPower(x, n + 1) / x END;
y := 1.;
IF n < 0 THEN x := 1./x; n := -n END;
WHILE n > 0 DO
IF ODD(n) THEN y := y*x; DEC(n)
ELSE x := x * x; n := n DIV 2
END
END;
RETURN y
END IntPower;
PROCEDURE Tan* (x: REAL): REAL;
BEGIN
RETURN Sin(x)/Cos(x)
END Tan;
PROCEDURE ArcSin* (x: REAL): REAL;
BEGIN
ASSERT(ABS(x) <= 1., 20);
RETURN ArcTan(x / Sqrt(1. - x * x))
END ArcSin;
PROCEDURE ArcCos* (x: REAL): REAL;
BEGIN
ASSERT(ABS(x) <= 1., 20);
RETURN ArcTan(Sqrt(1. - x * x) / x)
END ArcCos;
PROCEDURE ArcTan2* (y, x: REAL): REAL;
BEGIN
IF x = 0. THEN
IF ~SignBit(x) THEN RETURN Sign(y) * piBy2
ELSIF y = 0. THEN RETURN CopySign(pi, y)
ELSE RETURN CopySign(piBy2, y) END
(* ELSIF y = 0. THEN (* Optional "speedup" *)
RETURN (1. - Sign(x)) * CopySign(piBy2, y) *)
ELSIF (ABS(x) = INF) & (ABS(y) = INF) THEN
RETURN (2. - Sign(x)) * CopySign(piBy4, y)
ELSE
RETURN ArcTan(y / x) + (1. - Sign(x)) * CopySign(piBy2, y)
END
END ArcTan2;
PROCEDURE Sinh* (x: REAL): REAL;
BEGIN
IF x = 0. THEN RETURN x
ELSIF ABS(x) < -lneps THEN RETURN (Exp(x) - Exp(-x)) / 2.
ELSE RETURN Sign(x) * Exp(ABS(x)) / 2.
END
END Sinh;
PROCEDURE Cosh* (x: REAL): REAL;
VAR expx: REAL;
BEGIN
IF ABS(x) < -lneps THEN RETURN (Exp(x) + Exp(-x)) / 2.
ELSE RETURN Exp(ABS(x)) / 2.
END
END Cosh;
PROCEDURE Tanh* (x: REAL): REAL;
VAR e1, e2: REAL;
BEGIN
IF x = 0. THEN RETURN x
ELSIF ABS(x) < -lneps THEN
e1 := Exp(x); e2 := 1. / e1;
RETURN (e1 - e2) / (e1 + e2)
ELSE
RETURN Sign(x)
END
END Tanh;
PROCEDURE ArcSinh* (x: REAL): REAL;
BEGIN
RETURN Sign (x) * Ln(ABS(x) + Sqrt(x * x + 1.))
END ArcSinh;
PROCEDURE ArcCosh* (x: REAL): REAL;
BEGIN
RETURN Ln(x + Sqrt(x * x - 1.))
END ArcCosh;
PROCEDURE ArcTanh* (x: REAL): REAL;
BEGIN
ASSERT(ABS(x) <= 1., 20);
IF x = 0. THEN RETURN x ELSE RETURN Ln((1. + x) / (1. - x)) / 2. END
END ArcTanh;
PROCEDURE Floor* (x: REAL): REAL;
BEGIN
IF ABS(x) >= xInt THEN RETURN x
ELSE RETURN ENTIER(x)
END
END Floor;
PROCEDURE Ceiling* (x: REAL): REAL;
BEGIN
IF ABS(x) >= xInt THEN RETURN x
ELSE RETURN -ENTIER(-x)
END
END Ceiling;
PROCEDURE Round* (x: REAL): REAL;
BEGIN
IF ABS(x) >= xInt THEN RETURN x
ELSE RETURN ENTIER(x + 0.5)
END
END Round;
PROCEDURE Trunc* (x: REAL): REAL;
BEGIN
IF ABS(x) >= xInt THEN RETURN x
ELSIF x >= 0 THEN RETURN ENTIER(x)
ELSE RETURN -ENTIER(-x)
END
END Trunc;
PROCEDURE Frac* (x: REAL): REAL;
BEGIN
IF ABS(x) >= xInt THEN RETURN 0.
ELSIF x >= 0 THEN RETURN x - ENTIER(x)
ELSE RETURN x + ENTIER(-x)
END
END Frac;
PROCEDURE Mod1* (x: REAL): REAL;
BEGIN
IF ABS(x) >= xInt THEN RETURN 0.
ELSE RETURN x - ENTIER(x)
END
END Mod1; | System/Mod/Math.odc |
MODULE Mechanisms;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT Kernel, Views;
CONST
(** FocusBorderCursor/SelBorderCursor result **)
inside* = -1; outside* = -2; (** plus defined Ports cursors **)
(** TrackToResize op **)
cancelResize* = 0; resize* = 1;
(** TrackToDrop op **)
cancelDrop* = 0; copy* = 1; move* = 2; link* = 3;
(** TrackToPick op **)
cancelPick* = 0; pick* = 1; pickForeign* = 2;
TYPE
Hook* = POINTER TO ABSTRACT RECORD END;
VAR hook: Hook;
PROCEDURE SetHook*(h: Hook);
BEGIN
hook := h
END SetHook;
PROCEDURE (hook: Hook) MarkFocusBorder* (host: Views.Frame;
focus: Views.View; l, t, r, b: INTEGER;
show: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (hook: Hook) MarkSingletonBorder* (host: Views.Frame;
view: Views.View; l, t, r, b: INTEGER;
show: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (hook: Hook) FocusBorderCursor* (host: Views.Frame;
view: Views.View; l, t, r, b: INTEGER;
x, y: INTEGER): INTEGER, NEW, ABSTRACT;
PROCEDURE (hook: Hook) SelBorderCursor* (host: Views.Frame;
view: Views.View; l, t, r, b: INTEGER;
x, y: INTEGER): INTEGER, NEW, ABSTRACT;
PROCEDURE (hook: Hook) TrackToResize* (host: Views.Frame; view: Views.View;
minW, maxW, minH, maxH: INTEGER;
VAR l, t, r, b: INTEGER; VAR op: INTEGER;
VAR x, y: INTEGER; VAR buttons: SET), NEW, ABSTRACT;
PROCEDURE (hook: Hook) TrackToDrop* (source: Views.Frame; view: Views.View;
isSingle: BOOLEAN; w, h, rx, ry: INTEGER;
VAR dest: Views.Frame; VAR destX, destY: INTEGER;
VAR op: INTEGER;
VAR x, y: INTEGER; VAR buttons: SET), NEW, ABSTRACT;
PROCEDURE (hook: Hook) TrackToPick* (source: Views.Frame;
VAR dest: Views.Frame; VAR destX, destY: INTEGER;
VAR op: INTEGER;
VAR x, y: INTEGER; VAR buttons: SET), NEW, ABSTRACT;
PROCEDURE (hook: Hook) PopUpAndSelect* (f: Views.Frame;
n, this: INTEGER;
s: ARRAY OF ARRAY OF CHAR;
enabled, checked: ARRAY OF BOOLEAN;
VAR i: INTEGER;
VAR x, y: INTEGER; VAR buttons: SET), NEW, ABSTRACT;
PROCEDURE MarkFocusBorder* (host: Views.Frame;
focus: Views.View; l, t, r, b: INTEGER;
show: BOOLEAN);
BEGIN
hook.MarkFocusBorder(host, focus, l, t, r, b, show)
END MarkFocusBorder;
PROCEDURE MarkSingletonBorder* (host: Views.Frame;
view: Views.View; l, t, r, b: INTEGER;
show: BOOLEAN);
BEGIN
hook.MarkSingletonBorder(host, view, l, t, r, b, show)
END MarkSingletonBorder;
PROCEDURE FocusBorderCursor* (host: Views.Frame;
view: Views.View; l, t, r, b: INTEGER;
x, y: INTEGER): INTEGER;
BEGIN
RETURN hook.FocusBorderCursor(host, view, l, t, r, b, x, y)
END FocusBorderCursor;
PROCEDURE SelBorderCursor* (host: Views.Frame;
view: Views.View; l, t, r, b: INTEGER;
x, y: INTEGER): INTEGER;
BEGIN
RETURN hook.SelBorderCursor(host, view, l, t, r, b, x, y)
END SelBorderCursor;
PROCEDURE TrackToResize* (host: Views.Frame; view: Views.View;
minW, maxW, minH, maxH: INTEGER;
VAR l, t, r, b: INTEGER; VAR op: INTEGER;
VAR x, y: INTEGER; VAR buttons: SET);
BEGIN
hook.TrackToResize(host, view, minW, maxW, minH, maxH, l, t, r, b, op, x, y, buttons)
END TrackToResize;
PROCEDURE TrackToDrop* (source: Views.Frame; view: Views.View;
isSingle: BOOLEAN; w, h, rx, ry: INTEGER;
VAR dest: Views.Frame; VAR destX, destY: INTEGER;
VAR op: INTEGER;
VAR x, y: INTEGER; VAR buttons: SET);
BEGIN
hook.TrackToDrop(source, view, isSingle, w, h, rx, ry, dest, destX, destY, op, x, y, buttons)
END TrackToDrop;
PROCEDURE TrackToPick* (source: Views.Frame;
VAR dest: Views.Frame; VAR destX, destY: INTEGER;
VAR op: INTEGER;
VAR x, y: INTEGER; VAR buttons: SET);
BEGIN
hook.TrackToPick(source, dest, destX, destY, op, x, y, buttons)
END TrackToPick;
PROCEDURE PopUpAndSelect* (f: Views.Frame;
n, this: INTEGER;
s: ARRAY OF ARRAY OF CHAR;
enabled, checked: ARRAY OF BOOLEAN;
VAR i: INTEGER;
VAR x, y: INTEGER; VAR buttons: SET);
BEGIN
hook.PopUpAndSelect(f, n, this, s, enabled, checked, i, x, y, buttons)
END PopUpAndSelect;
END Mechanisms.
| System/Mod/Mechanisms.odc |
MODULE Meta;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20070125, bh, Support for procedure signatures added
- 20141027, center #19, full Unicode support for Component Pascal identifiers added
- 20150415, center #38, report passing receiver parameter IN to VAR
- 20150521, center #51, support for ANYPTR and SYSTEM.PTR in LookupPath
- 20181213, center #194, Meta.PutParam and Kernel.Call for open arrays are mismatched
"
issues = "
- ...
"
**)
IMPORT SYSTEM, Kernel, Strings;
CONST
(** result codes for object classes, type classes, visibility classes **)
undef* = 0;
(** object classes **)
typObj* = 2; varObj* = 3; procObj* = 4; fieldObj* = 5; modObj* = 6; parObj* = 7;
(** type classes **)
boolTyp* = 1; sCharTyp* = 2; charTyp* = 3;
byteTyp* = 4; sIntTyp* = 5; intTyp* = 6;
sRealTyp* = 7; realTyp* = 8; setTyp* = 9;
longTyp* = 10; anyRecTyp* = 11; anyPtrTyp* = 12;
sysPtrTyp* = 13;
procTyp* = 16; recTyp* = 17; arrTyp* = 18; ptrTyp* = 19;
(** record attributes **)
final* = 0; extensible* = 1; limited* = 2; abstract* = 3;
(** visibility **)
hidden* = 1; readOnly* = 2; private = 3; exported* = 4;
value* = 10; in* = 11; out* = 12; var* = 13;
(* scanner modes *)
modScan = 1; globScan = 2; recVarScan = 3; recTypeScan = 4;
TYPE
Name* = ARRAY 256 OF CHAR;
Value* = ABSTRACT RECORD END; (* to be extended once with a single field of any type *)
ArrayPtr = POINTER TO Array;
Item* = RECORD (Value)
obj-: INTEGER; (* typObj, varObj, procObj, fieldObj, modObj, parObj *)
typ-: INTEGER; (* typObj, varObj, fieldObj, parObj: type; else: 0 *)
vis-: INTEGER; (* varObj, procObj, fieldObj, parObj: vis; else: 0 *)
adr-: INTEGER; (* varObj, procObj: adr; fieldObj: offs; parObj: num; else: 0 *)
mod: Kernel.Module; (* static varObj, procObj, modObj: mod; else: NIL *)
desc: Kernel.Type; (* typObj, varObj, fieldObj, parObj: struct; procObj: sig; else: NIL *)
ptr: ArrayPtr; (* # NIL => item valid; dynamic varObj: ptr; else: dummy *)
ext: Kernel.ItemExt (* all method calls forwarded if # NIL *)
END;
Scanner* = RECORD
this-: Item;
eos-: BOOLEAN; (* end of scan *)
mode: INTEGER; (* modScan, globScan, recVarScan, recTypeScan *)
base: INTEGER; (* recVarScan, recTypeScan: base level index *)
vis: INTEGER; (* recVarScan: record vis *)
adr: INTEGER; (* recVarScan: record adr *)
idx: INTEGER; (* globScan, recVarScan, recTypeScan: object index *)
desc: Kernel.Type; (* recVarScan, recTypeScan: record desc *)
mod: Kernel.Module; (* modScan: next mod; globScan, recVarScan: source mod *)
obj: Kernel.Object (* globScan, recVarScan, recTypeScan: actual object *)
END;
LookupFilter* = PROCEDURE (IN path: ARRAY OF CHAR; OUT i: Item; OUT done: BOOLEAN);
FilterHook = POINTER TO RECORD
next: FilterHook;
filter: LookupFilter
END;
Array = EXTENSIBLE RECORD
w0, w1, w2: INTEGER; (* gc header *)
len: ARRAY 16 OF INTEGER (* dynamic array length table *)
END;
SStringPtr = POINTER TO ARRAY [untagged] OF SHORTCHAR;
StringPtr = POINTER TO ARRAY [untagged] OF CHAR;
VAR
dummy: ArrayPtr; (* dummy object for item.ptr *)
filterHook: FilterHook;
(* preconditions:
ASSERT(i.ptr # NIL, 20); (* invalid item *)
ASSERT(i.typ >= recTyp, 21); (* wrong type *)
ASSERT(i.obj = varObj, 22); (* wrong object class *)
ASSERT((i.mod = NIL) OR (i.mod.refcnt >= 0), 23); (* unloaded object module *)
ASSERT(i.desc.mod.refcnt >= 0, 24); (* unloaded type module *)
ASSERT(d.id DIV 16 MOD 16 = 1, 25); (* value not extended once *)
ASSERT(d.fields.num = 1, 26); (* not a single value field *)
ASSERT(i.vis = exported, 27); (* write protected destination *)
ASSERT(type.desc.base[t.id DIV 16 MOD 16] = t, 28); (* wrong pointer type *)
ASSERT((i < n) & (d.obj[i].id DIV 16 MOD 16 = exported), 29); (* unexported type *)
ASSERT(type.desc.id DIV 4 MOD 4 < limited, 30); (* limited or abstract type *)
ASSERT(i.ext = NIL, 31); (* unsupported extension *)
*)
PROCEDURE DescOf (IN x: ANYREC): Kernel.Type;
BEGIN
RETURN SYSTEM.VAL(Kernel.Type, SYSTEM.TYP(x))
END DescOf;
PROCEDURE TypOf (struct: Kernel.Type): INTEGER;
BEGIN
IF SYSTEM.VAL(INTEGER, struct) DIV 256 = 0 THEN
RETURN SYSTEM.VAL(INTEGER, struct)
ELSE
RETURN 16 + struct.id MOD 4
END
END TypOf;
PROCEDURE LenOf (IN i: Item): INTEGER;
BEGIN
IF i.desc.size # 0 THEN RETURN i.desc.size
ELSIF i.ptr = dummy THEN RETURN 0
ELSE RETURN i.ptr.len[i.desc.id DIV 16 MOD 16 - 1]
END
END LenOf;
PROCEDURE SizeOf (IN i: Item): INTEGER;
VAR el: Item;
BEGIN
CASE i.typ OF
| anyRecTyp: RETURN 0
| boolTyp, sCharTyp, byteTyp: RETURN 1
| charTyp, sIntTyp: RETURN 2
| longTyp, realTyp: RETURN 8
| recTyp: RETURN i.desc.size
| arrTyp:
el.desc := i.desc.base[0]; el.typ := TypOf(el.desc); el.ptr := i.ptr;
RETURN LenOf(i) * SizeOf(el)
ELSE RETURN 4
END
END SizeOf;
PROCEDURE SignatureOf (IN i: Item): Kernel.Signature;
BEGIN
IF i.obj = procObj THEN
RETURN SYSTEM.VAL(Kernel.Signature, i.desc)
ELSE
RETURN SYSTEM.VAL(Kernel.Signature, i.desc.base[0])
END
END SignatureOf;
PROCEDURE GetName (IN path: ARRAY OF CHAR; OUT name: ARRAY OF CHAR; VAR i: INTEGER);
VAR j: INTEGER; ch: CHAR;
BEGIN
j := 0; ch := path[i];
WHILE (j < LEN(name) - 1) & Strings.IsIdent(ch) DO
name[j] := ch; INC(i); INC(j); ch := path[i]
END;
IF (ch = 0X) OR (ch = ".") OR (ch = "[") OR (ch = "^") THEN name[j] := 0X
ELSE name[0] := 0X
END
END GetName;
PROCEDURE LegalName (IN name: ARRAY OF CHAR): BOOLEAN;
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; ch := name[0];
WHILE (i < LEN(name) - 1) & Strings.IsIdent(ch) DO
INC(i); ch := name[i]
END;
RETURN (i > 0) & (ch = 0X)
END LegalName;
(* ---------- Item properties ---------- *)
PROCEDURE (IN i: Item) Valid* (): BOOLEAN, NEW;
BEGIN
IF i.ext # NIL THEN RETURN i.ext.Valid() END;
RETURN (i.ptr # NIL) & ((i.mod = NIL) OR (i.mod.refcnt >= 0)) & ((i.typ < recTyp) OR (i.desc.mod.refcnt >= 0))
END Valid;
PROCEDURE (IN i: Item) GetTypeName* (OUT mod, type: Name), NEW;
VAR modName: Kernel.Name; n: Kernel.Name;
BEGIN
ASSERT(i.ext = NIL, 31);
ASSERT(i.ptr # NIL, 20);
ASSERT(i.typ >= recTyp, 21);
ASSERT(i.desc.mod.refcnt >= 0, 24);
Kernel.GetModName(i.desc.mod, modName);
mod := modName$;
Kernel.GetTypeName(i.desc, n);
type := n$
END GetTypeName;
PROCEDURE (IN i: Item) BaseTyp* (): INTEGER, NEW;
BEGIN
IF i.ext # NIL THEN RETURN i.ext.BaseTyp() END;
ASSERT(i.ptr # NIL, 20);
ASSERT(i.typ IN {arrTyp, recTyp, ptrTyp}, 21);
RETURN TypOf(i.desc.base[0])
END BaseTyp;
PROCEDURE (IN i: Item) Level* (): INTEGER, NEW;
BEGIN
ASSERT(i.ext = NIL, 31);
ASSERT(i.ptr # NIL, 20);
ASSERT(i.typ IN {recTyp, arrTyp}, 21);
RETURN i.desc.id DIV 16 MOD 16
END Level;
PROCEDURE (IN i: Item) Attribute* (): INTEGER, NEW;
BEGIN
ASSERT(i.ext = NIL, 31);
ASSERT(i.ptr # NIL, 20);
ASSERT(i.typ = recTyp, 21);
RETURN i.desc.id DIV 4 MOD 4
END Attribute;
PROCEDURE (IN i: Item) Size* (): INTEGER, NEW;
BEGIN
IF i.ext # NIL THEN RETURN i.ext.Size() END;
ASSERT(i.ptr # NIL, 20);
ASSERT(i.typ # undef, 21);
RETURN SizeOf(i)
END Size;
PROCEDURE (IN arr: Item) Len* (): INTEGER, NEW;
BEGIN
IF arr.ext # NIL THEN RETURN arr.ext.Len() END;
ASSERT(arr.ptr # NIL, 20);
ASSERT(arr.typ = arrTyp, 21);
RETURN LenOf(arr)
END Len;
(* ---------- Item generation ---------- *)
PROCEDURE SetUndef (VAR i: Item);
BEGIN
i.typ := undef; i.obj := undef; i.vis := undef;
i.adr := undef; i.mod := NIL; i.desc := NIL; i.ptr := NIL; i.ext := NIL;
END SetUndef;
PROCEDURE SetItem (VAR i: Item; obj: Kernel.Object; mod: Kernel.Module);
VAR t: Kernel.Type;
BEGIN
i.obj := obj.id MOD 16;
i.vis := obj.id DIV 16 MOD 16;
IF i.obj = procObj THEN
i.typ := undef; i.desc := SYSTEM.VAL(Kernel.Type, obj.struct);
i.adr := mod.procBase + obj.offs; i.mod := mod
ELSE
i.typ := TypOf(obj.struct); i.desc := obj.struct;
IF i.obj = varObj THEN i.adr := mod.varBase + obj.offs; i.mod := mod
ELSIF i.obj = fieldObj THEN i.adr := obj.offs; i.mod := NIL
ELSE i.adr := undef; i.mod := NIL
END
END;
i.ext := NIL
END SetItem;
PROCEDURE SetMod (VAR i: Item; mod: Kernel.Module);
BEGIN
i.obj := modObj; i.typ := undef; i.vis := undef;
i.adr := undef; i.mod := mod; i.desc := NIL; i.ptr := dummy; i.ext := NIL
END SetMod;
PROCEDURE GetItem* (obj: ANYPTR; OUT i: Item);
BEGIN
ASSERT(obj # NIL, 28);
i.obj := varObj; i.typ := recTyp; i.vis := exported;
i.adr := SYSTEM.ADR(obj^); i.ptr := SYSTEM.VAL(ArrayPtr, obj);
i.mod := NIL; i.desc := Kernel.TypeOf(obj); i.ext := NIL
END GetItem;
PROCEDURE Lookup* (IN name: ARRAY OF CHAR; OUT mod: Item);
VAR m: Kernel.Module; done: BOOLEAN; filter: FilterHook;
BEGIN
done := FALSE; filter := filterHook;
WHILE ~done & (filter # NIL) DO filter.filter(name, mod, done); filter := filter.next END;
IF ~done & LegalName(name) THEN
m := Kernel.ThisMod(name);
IF m # NIL THEN SetMod(mod, m)
ELSE SetUndef(mod)
END
ELSE SetUndef(mod)
END
END Lookup;
PROCEDURE (IN in: Item) Lookup* (IN name: ARRAY OF CHAR; VAR i: Item), NEW;
VAR obj: Kernel.Object; o, v, lev, j, a: INTEGER; m: Kernel.Module;
BEGIN
IF in.ext # NIL THEN in.ext.Lookup(name, i); RETURN END;
ASSERT(in.ptr # NIL, 20);
IF LegalName(name) THEN
IF in.obj = modObj THEN
obj := Kernel.ThisObject(in.mod, name);
IF obj # NIL THEN
SetItem(i, obj, in.mod); i.ptr := dummy;
IF (i.vis = hidden) OR (i.obj < typObj) THEN SetUndef(i) END
ELSE SetUndef(i)
END
ELSIF in.typ = recTyp THEN
ASSERT(in.desc.mod.refcnt >= 0, 24);
lev := in.desc.id DIV 16 MOD 16; j := 0;
REPEAT
obj := Kernel.ThisField(in.desc.base[j], name); INC(j)
UNTIL (obj # NIL) OR (j > lev);
IF obj # NIL THEN
o := in.obj; a := in.adr; v := in.vis; m := in.mod;
SetItem(i, obj, m); i.ptr := in.ptr;
IF i.vis # hidden THEN
IF o = varObj THEN
i.obj := varObj; INC(i.adr, a); i.mod := m;
IF v < i.vis THEN i.vis := v END
END
ELSE SetUndef(i)
END
ELSE SetUndef(i)
END
ELSE HALT(21)
END
ELSE SetUndef(i)
END
END Lookup;
PROCEDURE (IN i: Item) GetBaseType* (VAR base: Item), NEW;
VAR n: INTEGER;
BEGIN
ASSERT(i.ext = NIL, 31);
ASSERT(i.ptr # NIL, 20);
ASSERT(i.typ IN {arrTyp, recTyp, ptrTyp}, 21); n := 0;
IF i.typ = recTyp THEN n := i.desc.id DIV 16 MOD 16 - 1 END;
IF n >= 0 THEN
base.obj := typObj; base.vis := undef; base.adr := undef;
base.mod := NIL; base.ptr := dummy; base.ext := NIL;
base.desc := i.desc.base[n];
base.typ := TypOf(base.desc)
ELSE
SetUndef(base)
END
END GetBaseType;
PROCEDURE (IN rec: Item) GetThisBaseType* (level: INTEGER; VAR base: Item), NEW;
BEGIN
ASSERT(rec.ext = NIL, 31);
ASSERT(rec.ptr # NIL, 20);
ASSERT(rec.typ = recTyp, 21);
ASSERT((level >= 0) & (level < 16), 28);
IF level <= rec.desc.id DIV 16 MOD 16 THEN
base.obj := typObj; base.vis := undef; base.adr := undef;
base.mod := NIL; base.ptr := dummy; base.ext := NIL;
base.desc := rec.desc.base[level];
base.typ := TypOf(base.desc)
ELSE
SetUndef(base)
END
END GetThisBaseType;
PROCEDURE (IN proc: Item) NumParam* (): INTEGER, NEW;
VAR sig: Kernel.Signature;
BEGIN
ASSERT(proc.ext = NIL, 31);
ASSERT(proc.ptr # NIL, 20);
ASSERT((proc.obj = procObj) OR (proc.typ = procTyp), 21);
sig := SignatureOf(proc);
IF sig # NIL THEN RETURN sig.num ELSE RETURN -1 END
END NumParam;
PROCEDURE (IN proc: Item) GetParam* (n: INTEGER; VAR par: Item), NEW;
VAR sig: Kernel.Signature;
BEGIN
ASSERT(proc.ext = NIL, 31);
ASSERT(proc.ptr # NIL, 20);
ASSERT((proc.obj = procObj) OR (proc.typ = procTyp), 21);
sig := SignatureOf(proc);
IF (sig # NIL) & (n >= 0) & (n < sig.num) THEN
par.obj := parObj; par.adr := n;
par.vis := sig.par[n].id MOD 16;
par.mod := NIL; par.ptr := dummy; par.ext := NIL;
par.desc := sig.par[n].struct; par.typ := TypOf(par.desc)
ELSE
SetUndef(par)
END
END GetParam;
PROCEDURE (IN proc: Item) GetParamName* (n: INTEGER; OUT name: Name), NEW;
VAR sig: Kernel.Signature; mod: Kernel.Module; nm: Kernel.Name;
BEGIN
ASSERT(proc.ext = NIL, 31);
ASSERT(proc.ptr # NIL, 20);
IF proc.obj = procObj THEN mod := proc.mod
ELSE ASSERT(proc.typ = procTyp, 21); mod := proc.desc.mod
END;
ASSERT(mod.refcnt >= 0, 23);
sig := SignatureOf(proc);
IF (sig # NIL) & (n >= 0) & (n < sig.num) THEN
Kernel.GetObjName(mod, SYSTEM.VAL(Kernel.Object, SYSTEM.ADR(sig.par[n]) - 8), nm);
name := nm$
ELSE
name := ""
END
END GetParamName;
PROCEDURE (IN proc: Item) GetReturnType* (VAR type: Item), NEW;
VAR sig: Kernel.Signature;
BEGIN
ASSERT(proc.ext = NIL, 31);
ASSERT(proc.ptr # NIL, 20);
ASSERT((proc.obj = procObj) OR (proc.typ = procTyp), 21);
sig := SignatureOf(proc);
IF sig # NIL THEN
type.obj := typObj; type.vis := undef; type.adr := undef;
type.mod := NIL; type.ptr := dummy; type.ext := NIL;
type.desc := sig.retStruct; type.typ := TypOf(type.desc)
ELSE
SetUndef(type)
END
END GetReturnType;
PROCEDURE (IN rec: Item) Is* (IN type: Value): BOOLEAN, NEW;
VAR d: Kernel.Type;
BEGIN
ASSERT(rec.ext = NIL, 31);
ASSERT(rec.ptr # NIL, 20);
ASSERT(rec.typ = recTyp, 21);
WITH type: Item DO
ASSERT(type.ptr # NIL, 20);
ASSERT(type.typ = recTyp, 21);
d := type.desc
ELSE
d := DescOf(type); (* type of value rec *)
ASSERT(d.id DIV 16 MOD 16 = 1, 25); (* level of type = 1*)
ASSERT(d.fields.num = 1, 26); (* one field in type *)
d := d.fields.obj[0].struct; (* type of field *)
ASSERT(SYSTEM.VAL(INTEGER, d) DIV 256 # 0, 21); (* type is structured *)
IF d.id MOD 4 = 3 THEN d := d.base[0] END (* deref ptr *)
END;
RETURN rec.desc.base[d.id DIV 16 MOD 16] = d (* rec IS d *)
END Is;
PROCEDURE (IN ptr: Item) Deref* (VAR ref: Item), NEW;
BEGIN
IF ptr.ext # NIL THEN ptr.ext.Deref(ref); RETURN END;
ASSERT(ptr.ptr # NIL, 20);
ASSERT(ptr.typ IN {sysPtrTyp, anyPtrTyp, ptrTyp}, 21);
ASSERT(ptr.obj = varObj, 22);
ASSERT((ptr.mod = NIL) OR (ptr.mod.refcnt >= 0), 23);
SYSTEM.GET(ptr.adr, ref.adr);
IF ref.adr # 0 THEN
IF ptr.typ # ptrTyp THEN ref.typ := recTyp
ELSE ref.desc := ptr.desc.base[0]; ref.typ := TypOf(ref.desc)
END;
ref.obj := varObj; ref.mod := NIL; ref.vis := exported; (* !!! *)
ref.ptr := SYSTEM.VAL(ArrayPtr, ref.adr);
IF ref.typ = recTyp THEN
ref.desc := DescOf(ref.ptr^); (* dynamic type *)
ELSIF ref.typ = arrTyp THEN
ref.adr := SYSTEM.ADR(ref.ptr.len[ref.desc.id DIV 16 MOD 16]); (* descriptor offset *)
ELSE HALT(100)
END
ELSE SetUndef(ref)
END
END Deref;
PROCEDURE (IN arr: Item) Index* (index: INTEGER; VAR elem: Item), NEW;
BEGIN
IF arr.ext # NIL THEN arr.ext.Index(index, elem); RETURN END;
ASSERT(arr.ptr # NIL, 20);
ASSERT(arr.typ = arrTyp, 21);
ASSERT(arr.obj = varObj, 22);
IF (index >= 0) & (index < LenOf(arr)) THEN
elem.obj := varObj; elem.vis := arr.vis;
elem.mod := arr.mod; elem.ptr := arr.ptr; elem.ext := NIL;
elem.desc := arr.desc.base[0]; elem.typ := TypOf(elem.desc);
elem.adr := arr.adr + index * SizeOf(elem)
ELSE
SetUndef(elem)
END
END Index;
PROCEDURE LookupPath* (IN path: ARRAY OF CHAR; OUT i: Item);
VAR j, n: INTEGER; name: Name; ch: CHAR; done: BOOLEAN; filter: FilterHook;
BEGIN
done := FALSE; filter := filterHook;
WHILE ~done & (filter # NIL) DO filter.filter(path, i, done); filter := filter.next END;
IF ~done THEN
j := 0;
GetName(path, name, j);
Lookup(name, i);
IF (i.obj = modObj) & (path[j] = ".") THEN
INC(j); GetName(path, name, j);
i.Lookup(name, i); ch := path[j]; INC(j);
WHILE (i.obj = varObj) & (ch # 0X) DO
IF i.typ IN {ptrTyp, anyPtrTyp, sysPtrTyp} THEN i.Deref(i) END;
IF ch = "." THEN
GetName(path, name, j);
IF i.typ = recTyp THEN i.Lookup(name, i) ELSE SetUndef(i) END
ELSIF ch = "[" THEN
n := 0; ch := path[j]; INC(j);
WHILE (ch >= "0") & (ch <= "9") DO n := 10 * n + ORD(ch) - ORD("0"); ch := path[j]; INC(j) END;
IF (ch = "]") & (i.typ = arrTyp) THEN i.Index(n, i) ELSE SetUndef(i) END
END;
ch := path[j]; INC(j)
END
END
END
END LookupPath;
(* ---------- Scanner ---------- *)
PROCEDURE (VAR s: Scanner) ConnectToMods*, NEW;
BEGIN
SetUndef(s.this);
s.this.ptr := dummy;
s.mod := Kernel.modList;
s.mode := modScan;
s.eos := FALSE
END ConnectToMods;
PROCEDURE (VAR s: Scanner) ConnectTo* (IN obj: Item), NEW;
BEGIN
ASSERT(obj.ptr # NIL, 20);
SetUndef(s.this); s.vis := obj.vis;
s.this.ptr := obj.ptr; s.mod := obj.mod; s.idx := 0;
IF obj.obj = modObj THEN
ASSERT(s.mod.refcnt >= 0, 23);
s.mode := globScan
ELSIF obj.typ = recTyp THEN
ASSERT(obj.desc.mod.refcnt >= 0, 24);
s.desc := obj.desc; s.base := 0;
IF obj.obj = varObj THEN s.mode := recVarScan; s.adr := obj.adr
ELSE s.mode := recTypeScan
END
ELSE HALT(21)
END;
s.eos := FALSE
END ConnectTo;
PROCEDURE (VAR s: Scanner) Scan*, NEW;
VAR desc: Kernel.Type;
BEGIN
ASSERT(s.this.ptr # NIL, 20);
IF s.mode = modScan THEN
IF s.mod # NIL THEN SetMod(s.this, s.mod); s.mod := s.mod.next
ELSE SetUndef(s.this); s.eos := TRUE
END
ELSIF s.mode = globScan THEN
ASSERT(s.mod.refcnt >= 0, 23);
REPEAT
IF s.idx >= s.mod.export.num THEN SetUndef(s.this); s.eos := TRUE; RETURN END;
s.obj := SYSTEM.VAL(Kernel.Object, SYSTEM.ADR(s.mod.export.obj[s.idx]));
SetItem(s.this, s.obj, s.mod); INC(s.idx)
UNTIL (s.this.obj IN {procObj, varObj, typObj}) & (s.this.vis # hidden)
ELSE
ASSERT(s.desc.mod.refcnt >= 0, 24);
desc := s.desc.base[s.base];
REPEAT
WHILE s.idx >= desc.fields.num DO
IF desc = s.desc THEN SetUndef(s.this); s.eos := TRUE; RETURN END;
INC(s.base); desc := s.desc.base[s.base]; s.idx := 0
END;
s.obj := SYSTEM.VAL(Kernel.Object, SYSTEM.ADR(desc.fields.obj[s.idx]));
SetItem(s.this, s.obj, s.mod); INC(s.idx)
UNTIL s.this.vis # hidden;
IF s.mode = recVarScan THEN
s.this.obj := varObj; INC(s.this.adr, s.adr); s.this.mod := s.mod;
IF s.vis < s.this.vis THEN s.this.vis := s.vis END
END
END
END Scan;
PROCEDURE (VAR s: Scanner) GetObjName* (OUT name: Name), NEW;
VAR mod: Kernel.Module; n: Kernel.Name;
BEGIN
ASSERT(s.this.ptr # NIL, 20);
IF s.mode = modScan THEN
Kernel.GetModName(s.this.mod, n); name := n$; (* mf 24.08.2004 *)
ELSE
IF s.mode = globScan THEN mod := s.mod
ELSE mod := s.desc.base[s.base].mod
END;
ASSERT(mod.refcnt >= 0, 23);
Kernel.GetObjName(mod, s.obj, n);
name := n$;
END
END GetObjName;
PROCEDURE (VAR s: Scanner) Level* (): INTEGER, NEW;
BEGIN
ASSERT(s.this.ptr # NIL, 20);
ASSERT(s.mode >= recVarScan, 22);
RETURN s.base
END Level;
(* ---------- access to item values ---------- *)
PROCEDURE ValToItem (IN x: Value; VAR i: Item);
VAR desc: Kernel.Type;
BEGIN
desc := DescOf(x);
ASSERT(desc.id DIV 16 MOD 16 = 1, 25); (* level of x = 1*)
ASSERT(desc.fields.num = 1, 26); (* one field in x *)
i.desc := desc.fields.obj[0].struct;
i.typ := TypOf(i.desc); i.obj := varObj; i.ext := NIL; i.vis := exported;
i.ptr := dummy; i.adr := SYSTEM.ADR(x)
END ValToItem;
PROCEDURE^ EqualSignature (a, b: Kernel.Signature): BOOLEAN;
PROCEDURE EqualType (a, b: Kernel.Type): BOOLEAN;
BEGIN
LOOP
IF a = b THEN RETURN TRUE END;
IF (SYSTEM.VAL(INTEGER, a) DIV 256 = 0)
OR (SYSTEM.VAL(INTEGER, b) DIV 256 = 0)
OR (a.id MOD 4 # b.id MOD 4) THEN RETURN FALSE END;
CASE a.id MOD 4 OF
| recTyp - 16: RETURN FALSE
| arrTyp - 16: IF (a.size # 0) OR (b.size # 0) THEN RETURN FALSE END
| procTyp - 16: RETURN EqualSignature(SYSTEM.VAL(Kernel.Signature, a.base[0]),
SYSTEM.VAL(Kernel.Signature, b.base[0]))
ELSE (* ptrTyp *)
END;
a := a.base[0]; b := b.base[0]
END
END EqualType;
PROCEDURE EqualSignature (a, b: Kernel.Signature): BOOLEAN;
VAR i: INTEGER;
BEGIN
IF (a.num # b.num) OR ~EqualType(a.retStruct, b.retStruct) THEN RETURN FALSE END;
i := 0;
WHILE i < a.num DO
IF (a.par[i].id MOD 256 # b.par[i].id MOD 256)
OR ~EqualType(a.par[i].struct, b.par[i].struct) THEN RETURN FALSE END;
INC(i)
END;
RETURN TRUE
END EqualSignature;
PROCEDURE Copy (IN a, b: Item; OUT ok: BOOLEAN); (* b := a *)
VAR n: INTEGER; at, bt: Item;
BEGIN
ok := FALSE;
IF a.obj = procObj THEN
IF (b.typ # procTyp)
OR ~EqualSignature(SignatureOf(a), SignatureOf(b)) THEN RETURN END;
SYSTEM.PUT(b.adr, a.adr);
ELSE (* a.obj = varObj *)
IF a.typ # b.typ THEN RETURN END;
IF a.typ >= recTyp THEN
IF a.typ = ptrTyp THEN
at.desc := a.desc.base[0]; at.typ := TypOf(at.desc); at.ptr := dummy; at.ext := NIL;
bt.desc := b.desc.base[0]; bt.typ := TypOf(bt.desc); bt.ptr := dummy; bt.ext := NIL;
SYSTEM.GET(a.adr, n);
IF (at.typ = recTyp) & (n # 0) THEN
SYSTEM.GET(SYSTEM.VAL(INTEGER, n) - 4, at.desc); (* dynamic type *)
at.desc := at.desc.base[bt.desc.id DIV 16 MOD 16] (* projection to b *)
END
ELSE at := a; bt := b
END;
WHILE (at.typ = arrTyp) & (bt.typ = arrTyp) DO
IF LenOf(at) # LenOf(bt) THEN RETURN END;
at.desc := at.desc.base[0]; at.typ := TypOf(at.desc);
bt.desc := bt.desc.base[0]; bt.typ := TypOf(bt.desc)
END;
IF (at.desc # bt.desc) &
~((at.typ = procTyp) & (bt.typ = procTyp)
& EqualSignature(SignatureOf(at), SignatureOf(bt))) THEN RETURN END
END;
SYSTEM.MOVE(a.adr, b.adr, SizeOf(b))
END;
ok := TRUE
END Copy;
PROCEDURE (IN proc: Item) Call* (OUT ok: BOOLEAN), NEW;
VAR p: Kernel.Command; sig: Kernel.Signature;
BEGIN
IF proc.ext # NIL THEN proc.ext.Call(ok); RETURN END;
ASSERT(proc.ptr # NIL, 20);
IF proc.obj = procObj THEN
p := SYSTEM.VAL(Kernel.Command, proc.adr)
ELSE ASSERT((proc.obj = varObj) & (proc.typ = procTyp), 22);
SYSTEM.GET(proc.adr, p)
END;
ASSERT((proc.mod = NIL) OR (proc.mod.refcnt >= 0), 23);
sig := SignatureOf(proc);
IF (sig.retStruct = NIL) & (sig.num = 0) & (p # NIL) THEN p(); ok := TRUE
ELSE ok := FALSE
END
END Call;
PROCEDURE PutParam (IN par: Item; sig: Kernel.Signature; p: INTEGER;
VAR data: ARRAY OF INTEGER; VAR n: INTEGER;
OUT ok: BOOLEAN); (* check & assign a parameter *)
VAR mode, fTyp, aTyp, padr, i, top: INTEGER; fDesc, aDesc: Kernel.Type;
l: LONGINT; s: SHORTINT; b: BYTE;
BEGIN
ok := FALSE;
ASSERT(par.ext = NIL, 31);
ASSERT(par.ptr # NIL, 20);
ASSERT(par.obj = varObj, 22);
ASSERT((par.mod = NIL) OR (par.mod.refcnt >= 0), 23);
mode := sig.par[p].id MOD 16;
IF mode >= out THEN ASSERT(par.vis = exported, 27) END;
fDesc := sig.par[p].struct;
fTyp := TypOf(fDesc);
aDesc := par.desc;
aTyp := TypOf(aDesc);
padr := par.adr;
IF (fTyp = recTyp) OR (fTyp = anyRecTyp) THEN
IF (aTyp # recTyp)
OR (mode = value) & (aDesc # fDesc)
OR (fTyp = recTyp) & (aDesc.base[fDesc.id DIV 16 MOD 16] # fDesc) THEN RETURN END;
data[n] := padr; INC(n);
data[n] := SYSTEM.VAL(INTEGER, aDesc); INC(n)
ELSIF fTyp = arrTyp THEN
data[n] := padr; INC(n);
IF fDesc.size # 0 THEN data[n] := SizeOf(par); INC(n)
ELSE top := n + fDesc.id DIV 16 MOD 16 (* pass N-dim open array as length_N-1 .. length_0 *)
END;
WHILE (TypOf(fDesc) = arrTyp) & (TypOf(aDesc) = arrTyp) DO
IF aDesc.size # 0 THEN i := aDesc.size (* actual static size *)
ELSE i := par.ptr.len[aDesc.id DIV 16 MOD 16 - 1] (* actual dynamic size *)
END;
IF fDesc.size = 0 THEN DEC(top); data[top] := i; INC(n)
ELSIF fDesc.size # i THEN RETURN
END;
fDesc := fDesc.base[0]; aDesc := aDesc.base[0]
END;
IF fDesc # aDesc THEN RETURN END
ELSIF fTyp >= anyPtrTyp THEN (* pointer *)
IF fTyp = ptrTyp THEN
fDesc := fDesc.base[0]; (* formal base type *)
IF (mode = value) & (TypOf(fDesc) = recTyp) THEN
IF (aTyp # ptrTyp) & (aTyp # anyPtrTyp) THEN RETURN END;
SYSTEM.GET(padr, i); SYSTEM.GET(i - 4, aDesc); (* dynamic record type *)
aDesc := aDesc.base[fDesc.id DIV 16 MOD 16] (* projection *)
ELSE
IF aTyp # ptrTyp THEN RETURN END;
aDesc := aDesc.base[0]; (* actual base type *)
WHILE (TypOf(fDesc) = arrTyp) & (TypOf(aDesc) = arrTyp) DO
IF fDesc.size # aDesc.size THEN RETURN END;
fDesc := fDesc.base[0]; aDesc := aDesc.base[0]
END
END;
IF fDesc # aDesc THEN RETURN END
ELSIF fTyp = anyPtrTyp THEN
IF (aTyp # anyPtrTyp) & ((aTyp # ptrTyp) OR (TypOf(aDesc.base[0]) # recTyp)) THEN RETURN END
ELSIF fTyp = procTyp THEN
IF (aTyp # procTyp) OR (fDesc.size # aDesc.size) THEN RETURN END (* same fingerprint *)
END;
IF mode = value THEN SYSTEM.GET(padr, data[n]); INC(n)
ELSE data[n] := padr; INC(n)
END
ELSE (* basic type *)
IF fTyp # aTyp THEN RETURN END;
IF mode = value THEN
CASE SizeOf(par) OF
| 1: SYSTEM.GET(padr, b); data[n] := b; INC(n)
| 2: SYSTEM.GET(padr, s); data[n] := s; INC(n)
| 4: SYSTEM.GET(padr, i); data[n] := i; INC(n)
| 8: SYSTEM.GET(padr, l); data[n] := SHORT(l); INC(n); data[n] := SHORT(l DIV 100000000L); INC(n)
END
ELSE (* var par *)
data[n] := padr; INC(n)
END
END;
ok := TRUE
END PutParam;
PROCEDURE GetResult (ret: LONGINT; VAR dest: Item; sig: Kernel.Signature;
OUT ok: BOOLEAN); (* assign return value *)
VAR x: Item; i: INTEGER; s: SHORTINT; b: BYTE;
BEGIN
ASSERT(dest.ext = NIL, 31);
ASSERT(dest.ptr # NIL, 20);
ASSERT(dest.obj = varObj, 22);
ASSERT((dest.mod = NIL) OR (dest.mod.refcnt >= 0), 23);
ASSERT(dest.vis = exported, 27);
x.desc := sig.retStruct; x.typ := TypOf(x.desc);
x.obj := varObj; x.ptr := dummy;
CASE TypOf(sig.retStruct) OF
| boolTyp, sCharTyp, byteTyp: b := SHORT(SHORT(SHORT(ret))); x.adr := SYSTEM.ADR(b);
| charTyp, sIntTyp: s := SHORT(SHORT(ret)); x.adr := SYSTEM.ADR(s);
| longTyp, realTyp: x.adr := SYSTEM.ADR(ret);
| intTyp, sRealTyp, setTyp, anyPtrTyp, procTyp, ptrTyp: i := SHORT(ret); x.adr := SYSTEM.ADR(i);
END;
Copy(x, dest, ok)
END GetResult;
PROCEDURE (IN proc: Item) ParamCall* (IN par: ARRAY OF Item; VAR dest: Item;
OUT ok: BOOLEAN), NEW;
VAR n, p, adr, padr: INTEGER; ret: LONGINT;
data: ARRAY 256 OF INTEGER; sig: Kernel.Signature;
BEGIN
ok := TRUE;
ASSERT(proc.ext = NIL, 31);
ASSERT(proc.ptr # NIL, 20);
IF proc.obj = procObj THEN adr := proc.adr
ELSE ASSERT((proc.obj = varObj) & (proc.typ = procTyp), 22);
SYSTEM.GET(proc.adr, adr);
IF adr = 0 THEN ok := FALSE; RETURN END
END;
ASSERT((proc.mod = NIL) OR (proc.mod.refcnt >= 0), 23);
sig := SignatureOf(proc);
ASSERT((sig # NIL) & (LEN(par) >= sig.num), 32);
n := 0; p := 0;
WHILE ok & (p < sig.num) DO (* check & assign parameters *)
PutParam(par[p], sig, p, data, n, ok);
INC(p)
END;
IF ok THEN
ret := Kernel.Call(adr, sig, data, n);
IF sig.retStruct # NIL THEN GetResult(ret, dest, sig, ok) END
END
END ParamCall;
PROCEDURE (IN proc: Item) ParamCallVal* (IN par: ARRAY OF POINTER TO Value; VAR dest: Value;
OUT ok: BOOLEAN), NEW;
TYPE IP = POINTER TO Item;
VAR n, p, adr, padr: INTEGER; ret: LONGINT; x: Item;
data: ARRAY 256 OF INTEGER; sig: Kernel.Signature;
BEGIN
ok := TRUE;
ASSERT(proc.ext = NIL, 31);
ASSERT(proc.ptr # NIL, 20);
IF proc.obj = procObj THEN adr := proc.adr
ELSE ASSERT((proc.obj = varObj) & (proc.typ = procTyp), 22);
SYSTEM.GET(proc.adr, adr);
IF adr = 0 THEN ok := FALSE; RETURN END
END;
ASSERT((proc.mod = NIL) OR (proc.mod.refcnt >= 0), 23);
sig := SignatureOf(proc);
ASSERT((sig # NIL) & (LEN(par) >= sig.num), 32);
n := 0; p := 0;
WHILE ok & (p < sig.num) DO (* check & assign parameters *)
IF par[p] IS IP THEN
PutParam(par[p](IP)^, sig, p, data, n, ok)
ELSE
ValToItem(par[p]^, x);
PutParam(x, sig, p, data, n, ok)
END;
INC(p)
END;
IF ok THEN
ret := Kernel.Call(adr, sig, data, n);
IF sig.retStruct # NIL THEN
WITH dest: Item DO
GetResult(ret, dest, sig, ok)
ELSE
ValToItem(dest, x);
GetResult(ret, x, sig, ok)
END
END
END
END ParamCallVal;
PROCEDURE (IN var: Item) GetVal* (VAR x: Value; OUT ok: BOOLEAN), NEW;
VAR xi: Item;
BEGIN
ASSERT(var.ext = NIL, 31);
ASSERT(var.ptr # NIL, 20);
ASSERT(var.obj IN {varObj, procObj}, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
WITH x: Item DO
ASSERT(x.ptr # NIL, 20);
ASSERT(x.obj = varObj, 22);
ASSERT((x.mod = NIL) OR (x.mod.refcnt >= 0), 23);
ASSERT(x.vis = exported, 27);
Copy(var, x, ok)
ELSE
ValToItem(x, xi); Copy(var, xi, ok)
END
END GetVal;
PROCEDURE (IN var: Item) PutVal* (IN x: Value; OUT ok: BOOLEAN), NEW;
VAR xi: Item;
BEGIN
ASSERT(var.ext = NIL, 31);
ASSERT(var.ptr # NIL, 20);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
WITH x: Item DO
ASSERT(x.ptr # NIL, 20);
ASSERT(x.obj IN {varObj, procObj}, 22);
ASSERT((x.mod = NIL) OR (x.mod.refcnt >= 0), 23);
Copy(x, var, ok)
ELSE
ValToItem(x, xi); Copy(xi, var, ok)
END
END PutVal;
PROCEDURE (IN var: Item) GetStringVal* (OUT x: ARRAY OF CHAR; OUT ok: BOOLEAN), NEW;
VAR i, n: INTEGER; p: StringPtr;
BEGIN
IF var.ext # NIL THEN var.ext.GetStringVal(x, ok); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT((var.typ = arrTyp) & (SYSTEM.VAL(INTEGER, var.desc.base[0]) = charTyp), 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
p := SYSTEM.VAL(StringPtr, var.adr); i := 0; n := LenOf(var);
WHILE (i < n) & (p[i] # 0X) DO INC(i) END;
IF (i < n) & (i < LEN(x)) THEN x := p^$; ok := TRUE
ELSE x := ""; ok := FALSE
END
END GetStringVal;
PROCEDURE (IN var: Item) GetSStringVal* (OUT x: ARRAY OF SHORTCHAR; OUT ok: BOOLEAN), NEW;
VAR i, n: INTEGER; p: SStringPtr;
BEGIN
IF var.ext # NIL THEN var.ext.GetSStringVal(x, ok); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT((var.typ = arrTyp) & (SYSTEM.VAL(INTEGER, var.desc.base[0]) = sCharTyp), 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
p := SYSTEM.VAL(SStringPtr, var.adr); i := 0; n := LenOf(var);
WHILE (i < n) & (p[i] # 0X) DO INC(i) END;
IF (i < n) & (i < LEN(x)) THEN x := p^$; ok := TRUE
ELSE x := ""; ok := FALSE
END
END GetSStringVal;
PROCEDURE (IN var: Item) PutStringVal* (IN x: ARRAY OF CHAR; OUT ok: BOOLEAN), NEW;
VAR i: INTEGER; p: StringPtr;
BEGIN
IF var.ext # NIL THEN var.ext.PutStringVal(x, ok); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT((var.typ = arrTyp) & (SYSTEM.VAL(INTEGER, var.desc.base[0]) = charTyp), 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
p := SYSTEM.VAL(StringPtr, var.adr); i := 0;
WHILE (i < LEN(x)) & (x[i] # 0X) DO INC(i) END;
IF (i < LEN(x)) & (i < LenOf(var)) THEN p^ := x$; ok := TRUE
ELSE ok := FALSE
END
END PutStringVal;
PROCEDURE (IN var: Item) PutSStringVal* (IN x: ARRAY OF SHORTCHAR; OUT ok: BOOLEAN), NEW;
VAR i: INTEGER; p: SStringPtr;
BEGIN
IF var.ext # NIL THEN var.ext.PutSStringVal(x, ok); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT((var.typ = arrTyp) & (SYSTEM.VAL(INTEGER, var.desc.base[0]) = sCharTyp), 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
p := SYSTEM.VAL(SStringPtr, var.adr); i := 0;
WHILE (i < LEN(x)) & (x[i] # 0X) DO INC(i) END;
IF (i < LEN(x)) & (i < LenOf(var)) THEN p^ := x$; ok := TRUE
ELSE ok := FALSE
END
END PutSStringVal;
PROCEDURE (IN var: Item) PtrVal* (): ANYPTR, NEW;
VAR p: ANYPTR;
BEGIN
IF var.ext # NIL THEN RETURN var.ext.PtrVal() END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.typ IN {anyPtrTyp, ptrTyp}, 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
SYSTEM.GET(var.adr, p);
RETURN p
END PtrVal;
PROCEDURE (IN var: Item) PutPtrVal* (x: ANYPTR), NEW;
VAR vt, xt: Kernel.Type;
BEGIN
IF var.ext # NIL THEN var.ext.PutPtrVal(x); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.typ IN {anyPtrTyp, ptrTyp}, 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
IF (x # NIL) & (var.typ = ptrTyp) THEN
vt := var.desc.base[0]; xt := Kernel.TypeOf(x);
ASSERT(xt.base[vt.id DIV 16 MOD 16] = vt, 28); (* xt IS vt *)
END;
SYSTEM.PUT(var.adr, x)
END PutPtrVal;
PROCEDURE (IN var: Item) IntVal* (): INTEGER, NEW;
VAR sc: SHORTCHAR; ch: CHAR; s: BYTE; i: SHORTINT; x: INTEGER;
BEGIN
IF var.ext # NIL THEN RETURN var.ext.IntVal() END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
IF var.typ = sCharTyp THEN SYSTEM.GET(var.adr, sc); x := ORD(sc)
ELSIF var.typ = charTyp THEN SYSTEM.GET(var.adr, ch); x := ORD(ch)
ELSIF var.typ = byteTyp THEN SYSTEM.GET(var.adr, s); x := s
ELSIF var.typ = sIntTyp THEN SYSTEM.GET(var.adr, i); x := i
ELSIF var.typ = intTyp THEN SYSTEM.GET(var.adr, x)
ELSE HALT(21)
END;
RETURN x
END IntVal;
PROCEDURE (IN var: Item) PutIntVal* (x: INTEGER), NEW;
BEGIN
IF var.ext # NIL THEN var.ext.PutIntVal(x); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
IF var.typ = sCharTyp THEN SYSTEM.PUT(var.adr, SHORT(CHR(x)))
ELSIF var.typ = charTyp THEN SYSTEM.PUT(var.adr, CHR(x))
ELSIF var.typ = byteTyp THEN SYSTEM.PUT(var.adr, SHORT(SHORT(x)))
ELSIF var.typ = sIntTyp THEN SYSTEM.PUT(var.adr, SHORT(x))
ELSIF var.typ = intTyp THEN SYSTEM.PUT(var.adr, x)
ELSE HALT(21)
END
END PutIntVal;
PROCEDURE (IN var: Item) RealVal* (): REAL, NEW;
VAR r: SHORTREAL; x: REAL;
BEGIN
IF var.ext # NIL THEN RETURN var.ext.RealVal() END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
IF var.typ = sRealTyp THEN SYSTEM.GET(var.adr, r); x := r
ELSIF var.typ = realTyp THEN SYSTEM.GET(var.adr, x)
ELSE HALT(21)
END;
RETURN x
END RealVal;
PROCEDURE (IN var: Item) PutRealVal* (x: REAL), NEW;
BEGIN
IF var.ext # NIL THEN var.ext.PutRealVal(x); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
IF var.typ = sRealTyp THEN SYSTEM.PUT(var.adr, SHORT(x))
ELSIF var.typ = realTyp THEN SYSTEM.PUT(var.adr, x)
ELSE HALT(21)
END
END PutRealVal;
PROCEDURE (IN var: Item) LongVal* (): LONGINT, NEW;
VAR x: LONGINT;
BEGIN
IF var.ext # NIL THEN RETURN var.ext.LongVal() END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.typ = longTyp, 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
SYSTEM.GET(var.adr, x);
RETURN x
END LongVal;
PROCEDURE (IN var: Item) PutLongVal* (x: LONGINT), NEW;
BEGIN
IF var.ext # NIL THEN var.ext.PutLongVal(x); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.typ = longTyp, 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
SYSTEM.PUT(var.adr, x)
END PutLongVal;
PROCEDURE (IN var: Item) CharVal* (): CHAR, NEW;
VAR x: CHAR; s: SHORTCHAR;
BEGIN
IF var.ext # NIL THEN RETURN var.ext.CharVal() END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
IF var.typ = sCharTyp THEN SYSTEM.GET(var.adr, s); x := s
ELSIF var.typ = charTyp THEN SYSTEM.GET(var.adr, x)
ELSE HALT(21)
END;
RETURN x
END CharVal;
PROCEDURE (IN var: Item) PutCharVal* (x: CHAR), NEW;
BEGIN
IF var.ext # NIL THEN var.ext.PutCharVal(x); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
IF var.typ = sCharTyp THEN SYSTEM.PUT(var.adr, SHORT(x))
ELSIF var.typ = charTyp THEN SYSTEM.PUT(var.adr, x)
ELSE HALT(21)
END
END PutCharVal;
PROCEDURE (IN var: Item) BoolVal* (): BOOLEAN, NEW;
VAR x: BOOLEAN;
BEGIN
IF var.ext # NIL THEN RETURN var.ext.BoolVal() END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.typ = boolTyp, 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
SYSTEM.GET(var.adr, x);
RETURN x
END BoolVal;
PROCEDURE (IN var: Item) PutBoolVal* (x: BOOLEAN), NEW;
BEGIN
IF var.ext # NIL THEN var.ext.PutBoolVal(x); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.typ = boolTyp, 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
SYSTEM.PUT(var.adr, x)
END PutBoolVal;
PROCEDURE (IN var: Item) SetVal* (): SET, NEW;
VAR x: SET;
BEGIN
IF var.ext # NIL THEN RETURN var.ext.SetVal() END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.typ = setTyp, 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
SYSTEM.GET(var.adr, x);
RETURN x
END SetVal;
PROCEDURE (IN var: Item) PutSetVal* (x: SET), NEW;
BEGIN
IF var.ext # NIL THEN var.ext.PutSetVal(x); RETURN END;
ASSERT(var.ptr # NIL, 20);
ASSERT(var.typ = setTyp, 21);
ASSERT(var.obj = varObj, 22);
ASSERT((var.mod = NIL) OR (var.mod.refcnt >= 0), 23);
ASSERT(var.vis = exported, 27);
SYSTEM.PUT(var.adr, x)
END PutSetVal;
PROCEDURE (IN type: Item) New* (): ANYPTR, NEW;
VAR p: ANYPTR; i, n, id: INTEGER; d: Kernel.Directory; desc: Kernel.Type;
BEGIN
ASSERT(type.ext = NIL, 31);
ASSERT(type.ptr # NIL, 20);
desc := type.desc;
IF type.typ = ptrTyp THEN desc := desc.base[0] END;
ASSERT(TypOf(desc) = recTyp, 21);
ASSERT(desc.mod.refcnt >= 0, 24);
i := 0; d := type.desc.mod.export; n := d.num; id := type.desc.id DIV 256;
WHILE (i < n) & (d.obj[i].id DIV 256 # id) DO INC(i) END;
ASSERT((i < n) & (d.obj[i].id DIV 16 MOD 16 = exported), 29);
ASSERT(desc.id DIV 4 MOD 4 < limited, 30);
Kernel.NewObj(p, desc);
RETURN p
END New;
PROCEDURE (IN val: Item) Copy* (): ANYPTR, NEW;
VAR p: ANYPTR; i, n, id: INTEGER; d: Kernel.Directory;
BEGIN
ASSERT(val.ext = NIL, 31);
ASSERT(val.ptr # NIL, 20);
ASSERT(val.typ = recTyp, 21);
ASSERT(val.obj = varObj, 22);
ASSERT(val.desc.mod.refcnt >= 0, 24);
i := 0; d := val.desc.mod.export; n := d.num; id := val.desc.id DIV 256;
WHILE (i < n) & (d.obj[i].id DIV 256 # id) DO INC(i) END;
ASSERT((i < n) & (d.obj[i].id DIV 16 MOD 16 = exported), 29);
ASSERT(val.desc.id DIV 4 MOD 4 < limited, 30);
Kernel.NewObj(p, val.desc);
SYSTEM.MOVE(val.adr, p, val.desc.size);
RETURN p
END Copy;
PROCEDURE (IN rec: Item) CallWith* (proc: PROCEDURE(VAR rec, par: ANYREC); VAR par: ANYREC), NEW;
BEGIN
ASSERT(rec.ext = NIL, 31);
ASSERT(rec.ptr # NIL, 20);
ASSERT(rec.typ = recTyp, 21);
ASSERT(rec.obj = varObj, 22);
ASSERT((rec.mod = NIL) OR (rec.mod.refcnt >= 0), 23);
proc(SYSTEM.THISRECORD(rec.adr, SYSTEM.VAL(INTEGER, rec.desc)), par)
END CallWith;
PROCEDURE InstallFilter* (filter: LookupFilter);
VAR h: FilterHook;
BEGIN
ASSERT(filter # NIL, 20);
NEW(h); h.filter := filter; h.next := filterHook; filterHook := h
END InstallFilter;
PROCEDURE UninstallFilter* (filter: LookupFilter);
VAR h, a: FilterHook;
BEGIN
ASSERT(filter # NIL, 20);
h := filterHook; a := NIL;
WHILE (h # NIL) & (h.filter # filter) DO a := h; h := h.next END;
IF h # NIL THEN
IF a = NIL THEN filterHook := h.next ELSE a.next := h.next END
END
END UninstallFilter;
PROCEDURE GetThisItem* (IN attr: ANYREC; OUT i: Item);
BEGIN
WITH attr: Kernel.ItemAttr DO
i.obj := attr.obj; i.vis := attr.vis; i.typ := attr.typ; i.adr := attr.adr;
i.mod := attr.mod; i.desc := attr.desc; i.ptr := attr.ptr; i.ext := attr.ext;
IF i.ptr = NIL THEN i.ptr := dummy END
END
END GetThisItem;
BEGIN
NEW(dummy)
END Meta.
| System/Mod/Meta.odc |
MODULE Models;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT Kernel, Stores, Sequencers;
CONST
minVersion = 0; maxVersion = 0;
clean* = Sequencers.clean;
notUndoable* = Sequencers.notUndoable;
invisible* = Sequencers.invisible;
TYPE
Model* = POINTER TO ABSTRACT RECORD (Stores.Store)
era: INTEGER; (* stable era >= x *)
guard: INTEGER (* = TrapCount()+1 if model is addressee of ongoing broadcast *)
END;
Context* = POINTER TO ABSTRACT RECORD END;
Proposal* = ABSTRACT RECORD END;
Message* = ABSTRACT RECORD
model-: Model;
era-: INTEGER
END;
NeutralizeMsg* = RECORD (Message) END;
UpdateMsg* = EXTENSIBLE RECORD (Message) END;
VAR domainGuard: INTEGER; (* = TrapCount()+1 if domain is addressee of ongoing domaincast *)
(** Model **)
PROCEDURE (m: Model) Internalize- (VAR rd: Stores.Reader), EXTENSIBLE;
VAR thisVersion: INTEGER;
BEGIN
m.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxVersion, thisVersion)
END Internalize;
PROCEDURE (m: Model) Externalize- (VAR wr: Stores.Writer), EXTENSIBLE;
BEGIN
m.Externalize^(wr);
wr.WriteVersion(maxVersion)
END Externalize;
(** Context **)
PROCEDURE (c: Context) ThisModel* (): Model, NEW, ABSTRACT;
PROCEDURE (c: Context) Normalize* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (c: Context) GetSize* (OUT w, h: INTEGER), NEW, ABSTRACT;
PROCEDURE (c: Context) SetSize* (w, h: INTEGER), NEW, EMPTY;
PROCEDURE (c: Context) MakeVisible* (l, t, r, b: INTEGER), NEW, EMPTY;
PROCEDURE (c: Context) Consider* (VAR p: Proposal), NEW, EMPTY;
(** miscellaneous **)
PROCEDURE Era* (m: Model): INTEGER;
BEGIN
ASSERT(m # NIL, 20);
RETURN m.era
END Era;
PROCEDURE CopyOf* (m: Model): Model;
BEGIN
ASSERT(m # NIL, 20);
RETURN Stores.CopyOf(m)(Model)
END CopyOf;
PROCEDURE BeginScript* (m: Model; name: Stores.OpName; OUT script: Stores.Operation);
(** post: (script # NIL) iff (m.domain # NIL) **)
VAR seq: ANYPTR;
BEGIN
ASSERT(m # NIL, 20);
IF m.Domain() # NIL THEN seq := m.Domain().GetSequencer() ELSE seq := NIL END;
IF seq # NIL THEN
WITH seq: Sequencers.Sequencer DO
seq.BeginScript(name, script)
ELSE
END
ELSE script := NIL
END
END BeginScript;
PROCEDURE Do* (m: Model; name: Stores.OpName; op: Stores.Operation);
(** pre: m # NIL, op # NIL, ~op.inUse **)
VAR seq: ANYPTR;
BEGIN
ASSERT(m # NIL, 20); ASSERT(op # NIL, 21); (* ASSERT(~op.inUse, 22); *)
IF m.Domain() # NIL THEN seq := m.Domain().GetSequencer() ELSE seq := NIL END;
IF seq # NIL THEN
WITH seq: Sequencers.Sequencer DO
seq.Do(m, name, op)
ELSE
op.Do
END
ELSE
op.Do
END
END Do;
PROCEDURE LastOp* (m: Model): Stores.Operation;
(** pre: m # NIL **)
VAR seq: ANYPTR;
BEGIN
ASSERT(m # NIL, 20);
IF m.Domain() # NIL THEN seq := m.Domain().GetSequencer() ELSE seq := NIL END;
IF seq # NIL THEN
WITH seq: Sequencers.Sequencer DO
RETURN seq.LastOp(m)
ELSE
RETURN NIL
END
ELSE
RETURN NIL
END
END LastOp;
PROCEDURE Bunch* (m: Model);
(** pre: m # NIL, m.Domain() # NIL **)
VAR seq: ANYPTR;
BEGIN
ASSERT(m # NIL, 20); ASSERT(m.Domain() # NIL, 21);
seq := m.Domain().GetSequencer();
ASSERT(seq # NIL, 22);
WITH seq: Sequencers.Sequencer DO
seq.Bunch(m)
ELSE
END
END Bunch;
PROCEDURE StopBunching* (m: Model);
(** pre: m # NIL **)
VAR seq: ANYPTR;
BEGIN
ASSERT(m # NIL, 20);
IF m.Domain() # NIL THEN seq := m.Domain().GetSequencer() ELSE seq := NIL END;
IF seq # NIL THEN
WITH seq: Sequencers.Sequencer DO
seq.StopBunching
ELSE
END
END
END StopBunching;
PROCEDURE EndScript* (m: Model; script: Stores.Operation);
(** pre: (script # NIL) iff (m.seq # NIL) **)
VAR seq: ANYPTR;
BEGIN
ASSERT(m # NIL, 20);
IF m.Domain() # NIL THEN seq := m.Domain().GetSequencer() ELSE seq := NIL END;
IF seq # NIL THEN
ASSERT(script # NIL, 21);
WITH seq: Sequencers.Sequencer DO
seq.EndScript(script)
ELSE
ASSERT(script = NIL, 21)
END
ELSE
ASSERT(script = NIL, 21)
END
END EndScript;
PROCEDURE BeginModification* (type: INTEGER; m: Model);
(** pre: m # NIL **)
VAR seq: ANYPTR;
BEGIN
ASSERT(m # NIL, 20);
IF m.Domain() # NIL THEN seq := m.Domain().GetSequencer() ELSE seq := NIL END;
IF seq # NIL THEN
WITH seq: Sequencers.Sequencer DO
seq.BeginModification(type, m)
ELSE
END
END
END BeginModification;
PROCEDURE EndModification* (type: INTEGER; m: Model);
(** pre: m # NIL **)
VAR seq: ANYPTR;
BEGIN
ASSERT(m # NIL, 20);
IF m.Domain() # NIL THEN seq := m.Domain().GetSequencer() ELSE seq := NIL END;
IF seq # NIL THEN
WITH seq: Sequencers.Sequencer DO
seq.EndModification(type, m)
ELSE
END
END
END EndModification;
PROCEDURE SetDirty* (m: Model);
(** pre: m # NIL **)
VAR seq: ANYPTR;
BEGIN
ASSERT(m # NIL, 20);
IF m.Domain() # NIL THEN seq := m.Domain().GetSequencer() ELSE seq := NIL END;
IF seq # NIL THEN
WITH seq: Sequencers.Sequencer DO
seq.SetDirty(TRUE)
ELSE
END
END
END SetDirty;
PROCEDURE Domaincast* (d: Stores.Domain; VAR msg: Message);
VAR g: INTEGER; seq: ANYPTR;
BEGIN
IF d # NIL THEN
seq := d.GetSequencer();
IF (seq # NIL) & (seq IS Sequencers.Sequencer) THEN
msg.model := NIL; msg.era := -1;
g := Kernel.trapCount + 1;
IF domainGuard > 0 THEN ASSERT(domainGuard # g, 20) END;
domainGuard := g;
seq(Sequencers.Sequencer).Handle(msg);
domainGuard := 0
END
END
END Domaincast;
PROCEDURE Broadcast* (m: Model; VAR msg: Message);
(** pre: model # NIL **)
(** post: model.era > model.era', msg.model = model, msg.era = model.era' + 1,
model.seq # NIL => msg sent to seq **)
VAR seq: ANYPTR; g: INTEGER;
BEGIN
ASSERT(m # NIL, 20);
msg.model := m;
IF m.Domain() # NIL THEN seq := m.Domain().GetSequencer() ELSE seq := NIL END;
IF seq # NIL THEN
WITH seq: Sequencers.Sequencer DO
INC(m.era); msg.era := m.era;
g := Kernel.trapCount + 1;
IF m.guard > 0 THEN ASSERT(m.guard # g, 21) END;
m.guard := g;
seq.Handle(msg);
m.guard := 0
ELSE
END
END
END Broadcast;
BEGIN
domainGuard := 0
END Models.
| System/Mod/Models.odc |
MODULE Out;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT Views, TextModels, TextMappers, TextViews, StdLog;
CONST digitspace = 08FX;
VAR
buf: TextModels.Model;
out: TextMappers.Formatter;
PROCEDURE Open*;
BEGIN
StdLog.Open
END Open;
PROCEDURE Char* (ch: CHAR);
BEGIN
out.WriteChar(ch);
StdLog.text.Append(buf); Views.RestoreDomain(StdLog.text.Domain())
END Char;
PROCEDURE Ln*;
BEGIN
out.WriteLn;
StdLog.text.Append(buf); Views.RestoreDomain(StdLog.text.Domain());
TextViews.ShowRange(StdLog.text, StdLog.text.Length(), StdLog.text.Length(), TextViews.any)
END Ln;
PROCEDURE String* (str: ARRAY OF CHAR);
BEGIN
out.WriteString(str);
StdLog.text.Append(buf); Views.RestoreDomain(StdLog.text.Domain())
END String;
PROCEDURE Int* (i: LONGINT; n: INTEGER);
BEGIN
out.WriteIntForm(i, 10, n, digitspace, FALSE);
StdLog.text.Append(buf); Views.RestoreDomain(StdLog.text.Domain())
END Int;
PROCEDURE Real* (x: REAL; n: INTEGER);
BEGIN
out.WriteRealForm(x, 16, n, 0, digitspace);
StdLog.text.Append(buf); Views.RestoreDomain(StdLog.text.Domain())
END Real;
BEGIN
buf := TextModels.CloneOf(StdLog.buf); out.ConnectTo(buf)
END Out.
| System/Mod/Out.odc |
MODULE Ports;
(**
project = "BlackBox 2.0, changes from 1.7.2 marked by green"
organization = "Oberon microsystems, BBWFC, OberonCore, BBCP Team"
contributors = "Oberon microsystems, Anton Dmitriev"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 20150610, center #60, DrawSpace added for underlined white space
- 20211009, AD, IA, Rasters
"
issues = "
- ...
"
**)
IMPORT Fonts;
CONST
(** colors **)
black* = 00000000H; white* = 00FFFFFFH;
grey6* = 00F0F0F0H; grey12* = 00E0E0E0H; grey25* = 00C0C0C0H;
grey50* = 00808080H; grey75* = 00404040H;
red* = 000000FFH; green* = 0000FF00H; blue* = 00FF0000H;
defaultColor* = 01000000H;
(** measures **)
mm* = 36000;
point* = 12700;
inch* = 914400;
(** size parameter for the procedures DrawRect, DrawOval, DrawLine, DrawPath, and MarkRect **)
fill* = -1;
(** path parameter for DrawPath **)
openPoly* = 0; closedPoly* = 1; openBezier* = 2; closedBezier* = 3;
(** modes for MarkRect **)
invert* = 0; hilite* = 1; dim25* = 2; dim50* = 3; dim75* = 4;
hide* = FALSE; show* = TRUE;
(** cursors **)
arrowCursor* = 0; textCursor* = 1; graphicsCursor* = 2;
tableCursor* = 3; bitmapCursor* = 4; refCursor* = 5;
(** RestoreRect **)
keepBuffer* = FALSE; disposeBuffer* = TRUE;
(** PageMode **)
printer* = TRUE; screen* = FALSE;
TYPE
Color* = INTEGER;
Point* = RECORD
x*, y*: INTEGER
END;
Port* = POINTER TO ABSTRACT RECORD
unit-: INTEGER;
printerMode: BOOLEAN;
END;
Rider* = POINTER TO ABSTRACT RECORD END;
Frame* = POINTER TO ABSTRACT RECORD
unit-, dot-: INTEGER; (** inv: dot = point - point MOD unit **)
rider-: Rider;
gx-, gy-: INTEGER (** origin relative to port, in universal units *)
END;
Raster* = POINTER TO ABSTRACT RECORD END;
VAR
background*, dialogBackground*: Color;
(** Rasters **)
PROCEDURE (r: Raster) GetSize* (OUT w, h: INTEGER), NEW, ABSTRACT;
PROCEDURE (r: Raster) Draw* (rd: Rider; x, y: INTEGER), NEW, ABSTRACT;
(** Port **)
PROCEDURE (p: Port) Init* (unit: INTEGER; printerMode: BOOLEAN), NEW;
BEGIN
(* ASSERT((p.unit = 0) OR (p.unit = unit), 20); *)
ASSERT(unit > 0, 21);
ASSERT((p.unit = 0) OR (p.printerMode = printerMode), 22);
p.unit := unit;
p.printerMode := printerMode;
END Init;
PROCEDURE (p: Port) GetSize* (OUT w, h: INTEGER), NEW, ABSTRACT;
PROCEDURE (p: Port) SetSize* (w, h: INTEGER), NEW, ABSTRACT;
PROCEDURE (p: Port) NewRider* (): Rider, NEW, ABSTRACT;
PROCEDURE (p: Port) OpenBuffer* (l, t, r, b: INTEGER), NEW, ABSTRACT;
PROCEDURE (p: Port) CloseBuffer* (), NEW, ABSTRACT;
(** Rider **)
PROCEDURE (rd: Rider) SetRect* (l, t, r, b: INTEGER), NEW, ABSTRACT;
PROCEDURE (rd: Rider) GetRect* (OUT l, t, r, b: INTEGER), NEW, ABSTRACT;
PROCEDURE (rd: Rider) Base* (): Port, NEW, ABSTRACT;
PROCEDURE (rd: Rider) Move* (dx, dy: INTEGER), NEW, ABSTRACT;
PROCEDURE (rd: Rider) SaveRect* (l, t, r, b: INTEGER; VAR res: INTEGER), NEW, ABSTRACT;
PROCEDURE (rd: Rider) RestoreRect* (l, t, r, b: INTEGER; dispose: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (rd: Rider) DrawRect* (l, t, r, b, s: INTEGER; col: Color), NEW, ABSTRACT;
PROCEDURE (rd: Rider) DrawOval* (l, t, r, b, s: INTEGER; col: Color), NEW, ABSTRACT;
PROCEDURE (rd: Rider) DrawLine* (x0, y0, x1, y1, s: INTEGER; col: Color), NEW, ABSTRACT;
PROCEDURE (rd: Rider) DrawPath* (IN p: ARRAY OF Point; n, s: INTEGER; col: Color;
path: INTEGER), NEW, ABSTRACT;
PROCEDURE (rd: Rider) MarkRect* (l, t, r, b, s, mode: INTEGER; show: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (rd: Rider) Scroll* (dx, dy: INTEGER), NEW, ABSTRACT;
PROCEDURE (rd: Rider) SetCursor* (cursor: INTEGER), NEW, ABSTRACT;
PROCEDURE (rd: Rider) Input* (OUT x, y: INTEGER; OUT modifiers: SET;
OUT isDown: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (rd: Rider) DrawString* (x, y: INTEGER; col: Color; IN s: ARRAY OF CHAR;
font: Fonts.Font), NEW, ABSTRACT;
PROCEDURE (rd: Rider) DrawSpace* (x, y, w: INTEGER; col: Color;
font: Fonts.Font), NEW, ABSTRACT;
PROCEDURE (rd: Rider) CharIndex* (x, pos: INTEGER; IN s: ARRAY OF CHAR;
font: Fonts.Font): INTEGER, NEW, ABSTRACT;
PROCEDURE (rd: Rider) CharPos* (x, index: INTEGER; IN s: ARRAY OF CHAR;
font: Fonts.Font): INTEGER, NEW, ABSTRACT;
PROCEDURE (rd: Rider) DrawSString* (x, y: INTEGER; col: Color; IN s: ARRAY OF SHORTCHAR;
font: Fonts.Font), NEW, ABSTRACT;
PROCEDURE (rd: Rider) SCharIndex* (x, pos: INTEGER; IN s: ARRAY OF SHORTCHAR;
font: Fonts.Font): INTEGER, NEW, ABSTRACT;
PROCEDURE (rd: Rider) SCharPos* (x, index: INTEGER; IN s: ARRAY OF SHORTCHAR;
font: Fonts.Font): INTEGER, NEW, ABSTRACT;
(** Frame **)
PROCEDURE (f: Frame) ConnectTo* (p: Port), NEW, EXTENSIBLE;
VAR w, h: INTEGER;
BEGIN
IF p # NIL THEN
f.rider := p.NewRider(); f.unit := p.unit;
p.GetSize(w, h);
f.dot := point - point MOD f.unit;
ELSE
f.rider := NIL; f.unit := 0
END
END ConnectTo;
PROCEDURE (f: Frame) SetOffset* (gx, gy: INTEGER), NEW, EXTENSIBLE;
VAR u: INTEGER;
BEGIN
u := f.unit;
IF (u # 0) & ((gx - f.gx) MOD u = 0) & ((gy - f.gy) MOD u = 0) & (f.rider # NIL) THEN
f.rider.Move((gx - f.gx) DIV u, (gy - f.gy) DIV u)
END;
f.gx := gx; f.gy := gy
END SetOffset;
PROCEDURE (f: Frame) SaveRect* (l, t, r, b: INTEGER; VAR res: INTEGER), NEW;
VAR u: INTEGER;
BEGIN
ASSERT((l <= r) & (t <= b), 20);
u := f.unit;
l := (f.gx + l) DIV u; t := (f.gy + t) DIV u;
r := (f.gx + r) DIV u; b := (f.gy + b) DIV u;
f.rider.SaveRect(l, t, r, b, res);
END SaveRect;
PROCEDURE (f: Frame) RestoreRect* (l, t, r, b: INTEGER; dispose: BOOLEAN), NEW;
VAR u: INTEGER;
BEGIN
ASSERT((l <= r) & (t <= b), 20);
u := f.unit;
l := (f.gx + l) DIV u; t := (f.gy + t) DIV u;
r := (f.gx + r) DIV u; b := (f.gy + b) DIV u;
f.rider.RestoreRect(l, t, r, b, dispose);
END RestoreRect;
PROCEDURE (f: Frame) DrawRect* (l, t, r, b, s: INTEGER; col: Color), NEW;
VAR u: INTEGER;
BEGIN
ASSERT((l <= r) & (t <= b), 20); ASSERT(s >= fill, 21);
u := f.unit;
l := (f.gx + l) DIV u; t := (f.gy + t) DIV u;
r := (f.gx + r) DIV u; b := (f.gy + b) DIV u;
s := s DIV u;
f.rider.DrawRect(l, t, r, b, s, col)
END DrawRect;
PROCEDURE (f: Frame) DrawOval* (l, t, r, b, s: INTEGER; col: Color), NEW;
VAR u: INTEGER;
BEGIN
ASSERT((l <= r) & (t <= b), 20); ASSERT(s >= fill, 21);
u := f.unit;
l := (f.gx + l) DIV u; t := (f.gy + t) DIV u;
r := (f.gx + r) DIV u; b := (f.gy + b) DIV u;
s := s DIV u;
f.rider.DrawOval(l, t, r, b, s, col)
END DrawOval;
PROCEDURE (f: Frame) DrawLine* (x0, y0, x1, y1, s: INTEGER; col: Color), NEW;
VAR u: INTEGER;
BEGIN
ASSERT(s >= fill, 20);
u := f.unit;
x0 := (f.gx + x0) DIV u; y0 := (f.gy + y0) DIV u;
x1 := (f.gx + x1) DIV u; y1 := (f.gy + y1) DIV u;
s := s DIV u;
f.rider.DrawLine(x0, y0, x1, y1, s, col)
END DrawLine;
PROCEDURE (f: Frame) DrawPath* (IN p: ARRAY OF Point; n, s: INTEGER; col: Color; path: INTEGER), NEW;
PROCEDURE Draw(p: ARRAY OF Point);
VAR i, u: INTEGER;
BEGIN
u := f.unit; s := s DIV u;
i := 0;
WHILE i # n DO
p[i].x := (f.gx + p[i].x) DIV u; p[i].y := (f.gy + p[i].y) DIV u;
INC(i)
END;
f.rider.DrawPath(p, n, s, col, path)
END Draw;
BEGIN
ASSERT(n >= 0, 20); ASSERT(n <= LEN(p), 21);
ASSERT((s # fill) OR (path = closedPoly) OR (path = closedBezier), 22);
ASSERT(s >= fill, 23);
Draw(p)
END DrawPath;
PROCEDURE (f: Frame) MarkRect* (l, t, r, b, s: INTEGER; mode: INTEGER; show: BOOLEAN), NEW;
VAR u: INTEGER;
BEGIN
(* ASSERT((l <= r) & (t <= b), 20); *) ASSERT(s >= fill, 21);
u := f.unit;
l := (f.gx + l) DIV u; t := (f.gy + t) DIV u;
r := (f.gx + r) DIV u; b := (f.gy + b) DIV u;
s := s DIV u;
f.rider.MarkRect(l, t, r, b, s, mode, show)
END MarkRect;
PROCEDURE (f: Frame) Scroll* (dx, dy: INTEGER), NEW;
VAR u: INTEGER;
BEGIN
u := f.unit;
ASSERT(dx MOD u = 0, 20); ASSERT(dy MOD u = 0, 20);
f.rider.Scroll(dx DIV u, dy DIV u)
END Scroll;
PROCEDURE (f: Frame) SetCursor* (cursor: INTEGER), NEW;
BEGIN
f.rider.SetCursor(cursor)
END SetCursor;
PROCEDURE (f: Frame) Input* (OUT x, y: INTEGER; OUT modifiers: SET; OUT isDown: BOOLEAN), NEW;
VAR u: INTEGER;
BEGIN
f.rider.Input(x, y, modifiers, isDown);
u := f.unit;
x := x * u - f.gx; y := y * u - f.gy;
END Input;
PROCEDURE (f: Frame) DrawString* (x, y: INTEGER; col: Color; IN s: ARRAY OF CHAR;
font: Fonts.Font), NEW;
VAR u: INTEGER;
BEGIN
u := f.unit;
x := (f.gx + x) DIV u; y := (f.gy + y) DIV u;
f.rider.DrawString(x, y, col, s, font)
END DrawString;
PROCEDURE (f: Frame) DrawSpace* (x, y, w: INTEGER; col: Color; font: Fonts.Font), NEW;
VAR right, u: INTEGER;
BEGIN
u := f.unit;
right := f.gx + x + w;
x := (f.gx + x) DIV u;
y := (f.gy + y) DIV u;
w := (right + u - 1) DIV u - x; (* round up; x may be truncated *)
(* seems no longer required, Josef Templ
IF f.rider.Base().printerMode THEN
(* avoid gaps in the underline by extending it one pixel to the left and right *)
IF x > 0 THEN DEC(x); INC(w, 2) ELSE INC(w) END ;
END ; *)
f.rider.DrawSpace(x, y, w, col, font)
END DrawSpace;
PROCEDURE (f: Frame) CharIndex* (x, pos: INTEGER; IN s: ARRAY OF CHAR;
font: Fonts.Font): INTEGER, NEW;
VAR u: INTEGER;
BEGIN
u := f.unit;
x := (f.gx + x) DIV u; pos := (f.gx + pos) DIV u;
RETURN f.rider.CharIndex(x, pos, s, font)
END CharIndex;
PROCEDURE (f: Frame) CharPos* (x, index: INTEGER; IN s: ARRAY OF CHAR;
font: Fonts.Font): INTEGER, NEW;
VAR u: INTEGER;
BEGIN
u := f.unit;
x := (f.gx + x) DIV u;
RETURN f.rider.CharPos(x, index, s, font) * u - f.gx
END CharPos;
PROCEDURE (f: Frame) DrawSString* (x, y: INTEGER; col: Color; IN s: ARRAY OF SHORTCHAR;
font: Fonts.Font), NEW;
VAR u: INTEGER;
BEGIN
u := f.unit;
x := (f.gx + x) DIV u; y := (f.gy + y) DIV u;
f.rider.DrawSString(x, y, col, s, font)
END DrawSString;
PROCEDURE (f: Frame) SCharIndex* (x, pos: INTEGER; IN s: ARRAY OF SHORTCHAR;
font: Fonts.Font): INTEGER, NEW;
VAR u: INTEGER;
BEGIN
u := f.unit;
x := (f.gx + x) DIV u; pos := (f.gx + pos) DIV u;
RETURN f.rider.SCharIndex(x, pos, s, font)
END SCharIndex;
PROCEDURE (f: Frame) SCharPos* (x, index: INTEGER; IN s: ARRAY OF SHORTCHAR;
font: Fonts.Font): INTEGER, NEW;
VAR u: INTEGER;
BEGIN
u := f.unit;
x := (f.gx + x) DIV u;
RETURN f.rider.SCharPos(x, index, s, font) * u - f.gx
END SCharPos;
PROCEDURE (f: Frame) DrawRaster* (r: Raster; x, y: INTEGER), NEW;
VAR u: INTEGER;
BEGIN
u := f.unit;
x := (f.gx + x) DIV u; y := (f.gy + y) DIV u;
r.Draw(f.rider, x, y)
END DrawRaster;
PROCEDURE RGBColor* (red, green, blue: INTEGER): Color;
BEGIN
ASSERT((red >= 0) & (red < 256), 20);
ASSERT((green >= 0) & (green < 256), 21);
ASSERT((blue >= 0) & (blue < 256), 22);
RETURN (blue * 65536) + (green * 256) + red
END RGBColor;
PROCEDURE IsPrinterPort*(p: Port): BOOLEAN;
BEGIN
RETURN p.printerMode
END IsPrinterPort;
BEGIN
background := white; dialogBackground := white
END Ports.
| System/Mod/Ports.odc |
MODULE Printers;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20070327, bh, SetOrientation added
"
issues = "
- ...
"
**)
IMPORT Ports;
TYPE
Printer* = POINTER TO ABSTRACT RECORD
l, t, r, b: INTEGER; (** paper rect relative to port coords **)
res*: INTEGER;
port: Ports.Port
END;
Directory* = POINTER TO ABSTRACT RECORD END;
VAR dir-, stdDir-: Directory;
PROCEDURE (p: Printer) OpenJob* (VAR copies: INTEGER; name: ARRAY OF CHAR), NEW, ABSTRACT;
PROCEDURE (p: Printer) CloseJob* (), NEW, ABSTRACT;
PROCEDURE (p: Printer) OpenPage* (), NEW, ABSTRACT;
PROCEDURE (p: Printer) ClosePage* (), NEW, ABSTRACT;
PROCEDURE (p: Printer) SetOrientation* (landscape: BOOLEAN), NEW, EMPTY;
PROCEDURE (p: Printer) InitPort* (port: Ports.Port), NEW;
BEGIN
ASSERT((p.port = NIL) OR (p.port = port), 20);
p.port := port
END InitPort;
PROCEDURE (p: Printer) ThisPort* (): Ports.Port, NEW;
BEGIN
RETURN p.port
END ThisPort;
PROCEDURE (p: Printer) GetRect* (OUT l, t, r, b: INTEGER), NEW;
BEGIN
l := p.l; t := p.t; r:= p.r; b := p.b
END GetRect;
PROCEDURE (p: Printer) InitPrinter* (l, t, r, b: INTEGER), NEW;
BEGIN
ASSERT(l <= r, 20); ASSERT(t <= b, 21);
p.l := l; p.t := t; p.r := r; p.b := b;
p.res := 0
END InitPrinter;
PROCEDURE (d: Directory) Default* (): Printer, NEW, ABSTRACT;
PROCEDURE (d: Directory) Current* (): Printer, NEW, ABSTRACT;
PROCEDURE (d: Directory) Available* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20);
dir := d;
IF stdDir = NIL THEN stdDir := d END
END SetDir;
END Printers.
| System/Mod/Printers.odc |
MODULE Printing;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20150922, center #69, Printing.NewDefaultPar does not set footer font
- 20151009, center #73, ExpandHook for custom tags added; using MapString for names of months
"
issues = "
- ...
"
**)
IMPORT Kernel, Fonts, Ports, Dates, Printers, Views, Dialog, Strings;
CONST maxNrOfSegments = 16; bufLen = 256;
TYPE
PageInfo* = RECORD
first*, from*, to*: INTEGER; (** current IN **)
(** first, from, to: OUT, preset to (0, 0, 9999) **)
alternate*: BOOLEAN;
title*: Views.Title
END;
Banner* = RECORD
font*: Fonts.Font;
gap*: INTEGER; (** OUT, prest to (0,0) **)
left*, right*: ARRAY 128 OF CHAR (** OUT, preset to "", "" **)
(** anywhere in header or footer:
&p - replaced by current page number as arabic numeral
&r - replaced by current page number as roman numeral
&R - replaced by current page number as capital roman numeral
&a - replaced by current page number as alphanumeric character
&A - replaced by current page number as capital alphanumeric character
&d - replaced by printing date
&t - replaced by printing time
&&- replaced by & character
&; - specifies split point
&f - filename without path/title
**)
END;
Par* = POINTER TO LIMITED RECORD
page*: PageInfo;
header*, footer*: Banner;
copies-: INTEGER
END;
Line = RECORD
buf: ARRAY bufLen OF CHAR;
beg: ARRAY maxNrOfSegments OF BYTE;
len: INTEGER
END;
Hook* = POINTER TO ABSTRACT RECORD END;
ExpandHook* = PROCEDURE (IN s: ARRAY OF CHAR; printView: Views.View; IN date: Dates.Date;
IN time: Dates.Time; IN title: Views.Title; pno: INTEGER; printing: BOOLEAN;
OUT sx: ARRAY OF CHAR);
VAR
par*: Par;
month: ARRAY 12 * 3 + 1 OF CHAR;
printingHook: Hook;
printView: Views.View; (* param for expandHook; set per printed document in PrintView *)
expandHook-: ExpandHook; (* for expanding custom tags *)
PROCEDURE (h: Hook) Print* (v: Views.View; par: Par), NEW, ABSTRACT;
PROCEDURE (h: Hook) Current* (): INTEGER, NEW, ABSTRACT;
PROCEDURE SetHook* (p: Hook);
BEGIN
printingHook := p
END SetHook;
PROCEDURE SetExpandHook* (p: ExpandHook);
BEGIN
expandHook := p
END SetExpandHook;
PROCEDURE NewPar* (IN page: PageInfo; IN header, footer: Banner; copies: INTEGER): Par;
VAR par: Par;
BEGIN
NEW(par);
par.page := page;
par.header := header;
par.footer := footer;
par.copies := copies;
IF par.header.font = NIL THEN par.header.font := Fonts.dir.Default() END;
IF par.footer.font = NIL THEN par.footer.font := Fonts.dir.Default() END;
RETURN par
END NewPar;
PROCEDURE NewDefaultPar* (title: Views.Title): Par;
VAR par: Par;
BEGIN
NEW(par);
par.page.first := 1;
par.page.from := 0;
par.page.to := 9999;
par.page.alternate := FALSE;
par.copies := 1;
par.header.gap := 0; par.header.left := ""; par.header.right := ""; par.header.font := Fonts.dir.Default();
par.footer.gap := 0; par.footer.left := ""; par.footer.right := ""; par.footer.font := Fonts.dir.Default();
par.page.title := title;
RETURN par
END NewDefaultPar;
PROCEDURE PrintView* (view: Views.View; p: Par);
BEGIN
ASSERT(view # NIL, 20); ASSERT(p # NIL, 21);
ASSERT(par = NIL, 22); (* no recursive printing *)
IF Printers.dir.Available() THEN
ASSERT(p.page.first >= 0, 23);
ASSERT(p.page.from >= 0, 24);
ASSERT(p.page.to >= p.page.from, 25);
ASSERT(printingHook # NIL, 100);
printView := view;
printingHook.Print(view, p);
printView := NIL
ELSE Dialog.ShowMsg("#System:NoPrinterFound")
END
END PrintView;
PROCEDURE GetDateAndTime (IN date: Dates.Date; IN time: Dates.Time;
VAR d, t: ARRAY OF CHAR);
VAR i, j, k: INTEGER; s: ARRAY 8 OF CHAR;
BEGIN
Strings.IntToStringForm (date.day, Strings.decimal, 0, "0", FALSE, d);
j := date.month * 3; i := j - 3; k := 0;
WHILE i < j DO s[k] := month[i]; INC(k); INC(i) END; s[k] := 0X;
d := d + "-" + s;
Strings.IntToStringForm (date.year, Strings.decimal, 0, "0", FALSE, s);
d := d + "-" + s;
Strings.IntToStringForm (time.hour, Strings.decimal, 0, "0", FALSE, t);
Strings.IntToStringForm (time.minute, Strings.decimal, 2, "0", FALSE, s);
t := t + ":" + s;
END GetDateAndTime;
PROCEDURE Expand (s: ARRAY OF CHAR; IN date: Dates.Date; IN time: Dates.Time;
IN title: Views.Title; pno: INTEGER; printing: BOOLEAN; VAR line: Line);
VAR i, l: INTEGER; ch: CHAR; j: BYTE;
p, d, t, r, rl: ARRAY 32 OF CHAR;
sx: ARRAY bufLen * 2 OF CHAR;
BEGIN
IF expandHook # NIL THEN
expandHook(s, printView, date, time, title, pno, printing, sx)
ELSE
sx := s$
END ;
IF printing THEN
Strings.IntToStringForm (pno, Strings.decimal, 0, "0", FALSE, p);
IF (0 < pno) & (pno < 4000) THEN
Strings.IntToStringForm(pno, Strings.roman, 0, " ", FALSE, r)
ELSE
r := p
END;
ELSE p := "#"; r := "#"
END;
GetDateAndTime(date, time, d, t);
i := 0; ch := sx[i]; line.len := 0; j := 0;
WHILE ch # 0X DO
IF ch = "&" THEN
INC(i); ch := sx[i];
IF ch = "p" THEN
l := 0; WHILE p[l] # 0X DO line.buf[j] := p[l]; INC(j); INC(l) END
ELSIF ch = "r" THEN
Strings.ToLower(r, rl);
l := 0; WHILE rl[l] # 0X DO line.buf[j] := rl[l]; INC(j); INC(l) END
ELSIF ch = "R" THEN
l := 0; WHILE r[l] # 0X DO line.buf[j] := r[l]; INC(j); INC(l) END
ELSIF (ch = "a") OR (ch = "A") THEN
IF printing & (0 < pno) & (pno <= 26) THEN line.buf[j] := CHR(pno + ORD(ch) - 1); INC(j)
ELSE l := 0; WHILE p[l] # 0X DO line.buf[j] := p[l]; INC(j); INC(l) END
END
ELSIF ch = "d" THEN
l := 0; WHILE d[l] # 0X DO line.buf[j] := d[l]; INC(j); INC(l) END
ELSIF ch = "t" THEN
l := 0; WHILE t[l] # 0X DO line.buf[j] := t[l]; INC(j); INC(l) END
ELSIF ch = "f" THEN
l := 0; WHILE title[l] # 0X DO line.buf[j] := title[l]; INC(j); INC(l) END
ELSIF ch = ";" THEN
IF (line.len < maxNrOfSegments-1) THEN line.beg[line.len] := j; INC(line.len)
ELSE line.buf[j] := " "; INC(j)
END
ELSIF ch = "&" THEN
line.buf[j] := "&"; INC(j)
END;
IF ch # 0X THEN INC(i); ch := sx[i] END
ELSE line.buf[j] := ch; INC(j); INC(i); ch := sx[i]
END
END;
line.buf[j] := 0X; line.beg[line.len] := j; INC(line.len)
END Expand;
PROCEDURE PrintLine (f: Views.Frame; font: Fonts.Font;
x0, x1, y: INTEGER; VAR line: Line);
VAR sp, dx, x: INTEGER; i, j, k: INTEGER; buf: ARRAY 128 OF CHAR;
BEGIN
sp := (x1 - x0 - font.StringWidth(line.buf));
IF line.len = 1 THEN (* center *)
f.DrawString(x0 + sp DIV 2, y, Ports.defaultColor, line.buf, font)
ELSE
IF sp > 0 THEN dx := sp DIV (line.len - 1) ELSE dx := 0 END;
k := 0; j := 0; x := x0;
WHILE k < line.len DO
i := 0;
WHILE j < line.beg[k] DO
buf[i] := line.buf[j]; INC(i); INC(j)
END;
buf[i] := 0X;
f.DrawString(x, y, Ports.defaultColor, buf, font);
x := x + font.StringWidth(buf) + dx;
INC(k)
END
END
END PrintLine;
PROCEDURE PrintBanner* (f: Views.Frame; IN p: PageInfo; IN b: Banner;
IN date: Dates.Date; IN time: Dates.Time; x0, x1, y: INTEGER);
VAR line: Line; printing: BOOLEAN;
BEGIN
printing := par # NIL;
IF printing THEN
ASSERT(printingHook # NIL, 100);
IF p.alternate & ~ODD(p.first + printingHook.Current()) THEN
Expand(b.left, date, time, p.title, p.first + printingHook.Current(), printing, line)
ELSE
Expand(b.right, date, time, p.title, p.first + printingHook.Current(), printing, line)
END
ELSE
Expand(b.right, date, time, p.title, 0, printing, line)
END;
PrintLine(f, b.font, x0, x1, y, line)
END PrintBanner;
PROCEDURE Current*(): INTEGER;
BEGIN
ASSERT(par # NIL, 21);
ASSERT(printingHook # NIL, 100);
RETURN printingHook.Current()
END Current;
BEGIN
Dialog.MapString("#System:JanFebMarAprMayJunJulAugSepOctNovDec", month)
END Printing.
| System/Mod/Printing.odc |
MODULE Properties;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT SYSTEM, Kernel, Math, Services, Fonts, Stores, Views, Controllers, Dialog;
CONST
(** StdProp.known/valid **)
color* = 0; typeface* = 1; size* = 2; style* = 3; weight* = 4;
(** SizeProp.known/valid **)
width* = 0; height* = 1;
(** PollVerbsMsg limitation **)
maxVerbs* = 16;
(** PollPickMsg.mark, PollPick mark **)
noMark* = FALSE; mark* = TRUE;
(** PollPickMsg.show, PollPick show **)
hide* = FALSE; show* = TRUE;
TYPE
Property* = POINTER TO ABSTRACT RECORD
next-: Property; (** property lists are sorted **) (* by TD address *)
known*, readOnly*: SET; (** used for polling, ignored when setting properties **)
valid*: SET
END;
StdProp* = POINTER TO RECORD (Property)
color*: Dialog.Color;
typeface*: Fonts.Typeface;
size*: INTEGER;
style*: RECORD val*, mask*: SET END;
weight*: INTEGER
END;
SizeProp* = POINTER TO RECORD (Property)
width*, height*: INTEGER
END;
(** property messages **)
Message* = Views.PropMessage;
PollMsg* = RECORD (Message)
prop*: Property (** preset to NIL **)
END;
SetMsg* = RECORD (Message)
old*, prop*: Property
END;
(** preferences **)
Preference* = ABSTRACT RECORD (Message) END;
ResizePref* = RECORD (Preference)
fixed*: BOOLEAN; (** OUT, preset to FALSE **)
horFitToPage*: BOOLEAN; (** OUT, preset to FALSE **)
verFitToPage*: BOOLEAN; (** OUT, preset to FALSE **)
horFitToWin*: BOOLEAN; (** OUT, preset to FALSE **)
verFitToWin*: BOOLEAN; (** OUT, preset to FALSE **)
END;
SizePref* = RECORD (Preference)
w*, h*: INTEGER; (** OUT, preset to caller's preference **)
fixedW*, fixedH*: BOOLEAN (** IN **)
END;
BoundsPref* = RECORD (Preference)
w*, h*: INTEGER (** OUT, preset to (Views.undefined, Views.undefined) **)
END;
FocusPref* = RECORD (Preference)
atLocation*: BOOLEAN; (** IN **)
x*, y*: INTEGER; (** IN, valid iff atLocation **)
hotFocus*, setFocus*: BOOLEAN (** OUT, preset to (FALSE, FALSE) **)
END;
ControlPref* = RECORD (Preference)
char*: CHAR; (** IN **)
focus*: Views.View; (** IN **)
getFocus*: BOOLEAN; (** OUT, valid if (v # focus), preset to ((char = [l]tab) & "FocusPref.setFocus") **)
accepts*: BOOLEAN (** OUT, preset to ((v = focus) & (char # [l]tab)) **)
END;
TypePref* = RECORD (Preference)
type*: Stores.TypeName; (** IN **)
view*: Views.View (** OUT, preset to NIL **)
END;
(** verbs **)
PollVerbMsg* = RECORD (Message)
verb*: INTEGER; (** IN **)
label*: ARRAY 64 OF CHAR; (** OUT, preset to "" **)
disabled*, checked*: BOOLEAN (** OUT, preset to FALSE, FALSE **)
END;
DoVerbMsg* = RECORD (Message)
verb*: INTEGER; (** IN **)
frame*: Views.Frame (** IN **)
END;
(** controller messages **)
CollectMsg* = RECORD (Controllers.Message)
poll*: PollMsg (** OUT, preset to NIL **)
END;
EmitMsg* = RECORD (Controllers.RequestMessage)
set*: SetMsg (** IN **)
END;
PollPickMsg* = RECORD (Controllers.TransferMessage)
mark*: BOOLEAN; (** IN, request to mark pick target **)
show*: BOOLEAN; (** IN, if mark then show/hide target mark **)
dest*: Views.Frame (** OUT, preset to NIL, set if PickMsg is acceptable **)
END;
PickMsg* = RECORD (Controllers.TransferMessage)
prop*: Property (** set to picked properties by destination **)
END;
VAR era-: INTEGER; (* estimator to cache standard properties of focus *)
PROCEDURE ^ IntersectSelections* (a, aMask, b, bMask: SET; OUT c, cMask: SET; OUT equal: BOOLEAN);
(** properties **)
PROCEDURE (p: Property) IntersectWith* (q: Property; OUT equal: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (p: StdProp) IntersectWith* (q: Property; OUT equal: BOOLEAN);
VAR valid: SET; c, m: SET; eq: BOOLEAN;
BEGIN
WITH q: StdProp DO
valid := p.valid * q.valid; equal := TRUE;
IF p.color.val # q.color.val THEN EXCL(valid, color) END;
IF p.typeface # q.typeface THEN EXCL(valid, typeface) END;
IF p.size # q.size THEN EXCL(valid, size) END;
IntersectSelections(p.style.val, p.style.mask, q.style.val, q.style.mask, c, m, eq);
IF m = {} THEN EXCL(valid, style)
ELSIF (style IN valid) & ~eq THEN p.style.mask := m; equal := FALSE
END;
IF p.weight # q.weight THEN EXCL(valid, weight) END;
IF p.valid # valid THEN p.valid := valid; equal := FALSE END
END
END IntersectWith;
PROCEDURE (p: SizeProp) IntersectWith* (q: Property; OUT equal: BOOLEAN);
VAR valid: SET;
BEGIN
WITH q: SizeProp DO
valid := p.valid * q.valid; equal := TRUE;
IF p.width # q.width THEN EXCL(valid, width) END;
IF p.height # q.height THEN EXCL(valid, height) END;
IF p.valid # valid THEN p.valid := valid; equal := FALSE END
END
END IntersectWith;
(** property collection and emission **)
PROCEDURE IncEra*;
BEGIN
INC(era)
END IncEra;
PROCEDURE CollectProp* (OUT prop: Property);
VAR msg: CollectMsg;
BEGIN
msg.poll.prop := NIL;
Controllers.Forward(msg);
prop := msg.poll.prop
END CollectProp;
PROCEDURE CollectStdProp* (OUT prop: StdProp);
(** post: prop # NIL, prop.style.val = prop.style.val * prop.style.mask **)
VAR p: Property;
BEGIN
CollectProp(p);
WHILE (p # NIL) & ~(p IS StdProp) DO p := p.next END;
IF p # NIL THEN
prop := p(StdProp); prop.next := NIL
ELSE
NEW(prop); prop.known := {}
END;
prop.valid := prop.valid * prop.known;
prop.style.val := prop.style.val * prop.style.mask
END CollectStdProp;
PROCEDURE EmitProp* (old, prop: Property);
VAR msg: EmitMsg;
BEGIN
IF prop # NIL THEN
msg.set.old := old; msg.set.prop := prop;
Controllers.Forward(msg)
END
END EmitProp;
PROCEDURE PollPick* (x, y: INTEGER;
source: Views.Frame; sourceX, sourceY: INTEGER;
mark, show: BOOLEAN;
OUT dest: Views.Frame; OUT destX, destY: INTEGER);
VAR msg: PollPickMsg;
BEGIN
ASSERT(source # NIL, 20);
msg.mark := mark; msg.show := show; msg.dest := NIL;
Controllers.Transfer(x, y, source, sourceX, sourceY, msg);
dest := msg.dest; destX := msg.x; destY := msg.y
END PollPick;
PROCEDURE Pick* (x, y: INTEGER; source: Views.Frame; sourceX, sourceY: INTEGER;
OUT prop: Property);
VAR msg: PickMsg;
BEGIN
ASSERT(source # NIL, 20);
msg.prop := NIL;
Controllers.Transfer(x, y, source, sourceX, sourceY, msg);
prop := msg.prop
END Pick;
(** property list construction **)
PROCEDURE Insert* (VAR list: Property; x: Property);
VAR p, q: Property; ta: INTEGER;
BEGIN
ASSERT(x # NIL, 20); ASSERT(x.next = NIL, 21); ASSERT(x # list, 22);
ASSERT(x.valid - x.known = {}, 23);
IF list # NIL THEN
ASSERT(list.valid - list.known = {}, 24);
ASSERT(Services.TypeLevel(list) = 1, 25)
END;
ta := SYSTEM.TYP(x^);
ASSERT(Services.TypeLevel(x) = 1, 26);
p := list; q := NIL;
WHILE (p # NIL) & (SYSTEM.TYP(p^) < ta) DO
q := p; p := p.next
END;
IF (p # NIL) & (SYSTEM.TYP(p^) = ta) THEN x.next := p.next ELSE x.next := p END;
IF q # NIL THEN q.next := x ELSE list := x END
END Insert;
PROCEDURE CopyOfList* (p: Property): Property;
VAR q, r, s: Property; t: Kernel.Type;
BEGIN
q := NIL; s := NIL;
WHILE p # NIL DO
ASSERT(Services.TypeLevel(p) = 1, 20);
t := Kernel.TypeOf(p); Kernel.NewObj(r, t); ASSERT(r # NIL, 23);
SYSTEM.MOVE(p, r, t.size);
r.next := NIL;
IF q # NIL THEN q.next := r ELSE s := r END;
q := r; p := p.next
END;
RETURN s
END CopyOfList;
PROCEDURE CopyOf* (p: Property): Property;
VAR r: Property; t: Kernel.Type;
BEGIN
IF p # NIL THEN
ASSERT(Services.TypeLevel(p) = 1, 20);
t := Kernel.TypeOf(p); Kernel.NewObj(r, t); ASSERT(r # NIL, 23);
SYSTEM.MOVE(p, r, t.size);
r.next := NIL;
END;
RETURN r
END CopyOf;
PROCEDURE Merge* (VAR base, override: Property);
VAR p, q, r, s: Property; tp, tr: INTEGER;
BEGIN
ASSERT((base # override) OR (base = NIL), 20);
p := base; q := NIL; r := override; override := NIL;
IF p # NIL THEN
tp := SYSTEM.TYP(p^);
ASSERT(Services.TypeLevel(p) = 1, 21)
END;
IF r # NIL THEN
tr := SYSTEM.TYP(r^);
ASSERT(Services.TypeLevel(r) = 1, 22)
END;
WHILE (p # NIL) & (r # NIL) DO
ASSERT(p # r, 23);
WHILE (p # NIL) & (tp < tr) DO
q := p; p := p.next;
IF p # NIL THEN tp := SYSTEM.TYP(p^) END
END;
IF p # NIL THEN
IF tp = tr THEN
s := p.next; p.next := NIL; p := s;
IF p # NIL THEN tp := SYSTEM.TYP(p^) END
ELSE
END;
s := r.next;
IF q # NIL THEN q.next := r ELSE base := r END;
q := r; r.next := p; r := s;
IF r # NIL THEN tr := SYSTEM.TYP(r^) END
END
END;
IF r # NIL THEN
IF q # NIL THEN q.next := r ELSE base := r END
END
END Merge;
PROCEDURE Intersect* (VAR list: Property; x: Property; OUT equal: BOOLEAN);
VAR l, p, q, r, s: Property; plen, rlen, ta: INTEGER; filtered: BOOLEAN;
BEGIN
ASSERT((x # list) OR (list = NIL), 20);
IF list # NIL THEN ASSERT(Services.TypeLevel(list) = 1, 21) END;
IF x # NIL THEN ASSERT(Services.TypeLevel(x) = 1, 22) END;
p := list; s := NIL; list := NIL; l := NIL; plen := 0;
r := x; rlen := 0; filtered := FALSE;
WHILE (p # NIL) & (r # NIL) DO
q := p.next; p.next := NIL; INC(plen);
ta := SYSTEM.TYP(p^);
WHILE (r # NIL) & (SYSTEM.TYP(r^) < ta) DO
r := r.next; INC(rlen)
END;
IF (r # NIL) & (SYSTEM.TYP(r^) = ta) THEN
ASSERT(r # p, 23);
IF l # NIL THEN s.next := p ELSE l := p END;
s := p;
p.known := p.known + r.known;
p.IntersectWith(r, equal);
filtered := filtered OR ~equal OR (p.valid # r.valid);
r := r.next; INC(rlen)
END;
p := q
END;
list := l;
equal := (p = NIL) & (r = NIL) & (plen = rlen) & ~filtered
END Intersect;
(** support for IntersectWith methods **)
PROCEDURE IntersectSelections* (a, aMask, b, bMask: SET; OUT c, cMask: SET; OUT equal: BOOLEAN);
BEGIN
cMask := aMask * bMask - (a / b);
c := a * cMask;
equal := (aMask = bMask) & (bMask = cMask)
END IntersectSelections;
(** standard preferences protocols **)
PROCEDURE PreferredSize* (v: Views.View; minW, maxW, minH, maxH, defW, defH: INTEGER;
VAR w, h: INTEGER);
VAR p: SizePref;
BEGIN
ASSERT(Views.undefined < minW, 20); ASSERT(minW < maxW, 21);
ASSERT(Views.undefined < minH, 23); ASSERT(minH < maxH, 24);
ASSERT(Views.undefined <= defW, 26);
ASSERT(Views.undefined <= defH, 28);
IF (w < Views.undefined) OR (w > maxW) THEN w := defW END;
IF (h < Views.undefined) OR (h > maxH) THEN h := defH END;
p.w := w; p.h := h; p.fixedW := FALSE; p.fixedH := FALSE;
Views.HandlePropMsg(v, p); w := p.w; h := p.h;
IF w = Views.undefined THEN w := defW END;
IF h = Views.undefined THEN h := defH END;
IF w < minW THEN w := minW ELSIF w > maxW THEN w := maxW END;
IF h < minH THEN h := minH ELSIF h > maxH THEN h := maxH END
END PreferredSize;
(** common resizing constraints **)
PROCEDURE ProportionalConstraint* (scaleW, scaleH: INTEGER; fixedW, fixedH: BOOLEAN; VAR w, h: INTEGER);
(** pre: w > Views.undefined, h > Views.undefined **)
(** post: (E s: s * scaleW = w, s * scaleH = h), |w * h - w' * h'| min! **)
VAR area: REAL;
BEGIN
ASSERT(scaleW > Views.undefined, 22); ASSERT(scaleH > Views.undefined, 23);
IF fixedH THEN
ASSERT(~fixedW, 24);
ASSERT(h > Views.undefined, 21);
area := h; area := area * scaleW;
w := SHORT(ENTIER(area / scaleH))
ELSIF fixedW THEN
ASSERT(w > Views.undefined, 20);
area := w; area := area * scaleH;
h := SHORT(ENTIER(area / scaleW))
ELSE
ASSERT(w > Views.undefined, 20); ASSERT(h > Views.undefined, 21);
area := w; area := area * h;
w := SHORT(ENTIER(Math.(*L*)Sqrt(area * scaleW / scaleH)));
h := SHORT(ENTIER(Math.(*L*)Sqrt(area * scaleH / scaleW)))
END
END ProportionalConstraint;
PROCEDURE GridConstraint* (gridX, gridY: INTEGER; VAR x, y: INTEGER);
VAR dx, dy: INTEGER;
BEGIN
ASSERT(gridX > Views.undefined, 20);
ASSERT(gridY > Views.undefined, 21);
dx := x MOD gridX;
IF dx < gridX DIV 2 THEN DEC(x, dx) ELSE INC(x, (-x) MOD gridX) END;
dy := y MOD gridY;
IF dy < gridY DIV 2 THEN DEC(y, dy) ELSE INC(y, (-y) MOD gridY) END
END GridConstraint;
PROCEDURE ThisType* (view: Views.View; type: Stores.TypeName): Views.View;
VAR msg: TypePref;
BEGIN
msg.type := type; msg.view := NIL;
Views.HandlePropMsg(view, msg);
RETURN msg.view
END ThisType;
END Properties.
| System/Mod/Properties.odc |
MODULE Sequencers;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT Stores;
CONST
clean* = 0;
notUndoable* = 1;
invisible* = 2;
TYPE
Message* = ABSTRACT RECORD END;
Notifier* = POINTER TO ABSTRACT RECORD
next: Notifier
END;
Sequencer* = POINTER TO ABSTRACT RECORD
notifiers: Notifier
END;
CloseMsg* = RECORD (Message)
sticky*: BOOLEAN (** OUT, preset to FALSE **)
END;
RemoveMsg* = RECORD (Message) END;
Directory* = POINTER TO ABSTRACT RECORD END;
VAR dir*: Directory;
(** Directory **)
PROCEDURE (dir: Directory) New* (): Sequencer, NEW, ABSTRACT;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20); dir := d
END SetDir;
(** Notifier **)
PROCEDURE (f: Notifier) Notify* (VAR msg: Message), NEW, EMPTY;
(** Sequencer **)
PROCEDURE (s: Sequencer) Dirty* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (s: Sequencer) SetDirty* (dirty: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) BeginScript* (IN name: Stores.OpName;
VAR script: Stores.Operation), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) Do* (st: Stores.Store; IN name: Stores.OpName;
op: Stores.Operation), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) LastOp* (st: Stores.Store): Stores.Operation, NEW, ABSTRACT;
PROCEDURE (s: Sequencer) Bunch* (st: Stores.Store), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) EndScript* (script: Stores.Operation), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) StopBunching* (), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) BeginModification* (type: INTEGER; st: Stores.Store), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) EndModification* (type: INTEGER; st: Stores.Store), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) CanUndo* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (s: Sequencer) CanRedo* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (s: Sequencer) GetUndoName* (VAR name: Stores.OpName), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) GetRedoName* (VAR name: Stores.OpName), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) Undo* (), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) Redo* (), NEW, ABSTRACT;
PROCEDURE (s: Sequencer) Handle* (VAR msg: ANYREC), NEW, EMPTY;
PROCEDURE (s: Sequencer) Notify* (VAR msg: Message), NEW;
VAR n: Notifier;
BEGIN
n := s.notifiers;
WHILE n # NIL DO
n.Notify(msg);
n := n.next
END
END Notify;
PROCEDURE (s: Sequencer) InstallNotifier* (n: Notifier), NEW;
BEGIN
n.next := s.notifiers; s.notifiers := n
END InstallNotifier;
END Sequencers.
| System/Mod/Sequencers.odc |
MODULE Services;
(**
project = "BlackBox 2.0, changes from 1.7.2 marked by green"
organization = "Oberon microsystems, BBWFC, OberonCore, BBCP Team"
contributors = "Oberon microsystems, Anton Dmitriev, Ivan Denisov"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 20141027, center #19, full Unicode support for Component Pascal identifiers added
- 20200108, adimetrius, Added TYPE SafeAction, PROCEDURE Try and accompanying types and procedures
- 20200122, adimetrius, Improved Try implementation, based on suggestions from SovietPony
"
issues = "
- ...
"
**)
IMPORT SYSTEM, Kernel;
CONST
now* = 0; immediately* = -1; (** DoLater notBefore **)
resolution* = 1000;
scale = resolution DIV Kernel.timeResolution;
corr = resolution MOD Kernel.timeResolution;
onlyInsistentActions = TRUE;
TYPE
Action* = POINTER TO ABSTRACT RECORD
notBefore: LONGINT;
next: Action (* next element in linear list *)
END;
InsistentAction* = POINTER TO ABSTRACT RECORD (Action) END;
SafeAction* = ABSTRACT RECORD
(** Type-safe and extensible replacement for TryHandler *)
trapped-: BOOLEAN
END;
SafeRecAction* = ABSTRACT RECORD (SafeAction)
adr, typ: INTEGER; (* address and type descriptor of VAR rec: ANYREC on stack; used to implement low-level call for DoRec with VAR-param *)
END;
ActionHook* = POINTER TO ABSTRACT RECORD END;
StdHook = POINTER TO RECORD (ActionHook) END;
VAR
actionHook-: ActionHook;
actions: Action; (* list of actions *)
candidates: Action; (* list of action candidates in IterateOverActions,
NIL during normal execution of commands *)
hasImmediates: BOOLEAN; (* this is a hint: one or more actions in some ring may be immediate actions *)
trapCnt: INTEGER;
actionsInTheQueue-: INTEGER;
PROCEDURE Ticks* (): LONGINT;
VAR t: LONGINT;
BEGIN
t := Kernel.Time();
RETURN t * scale + t * corr DIV Kernel.timeResolution
END Ticks;
(** Action **)
PROCEDURE (a: Action) Do- (), NEW, ABSTRACT;
PROCEDURE In (l, a: Action): BOOLEAN;
BEGIN
WHILE (l # NIL) & (l # a) DO l := l.next END;
RETURN l # NIL
END In;
PROCEDURE Incl (VAR l: Action; a: Action);
BEGIN
IF l # NIL THEN a.next := l END;
l := a
END Incl;
PROCEDURE Excl (VAR l: Action; a: Action);
VAR p0, p1: Action;
BEGIN
IF l = a THEN
l := a.next; a.next := NIL
ELSIF l # NIL THEN
p0 := l; p1 := p0.next;
(* (p0 # NIL) & (p0 # a) *)
WHILE (p1 # NIL) & (p1 # a) DO p0 := p1; p1 := p0.next END;
IF p1 = a THEN p0.next := a.next; a.next := NIL END
END
END Excl;
PROCEDURE Exec (a: Action);
VAR t: Kernel.Type;
BEGIN
t := Kernel.TypeOf(a);
IF t.mod.refcnt >= 0 THEN (* execute action if its module is not unloaded *)
a.Do (* warning: here the actions and candidates lists may be modified, or a trap may occur! *)
END
END Exec;
PROCEDURE Cleanup;
VAR p: Action;
BEGIN
IF candidates # NIL THEN (* trap handling *)
p := candidates; WHILE p.next # NIL DO p := p.next END; (* find last element of candidates list *)
p.next := actions; actions := candidates; candidates := NIL (* prepend candidates list to actions list *)
END;
actionsInTheQueue := 0; p := actions;
WHILE p # NIL DO p := p.next; INC(actionsInTheQueue); END;
trapCnt := Kernel.trapCount (* all traps are handled now *)
END Cleanup;
PROCEDURE DoLater* (a: Action; notBefore: LONGINT);
(** Register action a. If a is already registered, its notBefore value is updated instead. **)
BEGIN
ASSERT(a # NIL, 20);
IF ~In(actions, a) & ~In(candidates, a) THEN
Incl(actions, a)
END;
a.notBefore := notBefore; (* if a was already in a list, this statement updates the notBefore value *)
IF notBefore = immediately THEN hasImmediates := TRUE END
END DoLater;
PROCEDURE RemoveAction* (a: Action);
(** Unregister action a. If a is not registered, nothing happens **)
BEGIN
IF a # NIL THEN
Excl(actions, a);
Excl(candidates, a)
END
END RemoveAction;
PROCEDURE IterateOverActions (time: LONGINT; onlyInsistentActions: BOOLEAN);
VAR p: Action;
BEGIN
Cleanup; (* trap handling, if necessary *)
(* candidates = NIL *)
candidates := actions; actions := NIL; (* move action list to candidates list *)
WHILE candidates # NIL DO (* for every candidate: execute it or put it back into actions list *)
p := candidates; candidates := p.next; (* remove head element from candidates list *)
IF (~onlyInsistentActions OR (p IS InsistentAction))
& ((0 <= p.notBefore) & (p.notBefore <= time)
OR (p.notBefore <= time) & (time < 0)) THEN
p.next := NIL; Exec(p); (* warning: p may call DoLater or RemoveAction,
which change the lists! *)
ELSE
p.next := actions; actions := p (* move to actions list for later processing *)
END
END
END IterateOverActions;
PROCEDURE (h: ActionHook) Step*, NEW, ABSTRACT;
PROCEDURE (h: ActionHook) StepInsistent*, NEW, ABSTRACT;
PROCEDURE (h: ActionHook) Loop*, NEW, ABSTRACT;
PROCEDURE (h: StdHook) Step;
BEGIN
IF (candidates = NIL) OR (trapCnt < Kernel.trapCount) THEN
IterateOverActions(Ticks(), ~onlyInsistentActions)
END
END Step;
PROCEDURE (h: StdHook) StepInsistent;
BEGIN
IF (candidates = NIL) OR (trapCnt < Kernel.trapCount) THEN
IterateOverActions(Ticks(), onlyInsistentActions)
END
END StepInsistent;
PROCEDURE (h: StdHook) Loop;
BEGIN
IF hasImmediates THEN
ASSERT((candidates = NIL) OR (trapCnt < Kernel.trapCount), 100);
IterateOverActions(immediately, ~onlyInsistentActions);
hasImmediates := FALSE
END
END Loop;
(* type handling functions *)
PROCEDURE ThisDesc (IN type: ARRAY OF CHAR; load: BOOLEAN): Kernel.Type;
CONST record = 1; pointer = 3;
VAR m: Kernel.Module; t: Kernel.Type; i, j: INTEGER; ch: CHAR;
typ, mod: Kernel.Name;
BEGIN
ASSERT(type # "", 20);
i := 0; ch := type[0];
WHILE (ch # ".") & (ch # 0X) DO mod[i] := ch; INC(i); ch := type[i] END;
ASSERT(ch = ".", 21);
mod[i] := 0X; INC(i); t := NIL;
IF load THEN
m := Kernel.ThisMod(mod)
ELSE
m := Kernel.ThisLoadedMod(mod)
END;
IF m # NIL THEN
j := 0; REPEAT ch := type[i]; typ[j] := ch; INC(i); INC(j) UNTIL ch = 0X;
t := Kernel.ThisType(m, typ);
IF t = NIL THEN typ[j - 1] := "^"; typ[j] := 0X; t := Kernel.ThisType(m, typ) END
END;
IF t # NIL THEN
IF t.id MOD 4 = pointer THEN t := t.base[0] END;
IF t.id MOD 4 # record THEN t := NIL END
END;
RETURN t
END ThisDesc;
PROCEDURE GetTypeName* (IN rec: ANYREC; OUT type: ARRAY OF CHAR);
VAR i, j: INTEGER; ch: CHAR; t: Kernel.Type; modName, name: Kernel.Name;
BEGIN
t := Kernel.TypeOf(rec);
Kernel.GetModName(t.mod, modName);
Kernel.GetTypeName(t, name);
type := modName$;
i := 0; ch := type[0]; WHILE ch # 0X DO INC(i); ch := type[i] END;
type[i] := "."; INC(i);
j := 0; REPEAT ch := name[j]; type[i] := ch; INC(i); INC(j) UNTIL ch = 0X;
IF type[i - 2] = "^" THEN type[i - 2] := 0X END
(*
type := modName$ + "." + name$;
i := LEN(type$);
IF type[i - 1] = "^" THEN type[i - 1] := 0X END
*)
END GetTypeName;
PROCEDURE SameType* (IN ra, rb: ANYREC): BOOLEAN;
BEGIN
RETURN Kernel.TypeOf(ra) = Kernel.TypeOf(rb)
END SameType;
PROCEDURE IsExtensionOf* (IN ra, rb: ANYREC): BOOLEAN;
VAR ta, tb: Kernel.Type;
BEGIN
ta := Kernel.TypeOf(ra); tb := Kernel.TypeOf(rb);
RETURN ta.base[tb.id DIV 16 MOD 16] = tb
END IsExtensionOf;
PROCEDURE Is* (IN rec: ANYREC; IN type: ARRAY OF CHAR): BOOLEAN;
VAR ta, tb: Kernel.Type;
BEGIN
ta := Kernel.TypeOf(rec); tb := ThisDesc(type, FALSE);
IF tb # NIL THEN RETURN ta.base[tb.id DIV 16 MOD 16] = tb
ELSE RETURN FALSE
END
END Is;
PROCEDURE Extends* (IN type, base: ARRAY OF CHAR): BOOLEAN;
VAR ta, tb: Kernel.Type;
BEGIN
ASSERT((type # "") & (base # ""), 20);
ta := ThisDesc(type, TRUE); tb := ThisDesc(base, FALSE);
IF (ta # NIL) & (tb # NIL) THEN RETURN ta.base[tb.id DIV 16 MOD 16] = tb
ELSE RETURN FALSE
END
END Extends;
PROCEDURE Level* (IN type: ARRAY OF CHAR): INTEGER;
VAR t: Kernel.Type;
BEGIN
t := ThisDesc(type, TRUE);
RETURN t.id DIV 16 MOD 16
END Level;
PROCEDURE TypeLevel* (IN rec: ANYREC): INTEGER;
VAR t: Kernel.Type;
BEGIN
t := Kernel.TypeOf(rec);
IF t = NIL THEN RETURN -1
ELSE RETURN t.id DIV 16 MOD 16
END
END TypeLevel;
PROCEDURE AdrOf* (IN rec: ANYREC): INTEGER;
BEGIN
RETURN SYSTEM.ADR(rec)
END AdrOf;
PROCEDURE Collect*;
BEGIN
Kernel.FastCollect
END Collect;
PROCEDURE (VAR a: SafeAction) Do*, NEW, ABSTRACT;
PROCEDURE (VAR a: SafeRecAction) DoRec* (VAR rec: ANYREC), NEW, ABSTRACT;
PROCEDURE (VAR a: SafeRecAction) Do*;
BEGIN a.DoRec(SYSTEM.THISRECORD(a.adr, a.typ))
END Do;
PROCEDURE TryHandler (VAR a: SafeAction; dummy: INTEGER); BEGIN a.Do END TryHandler;
PROCEDURE Try* (VAR a: SafeAction);
VAR count: INTEGER;
BEGIN
count := Kernel.trapCount; a.trapped := FALSE;
Kernel.Try(SYSTEM.VAL(Kernel.TryHandler,
SYSTEM.ADR(TryHandler)), SYSTEM.ADR(a), SYSTEM.TYP(a), -1);
a.trapped := Kernel.trapCount # count
END Try;
PROCEDURE TryRec* (VAR a: SafeRecAction; VAR rec: ANYREC);
VAR count: INTEGER;
BEGIN
count := Kernel.trapCount; a.trapped := FALSE;
a.adr := SYSTEM.ADR(rec); a.typ := SYSTEM.TYP(rec);
Kernel.Try(SYSTEM.VAL(Kernel.TryHandler,
SYSTEM.ADR(TryHandler)), SYSTEM.ADR(a), SYSTEM.TYP(a), -1);
a.trapped := Kernel.trapCount # count
END TryRec;
PROCEDURE Init;
VAR h: StdHook;
BEGIN
actionsInTheQueue := 0;
NEW(h); actionHook := h
END Init;
BEGIN
Init
END Services.
| System/Mod/Services.odc |
MODULE SMath;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20170224, center #147, Adding a "Mod1" function to Math/SMath
- 20170310, center #151, Extending the domain of Math.ArcTan2
- 20170330, center #157, Extending the domain of Math.Sin, Cos, & Tan
- 20180623, center #189, improving the treatment of the sign bit in Math/SMath
"
issues = "
- ...
"
**)
IMPORT SYSTEM;
VAR eps, e: SHORTREAL;
(* code procedures for 80387 math coprocessor *)
PROCEDURE [code] FLD (x: SHORTREAL);
PROCEDURE [code] TOP (): SHORTREAL;
PROCEDURE [code] FSW (): INTEGER 0DFH, 0E0H;
PROCEDURE [code] FSWs (): SET 0DFH, 0E0H;
PROCEDURE [code] ST0 (): SHORTREAL 0D9H, 0C0H;
PROCEDURE [code] ST1 (): SHORTREAL 0D9H, 0C1H;
PROCEDURE [code] FXCH 0D9H, 0C9H;
PROCEDURE [code] FLDst0 0D9H, 0C0H; (* doublicate st[0] *)
PROCEDURE [code] FSTPst0 0DDH, 0D8H; (* remove st[0] *)
PROCEDURE [code] FSTPst1 0DDH, 0D9H; (* remove st[1] *)
PROCEDURE [code] FSTPDe 0DBH, 05DH, 0F4H; (* FSTPD -12[FP] *) (* COMPILER DEPENDENT *)
PROCEDURE [code] WAIT 09BH;
PROCEDURE [code] FNOP 0D9H, 0D0H;
PROCEDURE [code] FLD0 0D9H, 0EEH;
PROCEDURE [code] FLD1 0D9H, 0E8H;
PROCEDURE [code] FLDPI 0D9H, 0EBH;
PROCEDURE [code] FLDLN2 0D9H, 0EDH;
PROCEDURE [code] FLDLG2 0D9H, 0ECH;
PROCEDURE [code] FLDL2E 0D9H, 0EAH;
PROCEDURE [code] FADD 0DEH, 0C1H;
PROCEDURE [code] FADDst0 0D8H, 0C0H;
PROCEDURE [code] FSUB 0DEH, 0E9H;
PROCEDURE [code] FSUBn 0DCH, 0E9H; (* no pop *)
PROCEDURE [code] FSUBR 0DEH, 0E1H;
PROCEDURE [code] FSUBst1 0D8H, 0E1H;
PROCEDURE [code] FMUL 0DEH, 0C9H;
PROCEDURE [code] FMULst0 0D8H, 0C8H;
PROCEDURE [code] FMULst1st0 0DCH, 0C9H;
PROCEDURE [code] FDIV 0DEH, 0F9H;
PROCEDURE [code] FDIVR 0DEH, 0F1H;
PROCEDURE [code] FDIVRst1 0D8H, 0F9H;
PROCEDURE [code] FCHS 0D9H, 0E0H;
PROCEDURE [code] FCOM 0D8H, 0D1H;
PROCEDURE [code] FSWax 0DFH, 0E0H;
PROCEDURE [code] SAHF 09EH;
PROCEDURE [code] JBE4 076H, 004H;
PROCEDURE [code] JAE4 073H, 004H;
PROCEDURE [code] FRNDINT 0D9H, 0FCH;
PROCEDURE [code] FSCALE 0D9H, 0FDH; (* st[0] * 2^FLOOR(st[1]) *)
PROCEDURE [code] FXTRACT 0D9H, 0F4H; (* exp -> st[1]; mant -> st[0] *)
PROCEDURE [code] FXAM 0D9H, 0E5H;
PROCEDURE [code] FSQRT 0D9H, 0FAH; (* st[0] >= 0 *)
PROCEDURE [code] FSIN 0D9H, 0FEH; (* |st[0]| < 2^63 *)
PROCEDURE [code] FCOS 0D9H, 0FFH; (* |st[0]| < 2^63 *)
PROCEDURE [code] FSINCOS 0D9H, 0FBH; (* |st[0]| < 2^63 *)
PROCEDURE [code] FTAN 0D9H, 0F2H; (* |st[0]| < 2^63 *)
PROCEDURE [code] FATAN 0D9H, 0F3H; (* atan2(st[1], st[0]) *)
PROCEDURE [code] FYL2X 0D9H, 0F1H; (* st[1] * log2(st[0]), st[0] > 0 *)
PROCEDURE [code] FYL2XP1 0D9H, 0F9H; (* st[1] * log2(1 + st[0]), |st[0]| < 1-sqrt(2)/2 *)
PROCEDURE [code] F2XM1 0D9H, 0F0H; (* 2^st[0] - 1, |st[0]| <= 1 *)
PROCEDURE IsNaN (x: SHORTREAL): BOOLEAN;
BEGIN
FLD(x); FXAM; FSTPst0; WAIT; RETURN FSWs() * {8, 10} = {8}
END IsNaN;
(** SHORTREAL precision **)
PROCEDURE Pi* (): SHORTREAL;
BEGIN
FLDPI; RETURN TOP()
END Pi;
PROCEDURE Eps* (): SHORTREAL;
BEGIN
RETURN eps
END Eps;
PROCEDURE Sqrt* (x: SHORTREAL): SHORTREAL;
BEGIN
(* Kernel error #143, argument of Sqrt must not be negative *)
FLD(x); FSQRT; WAIT; RETURN TOP()
END Sqrt;
PROCEDURE Exp* (x: SHORTREAL): SHORTREAL;
BEGIN
(* 2 ^ (x * 1/ln(2)) *)
FLD(x); FLDL2E; FMUL;
IF ABS(ST0()) = INF THEN FLD1
ELSE FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD
END;
FSCALE; FSTPst1; RETURN TOP()
END Exp;
PROCEDURE Ln* (x: SHORTREAL): SHORTREAL;
BEGIN
(* 20, argument of Ln must not be negative *)
(* ln(2) * ld(x) *)
FLDLN2; FLD(x); FYL2X; WAIT; RETURN TOP()
END Ln;
PROCEDURE Log* (x: SHORTREAL): SHORTREAL;
BEGIN
(* Kernel error #143, argument of Log must not be negative *)
(* log(2) * ld(x) *)
FLDLG2; FLD(x); FYL2X; WAIT; RETURN TOP()
END Log;
PROCEDURE Power* (x, y: SHORTREAL): SHORTREAL;
BEGIN
ASSERT(x >= 0, 20);
ASSERT((x # 0.0) OR (y # 0.0), 21);
ASSERT((x # INF) OR (y # 0.0), 22);
ASSERT((x # 1.0) OR (ABS(y) # INF), 23);
(* 2 ^ (y * ld(x)) *)
FLD(y); FLD(x); FYL2X;
IF ABS(ST0()) = INF THEN FLD1
ELSE FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD
END;
FSCALE; FSTPst1; WAIT; RETURN TOP()
END Power;
PROCEDURE IntPower* (x: SHORTREAL; n: INTEGER): SHORTREAL;
BEGIN
FLD1; FLD(x);
IF n = MIN(INTEGER) THEN RETURN IntPower(x, n + 1) / x END;
IF n <= 0 THEN FDIVRst1; (* 1 / x *) n := -n END;
WHILE n > 0 DO
IF ODD(n) THEN FMULst1st0; (* y := y * x *) DEC(n)
ELSE FMULst0; (* x := x * x *) n := n DIV 2
END
END;
FSTPst0; RETURN TOP()
END IntPower;
PROCEDURE Sin* (x: SHORTREAL): SHORTREAL;
BEGIN
(* Kernel error #143, ABS(x) # INF *)
FLD(x); FSIN; WAIT;
IF 10 IN FSWs() THEN FSTPst0; RETURN 0. END;
RETURN TOP()
END Sin;
PROCEDURE Cos* (x: SHORTREAL): SHORTREAL;
BEGIN
(* Kernel error #143, ABS(x) # INF *)
FLD(x); FCOS; WAIT;
IF 10 IN FSWs() THEN FSTPst0; RETURN 1. END;
RETURN TOP()
END Cos;
PROCEDURE Tan* (x: SHORTREAL): SHORTREAL;
BEGIN
(* Kernel error #143, ABS(x) # INF *)
FLD(x); FTAN; FSTPst0; WAIT;
IF 10 IN FSWs() THEN RETURN 0. END;
RETURN TOP()
END Tan;
PROCEDURE SinCos* (x: SHORTREAL; OUT s, c: SHORTREAL);
BEGIN
(* Kernel error #143, ABS(x) # INF *)
FLD(x); FSINCOS; WAIT;
IF 10 IN FSWs() THEN FSTPst0; s := 0.; c := 1. ELSE c := TOP(); s := TOP() END
END SinCos;
PROCEDURE ArcSin* (x: SHORTREAL): SHORTREAL;
BEGIN
(* Kernel error #143, -1.0 <= x <= 1.0 *)
(* atan2(x, sqrt(1 - x*x)) *)
FLD(x); FLDst0; FMULst0; FLD1; FSUBR; FSQRT; FNOP; FATAN; WAIT; RETURN TOP()
END ArcSin;
PROCEDURE ArcCos* (x: SHORTREAL): SHORTREAL;
BEGIN
(* Kernel error #143, -1.0 <= x <= 1.0 *)
(* atan2(sqrt(1 - x*x), x) *)
FLD(x); FMULst0; FLD1; FSUBR; FSQRT; FLD(x); FATAN; WAIT; RETURN TOP()
END ArcCos;
PROCEDURE ArcTan* (x: SHORTREAL): SHORTREAL;
BEGIN
(* atan2(x, 1) *)
FLD(x); FLD1; FATAN; RETURN TOP()
END ArcTan;
PROCEDURE ArcTan2* (y, x: SHORTREAL): SHORTREAL;
BEGIN
FLD(y); FLD(x); FATAN; WAIT; RETURN TOP()
END ArcTan2;
PROCEDURE Sinh* (x: SHORTREAL): SHORTREAL;
BEGIN
(* IF IsNaN(x) THEN RETURN x END; *)
IF x = 0 THEN RETURN x (* +/- zero *) END;
(* abs(x) * 1/ln(2) *)
FLD(ABS(x)); FLDL2E; FMUL;
IF ST0() < 0.5 THEN
(* (2^z - 1) + (2^z - 1) / ((2^z - 1) + 1) *)
F2XM1; FLDst0; FLDst0; FLD1; FADD; FDIV; FADD
ELSIF ST0() # INF THEN
(* 2^z - 1 / 2^z *)
FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD; FSCALE;
FSTPst1; FLDst0; FLD1; FDIVR; FSUB
END;
IF x < 0 THEN FCHS END;
RETURN TOP() * 0.5
END Sinh;
PROCEDURE Cosh* (x: SHORTREAL): SHORTREAL;
BEGIN
(* IF IsNaN(x) THEN RETURN x END; *)
(* 2^(abs(x) * 1/ln(2)) *)
FLD(ABS(x));
IF ST0() # INF THEN
FLDL2E; FMUL; FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD; FSCALE;
FSTPst1;
(* z + 1/z *)
FLDst0; FLD1; FDIVR; FADD
END;
RETURN TOP() * 0.5
END Cosh;
PROCEDURE Tanh* (x: SHORTREAL): SHORTREAL;
BEGIN
(* IF IsNaN(x) THEN RETURN x END; *)
IF x = 0 THEN RETURN x (* +/- zero *) END;
(* abs(x) * 1/ln(2) * 2 *)
FLD(ABS(x)); FLDL2E; FMUL; FADDst0;
IF ST0() < 0.5 THEN
(* (2^z - 1) / (2^z + 1) *)
F2XM1; FLDst0; FLD(2); FADD; FDIV
ELSIF ST0() < 65 THEN
(* 1 - 2 / (2^z + 1) *)
FLDst0; FRNDINT; FXCH; FSUBst1; FNOP; F2XM1; FLD1; FADD; FSCALE; FSTPst1; FLD1; FADD; FLD(2); FDIVR; FLD1; FSUBR
ELSE
FSTPst0; FLD1
END;
IF x < 0 THEN FCHS END;
RETURN TOP()
END Tanh;
PROCEDURE ArcSinh* (x: SHORTREAL): SHORTREAL;
BEGIN
(* IF IsNaN(x) THEN RETURN x END; *)
IF x = 0 THEN RETURN x (* +/- zero *) END;
(* x*x *)
FLDLN2; FLD(ABS(x)); FLDst0; FMULst0;
IF ST0() < 0.067 THEN
(* ln(2) * ld(1 + x*x / (sqrt(x*x + 1) + 1) + x) *)
FLDst0; FLD1; FADD; FSQRT; FLD1; FADD; FDIV; FADD; FYL2XP1
ELSE
(* ln(2) * ld(x + sqrt(x*x + 1)) *)
FLD1; FADD; FSQRT; FADD; FYL2X
END;
IF x < 0 THEN FCHS END;
RETURN TOP()
END ArcSinh;
PROCEDURE ArcCosh* (x: SHORTREAL): SHORTREAL;
BEGIN
(* 20, x >= 1.0 *)
(* IF IsNaN(x) THEN RETURN x END; *)
(* ln(2) * ld(x + sqrt(x*x - 1)) *)
FLDLN2; FLD(x); FLDst0; FMULst0; FLD1; FSUB; FSQRT; FADD; FYL2X; WAIT; RETURN TOP()
END ArcCosh;
PROCEDURE ArcTanh* (x: SHORTREAL): SHORTREAL;
BEGIN
(* 20, -1.0 <= x <= 1.0 *)
(* IF IsNaN(x) THEN RETURN x END; *)
IF x = 0 THEN RETURN x (* +/- zero *) END;
(* |x| *)
FLDLN2; FLD(ABS(x));
IF ST0() < 0.12 THEN
(* ln(2) * ld(1 + 2*x / (1 - x)) *)
FLDst0; FLD1; FSUBR; FDIV; FADDst0; FYL2XP1
ELSE
(* ln(2) * ld((1 + x) / (1 - x)) *)
FLDst0; FLD1; FADD; FXCH; FLD1; FSUBR; FDIV; FNOP; FYL2X
END;
IF x < 0 THEN FCHS END;
WAIT;
RETURN TOP() * 0.5
END ArcTanh;
PROCEDURE Floor* (x: SHORTREAL): SHORTREAL;
BEGIN
FLD(x); FLDst0; FRNDINT; FCOM; FSWax; FSTPst1; SAHF; JBE4; FLD1; FSUB; RETURN TOP()
END Floor;
PROCEDURE Ceiling* (x: SHORTREAL): SHORTREAL;
BEGIN
FLD(x); FLDst0; FRNDINT; FCOM; FSWax; FSTPst1; SAHF; JAE4; FLD1; FADD; RETURN TOP()
END Ceiling;
PROCEDURE Round* (x: SHORTREAL): SHORTREAL;
BEGIN
FLD(x);
IF ABS(ST0()) = INF THEN RETURN TOP() END;
FLDst0; FRNDINT; FSUBn; FXCH;
IF TOP() = 0.5 THEN FLD1; FADD END;
RETURN TOP()
END Round;
PROCEDURE Trunc* (x: SHORTREAL): SHORTREAL;
BEGIN
FLD(x); FLDst0; FRNDINT;
IF ST1() >= 0 THEN
FCOM; FSWax; FSTPst1; SAHF; JBE4; FLD1; FSUB
ELSE
FCOM; FSWax; FSTPst1; SAHF; JAE4; FLD1; FADD
END;
RETURN TOP()
END Trunc;
PROCEDURE Frac* (x: SHORTREAL): SHORTREAL;
BEGIN
(* Kernel error #143, x # INF & x # -INF *)
FLD(x); FLDst0; FRNDINT;
IF ST1() >= 0 THEN
FCOM; FSWax; SAHF; JBE4; FLD1; FSUB
ELSE
FCOM; FSWax; SAHF; JAE4; FLD1; FADD
END;
FSUB; WAIT; RETURN TOP()
END Frac;
PROCEDURE Mod1* (x: SHORTREAL): SHORTREAL;
BEGIN
(* Kernel error #143, x # INF & x # -INF *)
FLD(x); FLDst0; FRNDINT;
FCOM; FSWax; SAHF; JBE4; FLD1; FSUB;
FSUB; WAIT; RETURN TOP()
END Mod1;
PROCEDURE Sign* (x: SHORTREAL): SHORTREAL;
BEGIN
FLD(x); FXAM; WAIT;
CASE FSW() DIV 256 MOD 8 OF
| 0, 2: FSTPst0; RETURN x (* +/- zero *)
| 1, 4, 5: FSTPst0; RETURN 1.0
| 3, 6, 7: FSTPst0; RETURN -1.0
END
END Sign;
PROCEDURE SignBit* (x: SHORTREAL): BOOLEAN; (* IEEE 754-2008, section 5.7.2 *)
BEGIN
RETURN 31 IN SYSTEM.VAL(SET, x)
END SignBit;
PROCEDURE CopySign* (x, y: SHORTREAL): SHORTREAL; (* IEEE 754-2008, section 5.5.1 *)
BEGIN
IF 31 IN SYSTEM.VAL(SET, y) THEN RETURN -ABS(x) ELSE RETURN ABS(x) END
END CopySign;
PROCEDURE Mantissa* (x: SHORTREAL): SHORTREAL;
BEGIN
FLD(x); FXAM; WAIT;
CASE FSW() DIV 256 MOD 8 OF
| 4, 6: FXTRACT; FSTPst1; RETURN TOP()
| 0, 2: FSTPst0; RETURN x (* +/- zero *)
| 5: FSTPst0; RETURN 1.0 (* inf *)
| 7: FSTPst0; RETURN -1.0 (* -inf *)
| 1: FSTPst0; RETURN 1.5 (* nan *)
| 3: FSTPst0; RETURN -1.5 (* -nan *)
END
END Mantissa;
PROCEDURE Exponent* (x: SHORTREAL): INTEGER; (* COMPILER DEPENDENT *)
VAR e: INTEGER; (* e is set by FSTPDe! *)
BEGIN
FLD(x); FXAM; WAIT;
CASE FSW() DIV 256 MOD 8 OF
| 4, 6: FXTRACT; FSTPst0; FSTPDe; WAIT; RETURN e
| 0, 2: FSTPst0; RETURN 0 (* zero *)
| 1, 3, 5, 7: FSTPst0; RETURN MAX(INTEGER) (* inf or nan*)
END
END Exponent;
PROCEDURE Real* (m: SHORTREAL; e: INTEGER): SHORTREAL;
VAR s: SET;
BEGIN
IF (m = 0) THEN RETURN m (* +/- zero *) END;
ASSERT(~IsNaN(m) & (1 <= ABS(m)) & (ABS(m) < 2), 20);
IF e = MAX(INTEGER) THEN
SYSTEM.GET(SYSTEM.ADR(m) + 4, s);
SYSTEM.PUT(SYSTEM.ADR(m) + 4, s + {20..30});
RETURN m
ELSE
FLD(e); FLD(m); FSCALE; FSTPst1; RETURN TOP()
END
END Real;
BEGIN
eps := 1.0E+0; e := 2.0E+0;
WHILE e > 1.0E+0 DO eps := eps/2.0E+0; e := 1.0E+0 + eps END; eps := 2.0E+0 * eps;
END SMath.
| System/Mod/SMath.odc |
MODULE Stores;
(**
project = "BlackBox 2.0, changes from 1.7.2 marked by green"
organization = "Oberon microsystems, BBWFC, OberonCore, BBCP Team"
contributors = "Oberon microsystems, Anton Dmitriev"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 20050312, mf (reported by Fyodor Tkachov), replaced PROCEDURE ThisId (d: TypeDict; ...
by PROCEDURE ThisId (VAR d: TypeDict; ...
- 20050312, mf (reported by Fyodor Tkachov), replaced PROCEDURE ThisBaseId (d: TypeDict; ...
by PROCEDURE ThisBaseId (VAR d: TypeDict; ...
- 20141027, center #19, full Unicode support for Component Pascal identifiers added
"
issues = "
- ...
"
**)
IMPORT SYSTEM, Kernel, Dialog, Strings, Utf, Files;
CONST
(** Alien.cause, Reader.TurnIntoAlien cause - flagged by internalization procs **)
alienVersion* = 1; alienComponent* = 2;
(** Alien.cause - internally detected **)
inconsistentVersion* = -1; inconsistentType* = -2;
moduleFileNotFound* = -3; invalidModuleFile* = -4;
inconsModuleVersion* = -5; typeNotFound* = -6;
dictLineLen = 32; (* length of type & elem dict lines *)
newBase = 0F0X; (* new base type (level = 0), i.e. not yet in dict *)
newExt = 0F1X; (* new extension type (level = 1), i.e. not yet in dict *)
oldType = 0F2X; (* old type, i.e. already in dict *)
nil = 080X; (* nil store *)
link = 081X; (* link to another elem in same file *)
store = 082X; (* general store *)
elem = 083X; (* elem store *)
newlink = 084X; (* link to another non-elem store in same file *)
minVersion = 0; maxStoreVersion = 0;
elemTName = "Stores.ElemDesc"; (* type of pre-1.3 elems *)
modelTName = "Models.ModelDesc"; (* the only known family of pre-1.3 elems *)
inited = TRUE; anonymousDomain = FALSE; (* values to be used when calling NewDomain *)
compatible = TRUE;
mapTypes = TRUE; (* make read slower *)
TYPE
TypeName* = ARRAY 64 OF CHAR;
TypePath* = ARRAY 16 OF TypeName;
OpName* = ARRAY 32 OF CHAR;
Domain* = POINTER TO LIMITED RECORD
sequencer: ANYPTR;
dlink: Domain;
initialized, copyDomain: BOOLEAN;
level, copyera, nextElemId: INTEGER;
sDict: StoreDict;
cleaner: TrapCleaner;
s: Store (* used for CopyOf *)
END;
Operation* = POINTER TO ABSTRACT RECORD END;
Store* = POINTER TO ABSTRACT RECORD
dlink: Domain;
era, id: INTEGER; (* externalization era and id *)
isElem: BOOLEAN (* to preserve file format: is this an elem in the old sense? *)
END;
AlienComp* = POINTER TO LIMITED RECORD
next-: AlienComp
END;
AlienPiece* = POINTER TO LIMITED RECORD (AlienComp)
pos-, len-: INTEGER
END;
AlienPart* = POINTER TO LIMITED RECORD (AlienComp)
store-: Store
END;
Alien* = POINTER TO LIMITED RECORD (Store)
path-: TypePath; (** the type this store would have if it were not an alien **)
cause-: INTEGER; (** # 0, the cause that turned this store into an alien **)
file-: Files.File; (** base file holding alien pieces **)
comps-: AlienComp (** the constituent components of this alien store **)
END;
ReaderState = RECORD
next: INTEGER; (* position of next store in current level *)
end: INTEGER (* position just after last read store *)
END;
WriterState = RECORD
linkpos: INTEGER (* address of threading link *)
END;
TypeDict = POINTER TO RECORD
next: TypeDict;
org: INTEGER; (* origin id of this dict line *)
type: ARRAY dictLineLen OF TypeName; (* type[org] .. type[org + dictLineLen - 1] *)
baseId: ARRAY dictLineLen OF INTEGER
END;
StoreDict = POINTER TO RECORD
next: StoreDict;
org: INTEGER; (* origin id of this dict line *)
elem: ARRAY dictLineLen OF Store (* elem[org] .. elem[org + dictLineLen - 1] *)
END;
Reader* = RECORD
rider-: Files.Reader;
cancelled-: BOOLEAN; (** current Internalize has been cancelled **)
readAlien-: BOOLEAN; (** at least one alien read since ConnectTo **)
cause: INTEGER;
nextTypeId, nextElemId, nextStoreId: INTEGER; (* next id of non-dict type, "elem", store *)
tDict, tHead: TypeDict; (* mapping (id <-> type) - self-organizing list *)
eDict, eHead: StoreDict; (* mapping (id -> elem) - self-organizing list *)
sDict, sHead: StoreDict; (* mapping (id -> store) - self-organizing list *)
st: ReaderState;
noDomain: BOOLEAN;
store: Store
END;
Writer* = RECORD
rider-: Files.Writer;
writtenStore-: Store;
era: INTEGER; (* current externalization era *)
noDomain: BOOLEAN; (* no domain encountered yet *)
modelType: Kernel.Type;
domain: Domain; (* domain of current era *)
nextTypeId, nextElemId, nextStoreId: INTEGER; (* next id of non-dict type or elem *)
tDict, tHead: TypeDict; (* mapping (id -> type) - self-organizing list *)
st: WriterState
END;
TrapCleaner = POINTER TO RECORD (Kernel.TrapCleaner)
d: Domain
END;
VAR
nextEra: INTEGER; (* next externalization era *)
thisTypeRes: INTEGER; (* side-effect res code of ThisType *)
logReports: BOOLEAN;
(** Cleaner **)
PROCEDURE (c: TrapCleaner) Cleanup;
BEGIN
c.d.level := 0;
c.d.sDict := NIL;
c.d.s := NIL
END Cleanup;
PROCEDURE (d: Domain) SetSequencer* (sequencer: ANYPTR), NEW;
BEGIN
ASSERT(d.sequencer = NIL);
d.sequencer := sequencer
END SetSequencer;
PROCEDURE (d: Domain) GetSequencer*(): ANYPTR, NEW;
BEGIN
RETURN d.sequencer
END GetSequencer;
PROCEDURE^ Report* (IN msg, p0, p1, p2: ARRAY OF CHAR);
PROCEDURE^ (VAR rd: Reader) SetPos* (pos: INTEGER), NEW;
PROCEDURE^ (VAR rd: Reader) ReadVersion* (min, max: INTEGER; OUT version: INTEGER), NEW;
PROCEDURE^ (VAR rd: Reader) ReadSChar* (OUT x: SHORTCHAR), NEW;
PROCEDURE^ (VAR rd: Reader) ReadInt* (OUT x: INTEGER), NEW;
PROCEDURE^ (VAR rd: Reader) ReadSString* (OUT x: ARRAY OF SHORTCHAR), NEW;
PROCEDURE^ (VAR rd: Reader) ReadStore* (OUT x: Store), NEW;
PROCEDURE^ (VAR wr: Writer) SetPos* (pos: INTEGER), NEW;
PROCEDURE^ (VAR wr: Writer) WriteVersion* (version: INTEGER), NEW;
PROCEDURE^ (VAR wr: Writer) WriteSChar* (x: SHORTCHAR), NEW;
PROCEDURE^ (VAR wr: Writer) WriteInt* (x: INTEGER), NEW;
PROCEDURE^ (VAR wr: Writer) WriteSString* (IN x: ARRAY OF SHORTCHAR), NEW;
PROCEDURE^ (VAR wr: Writer) WriteStore* (x: Store), NEW;
PROCEDURE^ Join* (s0, s1: Store);
(** Operation **)
PROCEDURE (op: Operation) Do* (), NEW, ABSTRACT;
(** Store **)
PROCEDURE NewDomain (initialized: BOOLEAN): Domain;
VAR d: Domain;
BEGIN
NEW(d); d.level := 0; d.sDict := NIL; d.cleaner := NIL;
d.initialized := initialized; d.copyDomain := FALSE;
RETURN d
END NewDomain;
PROCEDURE DomainOf (s: Store): Domain;
VAR d, p, q, r: Domain;
BEGIN
d := s.dlink;
IF (d # NIL) & (d.dlink # NIL) THEN
p := NIL; q := d; r := q.dlink;
WHILE r # NIL DO q.dlink := p; p := q; q := r; r := q.dlink END;
d := q;
WHILE p # NIL DO q := p; p := q.dlink; q.dlink := d END;
s.dlink := d
END;
RETURN d
END DomainOf;
PROCEDURE (s: Store) Domain*(): Domain, NEW;
VAR d: Domain;
BEGIN
d := DomainOf(s);
IF (d # NIL) & ~d.initialized THEN d := NIL END;
RETURN d
END Domain;
PROCEDURE (s: Store) CopyFrom- (source: Store), NEW, EMPTY;
PROCEDURE (s: Store) Internalize- (VAR rd: Reader), NEW, EXTENSIBLE;
VAR thisVersion: INTEGER;
BEGIN
rd.ReadVersion(minVersion, maxStoreVersion, thisVersion);
IF ~rd.cancelled & s.isElem THEN
rd.ReadVersion(minVersion, maxStoreVersion, thisVersion)
(* works since maxStoreVersion = maxElemVersion = 0 in pre-1.3 *)
END
END Internalize;
PROCEDURE (s: Store) ExternalizeAs- (VAR s1: Store), NEW, EMPTY;
PROCEDURE (s: Store) Externalize- (VAR wr: Writer), NEW, EXTENSIBLE;
BEGIN
wr.WriteVersion(maxStoreVersion);
IF s.isElem THEN wr.WriteVersion(maxStoreVersion) END
END Externalize;
(** Alien **)
PROCEDURE^ CopyOf* (s: Store): Store;
PROCEDURE (a: Alien) CopyFrom- (source: Store);
VAR s, c, cp: AlienComp; piece: AlienPiece; part: AlienPart;
BEGIN
WITH source: Alien DO
a.path := source.path;
a.cause := source.cause;
a.file := source.file;
a.comps := NIL;
s := source.comps; cp := NIL;
WHILE s # NIL DO
WITH s: AlienPiece DO
NEW(piece); c := piece;
piece.pos := s.pos; piece.len := s.len
| s: AlienPart DO
NEW(part); c := part;
IF s.store # NIL THEN part.store := CopyOf(s.store); Join(part.store, a) END
END;
IF cp # NIL THEN cp.next := c ELSE a.comps := c END;
cp := c;
s := s.next
END
END
END CopyFrom;
PROCEDURE (a: Alien) Internalize- (VAR rd: Reader);
BEGIN
HALT(100)
END Internalize;
PROCEDURE (a: Alien) Externalize- (VAR w: Writer);
BEGIN
HALT(100)
END Externalize;
(* types *)
PROCEDURE GetThisTypeName (t: Kernel.Type; VAR type: TypeName);
VAR i, j: INTEGER; ch: CHAR; modName, name: Kernel.Name;
BEGIN
Kernel.GetModName(t.mod, modName);
Kernel.GetTypeName(t, name);
type := modName$;
i := 0; ch := type[0]; WHILE ch # 0X DO INC(i); ch := type[i] END;
type[i] := "."; INC(i);
j := 0; REPEAT ch := name[j]; type[i] := ch; INC(i); INC(j) UNTIL ch = 0X;
(*
type := modName + "." + name;
*)
IF compatible THEN
IF type[i-2] = "^" THEN (* for backward compatibility *)
type[i-2] := "D"; type[i-1] := "e"; type[i] := "s"; type[i+1] := "c"; type[i+2] := 0X
END
END
END GetThisTypeName;
PROCEDURE ThisType (type: TypeName): Kernel.Type;
VAR m: Kernel.Module; t: Kernel.Type; i, j: INTEGER; ch: CHAR;
typ, mod: Kernel.Name; res: INTEGER; str: ARRAY 256 OF CHAR;
BEGIN
ASSERT(type # "", 20);
i := 0; ch := type[0];
WHILE (ch # ".") & (ch # 0X) DO mod[i] := ch; INC(i); ch := type[i] END;
ASSERT(ch = ".", 21);
mod[i] := 0X; INC(i);
m := Kernel.ThisMod(mod);
IF m # NIL THEN
j := 0; REPEAT ch := type[i]; typ[j] := ch; INC(i); INC(j) UNTIL ch = 0X;
t := Kernel.ThisType(m, typ);
IF (t = NIL) & (j >= 5) THEN (* try pointer type *)
IF (typ[j-5] = "D") & (typ[j-4] = "e") & (typ[j-3] = "s") & (typ[j-2] = "c") THEN
typ[j-5] := "^"; typ[j-4] := 0X;
t := Kernel.ThisType(m, typ)
END
END;
IF t = NIL THEN thisTypeRes := typeNotFound END
ELSE
t := NIL;
Kernel.GetLoaderResult(res, str, str, str);
CASE res OF
| Kernel.fileNotFound: thisTypeRes := moduleFileNotFound
| Kernel.syntaxError: thisTypeRes := invalidModuleFile
| Kernel.objNotFound: thisTypeRes := inconsModuleVersion
| Kernel.illegalFPrint: thisTypeRes := inconsModuleVersion
| Kernel.cyclicImport: thisTypeRes := invalidModuleFile (* cyclic import ... *)
ELSE thisTypeRes := invalidModuleFile
END
END;
RETURN t
END ThisType;
PROCEDURE SameType (IN x, y: TypeName): BOOLEAN;
VAR i: INTEGER;
BEGIN
IF x = y THEN RETURN TRUE
ELSE
i := 0; WHILE x[i] = y[i] DO INC(i) END;
RETURN
(x[i] = "^") & (x[i+1] = 0X) & (y[i] = "D") & (y[i+1] = "e") & (y[i+2] = "s") & (y[i+3] = "c") & (y[i+4] = 0X)
OR (y[i] = "^") & (y[i+1] = 0X) & (x[i] = "D") & (x[i+1] = "e") & (x[i+2] = "s") & (x[i+3] = "c") & (x[i+4] = 0X)
END
END SameType;
PROCEDURE SamePath (t: Kernel.Type; VAR path: TypePath): BOOLEAN;
(* check whether t coincides with path *)
VAR tn: TypeName; i, n: INTEGER;
BEGIN
i := -1; n := Kernel.LevelOf(t);
REPEAT
GetThisTypeName(t.base[n], tn);
DEC(n); INC(i)
UNTIL (n < 0) OR ~SameType(tn, path[i]);
RETURN SameType(tn, path[i])
END SamePath;
PROCEDURE NewStore (t: Kernel.Type): Store;
VAR p: ANYPTR;
BEGIN
ASSERT(t # NIL, 20);
Kernel.NewObj(p, t); ASSERT(p # NIL, 100);
ASSERT(p IS Store, 21);
RETURN p(Store)
END NewStore;
(* type dictionary *)
PROCEDURE GetThisType (VAR d: TypeDict; id: INTEGER; VAR type: TypeName);
(* pre: (id, t) IN dict *)
VAR h, p: TypeDict; org, k: INTEGER;
BEGIN
k := id MOD dictLineLen; org := id - k;
h := NIL; p := d; WHILE p.org # org DO h := p; p := p.next END;
IF h # NIL THEN h.next := p.next; p.next := d; d := p END;
type := p.type[k];
ASSERT(type # "", 100)
END GetThisType;
PROCEDURE ThisId (VAR d: TypeDict; t: TypeName): INTEGER;
(* pre: t # "" *)
(* post: res = id if (t, id) in dict, res = -1 else *)
VAR h, p: TypeDict; k, id: INTEGER;
BEGIN
h := NIL; p := d; id := -1;
WHILE (p # NIL) & (id < 0) DO
k := 0; WHILE (k < dictLineLen) & (p.type[k, 0] # 0X) & (p.type[k] # t) DO INC(k) END;
IF (k < dictLineLen) & (p.type[k, 0] # 0X) THEN id := p.org + k
ELSE h := p; p := p.next
END
END;
IF (id >= 0) & (h # NIL) THEN h.next := p.next; p.next := d; d := p END;
RETURN id
END ThisId;
PROCEDURE ThisBaseId (VAR d: TypeDict; id: INTEGER): INTEGER;
(* post: res = id if base(t) # NIL, res = -1 if base(t) = NIL; res >= 0 => T(res) = base(t) *)
VAR h, p: TypeDict; k, org, baseId: INTEGER;
BEGIN
k := id MOD dictLineLen; org := id - k;
h := NIL; p := d; WHILE p.org # org DO h := p; p := p.next END;
IF h # NIL THEN h.next := p.next; p.next := d; d := p END;
baseId := p.baseId[k];
RETURN baseId
END ThisBaseId;
PROCEDURE AddType (VAR d, h: TypeDict; id: INTEGER; type: TypeName);
VAR k: INTEGER;
BEGIN
k := id MOD dictLineLen;
IF (h = NIL) OR ((k = 0) & (h.org # id)) THEN
NEW(h); h.org := id - k; h.next := d; d := h
END;
h.type[k] := type; h.baseId[k] := -1
END AddType;
PROCEDURE AddBaseId (h: TypeDict; id, baseId: INTEGER);
VAR k: INTEGER;
BEGIN
k := id MOD dictLineLen;
h.baseId[k] := baseId
END AddBaseId;
PROCEDURE InitTypeDict (VAR d, h: TypeDict; VAR nextID: INTEGER);
BEGIN
d := NIL; h := NIL; nextID := 0
END InitTypeDict;
(* store dictionary - used to maintain referential sharing *)
PROCEDURE ThisStore (VAR d: StoreDict; id: INTEGER): Store;
(* pre: (id, s) IN dict *)
VAR h, p: StoreDict; s: Store; k, org: INTEGER;
BEGIN
k := id MOD dictLineLen; org := id - k;
h := NIL; p := d; WHILE p.org # org DO h := p; p := p.next END;
IF h # NIL THEN h.next := p.next; p.next := d; d := p END;
s := p.elem[k];
ASSERT(s # NIL, 100);
RETURN s
END ThisStore;
PROCEDURE AddStore (VAR d, h: StoreDict; s: Store);
VAR k: INTEGER;
BEGIN
k := s.id MOD dictLineLen;
IF (h = NIL) OR ((k = 0) & (h.org # s.id)) THEN
NEW(h); h.org := s.id - k; h.next := d; d := h
END;
h.elem[k] := s
END AddStore;
PROCEDURE InitStoreDict (VAR d, h: StoreDict; VAR nextID: INTEGER);
BEGIN
d := NIL; h := NIL; nextID := 0
END InitStoreDict;
(* support for type mapping *)
PROCEDURE ReadPath (VAR rd: Reader; VAR path: TypePath);
VAR h: TypeDict; id, extId: INTEGER; i: INTEGER; kind: SHORTCHAR;
PROCEDURE ReadUtf8(OUT x: ARRAY OF CHAR);
VAR utf8: Kernel.Utf8Name; res: INTEGER;
BEGIN
rd.ReadSString(utf8); Utf.Utf8ToString(utf8, x, res); ASSERT(res = 0);
IF mapTypes THEN
Dialog.MapString("#System:"+x, x)
END
END ReadUtf8;
PROCEDURE AddPathComp (VAR rd: Reader);
BEGIN
IF h # NIL THEN AddBaseId(h, extId, rd.nextTypeId) END;
AddType(rd.tDict, rd.tHead, rd.nextTypeId, path[i]);
h := rd.tHead; extId := rd.nextTypeId
END AddPathComp;
BEGIN
h := NIL; i := 0; rd.ReadSChar(kind);
WHILE kind = newExt DO
ReadUtf8(path[i]);
AddPathComp(rd); INC(rd.nextTypeId);
IF path[i] # elemTName THEN INC(i) END;
rd.ReadSChar(kind)
END;
IF kind = newBase THEN
ReadUtf8(path[i]);
AddPathComp(rd); INC(rd.nextTypeId); INC(i)
ELSE
ASSERT(kind = oldType, 100);
rd.ReadInt(id);
IF h # NIL THEN AddBaseId(h, extId, id) END;
REPEAT
GetThisType(rd.tDict, id, path[i]); id := ThisBaseId(rd.tDict, id);
IF path[i] # elemTName THEN INC(i) END
UNTIL id = -1
END;
path[i] := ""
END ReadPath;
PROCEDURE WritePath (VAR wr: Writer; VAR path: TypePath);
VAR h: TypeDict; id, extId: INTEGER; i, n: INTEGER;
PROCEDURE WriteUtf8(IN x: ARRAY OF CHAR);
VAR utf8: Kernel.Utf8Name; res: INTEGER;
BEGIN
Utf.StringToUtf8(x, utf8, res); ASSERT(res = 0); wr.WriteSString(utf8)
END WriteUtf8;
BEGIN
h := NIL;
n := 0; WHILE path[n] # "" DO INC(n) END;
i := 0;
WHILE i < n DO
id := ThisId(wr.tDict, path[i]);
IF id >= 0 THEN
IF h # NIL THEN AddBaseId(h, extId, id) END;
wr.WriteSChar(oldType); wr.WriteInt(id); n := i
ELSE
IF i + 1 < n THEN wr.WriteSChar(newExt) ELSE wr.WriteSChar(newBase) END;
WriteUtf8(path[i]);
IF h # NIL THEN AddBaseId(h, extId, wr.nextTypeId) END;
AddType(wr.tDict, wr.tHead, wr.nextTypeId, path[i]);
h := wr.tHead; extId := wr.nextTypeId;
INC(wr.nextTypeId);
IF path[i] = modelTName THEN
id := ThisId(wr.tDict, elemTName); ASSERT(id < 0, 100); ASSERT(i + 2 = n, 101);
wr.WriteSChar(newExt); WriteUtf8(elemTName);
IF h # NIL THEN AddBaseId(h, extId, wr.nextTypeId) END;
AddType(wr.tDict, wr.tHead, wr.nextTypeId, elemTName);
h := wr.tHead; extId := wr.nextTypeId;
INC(wr.nextTypeId)
END
END;
INC(i)
END
END WritePath;
PROCEDURE WriteType (VAR wr: Writer; t: Kernel.Type);
VAR path: TypePath; n, i: INTEGER;
BEGIN
i := 0; n := Kernel.LevelOf(t);
WHILE n >= 0 DO
GetThisTypeName(t.base[n], path[i]);
DEC(n); INC(i)
END;
path[i] := "";
WritePath(wr, path)
END WriteType;
(* support for alien mapping *)
PROCEDURE InternalizeAlien (VAR rd: Reader; VAR comps: AlienComp; down, pos, len: INTEGER);
VAR h, p: AlienComp; piece: AlienPiece; part: AlienPart; file: Files.File;
next, end, max: INTEGER;
BEGIN
file := rd.rider.Base(); max := file.Length();
end := pos + len; h := NIL;
IF down # 0 THEN next := down ELSE next := end END;
WHILE pos < end DO
ASSERT(end <= max, 100);
IF pos < next THEN
NEW(piece); piece.pos := pos; piece.len := next - pos;
p := piece; pos := next
ELSE
ASSERT(pos = next, 101);
rd.SetPos(next);
NEW(part); rd.ReadStore(part.store);
ASSERT(rd.st.end > next, 102);
p := part; pos := rd.st.end;
IF rd.st.next > 0 THEN
ASSERT(rd.st.next > next, 103); next := rd.st.next
ELSE next := end
END
END;
IF h = NIL THEN comps := p ELSE h.next := p END;
h := p
END;
ASSERT(pos = end, 104);
rd.SetPos(end)
END InternalizeAlien;
PROCEDURE ExternalizePiece (VAR wr: Writer; file: Files.File; p: AlienPiece);
VAR r: Files.Reader; w: Files.Writer; b: BYTE; l, len: INTEGER;
BEGIN
l := file.Length(); len := p.len;
ASSERT(0 <= p.pos, 100); ASSERT(p.pos <= l, 101);
ASSERT(0 <= len, 102); ASSERT(len <= l - p.pos, 103);
r := file.NewReader(NIL); r.SetPos(p.pos);
w := wr.rider;
WHILE len # 0 DO r.ReadByte(b); w.WriteByte(b); DEC(len) END
END ExternalizePiece;
PROCEDURE ExternalizeAlien (VAR wr: Writer; file: Files.File; comps: AlienComp);
VAR p: AlienComp;
BEGIN
p := comps;
WHILE p # NIL DO
WITH p: AlienPiece DO
ExternalizePiece(wr, file, p)
| p: AlienPart DO
wr.WriteStore(p.store)
END;
p := p.next
END
END ExternalizeAlien;
(** Reader **)
PROCEDURE (VAR rd: Reader) ConnectTo* (f: Files.File), NEW;
(** pre: rd.rider = NIL OR f = NIL **)
BEGIN
IF f = NIL THEN
rd.rider := NIL
ELSE
ASSERT(rd.rider = NIL, 20);
rd.rider := f.NewReader(rd.rider); rd.SetPos(0);
InitTypeDict(rd.tDict, rd.tHead, rd.nextTypeId);
InitStoreDict(rd.eDict, rd.eHead, rd.nextElemId);
InitStoreDict(rd.sDict, rd.sHead, rd.nextStoreId);
rd.noDomain := TRUE
END;
rd.readAlien := FALSE;
rd.cancelled := FALSE;
END ConnectTo;
PROCEDURE (VAR rd: Reader) SetPos* (pos: INTEGER), NEW;
BEGIN
rd.rider.SetPos(pos)
END SetPos;
PROCEDURE (VAR rd: Reader) Pos* (): INTEGER, NEW;
BEGIN
RETURN rd.rider.Pos()
END Pos;
PROCEDURE (VAR rd: Reader) ReadBool* (OUT x: BOOLEAN), NEW;
VAR b: BYTE;
BEGIN
rd.rider.ReadByte(b); x := b # 0
END ReadBool;
PROCEDURE (VAR rd: Reader) ReadSChar* (OUT x: SHORTCHAR), NEW;
BEGIN
rd.rider.ReadByte(SYSTEM.VAL(BYTE, x))
END ReadSChar;
PROCEDURE (VAR rd: Reader) ReadXChar* (OUT x: CHAR), NEW;
VAR c: SHORTCHAR;
BEGIN
rd.rider.ReadByte(SYSTEM.VAL(BYTE,c)); x := c
END ReadXChar;
PROCEDURE (VAR rd: Reader) ReadChar* (OUT x: CHAR), NEW;
VAR le: ARRAY 2 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 2);
x := CHR(le[0] MOD 256 + (le[1] MOD 256) * 256)
END ReadChar;
PROCEDURE (VAR rd: Reader) ReadByte* (OUT x: BYTE), NEW;
BEGIN
rd.rider.ReadByte(x)
END ReadByte;
PROCEDURE (VAR rd: Reader) ReadSInt* (OUT x: SHORTINT), NEW;
VAR le, be: ARRAY 2 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 2);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SHORTINT, le)
ELSE
be[0] := le[1]; be[1] := le[0];
x := SYSTEM.VAL(SHORTINT, be)
END
END ReadSInt;
PROCEDURE (VAR rd: Reader) ReadXInt* (OUT x: INTEGER), NEW;
VAR le, be: ARRAY 2 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 2);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SHORTINT, le)
ELSE
be[0] := le[1]; be[1] := le[0];
x := SYSTEM.VAL(SHORTINT, be)
END
END ReadXInt;
PROCEDURE (VAR rd: Reader) ReadInt* (OUT x: INTEGER), NEW;
VAR le, be: ARRAY 4 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 4);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(INTEGER, le)
ELSE
be[0] := le[3]; be[1] := le[2]; be[2] := le[1]; be[3] := le[0];
x := SYSTEM.VAL(INTEGER, be)
END
END ReadInt;
PROCEDURE (VAR rd: Reader) ReadLong* (OUT x: LONGINT), NEW;
VAR le, be: ARRAY 8 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 8);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(LONGINT, le)
ELSE
be[0] := le[7]; be[1] := le[6]; be[2] := le[5]; be[3] := le[4];
be[4] := le[3]; be[5] := le[2]; be[6] := le[1]; be[7] := le[0];
x := SYSTEM.VAL(LONGINT, be)
END
END ReadLong;
PROCEDURE (VAR rd: Reader) ReadSReal* (OUT x: SHORTREAL), NEW;
VAR le, be: ARRAY 4 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 4);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SHORTREAL, le)
ELSE
be[0] := le[3]; be[1] := le[2]; be[2] := le[1]; be[3] := le[0];
x := SYSTEM.VAL(SHORTREAL, be)
END
END ReadSReal;
PROCEDURE (VAR rd: Reader) ReadXReal* (OUT x: REAL), NEW;
VAR le, be: ARRAY 4 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 4);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SHORTREAL, le)
ELSE
be[0] := le[3]; be[1] := le[2]; be[2] := le[1]; be[3] := le[0];
x := SYSTEM.VAL(SHORTREAL, be)
END
END ReadXReal;
PROCEDURE (VAR rd: Reader) ReadReal* (OUT x: REAL), NEW;
VAR le, be: ARRAY 8 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 8);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(REAL, le)
ELSE
be[0] := le[7]; be[1] := le[6]; be[2] := le[5]; be[3] := le[4];
be[4] := le[3]; be[5] := le[2]; be[6] := le[1]; be[7] := le[0];
x := SYSTEM.VAL(REAL, be)
END
END ReadReal;
PROCEDURE (VAR rd: Reader) ReadSet* (OUT x: SET), NEW;
VAR le, be: ARRAY 4 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 4);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SET, le)
ELSE
be[0] := le[3]; be[1] := le[2]; be[2] := le[1]; be[3] := le[0];
x := SYSTEM.VAL(SET, be)
END
END ReadSet;
PROCEDURE (VAR rd: Reader) ReadSString* (OUT x: ARRAY OF SHORTCHAR), NEW;
VAR i: INTEGER; ch: SHORTCHAR;
BEGIN
i := 0; REPEAT rd.ReadSChar(ch); x[i] := ch; INC(i) UNTIL ch = 0X
END ReadSString;
PROCEDURE (VAR rd: Reader) ReadXString* (OUT x: ARRAY OF CHAR), NEW;
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; REPEAT rd.ReadXChar(ch); x[i] := ch; INC(i) UNTIL ch = 0X
END ReadXString;
PROCEDURE (VAR rd: Reader) ReadString* (OUT x: ARRAY OF CHAR), NEW;
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; REPEAT rd.ReadChar(ch); x[i] := ch; INC(i) UNTIL ch = 0X
END ReadString;
PROCEDURE AlienReport (cause: INTEGER);
VAR s, e: ARRAY 32 OF CHAR;
BEGIN
CASE cause OF
| alienVersion: s := "#System:AlienVersion"
| alienComponent: s := "#System:AlienComponent"
| inconsistentVersion: s := "#System:InconsistentVersion"
ELSE s := "#System:UnknownCause"
END;
Strings.IntToString(cause, e);
Report("#System:AlienCause ^0 ^1 ^2", s, e, "")
END AlienReport;
PROCEDURE AlienTypeReport (cause: INTEGER; t: ARRAY OF CHAR);
VAR s: ARRAY 64 OF CHAR;
BEGIN
CASE cause OF
| inconsistentType: s := "#System:InconsistentType ^0"
| moduleFileNotFound: s := "#System:CodeFileNotFound ^0"
| invalidModuleFile: s := "#System:InvalidCodeFile ^0"
| inconsModuleVersion: s := "#System:InconsistentModuleVersion ^0"
| typeNotFound: s := "#System:TypeNotFound ^0"
END;
Report(s, t, "", "")
END AlienTypeReport;
PROCEDURE (VAR rd: Reader) TurnIntoAlien* (cause: INTEGER), NEW;
BEGIN
ASSERT(cause > 0, 20);
rd.cancelled := TRUE; rd.readAlien := TRUE; rd.cause := cause;
AlienReport(cause)
END TurnIntoAlien;
PROCEDURE (VAR rd: Reader) ReadVersion* (min, max: INTEGER; OUT version: INTEGER), NEW;
VAR v: BYTE;
BEGIN
rd.ReadByte(v); version := v;
IF (version < min) OR (version > max) THEN
rd.TurnIntoAlien(alienVersion)
END
END ReadVersion;
PROCEDURE (VAR rd: Reader) ReadStore* (OUT x: Store), NEW;
VAR a: Alien; t: Kernel.Type;
len, pos, pos1, id, comment, next, down, downPos, nextTypeId, nextElemId, nextStoreId: INTEGER;
kind: SHORTCHAR; path: TypePath; type: TypeName;
save: ReaderState;
BEGIN
rd.ReadSChar(kind);
IF kind = nil THEN
rd.ReadInt(comment); rd.ReadInt(next);
rd.st.end := rd.Pos();
IF (next > 0) OR ((next = 0) & ODD(comment)) THEN rd.st.next := rd.st.end + next ELSE rd.st.next := 0 END;
x := NIL
ELSIF kind = link THEN
rd.ReadInt(id); rd.ReadInt(comment); rd.ReadInt(next);
rd.st.end := rd.Pos();
IF (next > 0) OR ((next = 0) & ODD(comment)) THEN rd.st.next := rd.st.end + next ELSE rd.st.next := 0 END;
x := ThisStore(rd.eDict, id)
ELSIF kind = newlink THEN
rd.ReadInt(id); rd.ReadInt(comment); rd.ReadInt(next);
rd.st.end := rd.Pos();
IF (next > 0) OR ((next = 0) & ODD(comment)) THEN rd.st.next := rd.st.end + next ELSE rd.st.next := 0 END;
x := ThisStore(rd.sDict, id)
ELSIF (kind = store) OR (kind = elem) THEN
IF kind = elem THEN
id := rd.nextElemId; INC(rd.nextElemId)
ELSE
id := rd.nextStoreId; INC(rd.nextStoreId)
END;
ReadPath(rd, path); type := path[0];
nextTypeId := rd.nextTypeId; nextElemId := rd.nextElemId; nextStoreId := rd.nextStoreId;
rd.ReadInt(comment);
pos1 := rd.Pos();
rd.ReadInt(next); rd.ReadInt(down); rd.ReadInt(len);
pos := rd.Pos();
IF next > 0 THEN rd.st.next := pos1 + next + 4 ELSE rd.st.next := 0 END;
IF down > 0 THEN downPos := pos1 + down + 8 ELSE downPos := 0 END;
rd.st.end := pos + len;
rd.cause := 0;
ASSERT(len >= 0, 101);
IF next # 0 THEN
ASSERT(rd.st.next > pos1, 102);
IF down # 0 THEN
ASSERT(downPos < rd.st.next, 103)
END
END;
IF down # 0 THEN
ASSERT(downPos > pos1, 104);
ASSERT(downPos < rd.st.end, 105)
END;
t := ThisType(type);
IF t # NIL THEN
x := NewStore(t); x.isElem := kind = elem
ELSE
rd.cause := thisTypeRes; AlienTypeReport(rd.cause, type);
x := NIL
END;
IF x # NIL THEN
IF SamePath(t, path) THEN
IF kind = elem THEN
x.id := id; AddStore(rd.eDict, rd.eHead, x)
ELSE
x.id := id; AddStore(rd.sDict, rd.sHead, x)
END;
save := rd.st; rd.cause := 0; rd.cancelled := FALSE;
x.Internalize(rd);
rd.st := save;
IF rd.cause # 0 THEN x := NIL
ELSIF (rd.Pos() # rd.st.end) OR rd.rider.eof THEN
rd.cause := inconsistentVersion; AlienReport(rd.cause);
x := NIL
END
ELSE
rd.cause := inconsistentType; AlienTypeReport(rd.cause, type);
x := NIL
END
END;
IF x # NIL THEN
IF rd.noDomain THEN
rd.store := x;
rd.noDomain := FALSE
ELSE
Join(rd.store, x)
END
ELSE (* x is an alien *)
rd.SetPos(pos);
ASSERT(rd.cause # 0, 107);
NEW(a); a.path := path; a.cause := rd.cause; a.file := rd.rider.Base();
IF rd.noDomain THEN
rd.store := a;
rd.noDomain := FALSE
ELSE
Join(rd.store, a)
END;
IF kind = elem THEN
a.id := id; AddStore(rd.eDict, rd.eHead, a)
ELSE
a.id := id; AddStore(rd.sDict, rd.sHead, a)
END;
save := rd.st;
rd.nextTypeId := nextTypeId; rd.nextElemId := nextElemId; rd.nextStoreId := nextStoreId;
InternalizeAlien(rd, a.comps, downPos, pos, len);
rd.st := save;
x := a;
ASSERT(rd.Pos() = rd.st.end, 108);
rd.cause := 0; rd.cancelled := FALSE; rd.readAlien := TRUE
END
ELSE
pos := rd.Pos();
HALT(20)
END
END ReadStore;
(** Writer **)
PROCEDURE (VAR wr: Writer) ConnectTo* (f: Files.File), NEW;
(** pre: wr.rider = NIL OR f = NIL **)
BEGIN
IF f = NIL THEN
wr.rider := NIL
ELSE
ASSERT(wr.rider = NIL, 20);
wr.rider := f.NewWriter(wr.rider); wr.SetPos(f.Length());
wr.era := nextEra; INC(nextEra);
wr.noDomain := TRUE;
wr.modelType := ThisType(modelTName);
InitTypeDict(wr.tDict, wr.tHead, wr.nextTypeId);
wr.nextElemId := 0; wr.nextStoreId := 0;
wr.st.linkpos := -1
END;
wr.writtenStore := NIL
END ConnectTo;
PROCEDURE (VAR wr: Writer) SetPos* (pos: INTEGER), NEW;
BEGIN
wr.rider.SetPos(pos)
END SetPos;
PROCEDURE (VAR wr: Writer) Pos* (): INTEGER, NEW;
BEGIN
RETURN wr.rider.Pos()
END Pos;
PROCEDURE (VAR wr: Writer) WriteBool* (x: BOOLEAN), NEW;
BEGIN
IF x THEN wr.rider.WriteByte(1) ELSE wr.rider.WriteByte(0) END
END WriteBool;
PROCEDURE (VAR wr: Writer) WriteSChar* (x: SHORTCHAR), NEW;
BEGIN
wr.rider.WriteByte(SYSTEM.VAL(BYTE, x))
END WriteSChar;
PROCEDURE (VAR wr: Writer) WriteXChar* (x: CHAR), NEW;
VAR c: SHORTCHAR;
BEGIN
c := SHORT(x); wr.rider.WriteByte(SYSTEM.VAL(BYTE, c))
END WriteXChar;
PROCEDURE (VAR wr: Writer) WriteChar* (x: CHAR), NEW;
TYPE a = ARRAY 2 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[1]; le[1] := be[0]
END;
wr.rider.WriteBytes(le, 0, 2)
END WriteChar;
PROCEDURE (VAR wr: Writer) WriteByte* (x: BYTE), NEW;
BEGIN
wr.rider.WriteByte(x)
END WriteByte;
PROCEDURE (VAR wr: Writer) WriteSInt* (x: SHORTINT), NEW;
TYPE a = ARRAY 2 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[1]; le[1] := be[0]
END;
wr.rider.WriteBytes(le, 0, 2)
END WriteSInt;
PROCEDURE (VAR wr: Writer) WriteXInt* (x: INTEGER), NEW;
TYPE a = ARRAY 2 OF BYTE;
VAR y: SHORTINT; le, be: a; (* little endian, big endian *)
BEGIN
y := SHORT(x);
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, y)
ELSE
be := SYSTEM.VAL(a, y);
le[0] := be[1]; le[1] := be[0]
END;
wr.rider.WriteBytes(le, 0, 2)
END WriteXInt;
PROCEDURE (VAR wr: Writer) WriteInt* (x: INTEGER), NEW;
TYPE a = ARRAY 4 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[3]; le[1] := be[2]; le[2] := be[1]; le[3] := be[0]
END;
wr.rider.WriteBytes(le, 0, 4)
END WriteInt;
PROCEDURE (VAR wr: Writer) WriteLong* (x: LONGINT), NEW;
TYPE a = ARRAY 8 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[7]; le[1] := be[6]; le[2] := be[5]; le[3] := be[4];
le[4] := be[3]; le[5] := be[2]; le[6] := be[1]; le[7] := be[0]
END;
wr.rider.WriteBytes(le, 0, 8)
END WriteLong;
PROCEDURE (VAR wr: Writer) WriteSReal* (x: SHORTREAL), NEW;
TYPE a = ARRAY 4 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[3]; le[1] := be[2]; le[2] := be[1]; le[3] := be[0]
END;
wr.rider.WriteBytes(le, 0, 4)
END WriteSReal;
PROCEDURE (VAR wr: Writer) WriteXReal* (x: REAL), NEW;
TYPE a = ARRAY 4 OF BYTE;
VAR y: SHORTREAL; le, be: a; (* little endian, big endian *)
BEGIN
y := SHORT(x);
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, y)
ELSE
be := SYSTEM.VAL(a, y);
le[0] := be[3]; le[1] := be[2]; le[2] := be[1]; le[3] := be[0]
END;
wr.rider.WriteBytes(le, 0, 4)
END WriteXReal;
PROCEDURE (VAR wr: Writer) WriteReal* (x: REAL), NEW;
TYPE a = ARRAY 8 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[7]; le[1] := be[6]; le[2] := be[5]; le[3] := be[4];
le[4] := be[3]; le[5] := be[2]; le[6] := be[1]; le[7] := be[0]
END;
wr.rider.WriteBytes(le, 0, 8)
END WriteReal;
PROCEDURE (VAR wr: Writer) WriteSet* (x: SET), NEW;
(* SIZE(SET) = 4 *)
TYPE a = ARRAY 4 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[3]; le[1] := be[2]; le[2] := be[1]; le[3] := be[0]
END;
wr.rider.WriteBytes(le, 0, 4)
END WriteSet;
PROCEDURE (VAR wr: Writer) WriteSString* (IN x: ARRAY OF SHORTCHAR), NEW;
VAR i: INTEGER; ch: SHORTCHAR;
BEGIN
i := 0; ch := x[0]; WHILE ch # 0X DO wr.WriteSChar(ch); INC(i); ch := x[i] END;
wr.WriteSChar(0X)
END WriteSString;
PROCEDURE (VAR wr: Writer) WriteXString* (IN x: ARRAY OF CHAR), NEW;
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; ch := x[0]; WHILE ch # 0X DO wr.WriteXChar(ch); INC(i); ch := x[i] END;
wr.WriteSChar(0X)
END WriteXString;
PROCEDURE (VAR wr: Writer) WriteString* (IN x: ARRAY OF CHAR), NEW;
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; ch := x[0]; WHILE ch # 0X DO wr.WriteChar(ch); INC(i); ch := x[i] END;
wr.WriteChar(0X)
END WriteString;
PROCEDURE (VAR wr: Writer) WriteVersion* (version: INTEGER), NEW;
BEGIN
wr.WriteByte(SHORT(SHORT(version)))
END WriteVersion;
PROCEDURE (VAR wr: Writer) WriteStore* (x: Store), NEW;
VAR t: Kernel.Type; pos1, pos2, pos: INTEGER;
save: WriterState;
BEGIN
ASSERT(wr.rider # NIL, 20);
IF x # NIL THEN
IF wr.noDomain THEN
wr.domain := x.Domain(); wr.noDomain := FALSE
ELSE ASSERT(x.Domain() = wr.domain, 21)
END;
x.ExternalizeAs(x); IF x = NIL THEN wr.writtenStore := NIL; RETURN END
END;
IF wr.st.linkpos > 0 THEN (* link to previous block's <next> or up block's <down> *)
pos := wr.Pos();
IF pos - wr.st.linkpos = 4 THEN
(* hack to resolve ambiguity between next = 0 because of end-of-chain, or because of offset = 0.
above guard holds only if for the latter case.
ASSUMPTION:
this can happen only if linkpos points to a next (not a down)
and there is a comment byte just before
*)
wr.SetPos(wr.st.linkpos - 4); wr.WriteInt(1); wr.WriteInt(pos - wr.st.linkpos - 4)
ELSE
wr.SetPos(wr.st.linkpos); wr.WriteInt(pos - wr.st.linkpos - 4)
END;
wr.SetPos(pos)
END;
IF x = NIL THEN
wr.WriteSChar(nil);
wr.WriteInt(0); (* <comment> *)
wr.st.linkpos := wr.Pos();
wr.WriteInt(0) (* <next> *)
ELSIF x.era >= wr.era THEN
ASSERT(x.era = wr.era, 23);
IF x.isElem THEN wr.WriteSChar(link) ELSE wr.WriteSChar(newlink) END;
wr.WriteInt(x.id);
wr.WriteInt(0); (* <comment> *)
wr.st.linkpos := wr.Pos();
wr.WriteInt(0) (* <next> *)
ELSE
x.era := wr.era;
WITH x: Alien DO
IF x.isElem THEN
wr.WriteSChar(elem); x.id := wr.nextElemId; INC(wr.nextElemId)
ELSE
wr.WriteSChar(store); x.id := wr.nextStoreId; INC(wr.nextStoreId)
END;
WritePath(wr, x.path)
ELSE
t := Kernel.TypeOf(x);
x.isElem := t.base[1] = wr.modelType;
IF x.isElem THEN
wr.WriteSChar(elem); x.id := wr.nextElemId; INC(wr.nextElemId)
ELSE
wr.WriteSChar(store); x.id := wr.nextStoreId; INC(wr.nextStoreId)
END;
WriteType(wr, t)
END;
wr.WriteInt(0); (* <comment> *)
pos1 := wr.Pos(); wr.WriteInt(0); wr.WriteInt(0); (* <next>, <down> *)
pos2 := wr.Pos(); wr.WriteInt(0); (* <len> *)
save := wr.st; (* push current writer state; switch to structured *)
wr.st.linkpos := pos1 + 4;
WITH x: Alien DO ExternalizeAlien(wr, x.file, x.comps)
ELSE
x.Externalize(wr)
END;
wr.st := save; (* pop writer state *)
wr.st.linkpos := pos1;
pos := wr.Pos();
wr.SetPos(pos2); wr.WriteInt(pos - pos2 - 4); (* patch <len> *)
wr.SetPos(pos)
END;
wr.writtenStore := x
END WriteStore;
(** miscellaneous **)
PROCEDURE Report* (IN msg, p0, p1, p2: ARRAY OF CHAR);
BEGIN
IF logReports THEN
Dialog.ShowParamMsg(msg, p0, p1, p2)
END
END Report;
PROCEDURE BeginCloning (d: Domain);
BEGIN
ASSERT(d # NIL, 20);
INC(d.level);
IF d.level = 1 THEN
d.copyera := nextEra; INC(nextEra); d.nextElemId := 0;
IF d.cleaner = NIL THEN NEW(d.cleaner); d.cleaner.d := d END;
Kernel.PushTrapCleaner(d.cleaner)
END
END BeginCloning;
PROCEDURE EndCloning (d: Domain);
BEGIN
ASSERT(d # NIL, 20);
DEC(d.level);
IF d.level = 0 THEN
d.sDict := NIL;
Kernel.PopTrapCleaner(d.cleaner);
d.s := NIL
END
END EndCloning;
PROCEDURE CopyOf* (s: Store): Store;
VAR h: Store; c: StoreDict; d: Domain; k, org: INTEGER;
BEGIN
ASSERT(s # NIL, 20);
d := DomainOf(s);
IF d = NIL THEN d := NewDomain(anonymousDomain); s.dlink := d; d.copyDomain := TRUE END;
BeginCloning(d);
IF s.era >= d.copyera THEN (* s has already been copied *)
ASSERT(s.era = d.copyera, 21);
k := s.id MOD dictLineLen; org := s.id - k;
c := d.sDict;
WHILE (c # NIL) & (c.org # org) DO c := c.next END;
ASSERT((c # NIL) & (c.elem[k] # NIL), 100);
h := c.elem[k]
ELSE
s.era := d.copyera;
s.id := d.nextElemId; INC(d.nextElemId);
Kernel.NewObj(h, Kernel.TypeOf(s));
k := s.id MOD dictLineLen;
IF k = 0 THEN NEW(c); c.org := s.id; c.next := d.sDict; d.sDict := c
ELSE c := d.sDict
END;
ASSERT((c # NIL) & (c.org = s.id - k) & (c.elem[k] = NIL), 101);
c.elem[k] := h;
IF d.s = NIL THEN d.s := h ELSE Join(h, d.s) END;
h.CopyFrom(s)
END;
EndCloning(d);
RETURN h
END CopyOf;
PROCEDURE ExternalizeProxy* (s: Store): Store;
BEGIN
IF s # NIL THEN s.ExternalizeAs(s) END;
RETURN s
END ExternalizeProxy;
PROCEDURE InitDomain* (s: Store);
VAR d: Domain;
BEGIN
ASSERT(s # NIL, 20);
d := DomainOf(s);
IF d = NIL THEN d := NewDomain(inited); s.dlink := d
ELSE d.initialized := TRUE
END
END InitDomain;
PROCEDURE Join* (s0, s1: Store);
VAR d0, d1: Domain;
BEGIN
ASSERT(s0 # NIL, 20); ASSERT(s1 # NIL, 21);
d0 := DomainOf(s0); d1 := DomainOf(s1);
IF (d0 = NIL) & (d1 = NIL) THEN
s0.dlink := NewDomain(anonymousDomain); s1.dlink := s0.dlink
ELSIF d0 = NIL THEN
s0.dlink := d1; d1.copyDomain := FALSE
ELSIF d1 = NIL THEN
s1.dlink := d0; d0.copyDomain := FALSE
ELSIF d0 # d1 THEN
ASSERT(~d0.initialized OR ~d1.initialized, 22);
(* PRE 22 s0.Domain() = NIL OR s1.Domain() = NIL OR s0.Domain() = s1.Domain() *)
IF ~d0.initialized & (d0.level = 0) THEN d0.dlink := d1; d1.copyDomain := FALSE
ELSIF ~d1.initialized & (d1.level = 0) THEN d1.dlink := d0; d0.copyDomain := FALSE
ELSE HALT(100)
END
END
END Join;
PROCEDURE Joined* (s0, s1: Store): BOOLEAN;
VAR d0, d1: Domain;
BEGIN
ASSERT(s0 # NIL, 20); ASSERT(s1 # NIL, 21);
d0 := DomainOf(s0); d1 := DomainOf(s1);
RETURN (s0 = s1) OR ((d0 = d1) & (d0 # NIL))
END Joined;
PROCEDURE Unattached* (s: Store): BOOLEAN;
BEGIN
ASSERT(s # NIL, 20);
RETURN (s.dlink = NIL) OR s.dlink.copyDomain
END Unattached;
BEGIN
nextEra := 1; logReports := FALSE
END Stores.
| System/Mod/Stores.odc |
MODULE Stores64;
(**
project = "BlackBox"
organization = "blackboxframework.org/"
contributors = "BlackBox Framework Center"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20161022, center #138, Support for files larger than 2GB
- 20210116, bbcb, #045, restore Files interface to 1.6
"
issues = "
- ...
"
For interoperability of 32-bit Stores with 64-bit Files.
**)
IMPORT SYSTEM, Files64, Files, Stores, Kernel;
TYPE
Segment = POINTER TO RECORD (Files.File)
container: Files64.File;
org: LONGINT
END;
SegmentReader = POINTER TO RECORD (Files.Reader)
base: Segment;
rd: Files64.Reader
END;
SegmentWriter = POINTER TO RECORD (Files.Writer)
base: Segment;
wr: Files64.Writer
END;
Reader* = RECORD
rider-: Files64.Reader;
cancelled-: BOOLEAN;
readAlien-: BOOLEAN;
srd: POINTER TO Stores.Reader; (* only for ReadStore *)
srdSeg: Segment
END;
Writer* = RECORD
rider-: Files64.Writer;
writtenStore-: Stores.Store;
swr: POINTER TO Stores.Writer; (* only for WriteStore *)
swrSeg: Segment
END;
(** Segment **)
PROCEDURE NewSegment* (container: Files64.File; org: LONGINT): Files.File;
VAR seg: Segment;
BEGIN
ASSERT(container # NIL, 20);
ASSERT(org >= 0, 22);
NEW(seg); seg.container := container; seg.org := org;
RETURN seg
END NewSegment;
PROCEDURE (this: Segment) Close;
BEGIN
this.container := NIL
END Close;
PROCEDURE (this: Segment) Flush;
BEGIN
this.container.Flush
END Flush;
PROCEDURE (this: Segment) Length (): INTEGER;
BEGIN
RETURN SHORT(MIN(MAX(INTEGER), this.container.Length() - this.org))
END Length;
PROCEDURE (this: Segment) NewReader (old: Files.Reader): Files.Reader;
VAR segRd: SegmentReader;
BEGIN
IF (old # NIL) & (old IS SegmentReader) THEN segRd := old(SegmentReader) ELSE NEW(segRd) END;
IF segRd.base # this THEN
segRd.base := this;
segRd.rd := this.container.NewReader(NIL);
segRd.rd.SetPos(segRd.base.org)
END;
segRd.eof := FALSE;
RETURN segRd
END NewReader;
PROCEDURE (this: Segment) NewWriter (old: Files.Writer): Files.Writer;
VAR segWr: SegmentWriter;
BEGIN
IF (old # NIL) & (old IS SegmentWriter) THEN segWr := old(SegmentWriter) ELSE NEW(segWr) END;
IF segWr.base # this THEN
segWr.base := this;
segWr.wr := this.container.NewWriter(NIL);
segWr.wr.SetPos(segWr.base.org + segWr.base.Length())
END;
RETURN segWr
END NewWriter;
PROCEDURE (this: Segment) Register (name: Files.Name; type: Files.Type; ask: BOOLEAN;
OUT res: INTEGER);
BEGIN HALT(20) (* a Segment cannot be registered *)
END Register;
PROCEDURE (this: SegmentReader) Base (): Files.File;
BEGIN
RETURN this.base
END Base;
PROCEDURE (this: SegmentReader) SetPos (pos: INTEGER);
VAR seg: Segment;
BEGIN
seg := this.base;
ASSERT(seg # NIL, 20);
ASSERT(pos >= 0, 22); ASSERT(pos <= seg.Length(), 21);
this.rd.SetPos(seg.org + pos)
END SetPos;
PROCEDURE (this: SegmentReader) Pos (): INTEGER;
BEGIN
ASSERT(this.base # NIL, 20);
RETURN SHORT(this.rd.Pos() - this.base.org)
END Pos;
PROCEDURE (this: SegmentReader) ReadByte (OUT x: BYTE);
BEGIN
this.rd.ReadByte(x)
END ReadByte;
PROCEDURE (this: SegmentReader) ReadBytes (VAR x: ARRAY OF BYTE; beg, len: INTEGER);
BEGIN
this.rd.ReadBytes(x, beg, len)
END ReadBytes;
PROCEDURE (this: SegmentWriter) Base (): Files.File;
BEGIN
RETURN this.base
END Base;
PROCEDURE (this: SegmentWriter) SetPos (pos: INTEGER);
VAR seg: Segment;
BEGIN
seg := this.base;
ASSERT(seg # NIL, 20); (* ASSERT(~seg.Closed(), 25); *)
ASSERT(pos >= 0, 22); ASSERT(pos <= seg.Length(), 21);
this.wr.SetPos(seg.org + pos)
END SetPos;
PROCEDURE (this: SegmentWriter) Pos (): INTEGER;
BEGIN
ASSERT(this.base # NIL, 20);
RETURN SHORT(this.wr.Pos() - this.base.org)
END Pos;
PROCEDURE (this: SegmentWriter) WriteByte (x: BYTE);
BEGIN
this.wr.WriteByte(x)
END WriteByte;
PROCEDURE (this: SegmentWriter) WriteBytes (IN x: ARRAY OF BYTE; beg, len: INTEGER);
BEGIN
this.wr.WriteBytes(x, beg, len)
END WriteBytes;
(** Reader **)
PROCEDURE (VAR rd: Reader) ConnectTo* (f: Files64.File), NEW;
BEGIN
IF f = NIL THEN
rd.rider := NIL
ELSE
rd.rider := f.NewReader(rd.rider);
rd.rider.SetPos(0)
END;
rd.cancelled := FALSE;
rd.readAlien := FALSE;
rd.srd := NIL
END ConnectTo;
PROCEDURE (VAR rd: Reader) SetPos* (pos: LONGINT), NEW;
BEGIN
rd.rider.SetPos(pos)
END SetPos;
PROCEDURE (VAR rd: Reader) Pos* (): LONGINT, NEW;
BEGIN
RETURN rd.rider.Pos()
END Pos;
PROCEDURE (VAR rd: Reader) ReadBool* (OUT x: BOOLEAN), NEW;
VAR b: BYTE;
BEGIN
rd.rider.ReadByte(b); x := b # 0
END ReadBool;
PROCEDURE (VAR rd: Reader) ReadSChar* (OUT x: SHORTCHAR), NEW;
BEGIN
rd.rider.ReadByte(SYSTEM.VAL(BYTE, x))
END ReadSChar;
PROCEDURE (VAR rd: Reader) ReadXChar* (OUT x: CHAR), NEW;
VAR c: SHORTCHAR;
BEGIN
rd.rider.ReadByte(SYSTEM.VAL(BYTE, c)); x := c
END ReadXChar;
PROCEDURE (VAR rd: Reader) ReadChar* (OUT x: CHAR), NEW;
VAR le: ARRAY 2 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 2);
x := CHR(le[0] MOD 256 + (le[1] MOD 256) * 256)
END ReadChar;
PROCEDURE (VAR rd: Reader) ReadByte* (OUT x: BYTE), NEW;
BEGIN
rd.rider.ReadByte(x)
END ReadByte;
PROCEDURE (VAR rd: Reader) ReadSInt* (OUT x: SHORTINT), NEW;
VAR le, be: ARRAY 2 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 2);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SHORTINT, le)
ELSE
be[0] := le[1]; be[1] := le[0];
x := SYSTEM.VAL(SHORTINT, be)
END
END ReadSInt;
PROCEDURE (VAR rd: Reader) ReadXInt* (OUT x: INTEGER), NEW;
VAR le, be: ARRAY 2 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 2);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SHORTINT, le)
ELSE
be[0] := le[1]; be[1] := le[0];
x := SYSTEM.VAL(SHORTINT, be)
END
END ReadXInt;
PROCEDURE (VAR rd: Reader) ReadInt* (OUT x: INTEGER), NEW;
VAR le, be: ARRAY 4 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 4);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(INTEGER, le)
ELSE
be[0] := le[3]; be[1] := le[2]; be[2] := le[1]; be[3] := le[0];
x := SYSTEM.VAL(INTEGER, be)
END
END ReadInt;
PROCEDURE (VAR rd: Reader) ReadLong* (OUT x: LONGINT), NEW;
VAR le, be: ARRAY 8 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 8);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(LONGINT, le)
ELSE
be[0] := le[7]; be[1] := le[6]; be[2] := le[5]; be[3] := le[4];
be[4] := le[3]; be[5] := le[2]; be[6] := le[1]; be[7] := le[0];
x := SYSTEM.VAL(LONGINT, be)
END
END ReadLong;
PROCEDURE (VAR rd: Reader) ReadSReal* (OUT x: SHORTREAL), NEW;
VAR le, be: ARRAY 4 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 4);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SHORTREAL, le)
ELSE
be[0] := le[3]; be[1] := le[2]; be[2] := le[1]; be[3] := le[0];
x := SYSTEM.VAL(SHORTREAL, be)
END
END ReadSReal;
PROCEDURE (VAR rd: Reader) ReadXReal* (OUT x: REAL), NEW;
VAR le, be: ARRAY 4 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 4);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SHORTREAL, le)
ELSE
be[0] := le[3]; be[1] := le[2]; be[2] := le[1]; be[3] := le[0];
x := SYSTEM.VAL(SHORTREAL, be)
END
END ReadXReal;
PROCEDURE (VAR rd: Reader) ReadReal* (OUT x: REAL), NEW;
VAR le, be: ARRAY 8 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 8);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(REAL, le)
ELSE
be[0] := le[7]; be[1] := le[6]; be[2] := le[5]; be[3] := le[4];
be[4] := le[3]; be[5] := le[2]; be[6] := le[1]; be[7] := le[0];
x := SYSTEM.VAL(REAL, be)
END
END ReadReal;
PROCEDURE (VAR rd: Reader) ReadSet* (OUT x: SET), NEW;
VAR le, be: ARRAY 4 OF BYTE; (* little endian, big endian *)
BEGIN
rd.rider.ReadBytes(le, 0, 4);
IF Kernel.littleEndian THEN
x := SYSTEM.VAL(SET, le)
ELSE
be[0] := le[3]; be[1] := le[2]; be[2] := le[1]; be[3] := le[0];
x := SYSTEM.VAL(SET, be)
END
END ReadSet;
PROCEDURE (VAR rd: Reader) ReadSString* (OUT x: ARRAY OF SHORTCHAR), NEW;
VAR i: INTEGER; ch: SHORTCHAR;
BEGIN
i := 0; REPEAT rd.ReadSChar(ch); x[i] := ch; INC(i) UNTIL ch = 0X
END ReadSString;
PROCEDURE (VAR rd: Reader) ReadXString* (OUT x: ARRAY OF CHAR), NEW;
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; REPEAT rd.ReadXChar(ch); x[i] := ch; INC(i) UNTIL ch = 0X
END ReadXString;
PROCEDURE (VAR rd: Reader) ReadString* (OUT x: ARRAY OF CHAR), NEW;
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; REPEAT rd.ReadChar(ch); x[i] := ch; INC(i) UNTIL ch = 0X
END ReadString;
PROCEDURE (VAR rd: Reader) ReadStore* (OUT x: Stores.Store), NEW;
VAR pos0, srdPos0: LONGINT; srd: POINTER TO Stores.Reader; seg: Segment;
BEGIN
pos0 := rd.Pos();
srd := rd.srd;
IF srd = NIL THEN
srdPos0 := 0;
seg := NewSegment(rd.rider.Base(), pos0)(Segment);
NEW(srd);
srd.ConnectTo(seg);
rd.srd := srd; rd.srdSeg := seg
ELSE
srdPos0 := pos0 - rd.srdSeg.org;
IF srdPos0 < MAX(INTEGER) THEN
srd.SetPos(SHORT(srdPos0))
ELSE
HALT(20) (* stores need more than MAX(INTEGER) bytes *)
END
END;
srd.ReadStore(x);
rd.SetPos(pos0 + (srd.Pos() - srdPos0));
rd.cancelled := srd.cancelled;
rd.readAlien := srd.readAlien
END ReadStore;
(** Writer **)
PROCEDURE (VAR wr: Writer) ConnectTo* (f: Files64.File), NEW;
BEGIN
IF f = NIL THEN
wr.rider := NIL
ELSE
wr.rider := f.NewWriter(wr.rider);
wr.rider.SetPos(f.Length())
END;
wr.writtenStore := NIL;
wr.swr := NIL
END ConnectTo;
PROCEDURE (VAR wr: Writer) SetPos* (pos: LONGINT), NEW;
BEGIN
wr.rider.SetPos(pos)
END SetPos;
PROCEDURE (VAR wr: Writer) Pos* (): LONGINT, NEW;
BEGIN
RETURN wr.rider.Pos()
END Pos;
PROCEDURE (VAR wr: Writer) WriteBool* (x: BOOLEAN), NEW;
BEGIN
IF x THEN wr.rider.WriteByte(1) ELSE wr.rider.WriteByte(0) END
END WriteBool;
PROCEDURE (VAR wr: Writer) WriteSChar* (x: SHORTCHAR), NEW;
BEGIN
wr.rider.WriteByte(SYSTEM.VAL(BYTE, x))
END WriteSChar;
PROCEDURE (VAR wr: Writer) WriteXChar* (x: CHAR), NEW;
VAR c: SHORTCHAR;
BEGIN
c := SHORT(x); wr.rider.WriteByte(SYSTEM.VAL(BYTE, c))
END WriteXChar;
PROCEDURE (VAR wr: Writer) WriteChar* (x: CHAR), NEW;
TYPE a = ARRAY 2 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[1]; le[1] := be[0]
END;
wr.rider.WriteBytes(le, 0, 2)
END WriteChar;
PROCEDURE (VAR wr: Writer) WriteByte* (x: BYTE), NEW;
BEGIN
wr.rider.WriteByte(x)
END WriteByte;
PROCEDURE (VAR wr: Writer) WriteSInt* (x: SHORTINT), NEW;
TYPE a = ARRAY 2 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[1]; le[1] := be[0]
END;
wr.rider.WriteBytes(le, 0, 2)
END WriteSInt;
PROCEDURE (VAR wr: Writer) WriteXInt* (x: INTEGER), NEW;
TYPE a = ARRAY 2 OF BYTE;
VAR y: SHORTINT; le, be: a; (* little endian, big endian *)
BEGIN
y := SHORT(x);
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, y)
ELSE
be := SYSTEM.VAL(a, y);
le[0] := be[1]; le[1] := be[0]
END;
wr.rider.WriteBytes(le, 0, 2)
END WriteXInt;
PROCEDURE (VAR wr: Writer) WriteInt* (x: INTEGER), NEW;
TYPE a = ARRAY 4 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[3]; le[1] := be[2]; le[2] := be[1]; le[3] := be[0]
END;
wr.rider.WriteBytes(le, 0, 4)
END WriteInt;
PROCEDURE (VAR wr: Writer) WriteLong* (x: LONGINT), NEW;
TYPE a = ARRAY 8 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[7]; le[1] := be[6]; le[2] := be[5]; le[3] := be[4];
le[4] := be[3]; le[5] := be[2]; le[6] := be[1]; le[7] := be[0]
END;
wr.rider.WriteBytes(le, 0, 8)
END WriteLong;
PROCEDURE (VAR wr: Writer) WriteSReal* (x: SHORTREAL), NEW;
TYPE a = ARRAY 4 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[3]; le[1] := be[2]; le[2] := be[1]; le[3] := be[0]
END;
wr.rider.WriteBytes(le, 0, 4)
END WriteSReal;
PROCEDURE (VAR wr: Writer) WriteXReal* (x: REAL), NEW;
TYPE a = ARRAY 4 OF BYTE;
VAR y: SHORTREAL; le, be: a; (* little endian, big endian *)
BEGIN
y := SHORT(x);
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, y)
ELSE
be := SYSTEM.VAL(a, y);
le[0] := be[3]; le[1] := be[2]; le[2] := be[1]; le[3] := be[0]
END;
wr.rider.WriteBytes(le, 0, 4)
END WriteXReal;
PROCEDURE (VAR wr: Writer) WriteReal* (x: REAL), NEW;
TYPE a = ARRAY 8 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[7]; le[1] := be[6]; le[2] := be[5]; le[3] := be[4];
le[4] := be[3]; le[5] := be[2]; le[6] := be[1]; le[7] := be[0]
END;
wr.rider.WriteBytes(le, 0, 8)
END WriteReal;
PROCEDURE (VAR wr: Writer) WriteSet* (x: SET), NEW;
(* SIZE(SET) = 4 *)
TYPE a = ARRAY 4 OF BYTE;
VAR le, be: a; (* little endian, big endian *)
BEGIN
IF Kernel.littleEndian THEN
le := SYSTEM.VAL(a, x)
ELSE
be := SYSTEM.VAL(a, x);
le[0] := be[3]; le[1] := be[2]; le[2] := be[1]; le[3] := be[0]
END;
wr.rider.WriteBytes(le, 0, 4)
END WriteSet;
PROCEDURE (VAR wr: Writer) WriteSString* (IN x: ARRAY OF SHORTCHAR), NEW;
VAR i: INTEGER; ch: SHORTCHAR;
BEGIN
i := 0; ch := x[0]; WHILE ch # 0X DO wr.WriteSChar(ch); INC(i); ch := x[i] END;
wr.WriteSChar(0X)
END WriteSString;
PROCEDURE (VAR wr: Writer) WriteXString* (IN x: ARRAY OF CHAR), NEW;
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; ch := x[0]; WHILE ch # 0X DO wr.WriteXChar(ch); INC(i); ch := x[i] END;
wr.WriteSChar(0X)
END WriteXString;
PROCEDURE (VAR wr: Writer) WriteString* (IN x: ARRAY OF CHAR), NEW;
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; ch := x[0]; WHILE ch # 0X DO wr.WriteChar(ch); INC(i); ch := x[i] END;
wr.WriteChar(0X)
END WriteString;
PROCEDURE (VAR wr: Writer) WriteVersion* (version: INTEGER), NEW;
BEGIN
wr.WriteByte(SHORT(SHORT(version)))
END WriteVersion;
PROCEDURE (VAR wr: Writer) WriteStore* (x: Stores.Store), NEW;
VAR pos0, swrPos0: LONGINT; swr: POINTER TO Stores.Writer; seg: Segment;
BEGIN
pos0 := wr.Pos();
swr := wr.swr;
IF swr = NIL THEN
swrPos0 := 0;
seg := NewSegment(wr.rider.Base(), pos0)(Segment);
NEW(swr);
swr.ConnectTo(seg);
wr.swr := swr; wr.swrSeg := seg
ELSE
swrPos0 := pos0 - wr.swrSeg.org;
IF swrPos0 < MAX(INTEGER) THEN
swr.SetPos(SHORT(swrPos0))
ELSE
HALT(20) (* stores need more than MAX(INTEGER) bytes *)
END
END;
swr.WriteStore(x);
wr.SetPos(pos0 + (swr.Pos() - swrPos0));
wr.writtenStore := x
END WriteStore;
END Stores64.
| System/Mod/Stores64.odc |
MODULE Strings;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20141027, center #19, full Unicode support for Component Pascal identifiers added
- 20150130, center #27, Adding SET conversion to the module Strings
- 20150130, center #28, Fixing a bug in Strings.Replace in case of truncation
- 20200311, dia, remove dependency from Kernel with Unicode (made by SovietPony)
- 20200313, dia, decimalSign
- 20210617, rbv, elimination of module Unicode
"
issues = "
- ...
"
**)
IMPORT Math;
CONST
charCode* = -1; decimal* = 10; hexadecimal* = -2; roman*= -3;
digitspace* = 08FX;
showBase* = TRUE; hideBase* = FALSE;
minLongIntRev = "8085774586302733229"; (* reversed string of -MIN(LONGINT) *)
VAR
maxExp: INTEGER;
maxDig: INTEGER;
factor: REAL; (* 10^maxDig *)
digits: ARRAY 17 OF CHAR;
decimalSign: CHAR;
(* integer conversions *)
PROCEDURE IntToString* (x: LONGINT; OUT s: ARRAY OF CHAR);
VAR j, k: INTEGER; ch: CHAR; a: ARRAY 32 OF CHAR;
BEGIN
IF x # MIN(LONGINT) THEN
IF x < 0 THEN s[0] := "-"; k := 1; x := -x ELSE k := 0 END;
j := 0; REPEAT a[j] := CHR(x MOD 10 + ORD("0")); x := x DIV 10; INC(j) UNTIL x = 0
ELSE
a := minLongIntRev; s[0] := "-"; k := 1;
j := 0; WHILE a[j] # 0X DO INC(j) END
END;
ASSERT(k + j < LEN(s), 23);
REPEAT DEC(j); ch := a[j]; s[k] := ch; INC(k) UNTIL j = 0;
s[k] := 0X
END IntToString;
PROCEDURE IntToStringForm* (x: LONGINT; form, minWidth: INTEGER; fillCh: CHAR;
showBase: BOOLEAN; OUT s: ARRAY OF CHAR);
VAR base, i, j, k, si: INTEGER; mSign: BOOLEAN; a: ARRAY 128 OF CHAR; c1, c5, c10: CHAR;
BEGIN
ASSERT((form = charCode) OR (form = hexadecimal) OR (form = roman) OR ((form >= 2) & (form <= 16)), 20);
ASSERT(minWidth >= 0, 22);
IF form = charCode THEN base := 16
ELSIF form = hexadecimal THEN base := 16
ELSE base := form
END;
IF form = roman THEN
ASSERT((x > 0) & (x < 3999), 21);
base := 1000; i := 0; mSign := FALSE;
WHILE (base > 0) & (x > 0) DO
IF base = 1 THEN c1 := "I"; c5 := "V"; c10 := "X"
ELSIF base = 10 THEN c1 := "X"; c5 := "L"; c10 := "C"
ELSIF base = 100 THEN c1 := "C"; c5 := "D"; c10 := "M"
ELSE c1 := "M"
END;
k := SHORT(x DIV base); x := x MOD base;
IF k IN {4, 9} THEN a[i] := c1; INC(i) END;
IF k IN {4 .. 8} THEN a[i] := c5; INC(i) END;
IF k = 9 THEN a[i] := c10; INC(i)
ELSIF k IN {1 .. 3, 6 .. 8} THEN
j := k MOD 5;
REPEAT a[i] := c1; INC(i); DEC(j) UNTIL j = 0
END;
base := base DIV 10
END
ELSIF (form = hexadecimal) OR (form = charCode) THEN
i := 0; mSign := FALSE;
IF showBase THEN DEC(minWidth) END;
REPEAT
a[i] := digits[x MOD base]; x := x DIV base; INC(i)
UNTIL (x = 0) OR (x = -1) OR (i = LEN(a));
IF x = -1 THEN fillCh := "F" END
ELSE
IF x < 0 THEN
i := 0; mSign := TRUE; DEC(minWidth);
REPEAT
IF x MOD base = 0 THEN
a[i] := digits[0]; x := x DIV base
ELSE
a[i] := digits[base - x MOD base]; x := x DIV base + 1
END;
INC(i)
UNTIL (x = 0) OR (i = LEN(a))
ELSE
i := 0; mSign := FALSE;
REPEAT
a[i] := digits[x MOD base]; x := x DIV base; INC(i)
UNTIL (x = 0) OR (i = LEN(a))
END;
IF showBase THEN DEC(minWidth);
IF base < 10 THEN DEC(minWidth) ELSE DEC(minWidth,2) END
END
END;
si := 0;
IF mSign & (fillCh = "0") & (si < LEN(s)) THEN s[si] := "-"; INC(si); mSign := FALSE END;
WHILE minWidth > i DO
IF si < LEN(s) THEN s[si] := fillCh; INC(si) END;
DEC(minWidth)
END;
IF mSign & (si < LEN(s)) THEN s[si] := "-"; INC(si) END;
IF form = roman THEN
j := 0;
WHILE j < i DO
IF si < LEN(s) THEN s[si] := a[j]; INC(si) END;
INC(j)
END
ELSE
REPEAT DEC(i);
IF si < LEN(s) THEN s[si] := a[i]; INC(si) END
UNTIL i = 0
END;
IF showBase & (form # roman) THEN
IF (form = charCode) & (si < LEN(s)) THEN s[si] := "X"; INC(si)
ELSIF (form = hexadecimal) & (si < LEN(s)) THEN s[si] := "H"; INC(si)
ELSIF (form < 10) & (si < LEN(s)-1) THEN s[si] := "%"; s[si+1] := digits[base]; INC(si, 2)
ELSIF (si < LEN(s) - 2) THEN
s[si] := "%"; s[si+1] := digits[base DIV 10]; s[si+2] := digits[base MOD 10]; INC(si, 3)
END
END;
IF si < LEN(s) THEN s[si] := 0X ELSE HALT(23) END
END IntToStringForm;
PROCEDURE StringToInt* (IN s: ARRAY OF CHAR; OUT x: INTEGER; OUT res: INTEGER);
CONST hexLimit = MAX(INTEGER) DIV 8 + 1;
VAR i, j, k, digits: INTEGER; ch, top: CHAR; neg: BOOLEAN; base: INTEGER;
BEGIN
res := 0; i := 0; ch := s[0];
WHILE (ch # 0X) & (ch <= " ") OR (ch = 8BX) OR (ch = 8FX) OR (ch = 0A0X) DO (* ignore leading blanks *)
INC(i); ch := s[i]
END;
j := i; top := "0";
WHILE (ch # 0X) & (ch # "H") & (ch # "X") & (ch # "%") DO
IF ch > top THEN top := ch END;
INC(j); ch := s[j]
END;
IF (ch = "H") OR (ch = "X") THEN
x := 0; ch := s[i];
IF ("0" <= ch) & (ch <= "9") OR ("A" <= ch) & (ch <= "F") THEN
WHILE ch = "0" DO INC(i); ch := s[i] END;
digits := 0;
WHILE (res = 0) & (("0" <= ch) & (ch <= "9") OR ("A" <= ch) & (ch <= "F")) DO
IF ch < "A" THEN k := ORD(ch) - ORD("0")
ELSE k := ORD(ch) - ORD("A") + 10
END;
IF digits < 8 THEN
x := x MOD hexLimit;
IF x >= hexLimit DIV 2 THEN x := x - hexLimit END;
x := x * 16 + k; INC(i); ch := s[i]
ELSE res := 1
END;
INC(digits)
END;
IF res = 0 THEN
IF (ch # "H") & (ch # "X") OR (s[i+1] # 0X) THEN res := 2 END
END
ELSE res := 2
END
ELSE
IF ch = "%" THEN
INC(j); ch := s[j]; base := 0;
IF ("0" <= ch) & (ch <= "9") THEN
k := ORD(ch) - ORD("0");
REPEAT
base := base * 10 + k;
INC(j); ch := s[j]; k := ORD(ch) - ORD("0")
UNTIL (ch < "0") OR (ch > "9") OR (base > (MAX(INTEGER) - k) DIV 10);
IF ("0" <= ch) & (ch <= "9") THEN base := 0 END
END
ELSE
base := 10
END;
IF (base < 2) OR (base > 16) THEN
res := 2
ELSIF (base <= 10) & (ORD(top) < base + ORD("0"))
OR (base > 10) & (ORD(top) < base - 10 + ORD("A")) THEN
x := 0; ch := s[i]; neg := FALSE;
IF ch = "-" THEN INC(i); ch := s[i]; neg := TRUE ELSIF ch = "+" THEN INC(i); ch := s[i] END;
WHILE (ch # 0X) & (ch <= " ") DO INC(i); ch := s[i] END;
IF ("0" <= ch) & (ch <= "9") OR ("A" <= ch) & (ch <= "F") THEN
IF ch <= "9" THEN k := ORD(ch) - ORD("0") ELSE k := ORD(ch) - ORD("A") + 10 END;
WHILE (("0" <= ch) & (ch <= "9") OR ("A" <= ch) & (ch <= "F")) & (res = 0) DO
IF x >= (MIN(INTEGER) + (base - 1) + k) DIV base THEN
x := x * base - k; INC(i); ch := s[i];
IF ch <= "9" THEN k := ORD(ch) - ORD("0") ELSE k := ORD(ch) - ORD("A") + 10 END
ELSE res := 1
END
END
ELSE res := 2
END;
IF res = 0 THEN
IF ~neg THEN
IF x > MIN(INTEGER) THEN x := -x ELSE res := 1 END
END;
IF (ch # 0X) & (ch # "%") THEN res := 2 END
END
ELSE
res := 2
END
END
END StringToInt;
PROCEDURE StringToLInt* (IN s: ARRAY OF CHAR; OUT x: LONGINT; OUT res: INTEGER);
CONST hexLimit = MAX(LONGINT) DIV 8 + 1;
VAR i, j, k, digits: INTEGER; ch, top: CHAR; neg: BOOLEAN; base: INTEGER;
BEGIN
res := 0; i := 0; ch := s[0];
WHILE (ch # 0X) & (ch <= " ") OR (ch = 8BX) OR (ch = 8FX) OR (ch = 0A0X) DO (* ignore leading blanks *)
INC(i); ch := s[i]
END;
j := i; top := "0";
WHILE (ch # 0X) & (ch # "H") & (ch # "X") & (ch # "%") DO
IF ch > top THEN top := ch END;
INC(j); ch := s[j]
END;
IF (ch = "H") OR (ch = "X") THEN
x := 0; ch := s[i];
IF ("0" <= ch) & (ch <= "9") OR ("A" <= ch) & (ch <= "F") THEN
WHILE ch = "0" DO INC(i); ch := s[i] END;
digits := 0;
WHILE (res = 0) & (("0" <= ch) & (ch <= "9") OR ("A" <= ch) & (ch <= "F")) DO
IF ch < "A" THEN k := ORD(ch) - ORD("0")
ELSE k := ORD(ch) - ORD("A") + 10
END;
IF digits < 16 THEN
x := x MOD hexLimit;
IF x >= hexLimit DIV 2 THEN x := x - hexLimit END;
x := x * 16 + k; INC(i); ch := s[i]
ELSE res := 1
END;
INC(digits)
END;
IF res = 0 THEN
IF (ch # "H") & (ch # "X") OR (s[i+1] # 0X) THEN res := 2 END
END
ELSE res := 2
END
ELSE
IF ch = "%" THEN
INC(j); ch := s[j]; base := 0;
IF ("0" <= ch) & (ch <= "9") THEN
k := ORD(ch) - ORD("0");
REPEAT
base := base * 10 + k;
INC(j); ch := s[j]; k := ORD(ch) - ORD("0")
UNTIL (ch < "0") OR (ch > "9") OR (base > (MAX(INTEGER) - k) DIV 10);
IF ("0" <= ch) & (ch <= "9") THEN base := 0 END
END
ELSE
base := 10
END;
IF (base < 2) OR (base > 16) THEN
res := 2
ELSIF (base <= 10) & (ORD(top) < base + ORD("0"))
OR (base > 10) & (ORD(top) < base -10 + ORD("A")) THEN
x := 0; ch := s[i]; neg := FALSE;
IF ch = "-" THEN INC(i); ch := s[i]; neg := TRUE ELSIF ch = "+" THEN INC(i); ch := s[i] END;
WHILE (ch # 0X) & (ch <= " ") DO INC(i); ch := s[i] END;
IF ("0" <= ch) & (ch <= "9") OR ("A" <= ch) & (ch <= "F") THEN
IF ch <= "9" THEN k := ORD(ch) - ORD("0") ELSE k := ORD(ch) - ORD("A") + 10 END;
WHILE (("0" <= ch) & (ch <= "9") OR ("A" <= ch) & (ch <= "F")) & (res = 0) DO
IF x >= (MIN(LONGINT) + (base - 1) + k) DIV base THEN
x := x * base - k; INC(i); ch := s[i];
IF ch <= "9" THEN k := ORD(ch) - ORD("0") ELSE k := ORD(ch) - ORD("A") + 10 END
ELSE res := 1
END
END
ELSE res := 2
END;
IF res = 0 THEN
IF ~neg THEN
IF x > MIN(LONGINT) THEN x := -x ELSE res := 1 END
END;
IF (ch # 0X) & (ch # "%") THEN res := 2 END
END
ELSE
res := 2
END
END
END StringToLInt;
(* real conversions *)
PROCEDURE RealToStringForm* (x: REAL; precision, minW, expW: INTEGER; fillCh: CHAR;
OUT s: ARRAY OF CHAR);
VAR exp, len, i, j, n, k, p: INTEGER; m: ARRAY 80 OF CHAR; neg: BOOLEAN;
BEGIN
ASSERT((precision > 0) (*& (precision <= 18)*), 20);
ASSERT((minW >= 0) & (minW < LEN(s)), 21);
ASSERT((expW > -LEN(s)) & (expW <= 3), 22);
exp := Math.Exponent(x);
IF exp = MAX(INTEGER) THEN
IF fillCh = "0" THEN fillCh := digitspace END;
x := Math.Mantissa(x);
IF x = -1 THEN m := "-inf"; n := 4
ELSIF x = 1 THEN m := "inf"; n := 3
ELSE m := "nan"; n := 3
END;
i := 0; j := 0;
WHILE minW > n DO s[i] := fillCh; INC(i); DEC(minW) END;
WHILE (j <= n) & (i < LEN(s)) DO s[i] := m[j]; INC(i); INC(j) END
ELSE
neg := FALSE; len := 1; m := "00";
IF x < 0 THEN x := -x; neg := TRUE; DEC(minW) END;
IF x # 0 THEN
exp := (exp - 8) * 30103 DIV 100000; (* * log(2) *)
IF exp > 0 THEN
n := SHORT(ENTIER(x / Math.IntPower(10, exp)));
x := x / Math.IntPower(10, exp) - n
ELSIF exp > -maxExp THEN
n := SHORT(ENTIER(x * Math.IntPower(10, -exp)));
x := x * Math.IntPower(10, -exp) - n
ELSE
n := SHORT(ENTIER(x * Math.IntPower(10, -exp - 2 * maxDig) * factor * factor));
x := x * Math.IntPower(10, -exp - 2 * maxDig) * factor * factor - n
END;
(* x0 = (n + x) * 10^exp, 200 < n < 5000 *)
p := precision - 4;
IF n < 1000 THEN INC(p) END;
IF (expW < 0) & (p > exp - expW) THEN p := exp - expW END;
IF p >= 0 THEN
x := x + 0.5 / Math.IntPower(10, p); (* rounding correction *)
IF x >= 1 THEN INC(n); x := x - 1 END
ELSIF p = -1 THEN INC(n, 5)
ELSIF p = -2 THEN INC(n, 50)
ELSIF p = -3 THEN INC(n, 500)
END;
i := 0; k := 1000; INC(exp, 3);
IF n < 1000 THEN k := 100; DEC(exp) END;
WHILE (i < precision) & ((k > 0) OR (x # 0)) DO
IF k > 0 THEN p := n DIV k; n := n MOD k; k := k DIV 10
ELSE x := x * 10; p := SHORT(ENTIER(x)); x := x - p
END;
m[i] := CHR(p + ORD("0")); INC(i);
IF p # 0 THEN len := i END
END
END;
(* x0 = m[0].m[1]...m[len-1] * 10^exp *)
i := 0;
IF (expW < 0) OR (expW = 0) & (exp >= -3) & (exp <= len + 1) THEN
n := exp + 1; k := len - n;
IF n < 1 THEN n := 1 END;
IF expW < 0 THEN k := -expW ELSIF k < 1 THEN k := 1 END;
j := minW - n - k - 1; p := -exp;
IF neg & (p >= MAX(0, n) + MAX(0, k)) THEN neg := FALSE; INC(j) END
ELSE
IF ABS(exp) >= 100 THEN expW := 3
ELSIF (expW < 2) & (ABS(exp) >= 10) THEN expW := 2
ELSIF expW < 1 THEN expW := 1
END;
IF len < 2 THEN len := 2 END;
j := minW - len - 3 - expW; k := len;
IF j > 0 THEN
k := k + j; j := 0;
IF k > precision THEN j := k - precision; k := precision END
END;
n := 1; DEC(k); p := 0
END;
IF neg & (fillCh = "0") THEN s[i] := "-"; INC(i); neg := FALSE END;
WHILE j > 0 DO s[i] := fillCh; INC(i); DEC(j) END;
IF neg & (i < LEN(s)) THEN s[i] := "-"; INC(i) END;
j := 0;
WHILE (n > 0) & (i < LEN(s)) DO
IF (p <= 0) & (j < len) THEN s[i] := m[j]; INC(j) ELSE s[i] := "0" END;
INC(i); DEC(n); DEC(p)
END;
IF i < LEN(s) THEN s[i] := decimalSign; INC(i) END;
WHILE (k > 0) & (i < LEN(s)) DO
IF (p <= 0) & (j < len) THEN s[i] := m[j]; INC(j) ELSE s[i] := "0" END;
INC(i); DEC(k); DEC(p)
END;
IF expW > 0 THEN
IF i < LEN(s) THEN s[i] := "E"; INC(i) END;
IF i < LEN(s) THEN
IF exp < 0 THEN s[i] := "-"; exp := -exp ELSE s[i] := "+" END;
INC(i)
END;
IF (expW = 3) & (i < LEN(s)) THEN s[i] := CHR(exp DIV 100 + ORD("0")); INC(i) END;
IF (expW >= 2) & (i < LEN(s)) THEN s[i] := CHR(exp DIV 10 MOD 10 + ORD("0")); INC(i) END;
IF i < LEN(s) THEN s[i] := CHR(exp MOD 10 + ORD("0")); INC(i) END
END
END;
IF i < LEN(s) THEN s[i] := 0X ELSE HALT(23) END
END RealToStringForm;
PROCEDURE RealToString* (x: REAL; OUT s: ARRAY OF CHAR);
BEGIN
RealToStringForm(x, 16, 0, 0, digitspace, s)
END RealToString;
PROCEDURE StringToReal* (IN s: ARRAY OF CHAR; OUT x: REAL; OUT res: INTEGER);
VAR first, last, point, e, n, i, exp: INTEGER; y: REAL; ch: CHAR; neg, negExp, dig: BOOLEAN;
BEGIN
res := 0; i := 0; ch := s[0]; dig := FALSE;
WHILE (ch # 0X) & (ch <= " ") OR (ch = 8BX) OR (ch = 8FX) OR (ch = 0A0X) DO INC(i); ch := s[i] END;
IF ch = "+" THEN
neg := FALSE; INC(i); ch := s[i]
ELSIF ch = "-" THEN
neg := TRUE; INC(i); ch := s[i]
ELSE
neg := FALSE
END;
WHILE ch = "0" DO INC(i); ch := s[i]; dig := TRUE END;
first := i; e := 0;
WHILE ("0" <= ch) & (ch <= "9") DO INC(i); ch := s[i]; INC(e); dig := TRUE END;
point := i;
IF ch = decimalSign THEN
INC(i); ch := s[i];
IF e = 0 THEN
WHILE ch = "0" DO INC(i); ch := s[i]; DEC(e); dig := TRUE END;
first := i
END;
WHILE ("0" <= ch) & (ch <= "9") DO INC(i); ch := s[i]; dig := TRUE END
END;
last := i - 1; exp := 0;
IF (ch = "E") OR (ch = "D") THEN
INC(i); ch := s[i]; negExp := FALSE;
IF ch = "-" THEN negExp := TRUE; INC(i); ch := s[i]
ELSIF ch = "+" THEN INC(i); ch := s[i]
END;
WHILE ("0" <= ch) & (ch <= "9") & (exp < 1000) DO
exp := exp * 10 + (ORD(ch) - ORD("0"));
INC(i); ch := s[i]
END;
IF negExp THEN exp := -exp END
END;
exp := exp + e; x := 0; y := 0; n := 0;
WHILE (n < maxDig) & (first <= last) DO
IF first # point THEN x := x * 10 + (ORD(s[first]) - ORD("0")); INC(n) END;
INC(first)
END;
WHILE last >= first DO
IF last # point THEN y := (y + (ORD(s[last]) - ORD("0"))) / 10 END;
DEC(last)
END;
IF ~dig OR (ch # 0X) THEN res := 2 (* syntax error *)
ELSIF exp < -maxExp - maxDig THEN
x := 0.0
ELSIF exp < -maxExp + maxDig THEN
x := (x + y) / Math.IntPower(10, n - exp - 2 * maxDig) / factor / factor
ELSIF exp < n THEN
x := (x + y) / Math.IntPower(10, n - exp)
ELSIF exp < maxExp THEN
x := (x + y) * Math.IntPower(10, exp - n)
ELSIF exp = maxExp THEN
x := (x + y) * (Math.IntPower(10, exp - n) / 16);
IF x <= MAX(REAL) / 16 THEN x := x * 16
ELSE res := 1 (* overflow *)
END
ELSE res := 1 (* overflow *)
END;
IF neg THEN x := -x END
END StringToReal;
(* set conversions *)
PROCEDURE SetToString* (x: SET; OUT str: ARRAY OF CHAR);
VAR
len, i: INTEGER;
PROCEDURE AppendChar(ch: CHAR);
BEGIN ASSERT(len < LEN(str), 23); str[len] := ch; INC(len)
END AppendChar;
PROCEDURE AppendInt (x: INTEGER);
VAR i: INTEGER; ch: CHAR; buf: ARRAY 32 OF CHAR;
BEGIN
IntToString(x, buf);
ch := buf[0]; i := 0;
WHILE ch # 0X DO AppendChar(ch); INC(i); ch := buf[i] END
END AppendInt;
BEGIN
len := 0; AppendChar('{'); i := MIN(SET);
WHILE x # {} DO
IF i IN x THEN AppendInt(i); EXCL(x, i);
IF (i <= MAX(SET) - 2) & (i+1 IN x) & (i+2 IN x) THEN AppendChar('.'); AppendChar('.');
x := x - {i+1, i+2}; INC(i, 3);
WHILE (i <= MAX(SET)) & (i IN x) DO EXCL(x, i); INC(i) END;
AppendInt(i-1)
END;
IF x # {} THEN AppendChar(","); AppendChar(" ") END
END;
INC(i)
END;
AppendChar("}"); AppendChar(0X)
END SetToString;
PROCEDURE StringToSet* (IN s: ARRAY OF CHAR; OUT x: SET; OUT res: INTEGER);
VAR
next, x1: INTEGER; ch: CHAR;
PROCEDURE NextChar;
BEGIN ch := s[next];
WHILE (ch <= " ") & (ch # 0X) DO INC(next); ch := s[next] END ;
IF ch # 0X THEN INC(next) END
END NextChar;
PROCEDURE ParseInt(): INTEGER;
VAR intval: INTEGER;
BEGIN
intval := ORD(ch) - ORD("0");
ch := s[next];
WHILE ("0" <= ch) & (ch <= "9") DO
intval := intval * 10 + ORD(ch) - ORD('0');
IF intval > MAX(SET) THEN res := 1; intval := 0 END ;
INC(next); ch := s[next]
END ;
NextChar;
RETURN intval
END ParseInt;
PROCEDURE ParseRange();
VAR x2, i: INTEGER;
BEGIN
ch := s[next]; INC(next);
IF ch = "." THEN NextChar;
IF ("0" <= ch) & (ch <= "9") THEN x2 := ParseInt();
IF res = 0 THEN
IF x2 >= x1 THEN FOR i := x1 TO x2 DO INCL(x, i) END
ELSE res := 2
END
END
ELSE res := 2
END
ELSE res := 2
END
END ParseRange;
BEGIN
x := {}; res := 0; next := 0; NextChar;
IF ch = "{" THEN
NextChar;
WHILE ("0" <= ch) & (ch <= "9") & (res # 2) DO
x1 := ParseInt();
IF ch = "." THEN ParseRange() ELSIF res = 0 THEN INCL(x, x1) END ;
IF ch = "," THEN NextChar END
END ;
IF ch = "}" THEN NextChar;
IF ch # 0X THEN res := 2 END
ELSE res := 2
END
ELSE res := 2
END
END StringToSet;
(* ----- string manipulation routines ----- *)
PROCEDURE Valid* (IN s: ARRAY OF CHAR): BOOLEAN;
VAR i: INTEGER;
BEGIN i := 0;
WHILE (i < LEN(s)) & (s[i] # 0X) DO INC(i) END;
RETURN i < LEN(s)
END Valid;
PROCEDURE Replace* (VAR s: ARRAY OF CHAR; pos, len: INTEGER; IN rep: ARRAY OF CHAR);
(* replace stretch s[pos]..s[pos+len-1] with rep *)
(* insert semantics if len = 0; delete semantics if LEN(rep$) = 0 *)
VAR i, j, k, max, lenS: INTEGER; ch: CHAR;
BEGIN
ASSERT(len >= 0, 20); ASSERT(pos >= 0, 21);
lenS := LEN(s$); max := LEN(s) - 1;
IF pos <= lenS THEN i := pos; j := 0; ch := rep[0];
IF pos+len > lenS THEN len := lenS - pos END;
WHILE (ch # 0X) & (len > 0) DO
s[i] := ch; INC(i); INC(j); DEC(len); ch := rep[j]
END;
IF len > 0 THEN (* delete the remaining part of the stretch [pos, pos+len') *)
REPEAT ch := s[i+len]; s[i] := ch; INC(i) UNTIL ch = 0X
ELSIF ch # 0X THEN (* insert the remaining part of rep *)
len := LEN(rep$) - j; k := lenS + len;
IF k > max THEN k := max END;
s[k] := 0X; DEC(k);
WHILE k - len >= i DO s[k] := s[k-len]; DEC(k) END;
WHILE (rep[j] # 0X) & (i < max) DO s[i] := rep[j]; INC(i); INC(j) END
END
END
END Replace;
PROCEDURE Extract* (s: ARRAY OF CHAR; pos, len: INTEGER; OUT res: ARRAY OF CHAR);
VAR i, j, max: INTEGER;
BEGIN
ASSERT(len >= 0, 20); ASSERT(pos >= 0, 21);
i := 0; j := 0; max := LEN(res) - 1;
WHILE (i < pos) & (s[i] # 0X) DO INC(i) END;
WHILE (j < len) & (j < max) & (s[i] # 0X) DO res[j] := s[i]; INC(j); INC(i) END;
res[j] := 0X
END Extract;
PROCEDURE Find* (IN s: ARRAY OF CHAR; IN pat: ARRAY OF CHAR; start: INTEGER; OUT pos: INTEGER);
VAR j: INTEGER;
BEGIN
ASSERT(start >= 0, 20);
IF (start = 0) OR (start <= LEN(s$) - LEN(pat$)) THEN
(* start = 0 is optimization: need not call Len *)
pos := start;
WHILE s[pos] # 0X DO j := 0;
WHILE (s[pos+j] = pat[j]) & (pat[j] # 0X) DO INC(j) END;
IF pat[j] = 0X THEN RETURN END;
INC(pos)
END
END;
pos := -1 (* pattern not found *)
END Find;
PROCEDURE SetDecimalSign* (sign: CHAR);
BEGIN
ASSERT((sign = ".") OR (sign = ","), 21);
decimalSign := sign
END SetDecimalSign;
PROCEDURE GetDecimalSign* (): CHAR;
BEGIN
RETURN decimalSign
END GetDecimalSign;
PROCEDURE Upper* (ch: CHAR): CHAR;
BEGIN
CASE ch OF
| 061X..07AX, 0E0X..0F6X, 0F8X..0FEX, 03B1X..03C1X, 03C3X..03CBX, 0430X..044FX, 0FF41X..0FF5AX: RETURN CHR(ORD(ch) - 32)
| 0FFX: RETURN 0178X
| 0101X..0130X, 0133X..0138X, 014BX..0178X, 0183X..0186X, 01A1X..01A6X, 01DFX..01F0X, 01F9X..0220X, 0223X..0234X, 0247X..024EX, 0371X..0374X, 03D9X..03EEX, 0461X..0482X, 048BX..04C0X, 04D1X..0530X, 01E01X..01E96X, 01EA1X..01EFEX, 02C81X..02CE4X, 0A641X..0A66EX, 0A681X..0A69CX, 0A723X..0A730X, 0A733X..0A770X, 0A77FX..0A788X, 0A791X..0A794X, 0A797X..0A7AAX, 0A7B5X..0A7B8X: IF ODD(ORD(ch)) THEN RETURN CHR(ORD(ch) - 1) ELSE RETURN ch END
| 0131X: RETURN 049X
| 013AX..0149X, 017AX..017DX, 01B4X..01B7X, 01CEX..01DBX, 04C2X..04CDX, 02C68X..02C6DX, 02CECX..02CEFX, 0A77AX..0A77DX: IF ~ODD(ORD(ch)) THEN RETURN CHR(ORD(ch) - 1) ELSE RETURN ch END
| 017EX, 0188X, 018CX, 0192X, 0199X, 01A8X, 01ADX, 01B0X, 01B9X, 01BDX, 01C5X, 01C8X, 01CBX, 01DCX, 01F2X, 01F5X, 023CX, 0242X, 024FX, 0377X, 03EFX, 03F8X, 03FBX, 04CEX, 01EFFX, 02184X, 02C61X, 02C73X, 02C76X, 02CF3X, 0A78CX: RETURN CHR(ORD(ch) - 1)
| 017FX: RETURN 053X
| 0180X: RETURN 0243X
| 0195X: RETURN 01F6X
| 019AX: RETURN 023DX
| 019EX, 037BX..037DX: RETURN CHR(ORD(ch) + 130)
| 01BFX: RETURN 01F7X
| 01C6X, 01C9X, 01CCX, 01F3X: RETURN CHR(ORD(ch) - 2)
| 01DDX: RETURN 018EX
| 023FX..0240X: RETURN CHR(ORD(ch) + 10815)
| 0250X: RETURN 02C6FX
| 0251X: RETURN 02C6DX
| 0252X: RETURN 02C70X
| 0253X: RETURN 0181X
| 0254X: RETURN 0186X
| 0256X..0257X, 0260X: RETURN CHR(ORD(ch) - 205)
| 0259X: RETURN 018FX
| 025BX: RETURN 0190X
| 025CX: RETURN 0A7ABX
| 0261X: RETURN 0A7ACX
| 0263X: RETURN 0194X
| 0265X: RETURN 0A78DX
| 0266X, 026AX: RETURN CHR(ORD(ch) + 42308)
| 0268X: RETURN 0197X
| 0269X, 026FX: RETURN CHR(ORD(ch) - 211)
| 026BX: RETURN 02C62X
| 026CX: RETURN 0A7ADX
| 0271X: RETURN 02C6EX
| 0272X: RETURN 019DX
| 0275X: RETURN 019FX
| 027DX: RETURN 02C64X
| 0280X, 0283X, 0288X: RETURN CHR(ORD(ch) - 218)
| 0287X: RETURN 0A7B1X
| 0289X: RETURN 0244X
| 028AX..028BX: RETURN CHR(ORD(ch) - 217)
| 028CX: RETURN 0245X
| 0292X: RETURN 01B7X
| 029DX: RETURN 0A7B2X
| 029EX: RETURN 0A7B0X
| 0345X: RETURN 0399X
| 03ACX: RETURN 0386X
| 03ADX..03AFX: RETURN CHR(ORD(ch) - 37)
| 03C2X: RETURN 03A3X
| 03CCX: RETURN 038CX
| 03CDX..03CEX: RETURN CHR(ORD(ch) - 63)
| 03D0X: RETURN 0392X
| 03D1X: RETURN 0398X
| 03D5X: RETURN 03A6X
| 03D6X: RETURN 03A0X
| 03D7X, 013F8X..013FDX: RETURN CHR(ORD(ch) - 8)
| 03F0X: RETURN 039AX
| 03F1X, 0450X..045FX: RETURN CHR(ORD(ch) - 80)
| 03F2X, 01FE5X: RETURN CHR(ORD(ch) + 7)
| 03F3X: RETURN 037FX
| 03F5X: RETURN 0395X
| 04CFX: RETURN 04C0X
| 0561X..0586X, 02C30X..02C5EX: RETURN CHR(ORD(ch) - 48)
| 01C80X: RETURN 0412X
| 01C81X: RETURN 0414X
| 01C82X: RETURN 041EX
| 01C83X..01C84X: RETURN CHR(ORD(ch) - 6242)
| 01C85X: RETURN 0422X
| 01C86X: RETURN 042AX
| 01C87X: RETURN 0462X
| 01C88X: RETURN 0A64AX
| 01D79X: RETURN 0A77DX
| 01D7DX: RETURN 02C63X
| 01E9BX: RETURN 01E60X
| 01F00X..01F07X, 01F10X..01F15X, 01F20X..01F27X, 01F30X..01F37X, 01F40X..01F45X, 01F60X..01F67X, 01F80X..01F87X, 01F90X..01F97X, 01FA0X..01FA7X, 01FB0X..01FB1X, 01FD0X..01FD1X, 01FE0X..01FE1X: RETURN CHR(ORD(ch) + 8)
| 01F51X..01F58X: IF ODD(ORD(ch)) THEN RETURN CHR(ORD(ch) + 8) ELSE RETURN ch END
| 01F70X..01F71X: RETURN CHR(ORD(ch) + 74)
| 01F72X..01F75X: RETURN CHR(ORD(ch) + 86)
| 01F76X..01F77X: RETURN CHR(ORD(ch) + 100)
| 01F78X..01F79X: RETURN CHR(ORD(ch) + 128)
| 01F7AX..01F7BX: RETURN CHR(ORD(ch) + 112)
| 01F7CX..01F7DX: RETURN CHR(ORD(ch) + 126)
| 01FB3X, 01FC3X, 01FF3X: RETURN CHR(ORD(ch) + 9)
| 01FBEX: RETURN 0399X
| 0214EX: RETURN 02132X
| 02170X..0217FX: RETURN CHR(ORD(ch) - 16)
| 024D0X..024E9X: RETURN CHR(ORD(ch) - 26)
| 02C65X: RETURN 023AX
| 02C66X: RETURN 023EX
| 02D00X..02D25X, 02D27X, 02D2DX: RETURN CHR(ORD(ch) - 7264)
| 0AB53X: RETURN 0A7B3X
| 0AB70X..0ABBFX: RETURN CHR(ORD(ch) - 38864)
ELSE RETURN ch
END
END Upper;
PROCEDURE Lower* (ch: CHAR): CHAR;
BEGIN
CASE ch OF
| 041X..05AX, 0C0X..0D6X, 0D8X..0DEX, 0391X..03A1X, 03A3X..03ABX, 0410X..042FX, 0FF21X..0FF3AX: RETURN CHR(ORD(ch) + 32)
| 0100X..012FX, 0132X..0137X, 014AX..0177X, 0182X..0185X, 01A0X..01A5X, 01DEX..01EFX, 01F2X..01F5X, 01F8X..021FX, 0222X..0233X, 0246X..024FX, 0370X..0373X, 03D8X..03EFX, 0460X..0481X, 048AX..04BFX, 04D0X..052FX, 01E00X..01E95X, 01EA0X..01EFFX, 02C80X..02CE3X, 0A640X..0A66DX, 0A680X..0A69BX, 0A722X..0A72FX, 0A732X..0A76FX, 0A77EX..0A787X, 0A790X..0A793X, 0A796X..0A7A9X, 0A7B4X..0A7B7X: IF ~ODD(ORD(ch)) THEN RETURN CHR(ORD(ch) + 1) ELSE RETURN ch END
| 0130X: RETURN 069X
| 0139X..0148X, 0179X..017EX, 01B3X..01B6X, 01CBX..01DCX, 04C1X..04CEX, 02C67X..02C6CX, 02CEBX..02CEEX, 0A779X..0A77CX: IF ODD(ORD(ch)) THEN RETURN CHR(ORD(ch) + 1) ELSE RETURN ch END
| 0178X: RETURN 0FFX
| 0181X: RETURN 0253X
| 0186X: RETURN 0254X
| 0187X, 018BX, 0191X, 0198X, 01A7X, 01ACX, 01AFX, 01B8X, 01BCX, 01C5X, 01C8X, 023BX, 0241X, 0376X, 03F7X, 03FAX, 02183X, 02C60X, 02C72X, 02C75X, 02CF2X, 0A78BX: RETURN CHR(ORD(ch) + 1)
| 0189X..018AX, 0193X: RETURN CHR(ORD(ch) + 205)
| 018EX: RETURN 01DDX
| 018FX: RETURN 0259X
| 0190X: RETURN 025BX
| 0194X: RETURN 0263X
| 0196X, 019CX: RETURN CHR(ORD(ch) + 211)
| 0197X: RETURN 0268X
| 019DX: RETURN 0272X
| 019FX: RETURN 0275X
| 01A6X, 01A9X, 01AEX: RETURN CHR(ORD(ch) + 218)
| 01B1X..01B2X: RETURN CHR(ORD(ch) + 217)
| 01B7X: RETURN 0292X
| 01C4X, 01C7X, 01CAX, 01F1X: RETURN CHR(ORD(ch) + 2)
| 01F6X: RETURN 0195X
| 01F7X: RETURN 01BFX
| 0220X, 03FDX..03FFX: RETURN CHR(ORD(ch) - 130)
| 023AX: RETURN 02C65X
| 023DX: RETURN 019AX
| 023EX: RETURN 02C66X
| 0243X: RETURN 0180X
| 0244X: RETURN 0289X
| 0245X: RETURN 028CX
| 037FX: RETURN 03F3X
| 0386X: RETURN 03ACX
| 0388X..038AX: RETURN CHR(ORD(ch) + 37)
| 038CX: RETURN 03CCX
| 038EX..038FX: RETURN CHR(ORD(ch) + 63)
| 03CFX, 013F0X..013F5X: RETURN CHR(ORD(ch) + 8)
| 03F4X: RETURN 03B8X
| 03F9X, 01FECX: RETURN CHR(ORD(ch) - 7)
| 0400X..040FX: RETURN CHR(ORD(ch) + 80)
| 04C0X: RETURN 04CFX
| 0531X..0556X, 02C00X..02C2EX: RETURN CHR(ORD(ch) + 48)
| 010A0X..010C5X, 010C7X, 010CDX: RETURN CHR(ORD(ch) + 7264)
| 013A0X..013EFX: RETURN CHR(ORD(ch) + 38864)
| 01E9EX: RETURN 0DFX
| 01F08X..01F0FX, 01F18X..01F1DX, 01F28X..01F2FX, 01F38X..01F3FX, 01F48X..01F4DX, 01F68X..01F6FX, 01F88X..01F8FX, 01F98X..01F9FX, 01FA8X..01FAFX, 01FB8X..01FB9X, 01FD8X..01FD9X, 01FE8X..01FE9X: RETURN CHR(ORD(ch) - 8)
| 01F59X..01F60X: IF ODD(ORD(ch)) THEN RETURN CHR(ORD(ch) - 8) ELSE RETURN ch END
| 01FBAX..01FBBX: RETURN CHR(ORD(ch) - 74)
| 01FBCX, 01FCCX, 01FFCX: RETURN CHR(ORD(ch) - 9)
| 01FC8X..01FCBX: RETURN CHR(ORD(ch) - 86)
| 01FDAX..01FDBX: RETURN CHR(ORD(ch) - 100)
| 01FEAX..01FEBX: RETURN CHR(ORD(ch) - 112)
| 01FF8X..01FF9X: RETURN CHR(ORD(ch) - 128)
| 01FFAX..01FFBX: RETURN CHR(ORD(ch) - 126)
| 02126X: RETURN 03C9X
| 0212AX: RETURN 06BX
| 0212BX: RETURN 0E5X
| 02132X: RETURN 0214EX
| 02160X..0216FX: RETURN CHR(ORD(ch) + 16)
| 024B6X..024CFX: RETURN CHR(ORD(ch) + 26)
| 02C62X: RETURN 026BX
| 02C63X: RETURN 01D7DX
| 02C64X: RETURN 027DX
| 02C6DX: RETURN 0251X
| 02C6EX: RETURN 0271X
| 02C6FX: RETURN 0250X
| 02C70X: RETURN 0252X
| 02C7EX..02C7FX: RETURN CHR(ORD(ch) - 10815)
| 0A77DX: RETURN 01D79X
| 0A78DX: RETURN 0265X
| 0A7AAX, 0A7AEX: RETURN CHR(ORD(ch) - 42308)
| 0A7ABX: RETURN 025CX
| 0A7ACX: RETURN 0261X
| 0A7ADX: RETURN 026CX
| 0A7B0X: RETURN 029EX
| 0A7B1X: RETURN 0287X
| 0A7B2X: RETURN 029DX
| 0A7B3X: RETURN 0AB53X
ELSE RETURN ch
END
END Lower;
PROCEDURE IsAlpha* (ch: CHAR): BOOLEAN;
BEGIN
CASE ch OF
| 00X..040X, 05BX..060X, 07BX..0A9X, 0ABX..0B4X, 0B6X..0B9X, 0BBX..0BFX, 0D7X, 0F7X, 02C2X..02C5X, 02D2X..02DFX, 02E5X..02EBX, 02EFX..0344X, 0346X..036FX, 0375X, 0378X..0379X, 0380X..0385X, 0387X, 03A2X, 03F6X, 0482X..0489X, 0530X, 0557X..0558X, 055AX..0560X, 0588X..05AFX, 05C3X, 05C8X..05CFX, 05EBX..05EFX, 05F3X..060FX, 061BX..061FX, 0658X, 066AX..066DX, 06D4X, 06DDX..06E0X, 06E9X..06ECX, 06FDX..06FEX, 0700X..070FX, 0740X..074CX, 07B2X..07BFX, 07EBX..07F3X, 07F6X..07F9X, 07FBX..07FFX, 0818X..0819X, 082DX..083FX, 0859X..085FX, 086BX..089FX, 08B5X, 08BEX..08D3X, 08E0X..08E2X, 08EAX..08EFX, 093CX, 094DX, 0951X..0954X, 0964X..0965X, 0970X, 0984X, 098DX..098EX, 0991X..0992X, 09A9X, 09B3X..09B5X, 09BAX..09BCX, 09C5X..09C6X, 09C9X..09CAX, 09CFX..09D6X, 09D8X..09DBX, 09DEX, 09E4X..09E5X, 09F2X..09FBX, 09FDX..0A00X, 0A04X, 0A0BX..0A0EX, 0A11X..0A12X, 0A29X, 0A31X, 0A34X, 0A37X, 0A3AX..0A3DX, 0A43X..0A46X, 0A49X..0A4AX, 0A4DX..0A50X, 0A52X..0A58X, 0A5FX..0A65X, 0A76X..0A80X, 0A84X, 0A8EX, 0A92X, 0AA9X, 0AB1X, 0AB4X, 0ABAX..0ABCX, 0AC6X, 0ACAX, 0ACDX..0ACFX, 0AD1X..0ADFX, 0AE4X..0AE5X, 0AF0X..0AF8X, 0AFDX..0B00X, 0B04X, 0B0DX..0B0EX, 0B11X..0B12X, 0B29X, 0B31X, 0B34X, 0B3AX..0B3CX, 0B45X..0B46X, 0B49X..0B4AX, 0B4DX..0B55X, 0B58X..0B5BX, 0B5EX, 0B64X..0B65X, 0B72X..0B81X, 0B84X, 0B8BX..0B8DX, 0B91X, 0B96X..0B98X, 0BA0X..0BA2X, 0BA5X..0BA7X, 0BABX..0BADX, 0BBAX..0BBDX, 0BC3X..0BC5X, 0BC9X, 0BCDX..0BCFX, 0BD1X..0BD6X, 0BD8X..0BE5X, 0BF0X..0BFFX, 0C04X, 0C0DX, 0C11X, 0C29X, 0C3AX..0C3CX, 0C45X, 0C49X, 0C4DX..0C54X, 0C57X, 0C5BX..0C5FX, 0C64X..0C65X, 0C70X..0C7FX, 0C84X, 0C8DX, 0C91X, 0CA9X, 0CB4X, 0CBAX..0CBCX, 0CC5X, 0CC9X, 0CCDX..0CD4X, 0CD7X..0CDDX, 0CDFX, 0CE4X..0CE5X, 0CF0X, 0CF3X..0CFFX, 0D04X, 0D0DX, 0D11X, 0D3BX..0D3CX, 0D45X, 0D49X, 0D4FX..0D53X, 0D58X..0D5EX, 0D64X..0D65X, 0D70X..0D79X, 0D80X..0D81X, 0D84X, 0D97X..0D99X, 0DB2X, 0DBEX..0DBFX, 0DC7X..0DCEX, 0DE0X..0DE5X, 0DF0X..0DF1X, 0DF4X..0E00X, 0E3BX..0E3FX, 0E47X..0E4CX, 0E4EX..0E4FX, 0E5AX..0E80X, 0E85X..0E86X, 0E8BX..0E8CX, 0E8EX..0E93X, 0E98X, 0EA0X, 0EA8X..0EA9X, 0EACX, 0EBAX, 0EBEX..0EBFX, 0EC7X..0ECCX, 0ECEX..0ECFX, 0EDAX..0EDBX, 0EE0X..0EFFX, 0F01X..0F1FX, 0F2AX..0F3FX, 0F48X, 0F6DX..0F70X, 0F82X..0F87X, 0F98X, 0FBDX..0FFFX, 01039X..0103AX, 0104AX..0104FX, 01063X..01064X, 01069X..0106DX, 01087X..0108DX, 0108FX, 0109AX..0109BX, 0109EX..0109FX, 010C8X..010CCX, 010CEX..010CFX, 010FBX, 01249X, 0124EX..0124FX, 0125EX..0125FX, 01289X, 0128EX..0128FX, 012B1X, 012B6X..012B7X, 012C6X..012C7X, 012D7X, 01311X, 01316X..01317X, 0135BX..0135EX, 01360X..0137FX, 01390X..0139FX, 013F6X..013F7X, 013FEX..01400X, 0166DX..0166EX, 01680X, 0169BX..0169FX, 016EBX..016EDX, 016F9X..016FFX, 0170DX, 01714X..0171FX, 01734X..0173FX, 01754X..0175FX, 0176DX, 01771X, 01774X..0177FX, 017B4X..017B5X, 017C9X..017D6X, 017D8X..017DBX, 017DDX..017DFX, 017EAX..0180FX, 0181AX..0181FX, 01878X..0187FX, 018ABX..018AFX, 018F6X..018FFX, 0191FX, 0192CX..0192FX, 01939X..01945X, 0196EX..0196FX, 01975X..0197FX, 019ACX..019AFX, 019CAX..019CFX, 019DAX..019FFX, 01A1CX..01A1FX, 01A5FX..01A60X, 01A75X..01A7FX, 01A8AX..01A8FX, 01A9AX..01AA6X, 01AA8X..01AFFX, 01B34X, 01B44X, 01B4CX..01B4FX, 01B5AX..01B7FX, 01BAAX..01BABX, 01BE6X, 01BF2X..01BFFX, 01C36X..01C3FX, 01C4AX..01C4CX, 01C7EX..01C7FX, 01C89X..01CE8X, 01CEDX, 01CF4X, 01CF7X..01CFFX, 01DC0X..01DE6X, 01DF5X..01DFFX, 01F16X..01F17X, 01F1EX..01F1FX, 01F46X..01F47X, 01F4EX..01F4FX, 01F7EX..01F7FX, 01FB5X, 01FBFX..01FC1X, 01FC5X, 01FCDX..01FCFX, 01FD4X..01FD5X, 01FDCX..01FDFX, 01FEDX..01FF1X, 01FF5X, 01FFDX..02070X, 02072X..0207EX, 02080X..0208FX, 0209DX..02101X, 02103X..02106X, 02108X..02109X, 02116X..02118X, 0211EX..02123X, 0212EX, 0213AX..0213BX, 02140X..02144X, 0214AX..0214DX, 0214FX..0215FX, 02189X..024B5X, 024EAX..02BFFX, 02C2FX, 02C5FX, 02CE5X..02CEAX, 02CEFX..02CF1X, 02CF4X..02CFFX, 02D28X..02D2CX, 02D2EX..02D2FX, 02D68X..02D6EX, 02D70X..02D7FX, 02D97X..02D9FX, 02DA7X, 02DAFX, 02DB7X, 02DBFX, 02DC7X, 02DCFX, 02DD7X, 02DDFX, 02E00X..02E2EX, 02E30X..03004X, 03008X..03020X, 0302AX..03030X, 03036X..03037X, 0303DX..03040X, 03097X..0309CX, 030A0X, 030FBX, 03100X..03104X, 0312FX..03130X, 0318FX..0319FX, 031BBX..031EFX, 03200X..033FFX, 04DB6X..04DFFX, 09FEBX..09FFFX, 0A48DX..0A4CFX, 0A4FEX..0A4FFX, 0A60DX..0A60FX, 0A62CX..0A63FX, 0A66FX..0A673X, 0A67CX..0A67EX, 0A6F0X..0A716X, 0A720X..0A721X, 0A789X..0A78AX, 0A7AFX, 0A7B8X..0A7F6X, 0A802X, 0A806X, 0A80BX, 0A828X..0A83FX, 0A874X..0A87FX, 0A8C6X..0A8CFX, 0A8DAX..0A8F1X, 0A8F8X..0A8FAX, 0A8FEX..0A8FFX, 0A92BX..0A92FX, 0A953X..0A95FX, 0A97DX..0A97FX, 0A9B3X, 0A9C0X..0A9CEX, 0A9DAX..0A9DFX, 0A9E5X, 0A9FFX, 0AA37X..0AA3FX, 0AA4EX..0AA4FX, 0AA5AX..0AA5FX, 0AA77X..0AA79X, 0AA7BX..0AA7DX, 0AAC3X..0AADAX, 0AADEX..0AADFX, 0AAF0X..0AAF1X, 0AAF6X..0AB00X, 0AB07X..0AB08X, 0AB0FX..0AB10X, 0AB17X..0AB1FX, 0AB27X, 0AB2FX, 0AB5BX, 0AB66X..0AB6FX, 0ABEBX..0ABEFX, 0ABFAX..0ABFFX, 0D7A4X..0D7AFX, 0D7C7X..0D7CAX, 0D7FCX..0F8FFX, 0FA6EX..0FA6FX, 0FADAX..0FAFFX, 0FB07X..0FB12X, 0FB18X..0FB1CX, 0FB29X, 0FB37X, 0FB42X, 0FB45X, 0FBB2X..0FBD2X, 0FD3EX..0FD4FX, 0FD90X..0FD91X, 0FDC8X..0FDEFX, 0FDFCX..0FE6FX, 0FE75X, 0FEFDX..0FF0FX, 0FF1AX..0FF20X, 0FF3BX..0FF40X, 0FF5BX..0FF65X, 0FFBFX..0FFC1X, 0FFC8X..0FFC9X, 0FFD0X..0FFD1X, 0FFD8X..0FFD9X, 0FFDDX..0FFFFX: RETURN FALSE
| 02EDX..02EEX, 038BX..038EX, 09B1X..09B2X, 09CDX..09CEX, 0A5DX..0A5EX, 0B9BX..0B9EX, 0D4DX..0D4EX, 0DD5X..0DD8X, 0E83X..0E84X, 0E89X..0E8AX, 0EC5X..0EC6X, 01037X..01038X, 01257X..0125AX, 012BFX..012C2X, 01FBDX..01FBEX, 02125X..0212AX, 0AABFX..0AAC2X, 0FB3DX..0FB40X: RETURN ~ODD(ORD(ch))
| 037EX..037FX, 05BEX..05C1X, 05C6X..05C7X, 0B70X..0B71X, 0DBCX..0DBDX, 0EA4X..0EA7X, 010C6X..010C7X, 01F58X..01F5FX, 02114X..02115X, 02D26X..02D27X, 0A8C4X..0A8C5X, 0A8FCX..0A8FDX: RETURN ODD(ORD(ch))
ELSE RETURN TRUE
END
END IsAlpha;
PROCEDURE IsUpper* (ch: CHAR): BOOLEAN;
BEGIN
CASE ch OF
| 041X..05AX, 0C0X..0D6X, 0D8X..0DEX, 0178X..0179X, 0181X..0182X, 0186X..0187X, 0189X..018BX, 018EX..0191X, 0193X..0194X, 0196X..0198X, 019CX..019DX, 019FX..01A0X, 01A6X..01A7X, 01A9X, 01AEX..01AFX, 01B1X..01B3X, 01B7X..01B8X, 01BCX, 01C4X..01C5X, 01C7X..01C8X, 01CAX..01CBX, 01F1X..01F2X, 01F6X..01F8X, 023AX..023BX, 023DX..023EX, 0243X..0246X, 0376X, 037FX, 0388X..038AX, 038EX..038FX, 0391X..03A1X, 03A3X..03ABX, 03CFX, 03D2X..03D4X, 03F4X, 03F9X..03FAX, 03FDX..042FX, 04C0X..04C1X, 0531X..0556X, 010A0X..010C5X, 010C7X, 010CDX, 013A0X..013F5X, 01F08X..01F0FX, 01F18X..01F1DX, 01F28X..01F2FX, 01F38X..01F3FX, 01F48X..01F4DX, 01F68X..01F6FX, 01F88X..01F8FX, 01F98X..01F9FX, 01FA8X..01FAFX, 01FB8X..01FBCX, 01FC8X..01FCCX, 01FD8X..01FDBX, 01FE8X..01FECX, 01FF8X..01FFCX, 02102X, 02107X, 0210BX..0210DX, 02110X..02112X, 02115X, 02119X..0211DX, 0212AX..0212DX, 02130X..02133X, 0213EX..0213FX, 02145X, 02160X..0216FX, 02183X, 024B6X..024CFX, 02C00X..02C2EX, 02C62X..02C64X, 02C6DX..02C70X, 02C72X, 02C75X, 02C7EX..02C80X, 02CF2X, 0A77DX..0A77EX, 0A7AAX..0A7AEX, 0A7B0X..0A7B4X, 0A7B6X, 0FF21X..0FF3AX: RETURN TRUE
| 0100X..0137X, 014AX..0177X, 0184X..0185X, 01A2X..01A5X, 01ACX..01ADX, 01DEX..01EFX, 01F4X..01F5X, 01FAX..0233X, 0248X..024FX, 0370X..0373X, 0386X..0387X, 038CX..038DX, 03D8X..03EFX, 0460X..0481X, 048AX..04BFX, 04D0X..052FX, 01E00X..01E95X, 01E9EX..01EFFX, 02124X..02129X, 02C60X..02C61X, 02C82X..02CE3X, 0A640X..0A66DX, 0A680X..0A69BX, 0A722X..0A72FX, 0A732X..0A76FX, 0A780X..0A787X, 0A790X..0A793X, 0A796X..0A7A9X: RETURN ~ODD(ORD(ch))
| 0139X..0148X, 017BX..017EX, 01B5X..01B6X, 01CDX..01DCX, 0241X..0242X, 03F7X..03F8X, 04C3X..04CEX, 01F59X..01F60X, 02C67X..02C6CX, 02CEBX..02CEEX, 0A779X..0A77CX, 0A78BX..0A78EX: RETURN ODD(ORD(ch))
ELSE RETURN FALSE
END
END IsUpper;
PROCEDURE IsLower* (ch: CHAR): BOOLEAN;
BEGIN
CASE ch OF
| 061X..07AX, 0E0X..0F6X, 0F8X..0FFX, 0137X..0138X, 0148X..0149X, 017EX..0180X, 0188X, 018CX..018DX, 0192X, 0195X, 0199X..019BX, 019EX, 01AAX..01ABX, 01ADX, 01B0X, 01B9X..01BAX, 01BDX..01BFX, 01C5X..01C6X, 01C8X..01C9X, 01CBX..01CCX, 01DCX..01DDX, 01EFX..01F0X, 01F2X..01F3X, 01F5X, 0233X..0239X, 023CX, 023FX..0240X, 0242X, 024FX..0293X, 0295X..02B8X, 02C0X..02C1X, 02E0X..02E4X, 0345X, 0377X, 037AX..037DX, 0390X, 03ACX..03CEX, 03D0X..03D1X, 03D5X..03D7X, 03EFX..03F3X, 03F5X, 03F8X, 03FBX..03FCX, 0430X..045FX, 04CEX..04CFX, 0561X..0587X, 013F8X..013FDX, 01C80X..01C88X, 01D00X..01DBFX, 01E95X..01E9DX, 01EFFX..01F07X, 01F10X..01F15X, 01F20X..01F27X, 01F30X..01F37X, 01F40X..01F45X, 01F50X..01F57X, 01F60X..01F67X, 01F70X..01F7DX, 01F80X..01F87X, 01F90X..01F97X, 01FA0X..01FA7X, 01FB0X..01FB4X, 01FB6X..01FB7X, 01FBEX, 01FC2X..01FC4X, 01FC6X..01FC7X, 01FD0X..01FD3X, 01FD6X..01FD7X, 01FE0X..01FE7X, 01FF2X..01FF4X, 01FF6X..01FF7X, 02071X, 0207FX, 02090X..0209CX, 0210AX, 0210EX..0210FX, 02113X, 0212FX, 02134X, 02139X, 0213CX..0213DX, 02146X..02149X, 0214EX, 02170X..0217FX, 02184X, 024D0X..024E9X, 02C30X..02C5EX, 02C61X, 02C65X..02C66X, 02C73X..02C74X, 02C76X..02C7DX, 02CE3X..02CE4X, 02CF3X, 02D00X..02D25X, 02D27X, 02D2DX, 0A69BX..0A69DX, 0A72FX..0A731X, 0A76FX..0A778X, 0A793X..0A795X, 0A7F8X..0A7FAX, 0AB30X..0AB5AX, 0AB5CX..0AB65X, 0AB70X..0ABBFX, 0FB00X..0FB06X, 0FB13X..0FB17X, 0FF41X..0FF5AX: RETURN TRUE
| 0101X..0136X, 014BX..0178X, 0183X..0186X, 01A1X..01A6X, 01DFX..01EEX, 01F9X..0232X, 0247X..024EX, 0371X..0374X, 03D9X..03EEX, 0461X..0482X, 048BX..04C0X, 04D1X..0530X, 01E01X..01E94X, 01E9FX..01EFEX, 02C71X..02C72X, 02C81X..02CE2X, 0A641X..0A66EX, 0A681X..0A69AX, 0A723X..0A72EX, 0A733X..0A76EX, 0A77FX..0A788X, 0A791X..0A792X, 0A797X..0A7AAX, 0A7B5X..0A7B8X: RETURN ODD(ORD(ch))
| 013AX..0147X, 017AX..017DX, 01A8X..01A9X, 01B4X..01B7X, 01CEX..01DBX, 04C2X..04CDX, 02C68X..02C6DX, 02CECX..02CEFX, 0A77AX..0A77DX, 0A78CX..0A78FX: RETURN ~ODD(ORD(ch))
ELSE RETURN FALSE
END
END IsLower;
PROCEDURE ToUpper* (IN in: ARRAY OF CHAR; OUT out: ARRAY OF CHAR);
VAR i, max: INTEGER;
BEGIN i := 0; max := LEN(out)-1;
WHILE (in[i] # 0X) & (i < max) DO
out[i] := Upper(in[i]);
INC(i)
END;
out[i] := 0X
END ToUpper;
PROCEDURE ToLower* (IN in: ARRAY OF CHAR; OUT out: ARRAY OF CHAR);
VAR i, max: INTEGER;
BEGIN i := 0; max := LEN(out)-1;
WHILE (in[i] # 0X) & (i < max) DO
out[i] := Lower(in[i]);
INC(i)
END;
out[i] := 0X
END ToLower;
PROCEDURE IsIdentStart* (ch: CHAR): BOOLEAN;
BEGIN
CASE ch OF
"a".."z", "A".."Z", "_": RETURN TRUE
ELSE
IF ch > 7FX THEN RETURN IsAlpha(ch) ELSE RETURN FALSE END
END
END IsIdentStart;
PROCEDURE IsIdent* (ch: CHAR): BOOLEAN;
BEGIN
(* returns IsIdentStart(ch) OR IsNumeric(ch); optimized because heavily used in the compiler *)
CASE ch OF
"a".."z", "A".."Z", "_", "0".."9": RETURN TRUE
ELSE
IF ch > 7FX THEN RETURN IsAlpha(ch) ELSE RETURN FALSE END
END
END IsIdent;
PROCEDURE IsNumeric* (ch: CHAR): BOOLEAN;
BEGIN
RETURN ("0" <= ch) & (ch <= "9")
END IsNumeric;
PROCEDURE IsAlphaNumeric* (ch: CHAR): BOOLEAN;
BEGIN
RETURN IsAlpha(ch) OR IsNumeric(ch)
END IsAlphaNumeric;
PROCEDURE Init;
BEGIN
decimalSign := ".";
digits := "0123456789ABCDEF";
maxExp := SHORT(ENTIER(Math.Log(MAX(REAL)))) + 1;
maxDig := SHORT(ENTIER(-Math.Log(Math.Eps())));
factor := Math.IntPower(10, maxDig)
END Init;
BEGIN
Init
END Strings.
| System/Mod/Strings.odc |
MODULE Utf;
PROCEDURE Utf8ToString* (IN in: ARRAY OF SHORTCHAR; OUT out: ARRAY OF CHAR;
OUT res: INTEGER);
VAR i, j, val, max: INTEGER; ch: SHORTCHAR;
PROCEDURE FormatError();
BEGIN out := in$; res := 2 (*format error*)
END FormatError;
BEGIN
ch := in[0]; i := 1; j := 0; max := LEN(out) - 1;
WHILE (ch # 0X) & (j < max) DO
IF ch < 80X THEN
out[j] := ch; INC(j)
ELSIF ch < 0E0X THEN
val := ORD(ch) - 192;
IF val < 0 THEN FormatError; RETURN END ;
ch := in[i]; INC(i); val := val * 64 + ORD(ch) - 128;
IF (ch < 80X) OR (ch >= 0E0X) THEN FormatError; RETURN END ;
out[j] := CHR(val); INC(j)
ELSIF ch < 0F0X THEN
val := ORD(ch) - 224;
ch := in[i]; INC(i); val := val * 64 + ORD(ch) - 128;
IF (ch < 80X) OR (ch >= 0E0X) THEN FormatError; RETURN END ;
ch := in[i]; INC(i); val := val * 64 + ORD(ch) - 128;
IF (ch < 80X) OR (ch >= 0E0X) THEN FormatError; RETURN END ;
out[j] := CHR(val); INC(j)
ELSE
FormatError; RETURN
END ;
ch := in[i]; INC(i)
END;
out[j] := 0X;
IF ch = 0X THEN res := 0 (*ok*) ELSE res := 1 (*truncated*) END
END Utf8ToString;
PROCEDURE StringToUtf8* (IN in: ARRAY OF CHAR; OUT out: ARRAY OF SHORTCHAR;
OUT res: INTEGER);
VAR i, j, val, max: INTEGER;
BEGIN
i := 0; j := 0; max := LEN(out) - 3;
WHILE (in[i] # 0X) & (j < max) DO
val := ORD(in[i]); INC(i);
IF val < 128 THEN
out[j] := SHORT(CHR(val)); INC(j)
ELSIF val < 2048 THEN
out[j] := SHORT(CHR(val DIV 64 + 192)); INC(j);
out[j] := SHORT(CHR(val MOD 64 + 128)); INC(j)
ELSE
out[j] := SHORT(CHR(val DIV 4096 + 224)); INC(j);
out[j] := SHORT(CHR(val DIV 64 MOD 64 + 128)); INC(j);
out[j] := SHORT(CHR(val MOD 64 + 128)); INC(j)
END;
END;
out[j] := 0X;
IF in[i] = 0X THEN res := 0 (*ok*) ELSE res := 1 (*truncated*) END
END StringToUtf8;
END Utf. | System/Mod/Utf.odc |
MODULE Views;
(**
project = "BlackBox2.0, diffs from 1.7.2 marked by green"
organization = "www.oberon.ch, blackbox.oberon.org"
contributors = "Oberon microsystems, Anton Dmitriev, Ketmar Dark"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 2019.11, ad,
AD: Amendment proposal: RootFrames may be embedded into Frames (2019/11)
Previously, RootFrames could not be installed into other frames; they were meant to be connected directly to ports, and referenced directly by Windows.Window and instantiated by Documents.Document.GetNewFrame. A RootFrame was always the root of a tree of frames inside one window. RootFrames were never closed by Views, they were persistent throughout a window/documet lifetime, unlike other frames that were created and closed by Views at any time at it's own discretion, and were nowhere close to persistent.
My amendment allows for RootFrames to be installed into other frames, possibly other RootFrames. This, I figured, is by far the easiest and most organic (to BlackBox framework) way to allow windows to be displayed inside other windows (as well as some other pleasant perks, see Windows.Layout, TylerWindows.Layout, TylerWindows.Pane). I figured this out after two other experiments. 1) with Host-os object, in my case, GTK Drawing Areas. This path depends heavily on GTK which is buggy, unpredictable and asynchronous => complex, and produces Host-specific unportable code. 2) with ProxyPorts: a ProxyPort is a Port that directs all drawing operations onto another actual port. This path provides for portable BlackBox code; however, I ran into trouble with rounding errors. A guest window (the one displayed inside another window) is embedded in some view, and it's location and size are determined in Universal Coordinates. So, when actually restoring the guest window on the host window, the conversions would be as follows: (Guest view inside guest window, UCs) => ProxyPort, pixels => Host view inside host window, UCs => host window's port, pixels. Somewhere along the lines of these coversions an extra line of "orphaned" pixels would occur under some conditions: a line that would not be "owned" and restored by either guest or host window. This of course is not acceptable in a UI, so I abandoned this path. I still think, though, that the orphaed pixel problem could be fixed by a more thorough researcher than myself, and having a working ProxyPort might open new possibilities in building UIs, including over-the-network UIs.
I went the third path and amended Views to allow RootFrames to be embedded into other frames. On top of solving the task that was in front of me - a tiling window manager for BB - it brought some other benefits.
1) A Host-independent implementation of scrollbars in which scrollbars are first-class BlackBox views - that is, they receive messages just as any other BB view, and the same restoration mechanism is used. This allows for the same host-independent scrollbars to be used in custom views and in windows. To hell with GTK!
2) A window may now have arbitrary structure and number of views that are part of the window, but not part of the document; these are first-class BB views, they receive all messages and BB restoration mechanism is used for them. This allows to build things like window toolbars in the BlackBox way: a toolbar is an arbitrary Views.View extension; even a Forms.Form can be opened as a "pane" (toolbar). Now how about that! A particular case of such panes is a non-modal dialog; one such dialog that I built is the File Close dialog (presented to the user when he attempts to close a "dirty" document).
All this to say, I'm happy with the third path I eventually chose, and I'm looking forward for toolbars and nonmodal dialogs to appear as extesions and applications of my work.
So, under my amendment, the frame tree can now have multiple RootFrames. The topmost RootFrame is called UltimateRoot in module text.
The views structure is determined by applications and is thus permanent, from the framework's perspective: the application decides when a view is created, when it is removed, and where it is embedded. Module Views has no knowledge and makes no assumptions about the creation, removal and embedding of views. Views is agnostic of the view graph. However, the framework knows everything about the visualization structure; a frame is the central element of the visualization structure. The app tells Views what visualization structure it wants by calling Views.InstallFrame. When a frame (a view) becomes obscured (overlaid by another frame/view or scrolled out inside a window or it's container), Views removes the frame. And this is the problem: under my amendment, RootFrames may be embedded, and Views may want to remove a RootFrame. This would break, well, everything: Windows and Documents assert that RootFrames are persistent. Here is why. For instance, when a TextViews.View is opened in a window, the frame tree has a RootFrame (displaying the Document), and a frame for the TextView, and frames for each embedded visible(!) view. This structure is preserved even when the window is obscured by other windows, or when it is minimized. This structure is necessary for critical things in the framework to work: for example, when the Find dialog is opened, the dialog itself is the front window, and the text is the target window; if the Find dialog obscures the target window, the target's frame structure has to be preserved, otherwise things that depend on Controllers.Focus(Controllers.targetPath) will not work: Controllers.Focus() sends messages into the target window, and if there is no frame tree, well, there's no one to receive and process the messages, thus, no focus frame/view.
Merely "uninstalling" (disembedding) a RootFrame and preventing it from being removed and Closed doesn't work either, and here's why. Even if a RootFrame is "uninstalled" (unreachable from it's previous - or any - embedding frame), it is still connected to a Port. Thus, any attempt to draw inside that frame tree will succeed - resulting in obscured windows drawing over an overlaying window - mess! Thus when a RootFrame is "uninstalled", any drawing in it's frame tree should be suppressed.
This constitutes a new "condition" for a RootFrame: a RootFrame becomes obscured when it is uninstalled from it's embedding view. When a RootFrame is obscured, it's rider's clipping rectangle is set to an empty rectangle (0x0); all Update operations are stored in the Update Regions (in the usual way), and Restore operations make sure that the clipping rectangle is not altered. Thus, drawing into obscured RootFrames is suppressed in a manner transparent to the clients.
(My other attempt to solve this problem was to temporarily disconnect obscured RootFrames from their ports, but this results in traps because clients expect a RootFrame to be properly connected to a port)
I figured it's not necessary to introduce a new constant to mark and identify the obscured state; it is always deductible from the rest of RootFrame state; however, it is possible to introduce such a constant for the .state field in order to (possibly) increase effectiveness: it is cheaper to check the .state field than call a procedure that deduces the obscured state.
Now, under my amendments, RootFrames have to be closed explicitly by calling CloseRoot (to be replaced with root.Close). Formerly, RootFrames were closed by Views whenever their clipping rectangle was set to (0, 0); this was done as part of window closing. Now RootFrames may be embedded into other frames, and having and empty clipping rectangle does not necessarily signal end-of-life for RootFrame; so an explicit way was introduced to tell Views that a RootFrame has reached an end of it's life.
On messaging. It was the assertion of Views (and all it's clients) that Broadcasts only run from a RootFrame down to the underlying frame tree, which did not include any other RootFrames. I have preserved this assumption: messages are not broadcast into embedded RootViews. (How do they ever get there? Well, the message would have to be broadcast into the (embedded) window that holds reference to the (embedded) RootFrame - which actually is the case anyway under the current implementation of Windows and Sequencers).
As far as CtrlMessages are concerned - well, it is not decided by the framework anyway where to forward a CtrlMessage, so no assumptions are broken here either: it is up to the receiver of a CtrlMessage to decide where to forward it, if at all.
The assumptions of procedures HostOf and RootOf have been preserved: they work their way up the frame tree until they encounter a RootFrame, at which point they stop - just as was the case before my amendments. One could say they stay "within" one window, even when it is embedded in another window.
The restoration procedures are the ones that have been changed the most: embedded RootFrames are restored as part of their embedde's restoration process.
Usage:
To conect a RootFrame to a view: PROCEDURE SetRoot
To install a RootFrame into another frame: PROCEDURE InstallRoot. It is similar in purpose and implementation to InstallFrame, but unlike InstallFrame it takes a RootFrame, not a view, and does not create a new frame.
Traditional usage: SetRoot followed by AdaptRoot
Amended RootFrame usage: SetRoot, then AdaptRoot whenever the position or size of the RootFrame changes; then InstallRoot to embed the RootFrame into another frame. (SetRoot also needs to be called when a RootFrame becomes/unbecomes focus.)Amendment proposal: RootFrames may be embedded into Frames
- 2019.12, ad, allow root views to request transparent background; Ports.background is used under the top root view; transparent background is provided for root views embedded in other views.
- YYYYMMDD, nn, ...
"
issues = "
- fundamentally, using purely host-specific area-invalidation would be better, but that would be major change
"
**)
IMPORT SYSTEM, Kernel,
Log, Dialog, Files, Services, Fonts, Stores, Converters, Ports, Sequencers, Models;
CONST
(** View.Background color **)
transparent* = 0FF000000H;
(** Views.CopyModel / Views.CopyOf shallow **)
deep* = FALSE; shallow* = TRUE;
(** Update, UpdateIn rebuild **)
keepFrames* = FALSE; rebuildFrames* = TRUE;
(** Deposit, QualifiedDeposit, Fetch w, h **)
undefined* = 0;
(** OldView, RegisterView ask **)
dontAsk* = FALSE; ask* = TRUE;
(* method numbers (UNSAFE!) *)
(* copyFrom = 1; *)
copyFromModelView = 7; copyFromSimpleView = 8;
(* Frame.state *)
new = 0; open = 1; closed = 2;
maxN = 30; (* max number of rects used to approximate a region *)
minVersion = 0; maxVersion = 0;
(* actOp *)
handler = 1; restore = 2; externalize = 3;
markBorderSize = 2;
clean* = Sequencers.clean;
notUndoable* = Sequencers.notUndoable;
invisible* = Sequencers.invisible;
magic = -19780528; (* used to SetRect and SetOffset on an obscured RootFrame, and to identify an obscured RootFrame; could be eliminated or replaced with a Frame.state constant *)
(* this is magic offset for new, but not yet "mapped" windows from tiler *)
hMagic = 0 - 03FFFFFFH;
TYPE
(** views **)
View* = POINTER TO ABSTRACT RECORD (Stores.Store)
context-: Models.Context; (** stable context # NIL **)
era: INTEGER;
guard: INTEGER; (* = TrapCount()+1 if view is addressee of ongoing broadcast *)
bad: SET
END;
Alien* = POINTER TO LIMITED RECORD (View)
store-: Stores.Alien
END;
Title* = ARRAY 64 OF CHAR;
TrapAlien = POINTER TO RECORD (Stores.Store) END;
(** frames **)
Frame* = POINTER TO ABSTRACT RECORD (Ports.Frame)
l-, t-, r-, b-: INTEGER; (** l < r, t < b **)
view-: View; (** opened => view # NIL, view.context # NIL, view.seq # NIL **)
front-, mark-: BOOLEAN;
state: BYTE;
x, y: INTEGER; (* origin in coordinates of environment *) (** origin relative to host; gx, gy is relative to port! *)
gx0, gy0: INTEGER; (* global origin w/o local subpixel scrolling compensation *)
sx, sy: INTEGER; (* cumulated local sub-pixel scrolling compensation *)
next, down, up, focus: Frame;
level: INTEGER (* used for partial z-ordering *)
END;
(** Views.Frame, unlike Ports.Frame, support the notion of nesting and hosting, cf. Views.InstallFrame Views.HostOf, etc. *)
Message* = ABSTRACT RECORD
view-: View (** view # NIL **)
END;
NotifyMsg* = EXTENSIBLE RECORD (Message)
id0*, id1*: INTEGER;
opts*: SET
END;
NotifyHook = POINTER TO RECORD (Dialog.NotifyHook) END;
UpdateCachesMsg* = EXTENSIBLE RECORD (Message) END;
ScrollClassMsg* = RECORD (Message)
allowBitmapScrolling*: BOOLEAN (** OUT, preset to FALSE **)
END;
(** property messages **)
PropMessage* = ABSTRACT RECORD END;
(** controller messages **)
CtrlMessage* = ABSTRACT RECORD END;
CtrlMsgHandler* = PROCEDURE (op: INTEGER; f, g: Frame; VAR msg: CtrlMessage;
VAR mark, front, req: BOOLEAN
);
UpdateMsg = RECORD (Message)
scroll, rebuild, all: BOOLEAN;
l, t, r, b, dx, dy: INTEGER
END;
Rect = RECORD
v: View;
rebuild: BOOLEAN;
l, t, r, b: INTEGER
END;
Region = POINTER TO RECORD
n: INTEGER;
r: ARRAY maxN OF Rect
END;
RootFrame* = POINTER TO RECORD (Frame)
flags-: SET;
update: Region (* allocated lazily by SetRoot *)
END;
StdFrame = POINTER TO RECORD (Frame) END;
(* view producer/consumer decoupling *)
QueueElem = POINTER TO RECORD
next: QueueElem;
view: View
END;
GetSpecHook* = POINTER TO ABSTRACT RECORD END;
ViewHook* = POINTER TO ABSTRACT RECORD END;
MsgHook* = POINTER TO ABSTRACT RECORD END;
VAR
HandleCtrlMsg-: CtrlMsgHandler;
domainGuard: INTEGER; (* = TrapCount()+1 if domain is addressee of ongoing domaincast *)
actView: View;
actFrame: RootFrame;
actOp: INTEGER;
copyModel: Models.Model; (* context for (View)CopyFrom; reset by TrapCleanup *)
queue: RECORD
len: INTEGER;
head, tail: QueueElem
END;
getSpecHook: GetSpecHook;
viewHook: ViewHook;
msgHook: MsgHook;
rootToInstall: RootFrame; (* parameter InstallRoot => InstallFrame *)
PROCEDURE Overwritten (v: View; mno: INTEGER): BOOLEAN;
VAR base, actual: PROCEDURE;
BEGIN
SYSTEM.GET(SYSTEM.TYP(View) - 4 * (mno + 1), base);
SYSTEM.GET(SYSTEM.TYP(v) - 4 * (mno + 1), actual);
RETURN actual # base
END Overwritten;
(** Hooks **)
PROCEDURE (h: GetSpecHook) GetExtSpec* (s: Stores.Store; VAR loc: Files.Locator;
VAR name: Files.Name; VAR conv: Converters.Converter), NEW, ABSTRACT;
PROCEDURE (h: GetSpecHook) GetIntSpec* (VAR loc: Files.Locator; VAR name: Files.Name;
VAR conv: Converters.Converter), NEW, ABSTRACT;
PROCEDURE SetGetSpecHook*(h: GetSpecHook);
BEGIN
getSpecHook := h
END SetGetSpecHook;
PROCEDURE (h: ViewHook) OldView* (loc: Files.Locator; VAR name: Files.Name;
VAR conv: Converters.Converter): View, NEW, ABSTRACT;
PROCEDURE (h: ViewHook) Open* (s: View; title: ARRAY OF CHAR;
loc: Files.Locator; name: Files.Name; conv: Converters.Converter;
asTool, asAux, noResize, allowDuplicates, neverDirty: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (h: ViewHook) RegisterView* (s: View; loc: Files.Locator;
name: Files.Name; conv: Converters.Converter), NEW, ABSTRACT;
PROCEDURE SetViewHook*(h: ViewHook);
BEGIN
viewHook := h
END SetViewHook;
PROCEDURE (h: MsgHook) Omnicast* (VAR msg: ANYREC), NEW, ABSTRACT;
PROCEDURE (h: MsgHook) RestoreDomain* (domain: Stores.Domain), NEW, ABSTRACT;
PROCEDURE SetMsgHook*(h: MsgHook);
BEGIN
msgHook := h
END SetMsgHook;
(** Model protocol **)
PROCEDURE (v: View) CopyFromSimpleView- (source: View), NEW, EMPTY;
PROCEDURE (v: View) CopyFromModelView- (source: View; model: Models.Model), NEW, EMPTY;
PROCEDURE (v: View) ThisModel* (): Models.Model, NEW, EXTENSIBLE;
BEGIN
RETURN NIL
END ThisModel;
(** Store protocol **)
PROCEDURE (v: View) CopyFrom- (source: Stores.Store);
VAR tm, fm: Models.Model; c: Models.Context;
BEGIN
tm := copyModel; copyModel := NIL;
WITH source: View DO
v.era := source.era;
actView := NIL;
IF tm = NIL THEN (* if copyModel wasn't preset then use deep copy as default *)
fm := source.ThisModel();
IF fm # NIL THEN tm := Stores.CopyOf(fm)(Models.Model) END
END;
actView := v;
IF Overwritten(v, copyFromModelView) THEN (* new View *)
ASSERT(~Overwritten(v, copyFromSimpleView), 20);
c := v.context;
v.CopyFromModelView(source, tm);
ASSERT(v.context = c, 60)
ELSE (* old or simple View *)
(* IF tm # NIL THEN v.InitModel(tm) END *)
c := v.context;
v.CopyFromSimpleView(source);
ASSERT(v.context = c, 60)
END
END
END CopyFrom;
PROCEDURE (v: View) Internalize- (VAR rd: Stores.Reader), EXTENSIBLE;
VAR thisVersion: INTEGER;
BEGIN
v.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxVersion, thisVersion)
END Internalize;
PROCEDURE (v: View) Externalize- (VAR wr: Stores.Writer), EXTENSIBLE;
BEGIN
v.Externalize^(wr);
wr.WriteVersion(maxVersion)
END Externalize;
(** embedding protocol **)
PROCEDURE (v: View) InitContext* (context: Models.Context), NEW, EXTENSIBLE;
BEGIN
ASSERT(context # NIL, 21);
ASSERT((v.context = NIL) OR (v.context = context), 22);
v.context := context
END InitContext;
PROCEDURE (v: View) GetBackground* (VAR color: Ports.Color), NEW, EMPTY;
PROCEDURE (v: View) ConsiderFocusRequestBy- (view: View), NEW, EMPTY;
PROCEDURE (v: View) Neutralize*, NEW, EMPTY;
(** Frame protocol **)
PROCEDURE (v: View) GetNewFrame* (VAR frame: Frame), NEW, EMPTY;
PROCEDURE (v: View) Restore* (f: Frame; l, t, r, b: INTEGER), NEW, ABSTRACT;
PROCEDURE (v: View) RestoreMarks* (f: Frame; l, t, r, b: INTEGER), NEW, EMPTY;
(** handlers **)
PROCEDURE (v: View) HandleModelMsg- (VAR msg: Models.Message), NEW, EMPTY;
PROCEDURE (v: View) HandleViewMsg- (f: Frame; VAR msg: Message), NEW, EMPTY;
PROCEDURE (v: View) HandleCtrlMsg* (f: Frame; VAR msg: CtrlMessage; VAR focus: View), NEW, EMPTY;
PROCEDURE (v: View) HandlePropMsg- (VAR msg: PropMessage), NEW, EMPTY;
(** Alien **)
PROCEDURE (a: Alien) Externalize- (VAR wr: Stores.Writer);
BEGIN
HALT(100)
END Externalize;
PROCEDURE (a: Alien) Internalize- (VAR rd: Stores.Reader);
BEGIN
HALT(100)
END Internalize;
PROCEDURE (a: Alien) CopyFromSimpleView- (source: View);
BEGIN
a.store := Stores.CopyOf(source(Alien).store)(Stores.Alien); Stores.Join(a, a.store)
END CopyFromSimpleView;
PROCEDURE (a: Alien) Restore* (f: Frame; l, t, r, b: INTEGER);
VAR u, w, h: INTEGER;
BEGIN
u := f.dot; a.context.GetSize(w, h);
f.DrawRect(0, 0, w, h, Ports.fill, Ports.grey25);
f.DrawRect(0, 0, w, h, 2 * u, Ports.grey75);
f.DrawLine(0, 0, w - u, h - u, u, Ports.grey75);
f.DrawLine(w - u, 0, 0, h - u, u, Ports.grey75)
END Restore;
(** TrapAlien **)
PROCEDURE (v: TrapAlien) Internalize (VAR rd: Stores.Reader);
BEGIN
v.Internalize^(rd);
rd.TurnIntoAlien(3)
END Internalize;
PROCEDURE (v: TrapAlien) Externalize (VAR rd: Stores.Writer);
END Externalize;
PROCEDURE (v: TrapAlien) CopyFrom (source: Stores.Store), EMPTY;
(** Frame **)
PROCEDURE (f: Frame) Close* (), NEW, EMPTY;
(* Rect, Region *)
PROCEDURE Union (VAR u: Rect; r: Rect);
BEGIN
IF r.v # u.v THEN u.v := NIL END;
IF r.rebuild THEN u.rebuild := TRUE END;
IF r.l < u.l THEN u.l := r.l END;
IF r.t < u.t THEN u.t := r.t END;
IF r.r > u.r THEN u.r := r.r END;
IF r.b > u.b THEN u.b := r.b END
END Union;
PROCEDURE Add (rgn: Region; v: View; rebuild: BOOLEAN; gl, gt, gr, gb: INTEGER);
(* does not perfectly maintain invariant of non-overlapping approx rects ... *)
VAR q: Rect; i, j, n: INTEGER; x: ARRAY maxN OF BOOLEAN;
BEGIN
q.v := v; q.rebuild := rebuild; q.l := gl; q.t := gt; q.r := gr; q.b := gb;
n := rgn.n + 1;
i := 0;
WHILE i < rgn.n DO
x[i] := (gl < rgn.r[i].r) & (rgn.r[i].l < gr) & (gt < rgn.r[i].b) & (rgn.r[i].t < gb);
(* q INTERSECTS with r[i] *)
IF x[i] THEN Union(q, rgn.r[i]); DEC(n) END;
INC(i)
END;
IF n > maxN THEN
(* n = maxN + 1 -> merge q with arbitrarily picked rect and Add *)
Union(q, rgn.r[maxN - 1]); Add(rgn, v, q.rebuild, q.l, q.t, q.r, q.b)
ELSE
i := 0; WHILE (i < rgn.n) & ~x[i] DO INC(i) END;
rgn.r[i] := q; INC(i); WHILE (i < rgn.n) & ~x[i] DO INC(i) END;
j := i; WHILE (i < rgn.n) & x[i] DO INC(i) END;
WHILE i < rgn.n DO (* ~x[i] *)
rgn.r[j] := rgn.r[i]; INC(j); INC(i);
WHILE (i < rgn.n) & x[i] DO INC(i) END
END;
rgn.n := n
END
END Add;
PROCEDURE AddRect (root: RootFrame; f: Frame; l, t, r, b: INTEGER; rebuild: BOOLEAN);
VAR rl, rt, rr, rb: INTEGER; i: INTEGER;
BEGIN
INC(l, f.gx); INC(t, f.gy); INC(r, f.gx); INC(b, f.gy);
rl := root.l + root.gx; rt := root.t + root.gy; rr := root.r + root.gx; rb := root.b + root.gy;
IF l < rl THEN l := rl END;
IF t < rt THEN t := rt END;
IF r > rr THEN r := rr END;
IF b > rb THEN b := rb END;
IF (l < r) & (t < b) THEN
Add(root.update, f.view, rebuild, l, t, r, b);
i := 0;
WHILE (i < root.update.n)
& (~root.update.r[i].rebuild OR (root.update.r[i].v # NIL)) DO INC(i) END;
IF i < root.update.n THEN
Add(root.update, root.view, TRUE, rl, rt, rr, rb)
(* Updates+Rebuilds the whole root frame *)
END
END
END AddRect;
(** miscellaneous **)
PROCEDURE RestoreDomain* (domain: Stores.Domain);
BEGIN
ASSERT(msgHook # NIL, 100);
msgHook.RestoreDomain(domain)
END RestoreDomain;
PROCEDURE MarkBorder* (host: Ports.Frame; view: View; l, t, r, b: INTEGER);
VAR s: INTEGER;
BEGIN
IF view # NIL THEN
s := markBorderSize * host.dot;
host.MarkRect(l - s, t - s, r + s, b + s, s, Ports.dim50, Ports.show)
END
END MarkBorder;
(** views **)
PROCEDURE SeqOf (v: View): Sequencers.Sequencer;
VAR (*c: Models.Context;*) d: Stores.Domain; seq: Sequencers.Sequencer; any: ANYPTR;
BEGIN
d := v.Domain(); seq := NIL;
IF d # NIL THEN
any := d.GetSequencer();
IF (any # NIL) & (any IS Sequencers.Sequencer) THEN
seq := any(Sequencers.Sequencer)
END
END;
RETURN seq
END SeqOf;
PROCEDURE Era* (v: View): INTEGER;
(** pre: v # NIL *)
(** post:
v.ThisModel() # NIL
in-synch(v) iff Era(v) = Models.Era(v.ThisModel())
**)
BEGIN
ASSERT(v # NIL, 20);
RETURN v.era
END Era;
PROCEDURE BeginScript* (v: View; name: Stores.OpName; OUT script: Stores.Operation);
(** pre: v # NIL *)
(** post: (script # NIL) iff (v.seq # NIL) **)
VAR seq: Sequencers.Sequencer;
BEGIN
ASSERT(v # NIL, 20);
seq := SeqOf(v);
IF seq # NIL THEN seq.BeginScript(name, script)
ELSE script := NIL
END
END BeginScript;
PROCEDURE Do* (v: View; name: Stores.OpName; op: Stores.Operation);
(** pre: v # NIL, op # NIL, ~op.inUse **)
VAR seq: Sequencers.Sequencer;
BEGIN
ASSERT(v # NIL, 20); ASSERT(op # NIL, 21); (* ASSERT(~op.inUse, 22); *)
seq := SeqOf(v);
IF seq # NIL THEN seq.Do(v, name, op) ELSE op.Do END
END Do;
PROCEDURE LastOp* (v: View): Stores.Operation;
(** pre: v # NIL **)
VAR seq: Sequencers.Sequencer;
BEGIN
ASSERT(v # NIL, 20);
seq := SeqOf(v);
IF seq # NIL THEN RETURN seq.LastOp(v) ELSE RETURN NIL END
END LastOp;
PROCEDURE Bunch* (v: View);
(** pre: v # NIL **)
VAR seq: Sequencers.Sequencer;
BEGIN
ASSERT(v # NIL, 20);
seq := SeqOf(v); ASSERT(seq # NIL, 21);
seq.Bunch(v)
END Bunch;
PROCEDURE StopBunching* (v: View);
(** pre: v # NIL **)
VAR seq: Sequencers.Sequencer;
BEGIN
ASSERT(v # NIL, 20);
seq := SeqOf(v);
IF seq # NIL THEN seq.StopBunching END
END StopBunching;
PROCEDURE EndScript* (v: View; script: Stores.Operation);
(** pre: (script # NIL) iff (v.seq # NIL) **)
VAR seq: Sequencers.Sequencer;
BEGIN
ASSERT(v # NIL, 20);
seq := SeqOf(v);
IF seq # NIL THEN ASSERT(script # NIL, 21); seq.EndScript(script)
ELSE ASSERT(script = NIL, 22)
END
END EndScript;
PROCEDURE BeginModification* (type: INTEGER; v: View);
VAR seq: Sequencers.Sequencer;
BEGIN
ASSERT(v # NIL, 20);
seq := SeqOf(v);
IF seq # NIL THEN seq.BeginModification(type, v) END
END BeginModification;
PROCEDURE EndModification* (type: INTEGER; v: View);
VAR seq: Sequencers.Sequencer;
BEGIN
ASSERT(v # NIL, 20);
seq := SeqOf(v);
IF seq # NIL THEN seq.EndModification(type, v) END
END EndModification;
PROCEDURE SetDirty* (v: View);
VAR seq: Sequencers.Sequencer;
BEGIN
ASSERT(v # NIL, 20);
seq := SeqOf(v);
IF seq # NIL THEN seq.SetDirty(TRUE) END
END SetDirty;
PROCEDURE Domaincast* (domain: Stores.Domain; VAR msg: Message);
VAR g: INTEGER; seq: ANYPTR;
BEGIN
IF domain # NIL THEN
seq := domain.GetSequencer();
IF seq # NIL THEN
msg.view := NIL;
g := Kernel.trapCount + 1;
IF domainGuard > 0 THEN ASSERT(domainGuard # g, 20) END;
domainGuard := g;
seq(Sequencers.Sequencer).Handle(msg);
domainGuard := 0
END
END
END Domaincast;
PROCEDURE Broadcast* (v: View; VAR msg: Message);
VAR seq: Sequencers.Sequencer; g: INTEGER;
BEGIN
ASSERT(v # NIL, 20);
msg.view := v;
seq := SeqOf(v);
IF seq # NIL THEN
g := Kernel.trapCount + 1;
IF v.guard > 0 THEN ASSERT(v.guard # g, 21) END;
v.guard := g;
seq.Handle(msg);
v.guard := 0
END
END Broadcast;
PROCEDURE Update* (v: View; rebuild: BOOLEAN);
VAR upd: UpdateMsg;
BEGIN
ASSERT(v # NIL, 20);
upd.scroll := FALSE; upd.rebuild := rebuild; upd.all := TRUE;
Broadcast(v, upd)
END Update;
PROCEDURE UpdateIn* (v: View; l, t, r, b: INTEGER; rebuild: BOOLEAN);
VAR upd: UpdateMsg;
BEGIN
ASSERT(v # NIL, 20);
upd.scroll := FALSE; upd.rebuild := rebuild; upd.all := FALSE;
upd.l := l; upd.t := t; upd.r := r; upd.b := b;
Broadcast(v, upd)
END UpdateIn;
PROCEDURE Scroll* (v: View; dx, dy: INTEGER);
VAR scroll: UpdateMsg;
BEGIN
ASSERT(v # NIL, 20); ASSERT(v.Domain() # NIL, 21);
RestoreDomain(v.Domain());
scroll.scroll := TRUE; scroll.dx := dx; scroll.dy := dy;
Broadcast(v, scroll)
END Scroll;
PROCEDURE CopyOf* (v: View; shallow: BOOLEAN): View;
VAR w, a: View; op: INTEGER; b: Alien;
BEGIN
ASSERT(v # NIL, 20);
IF ~(handler IN v.bad) THEN
a := actView; op := actOp; actView := NIL; actOp := handler;
IF shallow THEN copyModel := v.ThisModel() END;
actView := v;
w := Stores.CopyOf(v)(View);
actView := a; actOp := op
ELSE
NEW(b); w := b; w.bad := {handler..externalize}
END;
IF shallow THEN Stores.Join(w, v) END;
RETURN w
END CopyOf;
PROCEDURE CopyWithNewModel* (v: View; m: Models.Model): View;
VAR w, a: View; op: INTEGER; b: Alien; fm: Models.Model;
BEGIN
ASSERT(v # NIL, 20);
fm := v.ThisModel(); ASSERT(fm # NIL, 21);
ASSERT(m # NIL, 22);
ASSERT(Services.SameType(m, fm), 23);
IF ~(handler IN v.bad) THEN
a := actView; op := actOp; actView := v; actOp := handler;
copyModel := m;
w := Stores.CopyOf(v)(View);
actView := a; actOp := op
ELSE
NEW(b); w := b; w.bad := {handler..externalize}
END;
RETURN w
END CopyWithNewModel;
PROCEDURE ReadView* (VAR rd: Stores.Reader; OUT v: View);
VAR st: Stores.Store; a: Alien;
BEGIN
rd.ReadStore(st);
IF st = NIL THEN
v := NIL
ELSIF st IS Stores.Alien THEN
NEW(a);
a.store := st(Stores.Alien); Stores.Join(a, a.store);
v := a
ELSE
v := st(View)
END
END ReadView;
PROCEDURE WriteView* (VAR wr: Stores.Writer; v: View);
VAR a: TrapAlien; av: View; op: INTEGER;
BEGIN
IF v = NIL THEN wr.WriteStore(v)
ELSIF externalize IN v.bad THEN NEW(a); wr.WriteStore(a)
ELSIF v IS Alien THEN wr.WriteStore(v(Alien).store)
ELSE
av := actView; op := actOp; actView := v; actOp := externalize;
wr.WriteStore(v);
actView := av; actOp := op
END
END WriteView;
(* frames *)
PROCEDURE SetClip (f: Frame; l, t, r, b: INTEGER);
VAR u: INTEGER;
BEGIN
ASSERT(f.rider # NIL, 20); ASSERT(l <= r, 21); ASSERT(t <= b, 22);
u := f.unit;
f.rider.SetRect((l + f.gx) DIV u, (t + f.gy) DIV u, (r + f.gx) DIV u, (b + f.gy) DIV u);
f.l := l; f.t := t; f.r := r; f.b := b
END SetClip;
PROCEDURE Close (f: Frame); (* AD: RootFrames may only be closed by Views' clients thru .Close; in Views, Close is never called on a RootFrame except from RootFrame.Close. Instead, when RootFrames need to be 'closed', they are 'obscured', cf. Obscure *)
BEGIN
IF f.state # closed (* recursion guard from RootFrame.Close *) THEN
f.Close
END;
f.state := closed;
f.up := NIL; f.down := NIL; f.next := NIL; f.view := NIL;
f.ConnectTo(NIL);
END Close;
PROCEDURE IsObscured* (r: RootFrame): BOOLEAN;
(** Returns TRUE if r is obscured - that is,
not visible because overlayed by other frames *)
BEGIN
ASSERT(r # NIL, 20); ASSERT(r.rider # NIL, 21);
RETURN (r.gx = magic) & (r.gy = magic)
END IsObscured;
PROCEDURE Obscure* (r: RootFrame);
(** Instead of being closed (in response to Update(?, rebuildFrame)), root frames are 'obscured': disconnected from their embedding frame and siblings, and moved to a magic offset. Obscure is soecifically for use in StdTiles *)
BEGIN
r.up := NIL;
r.rider.SetRect(magic, magic, magic, magic);
r.SetOffset(magic, magic)
END Obscure; (* it is the responsibility of some caller to r.next := NIL *)
PROCEDURE AdaptFrameTo (f: Frame; orgX, orgY: INTEGER);
(** Adapt f's proper coordinates (global and relative position, clipping rectangle) and coordinates of it's embedded frames to f's origin (orgX, orgY) with respect to f's environment (port or embedding frame) *)
VAR e, g, p, q: Frame; port: Ports.Port;
w, h, pl, pt, pr, pb, gl, gt, gr, gb, gx, gy: INTEGER;
BEGIN
(* pre: environment (i.e. parent frame / port) has already been set up *)
ASSERT(f.view # NIL, 20); ASSERT(f.view.context # NIL, 21);
f.x := orgX; f.y := orgY; (* set new origin *)
g := f.up;
IF g # NIL THEN (* parent frame is environment *)
f.gx0 := g.gx + orgX; f.gy0 := g.gy + orgY;
f.SetOffset(f.gx0 - f.sx, f.gy0 - f.sy);
pl := g.gx + g.l; pt := g.gy + g.t; pr := g.gx + g.r; pb := g.gy + g.b
ELSE (* port is environment *)
f.gx0 := orgX; f.gy0 := orgY;
(* assumes that when port is environment, f.gx = 0, f.gy = 0 *)
f.SetOffset(f.gx0 - f.sx, f.gy0 - f.sy); (* i.e. f.gx := f.gx0 - f.sx *)
port := f.rider.Base();
port.GetSize(w, h);
pl := 0; pt := 0; pr := w * f.unit; pb := h * f.unit
END;
(* (pl, pt, pr, pb) is parent clipping rectangle, in global coordinates, and in units *)
gx := f.gx; gy := f.gy; f.view.context.GetSize(w, h);
gl := gx; gt := gy; gr := gx + w; gb := gy + h;
(* (gl, gt, gr, gb) is desired clipping rectangle, in global coordinates, and in units *)
IF gl < pl THEN gl := pl END;
IF gt < pt THEN gt := pt END;
IF gr > pr THEN gr := pr END;
IF gb > pb THEN gb := pb END;
IF (gl >= gr) OR (gt >= gb) THEN gr := gl; gb := gt END;
SetClip(f, gl - gx + f.sx, gt - gy + f.sy, gr - gx + f.sx, gb - gy + f.sy);
(* (f.l, f.t, f.r, f.b) is final clipping rectangle, in local coordinates, and in units *)
e := f.down; f.down := NIL; p := NIL;
WHILE e # NIL DO (* adapt child frames *)
q := e.next; e.next := NIL;
AdaptFrameTo(e, e.x, e.y);
IF e.l = e.r THEN (* empty child frame: remove *)
WITH e: RootFrame DO Obscure(e) ELSE Close(e) END
ELSE (* insert in new frame list *)
IF p = NIL THEN f.down := e ELSE p.next := e END;
p := e
END;
e := q
END
(* post: frame is set; child frames are set, nonempty, and clipped to frame *)
END AdaptFrameTo;
PROCEDURE SetRoot* (root: RootFrame; view: View; front: BOOLEAN; flags: SET);
(** Connects root and view (if they are not yet connected) and sets auxiliary attributes front (indicating that this frame/view is on the front path) and flags (interpretation is left to clients). *)
BEGIN
ASSERT(root # NIL, 20); ASSERT(root.rider # NIL, 21);
ASSERT(view # NIL, 22); ASSERT(view.context # NIL, 23);
ASSERT(view.Domain() # NIL, 24);
ASSERT(root.state IN {new, open}, 25);
root.view := view;
root.front := front; root.mark := TRUE; root.flags := flags;
root.state := open;
IF root.update = NIL THEN NEW(root.update); root.update.n := 0 END
END SetRoot;
PROCEDURE AdaptRoot* (root: RootFrame);
BEGIN
ASSERT(root # NIL, 20);
IF root.state = open THEN AdaptFrameTo(root, root.x, root.y) END
END AdaptRoot;
(** A RootFrame is 'ultimate' if it is not embedded in any other frame. Returns the ultimate root that f is underneath, or f itself, if f is ultimate root. *)
PROCEDURE UltimateRootOf* (f: Frame): RootFrame;
BEGIN
WHILE f.up # NIL DO f := f.up END;
ASSERT(f IS RootFrame, 100);
RETURN f(RootFrame)
END UltimateRootOf;
PROCEDURE UpdateRoot* (root: RootFrame; l, t, r, b: INTEGER; rebuild: BOOLEAN);
BEGIN
ASSERT(root # NIL, 20); ASSERT(root.state = open, 21);
AddRect(UltimateRootOf(root), root, l, t, r, b, rebuild)
END UpdateRoot;
PROCEDURE RootOf* (f: Frame): RootFrame;
BEGIN
ASSERT(f # NIL, 20); ASSERT(f.state = open, 21);
WHILE ~(f IS RootFrame) DO f := f.up END;
RETURN f(RootFrame)
END RootOf;
PROCEDURE HostOf* (f: Frame): Frame;
VAR host: Frame;
BEGIN
ASSERT(f # NIL, 20);
IF f IS RootFrame THEN host := NIL ELSE host := f.up END;
RETURN host
END HostOf;
PROCEDURE HostOfRoot* (f: RootFrame): Frame;
BEGIN RETURN f.up
END HostOfRoot;
PROCEDURE IsPrinterFrame* (f: Frame): BOOLEAN;
VAR p: Ports.Port;
BEGIN
ASSERT(f # NIL, 20); ASSERT(f.state = open, 21);
p := f.rider.Base();
RETURN Ports.IsPrinterPort(p)
END IsPrinterFrame;
PROCEDURE InstallFrame* (host: Frame; view: View; x, y, level: INTEGER; focus: BOOLEAN);
VAR e, f, g: Frame; w, h, l, t, r, b: INTEGER; m: Models.Model; std: StdFrame;
msg: UpdateCachesMsg; a: View; op: INTEGER;
BEGIN
ASSERT(host # NIL, 20); ASSERT(host.state = open, 21);
ASSERT(view # NIL, 22); ASSERT(view.context # NIL, 23);
ASSERT(view.Domain() # NIL, 24);
e := NIL; g := host.down; WHILE (g # NIL) & (g.view # view) DO e := g; g := g.next END;
IF g = NIL THEN (* frame for view not yet in child frame list *)
view.context.GetSize(w, h);
IF w > MAX(INTEGER) DIV 2 THEN w := MAX(INTEGER) DIV 2 END;
IF h > MAX(INTEGER) DIV 2 THEN h := MAX(INTEGER) DIV 2 END;
l := x; t := y; r := x + w; b := y + h;
(* (l, t, r, b) is child frame rectangle, in local coordinates, and in units *)
IF (l < host.r) & (t < host.b) & (r > host.l) & (b > host.t) THEN (* visible *)
IF rootToInstall # NIL THEN
g := rootToInstall; rootToInstall := NIL
ELSE
g := NIL; view.GetNewFrame(g);
IF g = NIL THEN NEW(std); g := std END;
ASSERT(~(g IS RootFrame), 100)
END;
e := NIL; f := host.down; WHILE (f # NIL) & (f.level <= level) DO e := f; f := f.next END;
IF e = NIL THEN g.next := host.down; host.down := g ELSE g.next := e.next; e.next := g END;
g.down := NIL; g.up := host; g.level := level;
g.view := view;
g.ConnectTo(host.rider.Base());
g.state := open;
AdaptFrameTo(g, x, y);
IF ~(handler IN view.bad) THEN
a := actView; op := actOp; actView := view; actOp := handler;
view.HandleViewMsg(g, msg);
actView := a; actOp := op
END;
m := view.ThisModel();
IF m # NIL THEN view.era := Models.Era(m) END;
END
ELSE
IF g.level # level THEN (* adapt to modified z-order *)
IF e = NIL THEN host.down := g.next ELSE e.next := g.next END;
e := NIL; f := host.down; WHILE (f # NIL) & (f.level <= level) DO e := f; f := f.next END;
IF e = NIL THEN g.next := host.down; host.down := g ELSE g.next := e.next; e.next := g END;
g.level := level
END;
AdaptFrameTo(g, x, y)
(* possibly optimize: don't call Adapt if x=g.x, y=g.y, "host.era=g.era" *)
END;
IF (g # NIL) & ~(g IS RootFrame) & (g.state = open) THEN
(* AD: for RootFrame, .front and .mark setting is done in SetRoot *)
IF focus THEN
g.front := host.front; g.mark := host.mark
ELSE
g.front := FALSE; g.mark := FALSE
END
END
END InstallFrame;
PROCEDURE RemoveAll (f: Frame);
VAR g, p: Frame;
BEGIN
g := f.down;
WHILE g # NIL DO p := g.next; RemoveAll(g);
WITH g: RootFrame DO g.next := NIL; Obscure(g) ELSE Close(g) END;
g := p
END;
f.down := NIL
END RemoveAll;
PROCEDURE RemoveFrame* (host, f: Frame);
(* f.up = host => f.up # NIL: f is never an UltimateRoot *)
VAR g, h: Frame;
BEGIN
ASSERT(host # NIL, 20);
ASSERT(host.state = open, 21);
ASSERT(f # NIL, 22); ASSERT(f.up = host, 23);
g := host.down; h := NIL;
WHILE (g # NIL) & (g # f) DO h := g; g := g.next END;
ASSERT(g = f, 24);
IF h = NIL THEN host.down := f.next ELSE h.next := f.next END;
RemoveAll(f); WITH f: RootFrame DO f.next := NIL; Obscure(f) ELSE Close(f) END
END RemoveFrame;
PROCEDURE RemoveFrames* (host: Frame; l, t, r, b: INTEGER);
VAR f, g: Frame; gl, gt, gr, gb: INTEGER;
BEGIN
ASSERT(host # NIL, 20);
ASSERT(host.state = open, 21);
IF l < host.l THEN l := host.l END;
IF t < host.t THEN t := host.t END;
IF r > host.r THEN r := host.r END;
IF b > host.b THEN b := host.b END;
IF (l < r) & (t < b) THEN
gl := l + host.gx; gt := t + host.gy; gr := r + host.gx; gb := b + host.gy;
f := host.down;
WHILE f # NIL DO
g := f; f := f.next;
IF (gl < g.r + g.gx) & (g.l + g.gx < gr) & (gt < g.b + g.gy) & (g.t + g.gy < gb) THEN
RemoveFrame(host, g)
END
END
END
END RemoveFrames;
PROCEDURE MergeUpdateRegions (to, from: Region);
VAR i: INTEGER;
BEGIN
i := 0; WHILE i < from.n DO
Add(to, from.r[i].v, from.r[i].rebuild, from.r[i].l, from.r[i].t, from.r[i].r, from.r[i].b);
INC(i)
END;
from.n := 0;
END MergeUpdateRegions;
PROCEDURE InstallRoot* (f: Frame; root: RootFrame; x, y, level: INTEGER; focus: BOOLEAN);
(** Similar to InstallFrame, but for RootFrames. Installs root into f at position x, y at level, or, if root is installed in f already, adjusts it's position, level and focus path flag. If focus is set, root becomes the focus path in f. *)
BEGIN ASSERT(root # NIL, 20); ASSERT(f # NIL, 26);
ASSERT(root.state = open, 21); ASSERT(root.view # NIL, 22);
ASSERT(f.state = open, 23); ASSERT(f.rider # NIL, 24);
IF root.rider = NIL THEN
root.ConnectTo(f.rider.Base())
ELSE
ASSERT(root.rider.Base() = f.rider.Base(), 25)
END;
rootToInstall := root;
root.up := f (* AdaptFrameTo depends on this!! *);
root.SetOffset(f.gx + x, f.gy + y);
AdaptRoot(root);
InstallFrame(f, root.view, x, y, level, focus);
MergeUpdateRegions(UltimateRootOf(root).update, root.update);
ASSERT(root.update.n = 0, 60);
rootToInstall := NIL
END InstallRoot;
PROCEDURE ThisFrame* (host: Frame; view: View): Frame;
VAR g: Frame;
BEGIN
ASSERT(host # NIL, 20);
ASSERT(host.state = open, 21);
g := host.down; WHILE (g # NIL) & (g.view # view) DO g := g.next END;
RETURN g
END ThisFrame;
PROCEDURE FrameAt* (host: Frame; x, y: INTEGER): Frame;
(** return frontmost sub-frame of host that contains (x, y) **)
VAR g, h: Frame;
BEGIN
ASSERT(host # NIL, 20);
ASSERT(host.state = open, 21);
g := host.down; h := NIL; INC(x, host.gx); INC(y, host.gy);
WHILE g # NIL DO
IF (g.gx + g.l <= x) & (x < g.gx + g.r) & (g.gy + g.t <= y) & (y < g.gy + g.b) THEN
h := g
END;
g := g.next
END;
RETURN h
END FrameAt;
PROCEDURE ShiftFrames (f: Frame; dx, dy: INTEGER);
VAR g, h: Frame;
BEGIN
g := f.down;
WHILE g # NIL DO
h := g; g := g.next;
AdaptFrameTo(h, h.x + dx, h.y + dy);
IF h.l = h.r THEN RemoveFrame(f, h) END
END
END ShiftFrames;
PROCEDURE UpdateExposedArea (f: Frame; dx, dy: INTEGER);
VAR root: RootFrame;
BEGIN
root := UltimateRootOf(f);
IF dy > 0 THEN
AddRect(root, f, f.l, f.t, f.r, f.t + dy, keepFrames);
IF dx > 0 THEN
AddRect(root, f, f.l, f.t + dy, f.l + dx, f.b, keepFrames)
ELSE
AddRect(root, f, f.r + dx, f.t + dy, f.r, f.b, keepFrames)
END
ELSE
AddRect(root, f, f.l, f.b + dy, f.r, f.b, keepFrames);
IF dx > 0 THEN
AddRect(root, f, f.l, f.t, f.l + dx, f.b + dy, keepFrames)
ELSE
AddRect(root, f, f.r + dx, f.t, f.r, f.b + dy, keepFrames)
END
END
END UpdateExposedArea;
PROCEDURE ScrollFrame (f: Frame; dx, dy: INTEGER);
VAR g: Frame; u, dx0, dy0: INTEGER; bitmapScrolling: BOOLEAN; msg: ScrollClassMsg;
BEGIN
g := f.up;
bitmapScrolling := Dialog.isMDI; (* temporary until bitmap scrolling been fixed *)
IF (g # NIL) THEN
WHILE bitmapScrolling & (g.up # NIL) DO
msg.allowBitmapScrolling := FALSE; g.view.HandleViewMsg(g, msg);
bitmapScrolling := bitmapScrolling & msg.allowBitmapScrolling;
g := g.up
END
(* by default, only root documents and their root views may be bitmap-scrolled: (f.up = NIL) OR (f.up.up = NIL) *)
END;
IF bitmapScrolling THEN
u := f.unit; dx0 := dx; dy0 := dy;
INC(dx, f.sx); INC(dy, f.sy); DEC(f.l, f.sx); DEC(f.t, f.sy); DEC(f.r, f.sx); DEC(f.b, f.sy);
f.sx := dx MOD u; f.sy := dy MOD u;
DEC(dx, f.sx); DEC(dy, f.sy); INC(f.l, f.sx); INC(f.t, f.sy); INC(f.r, f.sx); INC(f.b, f.sy);
f.SetOffset(f.gx0 - f.sx, f.gy0 - f.sy);
ShiftFrames(f, dx0, dy0);
f.Scroll(dx, dy);
UpdateExposedArea(f, dx, dy)
ELSE AddRect(UltimateRootOf(f), f, f.l, f.t, f.r, f.b, keepFrames)
;ShiftFrames(f, dx, dy) (* need better calculation of shift vector ^ *)
(* experimental: don't dispose/close frames until you absolutely have to; rather, shift subframes; when shifting, all frames that are moved 'beyond' f's clip rect should be disposed and closed. (I hope they are; maybe they're just moved beyond the clip rect?) *)
END
END ScrollFrame;
(* AD: it looks to me like root views (typically Documents) don't get their .era initialized (v.era := Models.Era(m) is done in InstallFrame, which is never called on root frames; instead, SetRoot is called on root frames, but it doesn't initialize v.era). So, my question is then, How are model messages delivered to root views, and why doesn't BMM↓ trap in halt 100? *)
PROCEDURE BroadcastModelMsg* (f: Frame; VAR msg: Models.Message);
VAR v, a: View; send: BOOLEAN; op: INTEGER;
BEGIN
ASSERT(f # NIL, 20); ASSERT(f.state = open, 21);
v := f.view;
IF ~(handler IN v.bad) THEN
a := actView; op := actOp; actView := v; actOp := handler;
IF msg.model # NIL THEN
IF (msg.model = v.ThisModel()) & (msg.era > v.era) THEN
send := (msg.era - v.era = 1);
v.era := msg.era;
IF ~send THEN
Log.synch := FALSE;
HALT(100)
END
ELSE send := FALSE
END
ELSE send := TRUE
END;
IF send THEN
WITH msg: Models.NeutralizeMsg DO
v.Neutralize
ELSE
v.HandleModelMsg(msg)
END
END;
actView := a; actOp := op
END;
f := f.down;
WHILE f # NIL DO
IF ~(f IS RootFrame) THEN
BroadcastModelMsg(f, msg)
END;
f := f.next
END
END BroadcastModelMsg;
PROCEDURE HandleUpdateMsg (f: Frame; VAR msg: UpdateMsg);
VAR root: RootFrame; g: Frame; l, t, r, b, dx, dy: INTEGER;
BEGIN
root := UltimateRootOf(f);
IF msg.scroll THEN
IF root.update.n = 0 THEN
ScrollFrame(f, msg.dx, msg.dy)
ELSE
AddRect(root, f, f.l, f.t, f.r, f.b, msg.rebuild)
END
ELSE
IF msg.all THEN
IF f # root THEN g := f.up ELSE g := root END;
dx := f.gx - g.gx; dy := f.gy - g.gy;
AddRect(root, g, f.l + dx, f.t + dy, f.r + dx, f.b + dy, msg.rebuild)
(* AD: why does it add embedding frame (and view!) to rebuild region if msg.all = TRUE? I guess that's in order to let the embedding view NOT install a frame for view. So this is a little more efficient than doing rebuildFrames on v's contaier. Besides, v may not know it's container. This is cool about Views! Good job developers! However, this is not mentioned in the documentation, and may lead to unexpected behaviour smtms *)
ELSE
l := msg.l; t := msg.t; r := msg.r; b := msg.b;
IF l < f.l THEN l := f.l END;
IF t < f.t THEN t := f.t END;
IF r > f.r THEN r := f.r END;
IF b > f.b THEN b := f.b END;
AddRect(root, f, l, t, r, b, msg.rebuild)
END
END
END HandleUpdateMsg;
PROCEDURE BroadcastViewMsg* (f: Frame; VAR msg: Message);
VAR v, a: View; op: INTEGER;
BEGIN
ASSERT(f # NIL, 20); ASSERT(f.state = open, 21);
v := f.view;
IF (msg.view = v) OR (msg.view = NIL) THEN
WITH msg: UpdateMsg DO
HandleUpdateMsg(f, msg)
ELSE
IF ~(handler IN v.bad) THEN
a := actView; op := actOp; actView := v; actOp := handler;
v.HandleViewMsg(f, msg);
actView := a; actOp := op
END
END
END;
IF msg.view # v THEN
f := f.down;
WHILE f # NIL DO
IF ~(f IS RootFrame) THEN BroadcastViewMsg(f, msg) END;
f := f.next
END
END
END BroadcastViewMsg;
PROCEDURE ForwardCtrlMsg* (f: Frame; VAR msg: CtrlMessage);
CONST pre = 0; translate = 1; backoff = 2; final = 3;
VAR v, focus, a: View; g, h: Frame; op: INTEGER; req: BOOLEAN;
BEGIN
ASSERT(f # NIL, 20); ASSERT(f.state = open, 21); ASSERT(f.rider # NIL, 22);
v := f.view;
focus := NIL; IF f IS RootFrame THEN g := NIL ELSE g := f.up END; req := FALSE;
HandleCtrlMsg(pre, f, g, msg, f.mark, f.front, req);
IF ~(handler IN v.bad) THEN
a := actView; op := actOp; actView := v; actOp := handler;
v.HandleCtrlMsg(f, msg, focus);
actView := a; actOp := op
END;
IF focus # NIL THEN (* propagate msg to another view *)
(*
IF (f.focus # NIL) & (f.focus.view = focus) & (f.focus.up # NIL) THEN (* cache hit *)
(* the field .focus may point to a frame that used to display focus, but was later removed. Such a .focus is invalid, and sending the event down to that frame would result user seeing f.view become unresponsive - because all controller messages would be sent down to the wrong frame. This does not happen because (f.focus.view = focus) is checked: when a frame is removed, it's .view is reset, and thus this checks that the cached frame has not been removed (as well as that the cached frame displays the focus view). With my amendments, however, now RootFrames may be embedded, and thus .focus might point to a RootFrame. RootFrames are never removed, and their .view always points to their view, it's never reset to NIL. There is no easy way to check if the RootFrame has actually been removed (maybe RootFrame.up = NIL would help?); thus, I just 'mistrust' all RootFrames: the third condition ~(f.focus IS RootFrame) guarantees that for RootFrames the cache is never used, but an actual frame is fetched from f.down *)
h := f.focus
ELSE (* cache miss *)
h := f.down; WHILE (h # NIL) & (h.view # focus) DO h := h.next END
END;
*)
h := f.down; WHILE (h # NIL) & (h.view # focus) DO h := h.next END;
IF h # NIL THEN
HandleCtrlMsg(translate, f, h, msg, f.mark, f.front, req);
f.focus := h; ForwardCtrlMsg(h, msg);
HandleCtrlMsg(backoff, f, g, msg, f.mark, f.front, req)
END
ELSE
HandleCtrlMsg(final, f, g, msg, f.mark, f.front, req)
END;
IF req & (g # NIL) THEN g.view.ConsiderFocusRequestBy(f.view) END
END ForwardCtrlMsg;
PROCEDURE RestoreFrame (f: Frame; l, t, r, b: INTEGER);
VAR rd: Ports.Rider; g: Frame; v, a: View; op: INTEGER;
u, w, h, cl, ct, cr, cb, dx, dy: INTEGER; col: Ports.Color;
BEGIN WITH f: RootFrame DO ASSERT(~IsObscured(f), 20) ELSE END;
IF l < f.l THEN l := f.l END;
IF t < f.t THEN t := f.t END;
IF r > f.r THEN r := f.r END;
IF b > f.b THEN b := f.b END;
IF (l < r) & (t < b) THEN (* non-empty rectangle to be restored *)
v := f.view; rd := f.rider; u := f.unit;
rd.GetRect(cl, ct, cr, cb); (* save clip rectangle *)
rd.SetRect((f.gx + l) DIV u, (f.gy + t) DIV u, (f.gx + r) DIV u, (f.gy + b) DIV u);
IF ~(restore IN v.bad) THEN
a := actView; op := actOp; actView := v; actOp := restore;
col := transparent; v.GetBackground(col);
IF col # transparent THEN f.DrawRect(l, t, r, b, Ports.fill, col) END;
v.Restore(f, l, t, r, b);
g := f.down;
WHILE g # NIL DO (* loop over all subframes to handle overlaps *)
dx := f.gx - g.gx; dy := f.gy - g.gy;
RestoreFrame(g, l + dx, t + dy, r + dx, b + dy);
g := g.next
END;
v.RestoreMarks(f, l, t, r, b);
actView := a; actOp := op
END;
IF v.bad # {} THEN
IF externalize IN v.bad THEN
u := f.dot; v.context.GetSize(w, h);
f.DrawLine(0, 0, w - u, h - u, u, Ports.grey75);
f.DrawLine(w - u, 0, 0, h - u, u, Ports.grey75)
END;
f.MarkRect(l, t, r, b, Ports.fill, Ports.dim25, Ports.show)
END;
IF cl # magic THEN
rd.SetRect(cl, ct, cr, cb) (* restore current clip rectangle *)
END
END
END RestoreFrame;
PROCEDURE RestoreRoot* (root: RootFrame; l, t, r, b: INTEGER);
(** Restore frame tree starting with root[l, t, r, b] *)
VAR port: Ports.Port; rd: Ports.Rider; ur: RootFrame; dx, dy: INTEGER;
u, gl, gt, gr, gb: INTEGER; col: Ports.Color;
BEGIN
ASSERT(root # NIL, 20); ASSERT(root.state = open, 21);
ASSERT(~IsObscured(root), 23);
IF root.up # NIL THEN
ur := UltimateRootOf(root); ASSERT(~IsObscured(ur), 24);
dx := root.gx - ur.gx; dy := root.gy - ur.gy;
INC(l, dx); INC(t, dy); INC(r, dx); INC(b, dy);
root := ur
END;
IF l < root.l THEN l := root.l END;
IF t < root.t THEN t := root.t END;
IF r > root.r THEN r := root.r END;
IF b > root.b THEN b := root.b END;
IF (l < r) & (t < b) THEN
u := root.unit;
gl := l + root.gx; gt := t + root.gy; gr := r + root.gx; gb := b + root.gy;
rd := root.rider; port := rd.Base();
actFrame := root;
IF ~IsPrinterFrame(root) THEN
(* if a root is obscured, it SHOULD NOT open a buffer! An obscured root will have it's frame tree built, but will not be drawn because it's rider's clipping rectangle is set to zero rect (and cliprects of it's embedees are contained within their embedder's cliprect). However, if a buffer is open, in my case, a GTK buffer, it is pre-filled by GTK with widget's (DrawingArea's) default color. When the buffer is closed, this background color box appears on top of Blackbox's window. (It is in my case quickly overwritten by BB views, but the grey box flickers and makes it look upprofessional) *)
port.OpenBuffer(gl DIV u, gt DIV u, gr DIV u, gb DIV u)
END;
col := transparent; root.view.GetBackground(col);
IF (col = transparent) & (root.up = NIL) THEN col := Ports.background END;
RestoreFrame(root, l, t, r, b);
IF ~IsPrinterFrame(root) THEN port.CloseBuffer END;
actFrame := NIL
END
END RestoreRoot;
(* k8: slightly more efficient variant of RestoreFrame *)
PROCEDURE RestoreFrame2 (f: Frame; l, t, r, b: INTEGER; depth: INTEGER);
VAR
rd: Ports.Rider;
g: Frame;
v, a: View;
op: INTEGER;
dx, dy: INTEGER;
col: Ports.Color;
BEGIN
WITH f: RootFrame DO ASSERT(~IsObscured(f), 20) ELSE END;
IF l < f.l THEN l := f.l END;
IF t < f.t THEN t := f.t END;
IF r > f.r THEN r := f.r END;
IF b > f.b THEN b := f.b END;
IF (l < r) & (t < b) THEN (* non-empty rectangle to be restored *)
v := f.view; rd := f.rider;
IF ~(restore IN v.bad) THEN
a := actView; op := actOp; actView := v; actOp := restore;
col := transparent; v.GetBackground(col);
v.Restore(f, l, t, r, b);
g := f.down;
WHILE g # NIL DO (* loop over all subframes to handle overlaps *)
dx := f.gx - g.gx; dy := f.gy - g.gy;
RestoreFrame2(g, l + dx, t + dy, r + dx, b + dy, depth + 1);
g := g.next
END;
v.RestoreMarks(f, l, t, r, b);
actView := a; actOp := op
END
END
END RestoreFrame2;
(* k8: this is actually an internal procedure, but some modules need to call it.
DO NOT call it from your code, otherwise Bad Things will happen! *)
(* this procedure sets empty clip rect, and restores the frame. it is intended to be used
when a new window just created and needs to have its frame tree built. *)
PROCEDURE BuildFrameTree* (root: RootFrame; magicMove: BOOLEAN);
VAR frm: Frame;
BEGIN
ASSERT(root # NIL, 20); ASSERT(root.state = open, 21);
ASSERT(root.rider # NIL, 22); ASSERT(root.up = NIL, 23);
IF (root.l < root.r) & (root.t < root.b) THEN
(* need to move obscured root, otherwise restoration will fail *)
ASSERT(hMagic + (root.r - root.l) > hMagic, 100);
ASSERT(hMagic + (root.b - root.t) > hMagic, 101);
IF magicMove THEN root.SetOffset(hMagic, hMagic) END;
root.rider.SetRect(hMagic, hMagic, hMagic, hMagic);
(* now we can restore it *)
RestoreFrame2(root, root.l, root.t, root.r, root.b, 0);
(* find and set focused frame; we need this to make PollFocusMsg work *)
IF root.focus = NIL THEN
frm := root.down;
WHILE (frm # NIL) & (frm.focus # NIL) DO frm := frm.next END;
IF frm = NIL THEN frm := root.down END;
IF (frm # NIL) & (frm.view # NIL) THEN
root.view.ConsiderFocusRequestBy(frm.view)
END;
END
(* no need to move the windowd back, we need "unreally obscured" flag *)
END
END BuildFrameTree;
PROCEDURE HasAnyFrames* (root: RootFrame): BOOLEAN;
BEGIN ASSERT(root # NIL, 20); RETURN (root.down # NIL)
END HasAnyFrames;
PROCEDURE ThisCand (f: Frame; v: View): Frame;
(* find frame g with g.view = v *)
VAR g: Frame;
BEGIN
WHILE (f # NIL) & (f.view # v) DO
g := ThisCand(f.down, v);
IF g # NIL THEN f := g ELSE f := f.next END
END;
RETURN f
END ThisCand;
PROCEDURE ValidateRoot* (root: RootFrame);
(** Composite all regions under root requested for update with Views.Update and restore the resulting composition *)
VAR rgn: Region; f: Frame; v: View; i, n: INTEGER; ur: RootFrame;
BEGIN
ASSERT(root # NIL, 20); ASSERT(root.state = open, 21);
ur := UltimateRootOf(root);
IF ur # root THEN ASSERT(root.update.n = 0, 100); root := ur END;
rgn := root.update; n := rgn.n; rgn.n := 0; i := 0;
WHILE i < n DO
IF rgn.r[i].rebuild THEN
v := rgn.r[i].v;
IF v # NIL THEN f := ThisCand(root, v) ELSE f := NIL END;
IF f = NIL THEN f := root END;
RemoveFrames(f, rgn.r[i].l - f.gx, rgn.r[i].t - f.gy, rgn.r[i].r - f.gx, rgn.r[i].b - f.gy)
END;
INC(i)
END;
i := 0;
WHILE i < n DO
RestoreRoot(root, rgn.r[i].l - root.gx, rgn.r[i].t - root.gy, rgn.r[i].r - root.gx, rgn.r[i].b - root.gy);
INC(i)
END
END ValidateRoot;
PROCEDURE MarkBordersIn (f: Frame);
VAR g: Frame; w, h: INTEGER;
BEGIN
g := f.down;
WHILE g # NIL DO
g.view.context.GetSize(w, h);
MarkBorder(f, g.view, g.x, g.y, g.x + w, g.y + h);
MarkBordersIn(g);
g := g.next
END
END MarkBordersIn;
PROCEDURE MarkBorders* (root: RootFrame);
BEGIN
MarkBordersIn(root)
END MarkBorders;
PROCEDURE ReadFont* (VAR rd: Stores.Reader; OUT f: Fonts.Font);
VAR version: INTEGER;
fingerprint, size: INTEGER; typeface: Fonts.Typeface; style: SET; weight: INTEGER;
BEGIN
rd.ReadVersion(0, 0, version);
rd.ReadInt(fingerprint);
rd.ReadXString(typeface); rd.ReadInt(size); rd.ReadSet(style); rd.ReadXInt(weight);
f := Fonts.dir.This(typeface, size, style, weight); ASSERT(f # NIL, 60);
IF f.IsAlien() THEN
Stores.Report("#System:AlienFont", typeface, "", "")
END
END ReadFont;
PROCEDURE WriteFont* (VAR wr: Stores.Writer; f: Fonts.Font);
BEGIN
ASSERT(f # NIL, 20);
wr.WriteVersion(0);
wr.WriteInt(0);
wr.WriteXString(f.typeface); wr.WriteInt(f.size);
wr.WriteSet(f.style); wr.WriteXInt(f.weight)
END WriteFont;
(** view/file interaction **)
PROCEDURE Old* (ask: BOOLEAN; VAR loc: Files.Locator;
VAR name: Files.Name; VAR conv: Converters.Converter): View;
VAR v: View;
BEGIN
ASSERT(ask OR (loc # NIL), 20);
ASSERT(ask OR (name # ""), 21);
IF ask THEN
ASSERT(getSpecHook # NIL, 101);
getSpecHook.GetIntSpec(loc, name, conv)
END;
IF (loc # NIL) & (name # "") THEN
ASSERT(viewHook # NIL, 100);
v := viewHook.OldView(loc, name, conv)
ELSE v := NIL
END;
RETURN v
END Old;
PROCEDURE OldView* (loc: Files.Locator; name: Files.Name): View;
VAR conv: Converters.Converter;
BEGIN
conv := NIL;
RETURN Old(dontAsk, loc, name, conv)
END OldView;
PROCEDURE Register* (view: View; ask: BOOLEAN; VAR loc: Files.Locator;
VAR name: Files.Name; VAR conv: Converters.Converter; OUT res: INTEGER);
BEGIN
ASSERT(viewHook # NIL, 100);
ASSERT(getSpecHook # NIL, 101);
ASSERT(view # NIL, 20);
ASSERT(ask OR (loc # NIL), 22); ASSERT(ask OR (name # ""), 23);
IF ask OR (loc = NIL) OR (name = "") OR (loc.res = 77) THEN
getSpecHook.GetExtSpec(view, loc, name, conv)
END;
IF (loc # NIL) & (name # "") THEN
viewHook.RegisterView(view, loc, name, conv); res := loc.res
ELSE res := 7
END
END Register;
PROCEDURE RegisterView* (view: View; loc: Files.Locator; name: Files.Name);
VAR res: INTEGER; conv: Converters.Converter;
BEGIN
conv := NIL;
Register(view, dontAsk, loc, name, conv, res)
END RegisterView;
(** direct view opening **)
PROCEDURE Open* (view: View; loc: Files.Locator; name: Files.Name; conv: Converters.Converter);
BEGIN
ASSERT(view # NIL, 20); ASSERT((loc = NIL) = (name = ""), 21);
ASSERT(viewHook # NIL, 100);
viewHook.Open(view, name, loc, name, conv, FALSE, FALSE, FALSE, FALSE, FALSE)
END Open;
PROCEDURE OpenView* (view: View);
BEGIN
ASSERT(view # NIL, 20);
Open(view, NIL, "", NIL)
END OpenView;
PROCEDURE OpenAux* (view: View; title: Title);
BEGIN
ASSERT(view # NIL, 20); ASSERT(viewHook # NIL, 100);
IF title = "" THEN title := "#System:untitled" END;
viewHook.Open(view, title, NIL, "", NIL, FALSE, TRUE, FALSE, TRUE, TRUE)
END OpenAux;
(** view producer/consumer decoupling **)
PROCEDURE Deposit* (view: View);
VAR q: QueueElem;
BEGIN
ASSERT(view # NIL, 20);
NEW(q); q.view := view;
IF queue.head = NIL THEN queue.head := q ELSE queue.tail.next := q END;
queue.tail := q; INC(queue.len)
END Deposit;
PROCEDURE Fetch* (OUT view: View);
VAR q: QueueElem;
BEGIN
q := queue.head; ASSERT(q # NIL, 20);
DEC(queue.len); queue.head := q.next;
IF queue.head = NIL THEN queue.tail := NIL END;
view := q.view
END Fetch;
PROCEDURE Available* (): INTEGER;
BEGIN
RETURN queue.len
END Available;
PROCEDURE ClearQueue*;
BEGIN
queue.len := 0; queue.head := NIL; queue.tail := NIL;
actView := NIL (* HACK! prevents invalidation of view due to trap in Dialog.Call *)
END ClearQueue;
(** attach controller framework **)
PROCEDURE InitCtrl* (p: CtrlMsgHandler);
BEGIN
ASSERT(HandleCtrlMsg = NIL, 20); HandleCtrlMsg := p
END InitCtrl;
PROCEDURE (h: NotifyHook) Notify (id0, id1: INTEGER; opts: SET);
VAR msg: NotifyMsg;
BEGIN
ASSERT(msgHook # NIL, 100);
msg.id0 := id0; msg.id1 := id1; msg.opts := opts;
msgHook.Omnicast(msg)
END Notify;
PROCEDURE Omnicast* (VAR msg: ANYREC);
BEGIN
msgHook.Omnicast(msg)
END Omnicast;
PROCEDURE HandlePropMsg* (v: View; VAR msg: PropMessage);
VAR a: View; op: INTEGER;
BEGIN
IF ~(handler IN v.bad) THEN
a := actView; op := actOp; actView := v; actOp := handler;
v.HandlePropMsg(msg);
actView := a; actOp := op
END
END HandlePropMsg;
(* view invalidation *)
PROCEDURE IsInvalid* (v: View): BOOLEAN;
BEGIN
RETURN v.bad # {}
END IsInvalid;
PROCEDURE RevalidateView* (v: View);
BEGIN
v.bad := {};
Update(v, keepFrames)
END RevalidateView;
PROCEDURE TrapCleanup;
BEGIN
copyModel := NIL;
IF actView # NIL THEN
INCL(actView.bad, actOp);
IF actFrame # NIL THEN
UpdateRoot(actFrame, actFrame.l, actFrame.t, actFrame.r, actFrame.b, keepFrames);
actFrame := NIL
END;
Update(actView, keepFrames);
actView := NIL
END
END TrapCleanup;
PROCEDURE Init;
VAR h: NotifyHook;
BEGIN
NEW(h); Dialog.SetNotifyHook(h);
domainGuard := 0; ClearQueue;
Kernel.InstallTrapChecker(TrapCleanup)
END Init;
BEGIN
Init
END Views. | System/Mod/Views.odc |
MODULE Windows;
(**
project = "BlackBox 2.0, diffs from 1.7.2 marked by green"
organization = "www.oberon.ch, blackbox.oberon.org"
contributors = "Oberon microsystems, Anton Dmitriev"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 20150329, center #34, fixing the reuse of open documents
- 20150703, center #65, notRecorded-operation overwrites Redo-tail in StdSequencer
"
issues = "
- ...
"
**)
IMPORT
Kernel, Ports, Files, Services,
Stores, Sequencers, Models, Views, Controllers, Properties,
Dialog, Converters, Containers, Documents;
CONST
(** Window.flags **)
isTool* = 0; isAux* = 1;
noHScroll* = 2; noVScroll* = 3; noResize* = 4;
allowDuplicates* = 5; neverDirty* = 6;
(** Directory.Select lazy **)
eager* = FALSE; lazy* = TRUE;
notRecorded = 3;
TYPE
Window* = POINTER TO ABSTRACT RECORD
port*: Ports.Port;
frame-: Views.RootFrame;
doc-: Documents.Document;
seq-: Sequencers.Sequencer;
link-: Window; (* ring of windows with same sequencer *)
sub-: BOOLEAN;
flags-: SET;
loc-: Files.Locator;
name-: Files.Name;
conv-: Converters.Converter
END;
Directory* = POINTER TO ABSTRACT RECORD
l*, t*, r*, b*: INTEGER;
minimized*, maximized*: BOOLEAN
END;
OpElem = POINTER TO RECORD
next: OpElem;
st: Stores.Store;
op: Stores.Operation;
name: Stores.OpName;
invisible, transparent: BOOLEAN
END;
Script = POINTER TO RECORD (Stores.Operation)
up: Script;
list: OpElem;
level: INTEGER; (* nestLevel at creation time *)
name: Stores.OpName
END;
StdSequencer = POINTER TO RECORD (Sequencers.Sequencer)
home: Window;
trapEra: INTEGER; (* last observed TrapCount value *)
modLevel: INTEGER; (* dirty if modLevel > 0 *)
entryLevel: INTEGER; (* active = (entryLevel > 0) *)
nestLevel: INTEGER; (* nesting level of BeginScript/Modification *)
modStack: ARRAY 64 OF RECORD store: Stores.Store; type: INTEGER END;
lastSt: Stores.Store;
lastOp: Stores.Operation;
script: Script;
undo, redo: OpElem; (* undo/redo stacks *)
noUndo: BOOLEAN; (* script # NIL and BeginModification called *)
invisibleLevel, transparentLevel, notRecordedLevel: INTEGER
END;
SequencerDirectory = POINTER TO RECORD (Sequencers.Directory) END;
Forwarder = POINTER TO RECORD (Controllers.Forwarder) END;
RootContext = POINTER TO RECORD (Models.Context)
win: Window
END;
Reducer = POINTER TO RECORD (Kernel.Reducer) END;
Hook = POINTER TO RECORD (Views.MsgHook) END;
CheckAction = POINTER TO RECORD (Services.Action)
wait: WaitAction
END;
WaitAction = POINTER TO RECORD (Services.Action)
check: CheckAction
END;
LangNotifier = POINTER TO RECORD (Dialog.LangNotifier) END;
VAR dir-, stdDir-: Directory;
PROCEDURE ^ Reset (s: StdSequencer);
PROCEDURE CharError;
BEGIN
Dialog.Beep
END CharError;
(** Window **)
PROCEDURE (w: Window) Init* (port: Ports.Port), NEW, EXTENSIBLE;
BEGIN
ASSERT(w.port = NIL, 20); ASSERT(port # NIL, 21);
w.port := port
END Init;
PROCEDURE (w: Window) SetTitle* (title: Views.Title), NEW, ABSTRACT;
PROCEDURE (w: Window) GetTitle* (OUT title: Views.Title), NEW, ABSTRACT;
PROCEDURE (w: Window) RefreshTitle* (), NEW, ABSTRACT;
PROCEDURE (w: Window) SetSpec* (loc: Files.Locator; name: Files.Name; conv: Converters.Converter), NEW, EXTENSIBLE;
VAR u: Window;
BEGIN
u := w;
REPEAT
u := u.link;
u.loc := loc; u.name := name$; u.conv := conv
UNTIL u = w
END SetSpec;
PROCEDURE (w: Window) Restore* (l, t, r, b: INTEGER), NEW;
VAR f: Views.Frame; u, pw, ph: INTEGER;
BEGIN
f := w.frame;
IF f # NIL THEN
w.port.GetSize(pw, ph); u := w.port.unit;
IF r > pw THEN r := pw END;
IF b > ph THEN b := ph END;
l := l * u - f.gx; t := t * u - f.gy; r := r * u - f.gx; b := b * u - f.gy;
(* only adds to the BlackBox region, but doesn't draw: *)
Views.UpdateRoot(w.frame, l, t, r, b, Views.keepFrames)
END
END Restore;
PROCEDURE (w: Window) Update*, NEW;
BEGIN
ASSERT(w.frame # NIL, 20);
(* redraws the whole accumulated BlackBox region: *)
Views.ValidateRoot(w.frame)
END Update;
PROCEDURE (w: Window) GetSize*(OUT width, height: INTEGER), NEW, EXTENSIBLE;
BEGIN
w.port.GetSize(width, height)
END GetSize;
PROCEDURE (w: Window) SetSize* (width, height: INTEGER), NEW, EXTENSIBLE;
VAR c: Containers.Controller; w0, h0: INTEGER;
BEGIN
w.port.GetSize(w0, h0);
w.port.SetSize(width, height);
IF w.frame # NIL THEN Views.AdaptRoot(w.frame) END;
c := w.doc.ThisController();
IF c.opts * {Documents.winWidth, Documents.winHeight} # {} THEN
w.Restore(0, 0, width, height)
END
END SetSize;
PROCEDURE (w: Window) BroadcastModelMsg* (VAR msg: Models.Message), NEW, EXTENSIBLE;
BEGIN
IF w.frame # NIL THEN
Views.BroadcastModelMsg(w.frame, msg)
END
END BroadcastModelMsg;
PROCEDURE (w: Window) BroadcastViewMsg* (VAR msg: Views.Message), NEW, EXTENSIBLE;
BEGIN
IF w.frame # NIL THEN
Views.BroadcastViewMsg(w.frame, msg)
END
END BroadcastViewMsg;
PROCEDURE (w: Window) ForwardCtrlMsg* (VAR msg: Controllers.Message), NEW, EXTENSIBLE;
BEGIN
IF w.frame # NIL THEN
WITH msg: Controllers.CursorMessage DO
DEC(msg.x, w.frame.gx); DEC(msg.y, w.frame.gy)
ELSE
END;
Views.ForwardCtrlMsg(w.frame, msg)
END
END ForwardCtrlMsg;
PROCEDURE (w: Window) MouseDown* (x, y, time: INTEGER; modifiers: SET), NEW, ABSTRACT;
PROCEDURE (w: Window) KeyDown* (ch: CHAR; modifiers: SET), NEW, EXTENSIBLE;
VAR key: Controllers.EditMsg;
BEGIN
IF ch = 0X THEN
CharError
ELSE
key.op := Controllers.pasteChar; key.char := ch;
key.modifiers:= modifiers;
w.ForwardCtrlMsg(key)
END
END KeyDown;
PROCEDURE (w: Window) Close*, NEW, EXTENSIBLE;
VAR u: Window; f: Views.Frame; s: Sequencers.Sequencer; msg: Sequencers.RemoveMsg;
BEGIN
u := w.link; WHILE u.link # w DO u := u.link END;
u.link := w.link;
f := w.frame; s := w.seq;
IF ~w.sub THEN s.Notify(msg) END;
WITH s: StdSequencer DO
IF s.home = w THEN s.home := NIL END
ELSE
END;
(* w.port.SetSize(0, 0);
this should be removed, otherwise k8 Views.BuildFrameTree solution will not work *)
Views.AdaptRoot(w.frame);
w.port := NIL; w.frame := NIL; w.doc := NIL; w.seq := NIL; w.link := NIL; w.loc := NIL;
f.Close
END Close;
(** Directory **)
PROCEDURE (d: Directory) NewSequencer* (): Sequencers.Sequencer, NEW;
VAR s: StdSequencer;
BEGIN
NEW(s); Reset(s); RETURN s
END NewSequencer;
PROCEDURE (d: Directory) First* (): Window, NEW, ABSTRACT;
PROCEDURE (d: Directory) Next* (w: Window): Window, NEW, ABSTRACT;
PROCEDURE (d: Directory) New* (): Window, NEW, ABSTRACT;
PROCEDURE (d: Directory) Open* (w: Window; doc: Documents.Document;
flags: SET; name: Views.Title;
loc: Files.Locator; fname: Files.Name;
conv: Converters.Converter),
NEW, EXTENSIBLE;
VAR v: Views.View; c: RootContext; s: Sequencers.Sequencer; f: Views.Frame; any: ANYPTR;
BEGIN
ASSERT(w # NIL, 20); ASSERT(doc # NIL, 21); ASSERT(doc.context = NIL, 22);
v := doc.ThisView(); ASSERT(v # NIL, 23);
ASSERT(w.doc = NIL, 24); ASSERT(w.port # NIL, 25);
IF w.link = NIL THEN w.link := w END; (* create new window ring *)
w.doc := doc; w.flags := flags;
IF w.seq = NIL THEN
ASSERT(doc.Domain() # NIL, 27);
any := doc.Domain().GetSequencer();
IF any # NIL THEN
ASSERT(any IS Sequencers.Sequencer, 26);
w.seq := any(Sequencers.Sequencer)
ELSE
w.seq := d.NewSequencer();
doc.Domain().SetSequencer(w.seq)
END
END;
s := w.seq;
WITH s: StdSequencer DO
IF s.home = NIL THEN s.home := w END
ELSE
END;
NEW(c); c.win := w; doc.InitContext(c);
doc.GetNewFrame(f); w.frame := f(Views.RootFrame);
w.frame.ConnectTo(w.port);
Views.SetRoot(w.frame, w.doc, FALSE, w.flags);
w.SetSpec(loc, fname, conv)
END Open;
PROCEDURE (d: Directory) OpenSubWindow* (w: Window; doc: Documents.Document; flags: SET; name: Views.Title), NEW, EXTENSIBLE;
VAR u: Window; title: Views.Title;
BEGIN
ASSERT(w # NIL, 20); ASSERT(doc # NIL, 21);
u := d.First();
WHILE (u # NIL) & (u.seq # doc.Domain().GetSequencer()) DO u := d.Next(u) END;
IF u # NIL THEN
w.sub := TRUE;
w.link := u.link; u.link := w;
w.seq := u.seq; w.loc := u.loc; w.name := u.name; w.conv := u.conv;
u.GetTitle(title);
d.Open(w, doc, flags, title, u.loc, u.name, u.conv)
ELSE
d.Open(w, doc, flags, name, NIL, "", NIL)
END
END OpenSubWindow;
PROCEDURE ^ RestoreSequencer(seq: Sequencers.Sequencer);
PROCEDURE (d: Directory) Focus* (target: BOOLEAN): Window, NEW, ABSTRACT;
PROCEDURE (d: Directory) GetThisWindow* (p: Ports.Port; px, py: INTEGER; OUT x, y: INTEGER; OUT w: Window), NEW, ABSTRACT;
PROCEDURE (d: Directory) Select* (w: Window; lazy: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (d: Directory) Close* (w: Window), NEW, ABSTRACT;
PROCEDURE (d: Directory) Update* (w: Window), NEW;
VAR u: Window;
BEGIN
(* redraws the BlackBox region of a given window, or of all windows *)
u := d.First();
WHILE u # NIL DO
ASSERT(u.frame # NIL, 101);
IF (u = w) OR (w = NIL) THEN RestoreSequencer(u.seq) END;
u := d.Next(u)
END
END Update;
PROCEDURE (d: Directory) GetBounds* (OUT w, h: INTEGER), NEW, ABSTRACT;
PROCEDURE SetupWindow* (w: Window; frame: Views.RootFrame;
doc: Documents.Document; seq: Sequencers.Sequencer; flags: SET);
VAR u: Window;
BEGIN
ASSERT(frame.view = doc, 21);
ASSERT(w.frame = NIL, 22);
ASSERT(w.doc = NIL, 23);
ASSERT(w.seq = NIL, 24);
ASSERT(doc.Domain().GetSequencer() = seq, 25);
u := dir.First();
WHILE (u # NIL) & (u.seq # seq) DO u := dir.Next(u) END;
IF u # NIL THEN
(* .sub means that another window on the same sequencer is already open *)
w.sub := TRUE; w.link := u.link; u.link := w;
ELSE w.sub := FALSE; w.link := w
END;
w.frame := frame; w.doc := doc; w.seq := seq; w.flags := flags;
END SetupWindow;
(* RootContext *)
PROCEDURE (c: RootContext) GetSize (OUT w, h: INTEGER);
BEGIN
c.win.port.GetSize(w, h);
w := w * c.win.port.unit; h := h * c.win.port.unit
END GetSize;
PROCEDURE (c: RootContext) SetSize (w, h: INTEGER);
END SetSize;
PROCEDURE (c: RootContext) Normalize (): BOOLEAN;
BEGIN
RETURN TRUE
END Normalize;
PROCEDURE (c: RootContext) ThisModel (): Models.Model;
BEGIN
RETURN NIL
END ThisModel;
(* sequencing utilities *)
PROCEDURE Prepend (s: Script; st: Stores.Store; IN name: Stores.OpName; op: Stores.Operation);
VAR e: OpElem;
BEGIN
ASSERT(op # NIL, 20);
NEW(e); e.st := st; e.op := op; e.name := name;
e.next := s.list; s.list := e
END Prepend;
PROCEDURE Push (VAR list, e: OpElem);
BEGIN
e.next := list; list := e
END Push;
PROCEDURE Pop (VAR list, e: OpElem);
BEGIN
e := list; list := list.next
END Pop;
PROCEDURE Reduce (VAR list: OpElem; max: INTEGER);
VAR e: OpElem;
BEGIN
e := list; WHILE (max > 1) & (e # NIL) DO DEC(max); e := e.next END;
IF e # NIL THEN e.next := NIL END
END Reduce;
PROCEDURE (r: Reducer) Reduce (full: BOOLEAN);
VAR e: OpElem; n: INTEGER; w: Window;
BEGIN
IF dir # NIL THEN
w := dir.First();
WHILE w # NIL DO
IF w.seq IS StdSequencer THEN
IF full THEN
n := 1
ELSE
n := 0; e := w.seq(StdSequencer).undo;
WHILE e # NIL DO INC(n); e := e.next END;
IF n > 20 THEN n := n DIV 2 ELSE n := 10 END
END;
Reduce(w.seq(StdSequencer).undo, n)
END;
w := dir.Next(w)
END
END;
Kernel.InstallReducer(r)
END Reduce;
PROCEDURE Reset (s: StdSequencer);
BEGIN
s.trapEra := Kernel.trapCount;
IF (s.entryLevel # 0) OR (s.nestLevel # 0) THEN
s.modLevel := 0;
s.entryLevel := 0;
s.nestLevel := 0;
s.lastSt := NIL;
s.lastOp := NIL;
s.script := NIL;
s.noUndo := FALSE;
s.undo := NIL; s.redo := NIL;
s.invisibleLevel := 0;
s.transparentLevel := 0;
s.notRecordedLevel := 0
END
END Reset;
PROCEDURE Neutralize (st: Stores.Store);
VAR neutralize: Models.NeutralizeMsg;
BEGIN
IF st # NIL THEN (* st = NIL for scripts *)
WITH st: Models.Model DO
Models.Broadcast(st, neutralize)
| st: Views.View DO
st.Neutralize
ELSE
END
END
END Neutralize;
PROCEDURE Do (s: StdSequencer; st: Stores.Store; op: Stores.Operation);
BEGIN
INC(s.entryLevel); s.lastSt := NIL; s.lastOp := NIL;
Neutralize(st); op.Do;
DEC(s.entryLevel)
END Do;
PROCEDURE AffectsDoc (s: StdSequencer; st: Stores.Store): BOOLEAN;
VAR v, w: Window;
BEGIN
w := s.home;
IF (w = NIL) OR (st = w.doc) OR (st = w.doc.ThisView()) THEN
RETURN TRUE
ELSE
v := w.link;
WHILE (v # w) & (st # v.doc) & (st # v.doc.ThisView()) DO v := v.link END;
RETURN v = w
END
END AffectsDoc;
(* Script *)
PROCEDURE (s: Script) Do;
VAR e, f, g: OpElem;
BEGIN
e := s.list; f := NIL;
REPEAT
Neutralize(e.st); e.op.Do;
g := e.next; e.next := f; f := e; e := g
UNTIL e = NIL;
s.list := f
END Do;
(* StdSequencer *)
PROCEDURE (s: StdSequencer) Handle (VAR msg: ANYREC);
(* send message to all windows attached to s *)
VAR w: Window;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
WITH msg: Models.Message DO
IF msg IS Models.UpdateMsg THEN
Properties.IncEra;
IF s.entryLevel = 0 THEN
(* updates in dominated model bypassed the sequencer *)
Reset(s); (* panic reset: clear sequencer *)
INC(s.modLevel) (* but leave dirty *)
END
END;
w := dir.First();
WHILE w # NIL DO
IF w.seq = s THEN w.BroadcastModelMsg(msg) END;
w := dir.Next(w)
END
| msg: Views.Message DO
w := dir.First();
WHILE w # NIL DO
IF w.seq = s THEN w.BroadcastViewMsg(msg) END;
w := dir.Next(w)
END
ELSE
END
END Handle;
PROCEDURE (s: StdSequencer) Dirty (): BOOLEAN;
BEGIN
RETURN s.modLevel > 0
END Dirty;
PROCEDURE (s: StdSequencer) SetDirty (dirty: BOOLEAN);
BEGIN
IF dirty THEN INC(s.modLevel) ELSE s.modLevel := 0 END
END SetDirty;
PROCEDURE (s: StdSequencer) LastOp (st: Stores.Store): Stores.Operation;
BEGIN
ASSERT(st # NIL, 20);
IF s.lastSt = st THEN RETURN s.lastOp ELSE RETURN NIL END
END LastOp;
PROCEDURE (s: StdSequencer) BeginScript (IN name: Stores.OpName; VAR script: Stores.Operation);
VAR sop: Script;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
INC(s.nestLevel);
IF (s.nestLevel = 1) & (s.invisibleLevel = 0) & (s.transparentLevel = 0) & (s.notRecordedLevel = 0) THEN
INC(s.modLevel)
END;
s.lastSt := NIL; s.lastOp := NIL;
NEW(sop);
sop.up := s.script; sop.list := NIL; sop.level := s.nestLevel; sop.name := name;
s.script := sop;
script := sop
END BeginScript;
PROCEDURE (s: StdSequencer) Do (st: Stores.Store; IN name: Stores.OpName; op: Stores.Operation);
VAR e: OpElem;
BEGIN
ASSERT(st # NIL, 20); ASSERT(op # NIL, 21);
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
Do(s, st, op);
IF s.noUndo THEN (* cannot undo: unbalanced BeginModification pending *)
s.lastSt := NIL; s.lastOp := NIL
ELSIF (s.entryLevel = 0) (* don't record when called from within op.Do *)
& AffectsDoc(s, st) THEN (* don't record when Do affected child window only *)
s.lastSt := st; s.lastOp := op;
IF s.notRecordedLevel = 0 THEN
s.redo := NIL; (* clear redo stack *)
END;
IF s.script # NIL THEN
Prepend(s.script, st, name, op)
ELSE
IF (s.invisibleLevel = 0) & (s.transparentLevel = 0) & (s.notRecordedLevel = 0) THEN INC(s.modLevel) END;
IF s.notRecordedLevel = 0 THEN
NEW(e); e.st := st; e.op := op; e.name := name;
e.invisible := s.invisibleLevel > 0; e.transparent := s.transparentLevel > 0;
Push(s.undo, e)
END
END
END
END Do;
PROCEDURE (s: StdSequencer) Bunch (st: Stores.Store);
VAR lastOp: Stores.Operation;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
ASSERT(st # NIL, 20); ASSERT(st = s.lastSt, 21);
lastOp := s.lastOp;
Do(s, st, lastOp);
IF s.noUndo THEN
s.lastSt := NIL; s.lastOp := NIL
ELSIF (s.entryLevel = 0) (* don't record when called from within op.Do *)
& AffectsDoc(s, st) THEN (* don't record when Do affected child window only *)
s.lastSt := st; s.lastOp := lastOp
END
END Bunch;
PROCEDURE (s: StdSequencer) EndScript (script: Stores.Operation);
VAR e: OpElem;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
ASSERT(script # NIL, 20); ASSERT(s.script = script, 21);
WITH script: Script DO
ASSERT(s.nestLevel = script.level, 22);
s.script := script.up;
IF s.entryLevel = 0 THEN (* don't record when called from within op.Do *)
IF script.list # NIL THEN
IF s.script # NIL THEN
Prepend(s.script, NIL, script.name, script)
ELSE (* outermost scripting level *)
s.redo := NIL; (* clear redo stack *)
IF ~s.noUndo THEN
NEW(e); e.st := NIL; e.op := script; e.name := script.name;
e.invisible := s.invisibleLevel > 0; e.transparent := s.transparentLevel > 0;
IF s.notRecordedLevel=0 THEN Push(s.undo, e) END
END;
s.lastSt := NIL; s.lastOp := NIL
END
ELSE
IF (s.script = NIL) & (s.modLevel > 0) & (s.invisibleLevel = 0) & (s.transparentLevel = 0) THEN
DEC(s.modLevel)
END
END
END
END;
DEC(s.nestLevel);
IF s.nestLevel = 0 THEN ASSERT(s.script = NIL, 22); s.noUndo := FALSE END
END EndScript;
PROCEDURE (s: StdSequencer) StopBunching;
BEGIN
s.lastSt := NIL; s.lastOp := NIL
END StopBunching;
PROCEDURE (s: StdSequencer) BeginModification (type: INTEGER; st: Stores.Store);
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
IF s.nestLevel < LEN(s.modStack) THEN
s.modStack[s.nestLevel].store := st; s.modStack[s.nestLevel].type := type
END;
INC(s.nestLevel);
IF type = Sequencers.notUndoable THEN
INC(s.modLevel); (* unbalanced! *)
s.noUndo := TRUE; s.undo := NIL; s.redo := NIL;
s.lastSt := NIL; s.lastOp := NIL;
INC(s.entryLevel) (* virtual entry of modification "operation" *)
ELSIF type = Sequencers.invisible THEN
INC(s.invisibleLevel)
ELSIF type = Sequencers.clean THEN
INC(s.transparentLevel)
ELSIF type = notRecorded THEN
INC(s.notRecordedLevel)
END
END BeginModification;
PROCEDURE (s: StdSequencer) EndModification (type: INTEGER; st: Stores.Store);
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
ASSERT(s.nestLevel > 0, 20);
IF s.nestLevel <= LEN(s.modStack) THEN
ASSERT((s.modStack[s.nestLevel - 1].store = st) & (s.modStack[s.nestLevel - 1].type = type), 21)
END;
DEC(s.nestLevel);
IF type = Sequencers.notUndoable THEN
DEC(s.entryLevel)
ELSIF type = Sequencers.invisible THEN
DEC(s.invisibleLevel)
ELSIF type = Sequencers.clean THEN
DEC(s.transparentLevel)
ELSIF type = notRecorded THEN
DEC(s.notRecordedLevel)
END;
IF s.nestLevel = 0 THEN ASSERT(s.script = NIL, 22); s.noUndo := FALSE END
END EndModification;
PROCEDURE (s: StdSequencer) CanUndo (): BOOLEAN;
VAR op: OpElem;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
op := s.undo;
WHILE (op # NIL) & op.invisible DO op := op.next END;
RETURN op # NIL
END CanUndo;
PROCEDURE (s: StdSequencer) CanRedo (): BOOLEAN;
VAR op: OpElem;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
op := s.redo;
WHILE (op # NIL) & op.invisible DO op := op.next END;
RETURN op # NIL
END CanRedo;
PROCEDURE (s: StdSequencer) GetUndoName (VAR name: Stores.OpName);
VAR op: OpElem;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
op := s.undo;
WHILE (op # NIL) & op.invisible DO op := op.next END;
IF op # NIL THEN name := op.name$ ELSE name[0] := 0X END
END GetUndoName;
PROCEDURE (s: StdSequencer) GetRedoName (VAR name: Stores.OpName);
VAR op: OpElem;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
op := s.redo;
WHILE (op # NIL) & op.invisible DO op := op.next END;
IF op # NIL THEN name := op.name$ ELSE name[0] := 0X END
END GetRedoName;
PROCEDURE (s: StdSequencer) Undo;
VAR e: OpElem;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
IF s.undo # NIL THEN
REPEAT
Pop(s.undo, e); Do(s, e.st, e.op); Push(s.redo, e)
UNTIL ~e.invisible OR (s.undo = NIL);
IF ~e.transparent THEN
IF s.modLevel > 0 THEN DEC(s.modLevel) END
END
END
END Undo;
PROCEDURE (s: StdSequencer) Redo;
VAR e: OpElem;
BEGIN
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
IF s.redo # NIL THEN
Pop(s.redo, e); Do(s, e.st, e.op); Push(s.undo, e);
WHILE (s.redo # NIL) & s.redo.invisible DO
Pop(s.redo, e); Do(s, e.st, e.op); Push(s.undo, e)
END;
IF ~e.transparent THEN
INC(s.modLevel)
END
END
END Redo;
(* Forwarder *)
PROCEDURE (f: Forwarder) Forward (target: BOOLEAN; VAR msg: Controllers.Message);
VAR w: Window;
BEGIN
w := dir.Focus(target);
IF w # NIL THEN w.ForwardCtrlMsg(msg) END
END Forward;
PROCEDURE (f: Forwarder) Transfer (VAR msg: Controllers.TransferMessage);
VAR w: Window; h: Views.Frame; p: Ports.Port; sx, sy, tx, ty, pw, ph: INTEGER;
BEGIN
h := msg.source; p := h.rider.Base();
(* (msg.x, msg.y) is point in local coordinates of source frame *)
sx := (msg.x + h.gx) DIV h.unit;
sy := (msg.y + h.gy) DIV h.unit;
(* (sx, sy) is point in global coordinates of source port *)
dir.GetThisWindow(p, sx, sy, tx, ty, w);
IF w # NIL THEN
(* (tx, ty) is point in global coordinates of target port *)
w.port.GetSize(pw, ph);
msg.x := tx * w.port.unit;
msg.y := ty * w.port.unit;
(* (msg.x, msg.y) is point in coordinates of target window *)
w.ForwardCtrlMsg(msg)
END
END Transfer;
(** miscellaneous **)
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20);
IF stdDir = NIL THEN stdDir := d END;
dir := d
END SetDir;
(* reuse of open documents; relevant flags are isAux, isTool, allowDuplicates *)
PROCEDURE GetBySpec* (loc: Files.Locator; name: Files.Name; conv: Converters.Converter;
flags: SET): Window;
VAR tool, aux: BOOLEAN; w: Window;
BEGIN
IF ~(allowDuplicates IN flags) & (loc # NIL) & (loc.res # 77) & (name # "") THEN
Files.dir.GetFileName(name, Files.docType, name);
tool := isTool IN flags; aux := isAux IN flags;
w := dir.First();
WHILE w # NIL DO
IF ~(allowDuplicates IN w.flags) & (w.loc # NIL) & (w.loc.res # 77) & (w.name # "")
& Files.dir.SameFile(loc, name, w.loc, w.name) & (w.conv = conv)
& (tool = (isTool IN w.flags)) & (aux = (isAux IN w.flags)) THEN
RETURN w
END ;
w := dir.Next(w)
END
END ;
RETURN NIL
END GetBySpec;
PROCEDURE SelectBySpec* (loc: Files.Locator; name: Files.Name;
conv: Converters.Converter; flags: SET; VAR done: BOOLEAN);
VAR w: Window;
BEGIN
w := GetBySpec(loc, name, conv, flags);
IF w # NIL THEN dir.Select(w, lazy); done := TRUE ELSE done := FALSE END
END SelectBySpec;
PROCEDURE SelectByTitle* (v: Views.View; flags: SET; title: Views.Title; VAR done: BOOLEAN);
VAR w: Window; t: Views.Title; n1, n2: ARRAY 64 OF CHAR;
BEGIN
done := FALSE;
IF v # NIL THEN
IF v IS Documents.Document THEN v := v(Documents.Document).ThisView() END;
Services.GetTypeName(v, n1)
ELSE n1 := ""
END;
w := dir.First();
WHILE w # NIL DO
IF ((w.flags / flags) * {isAux, isTool} = {}) & ~(allowDuplicates IN w.flags) THEN
w.GetTitle(t);
IF t = title THEN
Services.GetTypeName(w.doc.ThisView(), n2);
IF (n1 = "") OR (n1 = n2) THEN
dir.Select(w, lazy); done := TRUE; RETURN
END
END
END;
w := dir.Next(w)
END
END SelectByTitle;
PROCEDURE (h: Hook) Omnicast (VAR msg: ANYREC);
VAR w: Window;
BEGIN
w := dir.First();
WHILE w # NIL DO
IF ~w.sub THEN w.seq.Handle(msg) END;
w := dir.Next(w)
END
END Omnicast;
PROCEDURE RestoreSequencer (seq: Sequencers.Sequencer);
VAR w: Window;
BEGIN
w := dir.First();
WHILE w # NIL DO
ASSERT(w.frame # NIL, 100);
IF (seq = NIL) OR (w.seq = seq) THEN
w.Update (* causes redrawing of BlackBox region *)
END;
w := dir.Next(w)
END
END RestoreSequencer;
PROCEDURE (h: Hook) RestoreDomain (d: Stores.Domain);
VAR seq: ANYPTR;
BEGIN
IF d = NIL THEN
RestoreSequencer(NIL)
ELSE
seq := d.GetSequencer();
IF seq # NIL THEN
RestoreSequencer (seq(Sequencers.Sequencer))
END
END
END RestoreDomain;
(* SequencerDirectory *)
PROCEDURE (d: SequencerDirectory) New (): Sequencers.Sequencer;
BEGIN
RETURN dir.NewSequencer()
END New;
(** CheckAction **)
PROCEDURE (a: CheckAction) Do;
VAR w: Window; s: Sequencers.Sequencer;
BEGIN
Services.DoLater(a.wait, Services.resolution);
w := dir.First();
WHILE w # NIL DO
s := w.seq;
WITH s: StdSequencer DO
IF s.trapEra # Kernel.trapCount THEN Reset(s) END;
ASSERT(s.nestLevel = 0, 100);
(* unbalanced calls of Views.BeginModification/EndModification or Views.BeginScript/EndScript *)
ELSE
END;
w := dir.Next(w)
END
END Do;
PROCEDURE (a: WaitAction) Do;
BEGIN
Services.DoLater(a.check, Services.immediately)
END Do;
PROCEDURE (n: LangNotifier) Notify;
VAR w: Window; pw, ph: INTEGER;
BEGIN
w := dir.First();
WHILE w # NIL DO
w.port.GetSize(pw, ph);
w.Restore(0, 0, pw, ph);
w.RefreshTitle;
w := dir.Next(w)
END
END Notify;
PROCEDURE Init*;
VAR f: Forwarder; r: Reducer; sdir: SequencerDirectory;
a: CheckAction; w: WaitAction; h: Hook; ln: LangNotifier;
BEGIN
NEW(sdir); Sequencers.SetDir(sdir);
NEW(h); Views.SetMsgHook(h);
NEW(f); Controllers.Register(f);
NEW(r); Kernel.InstallReducer(r);
NEW(a); NEW(w); a.wait := w; w.check := a; Services.DoLater(a, Services.immediately);
NEW(ln); Dialog.RegisterLangNotifier(ln)
END Init;
END Windows.
| System/Mod/Windows.odc |
Version:
Build number:
Built date:
https://blackbox.oberon.org
2017 – 2024 BlackBox Cross-Platform Team
2013 – 2021 OberonCore
2013 – 2019 BlackBox Framework Center
1994 – 2013 Oberon microsystems, Inc.
The BSD 2-clause license
Free of charge for open source and proprietary development.
| System/Rsrc/About.odc |
MENU "#System:&File"
"#System:&New" "N" "StdCmds.New" ""
"#System:&Open..." "O" "StdCmds.OpenDialog" ""
"#System:&Open Stationery..." "*O" "StdCmds.OpenCopyOfDialog" ""
"#System:&Save" "S" "StdCmds.SaveDialog" "StdCmds.SaveGuard"
"#System:&Save As..." "*S" "StdCmds.SaveAsDialog" "StdCmds.WindowGuard"
"#System:&Save Copy As..." "" "StdCmds.SaveCopyAsDialog" "StdCmds.WindowGuard"
"#System:&Close" "W" "StdCmds.CloseTopDialog" "StdCmds.WindowGuard"
SEPARATOR
"#System:&Page Setup..." "" "StdDialog.OpenPageSetup" "StdCmds.WindowGuard"
"#System:&Print..." "P" "StdCmds.Print" "StdCmds.PrintGuard"
SEPARATOR
"#System:&Exit" "" "StdCmds.Exit" ""
END
MENU "#System:&Edit"
"#System:&Undo" "Z" "StdCmds.Undo" "StdCmds.UndoGuard"
"#System:&Redo" "Y" "StdCmds.Redo" "StdCmds.RedoGuard"
SEPARATOR
"#System:&Cut" "X" "StdCmds.Cut" "StdCmds.CutGuard"
"#System:&Copy" "C" "StdCmds.Copy" "StdCmds.CopyGuard"
"#System:&Paste" "V" "StdCmds.Paste" "StdCmds.PasteGuard"
"#System:&Del" "" "StdCmds.Clear" "StdCmds.CutGuard"
"#System:&Copy Properties" "*C" "StdCmds.CopyProp" "StdCmds.SelectionGuard"
"#System:&Paste Properties" "*V" "StdCmds.PasteProp" "StdCmds.SelectionGuard"
SEPARATOR
"#System:&Paste Object" "" "StdCmds.PasteObject" "StdCmds.PasteObjectGuard"
"#System:&Paste Special..." "" "OleClient.PasteSpecial" "StdCmds.PasteObjectGuard"
"#System:&Paste to Window" "" "StdCmds.PasteToWindow" "StdCmds.PasteToWindowGuard"
SEPARATOR
"#System:&Insert Object..." "" "OleClient.InsertObject" "StdCmds.PasteViewGuard"
"#System:&Object Properties..." "" "StdCmds.ShowProp" "StdCmds.ShowPropGuard"
"#System:&Object" "" "StdCmds.ObjectMenu" "StdCmds.ObjectMenuGuard"
SEPARATOR
"#System:&Select Document" " " "StdCmds.SelectDocument" "StdCmds.WindowGuard"
"#System:&Select All" "A" "StdCmds.SelectAll" "StdCmds.SelectAllGuard"
"#System:&Select Next Object" "F6" "StdCmds.SelectNextView" "StdCmds.ContainerGuard"
SEPARATOR
"#System:&Preferences..." "" "StdDialog.OpenPrefDialog" ""
END
MENU "#System:&Attributes"
"#System:&Regular" "" "StdCmds.Plain" "StdCmds.PlainGuard"
SEPARATOR
"#System:&Bold" "B" "StdCmds.Bold" "StdCmds.BoldGuard"
"#System:&Italic" "I" "StdCmds.Italic" "StdCmds.ItalicGuard"
"#System:&Underline" "U" "StdCmds.Underline" "StdCmds.UnderlineGuard"
SEPARATOR
"#System:&8 Point" "" "StdCmds.Size(8)" "StdCmds.SizeGuard(8)"
"#System:&9 Point" "" "StdCmds.Size(9)" "StdCmds.SizeGuard(9)"
"#System:&10 Point" "" "StdCmds.Size(10)" "StdCmds.SizeGuard(10)"
"#System:&12 Point" "" "StdCmds.Size(12)" "StdCmds.SizeGuard(12)"
"#System:&16 Point" "" "StdCmds.Size(16)" "StdCmds.SizeGuard(16)"
"#System:&20 Point" "" "StdCmds.Size(20)" "StdCmds.SizeGuard(20)"
"#System:&24 Point" "" "StdCmds.Size(24)" "StdCmds.SizeGuard(24)"
"#System:&Size..." "" "StdCmds.InitSizeDialog; StdCmds.OpenToolDialog('Std/Rsrc/Cmds', '#System:Size')"
"StdCmds.SizeGuard(-1)"
SEPARATOR
"#System:&Default Color" "" "StdCmds.Color(1000000H)" "StdCmds.ColorGuard(1000000H)"
"#System:&Black" "" "StdCmds.Color(0000000H)" "StdCmds.ColorGuard(0000000H)"
"#System:&Red" "" "StdCmds.Color(00000FFH)" "StdCmds.ColorGuard(00000FFH)"
"#System:&Green" "" "StdCmds.Color(000AF00H)" "StdCmds.ColorGuard(000AF00H)"
"#System:&Blue" "" "StdCmds.Color(0FF0000H)" "StdCmds.ColorGuard(0FF0000H)"
"#System:&Color..." "" "StdDialog.ColorDialog" "StdCmds.ColorGuard(-1)"
SEPARATOR
"#System:&Default Font" "" "StdCmds.DefaultFont" "StdCmds.DefaultFontGuard"
"#System:&Font..." "" "StdDialog.FontDialog" "StdCmds.TypefaceGuard"
"#System:&Typeface..." "" "StdDialog.TypefaceDialog" "StdCmds.TypefaceGuard"
END
INCLUDE "Dev"
INCLUDE "Text"
INCLUDE "Form"
INCLUDE "Sql"
INCLUDE "Obx"
INCLUDE "*"
MENU "#System:&Help"
"#System:&Contents" "F1" "StdCmds.OpenAuxDialog('Docu/Help', '#System:Help Contents')" ""
"#System:&Examples" "" "StdCmds.OpenBrowser('Obx/Docu/Sys-Map', '#System:Examples')" ""
"#System:&Language Report" "" "StdCmds.OpenBrowser('Docu/CP-Lang', '#System:Component Pascal Language Report')" ""
SEPARATOR
"#System:&About BlackBox" "" "StdCmds.OpenToolDialog('System/Rsrc/About', '#System:About BlackBox')" ""
END
MENU "*"
"#System:&Cut" "" "StdCmds.Cut" "StdCmds.CutGuard"
"#System:&Copy" "" "StdCmds.Copy" "StdCmds.CopyGuard"
"#System:&Paste" "" "StdCmds.Paste" "StdCmds.PasteGuard"
"#System:&Delete" "" "StdCmds.Clear" "StdCmds.CutGuard"
SEPARATOR
"#System:&Properties..." "" "StdCmds.ShowProp" "StdCmds.ShowPropGuard"
"#System:&Object" "" "StdCmds.ObjectMenu" "StdCmds.ObjectMenuGuard"
END
| System/Rsrc/Menus.odc |
STRINGS
&File &File
&New &New
&Open... &Open...
&Open Stationery... Open As Copy...
&Save &Save
&Save As... Save &As...
&Save Copy As... Save Copy As...
&Close &Close
&Page Setup... Page Se&tup...
&Print... &Print...
&Exit E&xit
&Edit &Edit
&Undo &Undo
&Redo R&edo
&Cut Cu&t
&Copy &Copy
&Paste &Paste
&Del &Delete Delete
&Copy Properties &Copy Properties
&Paste Properties &Paste Properties
&Paste Object Paste O&bject
&Paste Special... Paste &Special...
&Paste to Window Paste to &Window
&Insert Object... &Insert Object...
&Object Properties... Object P&roperties... Alt+Enter
&Object &Object
&Select Document Select Docu&ment
&Select All Select &All
&Select Next Object Select &Next Object
&Preferences... Pre&ferences...
&Attributes &Attributes
&Regular &Regular
&Bold &Bold
&Italic &Italic
&Underline &Underline
&8 Point &8 Point
&9 Point &9 Point
&10 Point &10 Point
&12 Point 1&2 Point
&16 Point 1&6 Point
&20 Point 2&0 Point
&24 Point 2&4 Point
&Size... &Size...
&Default Color &Default Color
&Black Blac&k
&Red R&ed
&Green &Green
&Blue B&lue
&Color... &Color...
&Default Font Default F&ont
&Font... &Font...
&Typeface... &Typeface...
&Window &Window
&New Window &New Window
&Cascade &Cascade
&Tile Horizontal Tile &Horizontal
&Tile Vertical &Tile Vertical
&Arrange Icons &Arrange Icons
&Help &Help
&Contents Contents
&Examples Examples
&About BlackBox About BlackBox
&Delete &Delete
&Properties... P&roperties...
About BlackBox About BlackBox
AlienAttributes alien attributes
AlienCause alien cause
AlienComponent alien component
AlienControllerWarning alien controller (warning)
AlienFont alien font ^0
AlienFontVersion alien version of font ^0
AlienModel alien model
AlienVersion alien version
AllocatorNotFound allocator not found
AllowFocus Allow Subfocus
Apply Apply
BehaviorNotAccessible behavior not accessible
black Black
blue Blue
Cancel Cancel
CannotCloseDirtyWindow cannot close dirty window
CannotCreateDialog cannot create Dialog ^0
CannotLoadModule cannot load module ^0
CannotOpenFile cannot open file ^0
CannotUnload cannot unload module ^0
Caption Caption
ChangeColor Change Color
ChangeOptions Change Options
ChangeSize Change Size
Clipboard Clipboard
Close Close
CodeFileNotFound code file for ^0 not found
CommaExpected , expected
CommandError command error:
CommandNotFoundIn command ^0 not found in ^1
configuration failed configuration failed:
ContainerExpected container expected
ConverterFailed converter failed
Copying Copying
CorruptedCodeFileFor corrupted code file for ^0
CyclicImpFrom cyclic import (^0 imported from ^1)
darkGrey Dark Grey
defaultColor Default Color
Deleting Deleting
Deletion Deletion
DepositExpected deposited view expected
DialogNotFound dialog not found
Documents.ExportDocument Document
Documents.ImportDocument Document
DocumentVersionProblems document version problems
Empty empty
Examples Examples
FailedToImportDocument failed to import document
FailedToOpen failed to open ^0
FailedToOpenPrintJob failed to open print job
FileNotFound file ^0 not found
FormatChange Format Change
green Green
grey Grey
Help Help
Help Contents Help Contents
IdentExpected identifier expected
IllegalColor illegal color
IllegalDay illegal day
IllegalFontSize illegal font size
IllegalHour illegal hour
IllegalLength illegal length
IllegalMaskName illegal mask name ^0
IllegalMinute illegal minute
IllegalMonth illegal month
IllegalSecond illegal second
IllegalSize illegal size
IllegalStyle illegal style
IllegalSubrangeValue illegal subrange value
IllegalUnits illegal units
IllegalWeight illegal weight
IllegalYear illegal year
IncompatibleParList incompatible parameter list in ^0.^1
StringTooLong String too long. Max ^0 chars. Offending string: ^1
InconsistentModuleVersion inconsistent module version ^0
InconsistentType inconsistent type ^0
InconsistentVersion inconsistent version
infinite infinite
-infinite minus infinite
Inserting Inserting
Insertion Insertion
InvalidCodeFile invalid code file ^0
italic italic
ItemFilterNotFound Item guard ^1 for ^0 not found
ItemFilterTrapped Item guard ^1 for ^0 trapped
lightGrey Light Grey
Linking Linking
LParenExpected ( expected
MakeDialog Make Dialog
MakeDocument Make Document
Modifying Modifying
ModuleNotFound module ^0 not found
Moving Moving
NoBehaviorBound no behavior bound
NoConverterFound no converter found
NoFocus no focus available
NoPrinterFound no printer found
NotEditable not editable
NotEnoughMemoryFor not enough memory for ^0
NoSelection no selection available
NoDepositExpected no deposited view expected
NoViewAllocated no view allocated
ObjInconsImpFrom object ^0 inconsistently imported from ^1
ObjNotFoundImpFrom object ^0 not found (imported from ^1)
OK OK
OtherSize Other Size
PageSetup Page Setup
Preferences Preferences
PreventFocus Prevent Subfocus
PrintHeader Print Header
ProcNotFoundIn procedure ^0 not found in ^1
QuoteExpected ' expected
red Red
Redo Redo
Replacing Replacing
ReplaceView Replace View
Resizing Resizing
RParenExpected ) expected
ScriptExecution Script Execution
Scrolling Scrolling
SetDocument Set Document
SetEditor Set Editor
SetLayout Set Layout
SetMask Set Mask
SetProp Set Properties
SetTool Set Tool
Size Size
SyntaxError syntax error
SyntaxErrorIn syntax error in ^0
strikeout strikeout
TypeNotFound type ^ 0 not found
Undo Undo
undefined undefined
underline underline
UnknownCause unknown cause
UnknownIdent unknown identifier ^0
untitled untitled
white White
versionTroubleKey version problem with document
ViewSetting View Setting
WrongSelection wrong selection
AddBundleWrapper Add Bundle Wrapper
RemoveBundleWrapper Remove Bundle Wrapper
AddScrollingWrapper Add Scrolling Wrapper
RemoveScrollingWrapper Remove Scrolling Wrapper
SetDefault Set Default Button
SetAbort Set Abort Button
RenumberRadioButtons Renumber Radio Buttons
SaveAs Save As
closing closing
quitting quitting
SelectColor Select Color
ShowClipboard Show Clipboard
HideClipboard Hide Clipboard
ReallyRevert Revert to the last saved version of "^0"?
OpenFile Open...
OtherColor Other Color...
BlackBoxHelp BlackBox Help
NotFound ^0 not found
HasWrongType ^0 has wrong type
Controls.Prop DevInspector.InitDialog; StdCmds.OpenToolDialog('Dev/Rsrc/Inspect', 'Inspector')
ShowProp DevDebug.ShowViewState
Math.Sqrt.143 Pre: argument of Sqrt must not be negative
Math.Ln.143 Pre: argument of Ln must not be negative
Math.Log.143 Pre: argument of Log must not be negative
Math.Sin.143 Pre: ABS(x) # INF
Math.Cos.143 Pre: ABS(x) # INF
Math.SinCos.143 Pre: ABS(x) # INF
Math.Tan.143 Pre: ABS(x) # INF
Math.ArcSin.143 Pre: -1.0 <= x <= 1.0
Math.ArcCos.143 Pre: -1.0 <= x <= 1.0
Math.ArcCosh.143 Pre: x >= 1.0
Math.ArcTanh.143 Pre: -1.0 <= x <= 1.0
Math.Frac.143 Pre: x # INF & x # -INF
Math.Mod1.143 Pre: x # INF & x # -INF
Math.Power.20 Pre: x >= 0
Math.Power.21 Pre: x # 0.0 OR y # 0.0
Math.Power.22 Pre: x # INF OR y # 0.0
Math.Power.23 Pre: x # 1.0 OR ABS(y) # INF
SMath.Sqrt.143 Pre: argument of Sqrt must not be negative
SMath.Ln.143 Pre: argument of Ln must not be negative
SMath.Log.143 Pre: argument of Log must not be negative
SMath.Sin.143 Pre: ABS(x) # INF
SMath.Cos.143 Pre: ABS(x) # INF
SMath.SinCos.143 Pre: ABS(x) # INF
SMath.Tan.143 Pre: ABS(x) # INF
SMath.ArcSin.143 Pre: -1.0 <= x <= 1.0
SMath.ArcCos.143 Pre: -1.0 <= x <= 1.0
SMath.ArcCosh.143 Pre: x >= 1.0
SMath.ArcTanh.143 Pre: -1.0 <= x <= 1.0
SMath.Frac.143 Pre: x # INF & x # -INF
SMath.Mod1.143 Pre: x # INF & x # -INF
SMath.Power.20 Pre: x >= 0
SMath.Power.21 Pre: x # 0.0 OR y # 0.0
SMath.Power.22 Pre: x # INF OR y # 0.0
SMath.Power.23 Pre: x # 1.0 OR ABS(y) # INF
Windows.Window.ForwardCtrlMsg.100 unbalanced call of Models/Views.BeginModification or Views.BeginScript
Controllers.BalanceCheckAction.Do.100 unbalanced call of Controllers.SetCurrentPath
Windows.CheckAction.Do.100 unbalanced call of Models/Views.BeginModification or Views.BeginScript
Views.CopyOf.21 Views.CopyFrom and Views.CopyFromModelView must not both be overwritten
Views.View.CopyFrom.20 Views.CopyFromSimpleView and Views.CopyFromModelView must not both be overwritten
Views.View.CopyFrom.60 Views.CopyFromSimpleView / Views.CopyFromModelView must not use record copy ("v^ := source^")
Stores.Reader.ReadStore.20 no Stores.Store to read at this file position
Stores.Reader.ReadStore.101 file format corrupted or not a Stores.Store in file
Stores.Reader.ReadStore.102 file format corrupted or not a Stores.Store in file
Stores.Reader.ReadStore.103 file format corrupted or not a Stores.Store in file
Stores.Reader.ReadStore.104 file format corrupted or not a Stores.Store in file
Stores.Reader.ReadStore.105 file format corrupted or not a Stores.Store in file
Stores.Reader.ReadStore.106 file format corrupted or not a Stores.Store in file
TRAP TRAP
Exception Exception
call of obsolete procedure call of obsolete procedure
not yet implemented not yet implemented
invariant violated invariant violated
postcondition violated postcondition violated
precondition violated precondition violated
invalid WITH invalid WITH
invalid CASE invalid CASE
function without RETURN function without RETURN
type guard type guard
implied type guard implied type guard
value out of range value out of range
index out of range index out of range
string too long string too long
stack overflow stack overflow
integer overflow integer overflow
division by zero division by zero
infinite real result infinite real result
real underflow real underflow
real overflow real overflow
undefined real result undefined real result
not a number not a number
keyboard interrupt keyboard interrupt
NIL dereference NIL dereference
illegal instruction illegal instruction
adr adr
NIL dereference (read) NIL dereference (read)
illegal memory read illegal memory read
NIL dereference (write) NIL dereference (write)
illegal memory write illegal memory write
NIL procedure call NIL procedure call
illegal execution illegal execution
out of memory out of memory
bus error bus error
address error address error
fpu error fpu error
SaveNClose Save && Close
CloseNow No
SaveChanges Do you whant to save the changes?
Shift Shift+
Ctrl Ctrl+
Space Space
Edit &Edit
Open &Open
MoveHere &Move Here
CopyHere &Copy Here
LinkHere &Link Here
Object &Object
MissingDirectory Missing Directory
CreateDir The directory ^0 will be created
FileError File Error
ReplaceWriteProtected ^0 could not be replaced^1because it is write protected
ReplaceInUse ^0 could not be replaced^1because it is in use
ReplaceAccessDenied ^0 could not be replaced^1because access is denied
PreferencesDocu Preferences Docu
AllocatedMemory Allocated Memory:
Total Total:
Bytes Bytes
Print Print
OpenFile Open
ControlInspector Control Inspector
SaveChanges ^0 has changed.^1^2Do you want to save the changes?
Saving saving
Saved saved
Failed failed
Document Document
AllFiles All Files
AllSupportedFiles All Supported Files
NotUnderWindows3 Feature not available under Windows 3.11
Read File As: Read File As:
Use true type metric &Use true type metric
Visual scrolling &Visual scrolling
Beep &Beep
Server Mode Server &Mode
Caret Caret
Thick Caret &Thick Caret
Caret Period (in ms): &Caret Period (in ms):
Language: &Language:
Default font... D&efault font...
Dialog font... Di&alog font...
Status bar Status bar
No &No
Simple &Simple
Double &Double
Printing Page: Printing Page:
Printer... Printer...
Layout Layout
Standard Header Standard Header
Orientation Orientation
Portrait Portrait
Landscape Landscape
Margins Margins
Left: Left:
Right: Right:
Top: Top:
Bottom: Bottom:
HostTextConv.ImportUtf8 UTF-8 Text
HostTextConv.ImportText Text
HostTextConv.ImportTabText Text (space pairs as tabs)
HostTextConv.ImportRichText Rich Text
HostTextConv.ImportUnicode Unicode Text
HostTextConv.ImportHex Data File (hex)
HostTextConv.ImportDosText Text (Dos encoding)
HostBitmaps.ImportBitmap Bitmap
HostTextConv.ExportUtf8 UTF-8 Text
HostTextConv.ExportText Plain Text
HostTextConv.ExportTabText Plain Text (tabs as space pairs)
HostTextConv.ExportRichText Rich Text
HostTextConv.ExportUnicode Unicode Text
HostBitmaps.ExportBitmap Bitmap
HostTextConv.ImportDRichText Rich Text
HostTextConv.ImportDUnicode Unicode Text
HostTextConv.ImportDText Plain Text
HostPictures.ImportDPict Picture (Metafile)
HostBitmaps.ImportDBitmap Picture (Bitmap)
HostBitmaps.ImportDPictAsBitmap Picture (Bitmap)
TextViews.StdView Text
HostPictures.StdView Metafile-Picture
HostBitmaps.StdView Bitmap-Picture
TextViews.View Text
HostPictures.View Metafile-Picture
HostBitmaps.View Bitmap-Picture
Properties.StdProp HostDialog.FontDialog
Bitmaps.Evaluate.101 Not enough memory to allocate bitmap
openExtErr Failed to open external document:
runExtErr Failed to run external command:
askToMakeFolders ask to make folders
HostPictures.StdViewDesc StdPictures.StdViewDesc
BraheViews.ViewDesc FigViews.ViewDesc
BraheViews.StdViewDesc FigViews.StdViewDesc
BraheStdModels.StdModelBaseDesc FigModels.StdModelBaseDesc
BraheModels.ModelDesc FigModels.ModelDesc
BraheModels.ModelBaseDesc FigModels.ModelBaseDesc
BraheModels.StdPointBase FigModels.StdPointBase
BraheModels.StdFigureBase FigModels.StdFigureBase
BraheModels.ObjectDesc FigModels.ObjectDesc
BraheModels.FreePointDesc FigModels.FreePointDesc
BraheModels.PointBaseDesc FigModels.PointBaseDesc
BraheOvals.OvalDesc FigBasic.OvalDesc
BraheLines.LineDesc FigBasic.LineDesc
BraheModels.PointDesc FigModels.PointDesc
BraheStdModels.StdPointBaseDesc FigModels.StdPointBaseDesc
BraheModels.FigureDesc FigModels.FigureDesc
BraheStdModels.StdFigureBaseDesc FigModels.StdFigureBaseDesc
BraheModels.FigureBaseDesc FigModels.FigureBaseDesc
BraheRectangles.RectangleDesc FigBasic.RectangleDesc
BrahePolygons.PolygonDesc FigBasic.PolygonDesc
BraheCircles.CircleDesc FigBasic.CircleDesc
BraheCaptions.CaptionDesc FigBasic.CaptionDesc
BraheClosedBezier.ClosedBezierDesc FigBasic.ClosedBezierDesc
BraheOpenBezier.OpenBezierDesc FigBasic.OpenBezierDesc
BraheCornerpoint.PointDesc FigPoints.CornerPointDesc
BraheModels.ConstrainedPointDesc FigModels.ConstrainedPointDesc
BraheRectanglepoint.PointDesc FigPoints.RectanglePointDesc
BraheCirclepoint.PointDesc FigPoints.CirclePointDesc
BraheCenterpoint.PointDesc FigPoints.CenterPointDesc
BraheProjection.PointDesc FigPoints.ProjectionPointDesc
appVersion 2.0-a1
appVerName bbcb2 2.0 Alpha 1
fileVersion 2.0.0.237
buildNum 237
buildDate 2024-11-10
commitHash 8687202208883c3a1d6200463d86594ed5ff0280
| System/Rsrc/Strings.odc |
TextCmds
DEFINITION TextCmds;
IMPORT Dialog;
VAR
find: RECORD
find: ARRAY 256 OF CHAR;
replace: ARRAY 256 OF CHAR;
ignoreCase, wordBeginsWith, wordEndsWith, reverseOrientation: BOOLEAN
END;
ruler: RECORD
pageBreaks: RECORD
notInside, joinPara: BOOLEAN
END
END;
tabulator: RECORD
style: INTEGER;
radixChar: ARRAY 2 OF CHAR;
pos: ARRAY 7 OF CHAR;
verticalBar: BOOLEAN
END;
PROCEDURE InitFindDialog;
PROCEDURE ResetFindDialog;
PROCEDURE SetNormalOrientation;
PROCEDURE SetReverseOrientation;
PROCEDURE FindFirst (option: ARRAY OF CHAR);
PROCEDURE FindAgain (option: ARRAY OF CHAR);
PROCEDURE Replace (option: ARRAY OF CHAR);
PROCEDURE ReplaceAll (option: ARRAY OF CHAR);
PROCEDURE ReplaceAndFindNext (option: ARRAY OF CHAR);
PROCEDURE InitRulerDialog;
PROCEDURE SetRuler;
PROCEDURE InsertDigitSpace;
PROCEDURE InsertNBHyphen;
PROCEDURE InsertNBSpace;
PROCEDURE InsertParagraph;
PROCEDURE InsertRuler;
PROCEDURE InsertSoftHyphen;
PROCEDURE ShiftLeft;
PROCEDURE ShiftRight;
PROCEDURE Subscript;
PROCEDURE Superscript;
PROCEDURE MakeDefaultAttributes;
PROCEDURE MakeDefaultRuler;
PROCEDURE ListAlienViews;
PROCEDURE ToggleMarks;
PROCEDURE HideMarks;
PROCEDURE ShowMarks;
PROCEDURE EditGuard (VAR par: Dialog.Par);
PROCEDURE FocusGuard (VAR par: Dialog.Par);
PROCEDURE SelectionGuard (VAR par: Dialog.Par);
PROCEDURE EditSelectionGuard (VAR par: Dialog.Par);
PROCEDURE SingletonGuard (VAR par: Dialog.Par);
PROCEDURE FindGuard (VAR par: Dialog.Par);
PROCEDURE FindAgainGuard (VAR par: Dialog.Par);
PROCEDURE ReplaceGuard (VAR par: Dialog.Par);
PROCEDURE ReplaceAllGuard (VAR par: Dialog.Par);
PROCEDURE MakeDefaultRulerGuard (VAR par: Dialog.Par);
PROCEDURE ToggleMarksGuard (VAR par: Dialog.Par);
PROCEDURE TabGuard (VAR par: Dialog.Par);
PROCEDURE TabNumGuard (VAR par: Dialog.Par);
PROCEDURE TabUnitGuard (VAR par: Dialog.Par);
PROCEDURE DecTabGuard (VAR par: Dialog.Par);
PROCEDURE NextTabGuard (VAR par: Dialog.Par);
PROCEDURE PrevTabGuard (VAR par: Dialog.Par);
PROCEDURE NextTab;
PROCEDURE PrevTab;
PROCEDURE SetTab;
PROCEDURE CloseTab;
END TextCmds.
Command package for text views. A possible menu using commands from this package:
MENU "Text" ("TextViews.View")
"&Find / Replace..." "F" "TextCmds.InitFindDialog; StdCmds.OpenToolDialog('Text/Rsrc/Cmds', 'Find / Replace')" ""
"Find &Again" "F3" "TextCmds.InitFindDialog; TextCmds.FindAgain('~R')" "TextCmds.FindAgainGuard"
"Find &Previous" "*F3" "TextCmds.InitFindDialog; TextCmds.FindAgain('R')" "TextCmds.FindAgainGuard"
"Find &Previous" "F2" "TextCmds.InitFindDialog; TextCmds.FindAgain('R')" "TextCmds.FindAgainGuard"
"Find First" "F4" "TextCmds.InitFindDialog; TextCmds.FindFirst('~R')" "TextCmds.FindAgainGuard"
"Find Last" "*F4" "TextCmds.InitFindDialog; TextCmds.FindFirst('R')" "TextCmds.FindAgainGuard"
SEPARATOR
"Shift &Left" "" "TextCmds.ShiftLeft" "TextCmds.EditGuard"
"Shift &Right" "" "TextCmds.ShiftRight" "TextCmds.EditGuard"
"Su&perscript" "" "TextCmds.Superscript" "TextCmds.SelectionGuard"
"Su&bscript" "" "TextCmds.Subscript" "TextCmds.SelectionGuard"
SEPARATOR
"&Insert Paragraph" "" "TextCmds.InsertParagraph" "StdCmds.PasteCharGuard"
"Insert R&uler" "" "TextCmds.InsertRuler" "StdCmds.PasteViewGuard"
"Insert &Soft-Hyphen" "" "TextCmds.InsertSoftHyphen" "StdCmds.PasteCharGuard"
"Insert &Non-Brk Hyphen" "" "TextCmds.InsertNBHyphen" "StdCmds.PasteCharGuard"
"Insert N&on-Brk Space" "" "TextCmds.InsertNBSpace" "StdCmds.PasteCharGuard"
"Insert &Digit Space" "" "TextCmds.InsertDigitSpace" "StdCmds.PasteCharGuard"
"Toggle &Marks" "" "TextCmds.ToggleMarks" "TextCmds.ToggleMarksGuard"
SEPARATOR
"Make Default Attributes" "" "TextCmds.MakeDefaultAttributes" "TextCmds.SelectionGuard"
"Make Default Ruler" "" "TextCmds.MakeDefaultRuler" "TextCmds.MakeDefaultRulerGuard"
END
VAR find: RECORD
This is the interactor for the Find&Replace dialog. It allows to specify several options: ignoreCase makes searching insensitive to case, wordBeginsWith restricts searching to the beginning of words, and wordEndsWith restricts searching to the end of words. wordBeginsWith and wordEndsWith together restrict searching to whole words. reverseOrientation reverses the search direction: instead of searching towards the end of the text, a search progresses towards the beginning of the text.
find: ARRAY 256 OF CHAR
The search string.
replace: ARRAY 256 OF CHAR
The replacement string.
ignoreCase: BOOLEAN
Determines whether searching should consider or ignore the case of a letter (small/caps).
wordBeginsWith, wordEndsWith: BOOLEAN
Determine whether searching should be restricted to word beginnings, word endings, or both. The latter case means that a word must match exactly.
reverseOrientation: BOOLEAN
Determines the search orientation, normal (forward) or reverse (backward).
VAR ruler: RECORD
This is the interactor for the dialog popped up by rulers to set properties that are not normally controlled interactively.
pageBreaks: RECORD
The two options presently supported by the ruler interactor both affect the page breaking strategy used by text setters. These two options are grouped into the pageBreaks subrecord.
notInside: BOOLEAN
If set, this option excludes page breaks anywhere in the text following this ruler and before the next following ruler or the end of the text. However, the text will be broken across pages anyway if it doesn't fit on a single page.
joinPara: BOOLEAN
If set, this option prevents a page break between the text controlled by this ruler and the text controlled by the next ruler. (If there is no next ruler, this option has no effect.) As with the notInside option, if the text controlled by this option does not fit onto a single page, it will be broken across pages anyway.
VAR tabulator: RECORD
This is the interactor for the dialog popped up when editing a tabulator by right-clicking a tabulator mark in a ruler.
style: INTEGER;
The alignment style of the tabulator where 0 means left adjusted, 1 means centered, 2 means right adjusted and 3 means a decimal tab.
radixChar: ARRAY 2 OF CHAR;
The alignment character to be used for a decimal tab.
pos: ARRAY 7 OF CHAR;
The tab stop position with 2 fractional digits either in cm (if Dialog.metricSystem) or inch.
verticalBar: BOOLEAN
The vertical bar option of a tab.
PROCEDURE InitFindDialog
This initialization command sets up the find.find interactor field with the current text selection; if there is no current selection, find.find is left unmodified. Whenever InitFindDialog actually modifies find.find, it also resets the search options find.ignoreCase, find.wordBeginsWith, find.wordEndsWith and find.reverseOrientation to FALSE. It is useful to call this command before calling one of the searching commands (FindFirst, FindAgain) or opening the Find & Replace dialog.
PROCEDURE ResetFindDialog
This initialization command resets the search string and search options to default values. find.find is cleared and find.ignoreCase, find.wordBeginsWith, find.wordEndsWith and find.reverseOrientation are set to FALSE.
PROCEDURE SetNormalOrientation
Resets reverseOrientation to FALSE.
PROCEDURE SetReverseOrientation
Sets reverseOrientation to TRUE.
PROCEDURE FindFirst (option: ARRAY OF CHAR)
Guard: FindGuard
Searches for the first occurrence of the string find.find in the focused text. If the string is not found, a beep is emitted. The ignoreCase, wordBeginsWith, wordEndsWith, and reverseOrientation mode flags are taken from the find interactor. These interactor-determined modes can be overridden by using the option parameter. (option can be left empty if no overriding of the interactor modes is required.) The option string is interpreted according to the following simple syntax:
option = { [~] (i | b | e | r) }
where the letters i, b, e, and r set the mode flags ignoreCase, wordBeginsWith, wordEndsWith, and reverseOrientation, respectively. (The case of these letters is ignored.) If a letter is preceded by a tilde (~), then the corresponding mode flag is reset. For example, the following option string requests case-insensitive search of a pattern that begins a word but doesn't have to end a word, where the search is to be performed from the current position backwards, that is, towards the beginning of the document:
"ib~er"
PROCEDURE FindAgain (option: ARRAY OF CHAR)
Guard: FindAgainGuard
This command searches for the string find.find, starting from the end of the selection. If there is no selection, it searches for the string starting from the caret position. If there is no caret either, it starts from the beginning of the focused text. The ignoreCase, wordBeginsWith, wordEndsWith, and reverseOrientation mode flags are used as explained for the FindFirst command.
PROCEDURE Replace (option: ARRAY OF CHAR)
Guard: ReplaceGuard
Replace the previously found occurrence of the search string (find.find) by a replacement string (find.replace). The ignoreCase, wordBeginsWith, wordEndsWith, and reverseOrientation mode flags are used as explained for the FindFirst command.
PROCEDURE ReplaceAll (option: ARRAY OF CHAR)
Guard: ReplaceGuard
Replace all search strings (find.find) by a replacement string (find.replace), either in the entire focus text, or, if the focus text contains a selection, just in the selected range. The ignoreCase, wordBeginsWith and wordEndsWith mode flags are used as explained for the FindFirst command.
PROCEDURE ReplaceAndFindNext (option: ARRAY OF CHAR)
Guard: ReplaceGuard
Replace the previously found occurrence of the search string (find.find) by a replacement string (find.replace). Afterwards, try to find the next occurrence of the search string. The ignoreCase, wordBeginsWith, wordEndsWith, and reverseOrientation mode flags are used as explained for the FindFirst command.
PROCEDURE InitRulerDialog
This initialization command sets the ruler interactor fields pageBreak.notInside and pageBreak.joinPara to match the settings of the currently selected or focused ruler. The fields remain unchanged if there is no ruler selected or focused. It is useful to call this command before opening the auxiliary ruler dialog.
PROCEDURE SetRuler
Guard:
If there is a ruler selected or focused, change its notInside and joinPara options to the values set in the ruler interactor; otherwise do nothing.
PROCEDURE InsertDigitSpace
Guard: PasteCharGuard
Pastes a digit space, i.e., a space which in most fonts has the same width as a digit. Whether a digit space has this defined width depends on the font used; some fonts have digits of varying widths. Also, some font designers chose to set the digit space to half the space of a digit. (Compatibility note: in some older versions of the text system it was recommended practice to use digit spaces to simulate right alignment of numbers. Use right-aligning tab stops instead.)
PROCEDURE InsertNBHyphen
Guard: PasteCharGuard
Pastes a non-breaking hyphen, i.e., a hyphen which will not be used to break a word.
PROCEDURE InsertNBSpace
Guard: PasteCharGuard
Pastes a non-breaking space, i.e., a space which will not be used to break a word.
PROCEDURE InsertParagraph
Guard: PasteCharGuard
Pastes a paragraph character, i.e., a character indicating the beginning of a new paragraph. Regular line breaks do not start new paragraphs; for example, the first line indentation setting of a ruler only affects the first line of a paragraph introduced by a paragraph character.
PROCEDURE InsertRuler
Guard: PasteViewGuard
Pastes a new ruler, which is set up the same way as the ruler in the same text closest above. If there is no ruler above, the values of the default ruler are taken. (See command MakeDefaultRuler below.)
PROCEDURE InsertSoftHyphen
Guard: PasteCharGuard
Pastes a soft hyphen, i.e., a hyphen which only becomes visible if it is used to break a word.
PROCEDURE ShiftLeft
Guard: SelectionGuard
This command removes one tab character from the white space at the beginning of each line spanned by the current selection.
PROCEDURE ShiftRight
Guard: SelectionGuard
This command inserts one tab character from the white space at the beginning of each line spanned by the current selection.
PROCEDURE Subscript
Guard: SelectionGuard
This command moves the selected text down vertically, into a subscript position.
PROCEDURE Superscript
Guard: SelectionGuard
This command moves the selected text up vertically, into a superscript position.
PROCEDURE MakeDefaultAttributes
Guard: SelectionGuard
Sets the focus text's default attributes to the ones of the current selection in this text.
PROCEDURE MakeDefaultRuler
Guard: SingletonGuard
Sets the focus text's default ruler values to the ones of the currently selected ruler in this text.
PROCEDURE ListAlienViews
Guard: FocusGuard
Opens a text containing the list of alien views contained in this text.
PROCEDURE ToggleMarks
Guard: ToggleMarksGuard
This command makes text rulers and paragraph characters visible if they aren't, and hides them if they are.
PROCEDURE HideMarks
Guard: FocusGuard
This command hides text rulers and paragraph characters if they are visible.
PROCEDURE ShowMarks
Guard: FocusGuard
This command makes text rulers and paragraph characters visible if they aren't.
PROCEDURE EditGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus is not a text view or doesn't allow editing, i.e., doesn't allow for setting a caret.
PROCEDURE FocusGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus is not a text view.
PROCEDURE SelectionGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus is not a text view or doesn't contain a selection.
PROCEDURE EditSelectionGuard (VAR par: Dialog.Par)
Same as SelectionGuard, except that the text view that contains the selection must be in an editable mode (modes of ->Containers).
PROCEDURE SingletonGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus is not a text view or doesn't contain a singleton selection, i.e., a selection of a single embedded view.
PROCEDURE FindGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus is not a text view or if the find.find interactor holds an empty string, i.e., no search target is set.
PROCEDURE FindAgainGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus is not a text view or if the find.find interactor holds an empty string and the focused text doesn't contain a selection.
PROCEDURE ReplaceGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus is not a text view or if the find.find interactor holds an empty string (replacement target cannot possibly match) or if the focused text doesn't allow editing or if the focused text doesn't contain a selection (nothing to replace).
PROCEDURE ReplaceAllGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus is not a text view or if the find.find interactor holds an empty string (replacement target cannot possibly match) or if the focused text doesn't allow editing. Otherwise, this guard sets the label depending on whether the focused text contains a selection ("Replace all in selection") or not ("Replace all in text").
PROCEDURE MakeDefaultRulerGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus is not a text view or doesn't contain a selected ruler.
PROCEDURE ToggleMarksGuard (VAR par: Dialog.Par)
This guard disables the current menu item if the current focus isn't a text view. Furthermore it sets up the correct string of the item (ShowMarks / HideMarks).
PROCEDURE TabGuard (VAR par: Dialog.Par);
PROCEDURE TabNumGuard (VAR par: Dialog.Par);
PROCEDURE TabUnitGuard (VAR par: Dialog.Par);
PROCEDURE DecTabGuard (VAR par: Dialog.Par);
PROCEDURE NextTabGuard (VAR par: Dialog.Par);
PROCEDURE PrevTabGuard (VAR par: Dialog.Par);
Guard procedures for the tabulator dialog.
PROCEDURE NextTab;
Switch the dialog to the next tab to the right if any.
PROCEDURE PrevTab;
Switch the dialog to the next tab to the left if any.
PROCEDURE SetTab;
Apply the current settings to the edited tab.
PROCEDURE CloseTab;
Close the tabulator dialog. | Text/Docu/Cmds.odc |
TextControllers
DEFINITION TextControllers;
IMPORT Models, Views, Controllers, Properties, Containers, TextModels, TextViews;
CONST
noAutoScroll = 16; noAutoIndent = 17;
none = -1;
TYPE
Controller = POINTER TO ABSTRACT RECORD (Containers.Controller)
view-: TextViews.View;
text-: TextModels.Model;
(c: Controller) CaretPos (): INTEGER, ABSTRACT, NEW;
(c: Controller) SetCaret (pos: INTEGER), ABSTRACT, NEW;
(c: Controller) GetSelection (OUT beg, end: INTEGER), ABSTRACT, NEW;
(c: Controller) SetSelection (beg, end: INTEGER), ABSTRACT, NEW
(c: Controller) ThisView (): TextViews.View, EXTENSIBLE
END;
Directory = POINTER TO ABSTRACT RECORD (Containers.Directory)
(d: Directory) NewController (opts: SET): Controller, ABSTRACT;
(d: Directory) New (): Controller, EXTENSIBLE
END;
FilterPref = RECORD (Properties.Preference)
controller: Controller;
frame: Views.Frame;
x, y: INTEGER;
filter: BOOLEAN
END;
FilterPollCursorMsg = RECORD (Controllers.Message)
controller: Controller;
x, y: INTEGER;
cursor: INTEGER;
done: BOOLEAN
END;
FilterTrackMsg = RECORD (Controllers.Message)
controller: Controller;
x, y: INTEGER;
modifiers: SET;
done: BOOLEAN
END;
ModelMessage = ABSTRACT RECORD (Models.Message) END;
SetCaretMsg = EXTENSIBLE RECORD (ModelMessage)
pos: INTEGER
END;
SetSelectionMsg = EXTENSIBLE RECORD (ModelMessage)
beg, end: INTEGER
END;
VAR dir-, stdDir-: Directory;
PROCEDURE SetDir (d: Directory);
PROCEDURE Install;
PROCEDURE Focus (): Controller;
PROCEDURE SetCaret (text: TextModels.Model; pos: INTEGER);
PROCEDURE SetSelection (text: TextModels.Model; beg, end: INTEGER);
END TextControllers.
TextControllers are the standard controllers for text views as defined in TextViews.
The caret denotes the position where the character is inserted that the user types next. If there is text after the caret position, this text is not overwritten. Instead, the new character is inserted between the text stretches before and after the caret.
What are the attributes of a newly typed character? If the caret is at the beginning of a non-empty text, the attributes of the newly inserted character are the ones of the first character of the text. Otherwise, if no white space precedes, or if the caret is at the end of the text, the attributes of the previous character are used. Otherwise, the attributes of the next character are used. In an empty text, its default attributes are used. (There are default attributes, and an invisible default ruler, for an empty text. See the commands Text->Make Default Attributes and Text->Make Default Ruler.)
If the character is typed in when a selection exists, then the attributes of the first character of the selection are used.
To find out what attributes would be used if a character were typed in, the property mechanism can be used (see module Properties). Properties also allow to change these attributes, even for an empty text. (However, when the caret is set to another position, these settings are lost. This mechanism is used for the Attributes menu.)
CONST noAutoScroll
Possible element of controller option set. If included, automatic scrolling of views is disabled. Autoscrolling is used to show the caret position or to show the position of the modification performed most recently.
CONST noAutoIndent
Possible element of controller option set. If included, automatic indentation after entering a line character is disabled.
CONST none
Possible argument to controller.SetCaret and controller.SetSelection to indicate removal of the caret or the selection, respectively. Likewise, controller.CarPos and controller.GetSelection may return none to indicate the absence of a caret or selection, respectively. (Note that controller.GetSelection may return any pair of equal values to signal absence of a selection.)
TYPE Controller (Containers.Controller)
ABSTRACT
Standard controllers for text views.
view-: TextViews.View
The view to which the controller is connected.
text-: TextModels.Model view # NIL => text = view.ThisModel()
The text displayed by the controlled view; cached for easy access.
PROCEDURE (c: Controller) InitView (v: Views.View)
EXTENSIBLE
Strengthened preconditions!
Pre
v = NIL # c.view = NIL 21
c.view = NIL
v IS TextViews.View 22
Post
v # NIL
c.view = v
c.text = c.view.ThisModel()
v = NIL
c.view = NIL
c.text = NIL
PROCEDURE (c: Controller) CaretPos (): INTEGER
NEW, ABSTRACT
Current position of the caret, or none if not set.
Post
result = none OR 0 <= result <= c.text.Length()
PROCEDURE (c: Controller) SetCaret (pos: INTEGER)
NEW, ABSTRACT
Set the caret at position pos, or remove the caret if pos = none.
Pre
pos = none OR 0 <= pos 20
pos <= c.text.Length() 21
Post
c.CarPos() = pos
PROCEDURE (c: Controller) GetSelection (VAR beg, end: INTEGER)
NEW, ABSTRACT
Get the current selection's range [beg, end), or beg = end if no selection exists.
Post
beg = end OR 0 <= beg <= end <= c.text.Length()
PROCEDURE (c: Controller) SetSelection (beg, end: INTEGER)
NEW, ABSTRACT
Set the selection to the range [beg, end), or remove the current selection if beg = end.
Pre
beg = end OR 0 <= beg < end <= c.text.Length() 20
Post
c.GetSelection(b, e): b = beg, e = end
PROCEDURE (c: Controller) ThisView (): TextViews.View
EXTENSIBLE
Covariant extension of Controllers.Controller.ThisView.
TYPE Directory (Containers.Directory)
ABSTRACT
Directory for controllers.
PROCEDURE (d: Directory) NewController (opts: SET): Controller
ABSTRACT
Return new controller with options opts.
PROCEDURE (d: Directory) New (): Controller
EXTENSIBLE
Covariant narrowing of function result. Return controller with default (empty) option set.
Except for performance, equivalent to:
RETURN d.NewController({})
TYPE FilterPref (Properties.Preference)
Used by a text controller to check for filter preferences of the view embedded in a text that is closest to but preceding the text position corresponding to the coordinates x, y in the presented frame. If the view wishes to filter cursor polling and tracking messages for mouse tracking events at this coordinate, it can set filter to TRUE. If this is done, the controller will send FilterPollCursorMsg messages to the view to allow it to determine the cursor icon. Also, the controller will send FilterTrackMsg messages to the view to allow it to intercept mouse tracking operations of the controller. An example application for this filter mechanism are hyperlink views as provided, e.g., by module StdLinks. These link views add hyperlinking capabilities to any text, without requiring the text controller to understand anything about hyperlinks.
controller: Controller
The controller asking for this preference.
frame: Views.Frame
The frame the controller is currently operating on.
x, y: INTEGER
The event coordinates within the current frame.
filter: BOOLEAN
Preset to FALSE by the controller; to be set to TRUE by views wishing to filter cursor polling and tracking operations.
TYPE FilterPollCursorMsg (Controllers.Message)
This message is sent by the controller to views that in response to a FilterPref query indicated that they wish to filter cursor polling operations. Note: this message is passed to the view's HandleCtrlMsg method together with the surrounding text view's frame! The coordinates indicated in the message are within this surrounding frame's coordinate system, not within that of the view's own frame. (In fact, the coordinates will always be outside of that view's frame - otherwise the text controller would not have ended up asking the view for filtering preferences.)
controller: Controller
The sending controller.
x, y: INTEGER
The coordinates (in the controller's frame) the mouse pointer is at.
cursor: INTEGER
The cursor icon to be displayed at this position, if any.
done: BOOLEAN
If set, cursor will override the controller's choice of cursor icon.
TYPE FilterTrackMsg (Controllers.Message)
This message is sent by the controller to views that in response to a FilterPref query indicated that they wish to filter cursor tracking operations. Note: this message is passed to the view's HandleCtrlMsg method together with the surrounding text view's frame! The coordinates indicated in the message are within this surrounding frame's coordinate system, not within that of the view's own frame. (In fact, the coordinates will always be outside of that view's frame - otherwise the text controller would not have ended up asking the view for filtering preferences.)
controller: Controller
The sending controller.
x, y: INTEGER
The coordinates (in the controller's frame) the mouse pointer is at.
modifiers: SET
The modifier keys that were active when this event originated at position x, y.
done: BOOLEAN
If set, the controller assumes that the view has successfully tracked this mouse click. If not, the controller defaults to its normal tracking routine.
TYPE ModelMessage (Models.Message)
ABSTRACT
Messages to control virtual model extensions, such as marks (e.g., caret or selection). The text system uses such messages to synchronously update marks in all views of the same model.
TYPE SetCaretMsg (ModelMessage)
EXTENSIBLE
Set the caret in a view displaying text model msg.model.
pos: INTEGER
Set the caret at position pos.
TYPE SetSelectionMsg (ModelMessage)
EXTENSIBLE
Set the selection in a view displaying text model msg.model.
beg, end: INTEGER
Set the selection to cover the stretch [beg, end).
VAR dir-, stdDir-: Directory dir # NIL, stdDir # NIL, stable stdDir = d
Directory and standard directory objects for controllers.
PROCEDURE SetDir (d: Directory)
Set the directory object.
Pre
d # NIL 20
Post
dir = d
PROCEDURE Install
Install the current controller directory object in TextViews.
Except for performance, equivalent to:
TextViews.SetCtrlDir(dir)
PROCEDURE Focus (): Controller
Return the text controller that currently has the focus, if any.
Except for performance, equivalent to:
VAR v: Views.View; c: Controllers.Controller;
v := Controllers.FocusView();
IF (v # NIL) & (v IS TextViews.View) THEN
c := v(TextViews.View).ThisController();
IF (c # NIL) & (c IS Controller) THEN RETURN c(Controller)
ELSE RETURN NIL
END
ELSE RETURN NIL
END
PROCEDURE SetCaret (text: TextModels.Model; pos: INTEGER)
In all views displaying text, set the caret to position pos.
Pre
text # NIL 20
pos = none OR 0 <= pos 21
pos <= text.Length() 22
Except for performance, equivalent to:
VAR cm: SetCaretMsg;
cm.pos := pos; Models.Broadcast(text, cm)
PROCEDURE SetSelection (text: TextModels.Model; beg, end: INTEGER)
In all views displaying text, set the selection to the stretch [beg, end).
Pre
text # NIL 20
beg # end
0 <= beg 21
beg < end 22
end <= text.Length() 23
Except for performance, equivalent to:
VAR sm: SetSelectionMsg;
sm.beg := beg; sm.end := end; Models.Broadcast(text, sm)
| Text/Docu/Controllers.odc |
Text Subsystem
Developer Manual
See TutorialTextSubsystem
| Text/Docu/Dev-Man.odc |
TextMappers
DEFINITION TextMappers;
IMPORT Views, TextModels;
CONST
returnCtrlChars = 1; returnQualIdents = 2; returnViews = 3;
interpretBools = 4; interpretSets = 5;
maskViews = 6;
char = 1; string = 3; int = 4; real = 5;
bool = 6; set = 7; view = 8; tab = 9; line = 10; para = 11;
lint = 16;
eot = 30; invalid = 31;
charCode = -1; decimal = 10; hexadecimal = -2;
hideBase = FALSE; showBase = TRUE;
TYPE
String = ARRAY 256 OF CHAR;
Scanner = RECORD
opts-: SET;
rider-: TextModels.Reader;
type: INTEGER;
start, lines, paras: INTEGER;
char: CHAR;
int, base: INTEGER;
lint: LONGINT;
real: REAL;
bool: BOOLEAN;
set: SET;
len: INTEGER;
string: String;
view: Views.View; w, h: INTEGER;
(VAR s: Scanner) ConnectTo (text: TextModels.Model), NEW;
(VAR s: Scanner) SetPos (pos: INTEGER), NEW;
(VAR s: Scanner) SetOpts (opts: SET), NEW;
(VAR s: Scanner) Pos (): INTEGER, NEW;
(VAR s: Scanner) Skip (OUT ch: CHAR), NEW;
(VAR s: Scanner) Scan, NEW
END;
Formatter = RECORD
rider-: TextModels.Writer;
(VAR f: Formatter) ConnectTo (text: TextModels.Model), NEW;
(VAR f: Formatter) SetPos (pos: INTEGER), NEW;
(VAR f: Formatter) Pos (): INTEGER, NEW;
(VAR f: Formatter) WriteChar (x: CHAR), NEW;
(VAR f: Formatter) WriteInt (x: LONGINT), NEW;
(VAR f: Formatter) WriteSString (x: ARRAY OF SHORTCHAR), NEW;
(VAR f: Formatter) WriteString (x: ARRAY OF CHAR), NEW;
(VAR f: Formatter) WriteReal (x: REAL), NEW;
(VAR f: Formatter) WriteBool (x: BOOLEAN), NEW;
(VAR f: Formatter) WriteSet (x: SET), NEW;
(VAR f: Formatter) WriteTab, NEW;
(VAR f: Formatter) WriteLn, NEW;
(VAR f: Formatter) WritePara, NEW;
(VAR f: Formatter) WriteView (v: Views.View), NEW;
(VAR f: Formatter) WriteIntForm (x: LONGINT;
base, minWidth: INTEGER; fillCh: CHAR; showBase: BOOLEAN), NEW;
(VAR f: Formatter) WriteRealForm (x: REAL;
precision, minW, expW: INTEGER; fillCh: CHAR), NEW;
(VAR f: Formatter) WriteViewForm (v: Views.View; w, h: INTEGER), NEW;
(VAR f: Formatter) WriteParamMsg (msg, p0, p1, p2: ARRAY OF CHAR), NEW;
(VAR f: Formatter) WriteMsg (msg: ARRAY OF CHAR), NEW
END;
PROCEDURE IsQualIdent (IN s: ARRAY OF CHAR): BOOLEAN;
PROCEDURE ScanQualIdent (VAR s: Scanner; OUT x: ARRAY OF CHAR; OUT done: BOOLEAN);
END TextMappers.
TextMappers are mappers that use text riders to scan and format structured text.
CONST returnCtrlChars
Option element
Possible element of Scanner.opts. If present, the scanner will return tab, line, and para characters; otherwise these control characters are treated as white space and read over.
CONST returnQualIdents
Option element
Possible element of Scanner.opts. If present, the scanner will return "qualified identifiers" as a single string; otherwise, the name and period parts of the qualified identifier will be returned individually. (A qualified string, as defined by the language Component Pascal follows the syntax name ["." name].)
CONST returnViews
Option element
Possible element of Scanner.opts. If present, the scanner will return embedded views; otherwise these are treated as white space and read over.
CONST interpretBools
Option element
Possible element of Scanner.opts. If present, the scanner will recognize Boolean truth values "$TRUE" and "$FALSE", as output by the formatter when writing Boolean values; otherwise "$", "TRUE", and "FALSE" are returned individually, without interpretation.
CONST interpretSets
Option element
Possible element of Scanner.opts. If present, the scanner will recognize set values: sets of integers in the range MIN(SET) .. MAX(SET) as defined by the language Component Pascal; otherwise "{", ".", and enclosed integers will be returned individually.
(The syntax of set values is "{" [integer [".." integer] { "," integer [".." integer] } ] "}".)
CONST maskViews
Option element
Possible element of scanner.opts. If present, the scanner will try to interpret a view as a character code, if the view has a preferred character code. Otherwise, the view is returned.
CONST char
Possible value of scanner.type, signalling that a plain character has been scanned. A character is returned in this class if it does not form a valid first character of any of the structured scan types below.
CONST string
Possible value of scanner.type, signalling that a string has been scanned.
CONST int
Possible value of scanner.type, signalling that an integer has been scanned.
CONST real
Possible value of scanner.type, signalling that a real has been scanned.
CONST bool
Possible value of scanner.type, signalling that a Boolean has been scanned.
CONST set
Possible value of scanner.type, signalling that a set has been scanned.
CONST view
Possible value of scanner.type, signalling that an embedded view has been scanned.
CONST tab
Possible value of scanner.type, signalling that a tab character has been scanned.
CONST line
Possible value of scanner.type, signalling that a line character has been scanned.
CONST para
Possible value of scanner.type, signalling that a para character has been scanned.
CONST lint
Possible value of scanner.type, signalling that a longint has been scanned.
CONST eot
Possible value of scanner.type, signalling that the most recent call to Scan hit the end of the text.
CONST invalid
Possible value of scanner.type, signalling that the most recent call to Scan encountered a syntactically ill formed sequence.
CONST charCode
Possible value for parameter base of formatter.WriteIntForm, asking for formatting integers following the syntax of Component Pascal numerical character literals. (For example, 0DX is the code for line, and 37X the code for "7".)
CONST decimal
Possible value for parameter base of formatter.WriteIntForm, asking for formatting integers as decimal literals.
CONST hexadecimal
Possible value for parameter base of formatter.WriteIntForm, asking for formatting integers as hexadecimal literals.
CONST hideBase
Possible value for parameter showBase of formatter.WriteIntForm, asking for suppression of the base indicator.
CONST showBase
Possible value for parameter showBase of formatter.WriteIntForm, asking for output of the base indicator.
TYPE String
Strings of characters as detectable by scanners.
TYPE Scanner
Scanners are connectable to texts. They allow to scan the sequence of characters and embedded views which form a text for recognized structured subsequences (symbols). The various symbols that a scanner can recognize are defined in terms of scan types (cf. the constants above).
opts-: SET
The scanning options, drawn from the set {returnCtrlChars, returnQualIdents, returnViews, interpretBools, interpretSets, maskViews}.
rider-: TextModels.Reader
The rider connecting the scanner to the text. The rider state is used by the scanner as a single element lookahead buffer. A sequence of rider.Read or rider.ReadPrev, or positioning the rider followed by rider.Read are all legal manipulations of that lookahead state.
type: INTEGER
Type of symbol scanned most recently. One of char, string, int, real, bool, set, view, tab, line, para, lint, eot, or invalid.
start: INTEGER
Starting position of the symbol scanned most recently. Set by scanner.Scan after skipping initial white space.
lines, paras: INTEGER
Number of lines (line characters) and paragraphs (para characters) passed by the scanner since being connected. Updated by scanner.Skip (called initially in scanner.Scan) when skipping white space.
char: CHAR valid if type = char
Character scanned most recently. The string representation of the scanned character is available in string after scanning.
int: INTEGER valid iff type = int
Integer scanned most recently. The string representation of the scanned integer is available in (len, string) after scanning.
base: INTEGER valid iff type IN {int, lint}
The base that was used to format the most recently scanned integer or longint.
lint: LONGINT valid iff type IN {int, lint}
Longint scanned most recently. The string representation of the scanned longint is available in (len, string) after scanning.
real: REAL valid iff type = real
Real scanned most recently.
bool: BOOLEAN valid iff type = bool
Boolean scanned most recently. The string representation of the scanned Boolean is available in string after scanning.
set: SET valid iff type = set
Set scanned most recently.
len: INTEGER valid iff type IN {string, int, lint}
Length of string field.
string: String valid iff type IN {string, int, lint, bool, char}
String of characters scanned most recently. To force a number to be scanned as a string, it must be enclosed in a pair of (double or single) quotes (e.g., if it starts with digits and thus would otherwise be interpreted as a number).
view: Views.View; w, h: INTEGER valid iff type = view
View scanned most recently, and its width and height.
PROCEDURE (VAR s: Scanner) ConnectTo (text: TextModels.Model)
Disconnect the scanner from the text it was connected to previously (if any), and connect the scanner to the given text (if any).
Post
text = NIL
s.rider = NIL
text # NIL
s.rider.Base() = text
s.Pos() = 0
s.opts = {}
PROCEDURE (VAR s: Scanner) Pos (): INTEGER
Current position of the scanner's lookahead rider.
Pre
s.rider # NIL (not explicitly checked)
Post
result = s.rider.Pos()
PROCEDURE (VAR s: Scanner) SetPos (pos: INTEGER)
Reposition the scanner.
Pre
s.rider # NIL (not explicitly checked)
preconditions of s.rider.SetPos
Post
s.Pos() = pos
s.start = pos
s.lines = 0
s.paras = 0
s.type = invalid
PROCEDURE (VAR s: Scanner) SetOpts (opts: SET)
Set scanning options.
Post
s.opts = opts
PROCEDURE (VAR s: Scanner) Skip (VAR ch: CHAR)
Skip white space, as specified by the scanning options picked from {returnCtrlChars, returnViews}.
Pre
s.rider # NIL (not explicitly checked)
Post
~s.rider.eot
s.start = s.rider.Pos() - 1
s.rider.eot
s.start = s.rider.Base().Length()
s.type = eot
PROCEDURE (VAR s: Scanner) Scan
Scan the text for the next symbol as specified by the scanning options.
Pre
s.rider # NIL (not explicitly checked)
Post
s.rider.eot OR s.Pos() = s.start + Length(symbol) + 1
TYPE Formatter
Formatters connectable to texts in order to write formatted entities to the text.
rider-: TextModels.Writer
The rider connecting the formatter to the text.
PROCEDURE (VAR f: Formatter) ConnectTo (text: TextModels.Model)
Disconnect the formatter from the text it was previously connected to (if any), and connect it to the given text (if any).
Post
text = NIL
f.rider = NIL
text # NIL
f.rider # NIL
f.rider.Base() = text
f.Pos() = text.Length()
PROCEDURE (VAR f: Formatter) Pos (): INTEGER
Position of the formatter.
Pre
f.rider # NIL (not explicitly checked)
PROCEDURE (VAR f: Formatter) SetPos (pos: INTEGER)
Reposition the formatter.
Pre
f.rider # NIL (not explicitly checked)
Post
f.Pos() = pos
PROCEDURE (VAR f: Formatter) WriteChar (x: CHAR)
Write character x. For control characters the numerical literal form enclosed in spaces is written.
Pre
f.rider # NIL (not explicitly checked)
Post
x >= " " & x # 7FX
character written as is
x < " " OR x = 7FX
" " code(x) " " written
PROCEDURE (VAR f: Formatter) WriteInt (x: LONGINT)
Write integer in default format.
Except for performance, equivalent to:
f.WriteIntForm(x, decimal, 0, TextModels.digitspace, showBase)
PROCEDURE (VAR f: Formatter) WriteReal (x: REAL)
Write real in default format.
Except for performance, equivalent to:
f.WriteRealForm(x, 7, 0, 0, TextModels.digitspace)
PROCEDURE (VAR f: Formatter) WriteString (x: ARRAY OF CHAR)
Write string of characters.
Except for performance, equivalent to:
VAR i: INTEGER;
i := 0; WHILE x[i] # 0X DO f.WriteChar(x[i]); INC(i) END
PROCEDURE (VAR f: Formatter) WriteSString (x: ARRAY OF SHORTCHAR)
Write string of short characters.
Except for performance, equivalent to:
VAR i: INTEGER;
i := 0; WHILE x[i] # 0 DO f.WriteChar(x[i]); INC(i) END
PROCEDURE (VAR f: Formatter) WriteBool (x: BOOLEAN)
Write Boolean.
Except for performance, equivalent to:
IF x THEN f.WriteString("$TRUE") ELSE f.WriteString("$FALSE") END
PROCEDURE (VAR f: Formatter) WriteSet (x: SET)
Write set.
Except for performance, equivalent to:
VAR i: INTEGER;
f.WriteChar("{"); i := MIN(SET);
WHILE x # {} DO
IF i IN x THEN
f.WriteInt(i); EXCL(x, i);
IF (i + 2 <= MAX(SET)) & (i + 1 IN x) & (i + 2 IN x) THEN
f.WriteString("..");
x := x - {i + 1, i + 2}; INC(i, 3);
WHILE (i <= MAX(SET)) & (i IN x) DO EXCL(x, i); INC(i) END;
f.WriteInt(i - 1)
END;
IF x # {} THEN f.WriteString(", ") END
END;
INC(i)
END;
f.WriteChar("}")
PROCEDURE (VAR f: Formatter) WriteTab
Write tab character.
Except for performance, equivalent to:
f.rider.WriteChar(TextModels.tab)
PROCEDURE (VAR f: Formatter) WriteLn
Write line character.
Except for performance, equivalent to:
f.rider.WriteChar(TextModels.line)
PROCEDURE (VAR f: Formatter) WritePara
Write para character.
Except for performance, equivalent to:
f.rider.WriteChar(TextModels.para)
PROCEDURE (VAR f: Formatter) WriteView (v: Views.View)
Embed view.
Except for performance, equivalent to:
f.WriteViewForm(v, Views.undefined, Views.undefined)
Pre
v # NIL 20
v.context = NIL 21
PROCEDURE (VAR f: Formatter) WriteIntForm (x: LONGINT; base, minWidth: INTEGER;
fillCh: CHAR; showBase: BOOLEAN)
Write integer x. The numeral string used to represent the number is relative to base base. The total representation form will at least have a width of minWidth characters, where padding (if required) takes place to the left using characters as specified by fillCh. If nondecimal, the base can be requested to form part of the representation using showBase. The special value base = charCode renders the base suffix "X", while base = hexadecimal renders the suffix "H". All other nondecimal bases are represented by a trailing "%" followed by the decimal numerical literal representing the base value itself. Nondecimal representations of negative integers are formed using a basecomplement form of width minWidth. E.g., x = -3 renders for base = 16 and minWidth = 2 as "FD". For negative hexadecimal numbers, fillCh is ignored and "F" is used instead.
For more details, see also the description of Strings.IntToStringForm.
Pre
f.rider # NIL (not explicitly checked)
(base = charCode) OR (base = hexadecimal) OR ((base >= 2) & (base <= 16)) 20
minWidth >= 0 22
PROCEDURE (VAR f: Formatter) WriteRealForm (x: REAL; precision, minW,
expW: INTEGER; fillCh: CHAR)
Write real x. The numeral string used to represent the number is either in fixed point or in scientific format, according to expW. precision denotes the number of valid decimal places (usually 7 for short reals and 16 for reals). minW denotes the minimal length in characters. If necessary, preceding fillCh will be inserted. Numbers are always rounded to the last valid and visible digit.
expW > 0: exponential format (scientific) with at least expW digits in the exponent.
expW = 0: fixpoint or floatingpoint format, depending on x.
expW < 0: fixpoint format with -expW digits after the decimal point.
For more details, see also the description of Strings.RealToStringForm.
Pre
f.rider # NIL (not explicitly checked)
precision > 0 20
0 <= minW 21
expW <= 3 22
PROCEDURE (VAR f: Formatter) WriteViewForm (v: Views.View; w, h: INTEGER)
Embed a view with width w and height h. w and h may have the value Views.undefined.
Pre
f.rider # NIL (not explicitly checked)
v # NIL 20
v.context = NIL 21
PROCEDURE (VAR f: Formatter) WriteParamMsg (msg, p0, p1, p2: ARRAY OF CHAR)
Write a parameterized message string mapped by the Dialog.MapParamString facility. The resulting string is allowed to contain line, para and tab characters, all of which will be written as such.
Pre
f.rider # NIL (not explicitly checked)
PROCEDURE (VAR f: Formatter) WriteMsg (msg: ARRAY OF CHAR)
Write a message string mapped by the Dialog.MapParamString facility.
Except for performance, equivalent to:
f.WriteParamMsg(msg, "", "", "")
PROCEDURE IsQualIdent (VAR s: ARRAY OF CHAR): BOOLEAN
Test whether the string s fulfills the syntax of a Component Pascal qualident, i.e. ident ["." ident].
PROCEDURE ScanQualIdent (VAR s: Scanner; VAR x: ARRAY OF CHAR;
VAR done: BOOLEAN)
Assuming that the scanner returned a string, check if the succeeding symbols can be consumed to scan a qualident. If the scanned string is not a qualident, the scanner is reset the position it had before the call to ScanQualIdent.
Post
s'.type = string
IsQualIdent(s'.string)
done = TRUE
x = s'.string
s = s'
~IsQualIdent(s'.string)
s'.Scan.type = char & s'.Scan.char = "."
s'.Scan.Scan.type = string & (s'.len + 1 + s'.Scan.Scan.len < LEN(x))
done = TRUE
x = s'.string + "." + s'.Scan.Scan.string
s = s'.Scan.Scan
s'.Scan.Scan.type # string OR (s'.len + 1 + s'.Scan.Scan.len >= LEN(x))
done = FALSE
s'.Scan.type # char OR s'.Scan.char # "."
done = FALSE
s'.type # string
done = FALSE
~done
s = s'.SetPos(s'.start).Scan()
| Text/Docu/Mappers.odc |
TextModels
DEFINITION TextModels;
IMPORT Fonts, Ports, Stores, Models, Views, Properties, Containers;
CONST
viewcode = 2X;
tab = 9X; line = 0DX; para = 0EX;
zwspace = 8BX; nbspace = 0A0X; digitspace = 8FX;
hyphen = 90X; nbhyphen = 91X; softhyphen = 0ADX;
maskChar = 0; hideable = 1;
offset = 0; code = 1;
store = 0;
replace = 0; insert = 1; delete = 2;
TYPE
Model = POINTER TO ABSTRACT RECORD (Containers.Model)
(m: Model) Length (): INTEGER, NEW, ABSTRACT;
(m: Model) NewReader (old: Reader): Reader, NEW, ABSTRACT;
(m: Model) NewWriter (old: Writer): Writer, NEW, ABSTRACT;
(m: Model) Insert (pos: INTEGER; m0: Model; beg0, end0: INTEGER), NEW, ABSTRACT;
(m: Model) InsertCopy (pos: INTEGER; m0: Model; beg0, end0: INTEGER), NEW, ABSTRACT;
(m: Model) Delete (beg, end: INTEGER), NEW, ABSTRACT;
(m: Model) Append (m0: Model), NEW, ABSTRACT;
(m: Model) Replace (beg, end: INTEGER; m0: Model; beg0, end0: INTEGER), NEW, ABSTRACT
(m: Model) SetAttr (beg, end: INTEGER; attr: Attributes), NEW, EXTENSIBLE;
(m: Model) Prop (beg, end: INTEGER): Properties.Property, NEW, ABSTRACT;
(m: Model) Modify (beg, end: INTEGER; old, p: Properties.Property), NEW, ABSTRACT;
(m: Model) ReplaceView (old, new: Views.View), ABSTRACT;
END;
Attributes = POINTER TO EXTENSIBLE RECORD (Stores.Store)
init-: BOOLEAN;
color-: Ports.Color;
font-: Fonts.Font;
offset-: INTEGER;
(a: Attributes) Equals (b: Attributes): BOOLEAN, NEW, EXTENSIBLE;
(a: Attributes) Prop (): Properties.Property, NEW, EXTENSIBLE;
(a: Attributes) InitFromProp (p: Properties.Property), NEW, EXTENSIBLE;
(a: Attributes) ModifyFromProp- (p: Properties.Property), NEW, EXTENSIBLE
END;
AlienAttributes = POINTER TO RECORD (Attributes)
store-: Stores.Alien
END;
Prop = POINTER TO RECORD (Properties.Property)
offset: INTEGER;
code: CHAR
END;
Context = POINTER TO ABSTRACT RECORD (Models.Context)
(c: Context) ThisModel (): Model, ABSTRACT;
(c: Context) Pos (): INTEGER, NEW, ABSTRACT;
(c: Context) Attr (): Attributes, NEW, ABSTRACT
END;
Pref = RECORD (Properties.Preference)
opts: SET;
mask: CHAR
END;
Reader = POINTER TO ABSTRACT RECORD
eot: BOOLEAN;
attr: Attributes;
char: CHAR;
view: Views.View;
w, h: INTEGER;
(rd: Reader) Base (): Model, NEW, ABSTRACT;
(rd: Reader) SetPos (pos: INTEGER), NEW, ABSTRACT;
(rd: Reader) Pos (): INTEGER, NEW, ABSTRACT;
(rd: Reader) Read, NEW, ABSTRACT;
(rd: Reader) ReadChar (OUT ch: CHAR), NEW, ABSTRACT;
(rd: Reader) ReadView (OUT v: Views.View), NEW, ABSTRACT;
(rd: Reader) ReadRun (OUT attr: Attributes), NEW, ABSTRACT;
(rd: Reader) ReadPrev, NEW, ABSTRACT;
(rd: Reader) ReadPrevChar (OUT ch: CHAR), NEW, ABSTRACT;
(rd: Reader) ReadPrevView (OUT v: Views.View), NEW, ABSTRACT;
(rd: Reader) ReadPrevRun (OUT attr: Attributes), NEW, ABSTRACT
END;
Writer = POINTER TO ABSTRACT RECORD
attr-: Attributes;
(wr: Writer) Base (): Model, NEW, ABSTRACT;
(wr: Writer) Pos (): INTEGER, NEW, ABSTRACT;
(wr: Writer) SetPos (pos: INTEGER), NEW, ABSTRACT;
(wr: Writer) SetAttr (attr: Attributes), NEW;
(wr: Writer) WriteChar (ch: CHAR), NEW, ABSTRACT;
(wr: Writer) WriteView (view: Views.View; w, h: INTEGER), NEW, ABSTRACT
END;
InfoMsg = RECORD (Models.Message)
op: INTEGER
END;
UpdateMsg = RECORD (Models.UpdateMsg)
op: INTEGER;
beg, end, delta: INTEGER
END;
Directory = POINTER TO ABSTRACT RECORD
attr-: Attributes;
(d: Directory) New (): Model, NEW, ABSTRACT;
(d: Directory) NewFromString (s: ARRAY OF CHAR): Model, NEW, EXTENSIBLE;
(d: Directory) SetAttr (attr: Attributes), NEW, EXTENSIBLE
END;
VAR dir-, stdDir-: Directory;
PROCEDURE NewColor (a: Attributes; color: Ports.Color): Attributes;
PROCEDURE NewFont (a: Attributes; font: Fonts.Font): Attributes;
PROCEDURE NewOffset (a: Attributes; offset: INTEGER): Attributes;
PROCEDURE NewTypeface (a: Attributes; typeface: Fonts.Typeface): Attributes;
PROCEDURE NewSize (a: Attributes; size: INTEGER): Attributes;
PROCEDURE NewStyle (a: Attributes; style: SET): Attributes;
PROCEDURE NewWeight (a: Attributes; weight: INTEGER): Attributes;
PROCEDURE ReadAttr (VAR rd: Stores.Reader; VAR a: Attributes);
PROCEDURE WriteAttr (VAR wr: Stores.Writer; a: Attributes);
PROCEDURE ModifiedAttr (a: Attributes; p: Properties.Property): Attributes;
PROCEDURE CloneOf (source: Model): Model;
PROCEDURE WriteableChar (ch: CHAR): BOOLEAN;
PROCEDURE SetDir (d: Directory);
END TextModels.
TextModels are container models which contain sequences of attributed characters and embedded views. Characters may be drawn from the BlackBox character set, conforming to the Unicode specification. However, the current implementation supports the ASCII character set and its Latin-1 extension, only.
CONST viewcode
Signals that the read character is actually an embedded view. viewcode is used as a general projection value when reading an embedded view as a CHAR.
CONST tab
The tabulation character. When encountered by a text formatter, formatting continues at the next tab stop as defined by some tabulation raster used by the formatter (usually some kind of ruler).
CONST line
The line separation character. When encountered by a text setter, setting continues on the next line. However, line does not introduce a new paragraph (cf. para below).
CONST para
The paragraph separation character. When encountered by a text setter, setting continues on the next line and a new paragraph is opened (cf. line above).
CONST zwspace
The zerowidth space character. Separates words, but takes no space in its own right.
CONST nbspace
The nonbreaking space character. Has the same width as a normal space character. When encountered by a text setter, nbspace does not separate words.
CONST digitspace
In most fonts, a digit space has the width of digit zero (0) which is equivalent to the width of all digits in most fonts. When encountered by a text setter, digitspace does not separate words. (Note: The recommendation made in earlier versions of the text system, namely to use digitspace for number formatting, is outdated. Use right-aligning tab stops instead. See TextRulers.)
CONST hyphen
The hyphen character. To be used for explicit and visible hyphenation. A text setter may choose to break lines just after a hyphen.
CONST nbhyphen
The nonbreaking hyphen. Just as hyphen, but a text setter will not break lines just after an nbhyphen.
CONST softhyphen
The softhyphen. Just as hyphen, but rendered as a zerowidth character unless actually used to break a line. softhyphen can be used to give hints to a text setter on where to break longer words.
CONST maskChar
Option element
Can be used as a set element of Pref.opts. Signals that the embedded view prefers to be masked to a normal character, making it behave like that character in most situations. The primary purpose of masking is to simplify the task for text scanning applications. (For example, a text ruler might be masked to behave like a para character. This would allow a text scanner to count the number of paragraphs in a text simply by counting the number of returned para characters while scanning the text.)
CONST hideable
Option element
Can be used as a set element of Pref.opts. Signals that the embedded view accepts to be hidden or revealed depending on a mode of the text view. (For example, text rulers might be hideable enabling the the user to hide or reveal the rulers in a displayed text.)
CONST offset, code
Property field selectors
Signals that the indicated field of a Prop property is known, valid, or readOnly.
CONST store
Possible value of InfoMsg.op, signalling the completed storing of the broadcasting text. This is the only value currently defined for this field.
CONST replace
Possible value of UpdateMsg.op, signalling the successful replacement of a stretch in the broadcasting text.
CONST insert
Possible value of UpdateMsg.op, signalling the successful insertion of a stretch in the broadcasting text.
CONST delete
Possible value of UpdateMsg.op, signalling the successful deletion of a stretch in the broadcasting text.
TYPE Model (Containers.Model)
ABSTRACT
Text models are container models, containing sequences of attributed characters and embedded views.
PROCEDURE (m: Model) Length (): INTEGER
NEW, ABSTRACT
Length of the text m, where each character and each embedded view counts as one.
Post
result >= 0
PROCEDURE (m: Model) NewReader (old: Reader): Reader
NEW, ABSTRACT
Returns a reader connected to m. An old reader may be passed as input parameter, if it isn't in use anymore. Note that NewReader does not reposition old if old is reused and its position is in the valid range. (NewReader may or may not use the old reader, depending on internal compatibility criteria.)
Post
result # NIL
result = old & old'.Base() = m & old'.Pos() <= m.Length()
result.Pos() = old'.Pos()
~(result = old & old'.Base() = m & old'.Pos() <= m.Length())
result.Pos() = 0
PROCEDURE (m: Model) NewWriter (old: Writer): Writer
NEW, ABSTRACT
Returns a writer connected to m. An old writer may be passed as input parameter, if it isn't in use anymore. Note that NewWriter does not reposition old if old is reused and its position is in the valid range. (NewWriter may or may not use the old writer, depending on internal compatibility criteria.)
Post
result # NIL
result.attr = dir.attr
result = old & old'.Base() = m & old'.Pos() <= m.Length()
result.Pos() = old'.Pos()
~(result = old & old'.Base() = m & old'.Pos() <= m.Length())
result.Pos() = m.Length()
PROCEDURE (m: Model) Insert (pos: INTEGER; m0: Model; beg0, end0: INTEGER)
NEW, ABSTRACT, Operation
Extract the stretch [beg0, end0) from m0 and insert it into m at position pos. In case that m0 is of a different implementation than m, rider conversion is used to project the stretch from m0 into m's implementation. Model m0 is made shorter, while model m is made longer by (end0 - beg0).
Pre
0 <= pos 21
pos <= Length(m) 22
0 <= beg0 23
beg0 <= end0 24
end0 <= Length(m0) 25
m0 # NIL not explicitly checked
Post
m = m0
Length(m) = Length(m0) = Length(m') = Length(m0')
m # m0
Length(m) = Length(m') + (end0 - beg0)
Length(m0) = Length(m0') - (end0 - beg0)
PROCEDURE (m: Model) InsertCopy (pos: INTEGER; m0: Model; beg0, end0: INTEGER)
NEW, ABSTRACT, Operation
Copy the stretch [beg0, end0) from text m0 and insert it into text m at position pos. In case that m0 is of a different implementation than m, rider conversion is used to project the stretch from m0 into m's implementation.
Pre
0 <= pos 21
pos <= Length(m) 22
0 <= beg0 23
beg0 <= end0 24
end0 <= Length(m0) 25
m0 # NIL not explicitly checked
Post
Length(m) = Length(m') + (end0 - beg0)
m0 = m
Length(m0) = Length(m)
m0 # m
Length(m0) = Length(m0')
PROCEDURE (m: Model) Delete (beg, end: INTEGER);
NEW, ABSTRACT, Operation
Delete the stretch [beg, end) from m.
Pre
0 <= beg 20
beg <= end 21
end <= Length(m) 22
Post
Length(m) = Length(m') - (end - beg)
PROCEDURE (m: Model) Append (m0: Model)
NEW, ABSTRACT, Operation
Append m0 to m.
Except for performance, equivalent to:
m.Insert(m.Length(), m0, 0, m0.Length())
PROCEDURE (m: Model) Replace (beg, end: INTEGER; m0: Model; beg0, end0: INTEGER)
NEW, ABSTRACT, Operation
Extract the stretch [beg0, end0) from m0 and replace stretch [beg, end) in m by the stretch extracted from m0.
Pre
0 <= beg 20
beg <= end 21
end <= Length(m) 22
0 <= beg0 23
beg0 <= end0 24
end0 <= Length(m0) 25
m # m0 26
m0 # NIL not explicitly checked
Except for performance, equivalent to:
VAR script: Stores.Operation;
Models.BeginScript(m, "#System:Replacing", script);
m.Delete(beg, end); m.Insert(beg, m0, beg0, end0);
Models.EndScript(m, script)
PROCEDURE (m: Model) SetAttr (beg, end: INTEGER; attr: Attributes)
NEW, ABSTRACT, Operation
Set the attributes of all items in the stretch [beg, end) of m to attr.
Pre
0 <= beg 20
beg <= end 21
end <= Length(m) 22
attr # NIL not explicitly checked
attr.init 23
PROCEDURE (m: Model) Prop (beg, end: INTEGER): Properties.Property
NEW, ABSTRACT
Return a property structure describing the properties of the items in the stretch [beg, end) of m. Only properties returned by encountered attributes and those captured by Prop are considered. There is no recursion into embedded views.
The result is the intersection of the attributedescribing properties of the homogeneous substretches of [beg, end). For example, if the first half of the stretch is "bold & italic", while the second half is "italic", then Prop returns a property "italic", i.e. the homogeneous subset.
Pre
0 <= beg 20
beg <= end 21
end <= Length(m) 22
PROCEDURE (m: Model) Modify (beg, end: INTEGER; old, p: Properties.Property)
NEW, ABSTRACT, Operation
Modify the stretch [beg, end) of m according to the property structure p. If old is given, modification takes place only if the stretch is homogeneous in the properties specified in old, and if the stretch carries exactly the same property values as those specified in old.
Pre
0 <= beg 20
beg <= end 21
end <= Length(m) 22
Post
old = NIL OR old = Intersect(m'.Prop(beg, end), old)
m.Prop(beg, end) = p
PROCEDURE (m: Model) ReplaceView (old, new: Views.View)
NEW, ABSTRACT, Operation
Retain the context of old, but replace old by new.
Pre
old # NIL 20
new # NIL 21
old.context # NIL 22
new.context = NIL OR new.context = old.context 23
Post
new.context = old.context
TYPE Attributes (Stores.Store)
EXTENSIBLE
Every character or embedded view that forms part of a text carries a set of attributes. Such attributes are described by objects of type Attributes. The base type carries the standard attributes of every element of a text: A color, a font, and a vertical offset (in universal units).
Once created and initialized, attributes objects can no longer be modified, and hence can be freely shared among many attributed objects. Changing the attributes of an attributed object is done by replacing the whole attributes object attached to the attributed object, usually by a modified copy of the original attributes object.
(Note: attributes objects are stores and as such belong to a domain: where the attributes held by an attributes objects are to be applied to another attributed object in a different domain, the attributes object must be copied.)
init-: BOOLEAN
Object has been initialized and can no longer be modified.
color-: Ports.Color
Persistent
The color to be used to render the attributed object. For characters, this is the foreground color; for embedded views, this attribute is either ignored, or used in a viewspecific way by textaware views.
font-: Fonts.Font
Persistent
The font to be used to render the attributed object. For characters, this is the font carrying the glyph to be used; for embedded views, this attribute is either ignored, or used in a viewspecific way by textaware views.
offset-: INTEGER
Persistent
The vertical offset from the base line (value in universal units) to be used for the attributed object.
PROCEDURE (a: Attributes) Equals (b: Attributes): BOOLEAN
NEW, EXTENSIBLE
Compare two attributes objects for attribute equality.
Pre
b # NIL NIL dereference
a.init 20
(b # NIL) & b.init 20
Post
result = (TypeOf(a) = TypeOf(b)) & (a.color = b.color) & (a.font = b.font) & (a.offset = b.offset)
PROCEDURE (a: Attributes) Prop (): Properties.Property
NEW, EXTENSIBLE
Return property list reflecting attribute values.
Post
result # NIL
PROCEDURE (a: Attributes) ModifyFromProp- (p: Properties.Property)
NEW, EXTENSIBLE
Initialize new attributes object to attributes of a source object, but modified according to the property list. (Values valid in the property list are taken from it, others from the source attributes object.) This is called by procedure ModifiedAttr.
PROCEDURE (a: Attributes) InitFromProp (p: Properties.Property)
NEW, EXTENSIBLE
Initialize according to property list.
Pre
~a.init 20
Post
a.init
TYPE AlienAttributes (Attributes)
Type of alien attributes objects, as returned by ReadAttr.
store-: Stores.Alien
The alien store enclosed by an alien attributes objects.
TYPE Prop (Properties.Property)
Text specific properties: Vertical offsets and character codes.
offset: INTEGER
Vertical offset property.
code: CHAR
Character code.
TYPE Context (Models.Context)
ABSTRACT
Context for views embedded in texts.
PROCEDURE (c: Context) ThisModel (): Model
ABSTRACT
Result type is narrowed.
PROCEDURE (c: Context) Pos (): INTEGER
NEW, ABSTRACT
Position of the embedded view in the text.
PROCEDURE (c: Context) Attr (): Attributes
NEW, ABSTRACT
Attributes valid for the embedded view.
TYPE Pref (Properties.Preference)
Preferences a view may have when embedded in a text.
opts: SET
Option set, preset to {}. Possible values are from {maskChar, hideable}.
mask: CHAR
If maskChar IN opts, mask is the desired masking character code.
TYPE Reader
ABSTRACT
A rider to read characters and embedded views from a text.
eot: BOOLEAN
Last read was tried at the end of the text.
attr: Attributes ~eot => attr # NIL
The attributes of the most recently read element.
char: CHAR
Character read most recently; takes value viewcode if last element read was a view that does not mask itself with a different character code (see Pref).
view: Views.View
Embedded view most recently read; takes value NIL if last element read was a character.
w, h: INTEGER valid if view # NIL
Width and height of view most recently read.
PROCEDURE (rd: Reader) Base (): Model
NEW, ABSTRACT
The rider base: The text the reader is attached to.
PROCEDURE (rd: Reader) Pos (): INTEGER
NEW, ABSTRACT
Position of the reader in the text.
Post
0 <= result
result <= rd.Base().Length()
PROCEDURE (rd: Reader) SetPos (pos: INTEGER)
NEW, ABSTRACT
Reposition the reader.
Pre
0 <= pos 20
rd.Base() # NIL 21
pos <= rd.Base().Length() 22
Post
rd.Pos() = pos
PROCEDURE (rd: Reader) Read
NEW, ABSTRACT
Read the next element of the text.
Post
~rd.eot
rd.Pos() = rd'.Pos() + 1, rd.attr # NIL, rd.attr.init
rd.view # NIL
maskChar IN Prefs(view).opts, ch = Prefs(view).mask
rd.char = ch
~(maskChar IN Prefs(view).opts)
rd.char = viewcode
rd.eot
rd.Pos() = rd'.Pos(), rd.attr = NIL, rd.char = 0X, rd.view = NIL
PROCEDURE (rd: Reader) ReadPrev
NEW, ABSTRACT
Read the previous element of the text: First, decrements rd.Pos(), then reads element at rd.Pos().
Post
~rd.eot
rd.Pos() = rd'.Pos() - 1, rd.attr # NIL, rd.attr.init
rd.view # NIL
maskChar IN Prefs(view).opts, ch = Prefs(view).mask
rd.char = ch
~(maskChar IN Prefs(view).opts)
rd.char = viewcode
rd.eot
rd.Pos() = rd'.Pos(), rd.attr = NIL, rd.char = 0X, rd.lchar = 0, rd.view = NIL
PROCEDURE (rd: Reader) ReadChar (OUT ch: CHAR)
NEW, ABSTRACT
Read the next character or projection value of the next embedded view.
Except for performance, equivalent to:
rd.Read; ch := rd.char
PROCEDURE (rd: Reader) ReadPrevChar (OUT ch: CHAR)
NEW, ABSTRACT
Read the previous character or projection value of the previous embedded view.
Except for performance, equivalent to:
rd.ReadPrev; ch := rd.char
PROCEDURE (rd: Reader) ReadView (OUT v: Views.View)
NEW, ABSTRACT
Read next view.
Except for performance, equivalent to:
REPEAT rd.Read UNTIL (rd.view # NIL) OR rd.eot;
v := rd.view
PROCEDURE (rd: Reader) ReadPrevView (OUT v: Views.View)
NEW, ABSTRACT
Read previous view.
Except for performance, equivalent to:
REPEAT rd.ReadPrev UNTIL (rd.view # NIL) OR rd.eot;
v := rd.view
PROCEDURE (rd: Reader) ReadRun (OUT attr: Attributes)
NEW, ABSTRACT
Read next attribute run, stops at next view.
Except for performance, equivalent to:
VAR a: Attributes;
a := rd.attr;
REPEAT rd.Read UNTIL (rd.attr # a) OR (rd.view # NIL) OR rd.eot;
IF rd.eot THEN attr := NIL ELSE attr := rd.attr END
Post
~rd.eot
attr # NIL, rd.attr.init
rd.view = ViewAt(rd.Pos() - 1)
PROCEDURE (rd: Reader) ReadPrevRun (OUT attr: Attributes)
NEW, ABSTRACT
Read next attribute run, stops at next view.
Except for performance, equivalent to:
VAR a: Attributes;
a := rd.attr;
REPEAT rd.ReadPrev UNTIL (rd.attr # a) OR (rd.view # NIL) OR rd.eot;
IF rd.eot THEN attr := NIL ELSE attr := rd.attr END
Post
~rd.eot
attr # NIL, rd.attr.init
rd.view = ViewAt(rd.Pos())
TYPE Writer
ABSTRACT
Write characters, long characters, or embed views into a text.
attr-: Attributes attr # NIL, attr.init
The attributes object to attach to the next written element. (Attributes are immutable, thus they can be shared and need not be copied if used somewhere else in the same domain.)
PROCEDURE (wr: Writer) Base (): Model
NEW, ABSTRACT
Return the rider base, i.e. the text the writer is currently attached to.
PROCEDURE (wr: Writer) Pos (): INTEGER
NEW, ABSTRACT
Position of the writer in the text.
Post
0 <= result
result <= wr.Base().Length()
PROCEDURE (wr: Writer) SetPos (pos: INTEGER)
NEW, ABSTRACT
Reposition the writer.
Pre
0 <= pos 20
wr.Base() # NIL 21
pos <= wr.Base.Length() 22
Post
wr.Pos() = pos
PROCEDURE (wr: Writer) SetAttr (attr: Attributes)
NEW
Sets the current attributes of the writer.
Pre
attr # NIL not explicitly checked
attr.init 20
Post
wr.attr = a [ a.Equals(attr) ]
PROCEDURE (wr: Writer) WriteChar (ch: CHAR)
NEW, ABSTRACT, Operation
Write character with attributes wr.attr. Nothing happens if ch is not writeable (see procedure WriteableChar).
Post
WriteableChar(ch)
wr.Pos() = wr.Pos'() + 1
~WriteableChar(ch)
wr.Pos() = wr.Pos'()
PROCEDURE (wr: Writer) WriteView (view: Views.View; w, h: INTEGER)
NEW, ABSTRACT, Operation
Write view with width w, height h, and attributes wr.attr. w and h may have the value Views.undefined.
Pre
view # NIL 20
view.context = NIL 21
Post
view.context # NIL
view.context.Pos() = wr.Pos()'
view.context.Attr() = w [ w.Equals(wr.attr) ]
TYPE InfoMsg (Models.Message)
Message notifying about a nondestructive operation on a text.
op: INTEGER
For standard texts, there is only one op code defined: store.
TYPE UpdateMsg (Models.UpdateMsg)
Message notifying about a destructive operation on a text.
op: INTEGER
Kind of operation performed. For standard texts, op IN {replace, insert, delete}.
beg, end, delta: INTEGER
The operation was performed on the stretch [beg, end) measured in the text after the operation took place, and changed the length of the text by delta. For deletions of length l, end = beg + 1, delta = -l; for insertions of length l, end = beg + l, delta = l; for replacements of length l but not changing the text length, end = beg + l, delta = 0.
TYPE Directory
ABSTRACT
Directory for text models.
attr-: Attributes
Default attributes, used when opening a writer on a text.
PROCEDURE (d: Directory) New (): Model;
NEW, ABSTRACT
Return a new text model.
PROCEDURE (d: Directory) NewFromString (s: ARRAY OF CHAR): Model
NEW, EXTENSIBLE
Return a new text model with s written into it using initial default attributes.
Except for performance, equivalent to:
VAR m: Model; w: Writer; i: INTEGER;
m := d.New(); w := m.NewWriter(NIL);
i := 0; WHILE s[i] # 0X DO w.WriteChar(s[i]); INC(i) END;
RETURN m
PROCEDURE (d: Directory) SetAttr (attr: Attributes)
NEW, EXTENSIBLE
Set the default attributes.
Pre
attr # NIL not explicitly checked
attr.init 20
Post
d.attr = a [ a.Equals(attr) ]
VAR dir-, stdDir-: Directory dir # NIL, stdDir # NIL, stable stdDir = d
Directory and standard directory for text models.
PROCEDURE NewColor (a: Attributes; color: Ports.Color): Attributes
PROCEDURE NewTypeface (a: Attributes; typeface: Fonts.Typeface): Attributes
PROCEDURE NewSize (a: Attributes; size: INTEGER): Attributes
PROCEDURE NewStyle (a: Attributes; style: SET): Attributes
PROCEDURE NewWeight (a: Attributes; weight: INTEGER): Attributes
PROCEDURE NewOffset (a: Attributes; offset: INTEGER): Attributes
Take an existing attributes object and return a new one with equal attributes except for the specified one.
Pre
a # NIL 20
a.init 21
Post
result # NIL
PROCEDURE NewFont (a: Attributes; font: Fonts.Font): Attributes
Changes the entire font attribute, i.e., weight, style, size, and typeface.
Pre
a # NIL 20
a.init 21
Except for performance, equivalent to:
NewTypeface(NewSize(NewStyle(NewWeight(
a, font.weight), font.style), font.size), font.typeface)
PROCEDURE ReadAttr (VAR rd: Stores.Reader; VAR a: Attributes)
Reads an attributes object. In case the reader returns an alien store, the store is wrapped into an alien attributes object and the wrapper is returned.
Pre
~rd.rider.eof
NextStore(rd) IS Attributes
Post
a # NIL
~MapsToAlien(NextStore(rd'))
a = NextStore(rd')
MapsToAlien(NextStore(rd'))
a IS AlienAttributes
a.store = NextStore(rd')
PROCEDURE WriteAttr (VAR wr: Stores.Writer; a: Attributes)
Writes an attributes object. In case a is an alien attributes object, its contained alien stores is unwrapped and written.
Pre
a # NIL 20
Except for performance, equivalent to:
WITH a: AlienAttributes DO wr.WriteStore(a.store) ELSE wr.WriteStore(a) END
PROCEDURE ModifiedAttr (a: Attributes; p: Properties.Property): Attributes
Return new attributes object that shares attribute settings of a, except where overridden by settings in p.
Pre
a # NIL not explicitly checked
a.init 20
Post
x IN p.valid
x-attr(result) = x-attr(p)
~(x IN p.valid)
x-attr(result) = x-attr(a)
Except for performance, equivalend to:
VAR h: Attributes;
h := Stores.CopyOf(a)(Attributes); h.ModifyFromProp(p);
RETURN h
PROCEDURE WriteableChar (ch: CHAR): BOOLEAN
Determines whether ch may be written to a text.
Post
result =
ch = tab OR ch = line OR ch = para OR
ch >= " " & ch < 07FX OR
ch = zwspace OR ch = digitspace OR ch = hyphen OR ch = nbhyphen OR
ch >= 0A0X 20
PROCEDURE CloneOf (source: Model): Model
This procedure should be used to obtain a new text from the same type as another existing text.
Pre
source # NIL 20
Except for performance, equivalent to:
RETURN Containers.CloneOf(source)(Model)
PROCEDURE SetDir (d: Directory)
Set model directory.
Pre
d # NIL 20
d.attr # NIL 21
Post
dir = d
| Text/Docu/Models.odc |
TextRulers
DEFINITION TextRulers;
IMPORT Stores, Models, Views, Properties, TextModels;
CONST
first = 0; left = 1; right = 2; lead = 3; asc = 4; dsc = 5; grid = 6; opts = 7; tabs = 8;
leftAdjust = 0; rightAdjust = 1; noBreakInside = 2; pageBreak = 3; parJoin = 4;
rightFixed = 5;
maxTabs = 32;
centerTab = 0; rightTab = 1; barTab = 2;
TYPE
Tab = RECORD
stop: INTEGER;
type: SET
END;
TabArray = RECORD
len: INTEGER;
tab: ARRAY maxTabs OF Tab
END;
Attributes = POINTER TO EXTENSIBLE RECORD (Stores.Store)
init-: BOOLEAN;
first-, left-, right-, lead-, asc-, dsc-, grid-: INTEGER;
opts-: SET;
tabs-: TabArray;
(a: Attributes) InitFromProp (p: Properties.Property), NEW, EXTENSIBLE;
(a: Attributes) ModifyFromProp- (p: Properties.Property), NEW, EXTENSIBLE;
(a: Attributes) Equals (b: Attributes): BOOLEAN, NEW, EXTENSIBLE;
(a: Attributes) Prop (): Properties.Property, NEW, EXTENSIBLE
END;
AlienAttributes = POINTER TO RECORD (Attributes)
store-: Stores.Alien
END;
Style = POINTER TO ABSTRACT RECORD (Models.Model)
attr-: Attributes;
(s: Style) SetAttr (attr: Attributes), NEW, EXTENSIBLE
END;
Ruler = POINTER TO ABSTRACT RECORD (Views.View)
style-: Style
END;
Prop = POINTER TO RECORD (Properties.Property)
first, left, right, lead, asc, dsc, grid: INTEGER;
opts: RECORD
val, mask: SET
END;
tabs: TabArray
END;
UpdateMsg = RECORD (Models.UpdateMsg)
style: Style;
oldAttr: Attributes
END;
Directory = POINTER TO RECORD
attr-: Attributes;
(d: Directory) New (style: Style): Ruler, NEW, ABSTRACT;
(d: Directory) NewFromProp (p: Prop): Ruler, NEW, EXTENSIBLE;
(d: Directory) NewStyle (attr: Attributes): Style, NEW, ABSTRACT;
(d: Directory) SetAttr (attr: Attributes), NEW, EXTENSIBLE
END;
VAR dir-, stdDir-: Directory;
defaultRadixChar: CHAR;
PROCEDURE ReadAttr (VAR rd: Stores.Reader; VAR a: Attributes);
PROCEDURE WriteAttr (VAR wr: Stores.Writer; a: Attributes);
PROCEDURE ModifiedAttr (a: Attributes; p: Properties.Property): Attributes;
PROCEDURE SetCentered (r: Ruler);
PROCEDURE SetJustified (r: Ruler);
PROCEDURE SetLeftFlush (r: Ruler);
PROCEDURE SetRightFlush (r: Ruler);
PROCEDURE SetNoBreakInside (r: Ruler);
PROCEDURE SetPageBreak (r: Ruler);
PROCEDURE SetParJoin (r: Ruler);
PROCEDURE SetAsc (r: Ruler; h: INTEGER);
PROCEDURE SetDsc (r: Ruler; h: INTEGER);
PROCEDURE SetFirst (r: Ruler; x: INTEGER);
PROCEDURE SetGrid (r: Ruler; h: INTEGER);
PROCEDURE SetLead (r: Ruler; h: INTEGER);
PROCEDURE SetLeft (r: Ruler; x: INTEGER);
PROCEDURE SetRight (r: Ruler; x: INTEGER);
PROCEDURE SetFixedRight (r: Ruler; x: INTEGER);
PROCEDURE AddTab (r: Ruler; x: INTEGER);
PROCEDURE MakeBarTab (r: Ruler);
PROCEDURE MakeCenterTab (r: Ruler);
PROCEDURE MakeRightTab (r: Ruler);
PROCEDURE MakeDecimalTab (r: Ruler; radixChar: CHAR);
PROCEDURE GetRadixChar (a: Attributes; tabIndex: INTEGER): CHAR;
PROCEDURE SetRadixChar (a: Attributes; tabIndex: INTEGER; radixChar: CHAR);
PROCEDURE SetRadixCharProp (p: Prop; tabIndex: INTEGER; radixChar: CHAR);
PROCEDURE CopyOf (r: Ruler; shallow: BOOLEAN): Ruler;
PROCEDURE GetValidRuler (text: TextModels.Model; pos, hint: INTEGER;
VAR ruler: Ruler; VAR rpos: INTEGER);
PROCEDURE Deposit;
PROCEDURE SetDir (d: Directory);
END TextRulers.
TextRulers are textaware views that, if embedded in a text, affect the text setting. A ruler supports interactive and program controlled adjustment of paragraph and limited page formatting. However, the ruler does not perform the actual setting of the text according to the format defined by the ruler. Text setters are used to actually set a text (cf. Section 6.4; TextSetters).
TextRulers set the preferences {TextModels.maskChar, TextModels.hideable} as response to a TextModels.Pref message. The mask character is TextModels.para. Text rulers are thereby returned as a paragraph character by a text reader.
Further information on using text rulers is available here.
CONST first, left, right, lead, asc, dsc, grid, opts, tabs
Property field selectors
Signals that the named field of a Prop property is known, valid, or readOnly.
CONST leftAdjust, rightAdjust
Possible elements of Attributes.opts. If none is included, request centered lines; if leftAdjust is included alone, request left flushed lines; if rightAdjust is included alone, request right flushed lines; if both are included, request fully adjusted lines.
CONST noBreakInside, pageBreak, parJoin
Possible elements of Attributes.opts, where the inclusion of pageBreak overrides a possible inclusion of parJoin. If noBreakInside is included, request setting of the following paragraphs (up to the next ruler or the end of text) such that no page break is crossed by any of the paragraphs; a page break may be inserted between the paragraphs, but see parJoin below. (This may not be possible, or lead to unacceptably large white space, in which case a setter's heuristics may insert page breaks anyway.) If pageBreak is included, request setting to continue on the next fresh page. (If already at the top of a new page, the request is ignored.) If parJoin is included, the text following the ruler is requested to be set on the same page as the text following the next ruler. (Again, the setter may not be able to honour this request and be forced to insert page breaks anyway.)
CONST rightFixed
Possible element of Attributes.opts. If included, it means that the right margin of the text is fixed by the ruler. Otherwise the right border of the setting environment, usually a text view, is used as margin.
CONST maxTabs
Maximum number of tab stops that can be held by a TabArray structure. This limits the number of tab stops that can be defined for a ruler.
CONST centerTab, rightTab, barTab
Possible element of Tab.type. Set elements to be drawn from {centerTab, rightTab, barTab}. Tabulation is centered if centerTab IN type. It is right aligned if rightTab IN type. If neither option is set, tabulation is left aligned. Setting both, centerTab and rightTab, means a decimal tabulator. If barTab IN type, then tab stop serves as the position of a vertical line drawn from the ruler containing this tab definition to the next ruler, or the end of text, if no further ruler follows. (The actual drawing of such a bar is left to the view displaying the text containing the ruler.)
TYPE Tab
Defines a single tab stop as a pair of a stop position and a tabulation type.
Note that the alignment character for decimal tabs (introduced in version 1.7.1) conceptually also belongs to Tab but is accessed via GetRadixChar and SetRadixChar. This is for keeping the interface of Tab compatible with version 1.7.
stop: INTEGER [units]
The tab stop position, measured from the left margin of the setting context of the text, i.e., usually the view displaying the set text.
type: SET
Tabulation type to be used for text controlled by this stop. Options drawn from {centerTab, rightTab, and barTab}, as defined above.
TYPE TabArray
len: INTEGER 0 <= len <= maxTabs
Number of tab stops defined.
tab-: ARRAY 32 OF Tab [units] tab[0 .. len) valid
Array holding defined tab stops.
TYPE Attributes (Stores.Store)
EXTENSIBLE
The style of a ruler holds an attributes object.
Once created and initialized, attributes objects can no longer be modified, and hence can be freely shared among many ruler styles (in the same domain). Changing the attributes of a style is done by replacing the whole attributes object attached to the style; usually by a modified copy of the original attributes object. (Styles in turn may be shared by multiple rulers, causing all these rulers to change in synch when changing the attributes of the style.)
init-: BOOLEAN
Attributes object has been initialized and cannot be changed anymore.
first-, left-, right-: INTEGER [units]
First line indentation of every following paragraph, left margin (other than for first line of a paragraph), and right margin. All measured from the left margin of the view displaying the set text.
lead-: INTEGER [units]
Vertical lead space inserted before every following paragraph, unless the paragraph happens to start a new page.
asc-, dsc-: INTEGER [units]
Lower bounds on the ascender and descender of the lines of the following paragraphs.
grid-: INTEGER [units] 1 <= grid < 10000 * Ports.mm
Grid spacing (if 1: no grid). Each line of the following paragraphs is set such that its base line falls on a grid line. (Depending on the setter used, this may cause overlaps of high lines, or it may cause higher lines to be moved to the next possible grid line in order to avoid overlaps.)
opts-: SET
Formatting options, drawn from the set {leftAdjust, rightAdjust, noBreakInside, pageBreak, parJoin}. The options noBreakInside and parJoin are requests that, depending on the setter's heuristics, may or may not be followed.
tabs-: TabArray
PROCEDURE (a: Attributes) Equals (b: Attributes): BOOLEAN
NEW, EXTENSIBLE
Compare two attributes objects for attribute equality.
Pre
a.init 20
b # NIL not explicitly checked
b.init 21
Post
result = TypeOf(a) = TypeOf(b) & a.first = b.first & ... & a.tabs = b.tabs
PROCEDURE (a: Attributes) Prop (): Properties.Property
NEW, EXTENSIBLE
Return property list reflecting attribute values.
Pre
a.init 20
Post
result # NIL
PROCEDURE (a: Attributes) ModifyFromProp- (p: Properties.Property)
NEW, EXTENSIBLE
Initialize new attributes object according to the property list. (Values valid in the property list are taken from it, others are left intact.) Called by ModifiedAttr.
PROCEDURE (a: Attributes) InitFromProp (p: Properties.Property)
NEW, EXTENSIBLE
Initialize according to property list; use dir.attr for defaults.
Pre
~a.init 20
Post
a.init
TYPE AlienAttributes (Attributes)
Type of alien attributes objects, as returned by ReadAttr.
store-: Stores.Alien
The alien store enclosed by an alien attributes objects.
TYPE Style (Models.Model)
ABSTRACT
A style is a ruler model (and thus may be shared my multiple rulers).
attr-: Attributes
The attributes defining this style's formatting requests.
PROCEDURE (s: Style) SetAttr (attr: Attributes)
NEW, EXTENSIBLE, Operation
Set style attributes.
Pre
attr # NIL not explicitly checked
attr.init 20
Post
s'.attr.Equals(attr)
s.attr = s'.attr
~s'.attr.Equals(attr)
s.attr = a [ a.Equals(attr) ]
TYPE Ruler (Views.View)
ABSTRACT
Rulers are the standard view on styles.
style-: Style
The ruler's style.
PROCEDURE (r: Ruler) InitDomain (d: Domains.Domain)
EXTENSIBLE
Precondition added.
Pre
r.style # NIL 20
TYPE Prop (Properties.Property)
Properties of style attributes.
first, left, right, lead, asc, dsc, grid: INTEGER
opts: SET
tabs: TabArray
Property fields
Each property field corresponds to the attribute field of same name. (Property field tabs corresponds to (tab, tabs) in Attributes.)
TYPE UpdateMsg (Models.UpdateMsg)
Message notifying of a change of attributes attached to a certain style. The message is domaincast and typically interpreted by all text views which display a text that contains a ruler that shares the changed style.
style: Style
The style that has changed.
oldAttr: Attributes
The attributes that were attached to style previously.
TYPE Directory
ABSTRACT
Directory for rulers and styles.
attr-: Attributes attr # NIL
Default attributes used when initializing new style.
PROCEDURE (d: Directory) SetAttr (attr: Attributes)
NEW, EXTENSIBLE
Set default attributes. Ignores tab settings and page break options in attr. (Note that preset tabs in default rulers collide with tab settings frequently added under program control. Likewise, page break options are not normally useful global defaults.)
Pre
attr # NIL not explicitly checked
attr.init 20
Post
d.attr = ModifiedAttr(attr, p)
[ p.valid = {opts, tabs},
p.tabs.len = 0, p.opts.mask = {noBreakInside, pageBreak, parJoin}, p.opts.val = {}
]
PROCEDURE (d: Directory) NewStyle (attr: Attributes): Style
NEW, ABSTRACT
Return new style object initialized to hold attributes attr.
Pre
attr # NIL
attr.init 20
Post
result # NIL
attr = NIL
result.attr = d.attr
attr # NIL
result.attr = attr
PROCEDURE (d: Directory) New (style: Style): Ruler
NEW, ABSTRACT
Return new ruler object initialized to hold given style.
Post
result # NIL
style = NIL
result.style = d.NewStyle(NIL)
style # NIL
result.style = style
PROCEDURE (d: Directory) NewFromProp (p: Prop): Ruler
NEW, EXTENSIBLE
Return new ruler object with style attributes initialized from give property list, using d.attr for default values.
Except for performance, equivalent to:
VAR st: Stores.Stores; a: Attributes;
st := Stores.Clone(d.attr); a := st(Attributnes);
a.ModifyFrom(d.attr, p);
RETURN d.New(d.NewStyle(a))
VAR dir-, stdDir-: Directory dir # NIL, stdDir # NIL, stable stdDir = d
Directory and standard directory objects for rulers and styles.
VAR defaultRadixChar*: CHAR
The character to be used for aligning new decimal tabs. Initially set to ".".
PROCEDURE ReadAttr (VAR rd: Stores.Reader; VAR a: Attributes)
Read an attributes object; in case the reader returns an alien store, the store is wrapped into an alien attributes object and the wrapper is returned.
Pre
~rd.rider.eof 20
NextStore(rd) IS Attributes 21
Post
a # NIL
~MapsToAlien(NextStore(rd'))
a = NextStore(rd')
MapsToAlien(NextStore(rd'))
a IS AlienAttributes
a.store = NextStore(rd')
PROCEDURE WriteAttr (VAR wr: Stores.Writer; a: Attributes)
Write an attributes object; in case a is an alien attributes object, its contained alien store is unwrapped and written.
Pre
a # NIL 20
Except for performance, equivalent to:
WITH a: AlienAttributes DO wr.WriteStore(a.store) ELSE wr.WriteStore(a) END
PROCEDURE ModifiedAttr (a: Attributes; p: Properties.Property): Attributes
Return copy of a with attribute settings identical to those in a, except where overridden by p.
Except for performance, equivalent to:
VAR h: Attributes;
h := Stores.CopyOf(a)(Attributes); h.ModifyFromProp(p);
RETURN h
PROCEDURE SetCentered (r: Ruler)
PROCEDURE SetJustified (r: Ruler)
PROCEDURE SetLeftFlush (r: Ruler)
PROCEDURE SetRightFlush (r: Ruler)
Operation
Set ruler's text formatting mode by setting r.style.attr.opts * {leftAdjust, rightAdjust} to {}, {leftAdjust, rightAdjust}, {leftAdjust}, or {rightAdjust}, respectively.
Pre
r.style # NIL 20
PROCEDURE SetNoBreakInside (r: Ruler)
PROCEDURE SetPageBreak (r: Ruler)
PROCEDURE SetParJoin (r: Ruler)
Operation
Set ruler's page breaking options by including noBreakInside, pageBreak, or parJoin into r.style.attr.opts, respectively.
Pre
r.style # NIL 20
PROCEDURE SetFirst (r: Ruler; x: INTEGER)
PROCEDURE SetLeft (r: Ruler; x: INTEGER)
PROCEDURE SetLead (r: Ruler; h: INTEGER)
PROCEDURE SetAsc (r: Ruler; h: INTEGER)
PROCEDURE SetDsc (r: Ruler; h: INTEGER)
PROCEDURE SetGrid (r: Ruler; h: INTEGER)
Operation
Set ruler's formatting attributes by setting r.style.attr.first, left, lead, asc, dsc, or grid, respectively.
Pre
r.style # NIL 20
PROCEDURE SetRight (r: Ruler; x: INTEGER)
PROCEDURE SetFixedRight (r: Ruler; x: INTEGER)
Operation
Set ruler's right margin by setting r.style.attr.right = x and setting (SetFixedRight) or clearing (SetRight) r.attr.opts * {rightFixed}.
Pre
r.style # NIL 20
PROCEDURE AddTab (r: Ruler; x: INTEGER)
Operation
Add a new tab to the right of the existing tabs set in r.
Pre
r.style # NIL 20
r.style.attr.tabs.len = i
i < maxTabs 21
i > 0
r.style.attr.tabs.tab[i - 1].stop < x 22
Post
r.style.attr.tabs.len = r.style'.attr.tabs.len + 1
r.style.attr.tabs.tab[r.style.attr.tabs.len - 1].stop = x
r.style.attr.tabs.tab[r.style.attr.tabs.len - 1].type * {centerTab, rightTab} = {}
PROCEDURE MakeBarTab (r: Ruler)
Operation
Change the last tab of r to a bar tab.
Pre
r.style # NIL 20
r.style.attr.tabs.len > 0 21
Post
barTab IN r.style.attr.tabs.tab[r.style.attr.tabs.len - 1].type
PROCEDURE MakeCenterTab (r: Ruler)
Operation
Change the last tab of r to a center tab.
Pre
r.style # NIL 20
r.style.attr.tabs.len > 0 21
Post
r.style.attr.tabs.tab[r.style.attr.tabs.len - 1].type * {centerTab, rightTab} = {centerTab}
PROCEDURE MakeRightTab (r: Ruler)
Operation
Change the last tab of r to a bar tab.
Pre
r.style # NIL 20
r.style.attr.tabs.len > 0 21
Post
r.style.attr.tabs.tab[r.style.attr.tabs.len - 1].type * {centerTab, rightTab} = {righTab}
PROCEDURE MakeDecimalTab (r: Ruler; radixChar: CHAR);
Operation
Change the last tab of r to a decimal tab aligned to radixChar.
Pre
r.style # NIL 20
r.style.attr.tabs.len > 0 21
Post
r.style.attr.tabs.tab[r.style.attr.tabs.len - 1].type * {centerTab, rightTab} = {centerTab, rightTab}
PROCEDURE GetRadixChar (a: Attributes; tabIndex: INTEGER): CHAR;
Return the character to be used for aligning the decimal tab specified in attributes a with the specified tabIndex.
PROCEDURE SetRadixChar (a: Attributes; tabIndex: INTEGER; radixChar: CHAR);
Set the character to be used for aligning the decimal tab specified in attributes a with the specified tabIndex to radixChar.
PROCEDURE SetRadixCharProp (p: Prop; tabIndex: INTEGER; radixChar: CHAR);
Set the character to be used for aligning the decimal tab specified in properties p with the specified tabIndex to radixChar.
PROCEDURE CopyOf (r: Ruler; shallow: BOOLEAN): Ruler
Create [shallow] copy of ruler.
Pre
r # NIL 20
Except for performance, equivalent to:
VAR v: Views.View;
v := Views.CopyOf(r, shallow); RETURN v(Ruler)
PROCEDURE GetValidRuler (text: TextModels.Model; pos, hint: INTEGER;
VAR ruler: Ruler; VAR rpos: INTEGER);
Locate the ruler in text that dominates position pos. If a ruler position is known, it can be passed as a hint: (ruler, rpos) is first ruler before hint. Otherwise, pass hint = -1. On return, either the dominating ruler is returned as (ruler, rpos), or ruler and rpos remain unchanged.
Pre
hint < 0 OR rpos = Pos(ruler) & no ruler in (rpos, hint] & 0 <= pos <= t.Length()
Post
hint < rpos <= pos & rpos = Pos(ruler) & no ruler in (rpos, pos] OR (ruler, rpos) unmodified
Except for performance, equivalent to:
VAR view: Views.View; rd: TextModels.Reader;
IF pos < text.Length() THEN INC(pos) END; (* let a ruler dominate its own position! *)
IF pos < hint THEN hint := -1 END;
rd := text.NewReader(rd); rd.SetPos(pos);
REPEAT
rd.ReadPrevView(view)
UNTIL rd.eot OR (view IS Ruler) OR (rd.Pos() < hint);
IF (view # NIL) & (view IS Ruler) THEN
ruler := view(Ruler); rpos := rd.Pos()
END
PROCEDURE Deposit
Create new ruler and deposit in Views queue.
Except for performance, equivalent to:
Views.Deposit(dir.New(NIL))
PROCEDURE SetDir (d: Directory)
Set model directory.
Pre
d # NIL 20
d.attr # NIL not explicitly checked
d.attr.init 21
Post
dir = d | Text/Docu/Rulers.odc |
TextSetters
DEFINITION TextSetters;
IMPORT Stores, Views, Properties, TextModels, TextRulers;
CONST lineBreak = 0; wordJoin = 1; wordPart = 2; flexWidth = 3;
TYPE
Pref = RECORD (Properties.Preference)
opts: SET;
endW: INTEGER;
dsc: INTEGER
END;
Reader = POINTER TO ABSTRACT RECORD
r-: TextModels.Reader;
string: ARRAY 64 OF CHAR;
view: Views.View;
textOpts: SET;
mask: CHAR;
setterOpts: SET;
w, endW, h, dsc: INTEGER;
attr: TextModels.Attributes;
eot: BOOLEAN;
pos: INTEGER;
x: INTEGER;
adjStart: INTEGER;
spaces: INTEGER;
tabIndex: INTEGER;
tabType: SET;
vw: INTEGER;
hideMarks: BOOLEAN;
ruler: TextRulers.Ruler;
rpos: INTEGER;
(rd: Reader) Set (old: TextModels.Reader; text: TextModels.Model; x, pos: INTEGER;
ruler: TextRulers.Ruler; rpos, vw: INTEGER; hideMarks: BOOLEAN),
NEW, EXTENSIBLE;
(rd: Reader) Read, NEW, EXTENSIBLE;
(rd: Reader) AdjustWidth (start, pos: INTEGER; IN box: LineBox; VAR w: INTEGER),
NEW, ABSTRACT;
(rd: Reader) SplitWidth (w: INTEGER): INTEGER, NEW, ABSTRACT
END;
Setter = POINTER TO ABSTRACT RECORD (Stores.Store)
text-: TextModels.Model;
defRuler-: TextRulers.Ruler;
vw-: INTEGER;
hideMarks-: BOOLEAN;
(s: Setter) ConnectTo (text: TextModels.Model; defRuler: TextRulers.Ruler;
vw: INTEGER; hideMarks: BOOLEAN), NEW, EXTENSIBLE;
(s: Setter) ThisPage (pageH: INTEGER; pageNo: INTEGER): INTEGER, NEW, ABSTRACT;
(s: Setter) NextPage (pageH: INTEGER; start: INTEGER): INTEGER, NEW, ABSTRACT;
(s: Setter) ThisSequence (pos: INTEGER): INTEGER, NEW, ABSTRACT;
(s: Setter) NextSequence (start: INTEGER): INTEGER, NEW, ABSTRACT;
(s: Setter) PreviousSequence (start: INTEGER): INTEGER, NEW, ABSTRACT;
(s: Setter) GetWord (pos: INTEGER; OUT beg, end: INTEGER), NEW, ABSTRACT;
(s: Setter) GetLine (start: INTEGER; OUT box: LineBox), NEW, ABSTRACT;
(s: Setter) GetBox (start, end, maxW, maxH: INTEGER; OUT w, h: INTEGER), NEW, ABSTRACT;
(s: Setter) NewReader (old: Reader): Reader, NEW, ABSTRACT;
(s: Setter) GridOffset (dsc: INTEGER; IN box: LineBox): INTEGER, NEW, ABSTRACT
END;
LineBox = RECORD
len: INTEGER;
ruler: TextRulers.Ruler;
rpos: INTEGER;
left, right, asc, dsc: INTEGER;
rbox, bop, adj, eot, views: BOOLEAN;
skipOff: INTEGER;
adjOff: INTEGER;
spaces: INTEGER;
adjW: INTEGER;
tabW: ARRAY TextRulers.maxTabs OF INTEGER
END;
Directory = POINTER TO RECORD
(d: Directory) New (): Setter, NEW, ABSTRACT
END;
VAR dir-, stdDir-: Directory;
PROCEDURE SetDir (d: Directory);
END TextSetters.
TextSetters set texts (one-dimensional streams of characters and embedded views) into twodimensional columns or pages. Special textaware views embedded in the set text, so-called rulers, are interpreted as requests for special setting formats.
CONST lineBreak, wordJoin, wordPart, flexWidth
Possible values of Pref.opts indicating preferences of setteraware views embedded in a text. The inclusion of lineBreak overrides any possible inclusion of wordJoin.
If lineBreak is included, the setter is requested to break the line just after the view.
If wordJoin is included, the view requests that it should not be used as a position to break the words to the left and to the right of the view at the end of a line.
If wordPart is included, the view is treated as part of the word that it is embedded into (which effects the range selected by a "select word" operation).
If flexWidth is included, the view is treated the same way as ordinary blanks, i.e. its width is adjusted when setting a line in fully adjusted mode.
TYPE Pref (Properties.Preference)
Possible preferences of setteraware views embedded into a text.
opts: SET
Setting options drawn from {lineBreak, wordJoin, wordPart, flexWidth}, as defined above.
endW: INTEGER [units] preset to width of view
If view happens to be placed at the end of a line, i.e., a line break is immediately following, the view may request a width different from its usual width. (For example, a softhyphen has a positive end width, while it has a zero width; a blank has a positive width, but a zero end width.)
dsc: INTEGER [units] preset to dominating line descender
A view may request a special descender value, thereby adjusting its placement relative to the baseline.
TYPE Reader
ABSTRACT
A reader to read through lines returned by a setter. The reader is a conceptual extension of a TextModels.Reader, but instead of just returning the elements of a stream, it also sets the elements on a line and returns placement coordinates relative to the lines baseline origin.
r-: TextModels.Reader
The text reader used to connect the reader to a text. The text reader state is used as a one element lookahead state for the reader.
string: ARRAY 64 OF CHAR
If string # "", then the element read most recently was a character or a string of characters. Single characters are returned in string[0]. If view # NIL, then the element read most recently was a view masked as a character.
view: Views.View
The element read most recently read was an embedded view.
textOpts: SET
mask: CHAR
setterOpts: SET
w, endW, h, dsc: INTEGER [units]
attr: TextModels.Attributes
Properties of the element read most recently: Its text options (if textaware, else preset default); its mask character (if TextModels.maskChar IN textOpts); its setter options (if setteraware, else preset default); its width, end width (if setteraware, else preset default), height, and descender (if setteraware, else preset default); its text attributes.
eot: BOOLEAN
Set if the last trial to read hit the end of text.
pos: INTEGER
Position of the reader in the text (one past the element read most recently).
x: INTEGER [units]
Horizontal position of the reader in the line. To be advanced by client of reader. For nonadjusted setting, increment by w, else utilize AdjustWidth below.
adjStart: INTEGER [units]
The first position (inclusive) to begin space adjustment at. This is used to suppress space adjustment in all but the last section of several tab-separated sections of a line.
spaces: INTEGER [units]
Number of spaces encountered by reader so far. (Reset to 0 when adjStart gets reset on reading a tab.)
tabIndex: INTEGER
Index of the most recently processed tab stop (initially -1).
tabType: SET
Type of the most recently processed tab stop (initially {}).
vw: INTEGER [units]
Width to set text against.
hideMarks: BOOLEAN
Hideable marks are requested to be hidden in the correct line. If the reader encounters an embedded view that by its text preferences is hideable and hideMarks is set, then the view is reduced to zero width and height.
ruler: TextRulers.Ruler
Ruler dominating the setting of the current line.
rpos: INTEGER
Position of the dominating ruler in the text. (rpos = -1 if the ruler is not part of the text and there is no ruler in the text that dominates the current line. Typically, this is used to apply a default ruler to the beginning of a text that has no ruler at position 0.)
PROCEDURE (rd: Reader) Set (old: TextModels.Reader;
text: TextModels.Model; x, pos: INTEGER;
ruler: TextRulers.Ruler; rpos, vw: INTEGER;
hideMarks: BOOLEAN)
NEW, EXTENSIBLE
Connect the reader to a text line, possibly reusing an old text reader that is no longer in use. The reader is given the text, the line's horizontal left margin x, the line's starting position pos , the ruler and its position rpos dominating the line, and whether hideable marks are to be hidden. vw is the width against which text should be set.
Pre
text # NIL 20
0 <= pos 21
pos <= text.Length() 22
ruler # NIL 23
-1 <= rpos 24
rpos <= pos 25
Post
rd.r # NIL
rd.r.Base() = text
rd.r.eot OR rd.r.Pos() = pos + 1
rd.string = ""
rd.view = NIL
rd.textOpts = {}
rd.setterOpts = {}
rd.w = 0, rd.endW = 0, rd.h = 0, rd.dsc = 0
rd.attr = NIL
rd.eot = FALSE
rd.pos = pos
rd.x = x
rd.adjStart = pos, rd.spaces = 0
rd.tabIndex = -1, rd.tabType = {}
rd.ruler = ruler, rd.rpos = rpos
rd.hideMarks = hideMarks
PROCEDURE (rd: Reader) Read
NEW, EXTENSIBLE (to be called by extensions first)
Read next element in line.
Post
~rd.r.eot
rd.r.Pos() = rd.r'.Pos() + 1
~rd.eot
view # NIL
rd.pos = rd'.pos + 1
string # ""
rd.pos = rd'.pos + Length(rd.string)
lstring # ""
rd.pos = rd'.pos + Length(rd.string)
rd.eot
rd.w = rd.endW = 0
rd.h = ruler.style.attr.asc + ruler.style.attr.dsc
rd.dsc = ruler.style.attr.dsc
PROCEDURE (rd: Reader) AdjustWidth (start, pos: INTEGER; IN box: LineBox;
VAR w: INTEGER)
NEW, ABSTRACT
Given a line box, its starting position start, and the position pos of the element last read by the reader (normally pos = rd.pos), AdjustWidth takes that element's width w (normally w = rd.w) and adjusts it according to the formatting requirements of the line.
PROCEDURE (rd: Reader) SplitWidth (w: INTEGER): INTEGER
NEW, ABSTRACT
For the element read last by the reader, compute a split width. This is used for interactive purposes, where the split width splits coordinates into two half intervals: all coordinates to the left of the split point belong to the left edge of the element, all coordinates to the right of the split point belong to the right edge.
Post
0 <= result <= w
TYPE Setter (Stores.Store)
ABSTRACT
A setter can be used to set a text into lines, paragraphs, columns, and pages.
text-: TextModels.Model setter connected iff text # NIL
Text to be set.
defRuler-: TextRulers.Ruler
Default ruler to be used to set the beginning of the text, in case the text has no ruler at position 0.
vw-: INTEGER [units]
Total line width the setter should set against.
hideMarks-: BOOLEAN
If set, all embedded views that are by their preference hideable, will be reduced to zero width and zero height.
PROCEDURE (s: Setter) ConnectTo (text: TextModels.Model; defRuler: TextRulers.Ruler;
vw: INTEGER; hideMarks: BOOLEAN)
NEW, EXTENSIBLE
Disconnect setter from the text it was previously connected to (if any), and connect setter to given text (if any) using default ruler defRuler and hiding marks if requested by hideMarks. vw is the width against which text should be set.
Post
text = NIL
s.text = NIL
s.defRuler = NIL
text # NIL
s.text = text
s.defRuler = defRuler
s.vw = vw
s.hideMarks = hideMarks
PROCEDURE (s: Setter) ThisPage (pageH: INTEGER; pageNo: INTEGER): INTEGER
NEW, ABSTRACT
For a page of height pageH, determine the starting position for page number pageNo (with page numbering starting from 0).
Pre
Connected(s) 20
0 <= pageNo 21
Post
pageNo > LastPageNo(s.text, pageH)
result = -1
pageNo <= LastPageNo(s.text, pageH)
result = PageStart(pageNo)
PROCEDURE (s: Setter) NextPage (pageH: INTEGER; start: INTEGER): INTEGER
NEW, ABSTRACT
For a page of height pageH and a current page's starting position start, determine the starting position of the next page.
Pre
Connected(s) 20
0 <= start 21
start <= s.text.Length() 22
Exists pNo: s.ThisPage(pageH, pNo) = start not explicitly checked
Post
start = LastPage(s.text, pageH)
result = s.text.Length()
start < LastPage(s.text, pageH)
result = PageStart(PageNo(s.text, start) + 1)
PROCEDURE (s: Setter) ThisSequence (pos: INTEGER): INTEGER
NEW, ABSTRACT
Locate the starting position of the (line or para separated) sequence containing position pos.
Pre
Connected(s) 20
0 <= pos 21
pos <= s.text.Length() 22
Post
result = 0 OR char[result - 1] IN {line, para}
PROCEDURE (s: Setter) NextSequence (start: INTEGER): INTEGER
NEW, ABSTRACT
Locate the starting position of the next (line or para separated) sequence, given a starting position start of a current sequence.
Pre
Connected(s) 20
0 <= start 21
start <= s.text.Length() 22
s.ThisSequence(start) = start 23
Post
All pos: start < pos < s.text.Length(): s.ThisSequence(pos) = start
result = start
s.ThisSequence(result - 1) = start
result > start
s.ThisSequence(result) = result
PROCEDURE (s: Setter) PreviousSequence (start: INTEGER): INTEGER
Locate the starting position of the previous (line or para separated) sequence, given a starting position start of a current sequence.
Pre
Connected(s) 20
0 <= start 21
start <= s.text.Length() 22
s.ThisSequence(start) = start 23
Post
start = 0
result = 0
start > 0
result = s.ThisSequence(start - 1)
PROCEDURE (s: Setter) ThisLine (pos: INTEGER): INTEGER
Locate the starting position of the line containing pos.
Pre
Connected(s) 20
0 <= pos 21
pos <= s.text.Length() 22
Post
result <= pos
pos < s.NextLine(result) OR LastLine(result)
PROCEDURE (s: Setter) NextLine (start: INTEGER): INTEGER
NEW, ABSTRACT
Locate the starting position of the next line, given the starting position start of the current line.
Pre
Connected(s) 20
0 <= start 21
start <= s.text.Length() 22
s.ThisLine(start) = start 23
Post
LastLine(start)
result = start
~LastLine(start)
result > start
s.ThisLine(result - 1) = start
PROCEDURE (s: Setter) PreviousLine (start: INTEGER): INTEGER
NEW, ABSTRACT
Locate the starting position of the previous line, given the starting position start of the current line.
Pre
Connected(s) 20
0 <= start 21
start <= s.text.Length() 22
s.ThisLine(start) = start 23
Post
start = 0
result = 0
start > 0
result < start
result = s.ThisLine(start - 1)
PROCEDURE (s: Setter) GetWord (pos: INTEGER; OUT beg, end: INTEGER)
Locate the beginning and ending positions of the word containing position pos. A word is a sequence of characters with code > " ", or views with mask > " ", or views with preference wordPart.
Pre
Connected(s) 20
0 <= pos 21
pos <= s.text.Length() 22
Post
beg <= pos <= end
PROCEDURE (s: Setter) GetLine (start: INTEGER; OUT box: LineBox)
NEW, ABSTRACT
Compute the characteristic box of the line with starting position start. (Cf. type LineBox below.)
Pre
Connected(s) 20
0 <= start 21
start <= s.text.Length() 22
s.ThisLine(start) = start 23
Post
min{box.left, box.first} <= box.left <= box.right <= ruler.right
~box.eot
box.ruler # NIL
box.len > 0
PROCEDURE (s: Setter) GetBox (start, end, maxW, maxH: INTEGER; OUT w, h: INTEGER)
NEW, ABSTRACT
Get the bounding box of a text stretch beginning at a line starting position start and ending at position end. The box computation will terminate if either the text stretch has been fully set, or if the box reached either of the limits, maxW bounding the box width, or maxH bounding the box height.
Pre
Connected(s) 20
0 <= start 21
start <= end 22
end <= s.text.Length() 23
Post
maxW > Views.undefined
w <= maxW
maxH > Views.undefined
h <= maxH
PROCEDURE (s: Setter) NewReader (old: Reader): Reader
Return a new reader, possibly reusing a given old reader that is no longer in use. (Whether the old reader is actually reused depends on internal compatibility conditions.)
Pre
Connected(s) 20
Post
result # NIL
PROCEDURE (s: Setter) GridOffset (dsc: INTEGER; VAR box: LineBox): INTEGER
Given the descender dsc of the preceding line and the current line characteristics box, return the grid correction to force the current line to the line grid. If the current line is the first line (of the text or on the current page), dsc = -1 should be passed.
Pre
Connected(s)
dsc >= -1
Post
~box.rbox
Exists k: k >= 0: dsc + GridOffset(dsc, box) + box.asc =
k * ruler.grid >= ruler.asc + ruler.grid
box.rbox
result = 0
TYPE LineBox
The characteristics of a line set by a setter.
len: INTEGER
Length of the line.
ruler: TextRulers.Ruler
rpos: INTEGER
Ruler dominating the line, and its position in the text. (rpos = -1 indicates that the line is dominated by the default ruler.)
left, right, asc, dsc: INTEGER [units]
Left and right margins, and ascender and descender of the line's bounding box.
rbox: BOOLEAN
The line solely contains a ruler or a paragraph separator (para character or mask).
bop: BOOLEAN
The line is the first of a paragraph: Its left margin is ruler.first.; otherwise the left margin is ruler.left.
adj: BOOLEAN
The line needs adjustment when finally rendered: At least one element of the line needs to be artificially changed in width to achieve the requested formatting effect.
eot: BOOLEAN
The line is either empty, or it contains the last element of the text which is neither a line nor a para character or mask.
views: BOOLEAN
The line contains at least one embedded view.
skipOff: INTEGER 0 <= skipOff <= len
The characters in [skipOff, len) take on width endW.
adjOff: INTEGER 0 <= adjOff <= len
Offset of last block (sequence with no tab enclosed) in box. If the line is adjusted (centered, right flush, or fully adjusted), then this is the offset into the line where adjustment begins.
spaces: INTEGER valid and > 0 if adj
Number of spaces subject to adjustment.
adjW: INTEGER [units] valid and > 0 if adj
The adjustment delta to be added either to the front of the last block for centered or right flushed formats, or to each space element (blank or view mapped to blank or view with preference flexWidth) for fully adjusted formats.
tabW: ARRAY TextRulers.maxTabs OF INTEGER [units] range [0 .. ruler.style.attr.tabs.len)
Widths of the gaps before tab stops.
TYPE Directory
ABSTRACT
Directory for setters.
PROCEDURE (d: Directory) New (): Setter
NEW, ABSTRACT
Return a new setter.
VAR dir-, stdDir-: Directory dir # NIL, stdDir # NIL, stable stdDir = d
Directory and standard directory objects.
PROCEDURE SetDir (d: Directory)
Set the directory object.
Pre
d # NIL 20
Post
dir = d
| Text/Docu/Setters.odc |
Map to the Text Subsystem
UserManual general user manual
DeveloperManual programmer's manual
TextCmds text command package
TextControllers text controllers
TextViews text views
TextRulers paragraph controls
TextSetters line breaking
TextMappers scanner/formatter
TextModels text models
| Text/Docu/Sys-Map.odc |
Tabulator Settings
This dialog, opened with a click of the right mouse button on a tabulator mark in a text ruler, serves to show and edit the properties of a tabulator. Further information on using text rulers is available here.
Tabulator <N> The number <N> of the tabulator, starting with 1 at the left-most tab.
Alignment The alignment mode of the tabulator.
Left Left-aligned.
Center Centered.
Right Right-aligned.
Decimal Aligned at the right-most occurence of the radix character or right-aligned if there is no such character. The radix character, shown next to this radio button, is usually '.' or ',' but any character is possible. Deleting this character means to apply the default.
Position The tab stop position rounded to two fractional digits in cm or inch, depending on the user's preferences (as set in the Windows Control Panel).
Vertical Bar Sets or resets the vertical bar option. If selected, the tab stop position is indicated in the text with a vertical bar. This can be used for formatting simple tables.
OK Applies the current settings and closes the dialog.
Apply Applies the current settings without closing the dialog.
< Selects the next tab to the left if any.
> Selects the next tab to the right if any.
Cancel Closes the dialog without applying any settings. | Text/Docu/Tab-Dialog.odc |
Text Subsystem
User Manual
Contents
1 Creating,opening,closing,saving,andprintingtextdocuments
2 Basicediting
3 Navigationkeys
4 Drag&drop
5 Findandreplace
6 Attributes
7 Drag&pick
8 Textviewsascontainers
9 Textsetting
10 Textrulers
11 Textsasinformationenvironments
12 Editorandbrowsermodes
13 Summaryofmouse and keyboardshortcuts
14 Windowsuserinterfaceguidelines
15 Textpreferences
The text subsystem is intended to support tasks of program writing and documentation, but also provides basic abstractions that can be used by every application which needs editable texts or rich text output (e.g., report generators). For this reason, the text system is part of the standard distribution of the BlackBox Component Builder
It is not intended to cover all subtle features of a standard word processing application. However, the text subsystem can be used for many tasks that would usually ask for a word processor. Furthermore, the unique extensibility of the BlackBox Component Framework allows for customization and extension of the text system with few principal limitations.
The following sections cover the user interface of the text system, not its applicationprogramminginterface.
1 Creating, opening, closing, saving, and printing text documents
As for other applications, the File menu is used for these purposes. To open a document use File->Open.... The list box Files of Type in the File->Open... dialog box lets you choose between various file types. Files other than BlackBox documents are converted when they are opened. Currently, converters for plain texts (.txt), unicode texts (.utf), BlackBox symbol files (.osf), BlackBox code files (.ocf), and ETH-Oberon V2 and V4 text files are included. If the converter is both an importer and an exporter (-> Converters), the same converter used for importing will be used as default for exporting, when saving the document. For example, a text file will be written back as a text file again, not as a BlackBox document.
To create a new document, the command File->New can be used. It opens a window containing an editable text. Custom menu commands may allow to open windows with other contents than text. For an introduction on how to edit the menu configuration see section "Menu Configuration" in the base system's usermanual.
Saving a document works the same way as in standard Windows applications. The SaveasType list box indicates the converter to be used when saving the file. For example, a text may be saved as a BlackBox document or as a plain text file (.txt).
In the File->PageSetup... dialog box, various parameters can be set up, e.g., the currently selected paper size, a magnification factor, etc. These parameters depend on the current printer. In addition to them, the left, top, right, and bottom margins of a page can be set up. These values denote the distances from the respective paper borders. Furthermore, a standard header (off by default) can be switched on. This standard header consists of the current date and the page number.
2 Basic editing
BlackBox text views either display a selection or an insertion point (the caret). Text stretches are selected by clicking at one end of the stretch and then moving the cursor over the stretch to the other end. Words may be selected by doubleclicking them. Double clicking outside of a text view to the left or right of a line can be used to select whole lines. Also, an existing selection may be extended or reduced by holding down the Shift key when clicking. Typed text appears at the caret if there is one, otherwise it replaces the selection. The delete key either clears the selected text, or deletes the character at the caret position.
The attributes of selected text can be modified using the Attributes menu. In addition to these system attributes, texts also support vertical offsets of individual characters. These can be manipulated using the commands Superscript and Subscript in menu Text.
Sometimes it is useful to view two or more portions of the same text simultaneously in different windows, e.g., to make a large selection by setting the caret in one view to the start of the stretch to be selected and then Shiftclicking at the end of that stretch in the other view.
Use the Window->NewWindow command to open an additional window which shows the same document as the front window.
3 Navigation keys
Arrow keys can be used to move the caret to the left, right, upwards, or downwards. If the Ctrl key is pressed before the left/right arrow key, the caret is moved by word, not by character. If the Ctrl key is pressed before the up/down arrow key, the caret is moved by paragraph, not by line.
If the Shift key is used in combination with any navigation key, the current selection (or caret) is extended or shrunk accordingly. Ctrl and Shift keys may be used together as well.
The Page Up and Page Down keys move the caret one page up or down. If used with the Ctrl key, the caret is moved one page left or right. Finally, the Home and End keys are used to move the caret to the beginning or end of the current line, or to the beginning or end of the document, if combined with the Ctrl key.
The navigation keys can be used to scroll the document without moving the caret by activating the Scroll Lock option on the keyboard.
4 Drag & drop
When clicking into an already selected text stretch without moving the cursor out of that selection, the selection is removed and the caret set instead. However, by moving the cursor out of the text selection while still holding down the mouse button, the selected text stretch is dragged to another place. When releasing the mouse button over a suitable position, the selected stretch is dropped.
If the target is not able to consume a text stretch at that position, the cursor changes to a stop sign and nothing happens. To cancel a drop operation, move the cursor to a location where the stop sign appears, or press the esc key.
By dragging a piece of text and dropping it to a new place, the text piece is moved to the new place. By holding down the Ctrl key when the mouse button is released, the dropped piece becomes a copy of the dragged one: a copy of the selected piece is inserted at the new place. A copy can also be achieved by pressing the right mouse button as a modifier of the drag & drop operation.
Drag & drop works across applications, i.e., between BlackBox and any other application which supports OLE drag & drop. If the other application understands RTF (Rich Text Format), then the text attributes are retained during copying.
Drag & drop of a singleton (see below) result in inserting the whole singleton as a view. No merge occurs. For example, a text view singleton which is dropped into another text is not merged, but inserted as a view.
5 Find and replace
The command Text->Find&Replace... opens a dialog box that allows to find and replace text strings. Text may be found in a case sensitive or insensitive way (check box Ignorecase), and the search pattern may be restricted to only match word beginnings, word endings, or both (check boxes Wordbeginswith and Wordendswith). The latter case limits the search to exact word matches.
When no text is selected there is a button called ReplaceAll. This replaces all matching fragments from the start of the document to the end of it. When a selection exists, the button is labeled Repl. All In Sel. and the command only replaces matching fragments within the selection.
All replacing actions, including ReplaceAll, can be undone. The replacement always adopts the text attributes of the (first character of the) replaced fragment.
Text->FindAgain searches for the currently selected string, starting from the end of the selection. If there is only a caret, it searches for the previously used string starting at the caret position. Thus Text->FindAgain can be applied even without ever using the Text->Find&Replace... dialog box.
Text->FindFirst searches for the currently selected string, starting from the beginning of the text.
If a string is not found from the current position to the end of the text, a beep sound is emitted. If the same operation is executed again, the search is started at the beginning of the text.
See also module TextCmds.
6 Attributes
So far, the discussed features have been mainstream features of programming language editors. In this and the following chapters, more advanced features are described, which allow to use the BlackBox text subsystem also for writing documentation and other texts that require basic word processing functions.
A character of a text has several attributes: font, color, and vertical offset. The font attribute consists of the font's typeface (e.g., Times), its size (e.g., 9 point), its weight (e.g., bold), and its style (e.g., italic, underlined, or strikeout). Vertical offsets such as superscripts or subscripts can be selected with the Text->Superscript and Text->Subscript commands, the other attributes can be selected with the Attributes menu.
There is a default font typeface and a default color. These values should be used for texts that have no predetermined typeface or color. Typically, the default color is black and the default typeface is Arial. All on-line documentation uses these default values. The user can select a text stretch, give it a particular color or typeface, and then set the default color / typeface to the selection's current value. All text stretches which use the default color / typeface will then automatically take on the same values. The default typeface is particularly useful for cross-platform documents, because the user on each platform can decide which typeface is most suitable. For example, some programmers on the Macintosh prefer the Geneva typeface.
The text system uses default attributes where no specific attributes have been selected. To change the default attributes of a document, select a text stretch which has the desired attributes, and then execute Text->Make Default Attributes. This allows (even for empty text documents) to set up template texts with the right attributes.
Attributes can be copied and pasted again, using the commands Edit -> Copy Properties and Edit -> Paste Properties.
7 Drag & pick
A novel feature of the BlackBox Component Framework is the capability to drag a selected object to another place in order to pick up attributes. The text system uses this facility to support setting the text attributes of a selected piece of text to those used by any other visible text stretch. To drag & pick, hold down the Alt key while you start dragging (or, alternatively, use the middle mouse button). Then move the cursor to a similar object with the desired attributes. After releasing the button, the attributes of the selected object(s) are overwritten by the corresponding attributes of the object where the button was released. Like drag & drop, drag & pick also works across windows. Unlike drag & drop, drag & pick does not work across applications.
8 Text views as containers
A text may contain arbitrary BlackBox views, directly floating in the stream of characters. For example, the current time is displayed by a standard clock view: .
Not only simple and small views like the above clock may float in a text; any view is possible. About twenty lines below you can see a text view embedded in this text; the embedded text view itself contains another text view.
To see where there are embedded views in a window, you can click anywhere in white space while holding down both the Shift and the Alt key (or, alternatively, use the Shift key and the middle mouse button).
A container view is a view which may contain arbitrary other views; text views are examples of container views. A container view contains intrinsic contents (in this case, text pieces), and views. Both intrinsic contents and views may be selected, e.g., if you are reading this text on-line, you may select all its contents, including all the text and the various views floating in it (try Edit->SelectAll). However, at times you may want to select exactly one view, which is then called a singleton. Singletons show in a distinguished way that they are selected: with an outline around the view, and with handles if the view is resizable.
The view which contains the current selection, or the caret, is called the current focus. Except for the outermost view, the focus and all the views in which it is contained show focus borders. Note that a focus is not a selection, rather it contains the selection (if there is any).
Focus borders consist of a hatched frame around a view. A focus can be turned into a singleton by pressing the esc key. If the view contains a selection, pressing esc removes the selection, thus a second press of esc is necessary to turn the focus into a singleton. Shift-esc can be used to defocus with a single key press.
If several views are nested, the user can focus the innermost simply by clicking into it. This mechanism of directly clicking into the contents of an embedded view is called inside-out activation. It is especially handy when dealing with views nested several levels deep:A view
is a view is a view.
Of course, sometimes it is necessary to edit the text surrounding an embedded view. For example, selecting the embedded view itself, instead of selecting something inside the embedded view, makes it necessary to disable inside-out activation. This can be done by holding down the Alt key when clicking (or, alternatively, by using the middle mouse button). To select the outermost text view embedded in a document, use the command Edit->SelectDocument. Note that this is different from Edit->SelectAll, which merely selects the focus' contents. In a container, the focusing of embedded views can be prevented altogether, by using the Dev->LayoutMode command. This can be convenient in a graphical container which is meant for layout editing, e.g., in the forms editor used for dialog box layouts.
An embedded view can be resized if the container allows it. To resize such a view, it needs to be selected first, as a singleton. Once it is selected, graphical handles appear that can be dragged to interactively resize the view. The view may enforce constraints on legal sizes - this is immediately visible while resizing the view. By holding down the Shift key when resizing, two opposite handles can be dragged simultaneously, effectively turning the resize into a move in the area of the containing view. (For some containers, such as text, free moving does not make sense. In this case the move operation will have no visible effect.)
To scroll a focused embedded view, hold down the Ctrl key when the cursor is over a scroll bar.
Note that the clipboard supports two different paste operations, namely Edit->Paste and Edit->PasteObject. While Edit->Paste tries to merge the clipped model (the data structure displayed by the view in the clipboard) into the destination, Edit->PasteObject always pastes the entire view, creating an embedded view. Edit->Paste succeeds in merging clipped and destination model, if both are of the same kind. (For example, a text stretch copied into the clipboard is actually carried by a text view held by the clipboard. When pasting into another text, the text view in the clipboard is ignored and the clipped text is directly inserted into the destination text.) If on the other hand the models of clipboard and focus are incompatible, Edit->Paste operates the same way as Edit->PasteObject.
Drag & drop always follows the semantics of Edit->Paste, i.e., it tries to merge the dragged object into the drop target. (This is the common case when moving model pieces around within a view.) In order to avoid merging of objects, the clipboard can be used: Edit->Cut and Edit->PasteObject or Edit->Copy and Edit->PasteObject instead of drag & drop.
In addition to Edit->PasteObject, the command Edit->PastetoWindow can be used to open a new document containing a copy of the view currently in the clipboard.
9 Text setting
A text may contain plain characters, embedded views, and various control characters. Control characters and textaware views affect the way a text stretch is set into a text view: a TAB (inserted using the tab key) forces the next word to the next tab stop, a LINE (inserted using the return or enter key) ends a line and continues setting on the next one, a PARA (inserted using command Text->NewParagraph) ends a line and at the same time a paragraph, causing beginof-paragraph formats to be applied to the next line. If a TAB is entered in a text for which there is no tab stop to the right of the caret, the TAB acts as a fixed-width space.
TABs at the beginning of a line can be used to control the indentation of structured text, such as programs. After a LINE is entered and the previous line has started with TABs, the new line will start with the same number of tabs (auto indentation). The commands Text->ShiftLeft and Text->ShiftRight modify the indentation of a selected range of lines. Note that these indentation aids only work if you use TABs for indentation, but not spaces.
Special hyphens can be used to control the breaking of words. A standard hyphen, such as in StandardHyphen (inserted using ctrlminus) allows for word breaking, just as a softhypen (inserted using command Text->InsertSoftHyphen) does. While standard hyphens are always visible, softhyphens are only displayed when actually activated to break a word at the end of a line, or if marks are displayed (Text->ShowMarks / HideMarks). Nonbreaking hyphens as in "Non‑Breaking‑Hyphen" (inserted using command Text->InsertNonBrkHyphen) prevent breaking a word after the hyphen. Nonbreaking spaces (inserted using Text->InsertNonBrkSpace) prevent breaking words. A digit space is the same as a non-breaking space but with a width equal to the digit "0" of the same font. Correctly sized digit spaces are not available for all fonts.
10 Text rulers
The most prominent textaware views that affect text setting are TextRulers. Every text view contains an invisible default ruler that controls the setting of text in the absence of other rulers. A new ruler can be inserted using command Text->InsertRuler. Rulers and PARA characters are usually invisible; the command Text->ShowMarks / HideMarks can be used to make both visible.
A ruler has two active (clickable) areas: an icon bar at the top, and a tab stop and margin marking bar at the bottom. A passive scale is displayed in the middle.
The leftmost icon allows to switch a right margin on (triangle icon) or off (empty rectangle icon). If the right margin is on, text setting is determined by this margin, i.e., line breaking occurs there, independent of the text view's size. This means that a view may be larger or smaller than the displayed text. In the latter case, part of the text is clipped away. If the right margin is off, lines are broken at the view border's right side, thus automatically adapting to a change of the view's width. For the outermost view, its width is determined by the page setup. Thus it typically is best to have the right margin switched off.
At the left end there are three icons to adjust the line grid, where clicking the left icon decrements, and clicking the right icon increments, the line grid. Between these two icons the actual line grid setting is shown in points; a value of 0 signals that the line grid has been disabled. This icon can be selected to set the line grid directly using the size entries in the Attributes menu. A double-click on the icon opens a Size dialog box. By default, the line grid is disabled (set to 0).
Note that enabling a line grid can have unexpected results, especially if you successively increment or decrement it by clicking on the line grid icons. Since lines are always forced to lie on the grid, without overlapping each other, small changes of the line grid or of the font size may force a line to jump one whole line up or down.
The next four icons allow to set the formatting mode. Possible modes are: flush left, centered, flush right, and fully justified. The current mode's icon is highlighted. The next icon triple allows adjustment of the lead space inserted before every paragraph. A double-click on the middle icon opens a Size dialog box for that purpose. Note that new paragraphs are created by inserting either a ruler or a PARA character. A plain LINE character (inserted using the return key) does not begin a new paragraph! Finally, the last icon can be used to force a page break just before the ruler when printing. Pages are not printed if they are empty, i.e., at least a space character must be on a page for it to be printed.
The tab stop and margin marking bar supports direct manipulation of its components. Two triangles at the left end are used to control the indentation of the first line of every paragraph (upper triangle) and the left margin (lower triangle). A triangle at the right end controls the right margin. L, inverted L and inverted T shapes show positions of tabulator stops and the adjustment mode of that tab stop. New tab stops can be set by clicking into empty areas of the marking bar; old tab stops or the right margin can be removed by dragging them out of the ruler. Single tab stops can be moved by dragging them; all tabs stops to the right of and including the dragged one can be moved simultaneously by holding down the Ctrl key while dragging.
Successive clicking on a tab icon changes it cyclically from the default left-aligned mode to centered, right-aligned, decimal, and back to left-aligned. Successive ctrl-clicking on a tab icon toggles it from a normal tab to a bar tab and back again. Bar tabs show the tab position by a vertical bar.
Clicking the right mouse button on a tab opens a tabulator dialog that allows for specifying a non-default alignment character of a decimal tab and setting the tab stop position with greater precision.
Note that when a user enters a TAB character in a paragraph where there are no tab stops defined to the right side of the insertion point, the tab is interpreted as a fixed-size space. In other words: it doesn't hurt to enter TABs when no tab stops are defined; the text system defaults to a reasonable behavior in this case.
The text system uses an invisible default ruler where no specific ruler has been selected. To change the default ruler of a document, select a ruler which has the desired attributes, and then executed Text->Make Default Ruler. This allows (even for empty text documents) to set up template texts with the right attributes. For example, suitable tab stops could be set up in such a template text.
Double-clicking anywhere in the passive area, or between icons in the icon bar, opens an auxiliary dialog box that can be used to set ruler options that are not normally dealt with manually. Currently, two such options are controlled by this dialog, both of which affect the way text is broken across pages. The first option, avoid page breaks inside, asks the text setting mechanism to attempt to avoid a page break in the text between this and the next ruler (or the end of the text). If the text is longer than one page, a page break will occur anyway. The second option, keep together with next, asks for avoidance of page breaks between the text following this ruler and the text following the next ruler. (This option has no effect if this ruler is the last one in the text.) Again, a page break will occur if the resulting text block would exceed the length of one page.
11 Texts as information environments
The whole on-line documentation of BlackBox can be accessed by starting from the Help dialog box, following hyperlinkssuchasthisone. The Help dialog box can be reached over the Help menu.
If you click on a hyperlink text stretch with the mouse, a command is executed which, for example, opens another document. In the above case the documentation of the standard link views is opened. Hyperlinks allow the construction of arbitrary webs of information. Such a web can be customized for one's own use, in effect creating one's own information environment. In order to inspect or edit the properties of a hyperlink hold down the Ctrl key and click with the right mouse button on the link or select the link(s) and execute the Properties context menu item. While BlackBox links can execute any command in principle, they are typically used for opening another document, for scrolling to a specific position with a document, or for opening an external tool such as a web browser for a given URL. For more details about the properties of links and targets see Links & Targets.
To help structure a complex text document, text stretches can be folded together in a hierarchical fashion, like here:
This is an expanded fold. Folded texts are delimited by foldviews, which are represented as arrows with a plus (collapsed fold) or minus (expanded fold) inside.This is a collapsed fold
If you click on one of the arrow symbols, the text is expanded into:
This is a collapsed foldThis is an expanded fold. Folded texts are delimited by foldviews, which are represented as arrows with a plus (collapsed fold) or minus (expanded fold) inside.
12 Editor and browser modes
Texts can be used in two different modes. Normally, a text is used in edit mode, i.e., it can be freely edited. Texts are saved in edit mode, and opened in document windows.
For hypertext documentation, a text can be opened in browser mode instead, in an auxiliary window. Such a text cannot be modified. However, its contents may be selected. The selection can be used to invoke commands on it, e.g., a find (but not a replace) command. Also, a selection may be copied into another document through drag & drop.
Documentation texts need not be saved in browser mode. They are saved in edit mode, and thus can be opened, edited, and saved again via the normal File menu commands. Hypertext documentation is opened via the StdCmds.OpenBrowser command, which opens a text document into an auxiliary window and forces it into browser mode. For example, the following commands show the difference between the two modes by opening the same (edit mode) text in the two possible ways:
"StdCmds.OpenBrowser('Docu/Tut-A', 'A Brief History of BlackBox')"
"StdCmds.OpenDoc('Docu/Tut-A')"
The latter command corresponds to the File->Open command and allows editing.
The OpenBrowser command accepts a portable path name as input. A portable path name is a string which denotes a file in a machine-independent way. It uses the "/" character as separator, i.e., like in Unix or the World-Wide Web.
The command is usually used in link views.
See also StdLinks and StdCmds.
13 Summary of mouse and keyboard shortcuts
The following functions can be executed by means of mouse-clicks, combinations of mouse buttons, or key/mouse combinations:
Function Mouse combination Constraint
set caret, select text mouse-left outside selection
select word mouse-left double click show popup menu
extend selection shift + mouse-left
show popup menu mouse-right
drag-and-move mouse-left start inside selection
drag-and-copy ctrl + mouse-left start inside selection
mouse-left + mouse-right
drag-and-drop mouse-right start inside selection
drag-and-pick alt + mouse-left start inside selection
mouse-middle
show views shift + alt + mouse-left outside selection
shift + mouse-middle
select embedded view alt + mouse-left inside embedded view
mouse-middle
follow link mouse-left inside link
follow link and close shift + mouse-left inside link; depends on Close property
show link properties ctrl + mouse-right inside link
show target properties ctrl + mouse-right inside target
show internal window data shift + ctrl + mouse-middle for developers only
show internal frame data shift + alt + mouse-middle for developers only
Besides the keyboard equivalents defined for the various menu commands, the following keys or key combinations can be used:
Function Key / Key combination
OK / default button return or enter
cancel button esc
deselect esc
activate object ctrl + enter
deactivate object shift + esc
show properties alt + enter
show context menu shift + F10
delete (right) delete
delete (left) backspace
new line with auto indentation return or enter
insert non-breaking space ctrl + space
insert hyphen ctrl + minus
insert soft hyphen ctrl + shift + minus
insert non-breaking hyphen alt + shift + minus
caret one character left left arrow
caret one character right right arrow
caret one word left ctrl + left arrow
caret one word right ctrl + right arrow
caret one screen left ctrl + page up
caret one screen right ctrl + page down
caret one line up up arrow
caret one line down down arrow
caret one paragraph up ctrl + up arrow
caret one paragraph down ctrl + down arrow
caret one screen up page up
caret one screen down page down
caret to beginning of line home
caret to end of line end
caret to beginning of document ctrl + home
caret to end of document ctrl + end
For compatibility with older versions of Windows, some obsolete keyboard shortcuts are still supported: alt + backspace for undo, shift + delete for cut, ctrl + insert for copy, and shift + insert for paste.
14 Windows user interface guidelines
BlackBox largely adopts the Windows interface guidelines defined in 1994 for Windows 95. Besides drag & drop, the guidelines also deal with the usage of the second mouse button. The secondary (usually the right) mouse button can be used like the primary button with the following differences: if drag & drop is invoked using the secondary button, a popup menu appears at the end. Such a menu (also called a context menu) contains the Edit menu entries Cut, Copy, Paste, and PasteObject plus additional commands depending on the actual selection.
In addition to the features defined by the interface guidelines, BlackBox supports two shortcuts for experienced users. Changing from move to copy during drag & drop can be done without touching the keyboard by clicking the second mouse button, while still holding down the first one. If a three-button mouse is connected (and supported by the installed driver), the middle button can be used for drag & pick.
15 Text preferences
To tune the text system for individual needs, some global parameters can be configured. The parameters need only be set once because they are stored in the Windows registry and are loaded automatically upon program start. The parameters are set up by the Edit->Preferences... command, which shows a preferences dialog box. The dialog box contains controls for changing the default font, the font metric used for text display, and the way windows are restored when they are scrolled by mouse dragging in a scroll bar. If UseTrueTypeMetric is set, the exact metric is used for the placement of individual characters. This gives better results on printers but usually leads to a hard-to-read screen display. If VisualScrolling is enabled, the contents of a window is continuously updated during dragging of the the handle in the scroll bar. Otherwise a single update is performed, when the mouse button is released.
For more information on the Text subsystem's programming interface, consult the on-line documentation of the modules TextModels, TextMappers, TextRulers, TextSetters, TextViews, TextControllers, and TextCmds. Examples are given in the Obx subsystem, in particular the examples ObxHello0, ObxHello1, ObxOpen0, ObxOpen1, ObxCaps, ObxDb, ObxTabs, ObxMMerge, ObxParCmd, ObxLinks, and ObxAscii. A tutorial on the text subsystem is given in Chapter5 of the accompaying book on component software and the BlackBox Component Framework.
| Text/Docu/User-Man.odc |
TextViews
DEFINITION TextViews;
IMPORT Models, Views, Containers, TextModels, TextRulers, TextSetters;
CONST
show = FALSE; hide = TRUE;
any = FALSE; focusOnly = TRUE;
TYPE
View = POINTER TO ABSTRACT RECORD (Containers.View)
(v: View) ThisModel (): TextModels.Model, EXTENSIBLE;
(v: View) DisplayMarks (hide: BOOLEAN), NEW, ABSTRACT;
(v: View) HidesMarks (): BOOLEAN, NEW, ABSTRACT;
(v: View) SetSetter (setter: TextSetters.Setter), NEW, ABSTRACT;
(v: View) ThisSetter (): TextSetters.Setter, NEW, ABSTRACT;
(v: View) SetOrigin (org, dy: INTEGER), NEW, ABSTRACT;
(v: View) PollOrigin (OUT org, dy: INTEGER), NEW, ABSTRACT;
(v: View) SetDefaults (r: TextRulers.Ruler; a: TextModels.Attributes),
NEW, ABSTRACT;
(v: View) PollDefaults (OUT r: TextRulers.Ruler; OUT a: TextModels.Attributes),
NEW, ABSTRACT;
(v: View) GetThisLocation (f: Views.Frame; pos: INTEGER; OUT loc: Location),
NEW, ABSTRACT;
(v: View) GetRange (f: Views.Frame; OUT beg, end: INTEGER), NEW, ABSTRACT;
(v: View) GetRect (f: Views.Frame; view: Views.View; OUT l, t, r, b: INTEGER);
(v: View) ThisPos (f: Views.Frame; x, y: INTEGER): INTEGER, NEW, ABSTRACT;
(v: View) ShowRangeIn (f: Views.Frame; beg, end: INTEGER), NEW, ABSTRACT;
(v: View) ShowRange (beg, end: INTEGER; focusOnly: BOOLEAN), NEW, ABSTRACT
END;
Directory = POINTER TO RECORD
defAttr-: TextModels.Attributes;
(d: Directory) Set (defAttr: TextModels.Attributes), NEW, ABSTRACT;
(d: Directory) New (text: TextModels.Model): View, NEW, ABSTRACT
END;
Location = RECORD
start, pos: INTEGER;
x, y: INTEGER;
asc, dsc: INTEGER;
view: Views.View;
l, t, r, b: INTEGER
END;
PageMsg = RECORD (Views.PropMessage)
current: INTEGER
END;
PositionMsg = RECORD (Models.Message)
focusOnly: BOOLEAN;
beg, end: INTEGER
END;
VAR
ctrlDir-: Containers.Directory;
dir-, stdDir-: Directory;
PROCEDURE SetCtrlDir (d: Containers.Directory);
PROCEDURE SetDir (d: Directory);
PROCEDURE Focus (): View;
PROCEDURE FocusText (): TextModels.Model;
PROCEDURE Deposit;
PROCEDURE ShowRange (text: TextModels.Model; beg, end: INTEGER; focusOnly: BOOLEAN);
PROCEDURE ThisRuler (v: View; pos: INTEGER): TextRulers.Ruler;
END TextViews.
TextViews are the standard views for text models (TextModels).
CONST show, hide
Possible arguments to the hide parameter of view.DisplayMarks.
CONST any, focusOnly
Possible arguments to the focusOnly parameter of ShowRange and view.ShowRange.
TYPE View (Containers.View)
ABSTRACT
Standard view for text models.
PROCEDURE (v: View) ThisModel (): TextModels.Model
EXTENSBIBLE
Result type is narrowed.
PROCEDURE (v: View) DisplayMarks (hide: BOOLEAN)
NEW, ABSTRACT, [Operation]
Control hiding of hideable views embedded in the displayed text. If hiding is requested, all views that have a preference hideable will be suppressed, i.e. reduced to zero width and zero height. For example, this is used to selectively hide or show rulers in a text.
If v.context # NIL and ~v.context.Normalize(), this is an operation.
Post
v.HidesMarks() = hide
PROCEDURE (v: View) HidesMarks (): BOOLEAN
NEW, ABSTRACT
Current status: whether view hides hideable views, or not.
PROCEDURE (v: View) SetSetter (setter: TextSetters.Setter)
NEW, ABSTRACT, Operation
Attach a setter to the view.
Pre
setter # NIL 20
Post
v.ThisSetter() = setter
PROCEDURE (v: View) ThisSetter (): TextSetters.Setter
NEW, ABSTRACT
Returns setter currently attached to view.
PROCEDURE (v: View) SetOrigin (org, dy: INTEGER)
NEW, ABSTRACT, [Operation]
Set the origin and vertical displacement of the view.
If v.context # NIL and ~v.context.Normalize(), this is an operation.
Pre
v.ThisModel() # NIL 20
0 <= org 21
org <= v.ThisModel().Length() 22
dy <= 0 23
Post
org = v.ThisSetter().ThisLine(org)
v.PollOrigin(o, d): o = org, d = dy
org # v.ThisSetter().ThisLine(org)
v.PollOrigin(o, d): o = v.ThisSetter().ThisLine(org), d = 0
PROCEDURE (v: View) PollOrigin (OUT org, dy: INTEGER)
NEW, ABSTRACT
Return origin and vertical displacement of view. The vertical displacement determines the offset (in units) of the top of the first displayed line, relative to the top of the view area. This is used to support partial display of the first line during scrolling.
Post
0 <= org <= v.ThisModel().Length()
dy <= 0
PROCEDURE (v: View) SetDefaults (r: TextRulers.Ruler; a: TextModels.Attributes)
NEW, ABSTRACT, Operation
Set the default ruler and attributes.
Pre
r # NIL 20
a # NIL 22
PROCEDURE (v: View) PollDefaults (OUT r: TextRulers.Ruler; OUT a: TextModels.Attributes)
NEW, ABSTRACT
Return default ruler and attributes.
PROCEDURE (v: View) GetThisLocation (f: Views.Frame; pos: INTEGER; OUT loc: Location)
NEW, ABSTRACT
Get the location characteristics of the position pos displayed in frame f. (The frame is required to take decivedependent character positioning inside words into account.) If pos lies outside view, the next best position inside will be taken.
Pre
f # NIL 20
Displayed(f) 21
0 <= pos 22
pos <= v.ThisModel().Length() 23
Post
loc.view # NIL
loc.l <= loc.r, loc.t <= loc.b bounding box of view
PROCEDURE (v: View) GetRect (f: Views.Frame; view: Views.View; OUT l, t, r, b: INTEGER)
Pre
f # NIL 20
Displayed(f) 21
view.context # NIL 22
view.context.ThisModel() = v.ThisModel() 23
Except for performace, equivalent to:
VAR loc: Location;
v.GetThisLocation(f, view.context(TextModels.Context).Pos(), loc);
IF loc.view = view THEN
l := loc.l; t := loc.t; r := loc.r; b := loc.b
ELSE
l := MAX(INTEGER(; t := MAX(INTEGER); r := l; b := t
END
PROCEDURE (v: View) GetRange (f: Views.Frame; OUT beg, end: INTEGER)
NEW, ABSTRACT
Get the stretch [beg, end) visible in v.
Pre
f # NIL 20
Displayed(f) 21
Post
beg = BeginOf(FirstLineVisible(v))
end = EndOf(LastLineVisible(v))
PROCEDURE (v: View) ThisPos (f: Views.Frame; x, y: INTEGER): INTEGER;
NEW, ABSTRACT
Text position corresponding to the point (x, y) relative to frame f.
Pre
f # NIL 20
Displayed(f) 21
Post
v.GetOrigin(o, d): o <= result <= v.ThisModel().Length()
PROCEDURE (v: View) ShowRangeIn (f: Views.Frame; beg, end: INTEGER);
NEW, ABSTRACT
If possible, make specified stretch [beg, end) visible in f.
Pre
f # NIL 20
Displayed(f) 21
Post
If possible, BeginOf(FirstLineVisible(v)) <= k <= EndOf(LastLineVisible(v)):
beg = end
k = beg
beg < end
beg <= k < end
PROCEDURE (v: View) ShowRange (beg, end: INTEGER; focusOnly: BOOLEAN);
NEW, ABSTRACT
Locates a reference frame displaying v and performs v.ShowRangeIn on it. If ~focusOnly, an arbitrary frame will be taken, where a target frame takes precedence over all but a front frame, which takes precedence over all other frames. If focusOnly, only a front (or if none exists, a target) frame is taken as a reference, and no repositioning takes place if neither a target nor a front frame is found.
TYPE Directory
ABSTRACT
Directory for views.
defAttr-: TextModels.Attributes
Default attributes, used for initial formatting when typing to an empty text.
PROCEDURE (d: Directory) Set (defAttr: TextModels.Attributes)
NEW, EXTENSIBLE
Set the default attributes.
Pre
defAttr # NIL not explicitly checked
defAttr.init 20
Post
d.defAttr = defAttr
PROCEDURE (d: Directory) New (text: TextModels.Model): View
NEW, ABSTRACT
Return a new view displaying text. If text = NIL, a new text is created using TextModels.dir.New.
Post
text = NIL
result.ThisModel() = new-text
text # NIL
result.ThisModel() = text
TYPE Location
Characteristics of an element's (i.e., a character's or embedded view's) location in a text view.
start, pos: INTEGER
Start of line and position of location.
x, y: INTEGER
Coordinates of location.
asc, dsc: INTEGER
Line's ascender and descender at location.
view: Views.View
l, t, r, b: INTEGER
If embedded view at location: The view and its bounding box.
TYPE PageMsg (Views.PropMessage)
Message send by a text view to all embedded views on a page before rendering that page (for printing). This message can be used by views to display page number dependent behavior during printing.
current: INTEGER
Page number of the page to be rendered.
TYPE PositionMsg (Models.Message)
Message broadcast by ShowRange to request repositioning.
focusOnly: BOOLEAN
Reposition front (or, if none, target) view only.
beg, end: INTEGER
The range requested to become visible.
VAR ctrlDir-: Containers.Directory stable ctrlDir # NIL
Controller directory object. If installed, this directory object is used by the view directory object to install a controller in a newly created view. Upon initialization, module TextViews tries to load module TextControllers which, if available, in turn installs the standard controller directory object in ctrlDir.
VAR dir-, stdDir-: Directory dir # NIL, stdDir # NIL, stable stdDir = d
Directory and standard directory objects for views.
PROCEDURE SetCtrlDir (d: Containers.Directory)
Set controller directory object.
Pre
d # NIL 20
Post
ctrlDir = d
PROCEDURE SetDir (d: Directory)
Set directory object.
Pre
d # NIL 20
Post
dir = d
PROCEDURE Focus (): View
Return focus text view, if one exists.
Except for performace, equivalent to:
VAR v: Views.View;
v := Controllers.FocusView();
IF (v # NIL) & (v IS View) THEN RETURN v(View) ELSE RETURN NIL END
PROCEDURE FocusText (): TextModels.Model
Return focus text, if one exists.
Except for performace, equivalent to:
VAR v: View;
v := Focus();
IF v # NIL THEN RETURN v.ThisModel() ELSE RETURN NIL END
PROCEDURE Deposit
Deposit a default text view in the Views queue.
Except for performace, equivalent to:
Views.Deposit(dir.New(NIL))
PROCEDURE ShowRange (text: TextModels.Model; beg, end: INTEGER;
focusOnly: BOOLEAN)
For all views v displaying text, issue v.ShowRange(beg, end, focusOnly).
Pre
text # NIL 20
Except for performace, equivalent to:
VAR pm: PositionMsg;
pm.beg := beg; pm.end := end; pm.focusOnly := focusOnly;
Models.Broadcast(text, pm)
PROCEDURE ThisRuler (v: View; pos: INTEGER): TextRulers.Ruler
Locate the ruler dominating position pos in the text displayed by v.
Pre
v # NIL 20
v.ThisModel() # NIL 21
0 <= pos 22
pos <= v.ThisModel().Length() 23
Except for performace, equivalent to:
VAR r: TextRulers.Ruler; a: TextModels.Attributes; rpos: INTEGER;
v.PollDefaults(r, a); rpos := -1; TextRulers.GetValidRuler(v.ThisModel(), pos, -1, r, rpos);
RETURN r
| Text/Docu/Views.odc |
MODULE TextCmds;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20151012, center #75, fixig text search with 'Word Begins/Ends With' option
- 20170309, center #150, improvements in DevSearch
- 20170620, center #163, adding decimal tabs to TextRulers
- 20201003, adimetrius, DoShift to use text attributes (instead of default attributes) when inserting tabs
"
issues = "
- ...
"
**)
(* could eliminate ReplList/ReplOp and use Models.Begin/EndScript instead (as already done for shifting) *)
(* move ListAlienViews to StdCmds and generalize accordingly? *)
IMPORT
Strings, Ports, Stores, Models, Views,
Controllers, Properties, Dialog, Containers,
TextModels, TextMappers, TextRulers, TextSetters, TextViews, TextControllers, StdApi;
CONST
(* ShiftOp.left *)
left = TRUE; right = FALSE;
(* PreparePat, FindPat *)
leftTerm = 3X; rightTerm = 4X;
(* DoReplace mode *)
replace = 0; replaceAndFind = 1; replaceAll = 2;
(* FindIn first *)
first = TRUE; again = FALSE;
mm = Ports.mm; point = Ports.point; maxPat = 256;
viewcode = TextModels.viewcode;
tab = TextModels.tab; line = TextModels.line; para = TextModels.para;
nbspace = TextModels.nbspace; digitspace = TextModels.digitspace;
hyphen = TextModels.hyphen;
nbhyphen = TextModels.nbhyphen; softhyphen = TextModels.softhyphen;
posKey = "#Text:Position";
searchAliensKey = "#Text:SearchForAlienViews"; (* dormant code option *)
alienTypeKey = "#Text:AlienViewType";
noAliensKey = "#Text:NoAlienViewsFound";
noRulerKey = "#Text:NoRulerSelected";
noMatchKey = "#Text:SelectionDoesNotMatch";
noTargetKey = "#Text:NoTargetFound";
noSelectionKey = "#Text:NoSelectionFound";
noPatternKey = "#Text:PatternNotSpecified";
notFoundKey = "#Text:PatternNotFound"; (* not used *)
replacingKey = "#System:Replacing";
shiftingKey = "#Text:Shifting";
showMarksKey = "#Text:ShowMarks";
hideMarksKey = "#Text:HideMarks";
replaceSelectionKey = "#Text:ReplaceAllInSelection";
replaceAllKey = "#Text:ReplaceAll";
TYPE
FindSpec = RECORD
valid, ignoreCase, wordBeginsWith, wordEndsWith, reverse: BOOLEAN;
start: INTEGER;
find: ARRAY maxPat OF CHAR
END;
ReplList = POINTER TO RECORD
next: ReplList;
beg, end: INTEGER;
buf: TextModels.Model
END;
ReplOp = POINTER TO RECORD (Stores.Operation)
text: TextModels.Model;
list, last: ReplList;
find: FindSpec
END;
TabDialogHook = POINTER TO RECORD (TextRulers.TabDialogHook) END;
VAR
find*: RECORD
find*: ARRAY maxPat OF CHAR;
replace*: ARRAY maxPat OF CHAR;
ignoreCase*, wordBeginsWith*, wordEndsWith*: BOOLEAN;
reverseOrientation*: BOOLEAN
END;
ruler*: RECORD
pageBreaks*: RECORD
notInside*, joinPara*: BOOLEAN
END
END;
tabulator*: RECORD
ruler: TextRulers.Ruler;
tabIndex: INTEGER;
style*: INTEGER;
radixChar*: ARRAY 2 OF CHAR;
pos*: ARRAY 7 OF CHAR;
verticalBar*: BOOLEAN;
END;
PROCEDURE Show (t: TextModels.Model; beg, end: INTEGER);
BEGIN
TextViews.ShowRange(t, beg, end, TextViews.focusOnly);
IF beg = end THEN
TextControllers.SetCaret(t, beg)
ELSE
TextControllers.SetSelection(t, beg, end)
END
END Show;
PROCEDURE NoShow (t: TextModels.Model; pos: INTEGER);
BEGIN
TextControllers.SetSelection(t, pos, pos);
TextControllers.SetCaret(t, pos)
END NoShow;
PROCEDURE Ruler (): TextRulers.Ruler;
VAR r: TextRulers.Ruler;
BEGIN
r := TextRulers.dir.New(NIL);
TextRulers.AddTab(r, 4*mm); TextRulers.AddTab(r, 20*mm);
RETURN r
END Ruler;
(* search & replace *)
PROCEDURE LeftTerminator (ch: CHAR): BOOLEAN;
BEGIN RETURN ~Strings.IsIdent(ch)
END LeftTerminator;
PROCEDURE RightTerminator (ch: CHAR): BOOLEAN;
BEGIN RETURN ~Strings.IsIdent(ch)
END RightTerminator;
PROCEDURE PreparePat (spec: FindSpec;
VAR pat: ARRAY OF CHAR; VAR n: INTEGER;
VAR wordBeg, wordEnd: BOOLEAN);
VAR i: INTEGER; ch: CHAR;
BEGIN
i := 0; ch := spec.find[0];
wordBeg := spec.wordBeginsWith & ~LeftTerminator(ch);
IF wordBeg THEN pat[0] := leftTerm; n := 1 ELSE n := 0 END;
WHILE ch # 0X DO
IF ch # softhyphen THEN
IF spec.ignoreCase THEN pat[n] := Strings.Upper(ch) ELSE pat[n] := ch END;
INC(n)
END;
INC(i); ch := spec.find[i]
END;
wordEnd := spec.wordEndsWith & ~RightTerminator(pat[n - 1]);
IF wordEnd THEN pat[n] := rightTerm; INC(n) END
END PreparePat;
PROCEDURE FindPat (t: TextModels.Model; spec: FindSpec; VAR beg, end: INTEGER);
(* post: beg < end => t[beg, end) = spec.find, start <= beg; else beg = end *)
VAR r: TextModels.Reader; start: INTEGER;
i, j, b, e, n: INTEGER; ch0, ch, ch1: CHAR; wordBeg, wordEnd, icase: BOOLEAN;
pat, ref: ARRAY maxPat OF CHAR; (* ref [b..e) is readback buffer *)
pos0, pos1, absStart: INTEGER;
orientation: INTEGER;
BEGIN
IF spec.reverse THEN
orientation := -1; absStart := t.Length();
PreparePat(spec, ref, n, wordEnd, wordBeg);
i := n; j := 0; REPEAT DEC(i); pat[j] := ref[i]; INC(j) UNTIL i = 0 (* Just reverse the pattern... *)
ELSE
orientation := 1; absStart := 0;
PreparePat(spec, pat, n, wordBeg, wordEnd)
END;
start := spec.start; icase := spec.ignoreCase;
r := t.NewReader(NIL); i := 0;
IF wordBeg THEN
IF start # absStart THEN
DEC(start, orientation)
ELSE
r.SetPos(absStart);
IF spec.reverse THEN r.ReadPrevChar(ch) ELSE r.ReadChar(ch) END;
IF ~LeftTerminator(ch) THEN i := 1 END
END
END;
r.SetPos(start); IF spec.reverse THEN r.ReadPrevChar(ch) ELSE r.ReadChar(ch) END;
pos0 := start; pos1 := start;
IF icase THEN ch := Strings.Upper(ch) END;
ref[0] := ch; ch0 := ch; j := 0; b := 0; e := 1;
WHILE ~r.eot & (i < n) DO
ch1 := pat[i];
IF (ch1 = ch)
OR (ch1 = leftTerm) & LeftTerminator(ch)
OR (ch1 = rightTerm) & RightTerminator(ch) THEN
INC(i); j := (j + 1) MOD maxPat
ELSIF ch = softhyphen THEN
j := (j + 1) MOD maxPat
ELSE
i := 0; INC(pos0, orientation); b := (b + 1) MOD maxPat; j := b
END;
IF j # e THEN
ch := ref[j]
ELSE
INC(pos1, orientation);
IF spec.reverse THEN r.ReadPrevChar(ch) ELSE r.ReadChar(ch) END;
IF icase THEN ch := Strings.Upper(ch) END;
ref[j] := ch; e := (e + 1) MOD maxPat
END
END;
IF wordEnd & ~((i + 1 = n) & r.eot) THEN DEC(pos1, orientation) END;
IF (n > 0) & ((i = n) OR wordEnd & (i + 1 = n) & r.eot) THEN
IF wordBeg & ((pos0 # absStart) OR LeftTerminator(ch0)) THEN INC(pos0, orientation) END
ELSE
pos0 := pos1
END;
IF spec.reverse THEN
beg := pos1; end := pos0
ELSE
beg := pos0; end := pos1
END
END FindPat;
PROCEDURE OverrideSpecWithOption (VAR spec: FindSpec; option: ARRAY OF CHAR);
VAR i: INTEGER; choice: BOOLEAN; ch: CHAR;
BEGIN
choice := TRUE; i := 0; ch := option[i];
WHILE ch # 0X DO
CASE option[i] OF
'~': choice := ~choice
| 'I', 'i': spec.ignoreCase := choice; choice := TRUE
| 'B', 'b': spec.wordBeginsWith := choice; choice := TRUE
| 'E', 'e': spec.wordEndsWith := choice; choice := TRUE
| 'R', 'r': spec.reverse := choice; choice := TRUE
ELSE choice := TRUE
END;
INC(i); ch := option[i]
END
END OverrideSpecWithOption;
PROCEDURE SetSpec (VAR spec: FindSpec; pos0, pos1: INTEGER; option: ARRAY OF CHAR);
BEGIN
ASSERT(find.find # "", 20);
spec.valid := TRUE;
spec.ignoreCase := find.ignoreCase;
spec.wordBeginsWith := find.wordBeginsWith;
spec.wordEndsWith := find.wordEndsWith;
spec.reverse := find.reverseOrientation;
OverrideSpecWithOption(spec, option);
IF spec.reverse THEN spec.start := pos1
ELSE spec.start := pos0
END;
spec.find := find.find$
END SetSpec;
PROCEDURE SetFindSpec (c: TextControllers.Controller; first: BOOLEAN; option: ARRAY OF CHAR;
VAR spec: FindSpec
);
VAR (*start,*) pos0, pos1, beg, end: INTEGER;
BEGIN
IF first THEN pos0 := 0; pos1 := pos0
ELSIF c.HasCaret() THEN pos0 := c.CaretPos(); pos1 := pos0
ELSIF c.HasSelection() THEN c.GetSelection(beg, end); pos0 := beg + 1; pos1 := end - 1
ELSE pos0 := 0; pos1 := pos0
END;
SetSpec(spec, pos0, pos1, option);
IF spec.reverse THEN
IF spec.start = 0 THEN spec.start := c.text.Length() END
ELSE
IF spec.start = c.text.Length() THEN spec.start := 0 END
END
END SetFindSpec;
PROCEDURE ReplBuf (target: TextModels.Model; pos: INTEGER): TextModels.Model;
VAR buf: TextModels.Model; attr: TextModels.Attributes; rd: TextModels.Reader;
out: TextModels.Writer; i: INTEGER;
BEGIN
rd := target.NewReader(NIL); rd.SetPos(pos); rd.ReadRun(attr);
buf := TextModels.CloneOf(target); out := buf.NewWriter(NIL); out.SetPos(0);
IF attr # NIL THEN out.SetAttr(attr) END;
i := 0; WHILE find.replace[i] # 0X DO out.WriteChar(find.replace[i]); INC(i) END;
RETURN buf
END ReplBuf;
(* operations *)
PROCEDURE (op: ReplOp) Do;
VAR u, v: ReplList; text, save: TextModels.Model; beg, end, delta, len: INTEGER;
BEGIN
text := op.text;
u := op.list; v := NIL; delta := 0;
WHILE u # NIL DO
INC(u.beg, delta); INC(u.end, delta);
IF u.end > u.beg THEN
save := TextModels.CloneOf(text); save.Insert(0, text, u.beg, u.end);
DEC(delta, u.end - u.beg)
ELSE
save := NIL
END;
IF u.buf # NIL THEN
len := u.buf.Length();
text.Insert(u.beg, u.buf, 0, len);
u.end := u.beg + len;
INC(delta, len)
ELSE
u.end := u.beg
END;
u.buf := save;
v := u; u := u.next
END;
IF op.find.valid THEN
FindPat(text, op.find, beg, end); op.find.valid := FALSE;
IF beg = end THEN Dialog.Beep END
ELSIF v # NIL THEN
beg := v.beg; end := v.end
ELSE
beg := 0; end := 0
END;
IF end > beg THEN Show(text, beg, end) ELSE NoShow(text, beg) END
END Do;
PROCEDURE AddRepl (op: ReplOp; beg, end: INTEGER; reverse: BOOLEAN);
VAR u: ReplList;
BEGIN
NEW(u); u.beg := beg; u.end := end; u.buf := ReplBuf(op.text, beg);
IF reverse THEN (* append *)
u.next := op.list; op.list := u
ELSE (* prepend *)
IF op.list = NIL THEN op.list := u ELSE op.last.next := u END;
op.last := u
END
END AddRepl;
PROCEDURE DoReplaceThis (
t: TextModels.Model; mode: INTEGER;
firstBeg, firstEnd: INTEGER;
rngBeg, rngEnd: INTEGER;
option: ARRAY OF CHAR
);
VAR op: ReplOp; spec: FindSpec; beg, end, len: INTEGER;
BEGIN
NEW(op); op.text := t; op.list := NIL;
beg := firstBeg; end := firstEnd;
IF mode IN {replace, replaceAndFind} THEN
AddRepl(op, firstBeg, firstEnd, spec.reverse)
END;
IF mode = replaceAndFind THEN
SetSpec(op.find, firstBeg + (* LEN(find.replace$) *) ReplBuf(t, 0).Length(), firstBeg, option)
ELSE
op.find.valid := FALSE
END;
IF mode = replaceAll THEN
len := LEN(find.find$);
SetSpec(spec, 0, t.Length(), option);
WHILE (rngBeg <= beg) & (beg < end) & (end <= rngEnd) DO
AddRepl(op, beg, end, spec.reverse);
IF spec.reverse THEN spec.start := beg ELSE spec.start := beg + len END;
FindPat(t, spec, beg, end)
END
END;
Models.Do(t, replacingKey, op)
END DoReplaceThis;
PROCEDURE DoReplace (c: TextControllers.Controller; mode: INTEGER; option: ARRAY OF CHAR);
VAR t: TextModels.Model; spec: FindSpec;
selBeg, selEnd, beg, end, len0: INTEGER; hasSel0: BOOLEAN;
BEGIN
IF c # NIL THEN
t := c.text; len0 := t.Length(); hasSel0 := c.HasSelection();
IF hasSel0 THEN
c.GetSelection(selBeg, selEnd);
IF selEnd < len0 THEN
SetSpec(spec, selBeg, selEnd + 1, option)
ELSE SetSpec(spec, selBeg, selEnd, option)
END
ELSE
selBeg := 0; selEnd := len0;
SetFindSpec(c, (* again *) mode = replaceAll, option, spec)
END;
FindPat(t, spec, beg, end);
IF mode = replaceAll THEN
IF (selBeg <= beg) & (beg < end) & (end <= selEnd) THEN
DoReplaceThis(t, mode, beg, end, selBeg, selEnd, option);
IF hasSel0 THEN Show(c.text, selBeg, selEnd + t.Length() - len0) END
ELSE NoShow(c.text, 0); Dialog.Beep
END
ELSIF hasSel0 THEN
IF (beg = selBeg) & (end = selEnd) THEN
DoReplaceThis(t, mode, selBeg, selEnd, 0, len0, option)
ELSE Dialog.ShowParamMsg(noMatchKey, spec.find, "", "")
END
ELSE Dialog.ShowMsg(noSelectionKey)
END
ELSE Dialog.ShowMsg(noTargetKey)
END
END DoReplace;
PROCEDURE DoShift (c: TextControllers.Controller; left: BOOLEAN);
VAR script: Stores.Operation;
t: TextModels.Model; st: TextSetters.Setter;
rd: TextModels.Reader; wr: TextModels.Writer;
box: TextSetters.LineBox; beg, pos, end: INTEGER; ch: CHAR;
BEGIN
IF (c # NIL) & (c.HasSelection() OR c.HasCaret()) THEN
t := c.text;
IF c.HasSelection() THEN c.GetSelection(beg, end) ELSE beg := c.CaretPos(); end := beg END;
st := c.view.ThisSetter(); beg := st.ThisSequence(beg); pos := beg;
rd := t.NewReader(NIL); rd.SetPos(pos);
IF ~left THEN wr := t.NewWriter(NIL) END;
Models.BeginScript(t, shiftingKey, script);
REPEAT
rd.ReadChar(ch);
IF rd.view # NIL THEN
st.GetLine(pos, box);
IF box.rbox THEN ch := para END
END;
IF left & ((ch = tab) OR (ch = " ") OR (ch = digitspace) OR (ch = nbspace)) THEN
t.Delete(pos, pos + 1); rd.SetPos(pos); DEC(end)
ELSIF ~left & (ch # line) & (ch # para) THEN
wr.SetPos(pos); IF rd.attr # NIL THEN wr.SetAttr(rd.attr) END;
IF (ch = " ") OR (ch = digitspace) OR (ch = nbspace) THEN
wr.WriteChar(ch)
ELSE wr.WriteChar(tab)
END;
INC(pos); INC(end)
ELSE INC(pos)
END;
WHILE ~rd.eot & (ch # line) & (ch # para) DO
INC(pos); rd.ReadChar(ch)
END
UNTIL rd.eot OR (pos >= end);
Models.EndScript(t, script);
IF end > beg THEN TextControllers.SetSelection(t, beg, end) END
END
END DoShift;
(** commands **)
PROCEDURE ListAlienViews*;
VAR t: TextModels.Model; v: TextViews.View; wr: TextMappers.Formatter;
rd: TextModels.Reader; view: Views.View;
type: Stores.TypeName; none: BOOLEAN;
BEGIN
t := TextViews.FocusText();
IF t # NIL THEN
wr.ConnectTo(TextModels.dir.New());
rd := t.NewReader(NIL); rd.ReadView(view); none := TRUE;
WHILE view # NIL DO
IF view IS Views.Alien THEN
IF none THEN
wr.WriteTab; wr.WriteMsg(posKey);
wr.WriteTab; wr.WriteMsg(alienTypeKey); wr.WriteLn
END;
none := FALSE;
type := view(Views.Alien).store.path[0]$;
wr.WriteTab;
wr.WriteIntForm(rd.Pos() - 1,
TextMappers.decimal, 5, nbspace, TextMappers.hideBase);
wr.WriteTab; wr.WriteString(type); wr.WriteLn
END;
rd.ReadView(view)
END;
IF none THEN wr.WriteString(noAliensKey); wr.WriteLn END;
v := TextViews.dir.New(wr.rider.Base());
v.SetDefaults(Ruler(), TextViews.dir.defAttr);
Views.OpenView(v)
END
END ListAlienViews;
PROCEDURE ToggleMarksGuard* (VAR par: Dialog.Par);
VAR v: TextViews.View;
BEGIN
v := TextViews.Focus();
IF (v # NIL) & v.HidesMarks() THEN par.label := showMarksKey
ELSE par.label := hideMarksKey
END
END ToggleMarksGuard;
PROCEDURE ToggleMarks*;
VAR v: TextViews.View;
BEGIN
v := TextViews.Focus();
IF v # NIL THEN v.DisplayMarks(~v.HidesMarks()) END
END ToggleMarks;
PROCEDURE ShowMarks*;
VAR v: TextViews.View;
BEGIN
v := TextViews.Focus();
IF (v # NIL) & v.HidesMarks() THEN v.DisplayMarks(TextViews.show) END
END ShowMarks;
PROCEDURE HideMarks*;
VAR v: TextViews.View;
BEGIN
v := TextViews.Focus();
IF (v # NIL) & ~v.HidesMarks() THEN v.DisplayMarks(TextViews.hide) END
END HideMarks;
PROCEDURE MakeDefaultRulerGuard* (VAR par: Dialog.Par);
VAR c: TextControllers.Controller; v: Views.View;
BEGIN
c := TextControllers.Focus();
IF c # NIL THEN
v := c.Singleton();
IF (v = NIL) OR ~(v IS TextRulers.Ruler) THEN par.disabled := TRUE END
ELSE par.disabled := TRUE
END
END MakeDefaultRulerGuard;
PROCEDURE MakeDefaultRuler*;
VAR c: TextControllers.Controller; rd: TextModels.Reader;
r: TextRulers.Ruler; a: TextModels.Attributes;
beg, end: INTEGER;
BEGIN
c := TextControllers.Focus();
IF c # NIL THEN
IF c.HasSelection() THEN
c.GetSelection(beg, end);
rd := c.text.NewReader(NIL); rd.SetPos(beg); rd.Read;
IF (rd.view # NIL) & (rd.view IS TextRulers.Ruler) THEN
c.view.PollDefaults(r, a);
c.view.SetDefaults(rd.view(TextRulers.Ruler), a)
ELSE Dialog.ShowMsg(noRulerKey)
END
ELSE Dialog.ShowMsg(noSelectionKey)
END
ELSE Dialog.ShowMsg(noTargetKey)
END
END MakeDefaultRuler;
PROCEDURE MakeDefaultAttributes*;
VAR c: TextControllers.Controller; rd: TextModels.Reader;
r: TextRulers.Ruler; a: TextModels.Attributes;
beg, end: INTEGER;
BEGIN
c := TextControllers.Focus();
IF c # NIL THEN
IF c.HasSelection() THEN
c.GetSelection(beg, end);
rd := c.text.NewReader(NIL); rd.SetPos(beg); rd.Read;
c.view.PollDefaults(r, a);
c.view.SetDefaults(r, rd.attr)
ELSE Dialog.ShowMsg(noSelectionKey)
END
ELSE Dialog.ShowMsg(noTargetKey)
END
END MakeDefaultAttributes;
PROCEDURE ShiftLeft*;
BEGIN
DoShift(TextControllers.Focus(), left)
END ShiftLeft;
PROCEDURE ShiftRight*;
BEGIN
DoShift(TextControllers.Focus(), right)
END ShiftRight;
PROCEDURE Subscript*;
VAR q, p0: Properties.Property; p: TextModels.Prop;
BEGIN
Properties.CollectProp(q);
p0 := q; WHILE (p0 # NIL) & ~(p0 IS TextModels.Prop) DO p0 := p0.next END;
NEW(p); p.valid := {TextModels.offset};
IF (p0 # NIL) & (TextModels.offset IN p0.valid) THEN
p.offset := p0(TextModels.Prop).offset - point
ELSE p.offset := -point
END;
Properties.EmitProp(NIL, p)
END Subscript;
PROCEDURE Superscript*;
VAR q, p0: Properties.Property; p: TextModels.Prop;
BEGIN
Properties.CollectProp(q);
p0 := q; WHILE (p0 # NIL) & ~(p0 IS TextModels.Prop) DO p0 := p0.next END;
NEW(p); p.valid := {TextModels.offset};
IF (p0 # NIL) & (TextModels.offset IN p0.valid) THEN
p.offset := p0(TextModels.Prop).offset + point
ELSE p.offset := point
END;
Properties.EmitProp(NIL, p)
END Superscript;
PROCEDURE ForceToNewLine (c: TextControllers.Controller);
VAR st: TextSetters.Setter; pos, start: INTEGER; msg: Controllers.EditMsg;
BEGIN
IF c.HasCaret() THEN
pos := c.CaretPos();
st := c.view.ThisSetter(); start := st.ThisLine(pos);
IF pos # start THEN
msg.op := Controllers.pasteChar; msg.char := line;
Controllers.Forward(msg)
END
END
END ForceToNewLine;
PROCEDURE InsertParagraph*;
VAR c: TextControllers.Controller; script: Stores.Operation; msg: Controllers.EditMsg;
BEGIN
c := TextControllers.Focus();
IF c # NIL THEN
Models.BeginScript(c.text, "#Text:InsertParagraph", script);
ForceToNewLine(c);
msg.op := Controllers.pasteChar; msg.char := para;
Controllers.Forward(msg);
Models.EndScript(c.text, script)
END
END InsertParagraph;
PROCEDURE InsertRuler*;
VAR c: TextControllers.Controller; script: Stores.Operation;
rd: TextModels.Reader; r: TextRulers.Ruler;
pos, end: INTEGER;
BEGIN
c := TextControllers.Focus();
IF c # NIL THEN
r := NIL;
IF c.HasSelection() THEN
c.GetSelection(pos, end);
rd := c.text.NewReader(NIL); rd.SetPos(pos); rd.Read;
IF (rd.view # NIL) & (rd.view IS TextRulers.Ruler) THEN
r := rd.view(TextRulers.Ruler)
END
ELSE pos := c.CaretPos()
END;
IF r = NIL THEN r := TextViews.ThisRuler(c.view, pos) END;
r := TextRulers.CopyOf(r, Views.deep);
Models.BeginScript(c.text, "#Text:InsertRuler", script);
ForceToNewLine(c);
c.view.DisplayMarks(TextViews.show);
Controllers.PasteView(r, Views.undefined, Views.undefined, FALSE);
Models.EndScript(c.text, script)
END
END InsertRuler;
PROCEDURE InsertSoftHyphen*;
VAR msg: Controllers.EditMsg;
BEGIN
msg.op := Controllers.pasteChar; msg.char := softhyphen;
Controllers.Forward(msg)
END InsertSoftHyphen;
PROCEDURE InsertNBHyphen*;
VAR msg: Controllers.EditMsg;
BEGIN
msg.op := Controllers.pasteChar; msg.char := nbhyphen;
Controllers.Forward(msg)
END InsertNBHyphen;
PROCEDURE InsertNBSpace*;
VAR msg: Controllers.EditMsg;
BEGIN
msg.op := Controllers.pasteChar; msg.char := nbspace;
Controllers.Forward(msg)
END InsertNBSpace;
PROCEDURE InsertDigitSpace*;
VAR msg: Controllers.EditMsg;
BEGIN
msg.op := Controllers.pasteChar; msg.char := digitspace;
Controllers.Forward(msg)
END InsertDigitSpace;
PROCEDURE ResetFindDialog*;
BEGIN
find.find := "";
find.ignoreCase := FALSE;
find.wordBeginsWith := FALSE;
find.wordEndsWith := FALSE;
find.reverseOrientation := FALSE;
Dialog.Update(find)
END ResetFindDialog;
PROCEDURE GetFindPattern (c: TextControllers.Controller);
VAR r: TextModels.Reader; beg, end: INTEGER; i: INTEGER; ch: CHAR;
new: ARRAY maxPat OF CHAR;
PROCEDURE Equals(x, y: ARRAY OF CHAR; ignoreCase: BOOLEAN): BOOLEAN;
BEGIN
IF ignoreCase THEN Strings.ToUpper(x, x); Strings.ToUpper(y, y) END;
RETURN x = y
END Equals;
BEGIN
IF (c # NIL) & c.HasSelection() THEN
c.GetSelection(beg, end);
r := c.text.NewReader(NIL); r.SetPos(beg); r.ReadChar(ch); i := 0;
WHILE (r.Pos() <= end) & (i < maxPat - 1) DO
new[i] := ch; INC(i); r.ReadChar(ch)
END;
new[i] := 0X;
IF (new # "") & ~Equals(new, find.find, find.ignoreCase) THEN
ResetFindDialog;
find.find := new$;
Dialog.Update(find)
END
END
END GetFindPattern;
PROCEDURE FindIn (c: TextControllers.Controller; first: BOOLEAN; option: ARRAY OF CHAR);
VAR spec: FindSpec; beg, end: INTEGER;
BEGIN
IF c # NIL THEN
IF find.find # "" THEN
SetFindSpec(c, first, option, spec);
FindPat(c.text, spec, beg, end);
IF end > beg THEN Show(c.text, beg, end) ELSE NoShow(c.text, 0); Dialog.Beep END
ELSE Dialog.ShowMsg(noPatternKey)
END
ELSE Dialog.ShowMsg(noTargetKey)
END
END FindIn;
PROCEDURE FindGuard* (VAR par: Dialog.Par);
VAR c: TextControllers.Controller;
BEGIN
c := TextControllers.Focus();
IF (c = NIL) OR (find.find = "") THEN par.disabled := TRUE END
END FindGuard;
PROCEDURE FindFirst* (option: ARRAY OF CHAR);
BEGIN
FindIn(TextControllers.Focus(), first, option)
END FindFirst;
PROCEDURE FindAgainGuard* (VAR par: Dialog.Par);
VAR c: TextControllers.Controller;
BEGIN
c := TextControllers.Focus();
IF (c = NIL) OR (~c.HasSelection() & (find.find = "")) THEN par.disabled := TRUE END
END FindAgainGuard;
PROCEDURE FindAgain* (option: ARRAY OF CHAR);
BEGIN
FindIn(TextControllers.Focus(), again, option)
END FindAgain;
PROCEDURE ReplaceGuard* (VAR par: Dialog.Par);
VAR c: TextControllers.Controller;
BEGIN
c := TextControllers.Focus();
IF (c = NIL) OR (Containers.noCaret IN c.opts) OR ~c.HasSelection() OR (find.find = "") THEN
par.disabled := TRUE
END
END ReplaceGuard;
PROCEDURE Replace* (option: ARRAY OF CHAR);
BEGIN
DoReplace(TextControllers.Focus(), replace, option)
END Replace;
PROCEDURE ReplaceAndFindNext* (option: ARRAY OF CHAR);
BEGIN
DoReplace(TextControllers.Focus(), replaceAndFind, option)
END ReplaceAndFindNext;
PROCEDURE ReplaceAllGuard* (VAR par: Dialog.Par);
VAR c: TextControllers.Controller;
BEGIN
c := TextControllers.Focus();
IF (c = NIL) OR (Containers.noCaret IN c.opts) OR (find.find = "") THEN
par.disabled := TRUE
ELSE
IF c.HasSelection() THEN par.label := replaceSelectionKey ELSE par.label := replaceAllKey END
END
END ReplaceAllGuard;
PROCEDURE ReplaceAll* (option: ARRAY OF CHAR);
BEGIN
DoReplace(TextControllers.Focus(), replaceAll, option)
END ReplaceAll;
PROCEDURE SetNormalOrientation*;
BEGIN
find.reverseOrientation := FALSE;
Dialog.Update(find)
END SetNormalOrientation;
PROCEDURE SetReverseOrientation*;
BEGIN
find.reverseOrientation := TRUE;
Dialog.Update(find)
END SetReverseOrientation;
PROCEDURE InitFindDialog*;
BEGIN
GetFindPattern(TextControllers.Focus())
END InitFindDialog;
(** ruler dialog **)
PROCEDURE InitRulerDialog*;
VAR v: Views.View; ra: TextRulers.Attributes;
BEGIN
v := Controllers.FocusView();
IF v # NIL THEN
WITH v: TextRulers.Ruler DO
ra := v.style.attr;
ruler.pageBreaks.notInside := TextRulers.noBreakInside IN ra.opts;
ruler.pageBreaks.joinPara := TextRulers.parJoin IN ra.opts
ELSE
END
END
END InitRulerDialog;
PROCEDURE SetRuler*;
VAR v: Views.View; p: TextRulers.Prop;
BEGIN
v := Controllers.FocusView();
IF v # NIL THEN
WITH v: TextRulers.Ruler DO
NEW(p); p.valid := {TextRulers.opts};
p.opts.mask := {TextRulers.noBreakInside, TextRulers.parJoin};
p.opts.val := {};
IF ruler.pageBreaks.notInside THEN INCL(p.opts.val, TextRulers.noBreakInside) END;
IF ruler.pageBreaks.joinPara THEN INCL(p.opts.val, TextRulers.parJoin) END;
Properties.EmitProp(NIL, p)
ELSE
END
END
END SetRuler;
(** tabulator dialog **)
PROCEDURE InitTabDialog;
VAR ra: TextRulers.Attributes; type: SET; unit: INTEGER;
BEGIN
IF (tabulator.ruler # NIL) & (tabulator.tabIndex >=0) THEN
ra := tabulator.ruler.style.attr;
type := ra.tabs.tab[tabulator.tabIndex].type;
IF TextRulers.rightTab IN type THEN
IF TextRulers.centerTab IN type THEN tabulator.style := 3
ELSE tabulator.style := 2
END
ELSIF TextRulers.centerTab IN type THEN tabulator.style := 1
ELSE tabulator.style := 0
END;
tabulator.radixChar[0] := TextRulers.GetRadixChar(ra, tabulator.tabIndex); tabulator.radixChar[1] := 0X;
IF Dialog.metricSystem THEN unit := Ports.mm * 10 ELSE unit := Ports.inch END;
Strings.RealToStringForm(ra.tabs.tab[tabulator.tabIndex].stop / unit, 6, 4, -2, " ", tabulator.pos);
IF TextRulers.defaultRadixChar = "," THEN
tabulator.pos[LEN(tabulator.pos$) - 3] := TextRulers.defaultRadixChar
END;
tabulator.verticalBar := TextRulers.barTab IN type;
END;
Dialog.Update(tabulator)
END InitTabDialog;
PROCEDURE CloseTab*;
BEGIN
tabulator.ruler := NIL (* avoid pending references to the text *)
END CloseTab;
PROCEDURE SetTab*;
VAR p: TextRulers.Prop; ra, a: TextRulers.Attributes;
pos: ARRAY 7 OF CHAR; val: REAL; unit, res, i, j, stop: INTEGER; ch: CHAR; hasDot: BOOLEAN;
BEGIN
IF (tabulator.ruler # NIL) & (tabulator.tabIndex < tabulator.ruler.style.attr.tabs.len) THEN
ra := tabulator.ruler.style.attr;
p := ra.Prop()(TextRulers.Prop);
p.valid := {TextRulers.tabs};
(* set alignment type *)
EXCL(p.tabs.tab[tabulator.tabIndex].type, TextRulers.rightTab);
EXCL(p.tabs.tab[tabulator.tabIndex].type, TextRulers.centerTab);
CASE tabulator.style OF
| 0: (* left *)
| 1: (* center *)
INCL(p.tabs.tab[tabulator.tabIndex].type, TextRulers.centerTab)
| 2: (* right *)
INCL(p.tabs.tab[tabulator.tabIndex].type, TextRulers.rightTab)
| 3: (* decimal *)
INCL(p.tabs.tab[tabulator.tabIndex].type, TextRulers.rightTab);
INCL(p.tabs.tab[tabulator.tabIndex].type, TextRulers.centerTab);
IF tabulator.radixChar[0] = 0X THEN tabulator.radixChar[0] := TextRulers.defaultRadixChar;
Dialog.Update(tabulator)
END;
TextRulers.SetRadixCharProp(p, tabulator.tabIndex, tabulator.radixChar[0])
END;
(* set tab stop position *)
j := 0; hasDot := FALSE;
FOR i := 0 TO LEN(tabulator.pos$) - 1 DO
ch := tabulator.pos[i];
IF Strings.IsNumeric(ch) THEN pos[j] := ch; INC(j)
ELSIF ((ch = ",") OR (ch = ".")) & ~hasDot THEN pos[j] := "."; INC(j); hasDot := TRUE
END
END;
pos[j] := 0X;
Strings.StringToReal(pos, val, res);
ASSERT(res = 0);
IF Dialog.metricSystem THEN unit := Ports.mm * 10 ELSE unit := Ports.inch END;
val := MIN(val * unit + 0.5, Ports.mm * (1000 * 10));
stop := SHORT(ENTIER(val));
IF ((tabulator.tabIndex = 0) OR (p.tabs.tab[tabulator.tabIndex - 1].stop < stop))
& ((tabulator.tabIndex + 1 >= p.tabs.len) OR (stop < p.tabs.tab[tabulator.tabIndex + 1].stop)) THEN
p.tabs.tab[tabulator.tabIndex].stop := stop;
ELSE Dialog.GetOK("#Text:TabErr1", "", "", "", {Dialog.ok}, res)
END;
(* set barTab option *)
IF tabulator.verticalBar THEN INCL(p.tabs.tab[tabulator.tabIndex].type, TextRulers.barTab)
ELSE EXCL(p.tabs.tab[tabulator.tabIndex].type, TextRulers.barTab)
END;
a := TextRulers.ModifiedAttr(ra, p);
tabulator.ruler.style.SetAttr(a)
END
END SetTab;
PROCEDURE TabGuard* (VAR par: Dialog.Par);
BEGIN
par.disabled := (tabulator.ruler = NIL)
OR (tabulator.tabIndex < 0) OR (tabulator.tabIndex >= tabulator.ruler.style.attr.tabs.len)
END TabGuard;
PROCEDURE NextTabGuard* (VAR par: Dialog.Par);
BEGIN
TabGuard(par);
par.disabled := par.disabled OR (tabulator.tabIndex + 1 >= tabulator.ruler.style.attr.tabs.len)
END NextTabGuard;
PROCEDURE NextTab*;
BEGIN
IF (tabulator.ruler # NIL) & (tabulator.tabIndex + 1 < tabulator.ruler.style.attr.tabs.len) THEN
INC(tabulator.tabIndex);
InitTabDialog
END
END NextTab;
PROCEDURE PrevTabGuard* (VAR par: Dialog.Par);
BEGIN
TabGuard(par);
par.disabled := par.disabled OR (tabulator.tabIndex = 0)
END PrevTabGuard;
PROCEDURE PrevTab*;
BEGIN
IF (tabulator.ruler # NIL) & (tabulator.tabIndex - 1 >= 0) & (tabulator.ruler.style.attr.tabs.len > 0) THEN
DEC(tabulator.tabIndex);
InitTabDialog
END
END PrevTab;
PROCEDURE DecTabGuard* (VAR par: Dialog.Par);
BEGIN
TabGuard(par);
par.disabled := par.disabled OR (tabulator.style # 3)
END DecTabGuard;
PROCEDURE TabUnitGuard* (VAR par: Dialog.Par);
BEGIN
TabGuard(par);
IF Dialog.metricSystem THEN par.label := "cm" ELSE par.label := "inch" END
END TabUnitGuard;
PROCEDURE TabNumGuard* (VAR par: Dialog.Par);
VAR numStr: ARRAY 3 OF CHAR;
BEGIN
TabGuard(par);
IF par.disabled THEN numStr := "" ELSE Strings.IntToString(tabulator.tabIndex + 1, numStr) END;
Dialog.MapParamString("#Text:TabNum", numStr, "", "", par.label)
END TabNumGuard;
PROCEDURE (this: TabDialogHook) Open(ruler: TextRulers.Ruler; tabIndex: INTEGER);
VAR v: Views.View;
BEGIN
tabulator.ruler := ruler; tabulator.tabIndex := tabIndex;
InitTabDialog;
StdApi.OpenToolDialog('Text/Rsrc/Tab', '#Text:TabTitle', v)
END Open;
PROCEDURE (this: TabDialogHook) Init(ruler: TextRulers.Ruler; tabIndex: INTEGER);
BEGIN
IF tabulator.ruler # NIL THEN (* dialog open *)
tabulator.ruler := ruler; tabulator.tabIndex := tabIndex;
InitTabDialog
END
END Init;
PROCEDURE (this: TabDialogHook) Refresh(style: TextRulers.Style);
BEGIN
IF (tabulator.ruler # NIL) & (tabulator.ruler.style = style) THEN (* dialog open and displaying changed ruler *)
InitTabDialog
END
END Refresh;
(** standard text-related guards **)
PROCEDURE FocusGuard* (VAR par: Dialog.Par);
(** in non-TextView menus; otherwise implied by menu type **)
BEGIN
IF TextViews.Focus() = NIL THEN par.disabled := TRUE END
END FocusGuard;
PROCEDURE EditGuard* (VAR par: Dialog.Par);
(** in non-TextView menus; otherwise use "StdCmds.EditGuard" **)
VAR c: TextControllers.Controller;
BEGIN
c := TextControllers.Focus();
IF (c = NIL) OR (Containers.noCaret IN c.opts) THEN par.disabled := TRUE END
END EditGuard;
PROCEDURE SelectionGuard* (VAR par: Dialog.Par);
(** in non-TextView menus; otherwise use "StdCmds.SelectionGuard" **)
VAR c: TextControllers.Controller;
BEGIN
c := TextControllers.Focus();
IF (c = NIL) OR ~c.HasSelection() THEN par.disabled := TRUE END
END SelectionGuard;
PROCEDURE EditSelectionGuard* (VAR par: Dialog.Par);
(** in non-TextView menus; otherwise use "StdCmds.SelectionGuard" **)
VAR c: TextControllers.Controller;
BEGIN
c := TextControllers.Focus();
IF (c = NIL) OR (Containers.noCaret IN c.opts) OR ~c.HasSelection() THEN par.disabled := TRUE END
END EditSelectionGuard;
PROCEDURE SingletonGuard* (VAR par: Dialog.Par);
(** in non-TextView menus; otherwise use "StdCmds.SingletonGuard" **)
VAR c: TextControllers.Controller;
BEGIN
c := TextControllers.Focus();
IF (c = NIL) OR (c.Singleton() = NIL) THEN par.disabled := TRUE END
END SingletonGuard;
PROCEDURE NewTabDialogHook(): TabDialogHook;
VAR h: TabDialogHook;
BEGIN NEW(h); RETURN h
END NewTabDialogHook;
BEGIN
TextRulers.tabDialogHook := NewTabDialogHook()
CLOSE
TextRulers.tabDialogHook := NIL
END TextCmds.
| Text/Mod/Cmds.odc |
MODULE TextControllers;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20141213, center #21, Fixing Controllers.TickMsg.tick overflow bug.
- 20160802, center #127, ShowRange does not clear the auto-scroll range
"
issues = "
- ...
"
**)
IMPORT
Services, Stores, Ports, Models, Views, Dialog, Controllers, Properties, Containers,
TextModels, TextRulers, TextSetters, TextViews;
CONST
noAutoScroll* = 16; noAutoIndent* = 17;
(** Controller.SetCaret pos; Controller.SetSelection beg, end **)
none* = -1;
(* Track mode *)
chars = 0; words = 1; lines = 2; (* plus "none", defined above *)
enter = 3X; rdel = 7X; ldel = 8X;
aL = 1CX; aR = 1DX; aU = 1EX; aD = 1FX;
pL = 10X; pR = 11X; pU = 12X; pD = 13X;
dL = 14X; dR = 15X; dU = 16X; dD = 17X;
viewcode = TextModels.viewcode;
tab = TextModels.tab; line = TextModels.line; para = TextModels.para;
point = Ports.point; mm = Ports.mm; inch16 = Ports.inch DIV 16;
boundCaret = TRUE;
lenCutoff = 2000; (* max run length inspected to fetch properties *)
attrChangeKey = "#Text:AttributeChange";
resizingKey = "#System:Resizing";
insertingKey = "#System:Inserting";
deletingKey = "#System:Deleting";
movingKey = "#System:Moving";
copyingKey = "#System:Copying";
linkingKey = "#System:Linking";
replacingKey = "#System:Replacing";
minVersion = 0; maxVersion = 0; maxStdVersion = 0;
TYPE
Controller* = POINTER TO ABSTRACT RECORD (Containers.Controller)
view-: TextViews.View;
text-: TextModels.Model (** view # NIL => text = view.ThisText() **)
END;
Directory* = POINTER TO ABSTRACT RECORD (Containers.Directory) END;
FilterPref* = RECORD (Properties.Preference)
controller*: Controller; (** IN, set to text controller asking for filter **)
frame*: Views.Frame; (** IN, set to frame of controlled text view **)
x*, y*: INTEGER; (** IN, set to coordinates of cursor in frame space **)
filter*: BOOLEAN (** preset to FALSE **)
END;
FilterPollCursorMsg* = RECORD (Controllers.Message)
controller*: Controller; (** IN, set to text controller asking for filter **)
x*, y*: INTEGER;
cursor*: INTEGER; (** as for Controllers.PollCursorMsg **)
done*: BOOLEAN (** OUT; initialized to FALSE **)
END;
FilterTrackMsg* = RECORD (Controllers.Message)
controller*: Controller; (** IN, set to text controller asking for filter **)
x*, y*: INTEGER;
modifiers*: SET; (** as for Controllers.TrackMsg **)
done*: BOOLEAN (** OUT; initialized to FALSE **)
END;
StdCtrl = POINTER TO RECORD (Controller)
(* general state *)
cachedRd: TextModels.Reader;
cachedWr: TextModels.Writer;
insAttr: TextModels.Attributes; (* preset attrs for next typed char *)
autoBeg, autoEnd: INTEGER; (* lazy auto-scrolling;
invalid if (-1, .); initially (MAX(LONGINT), 0) *)
(* caret *)
carPos: INTEGER; (* HasCaret() iff 0 <= carPos <= text.Length() *)
carLast: INTEGER; (* used to recover caret at meaningful position *)
carX, lastX: INTEGER; (* arrow up/down anti-aliasing *)
carTick: LONGINT; (* next tick to invert flashing caret mark *)
carVisible: BOOLEAN; (* caret currently visible - used for flashing caret *)
(* selection *)
selBeg, selEnd: INTEGER; (* HasSel() iff 0 <= selBeg < selEnd <= text.Length() *)
aliasSelBeg, aliasSelEnd: INTEGER; (* need lazy synchronization? *)
selPin0, selPin1: INTEGER; (* anchor points of selection *)
(* most recent scroll-while-tracking step *)
lastStep: LONGINT
END;
StdDirectory = POINTER TO RECORD (Directory) END;
(* messages *)
ModelMessage* = ABSTRACT RECORD (Models.Message) END;
(** messages to control virtual model extensions, such as marks **)
SetCaretMsg* = EXTENSIBLE RECORD (ModelMessage)
pos*: INTEGER
END;
SetSelectionMsg* = EXTENSIBLE RECORD (ModelMessage)
beg*, end*: INTEGER
END;
ViewMessage = ABSTRACT RECORD (Views.Message) END;
CaretMsg = RECORD (ViewMessage)
show: BOOLEAN
END;
SelectionMsg = RECORD (ViewMessage)
beg, end: INTEGER;
show: BOOLEAN
END;
(* miscellaneous *)
TrackState = RECORD
x, y: INTEGER;
toggle: BOOLEAN
END;
VAR
dir-, stdDir-: Directory;
PROCEDURE CachedReader (c: StdCtrl): TextModels.Reader;
VAR rd: TextModels.Reader;
BEGIN
rd := c.text.NewReader(c.cachedRd); c.cachedRd := NIL; RETURN rd
END CachedReader;
PROCEDURE CacheReader (c: StdCtrl; rd: TextModels.Reader);
BEGIN
c.cachedRd := rd
END CacheReader;
PROCEDURE CachedWriter (c: StdCtrl; attr: TextModels.Attributes): TextModels.Writer;
VAR wr: TextModels.Writer;
BEGIN
wr := c.text.NewWriter(c.cachedWr); wr.SetAttr(attr);
c.cachedRd := NIL; RETURN wr
END CachedWriter;
PROCEDURE CacheWriter (c: StdCtrl; wr: TextModels.Writer);
BEGIN
c.cachedWr := wr
END CacheWriter;
(** Controller **)
PROCEDURE (c: Controller) Internalize2- (VAR rd: Stores.Reader), EXTENSIBLE;
VAR v: INTEGER;
BEGIN
(* c.Internalize^(rd); *)
rd.ReadVersion(minVersion, maxVersion, v)
END Internalize2;
PROCEDURE (c: Controller) Externalize2- (VAR wr: Stores.Writer), EXTENSIBLE;
BEGIN
(* c.Externalize^(wr); *)
wr.WriteVersion(maxVersion)
END Externalize2;
PROCEDURE (c: Controller) InitView2* (v: Views.View), EXTENSIBLE;
BEGIN
ASSERT((v = NIL) # (c.view = NIL), 21);
IF c.view = NIL THEN ASSERT(v IS TextViews.View, 22) END;
(* c.InitView^(v); *)
IF v # NIL THEN c.view := v(TextViews.View); c.text := c.view.ThisModel()
ELSE c.view := NIL; c.text := NIL
END
END InitView2;
PROCEDURE (c: Controller) ThisView* (): TextViews.View, EXTENSIBLE;
BEGIN
RETURN c.view
END ThisView;
(** caret **)
PROCEDURE (c: Controller) CaretPos* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (c: Controller) SetCaret* (pos: INTEGER), NEW, ABSTRACT;
(** pre: pos = none OR 0 <= pos <= c.text.Length() **)
(** post: c.carPos = pos **)
(** selection **)
PROCEDURE (c: Controller) GetSelection* (OUT beg, end: INTEGER), NEW, ABSTRACT;
(** post: beg = end OR 0 <= beg <= end <= c.text.Length() **)
PROCEDURE (c: Controller) SetSelection* (beg, end: INTEGER), NEW, ABSTRACT;
(** pre: beg = end OR 0 <= beg < end <= c.text.Length() **)
(** post: c.selBeg = beg, c.selEnd = end **)
(** Directory **)
PROCEDURE (d: Directory) NewController* (opts: SET): Controller, ABSTRACT;
PROCEDURE (d: Directory) New* (): Controller, EXTENSIBLE;
BEGIN
RETURN d.NewController({})
END New;
(** miscellaneous **)
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20); dir := d
END SetDir;
PROCEDURE Install*;
BEGIN
TextViews.SetCtrlDir(dir)
END Install;
PROCEDURE Focus* (): Controller;
VAR v: Views.View; c: Containers.Controller;
BEGIN
v := Controllers.FocusView();
IF (v # NIL) & (v IS TextViews.View) THEN
c := v(TextViews.View).ThisController();
IF (c # NIL) & (c IS Controller) THEN RETURN c(Controller)
ELSE RETURN NIL
END
ELSE RETURN NIL
END
END Focus;
PROCEDURE SetCaret* (text: TextModels.Model; pos: INTEGER);
(** pre: text # NIL, pos = none OR 0 <= pos <= text.Length() **)
VAR cm: SetCaretMsg;
BEGIN
ASSERT(text # NIL, 20); ASSERT(none <= pos, 21); ASSERT(pos <= text.Length(), 22);
cm.pos := pos; Models.Broadcast(text, cm)
END SetCaret;
PROCEDURE SetSelection* (text: TextModels.Model; beg, end: INTEGER);
(** pre: text # NIL, beg = end OR 0 <= beg < end <= text.Length() **)
VAR sm: SetSelectionMsg;
BEGIN
ASSERT(text # NIL, 20);
IF beg # end THEN
ASSERT(0 <= beg, 21); ASSERT(beg < end, 22); ASSERT(end <= text.Length(), 23)
END;
sm.beg := beg; sm.end := end; Models.Broadcast(text, sm)
END SetSelection;
(* support for cursor/selection/focus marking *)
PROCEDURE BlinkCaret (c: StdCtrl; f: Views.Frame; tick: LONGINT);
VAR vis: BOOLEAN;
BEGIN
IF (c.carPos # none) & f.front & (tick >= c.carTick) THEN
IF c.carVisible THEN
c.MarkCaret(f, Containers.hide); c.carVisible := FALSE
ELSE
c.carVisible := TRUE; c.MarkCaret(f, Containers.show)
END;
c.carTick := tick + Dialog.caretPeriod
END
END BlinkCaret;
PROCEDURE FlipCaret (c: StdCtrl; show: BOOLEAN);
VAR msg: CaretMsg;
BEGIN
msg.show := show;
Views.Broadcast(c.view, msg)
END FlipCaret;
PROCEDURE CheckCaret (c: StdCtrl);
VAR text: TextModels.Model; len, pos: INTEGER;
BEGIN
IF ~(Containers.noCaret IN c.opts) THEN
IF (c.carPos = none) & ~(boundCaret & (c.selBeg # c.selEnd)) & (c.ThisFocus() = NIL) THEN
text := c.text; len := text.Length(); pos := c.carLast;
IF pos < 0 THEN pos := 0 ELSIF pos > len THEN pos := len END;
(* c.carVisible := FALSE; c.carTick := 0; (* force visible mark *) *)
SetCaret(text, pos)
END
ELSE c.carPos := none
END
END CheckCaret;
PROCEDURE HiliteRect (f: Views.Frame; l, t, r, b, s: INTEGER; show: BOOLEAN);
BEGIN
IF s = Ports.fill THEN
f.MarkRect(l, t, r, b, Ports.fill, Ports.hilite, show)
ELSE
f.MarkRect(l, t, r - s, t + s, s, Ports.hilite, show);
f.MarkRect(l, t + s, l + s, b - s, s, Ports.hilite, show);
f.MarkRect(l + s, b - s, r, b, s, Ports.hilite, show);
f.MarkRect(r - s, t + s, r, b - s, s, Ports.hilite, show)
END
END HiliteRect;
PROCEDURE MarkSelRange (c: StdCtrl; f: Views.Frame; b, e: TextViews.Location;
front, show: BOOLEAN
);
VAR fw, ff, r, t: INTEGER;
BEGIN
IF front THEN fw := 0; ff := Ports.fill ELSE fw := f.dot; ff := fw END;
IF b.start # e.start THEN
r := f.r; t := b.y + b.asc + b.dsc;
HiliteRect(f, b.x, b.y, r + fw, t + fw, ff, show);
IF t < e.y THEN HiliteRect(f, 0, t, r + fw, e.y + fw, ff, show) END;
b.x := f.l; b.y := e.y
END;
HiliteRect(f, b.x, b.y, e.x + fw, e.y + e.asc + e.dsc + fw, ff, show)
END MarkSelRange;
PROCEDURE MarkSelection (c: StdCtrl; f: Views.Frame; beg, end: INTEGER; show: BOOLEAN);
VAR b, e: TextViews.Location; s: Views.View;
BEGIN
IF (beg # end) & f.mark THEN
ASSERT(beg < end, 20);
s := c.Singleton();
IF s # NIL THEN
IF beg + 1 = end THEN Containers.MarkSingleton(c, f, show) END
ELSE
c.view.GetThisLocation(f, beg, b); c.view.GetThisLocation(f, end, e);
IF (b.pos < e.pos) OR (b.pos = e.pos) & (b.x < e.x) THEN
MarkSelRange(c, f, b, e, f.front, show)
END
END
END
END MarkSelection;
PROCEDURE FlipSelection (c: StdCtrl; beg, end: INTEGER; show: BOOLEAN);
VAR msg: SelectionMsg;
BEGIN
msg.beg := beg; msg.end := end; msg.show := show;
Views.Broadcast(c.view, msg)
END FlipSelection;
PROCEDURE InitMarks (c: StdCtrl);
BEGIN
c.autoBeg := MAX(INTEGER); c.autoEnd := 0;
c.carPos := none; c.carVisible := FALSE; c.carLast := none; c.carTick := 0; c.carX := -1;
c.selBeg := none; c.selEnd := none;
c.lastStep := 0
END InitMarks;
PROCEDURE AutoShowRange (c: StdCtrl; beg, end: INTEGER);
BEGIN
IF (beg <= c.autoBeg) & (c.autoEnd <= end) THEN
c.autoBeg := beg; c.autoEnd := end (* new range includes old range: expand *)
ELSE
c.autoBeg := -1 (* schizopheric scroll request -> don't scroll at all *)
END
END AutoShowRange;
PROCEDURE UpdateMarks (c: StdCtrl; op: INTEGER; beg, end, delta: INTEGER);
(* ensure that marks are valid after updates *)
BEGIN
CASE op OF
TextModels.insert:
c.carLast := end; c.selBeg := end; c.selEnd := end; beg := end
| TextModels.delete:
c.carLast := beg; c.selBeg := beg; c.selEnd := beg; end := beg
| TextModels.replace:
ELSE
HALT(100)
END;
AutoShowRange(c, beg, end)
END UpdateMarks;
(* support for smart cut/copy/paste and attributing *)
PROCEDURE LegalChar (ch: CHAR): BOOLEAN;
BEGIN
IF ch < 100X THEN
CASE ORD(ch) OF
ORD(viewcode),
ORD(tab), ORD(line), ORD(para),
ORD(" ") .. 7EH, 80H .. 0FFH: RETURN TRUE
ELSE RETURN FALSE
END
ELSE RETURN TRUE
END
END LegalChar;
PROCEDURE LeftTerminator (ch: CHAR): BOOLEAN;
BEGIN
IF ch < 100X THEN
CASE ch OF
viewcode, tab, line, para, '"', "'", "(", "[", "{": RETURN TRUE
ELSE RETURN FALSE
END
ELSE RETURN TRUE
END
END LeftTerminator;
PROCEDURE RightTerminator (ch, ch1: CHAR): BOOLEAN;
BEGIN
IF ch < 100X THEN
CASE ch OF
0X, viewcode, tab, line, para,
"!", '"', "'", "(", ")", ",", ";", "?", "[", "]", "{", "}": RETURN TRUE
| ".", ":":
CASE ch1 OF
0X, viewcode, tab, line, para, " ": RETURN TRUE
ELSE RETURN FALSE
END
ELSE RETURN FALSE
END
ELSE RETURN TRUE
END
END RightTerminator;
PROCEDURE ReadLeft (rd: TextModels.Reader; pos: INTEGER; OUT ch: CHAR);
BEGIN
IF pos > 0 THEN rd.SetPos(pos - 1); rd.ReadChar(ch)
ELSE rd.SetPos(pos); ch := " "
END
END ReadLeft;
PROCEDURE SmartRange (c: StdCtrl; VAR beg, end: INTEGER);
(* if possible and whole words are covered,
extend [beg, end) to encompass either a leading or a trailing blank *)
VAR rd: TextModels.Reader; we, be: INTEGER; ch, ch0, ch1: CHAR; rightTerm: BOOLEAN;
BEGIN
(*
disable intelligent delete/cut/move for now
rd := CachedReader(c); ReadLeft(rd, beg, ch0); rd.ReadChar(ch);
IF ((ch0 <= " ") OR LeftTerminator(ch0)) & (ch # " ") THEN
(* range covers beg of word *)
we := beg; be := beg;
WHILE (ch # 0X) & (be <= end) DO
ch1 := ch; rd.ReadChar(ch); INC(be);
IF (ch1 # " ") & ((be <= end) OR ~RightTerminator(ch1, ch)) THEN we := be END
END;
rightTerm := RightTerminator(ch1, ch);
IF (beg < we) & (we = end) & ((we < be) OR rightTerm) THEN
(* range covers end of word *)
IF (we < be) & (ch1 = " ") THEN
INC(end) (* include trailing blank *)
ELSIF (beg > 0) & rightTerm & (ch0 = " ") THEN
DEC(beg) (* include leading blank *)
END
END
END;
CacheReader(c, rd)
*)
END SmartRange;
PROCEDURE OnlyWords (c: StdCtrl; beg, end: INTEGER): BOOLEAN;
VAR rd: TextModels.Reader; we, be: INTEGER; ch, ch0, ch1: CHAR;
rightTerm, words: BOOLEAN;
BEGIN
words := FALSE;
rd := CachedReader(c); ReadLeft(rd, beg, ch0); rd.ReadChar(ch);
IF ((ch0 <= " ") OR LeftTerminator(ch0)) & (ch # " ") THEN (* range covers beg of word *)
we := beg; be := beg;
WHILE (ch # 0X) & (be <= end) DO
ch1 := ch; rd.ReadChar(ch); INC(be);
IF (ch1 # " ") & ((be <= end) OR ~RightTerminator(ch1, ch)) THEN
we := be
END
END;
rightTerm := RightTerminator(ch1, ch);
IF (beg < we) & (we = end) & ((we < be) OR rightTerm) THEN (* range covers end of word *)
words := TRUE
END
END;
CacheReader(c, rd);
RETURN words
END OnlyWords;
PROCEDURE GetTargetField (t: TextModels.Model; pos: INTEGER;
VAR touchL, touchM, touchR: BOOLEAN
);
VAR rd: TextModels.Reader; ch0, ch1: CHAR; leftTerm, rightTerm: BOOLEAN;
BEGIN
rd := t.NewReader(NIL); ReadLeft(rd, pos, ch0); rd.ReadChar(ch1);
leftTerm := (ch0 <= " ") OR LeftTerminator(ch0);
rightTerm := (ch1 <= " ") OR RightTerminator(ch1, 0X);
touchL := ~leftTerm & rightTerm;
touchM := ~leftTerm & ~rightTerm;
touchR := leftTerm & ~rightTerm
END GetTargetField;
PROCEDURE LeftExtend (t: TextModels.Model; attr: TextModels.Attributes);
VAR wr: TextModels.Writer;
BEGIN
wr := t.NewWriter(NIL); wr.SetAttr(attr); wr.SetPos(0); wr.WriteChar(" ")
END LeftExtend;
PROCEDURE RightExtend (t: TextModels.Model; attr: TextModels.Attributes);
VAR wr: TextModels.Writer;
BEGIN
wr := t.NewWriter(NIL); wr.SetPos(t.Length()); wr.SetAttr(attr); wr.WriteChar(" ")
END RightExtend;
PROCEDURE MergeAdjust (target, inset: TextModels.Model; pos: INTEGER; OUT start: INTEGER);
VAR rd: TextModels.Reader; a: TextModels.Attributes; ch, ch1: CHAR;
touchL, touchM, touchR: BOOLEAN;
BEGIN
start := pos;
(*
disable intelligent paste for now
GetTargetField(target, pos, touchL, touchM, touchR);
IF touchL THEN
rd := inset.NewReader(NIL); rd.SetPos(0);
rd.ReadChar(ch); a := rd.attr; rd.ReadChar(ch1);
IF (ch > " ") & ~RightTerminator(ch, ch1) THEN LeftExtend(inset, a); INC(start) END
END;
IF touchR & (inset.Length() > 0) THEN
rd := inset.NewReader(rd); rd.SetPos(inset.Length() - 1); rd.ReadChar(ch);
IF (ch > " ") & ~LeftTerminator(ch) THEN RightExtend(inset, rd.attr) END
END
*)
END MergeAdjust;
PROCEDURE InsertionAttr (c: StdCtrl): TextModels.Attributes;
VAR rd: TextModels.Reader; r: TextRulers.Ruler; a: TextModels.Attributes; ch: CHAR;
BEGIN
a := c.insAttr;
IF a = NIL THEN
rd := CachedReader(c); a := NIL;
IF c.carPos # none THEN
ReadLeft(rd, c.carPos, ch); a := rd.attr;
IF ((ch <= " ") OR (ch = TextModels.nbspace)) & (c.carPos < c.text.Length()) THEN
rd.ReadChar(ch);
IF ch > " " THEN a := rd.attr END
END
ELSIF boundCaret & (c.selBeg # c.selEnd) THEN
rd.SetPos(c.selBeg); rd.ReadChar(ch); a := rd.attr;
c.insAttr := a
END;
IF a = NIL THEN c.view.PollDefaults(r, a) END;
CacheReader(c, rd)
END;
RETURN a
END InsertionAttr;
PROCEDURE GetTargetRange (c: StdCtrl; OUT beg, end: INTEGER);
BEGIN
IF boundCaret & (c.selBeg # c.selEnd) THEN
beg := c.selBeg; end := c.selEnd
ELSE
beg := c.carPos; end := beg
END
END GetTargetRange;
PROCEDURE DoEdit (name: Stores.OpName;
c: StdCtrl; beg, end: INTEGER;
attr: TextModels.Attributes; ch: CHAR; view: Views.View; w, h: INTEGER;
buf: TextModels.Model; bufbeg, bufend: INTEGER; (* buf # NIL & bufend < 0: bufend = buf.Length() *)
pos: INTEGER
);
VAR script: Stores.Operation; wr: TextModels.Writer; cluster: BOOLEAN;
BEGIN
IF (beg < end) (* something to delete *)
OR (attr # NIL) (* something new to write *)
OR (buf # NIL) (* something new to insert *)
THEN
cluster := (beg < end) OR (attr = NIL) OR (view # NIL);
(* don't script when typing a single character -> TextModels will bunch if possible *)
(* ~cluster => name is reverted to #System.Inserting by TextModels *)
IF cluster THEN Models.BeginScript(c.text, name, script) END;
IF beg < end THEN
c.text.Delete(beg, end);
IF pos > beg THEN DEC(pos, end - beg) END
END;
IF attr # NIL THEN
ASSERT(buf = NIL, 20);
wr := CachedWriter(c, attr); wr.SetPos(pos);
IF view # NIL THEN wr.WriteView(view, w, h) ELSE wr.WriteChar(ch) END;
CacheWriter(c, wr)
ELSIF buf # NIL THEN
IF bufend < 0 THEN bufend := buf.Length() END;
c.text.Insert(pos, buf, bufbeg, bufend)
END;
IF cluster THEN Models.EndScript(c.text, script) END;
CheckCaret(c)
END
END DoEdit;
(* editing *)
PROCEDURE ThisPos (v: TextViews.View; f: Views.Frame; x, y: INTEGER): INTEGER;
VAR loc: TextViews.Location; pos: INTEGER;
BEGIN
pos := v.ThisPos(f, x, y); v.GetThisLocation(f, pos, loc);
IF (loc.view # NIL) & (x > (loc.l + loc.r) DIV 2) THEN INC(pos) END;
RETURN pos
END ThisPos;
PROCEDURE ShowPos (c: StdCtrl; beg, end: INTEGER);
BEGIN
IF ~(noAutoScroll IN c.opts) THEN
c.view.ShowRange(beg, end, TextViews.focusOnly)
END
END ShowPos;
PROCEDURE Indentation (c: StdCtrl; pos: INTEGER): TextModels.Model;
(* pre: c.carPos # none *)
VAR st: TextSetters.Setter; buf: TextModels.Model; rd: TextModels.Reader;
wr: TextModels.Writer; ch: CHAR; spos: INTEGER;
BEGIN
buf := NIL;
rd := CachedReader(c);
st := c.view.ThisSetter(); spos := st.ThisSequence(pos); rd.SetPos(spos); rd.ReadChar(ch);
IF (ch = tab) & (spos < pos) THEN
buf := TextModels.CloneOf(c.text); wr := buf.NewWriter(NIL); wr.SetPos(buf.Length());
wr.SetAttr(InsertionAttr(c));
wr.WriteChar(line);
REPEAT wr.WriteChar(tab); rd.ReadChar(ch) UNTIL (ch # tab) OR (rd.Pos() > pos)
END;
CacheReader(c, rd);
RETURN buf
END Indentation;
PROCEDURE InsertChar (c: StdCtrl; ch: CHAR);
VAR buf: TextModels.Model; attr: TextModels.Attributes;
beg, end: INTEGER; legal: BOOLEAN; name: Stores.OpName;
BEGIN
attr := NIL; buf := NIL;
IF ch < 100X THEN legal := LegalChar(ch) ELSE legal := TRUE END; (* should check Unicode *)
IF (ch = ldel) OR (ch = rdel) THEN name := deletingKey ELSE name := replacingKey END;
IF boundCaret & (c.selBeg # c.selEnd) & (legal OR (ch = ldel) OR (ch = rdel) OR (ch = enter)) THEN
beg := c.selBeg; end := c.selEnd;
IF (ch = ldel) OR (ch = rdel) THEN SmartRange(c, beg, end); ch := 0X END
ELSE
beg := c.carPos; end := beg
END;
IF (c.carPos # none) OR boundCaret & (c.selBeg # c.selEnd) THEN
IF (ch = line) OR (ch = enter) THEN
IF noAutoIndent IN c.opts THEN buf := NIL ELSE buf := Indentation(c, beg) END;
IF buf = NIL THEN ch := line; legal := TRUE ELSE ch := 0X; legal := FALSE END
END;
IF legal THEN
attr := InsertionAttr(c)
ELSIF (ch = ldel) & (c.carPos > 0) THEN
beg := c.carPos - 1; end := c.carPos
ELSIF (ch = rdel) & (c.carPos < c.text.Length()) THEN
beg := c.carPos; end := c.carPos + 1
END
END;
DoEdit(name, c, beg, end, attr, ch, NIL, 0, 0, buf, 0, -1, beg)
END InsertChar;
PROCEDURE InsertText (c: StdCtrl; beg, end: INTEGER; text: TextModels.Model; OUT start: INTEGER);
VAR buf: TextModels.Model;
BEGIN
buf := TextModels.CloneOf(text); buf.InsertCopy(0, text, 0, text.Length());
IF beg = end THEN MergeAdjust(c.text, buf, beg, start) ELSE start := beg END;
DoEdit(insertingKey, c, beg, end, NIL, 0X, NIL, 0, 0, buf, 0, -1, beg)
END InsertText;
PROCEDURE InsertView (c: StdCtrl; beg, end: INTEGER; v: Views.View; w, h: INTEGER);
BEGIN
DoEdit(insertingKey, c, beg, end, InsertionAttr(c), 0X, v, w, h, NIL, 0, 0, beg)
END InsertView;
PROCEDURE InSubFrame (f, f1: Views.Frame; x, y: INTEGER): BOOLEAN;
BEGIN
INC(x, f.gx - f1.gx); INC(y, f.gy - f1.gy);
RETURN (f1.l <= x) & (x < f1.r) & (f1.t <= y) & (y < f1.b)
END InSubFrame;
PROCEDURE InFrame (f: Views.Frame; x, y: INTEGER): BOOLEAN;
BEGIN
RETURN (f.l <= x) & (x < f.r) & (f.t <= y) & (y < f.b)
END InFrame;
(* filtered tracking *)
PROCEDURE IsFilter (v: Views.View; c: StdCtrl; f: Views.Frame; x, y: INTEGER): BOOLEAN;
VAR pref: FilterPref;
BEGIN
pref.controller := c; pref.frame := f; pref.x := x; pref.y := y;
pref.filter := FALSE;
Views.HandlePropMsg(v, pref);
RETURN pref.filter
END IsFilter;
PROCEDURE FindFilter (c: StdCtrl; f: Views.Frame; x, y: INTEGER; OUT filter: Views.View);
CONST catchRange = 1000;
VAR rd: TextModels.Reader; pos, beg, end: INTEGER; isF: BOOLEAN;
BEGIN
c.view.GetRange(f, beg, end); DEC(beg, catchRange);
pos := c.view.ThisPos(f, x, y);
IF pos < c.text.Length() THEN INC(pos) END; (* let filter handle itself *)
rd := CachedReader(c); rd.SetPos(pos);
REPEAT
rd.ReadPrevView(filter);
isF := (filter # NIL) & IsFilter(filter, c, f, x, y);
UNTIL isF OR rd.eot OR (rd.Pos() < beg);
IF ~isF THEN filter := NIL END;
CacheReader(c, rd)
END FindFilter;
PROCEDURE FilteredPollCursor (c: StdCtrl; f: Views.Frame;
VAR msg: Controllers.PollCursorMsg; VAR done: BOOLEAN
);
VAR filter, focus: Views.View; x, y: INTEGER; modifiers: SET; isDown: BOOLEAN; fmsg: FilterPollCursorMsg;
BEGIN
FindFilter(c, f, msg.x, msg.y, filter);
IF filter # NIL THEN
(* f.Input(x, y, modifiers, isDown); *)
fmsg.x := msg.x; fmsg.y := msg.y; fmsg.cursor := msg.cursor;
fmsg.controller := c; fmsg.done := FALSE;
(*Views.ForwardCtrlMsg(f, fmsg) - does not work f.view # filter !!*)
focus := NIL;
filter.HandleCtrlMsg(f, fmsg, focus);
IF fmsg.done THEN msg.cursor := fmsg.cursor END;
done := fmsg.done
END
END FilteredPollCursor;
PROCEDURE FilteredTrack (c: StdCtrl; f: Views.Frame;
VAR msg: Controllers.TrackMsg; VAR done: BOOLEAN
);
VAR filter, focus: Views.View; fmsg: FilterTrackMsg;
BEGIN
FindFilter(c, f, msg.x, msg.y, filter);
IF filter # NIL THEN
fmsg.x := msg.x; fmsg.y := msg.y; fmsg.modifiers := msg.modifiers;
fmsg.controller := c; fmsg.done := FALSE;
(*Views.ForwardCtrlMsg(f, fmsg) - does not work f.view # filter !!*)
focus := NIL; filter.HandleCtrlMsg(f, fmsg, focus);
done := fmsg.done
END
END FilteredTrack;
(* StdCtrl *)
PROCEDURE (c: StdCtrl) Internalize2 (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
c.Internalize2^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxStdVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
InitMarks(c)
END Internalize2;
PROCEDURE (c: StdCtrl) Externalize2 (VAR wr: Stores.Writer);
BEGIN
c.Externalize2^(wr);
wr.WriteVersion(maxStdVersion)
END Externalize2;
PROCEDURE (c: StdCtrl) CopyFrom (source: Stores.Store);
BEGIN
c.CopyFrom^(source); InitMarks(c)
END CopyFrom;
PROCEDURE (c: StdCtrl) Neutralize2;
BEGIN
(* c.Neutralize^; *)
c.SetCaret(none)
END Neutralize2;
PROCEDURE (c: StdCtrl) GetContextType (OUT type: Stores.TypeName);
BEGIN
type := "TextViews.View"
END GetContextType;
PROCEDURE (c: StdCtrl) GetValidOps (OUT valid: SET);
BEGIN
valid := {};
IF (c.carPos # none) OR (boundCaret & (c.selBeg # c.selEnd)) THEN
valid := valid + {Controllers.pasteChar, Controllers.paste}
END;
IF c.selBeg # c.selEnd THEN
valid := valid + {Controllers.cut, Controllers.copy}
END
END GetValidOps;
PROCEDURE (c: StdCtrl) NativeModel (m: Models.Model): BOOLEAN;
BEGIN
ASSERT(m # NIL, 20);
RETURN m IS TextModels.Model
END NativeModel;
PROCEDURE (c: StdCtrl) NativeView (v: Views.View): BOOLEAN;
BEGIN
ASSERT(v # NIL, 20);
RETURN v IS TextViews.View
END NativeView;
PROCEDURE (c: StdCtrl) NativeCursorAt (f: Views.Frame; x, y: INTEGER): INTEGER;
BEGIN
RETURN Ports.textCursor
END NativeCursorAt;
PROCEDURE (c: StdCtrl) PollNativeProp (selection: BOOLEAN;
VAR p: Properties.Property; VAR truncated: BOOLEAN
);
VAR beg, end: INTEGER;
BEGIN
IF selection & (c.selBeg = c.selEnd) THEN
p := InsertionAttr(c).Prop(); truncated := FALSE
ELSE
IF selection THEN beg := c.selBeg; end := c.selEnd
ELSE beg := 0; end := c.text.Length()
END;
(*
truncated := (end - beg > lenCutoff);
IF truncated THEN end := beg + lenCutoff END;
*)
p := c.text.Prop(beg, end)
END
END PollNativeProp;
PROCEDURE (c: StdCtrl) SetNativeProp (selection: BOOLEAN; old, p: Properties.Property);
VAR t: TextModels.Model; beg, end: INTEGER;
BEGIN
t := c.text;
IF selection THEN beg := c.selBeg; end := c.selEnd ELSE beg := 0; end := t.Length() END;
IF beg < end THEN
t.Modify(beg, end, old, p);
IF selection THEN c.SetSelection(beg, end) END
ELSIF selection THEN
c.insAttr := TextModels.ModifiedAttr(InsertionAttr(c), p)
END
END SetNativeProp;
PROCEDURE (c: StdCtrl) MakeViewVisible (v: Views.View);
VAR pos: INTEGER;
BEGIN
ASSERT(v # NIL, 20);
ASSERT(v.context # NIL, 21);
ASSERT(v.context.ThisModel() = c.text, 22);
pos := v.context(TextModels.Context).Pos();
ShowPos(c, pos, pos + 1)
END MakeViewVisible;
PROCEDURE (c: StdCtrl) GetFirstView (selection: BOOLEAN; OUT v: Views.View);
VAR rd: TextModels.Reader; beg, end: INTEGER;
BEGIN
IF selection THEN beg := c.selBeg; end := c.selEnd
ELSE beg := 0; end := c.text.Length()
END;
IF beg < end THEN
rd := CachedReader(c); rd.SetPos(beg); rd.ReadView(v);
IF rd.Pos() > end THEN v := NIL END;
CacheReader(c, rd)
ELSE v := NIL
END
END GetFirstView;
PROCEDURE (c: StdCtrl) GetNextView (selection: BOOLEAN; VAR v: Views.View);
VAR con: Models.Context; rd: TextModels.Reader; beg, end, pos: INTEGER;
BEGIN
ASSERT(v # NIL, 20); con := v.context;
ASSERT(con # NIL, 21); ASSERT(con.ThisModel() = c.text, 22);
IF selection THEN beg := c.selBeg; end := c.selEnd
ELSE beg := 0; end := c.text.Length()
END;
pos := con(TextModels.Context).Pos();
IF (beg <= pos) & (pos < end) THEN
rd := CachedReader(c); rd.SetPos(pos + 1); rd.ReadView(v);
IF rd.Pos() > end THEN v := NIL END;
CacheReader(c, rd)
ELSE v := NIL
END
END GetNextView;
PROCEDURE (c: StdCtrl) GetPrevView (selection: BOOLEAN; VAR v: Views.View);
VAR con: Models.Context; rd: TextModels.Reader; beg, end, pos: INTEGER;
BEGIN
ASSERT(v # NIL, 20); con := v.context;
ASSERT(con # NIL, 21); ASSERT(con.ThisModel() = c.text, 22);
IF selection THEN beg := c.selBeg; end := c.selEnd
ELSE beg := 0; end := c.text.Length()
END;
pos := con(TextModels.Context).Pos();
IF (beg < pos) & (pos <= end) THEN
rd := CachedReader(c); rd.SetPos(pos); rd.ReadPrevView(v);
IF rd.Pos() < beg THEN v := NIL END;
CacheReader(c, rd)
ELSE v := NIL
END
END GetPrevView;
PROCEDURE (c: StdCtrl) GetSelectionBounds (f: Views.Frame; OUT x, y, w, h: INTEGER);
VAR b, e: TextViews.Location;
BEGIN
c.GetSelectionBounds^(f, x, y, w, h);
IF w = Views.undefined THEN
c.view.GetThisLocation(f, c.selBeg, b);
c.view.GetThisLocation(f, c.selEnd, e);
IF b.start = e.start THEN x := b.x; w := e.x - b.x;
ELSE x := f.l; w := f.r - f.l;
END;
y := b.y; h := e.y + e.asc + e.dsc - b.y
END
END GetSelectionBounds;
PROCEDURE (c: StdCtrl) MarkPickTarget (source, f: Views.Frame;
sx, sy, x, y: INTEGER; show: BOOLEAN
);
VAR b, e: TextViews.Location; pos: INTEGER;
BEGIN
pos := c.view.ThisPos(f, x, y);
IF pos < c.text.Length() THEN
c.view.GetThisLocation(f, pos, b);
c.view.GetThisLocation(f, pos + 1, e);
IF (b.pos < e.pos) OR (b.pos = e.pos) & (b.x < e.x) THEN
MarkSelRange(c, f, b, e, TRUE, show)
END
END
END MarkPickTarget;
PROCEDURE (c: StdCtrl) MarkDropTarget (source, f: Views.Frame;
sx, sy, dx, dy, w, h, rx, ry: INTEGER; type: Stores.TypeName; isSingle, show: BOOLEAN
);
VAR loc: TextViews.Location; pos: INTEGER;
BEGIN
pos := c.view.ThisPos(f, dx, dy);
IF (source # NIL) & ((source.view = f.view) OR (source.view.ThisModel() = f.view.ThisModel()))
& (c.selBeg < pos) & (pos < c.selEnd) THEN
pos := c.selBeg
END;
c.view.GetThisLocation(f, pos, loc);
f.MarkRect(loc.x, loc.y, loc.x + f.unit, loc.y + loc.asc + loc.dsc, Ports.fill, Ports.invert, show);
IF (isSingle OR ~Services.Extends(type, "TextViews.View")) & (w > 0) & (h > 0) THEN
DEC(dx, rx); DEC(dy, ry);
f.MarkRect(dx, dy, dx + w, dy + h, 0, Ports.dim25, show)
END
END MarkDropTarget;
PROCEDURE GetThisLine (c: StdCtrl; pos: INTEGER; OUT beg, end: INTEGER);
VAR st: TextSetters.Setter;
BEGIN
st := c.view.ThisSetter();
beg := st.ThisLine(pos); end := st.NextLine(beg);
IF end = beg THEN end := c.text.Length() END;
END GetThisLine;
PROCEDURE GetThisChunk (c: StdCtrl; f: Views.Frame;
VAR s: TrackState; OUT beg, end: INTEGER; OUT mode: INTEGER
);
VAR v: TextViews.View; b, e: TextViews.Location;
st: TextSetters.Setter; ruler: TextRulers.Ruler; ra: TextRulers.Attributes;
pos, r: INTEGER;
BEGIN
v := c.view; st := v.ThisSetter(); pos := ThisPos(v, f, s.x, s.y);
ruler := TextViews.ThisRuler(v, pos); ra := ruler.style.attr;
r := ra.right; IF ~(TextRulers.rightFixed IN ra.opts) OR (r > f.r) THEN r := f.r END;
st.GetWord(pos, beg, end);
v.GetThisLocation(f, beg, b); v.GetThisLocation(f, end, e);
IF (s.x < f.l) OR (s.x >= r) THEN (* outside of line box: whole line *)
GetThisLine(c, pos, beg, end);
mode := lines
ELSIF (s.y < b.y) OR (s.y < b.y + b.asc + b.dsc) & (s.x < b.x)
OR (s.y >= e.y) & (s.x >= e.x) OR (s.y >= e.y + e.asc + e.dsc) THEN
(* outside of word: single char *)
beg := ThisPos(v, f, s.x, s.y); v.GetThisLocation(f, beg, b);
IF (b.x > s.x) & (beg > 0) THEN DEC(beg) END;
IF beg < c.text.Length() THEN end := beg + 1 ELSE end := beg END;
mode := words
ELSE (* whole word *)
mode := words
END
END GetThisChunk;
PROCEDURE SetSel (c: StdCtrl; beg, end: INTEGER);
(* pre: ~(Containers.noSelection IN c.opts) *)
BEGIN
IF beg >= end THEN c.SetCaret(beg) ELSE c.SetSelection(beg, end) END
END SetSel;
PROCEDURE PrepareToTrack (c: StdCtrl; f: Views.Frame;
VAR s: TrackState; mode: INTEGER;
VAR pin0, pin1, pos: INTEGER
);
VAR loc: TextViews.Location; beg, end: INTEGER; m: INTEGER;
BEGIN
pos := ThisPos(c.view, f, s.x, s.y);
IF mode IN {chars, words, lines} THEN
GetThisChunk(c, f, s, pin0, pin1, m)
ELSE pin0 := pos; pin1 := pos
END;
IF s.toggle & ((c.selBeg # c.selEnd) OR boundCaret & (c.carPos # none))
& ~(Containers.noSelection IN c.opts) THEN (* modify existing selection *)
IF c.selBeg # c.selEnd THEN
beg := c.selBeg; end := c.selEnd
ELSE
beg := c.carPos; end := beg; c.selPin0 := beg; c.selPin1 := beg
END;
IF pin1 > c.selPin0 THEN
end := pin1; pin0 := beg
ELSIF pin0 < c.selPin1 THEN
beg := pin0; pin0 := end
END;
SetSel(c, beg, end);
pin1 := pin0
ELSIF mode IN {chars, words, lines} THEN
SetSel(c, pin0, pin1);
pos := pin1
ELSE
SetCaret(c.text, pos)
END;
c.lastStep := Services.Ticks()
END PrepareToTrack;
PROCEDURE ScrollDelay (d: INTEGER): INTEGER;
VAR second, delay: INTEGER;
BEGIN
second := Services.resolution;
IF d < 2 * mm THEN delay := second DIV 2
ELSIF d < 4 * mm THEN delay := second DIV 3
ELSIF d < 6 * mm THEN delay := second DIV 5
ELSIF d < 8 * mm THEN delay := second DIV 10
ELSE delay := second DIV 20
END;
RETURN delay
END ScrollDelay;
PROCEDURE ScrollWhileTracking (c: StdCtrl; f: Views.Frame; VAR x0, y0, x, y: INTEGER);
(* currently, there are no provisions to scroll while tracking inside an embedded view *)
VAR now: LONGINT; (* normalize: BOOLEAN; *) scr: Controllers.ScrollMsg;
BEGIN
(* normalize := c.view.context.Normalize(); *)
now := Services.Ticks();
IF x < f.l THEN x0 := x; x := f.l ELSIF x > f.r THEN x0 := x; x := f.r END;
IF (y < f.t) (* & normalize*) THEN
IF c.lastStep + ScrollDelay(f.t - y) <= now THEN
c.lastStep := now;
scr.focus := TRUE; scr.vertical := TRUE; scr.op := Controllers.decLine;
scr.done := FALSE;
Controllers.ForwardVia(Controllers.frontPath, scr)
END
ELSIF (y > f.b) (* & normalize *) THEN
IF c.lastStep + ScrollDelay(y - f.b) <= now THEN
c.lastStep := now;
scr.focus := TRUE; scr.vertical := TRUE; scr.op := Controllers.incLine;
scr.done := FALSE;
Controllers.ForwardVia(Controllers.frontPath, scr)
END
ELSE
y0 := y
END
END ScrollWhileTracking;
PROCEDURE (c: StdCtrl) TrackMarks (f: Views.Frame; x, y: INTEGER; units, extend, add: BOOLEAN);
VAR s: TrackState; pos, beg, end, pin0, pin1, p, p1: INTEGER;
modifiers: SET; mode, m: INTEGER; isDown, noSel: BOOLEAN;
BEGIN
IF c.opts * Containers.mask # Containers.mask THEN (* track caret or selection *)
s.x := x; s.y := y; s.toggle := extend;
noSel := Containers.noSelection IN c.opts;
IF units & ~noSel THEN (* select units, i.e. words or lines *)
GetThisChunk(c, f, s, beg, end, mode)
ELSE (* set caret or selection *)
mode := none
END;
PrepareToTrack(c, f, s, mode, pin0, pin1, p); x := s.x; y := s.y;
beg := pin0; end := pin1;
IF p < pin0 THEN beg := p ELSIF p > pin1 THEN end := p END;
p := -1;
f.Input(s.x, s.y, modifiers, isDown);
WHILE isDown DO
(*
REPEAT
f.Input(s.x, s.y, modifiers, isDown);
*)
IF (s.x # x) OR (s.y # y) THEN
ScrollWhileTracking(c, f, x, y, s.x, s.y);
p1 := ThisPos(c.view, f, s.x, s.y);
IF p1 # p THEN
p := p1;
IF mode IN {words, lines} THEN
IF mode = words THEN
GetThisChunk(c, f, s, beg, end, m)
ELSE
GetThisLine(c, p, beg, end)
END;
IF p > pin0 THEN pos := end ELSE pos := beg END
ELSE pos := p
END;
beg := pin0; end := pin1;
IF noSel THEN
c.SetCaret(pos)
ELSE
IF pos < pin0 THEN beg := pos ELSIF pos > pin1 THEN end := pos END;
SetSel(c, beg, end);
IF c.selPin0 = c.selPin1 THEN
IF pos < pin0 THEN c.selPin0 := pos; c.selPin1 := pin1
ELSIF pos > pin1 THEN c.selPin0 := pin0; c.selPin1 := pos
END
END
END
END
END;
f.Input(s.x, s.y, modifiers, isDown)
END
(*
UNTIL ~isDown
*)
END
END TrackMarks;
PROCEDURE (c: StdCtrl) Resize (v: Views.View; l, t, r, b: INTEGER);
VAR con: Models.Context;
BEGIN
ASSERT(v # NIL, 20); con := v.context;
ASSERT(con # NIL, 21); ASSERT(con.ThisModel() = c.text, 22);
con.SetSize(r - l, b - t)
END Resize;
PROCEDURE (c: StdCtrl) DeleteSelection;
VAR beg, end: INTEGER;
BEGIN
beg := c.selBeg; end := c.selEnd;
IF beg # end THEN
SmartRange(c, beg, end);
DoEdit(deletingKey, c, beg, end, NIL, 0X, NIL, 0, 0, NIL, 0, 0, 0)
END
END DeleteSelection;
PROCEDURE (c: StdCtrl) MoveLocalSelection (f, dest: Views.Frame; x, y, dx, dy: INTEGER);
VAR buf: TextModels.Model; pos, beg0, end0, beg, end, start, len: INTEGER;
BEGIN
pos := dest.view(TextViews.View).ThisPos(dest, dx, dy);
(* smart move disabled for now --> use true move instead of copy
beg0 := c.selBeg; end0 := c.selEnd; beg := beg0; end := end0;
SmartRange(c, beg, end);
IF (beg < pos) & (pos < end) THEN pos := beg END;
buf := TextModels.CloneOf(c.text); buf.CopyFrom(0, c.text, beg0, end0);
IF OnlyWords(c, beg0, end0) THEN MergeAdjust(c.text, buf, pos, start) ELSE start := pos END;
len := end0 - beg0;
IF start >= end THEN DEC(start, end - beg) END;
IF pos # beg THEN
DoEdit(movingKey, c, beg, end, NIL, 0X, NIL, 0, 0, buf, pos);
SetSelection(c.text, start, start + len);
AutoShowRange(c, start, start + len)
END
*)
beg := c.selBeg; end := c.selEnd;
IF (pos < beg) OR (pos > end) THEN
len := end - beg; start := pos;
IF start >= end THEN DEC(start, len) END;
DoEdit(movingKey, c, 0, 0, NIL, 0X, NIL, 0, 0, c.text, beg, end, pos);
SetSelection(c.text, start, start + len);
AutoShowRange(c, start, start + len)
END
END MoveLocalSelection;
PROCEDURE (c: StdCtrl) CopyLocalSelection (f, dest: Views.Frame; x, y, dx, dy: INTEGER);
VAR buf: TextModels.Model; pos, beg, end, start, len: INTEGER;
BEGIN
pos := dest.view(TextViews.View).ThisPos(dest, dx, dy);
beg := c.selBeg; end := c.selEnd;
IF (beg < pos) & (pos < end) THEN pos := beg END;
buf := TextModels.CloneOf(c.text); buf.InsertCopy(0, c.text, beg, end);
IF OnlyWords(c, beg, end) THEN MergeAdjust(c.text, buf, pos, start) ELSE start := pos END;
len := end - beg;
DoEdit(copyingKey, c, 0, 0, NIL, 0X, NIL, 0, 0, buf, 0, -1, pos);
SetSelection(c.text, start, start + len);
AutoShowRange(c, start, start + len)
END CopyLocalSelection;
PROCEDURE (c: StdCtrl) SelectionCopy (): Containers.Model;
VAR t: TextModels.Model;
BEGIN
IF c.selBeg # c.selEnd THEN
t := TextModels.CloneOf(c.text); t.InsertCopy(0, c.text, c.selBeg, c.selEnd);
ELSE t := NIL
END;
RETURN t
END SelectionCopy;
PROCEDURE (c: StdCtrl) NativePaste (m: Models.Model; f: Views.Frame);
VAR beg, end, start: INTEGER;
BEGIN
WITH m: TextModels.Model DO
GetTargetRange(c, beg, end);
IF beg # none THEN InsertText(c, beg, end, m, start) END
END
END NativePaste;
PROCEDURE (c: StdCtrl) ArrowChar (f: Views.Frame; ch: CHAR; units, select: BOOLEAN);
VAR st: TextSetters.Setter; v: TextViews.View; loc: TextViews.Location;
org, len, p, pos, b, e, beg, end, d, d0, edge, x, dy: INTEGER;
change, rightEdge, rightDir: BOOLEAN;
scroll: Controllers.ScrollMsg;
BEGIN
c.insAttr := NIL;
Models.StopBunching(c.text);
v := c.view; st := v.ThisSetter();
change := select OR (c.selBeg = c.selEnd);
IF c.selBeg # c.selEnd THEN beg := c.selBeg; end := c.selEnd
ELSE beg := c.carPos; end := beg; c.carLast := beg
END;
len := c.text.Length();
rightDir := (ch = aR) OR (ch = pR) OR (ch = dR) OR (ch = aD) OR (ch = pD) OR (ch = dD);
rightEdge := change & (c.carLast < end)
OR rightDir & (~change OR (beg = end) & (c.carLast = end));
IF rightEdge THEN edge := end ELSE edge := beg END;
ShowPos(c, edge, edge);
b := beg; e := end; d := edge; d0 := edge;
CASE ch OF
| aL:
IF units THEN
p := d; e := d;
WHILE (p > 0) & ((edge = d) OR (edge = e)) DO DEC(p); st.GetWord(p, edge, e) END;
ELSIF change THEN DEC(edge)
END
| pL, dL:
v.GetThisLocation(f, edge, loc); edge := loc.start
| aR:
IF units THEN
p := d; e := edge;
WHILE (p < len) & ((edge <= d) OR (edge = e)) DO INC(p); st.GetWord(p, edge, e) END
ELSIF change THEN INC(edge)
END
| pR, dR:
v.GetThisLocation(f, edge, loc); p := st.NextLine(loc.start);
IF p = loc.start THEN p := len ELSE DEC(p) END;
IF p > edge THEN edge := p END
| aU:
IF units THEN
p := st.ThisSequence(edge);
IF p < edge THEN edge := p ELSE edge := st.PreviousSequence(edge) END
ELSE
v.PollOrigin(org, dy); v.GetThisLocation(f, edge, loc);
IF c.lastX >= 0 THEN x := c.lastX ELSE x := loc.x END;
c.carX := x;
IF loc.start > 0 THEN
edge := v.ThisPos(f, x, loc.y - 1);
IF (edge >= loc.start) & (org > 0) THEN
v.SetOrigin(org - 1, 0);
v.GetThisLocation(f, edge, loc);
edge := v.ThisPos(f, x, loc.y - 1)
END
END
END
| pU:
v.PollOrigin(org, dy);
IF edge > org THEN edge := org
ELSIF org > 0 THEN
scroll.focus := TRUE; scroll.vertical := TRUE; scroll.op := Controllers.decPage;
scroll.done := FALSE;
Views.ForwardCtrlMsg(f, scroll);
v.PollOrigin(edge, dy)
END
| dU:
edge := 0
| aD:
IF units THEN
p := st.NextSequence(st.ThisSequence(edge));
IF p > edge THEN edge := p ELSE edge := st.NextSequence(p) END
ELSE
v.GetThisLocation(f, edge, loc);
IF c.lastX >= 0 THEN x := c.lastX ELSE x := loc.x END;
c.carX := x;
edge := v.ThisPos(f, x, loc.y + loc.asc + loc.dsc + 1)
END
| pD:
v.GetRange(f, b, e);
IF e < len THEN
scroll.focus := TRUE; scroll.vertical := TRUE; scroll.op := Controllers.incPage;
scroll.done := FALSE;
Views.ForwardCtrlMsg(f, scroll);
v.GetRange(f, edge, e)
ELSE edge := len
END
| dD:
edge := len
END;
IF rightEdge THEN end := edge ELSE beg := edge END;
IF ~select THEN
IF rightDir THEN beg := edge ELSE end := edge END
END;
IF beg < 0 THEN beg := 0 ELSIF beg > len THEN beg := len END;
IF end < beg THEN end := beg ELSIF end > len THEN end := len END;
IF beg = end THEN
ShowPos(c, beg, end)
ELSE
IF rightEdge THEN ShowPos(c, end - 1, end) ELSE ShowPos(c, beg, beg + 1) END
END;
SetSel(c, beg, end)
END ArrowChar;
PROCEDURE (c: StdCtrl) ControlChar (f: Views.Frame; ch: CHAR);
BEGIN
InsertChar(c, ch)
END ControlChar;
PROCEDURE (c: StdCtrl) PasteChar (ch: CHAR);
BEGIN
InsertChar(c, ch)
END PasteChar;
PROCEDURE (c: StdCtrl) PasteView (f: Views.Frame; v: Views.View; w, h: INTEGER);
VAR t: TextModels.Model; pos, start, beg, end, len: INTEGER;
BEGIN
GetTargetRange(c, beg, end);
IF beg # none THEN InsertView(c, beg, end, v, w, h) END
END PasteView;
PROCEDURE (c: StdCtrl) Drop (src, f: Views.Frame; sx, sy, x, y, w, h, rx, ry: INTEGER;
v: Views.View; isSingle: BOOLEAN
);
VAR t: TextModels.Model; pos, start, beg, end, len: INTEGER;
BEGIN
pos := ThisPos(c.view, f, x, y);
WITH v: TextViews.View DO t := v.ThisModel() ELSE t := NIL END;
IF (t # NIL) & ~isSingle THEN
InsertText(c, pos, pos, t, start); len := t.Length()
ELSE
InsertView(c, pos, pos, v, w, h); start := pos; len := 1
END;
SetSelection(c.text, start, start + len);
AutoShowRange(c, start, start + len)
END Drop;
PROCEDURE (c: StdCtrl) PickNativeProp (f: Views.Frame; x, y: INTEGER; VAR p: Properties.Property);
VAR rd: TextModels.Reader;
BEGIN
rd := CachedReader(c); rd.SetPos(ThisPos(c.view, f, x, y)); rd.Read;
IF ~rd.eot THEN p := rd.attr.Prop() ELSE p := NIL END;
CacheReader(c, rd)
END PickNativeProp;
PROCEDURE (c: StdCtrl) HandleModelMsg (VAR msg: Models.Message);
VAR done: BOOLEAN;
BEGIN
c.HandleModelMsg^(msg);
IF msg.model = c.text THEN
WITH msg: Models.UpdateMsg DO
WITH msg: TextModels.UpdateMsg DO
CASE msg.op OF
TextModels.insert, TextModels.delete, TextModels.replace:
UpdateMarks(c, msg.op, msg.beg, msg.end, msg.delta)
ELSE (* unknown text op happened *)
c.view.Neutralize
END
ELSE (* unknown text update happened *)
c.view.Neutralize
END
| msg: ModelMessage DO
WITH msg: SetCaretMsg DO
c.SetCaret(msg.pos)
| msg: SetSelectionMsg DO
c.SetSelection(msg.beg, msg.end)
ELSE
END
| msg: TextViews.PositionMsg DO
IF ~msg.focusOnly OR (c = Focus()) THEN c.autoBeg := -1 END
ELSE
END
END
END HandleModelMsg;
PROCEDURE (c: StdCtrl) HandleViewMsg (f: Views.Frame; VAR msg: Views.Message);
BEGIN
c.HandleViewMsg^(f, msg);
IF msg.view = c.view THEN
WITH msg: ViewMessage DO
WITH msg: CaretMsg DO
c.MarkCaret(f, msg.show)
| msg: SelectionMsg DO
MarkSelection(c, f, msg.beg, msg.end, msg.show)
END
ELSE
END
END
END HandleViewMsg;
PROCEDURE (c: StdCtrl) HandleCtrlMsg (f: Views.Frame;
VAR msg: Controllers.Message; VAR focus: Views.View
);
VAR g: Views.Frame; beg, end: INTEGER; done: BOOLEAN;
BEGIN
IF (msg IS Controllers.MarkMsg) OR (msg IS Controllers.TickMsg) THEN
beg := c.autoBeg; end := c.autoEnd;
c.autoBeg := MAX(INTEGER); c.autoEnd := 0
END;
WITH msg: Controllers.TickMsg DO
IF ~(noAutoScroll IN c.opts)
& (0 <= beg) & (beg <= end) & (end <= c.text.Length())
& c.view.context.Normalize()
THEN
c.view.ShowRange(beg, end, TextViews.focusOnly)
END;
IF focus = NIL THEN
CheckCaret(c); BlinkCaret(c, f, msg.tick);
IF (c.selBeg # c.aliasSelBeg) OR (c.selEnd # c.aliasSelEnd) THEN
(* lazy update of text-synchronous alias marks *)
c.aliasSelBeg := c.selBeg; c.aliasSelEnd := c.selEnd;
SetSelection(c.text, c.selBeg, c.selEnd)
END
END
| msg: Controllers.MarkMsg DO
c.carX := -1;
IF msg.show THEN c.carVisible := TRUE; c.carTick := 0 END
| msg: Controllers.TrackMsg DO
c.insAttr := NIL; c.carX := -1; Models.StopBunching(c.text)
| msg: Controllers.EditMsg DO
c.lastX := c.carX; c.carX := -1;
IF focus = NIL THEN CheckCaret(c) END
| msg: Controllers.ReplaceViewMsg DO
c.carX := -1
| msg: Controllers.TransferMessage DO
c.carX := -1
| msg: Properties.EmitMsg DO
c.carX := -1
ELSE
END;
done := FALSE;
WITH msg: Controllers.CursorMessage DO
IF TRUE (* Containers.noCaret IN c.opts *) THEN (* mask or browser mode *)
g := Views.FrameAt(f, msg.x, msg.y);
IF (g = NIL) OR IsFilter(g.view, c, f, msg.x, msg.y) THEN
WITH msg: Controllers.PollCursorMsg DO
FilteredPollCursor(c, f, msg, done)
| msg: Controllers.TrackMsg DO
FilteredTrack(c, f, msg, done)
ELSE
END
END
END
ELSE
END;
IF ~done THEN c.HandleCtrlMsg^(f, msg, focus) END
END HandleCtrlMsg;
(* caret *)
PROCEDURE (c: StdCtrl) HasCaret (): BOOLEAN;
BEGIN
RETURN c.carPos # none
END HasCaret;
PROCEDURE (c: StdCtrl) MarkCaret (f: Views.Frame; show: BOOLEAN);
CONST carW = 1; carMinH = 7; (* in frame dots *)
VAR loc: TextViews.Location; pos, beg, end, u, x, y, w, h: INTEGER; fm: INTEGER;
BEGIN
pos := c.carPos;
IF (pos # none) & f.mark & (f.front & c.carVisible OR ~f.front) THEN
c.view.GetRange(f, beg, end);
IF (beg <= pos) & (pos <= end) THEN
u := f.dot;
c.view.GetThisLocation(f, pos, loc);
IF f.front THEN fm := Ports.invert ELSE fm := Ports.dim50 END;
x := loc.x; y := loc.y; h := loc.asc + loc.dsc;
IF Dialog.thickCaret THEN w := 2 * carW * u ELSE w := carW * u END;
IF x >= f.r - w THEN DEC(x, w) END;
IF h < carMinH * u THEN h := carMinH * u END; (* special caret in lines of (almost) zero height *)
f.MarkRect(x, y, x + w, y + h, Ports.fill, fm, show)
END
END
END MarkCaret;
PROCEDURE (c: StdCtrl) CaretPos (): INTEGER;
BEGIN
RETURN c.carPos
END CaretPos;
PROCEDURE (c: StdCtrl) SetCaret (pos: INTEGER);
BEGIN
ASSERT(none <= pos, 20); ASSERT(pos <= c.text.Length(), 21);
c.insAttr := NIL;
IF pos # c.carPos THEN
IF (pos # none) & (c.carPos = none) THEN
IF boundCaret THEN c.SetSelection(none, none) END;
c.SetFocus(NIL)
END;
IF Containers.noCaret IN c.opts THEN pos := none END;
IF c.carPos # none THEN
c.carLast := c.carPos; FlipCaret(c, Containers.hide)
END;
c.carPos := pos;
IF pos # none THEN
c.carVisible := TRUE; c.carTick := Services.Ticks() + Dialog.caretPeriod; FlipCaret(c, Containers.show)
END
END
END SetCaret;
(* selection *)
PROCEDURE (c: StdCtrl) HasSelection (): BOOLEAN;
BEGIN
RETURN c.selBeg # c.selEnd
END HasSelection;
PROCEDURE (c: StdCtrl) Selectable (): BOOLEAN;
BEGIN
RETURN c.text.Length() > 0
END Selectable;
PROCEDURE (c: StdCtrl) SetSingleton (s: Views.View);
VAR s0: Views.View;
BEGIN
s0 := c.Singleton();
c.SetSingleton^(s);
s := c.Singleton();
IF s # s0 THEN
c.insAttr := NIL;
IF s # NIL THEN
c.selBeg := s.context(TextModels.Context).Pos(); c.selEnd := c.selBeg + 1;
c.selPin0 := c.selBeg; c.selPin1 := c.selEnd
ELSE c.selBeg := none; c.selEnd := none
END
END
END SetSingleton;
PROCEDURE (c: StdCtrl) SelectAll (select: BOOLEAN);
(** extended by subclass to include intrinsic selections **)
BEGIN
IF select THEN c.SetSelection(0, c.text.Length()) ELSE c.SetSelection(none, none) END
END SelectAll;
PROCEDURE (c: StdCtrl) InSelection (f: Views.Frame; x, y: INTEGER): BOOLEAN;
(* pre: c.selBeg # c.selEnd *)
(* post: (x, y) in c.selection *)
VAR b, e: TextViews.Location; y0, y1, y2, y3: INTEGER;
BEGIN
c.view.GetThisLocation(f, c.selBeg, b); y0 := b.y; y1 := y0 + b.asc + b.dsc;
c.view.GetThisLocation(f, c.selEnd, e); y2 := e.y; y3 := y2 + e.asc + e.dsc;
RETURN ((y >= y0) & (x >= b.x) OR (y >= y1)) & ((y < y2) OR (y < y3) & (x < e.x))
END InSelection;
PROCEDURE (c: StdCtrl) MarkSelection (f: Views.Frame; show: BOOLEAN);
BEGIN
MarkSelection(c, f, c.selBeg, c.selEnd, show)
END MarkSelection;
PROCEDURE (c: StdCtrl) GetSelection (OUT beg, end: INTEGER);
BEGIN
beg := c.selBeg; end := c.selEnd
END GetSelection;
PROCEDURE (c: StdCtrl) SetSelection (beg, end: INTEGER);
VAR t: TextModels.Model; rd: TextModels.Reader;
beg0, end0, p: INTEGER; singleton: BOOLEAN;
BEGIN
t := c.text; ASSERT(t # NIL, 20);
IF Containers.noSelection IN c.opts THEN end := beg
ELSIF beg # end THEN
ASSERT(0 <= beg, 21); ASSERT(beg < end, 22); ASSERT(end <= t.Length(), 23)
END;
beg0 := c.selBeg; end0 := c.selEnd;
c.insAttr := NIL;
IF (beg # beg0) OR (end # end0) THEN
IF (beg # end) & (c.selBeg = c.selEnd) THEN
IF boundCaret THEN
IF c.carPos = end THEN p := c.carPos ELSE p := beg END;
c.SetCaret(none); c.carLast := p
END;
c.SetFocus(NIL);
c.selPin0 := beg; c.selPin1 := end
ELSIF boundCaret & (beg = end) THEN
c.selPin1 := c.selPin0 (* clear selection anchors *)
END;
IF beg + 1 = end THEN
rd := CachedReader(c);
rd.SetPos(beg); rd.Read; singleton := rd.view # NIL;
CacheReader(c, rd)
ELSE singleton := FALSE
END;
IF singleton THEN (* native or singleton -> singleton *)
IF rd.view # c.Singleton() THEN c.SetSingleton(rd.view) END
ELSIF c.Singleton() # NIL THEN (* singleton -> native *)
c.SetSingleton(NIL);
c.selBeg := beg; c.selEnd := end;
FlipSelection(c, beg, end, Containers.show)
ELSE (* native -> native *)
c.selBeg := beg; c.selEnd := end;
IF (beg0 <= beg) & (end <= end0) THEN (* reduce *)
p := end0; end0 := beg; beg := end; end := p
ELSIF (beg <= beg0) & (end0 <= end) THEN (* extend *)
p := end; end := beg0; beg0 := end0; end0 := p
ELSIF (beg <= beg0) & (beg0 <= end) THEN (* shift left *)
p := end; end := beg0; beg0 := p
ELSIF (end >= end0) & (beg <= end0) THEN (* shift right *)
p := end0; end0 := beg; beg := p
END;
IF beg0 < end0 THEN FlipSelection(c, beg0, end0, Containers.show) END;
IF beg < end THEN FlipSelection(c, beg, end, Containers.show) END
END
END
END SetSelection;
(* StdDirectory *)
PROCEDURE (d: StdDirectory) NewController (opts: SET): Controller;
VAR c: StdCtrl;
BEGIN
NEW(c); c.SetOpts(opts); InitMarks(c); RETURN c
END NewController;
PROCEDURE Init;
VAR d: StdDirectory;
BEGIN
NEW(d); dir := d; stdDir := d
END Init;
BEGIN
Init
END TextControllers.
| Text/Mod/Controllers.odc |
MODULE TextMappers;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20141027, center #19, full Unicode support for Component Pascal identifiers added
- 20150130, center #27, Adding SET conversion to the module Strings
- 20160115, center #95, making the Set procedure check the syntax more accurately
- 20160205, center #103, bug fix in TextMappers.Scanner
- 20160306, center #38, use IN for Formatter methods to avoid incompatibilities with 1.6
"
issues = "
- ...
"
**)
IMPORT Strings, Views, Dialog, TextModels;
CONST
(** Scanner.opts **)
returnCtrlChars* = 1;
returnQualIdents* = 2; returnViews* = 3;
interpretBools* = 4; interpretSets* = 5;
maskViews* = 6;
(** Scanner.type **)
char* = 1; string* = 3; int* = 4; real* = 5;
bool* = 6; (** iff interpretBools IN opts **)
set* = 7; (** iff interpretSets IN opts **)
view* = 8; (** iff returnViews IN opts **)
tab* = 9; line* = 10; para* = 11; (** iff returnCtrlChars IN opts **)
lint* = 16;
eot* = 30;
invalid* = 31; (** last Scan hit lexically invalid sequence **)
(** Formatter.WriteIntForm base **)
charCode* = Strings.charCode; decimal* = Strings.decimal; hexadecimal* = Strings.hexadecimal;
(** Formatter.WriteIntForm showBase **)
hideBase* = Strings.hideBase; showBase* = Strings.showBase;
VIEW = TextModels.viewcode;
TAB = TextModels.tab; LINE = TextModels.line; PARA = TextModels.para;
acceptUnderscores = TRUE;
TYPE
String* = ARRAY 256 OF CHAR;
Scanner* = RECORD
opts-: SET;
rider-: TextModels.Reader; (** prefetch state for single character look-ahead **)
type*: INTEGER;
start*, lines*, paras*: INTEGER; (** update by Skip **)
char*: CHAR; (** valid iff type = char **)
int*: INTEGER; (** valid iff type = int **)
base*: INTEGER; (** valid iff type IN {int, lint} **)
lint*: LONGINT; (** valid iff type IN {int, lint} **)
real*: REAL; (** valid iff type = real **)
bool*: BOOLEAN; (** valid iff type = bool **)
set*: SET; (** valid iff type = set **)
len*: INTEGER; (** valid iff type IN {string, int, lint} **)
string*: String; (** valid iff type IN {string, int, lint, bool, char} **)
view*: Views.View; w*, h*: INTEGER (** valid iff type = view **)
END;
Formatter* = RECORD
rider-: TextModels.Writer
END;
(** Scanner **)
PROCEDURE ^ (VAR s: Scanner) SetPos* (pos: INTEGER), NEW;
PROCEDURE ^ (VAR s: Scanner) SetOpts* (opts: SET), NEW;
PROCEDURE ^ (VAR s: Scanner) Skip* (OUT ch: CHAR), NEW;
PROCEDURE ^ (VAR s: Scanner) Scan*, NEW;
PROCEDURE Get (VAR s: Scanner; OUT ch: CHAR);
BEGIN
s.rider.ReadChar(ch);
IF ({returnViews, maskViews} * s.opts = {returnViews}) & (s.rider.view # NIL) THEN
ch := VIEW; s.rider.char := VIEW
END
END Get;
PROCEDURE Real (VAR s: Scanner);
VAR res: INTEGER; ch: CHAR;
BEGIN
s.type := real;
s.string[s.len] := "."; INC(s.len); Get(s, ch);
WHILE ("0" <= ch) & (ch <= "9") & (s.len < LEN(s.string) - 1) DO
s.string[s.len] := ch; INC(s.len); Get(s, ch)
END;
IF (ch = "E") OR (ch = "D") THEN
s.string[s.len] := ch; INC(s.len); Get(s, ch);
IF (ch = "-") OR (ch = "+") THEN s.string[s.len] := ch; INC(s.len); Get(s,ch) END;
WHILE ("0" <= ch) & (ch <= "9") & (s.len < LEN(s.string) - 1) DO
s.string[s.len] := ch; INC(s.len); Get(s, ch)
END
END;
s.string[s.len] := 0X;
Strings.StringToReal(s.string, s.real, res);
IF res # 0 THEN s.type := invalid END
END Real;
PROCEDURE Integer (VAR s: Scanner);
VAR n, k, res: INTEGER; ch: CHAR; hex: BOOLEAN;
BEGIN
s.type := int; hex := FALSE; ch := s.rider.char;
IF ch = "%" THEN
s.string[s.len] := "%"; INC(s.len); Get(s, ch); n:= 0;
IF ("0" <= ch) & (ch <= "9") THEN
k := ORD(ch) - ORD("0");
REPEAT
n := 10*n + k; s.string[s.len] := ch; INC(s.len);
Get(s, ch); k := ORD(ch) - ORD("0")
UNTIL (ch < "0") OR (ch > "9") OR (n > (MAX(INTEGER) - k) DIV 10) OR (s.len = LEN(s.string));
IF ("0" <= ch) & (ch <= "9") THEN s.type := invalid ELSE s.base := n END
ELSE s.type := invalid
END
ELSIF (ch = "H") OR (ch = "X") THEN
hex := TRUE; s.base := 16;
s.string[s.len] := ch; INC(s.len); Get(s, ch)
ELSE
s.base := 10
END;
s.string[s.len] := 0X;
IF s.type # invalid THEN
Strings.StringToInt(s.string, s.int, res);
IF res = 0 THEN s.type := int;
IF hex THEN (* Strings.StringToLInt(s.string, s.lint, res); ASSERT(res = 0, 100); *)
IF s.int < 0 THEN s.lint := s.int + (LONG(MAX(INTEGER)) + 1) * 2
ELSE s.lint := s.int
END
ELSE s.lint := s.int
END
ELSIF res = 1 THEN (* INTEGER overflow *)
Strings.StringToLInt(s.string, s.lint, res);
IF res = 0 THEN s.type := lint ELSE s.type := invalid END
ELSE (* syntax error *)
s.type := invalid
END
END
END Integer;
PROCEDURE Number (VAR s: Scanner; neg: BOOLEAN);
VAR m: INTEGER; ch: CHAR;
BEGIN
s.len := 0; m := 0; ch := s.rider.char;
IF neg THEN s.string[s.len] := "-"; INC(s.len) END;
REPEAT
IF (m > 0) OR (ch # "0") THEN (* ignore leading zeroes *)
s.string[s.len] := ch; INC(s.len); INC(m)
END;
Get(s, ch)
UNTIL (ch < "0") OR (ch > "9") & (ch < "A") OR (ch > "F")
OR (s.len = LEN(s.string) - 1) OR s.rider.eot;
IF (s.len = 0) OR (s.len = 1) & (s.string[0] = "-") THEN (* compensate for ignoring leading zeroes *)
s.string[s.len] := "0"; INC(s.len)
END;
s.string[s.len] := 0X;
IF ch = "." THEN Real(s) ELSE Integer(s) END
END Number;
PROCEDURE Cardinal (VAR s: Scanner; OUT n: INTEGER);
VAR k: INTEGER; ch: CHAR;
BEGIN
n := 0; s.Skip(ch);
IF ("0" <= ch) & (ch <= "9") THEN
k := ORD(ch) - ORD("0");
REPEAT
n := n * 10 + k;
Get(s, ch); k := ORD(ch) - ORD("0")
UNTIL (ch < "0") OR (ch > "9") OR (n > (MAX(INTEGER) - k) DIV 10);
IF ("0" <= ch) & (ch <= "9") THEN s.type := invalid END
ELSE s.type := invalid
END
END Cardinal;
PROCEDURE Set (VAR s: Scanner);
VAR n, m, start: INTEGER; ch: CHAR;
BEGIN
s.type := set; start := s.start; Get(s, ch); s.Skip(ch); s.set := {};
WHILE ("0" <= ch) & (ch <= "9") & (s.type = set) DO
Cardinal(s, n); s.Skip(ch);
IF (MIN(SET) <= n) & (n <= MAX(SET)) THEN
INCL(s.set, n);
IF ch = "." THEN
Get(s, ch);
IF ch = "." THEN
Get(s, ch); s.Skip(ch); Cardinal(s, m); s.Skip(ch);
IF (n <= m) & (m <= MAX(SET)) THEN
WHILE m > n DO INCL(s.set, m); DEC(m) END
ELSE s.type := invalid
END
ELSE s.type := invalid
END
END;
IF (s.type = set) & (ch = ",") THEN Get(s, ch); s.Skip(ch);
IF ch = "}" THEN s.type := invalid END
ELSIF ch # "}" THEN s.type := invalid
END
ELSE s.type := invalid
END
END;
IF s.type = set THEN
IF ch = "}" THEN Get(s, ch) ELSE s.type := invalid END
ELSE s.type := invalid
END;
s.start := start
END Set;
PROCEDURE Boolean (VAR s: Scanner);
VAR ch: CHAR;
BEGIN
s.type := bool; Get(s, ch);
IF (ch = "T") OR (ch = "F") THEN
s.Scan;
IF (s.type = string) & (s.string = "TRUE") THEN s.type := bool; s.bool := TRUE
ELSIF (s.type = string) & (s.string = "FALSE") THEN s.type := bool; s.bool := FALSE
ELSE s.type := invalid
END
ELSE s.type := invalid
END
END Boolean;
PROCEDURE Name (VAR s: Scanner);
VAR max: INTEGER; ch: CHAR;
BEGIN
s.type := string; s.len := 0; ch := s.rider.char; max := LEN(s.string);
REPEAT
s.string[s.len] := ch; INC(s.len); Get(s, ch)
UNTIL ~(Strings.IsIdent(ch) & (ch # "_") OR acceptUnderscores & (ch = "_")) OR (s.len = max);
IF (returnQualIdents IN s.opts) & (ch = ".") & (s.len < max) THEN
REPEAT
s.string[s.len] := ch; INC(s.len); Get(s, ch)
UNTIL
~(Strings.IsIdent(ch) & (ch # "_") OR acceptUnderscores & (ch = "_")) OR (s.len = max)
END;
IF s.len = max THEN DEC(s.len); s.type := invalid END; (* ident too long *)
s.string[s.len] := 0X
END Name;
PROCEDURE DoubleQuotedString (VAR s: Scanner);
VAR max, pos: INTEGER; ch: CHAR;
BEGIN
pos := s.rider.Pos();
s.type := string; s.len := 0; max := LEN(s.string) - 1; Get(s, ch);
WHILE (ch # '"') & (ch # 0X) & (s.len < max) DO
s.string[s.len] := ch; INC(s.len);
Get(s, ch)
END;
s.string[s.len] := 0X;
IF ch = '"' THEN Get(s, ch)
ELSE s.type := invalid; s.rider.SetPos(pos (* s.rider.Pos() - s.len - 1 *)); Get(s, ch)
END
END DoubleQuotedString;
PROCEDURE SingleQuotedString (VAR s: Scanner);
VAR max, pos: INTEGER; ch: CHAR;
BEGIN
pos := s.rider.Pos();
s.type := string; s.len := 0; max := LEN(s.string) - 1; Get(s, ch);
WHILE (ch # "'") & (ch # 0X) & (s.len < max) DO
s.string[s.len] := ch; INC(s.len);
Get(s, ch)
END;
s.string[s.len] := 0X;
IF s.len = 1 THEN s.type := char; s.char := s.string[0] END;
IF ch = "'" THEN Get(s, ch)
ELSE s.type := invalid; s.rider.SetPos(pos (* s.rider.Pos() - s.len - 1 *)); Get(s, ch)
END
END SingleQuotedString;
PROCEDURE Char (VAR s: Scanner);
VAR ch: CHAR;
BEGIN
ch := s.rider.char;
IF ch # 0X THEN
s.type := char; s.char := ch; s.string[0] := ch; s.string[1] := 0X; Get(s, ch)
ELSE s.type := invalid
END
END Char;
PROCEDURE View (VAR s: Scanner);
VAR ch: CHAR;
BEGIN
s.type := view; s.view := s.rider.view; s.w := s.rider.w; s.h := s.rider.h;
IF maskViews IN s.opts THEN
IF s.rider.char # TextModels.viewcode THEN
s.type := char; s.char := s.rider.char; s.string[0] := s.char; s.string[1] := 0X
END
END;
Get(s, ch)
END View;
PROCEDURE (VAR s: Scanner) ConnectTo* (text: TextModels.Model), NEW;
BEGIN
IF text # NIL THEN
s.rider := text.NewReader(s.rider); s.SetPos(0); s.SetOpts({})
ELSE
s.rider := NIL
END
END ConnectTo;
PROCEDURE (VAR s: Scanner) SetPos* (pos: INTEGER), NEW;
BEGIN
s.rider.SetPos(pos); s.start := pos;
s.lines := 0; s.paras := 0; s.type := invalid
END SetPos;
PROCEDURE (VAR s: Scanner) SetOpts* (opts: SET), NEW;
BEGIN
s.opts := opts
END SetOpts;
PROCEDURE (VAR s: Scanner) Pos* (): INTEGER, NEW;
BEGIN
RETURN s.rider.Pos()
END Pos;
PROCEDURE (VAR s: Scanner) Skip* (OUT ch: CHAR), NEW;
VAR c, v: BOOLEAN;
BEGIN
IF s.opts * {returnCtrlChars, returnViews} = {} THEN
ch := s.rider.char;
WHILE ((ch <= " ") OR (ch = TextModels.digitspace) OR (ch = TextModels.nbspace))
& ~s.rider.eot DO
IF ch = LINE THEN INC(s.lines)
ELSIF ch = PARA THEN INC(s.paras)
END;
Get(s, ch)
END
ELSE
c := returnCtrlChars IN s.opts;
v := returnViews IN s.opts;
ch := s.rider.char;
WHILE ((ch <= " ") OR (ch = TextModels.digitspace) OR (ch = TextModels.nbspace))
& ~s.rider.eot
& (~c OR (ch # TAB) & (ch # LINE) & (ch # PARA))
& (~v OR (ch # VIEW) OR (s.rider.view = NIL)) DO
IF ch = LINE THEN INC(s.lines)
ELSIF ch = PARA THEN INC(s.paras)
END;
Get(s, ch)
END
END;
IF ~s.rider.eot THEN s.start := s.rider.Pos() - 1
ELSE s.start := s.rider.Base().Length(); s.type := eot
END
END Skip;
PROCEDURE (VAR s: Scanner) Scan*, NEW;
VAR sign, neg: BOOLEAN; ch: CHAR;
BEGIN
s.Skip(ch);
IF s.type # eot THEN
neg := (ch = "-"); sign := neg OR (ch = "+");
IF sign THEN s.char := ch; Get(s, ch) END;
IF ("0" <= ch) & (ch <= "9") THEN Number(s, neg)
ELSIF sign THEN s.type := char; (* return prefetched sign w/o trailing number *)
s.string[0] := s.char; s.string[1] := 0X
ELSE
IF Strings.IsAlpha(ch) THEN
Name(s)
ELSE
CASE ch OF
| '"': DoubleQuotedString(s)
| "'": SingleQuotedString(s)
| TAB: s.type := tab; Get(s, ch)
| LINE: s.type := line; Get(s, ch)
| PARA: s.type := para; Get(s, ch)
| VIEW:
IF s.rider.view # NIL THEN View(s) ELSE Char(s) END
| "{":
IF interpretSets IN s.opts THEN Set(s) ELSE Char(s) END
| "$":
IF interpretBools IN s.opts THEN Boolean(s) ELSE Char(s) END
| "_":
IF acceptUnderscores THEN Name(s) ELSE Char(s) END
ELSE Char(s)
END
END
END
END
END Scan;
(** scanning utilities **)
PROCEDURE IsQualIdent* (IN s: ARRAY OF CHAR): BOOLEAN;
VAR i: INTEGER; ch: CHAR;
BEGIN
ch := s[0]; i := 1;
IF Strings.IsIdentStart(ch) THEN
REPEAT
ch := s[i]; INC(i)
UNTIL ~ Strings.IsIdent(ch);
IF ch = "." THEN
INC(i);
REPEAT
ch := s[i]; INC(i)
UNTIL ~ Strings.IsIdent(ch);
RETURN ch = 0X
ELSE
RETURN FALSE
END
ELSE
RETURN FALSE
END
END IsQualIdent;
PROCEDURE ScanQualIdent* (VAR s: Scanner; OUT x: ARRAY OF CHAR; OUT done: BOOLEAN);
VAR mod: String; i, j, len, start: INTEGER; ch: CHAR;
BEGIN
done := FALSE;
IF s.type = string THEN
IF IsQualIdent(s.string) THEN
IF s.len < LEN(x) THEN
x := s.string$; done := TRUE
END
ELSE
mod := s.string; len := s.len; start := s.start;
s.Scan;
IF (s.type = char) & (s.char = ".") THEN
s.Scan;
IF (s.type = string) & (len + 1 + s.len < LEN(x)) THEN
i := 0; ch := mod[0]; WHILE ch # 0X DO x[i] := ch; INC(i); ch := mod[i] END;
x[i] := "."; INC(i);
j := 0; ch := s.string[0];
WHILE ch # 0X DO x[i] := ch; INC(i); INC(j); ch := s.string[j] END;
x[i] := 0X; done := TRUE
END
END;
IF ~done THEN s.SetPos(start); s.Scan() END
END
END
END ScanQualIdent;
(** Formatter **)
PROCEDURE ^ (IN f: Formatter) SetPos* (pos: INTEGER), NEW;
PROCEDURE ^ (IN f: Formatter) WriteIntForm* (x: LONGINT;
base, minWidth: INTEGER; fillCh: CHAR; showBase: BOOLEAN), NEW;
PROCEDURE ^ (IN f: Formatter) WriteRealForm* (x: REAL;
precision, minW, expW: INTEGER; fillCh: CHAR), NEW;
PROCEDURE ^ (IN f: Formatter) WriteViewForm* (v: Views.View; w, h: INTEGER), NEW;
PROCEDURE (VAR f: Formatter) ConnectTo* (text: TextModels.Model), NEW;
BEGIN
IF text # NIL THEN
f.rider := text.NewWriter(f.rider); f.SetPos(text.Length())
ELSE
f.rider := NIL
END
END ConnectTo;
PROCEDURE (IN f: Formatter) SetPos* (pos: INTEGER), NEW;
BEGIN
f.rider.SetPos(pos)
END SetPos;
PROCEDURE (IN f: Formatter) Pos* (): INTEGER, NEW;
BEGIN
RETURN f.rider.Pos()
END Pos;
PROCEDURE (IN f: Formatter) WriteChar* (x: CHAR), NEW;
BEGIN
IF (x >= " ") & (x # 7FX) THEN
f.rider.WriteChar(x)
ELSE
f.rider.WriteChar(" ");
f.WriteIntForm(ORD(x), charCode, 3, "0", showBase);
f.rider.WriteChar(" ")
END
END WriteChar;
PROCEDURE (IN f: Formatter) WriteInt* (x: LONGINT), NEW;
BEGIN
f.WriteIntForm(x, decimal, 0, TextModels.digitspace, hideBase)
END WriteInt;
PROCEDURE (IN f: Formatter) WriteSString* (x: ARRAY OF SHORTCHAR), NEW;
VAR i: INTEGER;
BEGIN
i := 0; WHILE x[i] # 0X DO f.WriteChar(x[i]); INC(i) END
END WriteSString;
PROCEDURE (IN f: Formatter) WriteString* (x: ARRAY OF CHAR), NEW;
VAR i: INTEGER;
BEGIN
i := 0; WHILE x[i] # 0X DO f.WriteChar(x[i]); INC(i) END
END WriteString;
PROCEDURE (IN f: Formatter) WriteReal* (x: REAL), NEW;
VAR m: ARRAY 256 OF CHAR;
BEGIN
Strings.RealToString(x, m); f.WriteString(m)
END WriteReal;
PROCEDURE (IN f: Formatter) WriteBool* (x: BOOLEAN), NEW;
BEGIN
IF x THEN f.WriteString("$TRUE") ELSE f.WriteString("$FALSE") END
END WriteBool;
PROCEDURE (IN f: Formatter) WriteSet* (x: SET), NEW;
VAR str: ARRAY 128 OF CHAR;
BEGIN
Strings.SetToString(x, str); f.WriteString(str)
END WriteSet;
PROCEDURE (IN f: Formatter) WriteTab*, NEW;
BEGIN
f.rider.WriteChar(TAB)
END WriteTab;
PROCEDURE (IN f: Formatter) WriteLn*, NEW;
BEGIN
f.rider.WriteChar(LINE)
END WriteLn;
PROCEDURE (IN f: Formatter) WritePara*, NEW;
BEGIN
f.rider.WriteChar(PARA)
END WritePara;
PROCEDURE (IN f: Formatter) WriteView* (v: Views.View), NEW;
BEGIN
f.WriteViewForm(v, Views.undefined, Views.undefined)
END WriteView;
PROCEDURE (IN f: Formatter) WriteIntForm* (x: LONGINT;
base, minWidth: INTEGER; fillCh: CHAR; showBase: BOOLEAN
), NEW;
VAR s: ARRAY 80 OF CHAR;
BEGIN
Strings.IntToStringForm(x, base, minWidth, fillCh, showBase, s);
f.WriteString(s)
END WriteIntForm;
PROCEDURE (IN f: Formatter) WriteRealForm* (x: REAL;
precision, minW, expW: INTEGER; fillCh: CHAR
), NEW;
VAR s: ARRAY 256 OF CHAR;
BEGIN
Strings.RealToStringForm(x, precision, minW, expW, fillCh, s); f.WriteString(s)
END WriteRealForm;
PROCEDURE (IN f: Formatter) WriteViewForm* (v: Views.View; w, h: INTEGER), NEW;
BEGIN
f.rider.WriteView(v, w, h)
END WriteViewForm;
PROCEDURE (IN f: Formatter) WriteParamMsg* (msg, p0, p1, p2: ARRAY OF CHAR), NEW;
VAR s: ARRAY 256 OF CHAR; i: INTEGER; ch: CHAR;
BEGIN
Dialog.MapParamString(msg, p0, p1, p2, s);
i := 0; ch := s[0];
WHILE ch # 0X DO
IF ch = LINE THEN f.WriteLn
ELSIF ch = PARA THEN f.WritePara
ELSIF ch = TAB THEN f.WriteTab
ELSIF ch >= " " THEN f.WriteChar(ch)
END;
INC(i); ch := s[i]
END
END WriteParamMsg;
PROCEDURE (IN f: Formatter) WriteMsg* (msg: ARRAY OF CHAR), NEW;
BEGIN
f.WriteParamMsg(msg, "", "", "")
END WriteMsg;
END TextMappers.
| Text/Mod/Mappers.odc |
MODULE TextModels;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems, Anton Dmitriev"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20211026, ad, fixed error in reader initialization
-
"
issues = "
- ...
"
**)
(* re-check alien attributes: project to base attributes? *)
(* support *lists* of attribute extensions? *)
(* support for enumeration of texts within embedded views
- generally: support for enumeration of X-views within a recursive scheme?
- however: Containers already provides a general iteration scheme
-> could add recursion support to Reader later
*)
IMPORT
Files, Services, Fonts, Ports, Stores, Models, Views, Properties, Containers;
(* text file format:
text = 0 CHAR
textoffset INTEGER (> 0)
{ run }
-1 CHAR
{ char }
run = attrno BYTE (0..32)
[ attr ] attr.Internalize
( piece | lpiece | viewref )
piece = length INTEGER (> 0)
lpiece = -length INTEGER (< 0, length MOD 2 = 0)
viewref = 0 INTEGER
w INTEGER
h INTEGER
view view.Internalize
*)
CONST
(* unicode* = 1X; *)
viewcode* = 2X; (** code for embedded views **)
tab* = 9X; line* = 0DX; para* = 0EX; (** tabulator; line and paragraph separator **)
zwspace* = 8BX; nbspace* = 0A0X; digitspace* = 8FX;
hyphen* = 90X; nbhyphen* = 91X; softhyphen* = 0ADX;
(** Pref.opts, options of text-aware views **)
maskChar* = 0; hideable* = 1;
(** Prop.known/valid/readOnly **)
offset* = 0; code* = 1;
(** InfoMsg.op **)
store* = 0;
(** UpdateMsg.op **)
replace* = 0; insert* = 1; delete* = 2;
(* EditOp.mode *)
deleteRange = 0; moveBuf = 1; writeSChar = 2; writeChar = 3; writeView = 4;
dictSize = 32;
point = Ports.point;
defW = 64 * point; defH = 32 * point;
(* embedding limits - don't increase maxHeight w/o checking TextViews.StdView *)
minWidth = 5 * point; maxWidth = MAX(INTEGER) DIV 2;
minHeight = 5 * point; maxHeight = 1500 * point;
minVersion = 0; maxAttrVersion = 0; maxModelVersion = 0;
noLCharStdModelVersion = 0; maxStdModelVersion = 1;
cacheWidth = 8; cacheLen = 4096; cacheLine = 128;
TYPE
Model* = POINTER TO ABSTRACT RECORD (Containers.Model) END;
Attributes* = POINTER TO EXTENSIBLE RECORD (Stores.Store)
init-: BOOLEAN; (* immutable once init is set *)
color-: Ports.Color;
font-: Fonts.Font;
offset-: INTEGER
END;
AlienAttributes* = POINTER TO RECORD (Attributes)
store-: Stores.Alien
END;
Prop* = POINTER TO RECORD (Properties.Property)
offset*: INTEGER;
code*: CHAR
END;
Context* = POINTER TO ABSTRACT RECORD (Models.Context) END;
Pref* = RECORD (Properties.Preference)
opts*: SET; (** preset to {} **)
mask*: CHAR (** valid if maskChar IN opts **)
END;
Reader* = POINTER TO ABSTRACT RECORD
eot*: BOOLEAN;
attr*: Attributes;
char*: CHAR;
view*: Views.View;
w*, h*: INTEGER
END;
Writer* = POINTER TO ABSTRACT RECORD
attr-: Attributes
END;
InfoMsg* = RECORD (Models.Message)
op*: INTEGER
END;
UpdateMsg* = RECORD (Models.UpdateMsg)
op*: INTEGER;
beg*, end*, delta*: INTEGER (** range: [beg, end); length = length' + delta **)
END;
Directory* = POINTER TO ABSTRACT RECORD
attr-: Attributes
END;
Run = POINTER TO EXTENSIBLE RECORD
prev, next: Run;
len: INTEGER;
attr: Attributes
END;
LPiece = POINTER TO EXTENSIBLE RECORD (Run)
file: Files.File;
org: INTEGER
END;
Piece = POINTER TO RECORD (LPiece) END; (* u IS Piece => CHAR run *)
ViewRef = POINTER TO RECORD (Run) (* u IS ViewRef => View run *)
w, h: INTEGER;
view: Views.View (* embedded view *)
END;
PieceCache = RECORD
org: INTEGER;
prev: Run (* Org(prev.next) = org *)
END;
SpillFile = POINTER TO RECORD
file: Files.File; (* valid if file # NIL *)
len: INTEGER; (* len = file.Length() *)
writer: Files.Writer (* writer.Base() = file *)
END;
AttrDict = RECORD
len: BYTE;
attr: ARRAY dictSize OF Attributes
END;
StdModel = POINTER TO RECORD (Model)
len: INTEGER; (* len = sum(u : [trailer.next, trailer) : u.len) *)
id: INTEGER; (* unique (could use SYSTEM.ADR instead ...) *)
era: INTEGER; (* stable era >= k *)
trailer: Run; (* init => trailer # NIL *)
pc: PieceCache;
spill: SpillFile; (* spill file, created lazily, shared with clones *)
rd: Reader (* reader cache *)
END;
StdContext = POINTER TO RECORD (Context)
text: StdModel;
ref: ViewRef
END;
StdReader = POINTER TO RECORD (Reader)
base: StdModel; (* base = Base() *)
pos: INTEGER; (* pos = Pos() *)
era: INTEGER;
run: Run; (* era = base.era => Pos(run) + off = pos *)
off: INTEGER; (* era = base.era => 0 <= off < run.len *)
reader: Files.Reader (* file reader cache *)
END;
StdWriter = POINTER TO RECORD (Writer)
base: StdModel; (* base = Base() *)
(* hasSequencer := base.Domain() = NIL OR base.Domain().GetSequencer() = NIL *)
pos: INTEGER; (* pos = Pos() *)
era: INTEGER; (* relevant iff hasSequencer *)
run: Run (* hasSequencer & era = base.era => Pos(run) = pos *)
END;
StdDirectory = POINTER TO RECORD (Directory) END;
MoveOp = POINTER TO RECORD (Stores.Operation) (* MoveStretchFrom *)
(* move src.[beg, end) to dest.pos *)
src: StdModel;
beg, end: INTEGER;
dest: StdModel;
pos: INTEGER
END;
EditOp = POINTER TO RECORD (Stores.Operation) (* CopyStretchFrom, Delete, WriteXXX *)
mode: INTEGER;
canBunch: BOOLEAN;
text: StdModel;
beg, end: INTEGER; (* op = deleteRange: move text.[beg, end) to <first, last> *)
pos: INTEGER;
first, last: Run; (* op = moveBuf: move <first, last> to text.pos;
op = writeView: insert <first> at text.pos*)
len: INTEGER; (* op = moveBuf: length of <first, last>;
op = write[L]Char: length of spill file before writing new [long] char *)
attr: Attributes (* op = write[L]Char *)
END;
AttrList = POINTER TO RECORD
next: AttrList;
len: INTEGER;
attr: Attributes
END;
SetAttrOp = POINTER TO RECORD (Stores.Operation) (* SetAttr, Modify *)
text: StdModel;
beg: INTEGER;
list: AttrList
END;
ResizeViewOp = POINTER TO RECORD (Stores.Operation) (* ResizeView *)
text: StdModel;
pos: INTEGER;
ref: ViewRef;
w, h: INTEGER
END;
ReplaceViewOp = POINTER TO RECORD (Stores.Operation) (* ReplaceView *)
text: StdModel;
pos: INTEGER;
ref: ViewRef;
new: Views.View
END;
TextCache = RECORD
id: INTEGER; (* id of the text block served by this cache block *)
beg, end: INTEGER; (* [beg .. end) cached, 0 <= end - beg < cacheLen *)
buf: ARRAY cacheLen OF BYTE (* [beg MOD cacheLen .. end MOD cacheLen) *)
END;
Cache = ARRAY cacheWidth OF TextCache;
VAR
dir-, stdDir-: Directory;
stdProp: Properties.StdProp; (* temp for NewColor, ... NewWeight *)
prop: Prop; (* temp for NewOffset *)
nextId: INTEGER;
cache: Cache;
(** Model **)
PROCEDURE (m: Model) Internalize- (VAR rd: Stores.Reader), EXTENSIBLE;
VAR thisVersion: INTEGER;
BEGIN
m.Internalize^(rd); IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxModelVersion, thisVersion)
END Internalize;
PROCEDURE (m: Model) Externalize- (VAR wr: Stores.Writer), EXTENSIBLE;
BEGIN
m.Externalize^(wr);
wr.WriteVersion(maxModelVersion)
END Externalize;
PROCEDURE (m: Model) Length* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (m: Model) NewReader* (old: Reader): Reader, NEW, ABSTRACT;
PROCEDURE (m: Model) NewWriter* (old: Writer): Writer, NEW, ABSTRACT;
PROCEDURE (m: Model) InsertCopy* (pos: INTEGER; m0: Model; beg0, end0: INTEGER), NEW, ABSTRACT;
PROCEDURE (m: Model) Insert* (pos: INTEGER; m0: Model; beg0, end0: INTEGER), NEW, ABSTRACT;
PROCEDURE (m: Model) Delete* (beg, end: INTEGER), NEW, ABSTRACT;
PROCEDURE (m: Model) SetAttr* (beg, end: INTEGER; attr: Attributes), NEW, ABSTRACT;
PROCEDURE (m: Model) Prop* (beg, end: INTEGER): Properties.Property, NEW, ABSTRACT;
PROCEDURE (m: Model) Modify* (beg, end: INTEGER; old, p: Properties.Property), NEW, ABSTRACT;
PROCEDURE (m: Model) ReplaceView* (old, new: Views.View), ABSTRACT;
PROCEDURE (m: Model) Append* (m0: Model), NEW, ABSTRACT;
(*
BEGIN
ASSERT(m # m0, 20);
m.Insert(m.Length(), m0, 0, m0.Length())
END Append;
*)
PROCEDURE (m: Model) Replace* (beg, end: INTEGER; m0: Model; beg0, end0: INTEGER),
NEW, ABSTRACT;
(*
VAR script: Stores.Operation; delta: INTEGER;
BEGIN
Models.BeginScript(m, "#System:Replacing", script);
m.Delete(beg, end);
IF beg0 >
m.Insert(beg, m0, beg0, end0);
Models.EndScript(m, script)
END Replace;
*)
(** Attributes **)
PROCEDURE (a: Attributes) CopyFrom- (source: Stores.Store), EXTENSIBLE;
(** pre: ~a.init, source.init **)
(** post: a.init **)
BEGIN
WITH source: Attributes DO
ASSERT(~a.init, 20); ASSERT(source.init, 21); a.init := TRUE;
a.color := source.color; a.font := source.font; a.offset := source.offset
END
END CopyFrom;
PROCEDURE (a: Attributes) Internalize- (VAR rd: Stores.Reader), EXTENSIBLE;
(** pre: ~a.init **)
(** post: a.init **)
VAR thisVersion: INTEGER;
fprint: INTEGER; face: Fonts.Typeface; size: INTEGER; style: SET; weight: INTEGER;
BEGIN
ASSERT(~a.init, 20); a.init := TRUE;
a.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxAttrVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
rd.ReadInt(a.color);
rd.ReadInt(fprint);
rd.ReadXString(face); rd.ReadInt(size); rd.ReadSet(style); rd.ReadXInt(weight);
a.font := Fonts.dir.This(face, size, style, weight);
IF a.font.IsAlien() THEN Stores.Report("#System:AlienFont", face, "", "")
(*
ELSIF a.font.Fingerprint() # fprint THEN Stores.Report("#System:AlienFontVersion", face, "", "")
*)
END;
rd.ReadInt(a.offset)
END Internalize;
PROCEDURE (a: Attributes) Externalize- (VAR wr: Stores.Writer), EXTENSIBLE;
(** pre: a.init **)
VAR f: Fonts.Font;
BEGIN
ASSERT(a.init, 20);
a.Externalize^(wr);
wr.WriteVersion(maxAttrVersion);
wr.WriteInt(a.color);
f := a.font;
(*
wr.WriteInt(f.Fingerprint());
*)
wr.WriteInt(0);
wr.WriteXString(f.typeface); wr.WriteInt(f.size); wr.WriteSet(f.style); wr.WriteXInt(f.weight);
wr.WriteInt(a.offset)
END Externalize;
PROCEDURE (a: Attributes) InitFromProp* (p: Properties.Property), NEW, EXTENSIBLE;
(** pre: ~a.init **)
(** post: a.init, x IN p.valid => x set in a, else x defaults in a **)
VAR def: Fonts.Font; face: Fonts.Typeface; size: INTEGER; style: SET; weight: INTEGER;
BEGIN
ASSERT(~a.init, 20); a.init := TRUE;
def := Fonts.dir.Default();
face := def.typeface$; size := def.size; style := def.style; weight := def.weight;
a.color := Ports.defaultColor; a.offset := 0;
WHILE p # NIL DO
WITH p: Properties.StdProp DO
IF Properties.color IN p.valid THEN a.color := p.color.val END;
IF Properties.typeface IN p.valid THEN face := p.typeface END;
IF (Properties.size IN p.valid)
& (Ports.point <= p.size) & (p.size <= 32767 * Ports.point) THEN
size := p.size
END;
IF Properties.style IN p.valid THEN
style := style - p.style.mask + p.style.val * p.style.mask
END;
IF (Properties.weight IN p.valid) & (1 <= p.weight) & (p.weight <= 1000) THEN
weight := p.weight
END
| p: Prop DO
IF offset IN p.valid THEN a.offset := p.offset END
ELSE
END;
p := p.next
END;
a.font := Fonts.dir.This(face, size, style, weight)
END InitFromProp;
PROCEDURE (a: Attributes) Equals* (b: Attributes): BOOLEAN, NEW, EXTENSIBLE;
(** pre: a.init, b.init **)
BEGIN
ASSERT(a.init, 20); ASSERT((b # NIL) & b.init, 21);
RETURN (a = b)
OR (Services.SameType(a, b))
& (a.color = b.color) & (a.font = b.font) & (a.offset = b.offset)
END Equals;
PROCEDURE (a: Attributes) Prop* (): Properties.Property, NEW, EXTENSIBLE;
(** pre: a.init **)
VAR p: Properties.Property; sp: Properties.StdProp; tp: Prop;
BEGIN
ASSERT(a.init, 20);
NEW(sp);
sp.known := {Properties.color .. Properties.weight}; sp.valid := sp.known;
sp.color.val := a.color;
sp.typeface := a.font.typeface$;
sp.size := a.font.size;
sp.style.mask := {Fonts.italic, Fonts.underline, Fonts.strikeout};
sp.style.val := a.font.style * sp.style.mask;
sp.weight := a.font.weight;
NEW(tp);
tp.known := {offset}; tp.valid := tp.known;
tp.offset := a.offset;
Properties.Insert(p, tp); Properties.Insert(p, sp);
RETURN p
END Prop;
PROCEDURE (a: Attributes) ModifyFromProp- (p: Properties.Property), NEW, EXTENSIBLE;
(** pre: ~a.init **)
VAR face: Fonts.Typeface; size: INTEGER; style: SET; weight: INTEGER;
valid: SET;
BEGIN
face := a.font.typeface; size := a.font.size;
style := a.font.style; weight := a.font.weight;
WHILE p # NIL DO
valid := p.valid;
WITH p: Properties.StdProp DO
IF Properties.color IN valid THEN a.color := p.color.val END;
IF Properties.typeface IN valid THEN
face := p.typeface
END;
IF (Properties.size IN valid)
& (Ports.point <= p.size) & (p.size <= 32767 * Ports.point) THEN
size := p.size
ELSE EXCL(valid, Properties.size)
END;
IF Properties.style IN valid THEN
style := style - p.style.mask + p.style.val * p.style.mask
END;
IF (Properties.weight IN valid) & (1 <= p.weight) & (p.weight <= 1000) THEN
weight := p.weight
ELSE EXCL(valid, Properties.weight)
END;
IF valid - {Properties.typeface .. Properties.weight} # valid THEN
a.font := Fonts.dir.This(face, size, style, weight)
END
| p: Prop DO
IF offset IN valid THEN a.offset := p.offset END
ELSE
END;
p := p.next
END
END ModifyFromProp;
PROCEDURE ReadAttr* (VAR rd: Stores.Reader; VAR a: Attributes);
VAR st: Stores.Store; alien: AlienAttributes;
BEGIN
rd.ReadStore(st); ASSERT(st # NIL, 20);
IF st IS Stores.Alien THEN
NEW(alien); alien.store := st(Stores.Alien); Stores.Join(alien, alien.store);
alien.InitFromProp(NIL); a := alien;
Stores.Report("#Text:AlienAttributes", "", "", "")
ELSE a := st(Attributes)
END
END ReadAttr;
PROCEDURE WriteAttr* (VAR wr: Stores.Writer; a: Attributes);
BEGIN
ASSERT(a # NIL, 20); ASSERT(a.init, 21);
WITH a: AlienAttributes DO wr.WriteStore(a.store) ELSE wr.WriteStore(a) END
END WriteAttr;
PROCEDURE ModifiedAttr* (a: Attributes; p: Properties.Property): Attributes;
(** pre: a.init **)
(** post: x IN p.valid => x in new attr set to value in p, else set to value in a **)
VAR h: Attributes;
BEGIN
ASSERT(a.init, 20);
h := Stores.CopyOf(a)(Attributes); h.ModifyFromProp(p);
RETURN h
END ModifiedAttr;
(** AlienAttributes **)
PROCEDURE (a: AlienAttributes) Externalize- (VAR wr: Stores.Writer);
BEGIN
HALT(100)
END Externalize;
PROCEDURE (a: AlienAttributes) CopyFrom- (source: Stores.Store);
BEGIN
a.CopyFrom^(source);
a.store := Stores.CopyOf(source(AlienAttributes).store)(Stores.Alien);
Stores.Join(a, a.store)
END CopyFrom;
PROCEDURE (a: AlienAttributes) Prop* (): Properties.Property;
BEGIN
RETURN NIL
END Prop;
PROCEDURE (a: AlienAttributes) ModifyFromProp- (p: Properties.Property);
END ModifyFromProp;
(** Prop **)
PROCEDURE (p: Prop) IntersectWith* (q: Properties.Property; OUT equal: BOOLEAN);
VAR valid: SET;
BEGIN
WITH q: Prop DO
valid := p.valid * q.valid; equal := TRUE;
IF p.offset # q.offset THEN EXCL(valid, offset) END;
IF p.code # q.code THEN EXCL(valid, code) END;
IF p.valid # valid THEN p.valid := valid; equal := FALSE END
END
END IntersectWith;
(** Context **)
PROCEDURE (c: Context) ThisModel* (): Model, ABSTRACT;
PROCEDURE (c: Context) Pos* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (c: Context) Attr* (): Attributes, NEW, ABSTRACT;
(** Reader **)
PROCEDURE (rd: Reader) Base* (): Model, NEW, ABSTRACT;
PROCEDURE (rd: Reader) SetPos* (pos: INTEGER), NEW, ABSTRACT;
PROCEDURE (rd: Reader) Pos* (): INTEGER, NEW, ABSTRACT;
PROCEDURE (rd: Reader) Read*, NEW, ABSTRACT;
PROCEDURE (rd: Reader) ReadPrev*, NEW, ABSTRACT;
PROCEDURE (rd: Reader) ReadChar* (OUT ch: CHAR), NEW, ABSTRACT;
(*
BEGIN
rd.Read; ch := rd.char
END ReadChar;
*)
PROCEDURE (rd: Reader) ReadPrevChar* (OUT ch: CHAR), NEW, ABSTRACT;
(*
BEGIN
rd.ReadPrev; ch := rd.char
END ReadPrevChar;
*)
PROCEDURE (rd: Reader) ReadView* (OUT v: Views.View), NEW, ABSTRACT;
(*
BEGIN
REPEAT rd.Read UNTIL (rd.view # NIL) OR rd.eot;
v := rd.view
END ReadView;
*)
PROCEDURE (rd: Reader) ReadPrevView* (OUT v: Views.View), NEW, ABSTRACT;
(*
BEGIN
REPEAT rd.ReadPrev UNTIL (rd.view # NIL) OR rd.eot;
v := rd.view
END ReadPrevView;
*)
PROCEDURE (rd: Reader) ReadRun* (OUT attr: Attributes), NEW, ABSTRACT;
(** post: rd.eot OR a # NIL, rd.view = ViewAt(rd.Pos() - 1) **)
(*
VAR a: Attributes;
BEGIN
a := rd.attr;
REPEAT rd.Read UNTIL (rd.attr # a) OR (rd.view # NIL) OR rd.eot;
IF rd.eot THEN attr := NIL ELSE attr := rd.attr END
END ReadRun;
*)
PROCEDURE (rd: Reader) ReadPrevRun* (OUT attr: Attributes), NEW, ABSTRACT;
(** post: rd.eot OR a # NIL, rd.view = ViewAt(rd.Pos()) **)
(*
VAR a: Attributes;
BEGIN
a := rd.attr;
REPEAT rd.ReadPrev UNTIL (rd.attr # a) OR (rd.view # NIL) OR rd.eot;
IF rd.eot THEN attr := NIL ELSE attr := rd.attr END
END ReadPrevRun;
*)
(** Writer **)
PROCEDURE (wr: Writer) Base* (): Model, NEW, ABSTRACT;
PROCEDURE (wr: Writer) SetPos* (pos: INTEGER), NEW, ABSTRACT;
PROCEDURE (wr: Writer) Pos* (): INTEGER, NEW, ABSTRACT;
(* PROCEDURE (wr: Writer) WriteSChar* (ch: SHORTCHAR), NEW, ABSTRACT; *)
PROCEDURE (wr: Writer) WriteChar* (ch: CHAR), NEW, ABSTRACT;
PROCEDURE (wr: Writer) WriteView* (view: Views.View; w, h: INTEGER), NEW, ABSTRACT;
PROCEDURE (wr: Writer) SetAttr* (attr: Attributes), NEW(*, EXTENSIBLE*);
BEGIN
ASSERT(attr # NIL, 20); ASSERT(attr.init, 21); wr.attr := attr
END SetAttr;
(** Directory **)
PROCEDURE (d: Directory) New* (): Model, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewFromString* (s: ARRAY OF CHAR): Model, NEW, EXTENSIBLE;
VAR m: Model; w: Writer; i: INTEGER;
BEGIN
m := d.New(); w := m.NewWriter(NIL);
i := 0; WHILE s[i] # 0X DO w.WriteChar(s[i]); INC(i) END;
RETURN m
END NewFromString;
PROCEDURE (d: Directory) SetAttr* (attr: Attributes), NEW, EXTENSIBLE;
BEGIN
ASSERT(attr.init, 20); d.attr := attr
END SetAttr;
(* StdModel - foundation *)
PROCEDURE OpenSpill (s: SpillFile);
BEGIN
s.file := Files.dir.Temp(); s.len := 0;
s.writer := s.file.NewWriter(NIL)
END OpenSpill;
PROCEDURE Find (t: StdModel; VAR pos: INTEGER; VAR u: Run; VAR off: INTEGER);
(* post: 0 <= pos <= t.len, 0 <= off < u.len, Pos(u) + off = pos *)
(* Read/Write rely on Find to force pos into the legal range *)
VAR v: Run; m: INTEGER;
BEGIN
IF pos < 0 THEN pos := 0 END;
IF pos >= t.len THEN
u := t.trailer; off := 0; t.pc.prev := t.trailer; t.pc.org := 0
ELSE
v := t.pc.prev.next; m := pos - t.pc.org;
IF m >= 0 THEN
WHILE m >= v.len DO DEC(m, v.len); v := v.next END
ELSE
WHILE m < 0 DO v := v.prev; INC(m, v.len) END
END;
u := v; off := m; t.pc.prev := v.prev; t.pc.org := pos - m
END
END Find;
PROCEDURE Split (off: INTEGER; VAR u, un: Run);
(* pre: 0 <= off <= u.len *)
(* post: u.len = off, u.len + un.len = u'.len, Pos(u) + u.len = Pos(un) *)
VAR lp: LPiece; sp: Piece;
BEGIN
IF off = 0 THEN un := u; u := un.prev (* "split" at left edge of run *)
ELSIF off < u.len THEN (* u.len > 1 => u IS LPiece; true split *)
WITH u: Piece DO
NEW(sp); sp^ := u^; INC(sp.org, off);
un := sp
ELSE (* u IS LPiece) & ~(u IS Piece) *)
NEW(lp);
lp.prev := u.prev; lp.next := u.next; lp.len := u.len; lp.attr := u.attr;
lp.file := u(LPiece).file; lp.org := u(LPiece).org;
INC(lp.org, 2 * off);
un := lp
END;
DEC(un.len, off); DEC(u.len, un.len);
un.prev := u; un.next := u.next; un.next.prev := un; u.next := un
ELSIF off = u.len THEN un := u.next (* "split" at right edge of run *)
ELSE HALT(100)
END
END Split;
PROCEDURE Merge (t: StdModel; u: Run; VAR v: Run);
VAR p, q: LPiece;
BEGIN
WITH u: Piece DO
IF (v IS Piece) & ((u.attr = v.attr) OR u.attr.Equals(v.attr)) THEN
p := u; q := v(Piece);
IF (p.file = q.file) & (p.org + p.len = q.org) THEN
IF t.pc.prev = p THEN INC(t.pc.org, q.len)
ELSIF t.pc.prev = q THEN t.pc.prev := t.trailer; t.pc.org := 0
END;
INC(p.len, q.len); v := v.next
END
END
| u: LPiece DO (* ~(u IS Piece) *)
IF (v IS LPiece) & ~(v IS Piece) & ((u.attr = v.attr) OR u.attr.Equals(v.attr)) THEN
p := u(LPiece); q := v(LPiece);
IF (p.file = q.file) & (p.org + 2 * p.len = q.org) THEN
IF t.pc.prev = p THEN INC(t.pc.org, q.len)
ELSIF t.pc.prev = q THEN t.pc.prev := t.trailer; t.pc.org := 0
END;
INC(p.len, q.len); v := v.next
END
END
ELSE (* ignore: can't merge ViewRef runs *)
END
END Merge;
PROCEDURE Splice (un, v, w: Run); (* (u, un) -> (u, v ... w, un) *)
VAR u: Run;
BEGIN
IF v # w.next THEN (* non-empty stretch v ... w *)
u := un.prev;
u.next := v; v.prev := u; un.prev := w; w.next := un
END
END Splice;
PROCEDURE NewContext (r: ViewRef; text: StdModel): StdContext;
VAR c: StdContext;
BEGIN
NEW(c); c.text := text; c.ref := r;
Stores.Join(text, r.view);
RETURN c
END NewContext;
PROCEDURE CopyOfPiece (p: LPiece): LPiece;
VAR lp: LPiece; sp: Piece;
BEGIN
WITH p: Piece DO NEW(sp); sp^ := p^; RETURN sp
ELSE
NEW(lp);
lp.prev := p.prev; lp.next := p.next; lp.len := p.len; lp.attr := p.attr;
lp.file := p(LPiece).file; lp.org := p(LPiece).org;
RETURN lp
END
END CopyOfPiece;
PROCEDURE CopyOfViewRef (r: ViewRef; text: StdModel): ViewRef;
VAR v: ViewRef;
BEGIN
NEW(v); v^ := r^;
v.view := Views.CopyOf(r.view, Views.deep);
v.view.InitContext(NewContext(v, text));
RETURN v
END CopyOfViewRef;
PROCEDURE InvalCache (t: StdModel; pos: INTEGER);
VAR n: INTEGER;
BEGIN
n := t.id MOD cacheWidth;
IF cache[n].id = t.id THEN
IF pos <= cache[n].beg THEN cache[n].beg := 0; cache[n].end := 0
ELSIF pos < cache[n].end THEN cache[n].end := pos
END
END
END InvalCache;
PROCEDURE StdInit (t: StdModel);
VAR u: Run;
BEGIN
IF t.trailer = NIL THEN
NEW(u); u.len := MAX(INTEGER); u.attr := NIL; u.next := u; u.prev := u;
t.len := 0; t.id := nextId; INC(nextId); t.era := 0; t.trailer := u;
t.pc.prev := u; t.pc.org := 0;
IF t.spill = NIL THEN NEW(t.spill) END
END
END StdInit;
PROCEDURE CopyOf (src: StdModel; beg, end: INTEGER; dst: StdModel): StdModel;
VAR buf: StdModel; u, v, r, z, zn: Run; ud, vd: INTEGER;
BEGIN
ASSERT(beg < end, 20);
buf := Containers.CloneOf(dst)(StdModel);
ASSERT(buf.Domain() = NIL, 100);
Find(src, beg, u, ud); Find(src, end, v, vd);
z := buf.trailer; r := u;
WHILE r # v DO
WITH r: LPiece DO (* Piece or LPiece *)
zn := CopyOfPiece(r); DEC(zn.len, ud);
IF zn IS Piece THEN INC(zn(LPiece).org, ud) ELSE INC(zn(LPiece).org, 2 * ud) END
| r: ViewRef DO
zn := CopyOfViewRef(r, buf)
ELSE (* ignore *)
END;
z.next := zn; zn.prev := z; z := zn; r := r.next; ud := 0
END;
IF vd > 0 THEN (* v IS LPiece *)
zn := CopyOfPiece(v(LPiece)); zn.len := vd - ud;
IF zn IS Piece THEN INC(zn(LPiece).org, ud) ELSE INC(zn(LPiece).org, 2 * ud) END;
z.next := zn; zn.prev := z; z := zn
END;
z.next := buf.trailer; buf.trailer.prev := z;
buf.len := end - beg;
RETURN buf
END CopyOf;
PROCEDURE ProjectionOf (src: Model; beg, end: INTEGER; dst: StdModel): StdModel;
(* rider-conversion to eliminate covariance conflicts in binary operations *)
VAR buf: StdModel; rd: Reader; wr: Writer;
BEGIN
rd := src.NewReader(NIL); rd.SetPos(beg);
buf := Containers.CloneOf(dst)(StdModel); ASSERT(buf.Domain() = NIL, 100);
wr := buf.NewWriter(NIL);
WHILE beg < end DO
INC(beg);
rd.Read; wr.SetAttr(rd.attr);
IF rd.view # NIL THEN
wr.WriteView(Views.CopyOf(rd.view, Views.deep), rd.w, rd.h)
ELSE
wr.WriteChar(rd.char)
END
END;
RETURN buf
END ProjectionOf;
PROCEDURE Move (src: StdModel; beg, end: INTEGER; dest: StdModel; pos: INTEGER);
VAR pc: PieceCache; view: Views.View;
u, un, v, vn, w, wn: Run; ud, vd, wd: INTEGER;
(*initDom: BOOLEAN; newDom, dom: Stores.Domain;*)
upd: UpdateMsg; neut: Models.NeutralizeMsg;
BEGIN
Models.Broadcast(src, neut);
Find(src, beg, u, ud); Split(ud, u, un); pc := src.pc;
Find(src, end, v, vd); Split(vd, v, vn); src.pc := pc;
Merge(src, u, vn); u.next := vn; vn.prev := u;
DEC(src.len, end - beg);
InvalCache(src, beg);
INC(src.era);
upd.op := delete; upd.beg := beg; upd.end := beg + 1; upd.delta := beg - end;
Models.Broadcast(src, upd);
IF src = dest THEN
IF pos > end THEN DEC(pos, end - beg) END
ELSE
(*newDom := dest.Domain(); initDom := (src.Domain() = NIL) & (newDom # NIL);*)
w := un;
WHILE w # vn DO
(*
IF initDom THEN
dom := w.attr.Domain();
IF (dom # NIL) & (dom # newDom) THEN
w.attr := Stores.CopyOf(w.attr)(Attributes)
END;
Stores.InitDomain(w.attr, newDom)
END;
*)
IF ~Stores.Joined(dest, w.attr) THEN
IF ~Stores.Unattached(w.attr) THEN
w.attr := Stores.CopyOf(w.attr)(Attributes)
END;
Stores.Join(dest, w.attr)
END;
WITH w: ViewRef DO
view := w.view;
(*IF initDom THEN Stores.InitDomain(view, newDom) END;*)
Stores.Join(dest, view);
view.context(StdContext).text := dest
ELSE
END;
w := w.next
END
END;
Find(dest, pos, w, wd); Split(wd, w, wn); Splice(wn, un, v);
v := wn.prev; Merge(dest, v, wn); v.next := wn; wn.prev := v;
wn := w.next; Merge(dest, w, wn); w.next := wn; wn.prev := w;
INC(dest.len, end - beg);
InvalCache(dest, pos);
INC(dest.era);
upd.op := insert; upd.beg := pos; upd.end := pos + end - beg; upd.delta := end - beg;
Models.Broadcast(dest, upd)
END Move;
(* StdModel - operations *)
PROCEDURE (op: MoveOp) Do;
VAR src, dest: StdModel; beg, end, pos: INTEGER; neut: Models.NeutralizeMsg;
BEGIN
src := op.src; beg := op.beg; end := op.end; dest := op.dest; pos := op.pos;
IF src = dest THEN
IF pos < beg THEN
op.pos := end; op.beg := pos; op.end := pos + end - beg
ELSE
op.pos := beg; op.beg := pos - (end - beg); op.end := pos
END
ELSE
Models.Broadcast(op.src, neut); (* destination is neutralized by sequencer *)
op.dest := src; op.src := dest;
op.pos := beg; op.beg := pos; op.end := pos + end - beg
END;
Move(src, beg, end, dest, pos)
END Do;
PROCEDURE DoMove (name: Stores.OpName;
src: StdModel; beg, end: INTEGER;
dest: StdModel; pos: INTEGER
);
VAR op: MoveOp;
BEGIN
IF (beg < end) & ((src # dest) OR ~((beg <= pos) & (pos <= end))) THEN
NEW(op);
op.src := src; op.beg := beg; op.end := end;
op.dest := dest; op.pos := pos;
Models.Do(dest, name, op)
END
END DoMove;
PROCEDURE (op: EditOp) Do;
VAR text: StdModel; (*newDom, dom: Stores.Domain;*) pc: PieceCache;
u, un, v, vn: Run; sp: Piece; lp: LPiece; r: ViewRef;
ud, vd, beg, end, pos, len: INTEGER; w, h: INTEGER;
upd: UpdateMsg;
BEGIN
text := op.text;
CASE op.mode OF
deleteRange:
beg := op.beg; end := op.end; len := end - beg;
Find(text, beg, u, ud); Split(ud, u, un); pc := text.pc;
Find(text, end, v, vd); Split(vd, v, vn); text.pc := pc;
Merge(text, u, vn); u.next := vn; vn.prev := u;
DEC(text.len, len);
InvalCache(text, beg);
INC(text.era);
op.mode := moveBuf; op.canBunch := FALSE;
op.pos := beg; op.first := un; op.last := v; op.len := len;
upd.op := delete; upd.beg := beg; upd.end := beg + 1; upd.delta := -len;
Models.Broadcast(text, upd)
| moveBuf:
pos := op.pos;
Find(text, pos, u, ud); Split(ud, u, un); Splice(un, op.first, op.last);
INC(text.len, op.len);
InvalCache(text, pos);
INC(text.era);
op.mode := deleteRange;
op.beg := pos; op.end := pos + op.len;
upd.op := insert; upd.beg := pos; upd.end := pos + op.len; upd.delta := op.len;
Models.Broadcast(text, upd)
| writeSChar:
pos := op.pos;
InvalCache(text, pos);
Find(text, pos, u, ud); Split(ud, u, un);
IF (u.attr = op.attr) & (u IS Piece) & (u(Piece).file = text.spill.file)
& (u(Piece).org + u.len = op.len) THEN
INC(u.len);
IF text.pc.org >= pos THEN INC(text.pc.org) END
ELSE
(*
newDom := text.Domain();
IF newDom # NIL THEN
dom := op.attr.Domain();
IF (dom # NIL) & (dom # newDom) THEN
op.attr := Stores.CopyOf(op.attr)(Attributes)
END;
Stores.InitDomain(op.attr, newDom)
END;
*)
IF ~Stores.Joined(text, op.attr) THEN
IF ~Stores.Unattached(op.attr) THEN
op.attr := Stores.CopyOf(op.attr)(Attributes)
END;
Stores.Join(text, op.attr)
END;
NEW(sp); u.next := sp; sp.prev := u; sp.next := un; un.prev := sp;
sp.len := 1; sp.attr := op.attr;
sp.file := text.spill.file; sp.org := op.len;
IF text.pc.org > pos THEN INC(text.pc.org) END
END;
INC(text.len); INC(text.era);
op.mode := deleteRange;
upd.op := insert; upd.beg := pos; upd.end := pos + 1; upd.delta := 1;
Models.Broadcast(text, upd)
| writeChar:
pos := op.pos;
InvalCache(text, pos);
Find(text, pos, u, ud); Split(ud, u, un);
IF (u.attr = op.attr) & (u IS LPiece) & ~(u IS Piece) & (u(LPiece).file = text.spill.file)
& (u(LPiece).org + 2 * u.len = op.len) THEN
INC(u.len);
IF text.pc.org >= pos THEN INC(text.pc.org) END
ELSE
(*
newDom := text.Domain();
IF newDom # NIL THEN
dom := op.attr.Domain();
IF (dom # NIL) & (dom # newDom) THEN
op.attr := Stores.CopyOf(op.attr)(Attributes)
END;
Stores.InitDomain(op.attr, newDom)
END;
*)
IF ~Stores.Joined(text, op.attr) THEN
IF ~Stores.Unattached(op.attr) THEN
op.attr := Stores.CopyOf(op.attr)(Attributes)
END;
Stores.Join(text, op.attr)
END;
NEW(lp); u.next := lp; lp.prev := u; lp.next := un; un.prev := lp;
lp.len := 1; lp.attr := op.attr;
lp.file := text.spill.file; lp.org := op.len;
IF text.pc.org > pos THEN INC(text.pc.org) END
END;
INC(text.len); INC(text.era);
op.mode := deleteRange;
upd.op := insert; upd.beg := pos; upd.end := pos + 1; upd.delta := 1;
Models.Broadcast(text, upd)
| writeView:
pos := op.pos; r := op.first(ViewRef);
InvalCache(text, pos);
Find(text, pos, u, ud); Split(ud, u, un);
u.next := r; r.prev := u; r.next := un; un.prev := r;
INC(text.len); INC(text.era);
r.view.InitContext(NewContext(r, text));
(* Stores.InitDomain(r.view, text.Domain()); *)
Stores.Join(text, r.view);
w := r.w; h := r.h; r.w := defW; r.h := defH;
Properties.PreferredSize(r.view, minWidth, maxWidth, minHeight, maxHeight,
defW, defH, w, h
);
r.w := w; r.h := h;
op.mode := deleteRange;
upd.op := insert; upd.beg := pos; upd.end := pos + 1; upd.delta := 1;
Models.Broadcast(text, upd)
END
END Do;
PROCEDURE GetWriteOp (t: StdModel; pos: INTEGER; VAR op: EditOp; VAR bunch: BOOLEAN);
VAR last: Stores.Operation;
BEGIN
last := Models.LastOp(t);
IF (last # NIL) & (last IS EditOp) THEN
op := last(EditOp);
bunch := op.canBunch & (op.end = pos)
ELSE bunch := FALSE
END;
IF bunch THEN
INC(op.end)
ELSE
NEW(op); op.canBunch := TRUE;
op.text := t; op.beg := pos; op.end := pos + 1
END;
op.pos := pos
END GetWriteOp;
PROCEDURE SetPreferredSize (t: StdModel; v: Views.View);
VAR minW, maxW, minH, maxH, w, h: INTEGER;
BEGIN
t.GetEmbeddingLimits(minW, maxW, minH, maxH);
v.context.GetSize(w, h);
Properties.PreferredSize(v, minW, maxW, minH, maxH, w, h, w, h);
v.context.SetSize(w, h)
END SetPreferredSize;
PROCEDURE (op: SetAttrOp) Do;
VAR t: StdModel; attr: Attributes; z: AttrList; (*checkDom: BOOLEAN;*)
pc: PieceCache; u, un, v, vn: Run; ud, vd, pos, next: INTEGER;
upd: UpdateMsg;
BEGIN
t := op.text; z := op.list; pos := op.beg; (*checkDom := t.Domain() # NIL;*)
WHILE z # NIL DO
next := pos + z.len;
IF z.attr # NIL THEN
Find(t, pos, u, ud); Split(ud, u, un); pc := t.pc;
Find(t, next, v, vd); Split(vd, v, vn); t.pc := pc;
attr := un.attr;
WHILE un # vn DO
un.attr := z.attr;
(*
IF checkDom & (un.attr.Domain() # t.Domain()) THEN
IF un.attr.Domain() # NIL THEN un.attr := Stores.CopyOf(un.attr)(Attributes) END;
Stores.InitDomain(un.attr, t.Domain())
END;
*)
IF ~Stores.Joined(t, un.attr) THEN
IF ~Stores.Unattached(un.attr) THEN
un.attr := Stores.CopyOf(un.attr)(Attributes)
END;
Stores.Join(t, un.attr)
END;
Merge(t, u, un);
WITH un: ViewRef DO SetPreferredSize(t, un.view) ELSE END;
IF u.next = un THEN u := un; un := un.next ELSE u.next := un; un.prev := u END
END;
Merge(t, u, un); u.next := un; un.prev := u;
z.attr := attr
END;
pos := next; z := z.next
END;
INC(t.era);
upd.op := replace; upd.beg := op.beg; upd.end := pos; upd.delta := 0;
Models.Broadcast(t, upd)
END Do;
PROCEDURE (op: ResizeViewOp) Do;
VAR r: ViewRef; w, h: INTEGER; upd: UpdateMsg;
BEGIN
r := op.ref;
w := op.w; h := op.h; op.w := r.w; op.h := r.h; r.w := w; r.h := h;
INC(op.text.era);
upd.op := replace; upd.beg := op.pos; upd.end := op.pos + 1; upd.delta := 0;
Models.Broadcast(op.text, upd)
END Do;
PROCEDURE (op: ReplaceViewOp) Do;
VAR new: Views.View; upd: UpdateMsg;
BEGIN
new := op.new; op.new := op.ref.view; op.ref.view := new;
INC(op.text.era);
upd.op := replace; upd.beg := op.pos; upd.end := op.pos + 1; upd.delta := 0;
Models.Broadcast(op.text, upd)
END Do;
(* StdModel *)
PROCEDURE (t: StdModel) InitFrom (source: Containers.Model);
BEGIN
WITH source: StdModel DO
ASSERT(source.trailer # NIL, 20);
t.spill := source.spill; (* reduce no of temp files: share spill files among clones *)
StdInit(t)
END
END InitFrom;
PROCEDURE WriteCharacters (t: StdModel; VAR wr: Stores.Writer);
VAR r: Files.Reader; u: Run; len: INTEGER;
(*
sp: Properties.StorePref;
*)
buf: ARRAY 1024 OF BYTE;
BEGIN
r := NIL;
u := t.trailer.next;
WHILE u # t.trailer DO
WITH u: Piece DO
r := u.file.NewReader(r); r.SetPos(u.org);
len := u.len;
WHILE len > LEN(buf) DO
r.ReadBytes(buf, 0, LEN(buf)); wr.rider.WriteBytes(buf, 0, LEN(buf));
DEC(len, LEN(buf))
END;
r.ReadBytes(buf, 0, len); wr.rider.WriteBytes(buf, 0, len)
| u: LPiece DO (* ~(u IS Piece) *)
r := u.file.NewReader(r); r.SetPos(u.org);
len := 2 * u.len;
WHILE len > LEN(buf) DO
r.ReadBytes(buf, 0, LEN(buf)); wr.rider.WriteBytes(buf, 0, LEN(buf));
DEC(len, LEN(buf))
END;
r.ReadBytes(buf, 0, len); wr.rider.WriteBytes(buf, 0, len)
| u: ViewRef DO
(*
sp.view := u.view; Views.HandlePropMsg(u.view, sp);
IF sp.view # NIL THEN wr.WriteSChar(viewcode) END
*)
IF Stores.ExternalizeProxy(u.view) # NIL THEN
wr.WriteSChar(viewcode)
END
END;
u := u.next
END
END WriteCharacters;
PROCEDURE WriteAttributes (VAR wr: Stores.Writer; t: StdModel;
a: Attributes; VAR dict: AttrDict
);
VAR k, len: BYTE;
BEGIN
len := dict.len; k := 0; WHILE (k # len) & ~a.Equals(dict.attr[k]) DO INC(k) END;
wr.WriteByte(k);
IF k = len THEN
IF len < dictSize THEN dict.attr[len] := a; INC(dict.len) END;
(* ASSERT(Stores.Joined(t, a)); but bkwd-comp: *)
(* IF a.Domain() # d THEN always copy: bkwd-comp hack to avoid link *)
a := Stores.CopyOf(a)(Attributes); (* Stores.InitDomain(a, d); *) Stores.Join(t, a);
(* END; *)
WriteAttr(wr, a)
END
END WriteAttributes;
PROCEDURE (t: StdModel) Externalize (VAR wr: Stores.Writer);
VAR (*dom: Stores.Domain;*) u, v, un: Run;
attr: Attributes; dict: AttrDict;
org, runlen, pos: INTEGER; lchars: BOOLEAN;
inf: InfoMsg;
BEGIN
t.Externalize^(wr);
StdInit(t); (*dom := t.Domain();*)
wr.WriteVersion(0);
wr.WriteInt(0); org := wr.Pos();
u := t.trailer.next; v := t.trailer; dict.len := 0; lchars := FALSE;
WHILE u # v DO
attr := u.attr;
WITH u: Piece DO
runlen := u.len; un := u.next;
WHILE (un IS Piece) & un.attr.Equals(attr) DO
INC(runlen, un.len); un := un.next
END;
WriteAttributes(wr, t, attr, dict); wr.WriteInt(runlen)
| u: LPiece DO (* ~(u IS Piece) *)
runlen := 2 * u.len; un := u.next;
WHILE (un IS LPiece) & ~(un IS Piece) & un.attr.Equals(attr) DO
INC(runlen, 2 * un.len); un := un.next
END;
WriteAttributes(wr, t, attr, dict); wr.WriteInt(-runlen);
lchars := TRUE
| u: ViewRef DO
IF Stores.ExternalizeProxy(u.view) # NIL THEN
WriteAttributes(wr, t, attr, dict); wr.WriteInt(0);
wr.WriteInt(u.w); wr.WriteInt(u.h); Views.WriteView(wr, u.view)
END;
un := u.next
END;
u := un
END;
wr.WriteByte(-1);
pos := wr.Pos();
wr.SetPos(org - 5);
IF lchars THEN wr.WriteVersion(maxStdModelVersion)
ELSE wr.WriteVersion(noLCharStdModelVersion) (* version 0 did not support LONGCHAR *)
END;
wr.WriteInt(pos - org);
wr.SetPos(pos);
WriteCharacters(t, wr);
inf.op := store; Models.Broadcast(t, inf)
END Externalize;
PROCEDURE (t: StdModel) Internalize (VAR rd: Stores.Reader);
VAR u, un: Run; sp: Piece; lp: LPiece; v: ViewRef;
org, len: INTEGER; ano: BYTE; thisVersion: INTEGER;
attr: Attributes; dict: AttrDict;
BEGIN
ASSERT(t.Domain() = NIL, 20); ASSERT(t.len = 0, 21);
t.Internalize^(rd); IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxStdModelVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
StdInit(t);
dict.len := 0; u := t.trailer;
rd.ReadInt(len); org := rd.Pos() + len;
rd.ReadByte(ano);
WHILE ano # -1 DO
IF ano = dict.len THEN
ReadAttr(rd, attr); Stores.Join(t, attr);
IF dict.len < dictSize THEN dict.attr[dict.len] := attr; INC(dict.len) END
ELSE
attr := dict.attr[ano]
END;
rd.ReadInt(len);
IF len > 0 THEN (* piece *)
NEW(sp); sp.len := len; sp.attr := attr;
sp.file := rd.rider.Base(); sp.org := org; un := sp;
INC(org, len)
ELSIF len < 0 THEN (* longchar piece *)
len := -len; ASSERT(~ODD(len), 100);
NEW(lp); lp.len := len DIV 2; lp.attr := attr;
lp.file := rd.rider.Base(); lp.org := org; un := lp;
INC(org, len)
ELSE (* len = 0 => embedded view *)
NEW(v); v.len := 1; v.attr := attr;
rd.ReadInt(v.w); rd.ReadInt(v.h); Views.ReadView(rd, v.view);
v.view.InitContext(NewContext(v, t));
un := v; INC(org)
END;
INC(t.len, un.len); u.next := un; un.prev := u; u := un;
rd.ReadByte(ano)
END;
rd.SetPos(org);
u.next := t.trailer; t.trailer.prev := u
END Internalize;
(*
PROCEDURE (t: StdModel) PropagateDomain;
VAR u: Run; dom: Stores.Domain;
BEGIN
IF t.Domain() # NIL THEN
u := t.trailer.next;
WHILE u # t.trailer DO
dom := u.attr.Domain();
IF (dom # NIL) & (dom # t.Domain()) THEN u.attr := Stores.CopyOf(u.attr)(Attributes) END;
Stores.InitDomain(u.attr, t.Domain());
WITH u: ViewRef DO Stores.InitDomain(u.view, t.Domain()) ELSE END;
u := u.next
END
END
END PropagateDomain;
*)
PROCEDURE (t: StdModel) GetEmbeddingLimits (OUT minW, maxW, minH, maxH: INTEGER);
BEGIN
minW := minWidth; maxW := maxWidth; minH := minHeight; maxH := maxHeight
END GetEmbeddingLimits;
PROCEDURE (t: StdModel) Length (): INTEGER;
BEGIN
StdInit(t);
RETURN t.len
END Length;
PROCEDURE (t: StdModel) NewReader (old: Reader): Reader;
VAR rd: StdReader;
BEGIN
StdInit(t);
IF (old # NIL) & (old IS StdReader) THEN rd := old(StdReader) ELSE NEW(rd) END;
IF rd.base # t THEN
rd.base := t; rd.era := -1; rd.run := NIL; rd.SetPos(0)
ELSIF rd.pos > t.len THEN
rd.SetPos(t.len)
END;
rd.eot := FALSE;
RETURN rd
END NewReader;
PROCEDURE (t: StdModel) NewWriter (old: Writer): Writer;
VAR wr: StdWriter;
BEGIN
StdInit(t);
IF (old # NIL) & (old IS StdWriter) THEN wr := old(StdWriter) ELSE NEW(wr) END;
IF (wr.base # t) OR (wr.pos > t.len) THEN
wr.base := t; wr.era := -1; wr.SetPos(t.len)
END;
wr.SetAttr(dir.attr);
RETURN wr
END NewWriter;
PROCEDURE (t: StdModel) InsertCopy (pos: INTEGER; t0: Model; beg0, end0: INTEGER);
VAR buf: StdModel;
BEGIN
StdInit(t);
ASSERT(0 <= pos, 21); ASSERT(pos <= t.len, 22);
ASSERT(0 <= beg0, 23); ASSERT(beg0 <= end0, 24); ASSERT(end0 <= t0.Length(), 25);
IF beg0 < end0 THEN
WITH t0: StdModel DO buf := CopyOf(t0, beg0, end0, t)
ELSE buf := ProjectionOf(t0, beg0, end0, t)
END;
(* IF t.Domain() # NIL THEN Stores.InitDomain(buf,t.Domain()) END; *)
Stores.Join(t, buf);
DoMove("#System:Copying", buf, 0, buf.len, t, pos)
END
END InsertCopy;
PROCEDURE (t: StdModel) Insert (pos: INTEGER; t0: Model; beg, end: INTEGER);
BEGIN
StdInit(t);
ASSERT(0 <= pos, 21); ASSERT(pos <= t.len, 22);
ASSERT(0 <= beg, 23); ASSERT(beg <= end, 24); ASSERT(end <= t0.Length(), 25);
IF beg < end THEN
IF (t.Domain() # NIL) & (t0 IS StdModel) & (t0.Domain() = t.Domain()) THEN
DoMove("#System:Moving", t0(StdModel), beg, end, t, pos)
ELSE (* moving across domains *)
t.InsertCopy(pos, t0, beg, end); t0.Delete(beg, end)
END
END
END Insert;
PROCEDURE (t: StdModel) Append (t0: Model);
VAR len0: INTEGER;
BEGIN
StdInit(t);
ASSERT(t # t0, 20);
len0 := t0.Length();
IF len0 > 0 THEN
IF (t.Domain() # NIL) & (t0 IS StdModel) & (t0.Domain() = t.Domain()) THEN
DoMove("#Text:Appending", t0(StdModel), 0, len0, t, t.len)
ELSE (* moving across domains *)
t.InsertCopy(t.len, t0, 0, len0); t0.Delete(0, len0)
END
END
END Append;
PROCEDURE (t: StdModel) Delete (beg, end: INTEGER);
VAR op: EditOp;
BEGIN
StdInit(t);
ASSERT(0 <= beg, 20); ASSERT(beg <= end, 21); ASSERT(end <= t.len, 22);
IF beg < end THEN
NEW(op); op.mode := deleteRange; op.canBunch := FALSE;
op.text := t; op.beg := beg; op.end := end;
Models.Do(t, "#System:Deleting", op)
END
END Delete;
PROCEDURE (t: StdModel) SetAttr (beg, end: INTEGER; attr: Attributes);
VAR op: SetAttrOp; zp, z: AttrList;
u, v, w: Run; ud, vd: INTEGER; modified: BOOLEAN;
BEGIN
StdInit(t);
ASSERT(0 <= beg, 20); ASSERT(beg <= end, 21); ASSERT(end <= t.len, 22);
IF beg < end THEN
NEW(op); op.text := t; op.beg := beg;
Find(t, beg, u, ud); Find(t, end, v, vd);
IF vd > 0 THEN w := v.next ELSE w := v END;
zp := NIL; modified := FALSE;
WHILE u # w DO
IF u = v THEN INC(ud, v.len - vd) END;
NEW(z); z.len := u.len - ud; z.attr := attr;
IF zp = NIL THEN op.list := z ELSE zp.next:= z END;
zp := z;
modified := modified OR ~u.attr.Equals(attr);
u := u.next; ud := 0
END;
IF modified THEN Models.Do(t, "#Text:AttributeChange", op) END
END
END SetAttr;
PROCEDURE (t: StdModel) Prop (beg, end: INTEGER): Properties.Property;
VAR p, q: Properties.Property; tp: Prop;
u, v, w: Run; ud, vd: INTEGER; equal: BOOLEAN;
rd: Reader;
BEGIN
StdInit(t);
ASSERT(0 <= beg, 20); ASSERT(beg <= end, 21); ASSERT(end <= t.len, 22);
IF beg < end THEN
Find(t, beg, u, ud); Find(t, end, v, vd);
IF vd > 0 THEN w := v.next ELSE w := v END;
p := u.attr.Prop();
u := u.next;
WHILE u # w DO
Properties.Intersect(p, u.attr.Prop(), equal);
u := u.next
END;
IF beg + 1 = end THEN
t.rd := t.NewReader(t.rd); rd := t.rd;
rd.SetPos(beg); rd.Read;
IF (rd.view = NIL) OR (rd.char # viewcode) THEN
q := p; WHILE (q # NIL) & ~(q IS Prop) DO q := q.next END;
IF q # NIL THEN
tp := q(Prop)
ELSE NEW(tp); Properties.Insert(p, tp)
END;
INCL(tp.valid, code); INCL(tp.known, code); INCL(tp.readOnly, code);
tp.code := rd.char
END
END
ELSE p := NIL
END;
RETURN p
END Prop;
PROCEDURE (t: StdModel) Modify (beg, end: INTEGER; old, p: Properties.Property);
VAR op: SetAttrOp; zp, z: AttrList;
u, v, w: Run; ud, vd: INTEGER; equal, modified: BOOLEAN;
q: Properties.Property;
BEGIN
StdInit(t);
ASSERT(0 <= beg, 20); ASSERT(beg <= end, 21); ASSERT(end <= t.len, 22);
IF (beg < end) & (p # NIL) THEN
NEW(op); op.text := t; op.beg := beg;
Find(t, beg, u, ud); Find(t, end, v, vd);
IF vd > 0 THEN w := v.next ELSE w := v END;
zp := NIL; modified := FALSE;
WHILE u # w DO
IF u = v THEN INC(ud, v.len - vd) END;
IF old # NIL THEN
q := u.attr.Prop();
Properties.Intersect(q, old, equal); (* q := q * old *)
Properties.Intersect(q, old, equal) (* equal := q = old *)
END;
NEW(z); z.len := u.len - ud;
IF (old = NIL) OR equal THEN
z.attr := ModifiedAttr(u.attr, p);
modified := modified OR ~u.attr.Equals(z.attr)
END;
IF zp = NIL THEN op.list := z ELSE zp.next := z END;
zp := z;
u := u.next; ud := 0
END;
IF modified THEN Models.Do(t, "#System:Modifying", op) END
END
END Modify;
PROCEDURE (t: StdModel) ReplaceView (old, new: Views.View);
VAR c: StdContext; op: ReplaceViewOp;
BEGIN
StdInit(t);
ASSERT(old.context # NIL, 20); ASSERT(old.context IS StdContext, 21);
ASSERT(old.context(StdContext).text = t, 22);
ASSERT((new.context = NIL) OR (new.context = old.context), 24);
IF new # old THEN
c := old.context(StdContext);
IF new.context = NIL THEN new.InitContext(c) END;
(* Stores.InitDomain(new, t.Domain()); *)
Stores.Join(t, new);
NEW(op); op.text := t; op.pos := c.Pos(); op.ref := c.ref; op.new := new;
Models.Do(t, "#System:Replacing", op)
END
END ReplaceView;
PROCEDURE (t: StdModel) CopyFrom- (source: Stores.Store);
BEGIN
StdInit(t);
WITH source: StdModel DO t.InsertCopy(0, source, 0, source.len) END
END CopyFrom;
PROCEDURE (t: StdModel) Replace (beg, end: INTEGER; t0: Model; beg0, end0: INTEGER);
VAR script: Stores.Operation;
BEGIN
StdInit(t);
ASSERT(0 <= beg, 20); ASSERT(beg <= end, 21); ASSERT(end <= t.len, 22);
ASSERT(0 <= beg0, 23); ASSERT(beg0 <= end0, 24); ASSERT(end0 <= t0.Length(), 25);
ASSERT(t # t0, 26);
Models.BeginScript(t, "#System:Replacing", script);
t.Delete(beg, end); t.Insert(beg, t0, beg0, end0);
Models.EndScript(t, script)
END Replace;
(* StdContext *)
PROCEDURE (c: StdContext) ThisModel (): Model;
BEGIN
RETURN c.text
END ThisModel;
PROCEDURE (c: StdContext) GetSize (OUT w, h: INTEGER);
BEGIN
w := c.ref.w; h := c.ref.h
END GetSize;
PROCEDURE (c: StdContext) SetSize (w, h: INTEGER);
VAR t: StdModel; r: ViewRef; op: ResizeViewOp;
BEGIN
t := c.text; r := c.ref;
IF w = Views.undefined THEN w := r.w END;
IF h = Views.undefined THEN h := r.h END;
Properties.PreferredSize(r.view, minWidth, maxWidth, minHeight, maxHeight, r.w, r.h, w, h);
IF (w # r.w) OR (h # r.h) THEN
NEW(op); op.text := t; op.pos := c.Pos(); op.ref := r; op.w := w; op.h := h;
Models.Do(t, "#System:Resizing", op)
END
END SetSize;
PROCEDURE (c: StdContext) Normalize (): BOOLEAN;
BEGIN
RETURN FALSE
END Normalize;
PROCEDURE (c: StdContext) Pos (): INTEGER;
VAR t: StdModel; u, r, w: Run; pos: INTEGER;
BEGIN
t := c.text; r := c.ref;
IF t.pc.prev.next # r THEN
u := t.trailer.next; w := t.trailer; pos := 0;
WHILE (u # r) & (u # w) DO INC(pos, u.len); u := u.next END;
ASSERT(u = r, 20);
t.pc.prev := r.prev; t.pc.org := pos
END;
RETURN t.pc.org
END Pos;
PROCEDURE (c: StdContext) Attr (): Attributes;
BEGIN
RETURN c.ref.attr
END Attr;
(* StdReader *)
PROCEDURE RemapView (rd: StdReader);
VAR p: Pref;
BEGIN
p.opts := {}; Views.HandlePropMsg(rd.view, p);
IF maskChar IN p.opts THEN rd.char := p.mask ELSE rd.char := viewcode END
END RemapView;
PROCEDURE Reset (rd: StdReader);
VAR t: StdModel;
BEGIN
t := rd.base;
Find(t, rd.pos, rd.run, rd.off); rd.era := t.era
END Reset;
PROCEDURE (rd: StdReader) Base (): Model;
BEGIN
RETURN rd.base
END Base;
PROCEDURE (rd: StdReader) SetPos (pos: INTEGER);
BEGIN
ASSERT(pos >= 0, 20); ASSERT(rd.base # NIL, 21); ASSERT(pos <= rd.base.len, 22);
rd.eot := FALSE; rd.attr := NIL; rd.char := 0X; rd.view := NIL;
IF (rd.pos # pos) OR (rd.run = rd.base.trailer) THEN
rd.pos := pos; rd.era := -1
END
END SetPos;
PROCEDURE (rd: StdReader) Pos (): INTEGER;
BEGIN
RETURN rd.pos
END Pos;
PROCEDURE (rd: StdReader) Read;
VAR t: StdModel; u: Run; n, pos, len: INTEGER; lc: ARRAY 2 OF BYTE;
BEGIN
t := rd.base;
n := t.id MOD cacheWidth;
IF rd.era # t.era THEN Reset(rd) END;
u := rd.run;
WITH u: Piece DO
rd.attr := u.attr;
pos := rd.pos MOD cacheLen;
IF ~((cache[n].id = t.id) & (cache[n].beg <= rd.pos) & (rd.pos < cache[n].end)) THEN
(* cache miss *)
IF cache[n].id # t.id THEN
cache[n].id := t.id; cache[n].beg := 0; cache[n].end := 0
END;
len := cacheLine;
IF len > cacheLen - pos THEN len := cacheLen - pos END;
IF len > u.len - rd.off THEN len := u.len - rd.off END;
rd.reader := u.file.NewReader(rd.reader); rd.reader.SetPos(u.org + rd.off);
rd.reader.ReadBytes(cache[n].buf, pos, len);
IF rd.pos = cache[n].end THEN
cache[n].end := rd.pos + len;
IF cache[n].end - cache[n].beg >= cacheLen THEN
cache[n].beg := cache[n].end - (cacheLen - 1)
END
ELSE cache[n].beg := rd.pos; cache[n].end := rd.pos + len
END
END;
rd.char := CHR(cache[n].buf[pos] MOD 256); rd.view := NIL;
INC(rd.pos); INC(rd.off);
IF rd.off = u.len THEN rd.run := u.next; rd.off := 0 END
| u: LPiece DO (* ~(u IS Piece) *)
rd.attr := u.attr;
rd.reader := u.file.NewReader(rd.reader); rd.reader.SetPos(u.org + rd.off * 2);
rd.reader.ReadBytes(lc, 0, 2);
rd.char := CHR(lc[0] MOD 256 + 256 * (lc[1] + 128)); rd.view := NIL;
IF (cache[n].id = t.id) & (rd.pos = cache[n].end) THEN
cache[n].end := cache[n].end + 1;
IF cache[n].end - cache[n].beg >= cacheLen THEN
cache[n].beg := cache[n].beg + 1
END;
END;
INC(rd.pos); INC(rd.off);
IF rd.off = u.len THEN rd.run := u.next; rd.off := 0 END
| u: ViewRef DO
rd.attr := u.attr;
rd.view := u.view; rd.w := u.w; rd.h := u.h; RemapView(rd);
IF (cache[n].id = t.id) & (rd.pos = cache[n].end) THEN
cache[n].end := cache[n].end + 1;
IF cache[n].end - cache[n].beg >= cacheLen THEN
cache[n].beg := cache[n].beg + 1
END;
END;
INC(rd.pos); rd.run := u.next; rd.off := 0
ELSE
rd.eot := TRUE; rd.attr := NIL; rd.char := 0X; rd.view := NIL
END
END Read;
PROCEDURE (rd: StdReader) ReadPrev;
VAR t: StdModel; u: Run; n, pos, len: INTEGER; lc: ARRAY 2 OF BYTE;
BEGIN
t := rd.base;
n := t.id MOD cacheWidth;
IF rd.era # t.era THEN Reset(rd) END;
IF rd.off > 0 THEN DEC(rd.off)
ELSIF rd.pos > 0 THEN
rd.run := rd.run.prev; rd.off := rd.run.len - 1
ELSE rd.run := t.trailer
END;
u := rd.run;
WITH u: Piece DO
rd.attr := u.attr;
DEC(rd.pos);
pos := rd.pos MOD cacheLen;
IF ~((cache[n].id = t.id) & (cache[n].beg <= rd.pos) & (rd.pos < cache[n].end)) THEN
(* cache miss *)
IF cache[n].id # t.id THEN
cache[n].id := t.id; cache[n].beg := 0; cache[n].end := 0
END;
len := cacheLine;
IF len > pos + 1 THEN len := pos + 1 END;
IF len > rd.off + 1 THEN len := rd.off + 1 END;
rd.reader := u.file.NewReader(rd.reader);
rd.reader.SetPos(u.org + rd.off - (len - 1));
rd.reader.ReadBytes(cache[n].buf, pos - (len - 1), len);
IF rd.pos = cache[n].beg - 1 THEN
cache[n].beg := cache[n] .beg - len;
IF cache[n].end - cache[n].beg >= cacheLen THEN
cache[n].end := cache[n].beg + (cacheLen - 1)
END
ELSE cache[n].beg := rd.pos - (len - 1); cache[n].end := rd.pos + 1
END
END;
rd.char := CHR(cache[n].buf[pos] MOD 256); rd.view := NIL
| u: LPiece DO (* ~(u IS Piece) *)
rd.attr := u.attr;
rd.reader := u.file.NewReader(rd.reader);
rd.reader.SetPos(u.org + 2 * rd.off);
rd.reader.ReadBytes(lc, 0, 2);
rd.char := CHR(lc[0] MOD 256 + 256 * (lc[1] + 128)); rd.view := NIL;
IF (cache[n].id = t.id) & (rd.pos = cache[n].beg) THEN
cache[n].beg := cache[n].beg - 1;
IF cache[n].end - cache[n].beg >= cacheLen THEN
cache[n].end := cache[n].end - 1
END
END;
DEC(rd.pos)
| u: ViewRef DO
rd.attr := u.attr;
rd.view := u.view; rd.w := u.w; rd.h := u.h; RemapView(rd);
IF (cache[n].id = t.id) & (rd.pos = cache[n].beg) THEN
cache[n].beg := cache[n].beg - 1;
IF cache[n].end - cache[n].beg >= cacheLen THEN
cache[n].end := cache[n].end - 1
END
END;
DEC(rd.pos)
ELSE
rd.eot := TRUE; rd.attr := NIL; rd.char := 0X; rd.view := NIL
END
END ReadPrev;
PROCEDURE (rd: StdReader) ReadChar (OUT ch: CHAR);
BEGIN
rd.Read; ch := rd.char
END ReadChar;
PROCEDURE (rd: StdReader) ReadPrevChar (OUT ch: CHAR);
BEGIN
rd.ReadPrev; ch := rd.char
END ReadPrevChar;
PROCEDURE (rd: StdReader) ReadView (OUT v: Views.View);
VAR t: StdModel; u: Run;
BEGIN
t := rd.base;
IF rd.era # t.era THEN Reset(rd) END;
DEC(rd.pos, rd.off);
u := rd.run;
WHILE u IS LPiece DO INC(rd.pos, u.len); u := u.next END;
WITH u: ViewRef DO
INC(rd.pos); rd.run := u.next; rd.off := 0;
rd.attr := u.attr; rd.view := u.view; rd.w := u.w; rd.h := u.h; RemapView(rd)
ELSE (* u = t.trailer *)
ASSERT(u = t.trailer, 100);
rd.run := u; rd.off := 0;
rd.eot := TRUE; rd.attr := NIL; rd.char := 0X; rd.view := NIL
END;
v := rd.view
END ReadView;
PROCEDURE (rd: StdReader) ReadPrevView (OUT v: Views.View);
VAR t: StdModel; u: Run;
BEGIN
t := rd.base;
IF rd.era # t.era THEN Reset(rd) END;
DEC(rd.pos, rd.off);
u := rd.run.prev;
WHILE u IS LPiece DO DEC(rd.pos, u.len); u := u.prev END;
rd.run := u; rd.off := 0;
WITH u: ViewRef DO
DEC(rd.pos);
rd.attr := u.attr; rd.view := u.view; rd.w := u.w; rd.h := u.h; RemapView(rd)
ELSE (* u = t.trailer *)
ASSERT(u = t.trailer, 100);
rd.eot := TRUE; rd.attr := NIL; rd.char := 0X; rd.view := NIL
END;
v := rd.view
END ReadPrevView;
PROCEDURE (rd: StdReader) ReadRun (OUT attr: Attributes);
VAR t: StdModel; a0: Attributes; u, trailer: Run; pos: INTEGER;
BEGIN
t := rd.base;
IF rd.era # t.era THEN Reset(rd) END;
a0 := rd.attr; u := rd.run; pos := rd.pos - rd.off; trailer := t.trailer;
WHILE (u.attr = a0) & ~(u IS ViewRef) & (u # trailer) DO
INC(pos, u.len); u := u.next
END;
rd.run := u; rd.pos := pos; rd.off := 0;
rd.Read;
attr := rd.attr
END ReadRun;
PROCEDURE (rd: StdReader) ReadPrevRun (OUT attr: Attributes);
VAR t: StdModel; a0: Attributes; u, trailer: Run; pos: INTEGER;
BEGIN
t := rd.base;
IF rd.era # t.era THEN Reset(rd) END;
a0 := rd.attr; u := rd.run; pos := rd.pos - rd.off; trailer := t.trailer;
IF u # trailer THEN u := u.prev; DEC(pos, u.len) END;
WHILE (u.attr = a0) & ~(u IS ViewRef) & (u # trailer) DO
u := u.prev; DEC(pos, u.len)
END;
IF u # trailer THEN
rd.run := u.next; rd.pos := pos + u.len; rd.off := 0
ELSE
rd.run := trailer; rd.pos := 0; rd.off := 0
END;
rd.ReadPrev;
attr := rd.attr
END ReadPrevRun;
(* StdWriter *)
PROCEDURE WriterReset (wr: StdWriter);
VAR t: StdModel; u: Run; uo: INTEGER;
BEGIN
t := wr.base;
Find(t, wr.pos, u, uo); Split(uo, u, wr.run); wr.era := t.era
END WriterReset;
PROCEDURE (wr: StdWriter) Base (): Model;
BEGIN
RETURN wr.base
END Base;
PROCEDURE (wr: StdWriter) SetPos (pos: INTEGER);
BEGIN
ASSERT(pos >= 0, 20); ASSERT(wr.base # NIL, 21); ASSERT(pos <= wr.base.len, 22);
IF wr.pos # pos THEN
wr.pos := pos; wr.era := -1
END
END SetPos;
PROCEDURE (wr: StdWriter) Pos (): INTEGER;
BEGIN
RETURN wr.pos
END Pos;
PROCEDURE WriteSChar (wr: StdWriter; ch: SHORTCHAR);
VAR t: StdModel; u, un: Run; p: Piece; pos, spillPos: INTEGER;
op: EditOp; bunch: BOOLEAN;
BEGIN
t := wr.base; pos := wr.pos;
IF t.spill.file = NIL THEN OpenSpill(t.spill) END;
t.spill.writer.WriteByte(SHORT(ORD(ch))); spillPos := t.spill.len; t.spill.len := spillPos + 1;
IF (t.Domain() = NIL) OR (t.Domain().GetSequencer() = NIL) THEN
(* optimized for speed - writing to unbound text *)
InvalCache(t, pos);
IF wr.era # t.era THEN WriterReset(wr) END;
un := wr.run; u := un.prev;
IF (u.attr # NIL) & u.attr.Equals(wr.attr) & (u IS Piece) & (u(Piece).file = t.spill.file)
& (u(Piece).org + u.len = spillPos) THEN
INC(u.len);
IF t.pc.org >= pos THEN INC(t.pc.org) END
ELSE
NEW(p); u.next := p; p.prev := u; p.next := un; un.prev := p;
p.len := 1; p.attr := wr.attr;
p.file := t.spill.file; p.org := spillPos;
IF t.pc.org > pos THEN INC(t.pc.org) END;
IF ~Stores.Joined(t, p.attr) THEN
IF ~Stores.Unattached(p.attr) THEN p.attr := Stores.CopyOf(p.attr)(Attributes) END;
Stores.Join(t, p.attr)
END
END;
INC(t.era); INC(t.len);
INC(wr.era)
ELSE
GetWriteOp(t, pos, op, bunch);
IF (op.attr = NIL) OR ~op.attr.Equals(wr.attr) THEN op.attr := wr.attr END;
op.mode := writeSChar; (*op.attr := wr.attr;*) op.len := spillPos;
IF bunch THEN Models.Bunch(t) ELSE Models.Do(t, "#System:Inserting", op) END
END;
wr.pos := pos + 1
END WriteSChar;
PROCEDURE (wr: StdWriter) WriteChar (ch: CHAR);
VAR t: StdModel; u, un: Run; lp: LPiece; pos, spillPos: INTEGER;
fw: Files.Writer; op: EditOp; bunch: BOOLEAN;
BEGIN
IF (ch >= 20X) & (ch < 7FX)
OR (ch = tab) OR (ch = line) OR (ch = para)
OR (ch = zwspace) OR (ch = digitspace)
OR (ch = hyphen) OR (ch = nbhyphen) OR (ch >= 0A0X) & (ch < 100X) THEN
WriteSChar(wr, SHORT(ch)) (* could inline! *)
ELSIF ch = 200BX THEN wr.WriteChar(zwspace)
ELSIF ch = 2010X THEN wr.WriteChar(hyphen)
ELSIF ch = 2011X THEN wr.WriteChar(nbhyphen)
ELSIF ch >= 100X THEN
t := wr.base; pos := wr.pos;
IF t.spill.file = NIL THEN OpenSpill(t.spill) END;
fw := t.spill.writer;
fw.WriteByte(SHORT(SHORT(ORD(ch))));
fw.WriteByte(SHORT(SHORT(ORD(ch) DIV 256 - 128)));
spillPos := t.spill.len; t.spill.len := spillPos + 2;
IF (t.Domain() = NIL) OR (t.Domain().GetSequencer() = NIL) THEN
(* optimized for speed - writing to unbound text *)
InvalCache(t, pos);
IF wr.era # t.era THEN WriterReset(wr) END;
un := wr.run; u := un.prev;
IF (u.attr # NIL) & u.attr.Equals(wr.attr) & (u IS LPiece) & ~(u IS Piece)
& (u(LPiece).file = t.spill.file) & (u(LPiece).org + 2 * u.len = spillPos) THEN
INC(u.len);
IF t.pc.org >= pos THEN INC(t.pc.org) END
ELSE
NEW(lp); u.next := lp; lp.prev := u; lp.next := un; un.prev := lp;
lp.len := 1; lp.attr := wr.attr;
lp.file := t.spill.file; lp.org := spillPos;
IF t.pc.org > pos THEN INC(t.pc.org) END;
IF ~Stores.Joined(t, lp.attr) THEN
IF ~Stores.Unattached(lp.attr) THEN
lp.attr := Stores.CopyOf(lp.attr)(Attributes)
END;
Stores.Join(t, lp.attr)
END
END;
INC(t.era); INC(t.len);
INC(wr.era)
ELSE
GetWriteOp(t, pos, op, bunch);
IF (op.attr = NIL) OR ~op.attr.Equals(wr.attr) THEN op.attr := wr.attr END;
op.mode := writeChar; (*op.attr := wr.attr;*) op.len := spillPos;
IF bunch THEN Models.Bunch(t) ELSE Models.Do(t, "#System:Inserting", op) END
END;
wr.pos := pos + 1
END
END WriteChar;
PROCEDURE (wr: StdWriter) WriteView (view: Views.View; w, h: INTEGER);
VAR t: StdModel; u, un: Run; r: ViewRef; pos: INTEGER;
op: EditOp; bunch: BOOLEAN;
BEGIN
ASSERT(view # NIL, 20); ASSERT(view.context = NIL, 21);
t := wr.base; pos := wr.pos;
Stores.Join(t, view);
IF (t.Domain() = NIL) OR (t.Domain().GetSequencer() = NIL) THEN
(* optimized for speed - writing to unbound text *)
IF wr.era # t.era THEN WriterReset(wr) END;
InvalCache(t, pos);
NEW(r); r.len := 1; r.attr := wr.attr; r.view := view; r.w := defW; r.h := defH;
un := wr.run; u := un.prev; u.next := r; r.prev := u; r.next := un; un.prev := r;
IF t.pc.org > pos THEN INC(t.pc.org) END;
INC(t.era); INC(t.len);
view.InitContext(NewContext(r, t));
Properties.PreferredSize(view, minWidth, maxWidth, minHeight, maxHeight,
defW, defH, w, h
);
r.w := w; r.h := h;
INC(wr.era)
ELSE
NEW(r); r.len := 1; r.attr := wr.attr; r.view := view; r.w := w; r.h := h;
GetWriteOp(t, pos, op, bunch);
op.mode := writeView; op.first := r;
IF bunch THEN Models.Bunch(t) ELSE Models.Do(t, "#System:Inserting", op) END
END;
INC(wr.pos)
END WriteView;
(* StdDirectory *)
PROCEDURE (d: StdDirectory) New (): Model;
VAR t: StdModel;
BEGIN
NEW(t); StdInit(t); RETURN t
END New;
(** miscellaneous procedures **)
(*
PROCEDURE DumpRuns* (t: Model);
VAR u: Run; n, i, beg, end: INTEGER; name: ARRAY 64 OF CHAR; r: Files.Reader; b: BYTE;
BEGIN
Sub.synch := FALSE;
WITH t: StdModel DO
u := t.trailer.next;
REPEAT
WITH u: Piece DO
Sub.String("short");
Sub.Int(u.len);
Sub.Char(" "); Sub.IntForm(SYSTEM.ADR(u.file^), 16, 8, "0", FALSE);
Sub.Int(u.org); Sub.Char(" ");
r := u.file.NewReader(NIL); r.SetPos(u.org); i := 0;
WHILE i < 16 DO r.ReadByte(b); Sub.Char(CHR(b)); INC(i) END;
Sub.Ln
| u: LPiece DO (* ~(u IS Piece) *)
Sub.String("long");
Sub.Int(-u.len);
Sub.Char(" "); Sub.IntForm(SYSTEM.ADR(u.file^), 16, 8, "0", FALSE);
Sub.Int(u.org); Sub.Char(" ");
r := u.file.NewReader(NIL); r.SetPos(u.org); i := 0;
WHILE i < 16 DO r.ReadByte(b); Sub.Char(CHR(b)); INC(i) END;
Sub.Ln
| u: ViewRef DO
Sub.String("view");
Services.GetTypeName(u.view, name);
Sub.String(name); Sub.Int(u.w); Sub.Int(u.h); Sub.Ln
ELSE
Sub.Char("?"); Sub.Ln
END;
u := u.next
UNTIL u = t.trailer;
n := t.id MOD cacheWidth;
IF cache[n].id = t.id THEN
beg := cache[n].beg; end := cache[n].end;
Sub.Int(beg); Sub.Int(end); Sub.Ln;
Sub.Char("{");
WHILE beg < end DO
Sub.Char(CHR(cache[n].buf[beg MOD cacheLen])); INC(beg)
END;
Sub.Char("}"); Sub.Ln
ELSE Sub.String("not cached"); Sub.Ln
END
END
END DumpRuns;
*)
PROCEDURE NewColor* (a: Attributes; color: Ports.Color): Attributes;
BEGIN
ASSERT(a # NIL, 20); ASSERT(a.init, 21);
stdProp.valid := {Properties.color}; stdProp.color.val := color;
RETURN ModifiedAttr(a, stdProp)
END NewColor;
PROCEDURE NewFont* (a: Attributes; font: Fonts.Font): Attributes;
BEGIN
ASSERT(a # NIL, 20); ASSERT(a.init, 21);
stdProp.valid := {Properties.typeface .. Properties.weight};
stdProp.typeface := font.typeface$;
stdProp.size := font.size;
stdProp.style.val := font.style;
stdProp.style.mask := {Fonts.italic, Fonts.underline, Fonts.strikeout};
stdProp.weight := font.weight;
RETURN ModifiedAttr(a, stdProp)
END NewFont;
PROCEDURE NewOffset* (a: Attributes; offset: INTEGER): Attributes;
BEGIN
ASSERT(a # NIL, 20); ASSERT(a.init, 21);
prop.valid := {0 (*global constant offset masked by param :-( *)};
prop.offset := offset;
RETURN ModifiedAttr(a, prop)
END NewOffset;
PROCEDURE NewTypeface* (a: Attributes; typeface: Fonts.Typeface): Attributes;
BEGIN
ASSERT(a # NIL, 20); ASSERT(a.init, 21);
stdProp.valid := {Properties.typeface}; stdProp.typeface := typeface;
RETURN ModifiedAttr(a, stdProp)
END NewTypeface;
PROCEDURE NewSize* (a: Attributes; size: INTEGER): Attributes;
BEGIN
ASSERT(a # NIL, 20); ASSERT(a.init, 21);
stdProp.valid := {Properties.size}; stdProp.size := size;
RETURN ModifiedAttr(a, stdProp)
END NewSize;
PROCEDURE NewStyle* (a: Attributes; style: SET): Attributes;
BEGIN
ASSERT(a # NIL, 20); ASSERT(a.init, 21);
stdProp.valid := {Properties.style}; stdProp.style.val := style; stdProp.style.mask := -{};
RETURN ModifiedAttr(a, stdProp)
END NewStyle;
PROCEDURE NewWeight* (a: Attributes; weight: INTEGER): Attributes;
BEGIN
ASSERT(a # NIL, 20); ASSERT(a.init, 21);
stdProp.valid := {Properties.weight}; stdProp.weight := weight;
RETURN ModifiedAttr(a, stdProp)
END NewWeight;
PROCEDURE WriteableChar* (ch: CHAR): BOOLEAN;
(* must be identical to test in (StdWriter)WriteChar - inlined there for efficiency *)
BEGIN
RETURN
(ch >= 20X) & (ch < 7FX) OR
(ch = tab) OR (ch = line) OR (ch = para) OR
(ch = zwspace) OR (ch = digitspace) OR
(ch = hyphen) OR (ch = nbhyphen) OR
(ch >= 0A0X) (* need to augment with test for valid Unicode *)
END WriteableChar;
PROCEDURE CloneOf* (source: Model): Model;
BEGIN
ASSERT(source # NIL, 20);
RETURN Containers.CloneOf(source)(Model)
END CloneOf;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20); ASSERT(d.attr # NIL, 21); ASSERT(d.attr.init, 22);
dir := d
END SetDir;
PROCEDURE Init;
VAR d: StdDirectory; a: Attributes;
BEGIN
NEW(a); a.InitFromProp(NIL);
NEW(stdProp); stdProp.known := -{};
NEW(prop); prop.known := -{};
NEW(d); stdDir := d; dir := d; d.SetAttr(a)
END Init;
BEGIN
Init
END TextModels.
| Text/Mod/Models.odc |
MODULE TextRulers;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20080904, et, Precondition check 21 in SetDir corrected
- 20170620, center #163, adding decimal tabs to TextRulers
- 20170905, center #173, adding new modifiers to Controllers
"
issues = "
- ...
"
**)
(* re-check alien attributes: consider projection semantics *)
IMPORT
Kernel, Strings, Services, Fonts, Ports, Stores,
Models, Views, Controllers, Properties, Dialog,
TextModels;
CONST
(** Attributes.valid, Prop.known/valid **) (* Mark.kind *)
first* = 0; left* = 1; right* = 2; lead* = 3; asc* = 4; dsc* = 5; grid* = 6;
opts* = 7; tabs* = 8;
(* additional values for icons held by Mark.kind *)
invalid = -1;
firstIcon = 10; lastIcon = 25;
rightToggle = 10;
gridDec = 12; gridVal = 13; gridInc = 14;
leftFlush = 16; centered = 17; rightFlush = 18; justified = 19;
leadDec = 21; leadVal = 22; leadInc = 23;
pageBrk = 25;
modeIcons = {leftFlush .. justified};
validIcons = {rightToggle, gridDec .. gridInc, leftFlush .. justified, leadDec .. leadInc, pageBrk};
fieldIcons = {gridVal, leadVal};
(** Attributes.opts **)
leftAdjust* = 0; rightAdjust* = 1;
(** both: fully justified; none: centered **)
noBreakInside* = 2; pageBreak* = 3; parJoin* = 4;
(** pageBreak of this ruler overrides parJoin request of previous ruler **)
rightFixed* = 5; (** has fixed right border **)
options = {leftAdjust .. rightFixed}; (* options mask *)
adjMask = {leftAdjust, rightAdjust};
(** Attributes.tabType[i] **)
maxTabs* = 32;
centerTab* = 0; rightTab* = 1;
(** both: decimal Tab; none: leftTab **)
barTab* = 2;
tabOptions = {centerTab .. barTab}; (* mask for presently valid options *)
mm = Ports.mm; inch16 = Ports.inch DIV 16; point = Ports.point;
tabBarHeight = 11 * point; scaleHeight = 10 * point; iconBarHeight = 14 * point;
rulerHeight = tabBarHeight + scaleHeight + iconBarHeight;
iconHeight = 10 * point; iconWidth = 12 * point; iconGap = 2 * point;
iconPin = rulerHeight - (iconBarHeight - iconHeight) DIV 2;
rulerChangeKey = "#Text:RulerChange";
minVersion = 0;
maxAttrVersion = 3; maxStyleVersion = 0; maxStdStyleVersion = 0;
maxRulerVersion = 0; maxStdRulerVersion = 0;
TYPE
Tab* = RECORD
stop*: INTEGER;
type*: SET
END;
TabArray* = RECORD (* should be POINTER TO ARRAY OF Tab -- but cannot protect *)
len*: INTEGER;
tab*: ARRAY maxTabs OF Tab
END;
TabData = ARRAY maxTabs OF CHAR; (* radix character for decimal tabs *)
Attributes* = POINTER TO EXTENSIBLE RECORD (Stores.Store)
init-: BOOLEAN; (* immutable once init holds *)
first-, left-, right-, lead-, asc-, dsc-, grid-: INTEGER;
opts-: SET;
tabs-: TabArray;
tabsData: TabData (* separated from TabArray for compatibility with 1.7 *)
END;
AlienAttributes* = POINTER TO RECORD (Attributes)
store-: Stores.Alien
END;
Style* = POINTER TO ABSTRACT RECORD (Models.Model)
attr-: Attributes
END;
Ruler* = POINTER TO ABSTRACT RECORD (Views.View)
style-: Style
END;
Prop* = POINTER TO RECORD (Properties.Property)
first*, left*, right*, lead*, asc*, dsc*, grid*: INTEGER;
opts*: RECORD val*, mask*: SET END;
tabs*: TabArray;
tabsData: TabData
END;
UpdateMsg* = RECORD (Models.UpdateMsg)
(** domaincast upon style update **)
style*: Style;
oldAttr*: Attributes
END;
Directory* = POINTER TO ABSTRACT RECORD
attr-: Attributes
END;
StdStyle = POINTER TO RECORD (Style) END;
StdRuler = POINTER TO RECORD (Ruler)
sel: INTEGER; (* sel # invalid => sel = kind of selected mark *)
px, py: INTEGER (* sel # invalid => px, py of selected mark *)
END;
StdDirectory = POINTER TO RECORD (Directory) END;
Mark = RECORD
ruler: StdRuler;
l, r, t, b: INTEGER;
px, py, px0, py0, x, y: INTEGER;
kind, index: INTEGER;
type: SET; (* valid if kind = tabs *)
tabs: TabArray; (* if valid: tabs[index].type = type *)
tabsData: TabData;
dirty: BOOLEAN
END;
SetAttrOp = POINTER TO RECORD (Stores.Operation)
style: Style;
attr: Attributes
END;
NeutralizeMsg = RECORD (Views.Message) END;
TabDialogHook* = POINTER TO ABSTRACT RECORD END;
VAR
dir-, stdDir-: Directory;
defaultRadixChar*: CHAR; (* for decimal tab *)
tabDialogHook*: TabDialogHook; (* see TextCmds *)
def: Attributes;
prop: Prop; (* recycled *)
globRd: TextModels.Reader; (* cache for temp reader; beware of reentrance *)
font: Fonts.Font;
marginGrid, minTabWidth, tabGrid: INTEGER;
PROCEDURE (hook: TabDialogHook) Open* (ruler: Ruler; tabIndex: INTEGER), NEW, ABSTRACT;
PROCEDURE (hook: TabDialogHook) Init* (ruler: Ruler; tabIndex: INTEGER), NEW, ABSTRACT;
PROCEDURE (hook: TabDialogHook) Refresh* (style: Style), NEW, ABSTRACT;
PROCEDURE ^ DoSetAttrOp (s: Style; attr: Attributes);
PROCEDURE CopyTabs (IN src: TabArray; IN srcData: TabData; OUT dst: TabArray; OUT dstData: TabData);
(* a TabArray is a 256 byte structure - copying of used parts is much faster than ":= all" *)
VAR i, n: INTEGER;
BEGIN
n := src.len; dst.len := n;
i := 0; WHILE i < n DO dst.tab[i] := src.tab[i]; dstData[i] := srcData[i]; INC(i) END
END CopyTabs;
PROCEDURE CopyTab(IN src: TabArray; IN srcData: TabData; srcIdx: INTEGER;
VAR dst: TabArray; VAR dstData: TabData; dstIdx: INTEGER);
BEGIN
dst.tab[dstIdx] := src.tab[srcIdx]; dstData[dstIdx] := srcData[srcIdx]
END CopyTab;
PROCEDURE InitTab(x: INTEGER; VAR tabs: TabArray; VAR tabsData: TabData; tabIndex: INTEGER);
BEGIN
tabs.tab[tabIndex].stop := x; tabs.tab[tabIndex].type := {}; tabsData[tabIndex] := defaultRadixChar
END InitTab;
(** Attributes **)
PROCEDURE (a: Attributes) CopyFrom- (source: Stores.Store), EXTENSIBLE;
BEGIN
WITH source: Attributes DO
ASSERT(~a.init, 20); ASSERT(source.init, 21);
a.init := TRUE;
a.first := source.first; a.left := source.left; a.right := source.right;
a.lead := source.lead; a.asc := source.asc; a.dsc := source.dsc; a.grid := source.grid;
a.opts := source.opts;
CopyTabs(source.tabs, source.tabsData, a.tabs, a.tabsData)
END
END CopyFrom;
PROCEDURE HasTabsData(a: Attributes): BOOLEAN;
VAR i: INTEGER;
BEGIN i := 0;
WHILE (i < a.tabs.len)
& ((a.tabs.tab[i].type * {centerTab, rightTab} # {centerTab, rightTab}) OR (a.tabsData[i] = ".")) DO
INC(i)
END;
RETURN i < a.tabs.len
END HasTabsData;
PROCEDURE (a: Attributes) Externalize- (VAR wr: Stores.Writer), EXTENSIBLE;
(** pre: a.init **)
VAR i: INTEGER; typedTabs, hasTabsData: BOOLEAN;
BEGIN
ASSERT(a.init, 20);
a.Externalize^(wr);
i := 0; WHILE (i < a.tabs.len) & (a.tabs.tab[i].type = {}) DO INC(i) END;
typedTabs := i < a.tabs.len;
hasTabsData := FALSE;
IF typedTabs THEN
hasTabsData := HasTabsData(a); (* use version 3 if there are decimal tabs with radix char # "." *)
IF hasTabsData THEN wr.WriteVersion(3) ELSE wr.WriteVersion(2) END
ELSE
wr.WriteVersion(1) (* versions before 2 had only leftTabs *)
END;
wr.WriteInt(a.first); wr.WriteInt(a.left); wr.WriteInt(a.right);
wr.WriteInt(a.lead); wr.WriteInt(a.asc); wr.WriteInt(a.dsc); wr.WriteInt(a.grid);
wr.WriteSet(a.opts);
wr.WriteXInt(a.tabs.len);
i := 0; WHILE i < a.tabs.len DO wr.WriteInt(a.tabs.tab[i].stop); INC(i) END;
IF typedTabs THEN
i := 0; WHILE i < a.tabs.len DO wr.WriteSet(a.tabs.tab[i].type); INC(i) END
END ;
IF hasTabsData THEN
FOR i := 0 TO a.tabs.len - 1 DO
IF (a.tabs.tab[i].type * {centerTab, rightTab} = {centerTab, rightTab}) THEN
wr.WriteChar(a.tabsData[i])
END
END
END
END Externalize;
PROCEDURE (a: Attributes) Internalize- (VAR rd: Stores.Reader), EXTENSIBLE;
(** pre: ~a.init **)
(** post: a.init **)
VAR thisVersion, i, n, stop, trash: INTEGER; trashSet: SET;
BEGIN
ASSERT(~a.init, 20); a.init := TRUE;
a.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxAttrVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
rd.ReadInt(a.first); rd.ReadInt(a.left); rd.ReadInt(a.right);
rd.ReadInt(a.lead); rd.ReadInt(a.asc); rd.ReadInt(a.dsc); rd.ReadInt(a.grid);
rd.ReadSet(a.opts);
rd.ReadXInt(n); a.tabs.len := MIN(n, maxTabs);
i := 0; WHILE i < a.tabs.len DO rd.ReadInt(stop); InitTab(stop, a.tabs, a.tabsData, i); INC(i) END;
WHILE i < n DO rd.ReadInt(trash); INC(i) END;
IF thisVersion = 0 THEN (* convert from v0 rightFixed to v1 ~rightFixed default *)
INCL(a.opts, rightFixed)
END;
IF thisVersion >= 2 THEN
i := 0; WHILE i < a.tabs.len DO rd.ReadSet(a.tabs.tab[i].type); INC(i) END;
WHILE i < n DO rd.ReadSet(trashSet); INC(i) END;
FOR i := 0 TO a.tabs.len - 1 DO
IF (a.tabs.tab[i].type * {centerTab, rightTab} = {centerTab, rightTab}) THEN
IF thisVersion >= 3 THEN rd.ReadChar(a.tabsData[i]) ELSE a.tabsData[i] := "." END
END
END
END
END Internalize;
PROCEDURE Set (p: Prop; opt: INTEGER; VAR x: INTEGER; min, max, new: INTEGER);
BEGIN
IF opt IN p.valid THEN x := MAX(min, MIN(max, new)) END
END Set;
PROCEDURE ModifyFromProp (a: Attributes; p: Properties.Property);
CONST maxW = 10000*mm; maxH = 32767 * point; mask = tabOptions;
VAR i: INTEGER; type: SET;
BEGIN
WHILE p # NIL DO
WITH p: Prop DO
Set(p, first, a.first, 0, maxW, p.first);
Set(p, left, a.left, 0, maxW, p.left);
Set(p, right, a.right, MAX(a.left, a.first), maxW, p.right);
Set(p, lead, a.lead, 0, maxH, p.lead);
Set(p, asc, a.asc, 0, maxH, p.asc);
Set(p, dsc, a.dsc, 0, maxH - a.asc, p.dsc);
Set(p, grid, a.grid, 1, maxH, p.grid);
IF opts IN p.valid THEN
a.opts := a.opts * (-p.opts.mask) + p.opts.val * p.opts.mask
END;
IF (tabs IN p.valid) & (p.tabs.len >= 0) THEN
IF (p.tabs.len > 0) & (p.tabs.tab[0].stop >= 0) THEN
i := 0; a.tabs.len := MIN(p.tabs.len, maxTabs);
REPEAT
type := a.tabs.tab[i].type * (-mask) + p.tabs.tab[i].type * mask;
CopyTab(p.tabs, p.tabsData, i, a.tabs, a.tabsData, i);
a.tabs.tab[i].type := type;
INC(i)
UNTIL (i = a.tabs.len) OR (p.tabs.tab[i].stop < p.tabs.tab[i - 1].stop);
a.tabs.len := i
ELSE a.tabs.len := 0
END
END
ELSE
END;
p := p.next
END
END ModifyFromProp;
PROCEDURE (a: Attributes) ModifyFromProp- (p: Properties.Property), NEW, EXTENSIBLE;
BEGIN
ModifyFromProp(a, p)
END ModifyFromProp;
PROCEDURE (a: Attributes) InitFromProp* (p: Properties.Property), NEW, EXTENSIBLE;
(** pre: ~a.init **)
(** post: (a.init, p # NIL & x IN p.valid) => x set in a, else x defaults in a **)
BEGIN
ASSERT(~a.init, 20);
a.init := TRUE;
a.first := def.first; a.left := def.left; a.right := def.right;
a.lead := def.lead; a.asc := def.asc; a.dsc := def.dsc; a.grid := def.grid;
a.opts := def.opts;
CopyTabs(def.tabs, def.tabsData, a.tabs, a.tabsData);
ModifyFromProp(a, p)
END InitFromProp;
PROCEDURE (a: Attributes) Equals* (b: Attributes): BOOLEAN, NEW, EXTENSIBLE;
(** pre: a.init, b.init **)
VAR i: INTEGER;
BEGIN
ASSERT(a.init, 20); ASSERT(b.init, 21);
IF a # b THEN
i := 0;
WHILE (i < a.tabs.len)
& (a.tabs.tab[i].stop = b.tabs.tab[i].stop)
& (a.tabs.tab[i].type = b.tabs.tab[i].type) DO
INC(i)
END;
RETURN (Services.SameType(a, b))
& (a.first = b.first) & (a.left = b.left) & (a.right = b.right)
& (a.lead = b.lead) & (a.asc = b.asc) & (a.dsc = b.dsc) & (a.grid = b.grid)
& (a.opts = b.opts) & (a.tabs.len = b.tabs.len) & (i = a.tabs.len)
ELSE RETURN TRUE
END
END Equals;
PROCEDURE (a: Attributes) Prop* (): Properties.Property, NEW, EXTENSIBLE;
(** pre: a.init **)
(** post: x attr in a => x IN p.valid, m set to value of attr in a **)
VAR p: Prop;
BEGIN
ASSERT(a.init, 20);
NEW(p);
p.known := {first .. tabs}; p.valid := p.known;
p.first := a.first; p.left := a.left; p.right := a.right;
p.lead := a.lead; p.asc := a.asc; p.dsc := a.dsc; p.grid := a.grid;
p.opts.val := a.opts; p.opts.mask := options;
CopyTabs(a.tabs, a.tabsData, p.tabs, p.tabsData);
RETURN p
END Prop;
PROCEDURE ReadAttr* (VAR rd: Stores.Reader; OUT a: Attributes);
VAR st: Stores.Store; alien: AlienAttributes;
BEGIN
rd.ReadStore(st);
ASSERT(st # NIL, 100);
IF st IS Stores.Alien THEN
NEW(alien); alien.store := st(Stores.Alien); Stores.Join(alien, alien.store);
alien.InitFromProp(NIL); a := alien
ELSE a := st(Attributes)
END
END ReadAttr;
PROCEDURE WriteAttr* (VAR wr: Stores.Writer; a: Attributes);
BEGIN
ASSERT(a # NIL, 20); ASSERT(a.init, 21);
WITH a: AlienAttributes DO wr.WriteStore(a.store) ELSE wr.WriteStore(a) END
END WriteAttr;
PROCEDURE ModifiedAttr* (a: Attributes; p: Properties.Property): Attributes;
(** pre: a.init **)
(** post: x IN p.valid => x in new attr set to value in p, else set to value in a **)
VAR h: Attributes;
BEGIN
ASSERT(a.init, 20);
h := Stores.CopyOf(a)(Attributes); h.ModifyFromProp(p);
RETURN h
END ModifiedAttr;
(** AlienAttributes **)
PROCEDURE (a: AlienAttributes) Externalize- (VAR wr: Stores.Writer);
BEGIN
HALT(100)
END Externalize;
PROCEDURE (a: AlienAttributes) Internalize- (VAR rd: Stores.Reader);
BEGIN
HALT(100)
END Internalize;
PROCEDURE (a: AlienAttributes) InitFromProp* (p: Properties.Property);
BEGIN
a.InitFromProp^(NIL)
END InitFromProp;
PROCEDURE (a: AlienAttributes) ModifyFromProp- (p: Properties.Property);
BEGIN
(* a.InitFromProp^(NIL) *)
a.InitFromProp(NIL)
END ModifyFromProp;
(** Style **)
(*
PROCEDURE (s: Style) PropagateDomain-, EXTENSIBLE;
VAR dom: Stores.Domain;
BEGIN
ASSERT(s.attr # NIL, 20);
dom := s.attr.Domain();
IF (dom # NIL) & (dom # s.Domain()) THEN s.attr := Stores.CopyOf(s.attr)(Attributes) END;
Stores.InitDomain(s.attr, s.Domain())
END PropagateDomain;
*)
PROCEDURE (s: Style) Externalize- (VAR wr: Stores.Writer), EXTENSIBLE;
BEGIN
s.Externalize^(wr);
wr.WriteVersion(maxStyleVersion);
WriteAttr(wr, s.attr)
END Externalize;
PROCEDURE (s: Style) Internalize- (VAR rd: Stores.Reader), EXTENSIBLE;
VAR thisVersion: INTEGER;
BEGIN
s.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxStyleVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
ReadAttr(rd, s.attr); Stores.Join(s, s.attr)
END Internalize;
PROCEDURE (s: Style) SetAttr* (attr: Attributes), NEW, EXTENSIBLE;
(** pre: attr.init **)
(** post: s.attr = attr OR s.attr.Equals(attr) **)
BEGIN
ASSERT(attr.init, 20);
DoSetAttrOp(s, attr)
END SetAttr;
PROCEDURE (s: Style) CopyFrom- (source: Stores.Store), EXTENSIBLE;
BEGIN
WITH source: Style DO
ASSERT(source.attr # NIL, 21);
s.SetAttr(Stores.CopyOf(source.attr)(Attributes))
(* bkwd-comp hack to avoid link *)
(* copy would not be necessary if Attributes were immutable (and assigned to an Immutable Domain) *)
END
END CopyFrom;
(*
PROCEDURE (s: Style) InitFrom- (source: Models.Model), EXTENSIBLE;
BEGIN
WITH source: Style DO
ASSERT(source.attr # NIL, 21);
s.SetAttr(Stores.CopyOf(source.attr)(Attributes))
(* bkwd-comp hack to avoid link *)
END
END InitFrom;
*)
(** Directory **)
PROCEDURE (d: Directory) SetAttr* (attr: Attributes), NEW, EXTENSIBLE;
(** pre: attr.init **)
(** post: d.attr = ModifiedAttr(attr, p)
[ p.valid = {opts, tabs}, p.tabs.len = 0, p.opts.mask = {noBreakInside.. parJoin}, p.opts.val = {} ]
**)
VAR p: Prop;
BEGIN
ASSERT(attr.init, 20);
IF attr.tabs.len > 0 THEN
NEW(p);
p.valid := {opts, tabs};
p.opts.mask := {noBreakInside, pageBreak, parJoin}; p.opts.val := {};
p.tabs.len := 0;
attr := ModifiedAttr(attr, p)
END;
d.attr := attr
END SetAttr;
PROCEDURE (d: Directory) NewStyle* (attr: Attributes): Style, NEW, ABSTRACT;
PROCEDURE (d: Directory) New* (style: Style): Ruler, NEW, ABSTRACT;
PROCEDURE (d: Directory) NewFromProp* (p: Prop): Ruler, NEW, EXTENSIBLE;
BEGIN
RETURN d.New(d.NewStyle(ModifiedAttr(d.attr, p)))
END NewFromProp;
PROCEDURE Deposit*;
BEGIN
Views.Deposit(dir.New(NIL))
END Deposit;
(** Ruler **)
PROCEDURE (r: Ruler) Externalize- (VAR wr: Stores.Writer), EXTENSIBLE;
BEGIN
ASSERT(r.style # NIL, 20);
r.Externalize^(wr);
wr.WriteVersion(maxRulerVersion); wr.WriteStore(r.style)
END Externalize;
PROCEDURE (r: Ruler) InitStyle* (s: Style), NEW;
(** pre: r.style = NIL, s # NIL, style.attr # NIL **)
(** post: r.style = s **)
BEGIN
ASSERT((r.style = NIL) OR (r.style = s), 20);
ASSERT(s # NIL, 21); ASSERT(s.attr # NIL, 22);
r.style := s; Stores.Join(r, s)
END InitStyle;
PROCEDURE (r: Ruler) Internalize- (VAR rd: Stores.Reader), EXTENSIBLE;
VAR st: Stores.Store; thisVersion: INTEGER;
BEGIN
r.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxRulerVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
rd.ReadStore(st);
IF st IS Stores.Alien THEN rd.TurnIntoAlien(Stores.alienComponent); RETURN END;
r.InitStyle(st(Style))
END Internalize;
(*
PROCEDURE (r: Ruler) InitModel* (m: Models.Model), EXTENSIBLE;
(** pre: r.style = NIL, m # NIL, style.attr # NIL, m IS Style **)
(** post: r.style = m **)
BEGIN
WITH m: Style DO
ASSERT((r.style = NIL) OR (r.style = m), 20);
ASSERT(m # NIL, 21); ASSERT(m.attr # NIL, 22);
r.style := m
ELSE HALT(23)
END
END InitModel;
*)
(*
PROCEDURE (r: Ruler) PropagateDomain-, EXTENSIBLE;
BEGIN
ASSERT(r.style # NIL, 20);
Stores.InitDomain(r.style, r.Domain())
END PropagateDomain;
*)
PROCEDURE CopyOf* (r: Ruler; shallow: BOOLEAN): Ruler;
VAR v: Views.View;
BEGIN
ASSERT(r # NIL, 20);
v := Views.CopyOf(r, shallow); RETURN v(Ruler)
END CopyOf;
(** Prop **)
PROCEDURE (p: Prop) IntersectWith* (q: Properties.Property; OUT equal: BOOLEAN);
VAR valid: SET; i: INTEGER; c, m: SET; eq: BOOLEAN;
BEGIN
WITH q: Prop DO
valid := p.valid * q.valid; equal := TRUE;
i := 0;
WHILE (i < p.tabs.len)
& (p.tabs.tab[i].stop = q.tabs.tab[i].stop)
& (p.tabs.tab[i].type = q.tabs.tab[i].type)
DO
INC(i)
END;
IF p.first # q.first THEN EXCL(valid, first) END;
IF p.left # q.left THEN EXCL(valid, left) END;
IF p.right # q.right THEN EXCL(valid, right) END;
IF p.lead # q.lead THEN EXCL(valid, lead) END;
IF p.asc # q.asc THEN EXCL(valid, asc) END;
IF p.dsc # q.dsc THEN EXCL(valid, dsc) END;
IF p.grid # q.grid THEN EXCL(valid, grid) END;
Properties.IntersectSelections(p.opts.val, p.opts.mask, q.opts.val, q.opts.mask, c, m, eq);
IF m = {} THEN EXCL(valid, opts)
ELSIF (opts IN valid) & ~eq THEN p.opts.mask := m; equal := FALSE
END;
IF (p.tabs.len # q.tabs.len) OR (q.tabs.len # i) THEN EXCL(valid, tabs) END;
IF p.valid # valid THEN p.valid := valid; equal := FALSE END
END
END IntersectWith;
(** ruler construction **)
(*
PROCEDURE SetFirst* (p: Prop; x: INTEGER);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, first); p.first := x
END SetFirst;
PROCEDURE SetLeft* (p: Prop; x: INTEGER);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, left); p.left := x
END SetLeft;
PROCEDURE SetRight* (p: Prop; x: INTEGER);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, right); p.right := x
END SetRight;
PROCEDURE SetFixedRight* (p: Prop; x: INTEGER);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, right); p.right := x;
INCL(p.valid, opts); INCL(p.opts.mask, rightFixed); INCL(p.opts.val, rightFixed)
END SetFixedRight;
PROCEDURE SetLead* (p: Prop; h: INTEGER);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, lead); p.lead := h
END SetLead;
PROCEDURE SetAsc* (p: Prop; h: INTEGER);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, asc); p.asc := h
END SetAsc;
PROCEDURE SetDsc* (p: Prop; h: INTEGER);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, dsc); p.dsc := h
END SetDsc;
PROCEDURE SetGrid* (p: Prop; h: INTEGER);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, grid); p.grid := h
END SetGrid;
PROCEDURE SetLeftFlush* (p: Prop);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, opts);
p.opts.mask := p.opts.mask + {leftAdjust, rightAdjust};
p.opts.val := p.opts.val + {leftAdjust} - {rightAdjust}
END SetLeftFlush;
PROCEDURE SetRightFlush* (p: Prop);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, opts);
p.opts.mask := p.opts.mask + {leftAdjust, rightAdjust};
p.opts.val := p.opts.val - {leftAdjust} + {rightAdjust}
END SetRightFlush;
PROCEDURE SetCentered* (p: Prop);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, opts);
p.opts.mask := p.opts.mask + {leftAdjust, rightAdjust};
p.opts.val := p.opts.val - {leftAdjust, rightAdjust}
END SetCentered;
PROCEDURE SetJustified* (p: Prop);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, opts);
p.opts.mask := p.opts.mask + {leftAdjust, rightAdjust};
p.opts.val := p.opts.val + {leftAdjust, rightAdjust}
END SetJustified;
PROCEDURE SetNoBreakInside* (p: Prop);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, opts);
INCL(p.opts.mask, noBreakInside); INCL(p.opts.val, noBreakInside)
END SetNoBreakInside;
PROCEDURE SetPageBreak* (p: Prop);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, opts);
INCL(p.opts.mask, pageBreak); INCL(p.opts.val, pageBreak)
END SetPageBreak;
PROCEDURE SetParJoin* (p: Prop);
BEGIN
ASSERT(p # NIL, 20);
INCL(p.valid, opts);
INCL(p.opts.mask, parJoin); INCL(p.opts.val, parJoin)
END SetParJoin;
PROCEDURE AddTab* (p: Prop; x: INTEGER);
VAR i: INTEGER;
BEGIN
ASSERT(p # NIL, 20); i := p.tabs.len; ASSERT(i > 0, 21);
ASSERT((i = 0) OR (p.tabs.tab[i - 1].stop < x), 22);
INCL(p.valid, tabs);
p.tabs.tab[i].stop := x; p.tabs.tab[i].type := {};
p.tabs.len := i + 1
END AddTab;
PROCEDURE MakeCenterTab* (p: Prop);
VAR i: INTEGER;
BEGIN
ASSERT(p # NIL, 20); i := p.tabs.len; ASSERT(i > 0, 21);
p.tabs.tab[i - 1].type := p.tabs.tab[i - 1].type + {centerTab} - {rightTab}
END MakeCenterTab;
PROCEDURE MakeRightTab* (p: Prop);
VAR i: INTEGER;
BEGIN
ASSERT(p # NIL, 20); i := p.tabs.len; ASSERT(i > 0, 21);
p.tabs.tab[i - 1].type := p.tabs.tab[i - 1].type - {centerTab} + {rightTab}
END MakeRightTab;
PROCEDURE MakeBarTab* (p: Prop);
VAR i: INTEGER;
BEGIN
ASSERT(p # NIL, 20); i := p.tabs.len; ASSERT(i > 0, 21);
p.tabs.tab[i - 1].type := p.tabs.tab[i - 1].type + {barTab}
END MakeBarTab;
*)
(*property-based facade procedures *)
PROCEDURE SetFirst* (r: Ruler; x: INTEGER);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {first}; prop.first := x;
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetFirst;
PROCEDURE SetLeft* (r: Ruler; x: INTEGER);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {left}; prop.left := x;
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetLeft;
PROCEDURE SetRight* (r: Ruler; x: INTEGER);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {right}; prop.right := x;
prop.opts.mask := {rightFixed}; prop.opts.val := {};
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetRight;
PROCEDURE SetFixedRight* (r: Ruler; x: INTEGER);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {right, opts}; prop.right := x;
prop.opts.mask := {rightFixed}; prop.opts.val := {rightFixed};
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetFixedRight;
PROCEDURE SetLead* (r: Ruler; h: INTEGER);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {lead}; prop.lead := h;
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetLead;
PROCEDURE SetAsc* (r: Ruler; h: INTEGER);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {asc}; prop.asc := h;
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetAsc;
PROCEDURE SetDsc* (r: Ruler; h: INTEGER);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {dsc}; prop.dsc := h;
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetDsc;
PROCEDURE SetGrid* (r: Ruler; h: INTEGER);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {grid}; prop.grid := h;
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetGrid;
PROCEDURE SetLeftFlush* (r: Ruler);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {opts};
prop.opts.mask := {leftAdjust, rightAdjust}; prop.opts.val := {leftAdjust};
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetLeftFlush;
PROCEDURE SetRightFlush* (r: Ruler);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {opts};
prop.opts.mask := {leftAdjust, rightAdjust}; prop.opts.val := {rightAdjust};
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetRightFlush;
PROCEDURE SetCentered* (r: Ruler);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {opts};
prop.opts.mask := {leftAdjust, rightAdjust}; prop.opts.val := {};
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetCentered;
PROCEDURE SetJustified* (r: Ruler);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {opts};
prop.opts.mask := {leftAdjust, rightAdjust}; prop.opts.val := {leftAdjust, rightAdjust};
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetJustified;
PROCEDURE SetNoBreakInside* (r: Ruler);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {opts};
prop.opts.mask := {noBreakInside}; prop.opts.val := {noBreakInside};
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetNoBreakInside;
PROCEDURE SetPageBreak* (r: Ruler);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {opts};
prop.opts.mask := {pageBreak}; prop.opts.val := {pageBreak};
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetPageBreak;
PROCEDURE SetParJoin* (r: Ruler);
BEGIN
ASSERT(r.style # NIL, 20);
prop.valid := {opts};
prop.opts.mask := {parJoin}; prop.opts.val := {parJoin};
r.style.SetAttr(ModifiedAttr(r.style.attr, prop))
END SetParJoin;
PROCEDURE AddTab* (r: Ruler; x: INTEGER);
VAR ra: Attributes; i: INTEGER;
BEGIN
ASSERT(r.style # NIL, 20); ra := r.style.attr; i := ra.tabs.len; ASSERT(i < maxTabs, 21);
ASSERT((i = 0) OR (ra.tabs.tab[i - 1].stop < x), 22);
prop.valid := {tabs};
CopyTabs(ra.tabs, ra.tabsData, prop.tabs, prop.tabsData);
InitTab(x, prop.tabs, prop.tabsData, i);
INC(prop.tabs.len);
r.style.SetAttr(ModifiedAttr(ra, prop))
END AddTab;
PROCEDURE MakeCenterTab* (r: Ruler);
VAR ra: Attributes; i: INTEGER;
BEGIN
ASSERT(r.style # NIL, 20); ra := r.style.attr; i := ra.tabs.len; ASSERT(i > 0, 21);
prop.valid := {tabs};
CopyTabs(ra.tabs, ra.tabsData, prop.tabs, prop.tabsData);
prop.tabs.tab[i - 1].type := prop.tabs.tab[i - 1].type + {centerTab} - {rightTab};
r.style.SetAttr(ModifiedAttr(ra, prop))
END MakeCenterTab;
PROCEDURE MakeRightTab* (r: Ruler);
VAR ra: Attributes; i: INTEGER;
BEGIN
ASSERT(r.style # NIL, 20); ra := r.style.attr; i := ra.tabs.len; ASSERT(i > 0, 21);
prop.valid := {tabs};
CopyTabs(ra.tabs, ra.tabsData, prop.tabs, prop.tabsData);
prop.tabs.tab[i - 1].type := prop.tabs.tab[i - 1].type - {centerTab} + {rightTab};
r.style.SetAttr(ModifiedAttr(ra, prop))
END MakeRightTab;
PROCEDURE MakeBarTab* (r: Ruler);
VAR ra: Attributes; i: INTEGER;
BEGIN
ASSERT(r.style # NIL, 20); ra := r.style.attr; i := ra.tabs.len; ASSERT(i > 0, 21);
prop.valid := {tabs};
CopyTabs(ra.tabs, ra.tabsData, prop.tabs, prop.tabsData);
prop.tabs.tab[i - 1].type := prop.tabs.tab[i - 1].type + {barTab};
r.style.SetAttr(ModifiedAttr(ra, prop))
END MakeBarTab;
PROCEDURE MakeDecimalTab* (r: Ruler; radixChar: CHAR);
VAR ra: Attributes; i: INTEGER;
BEGIN
ASSERT(r.style # NIL, 20); ra := r.style.attr; i := ra.tabs.len; ASSERT(i > 0, 21);
prop.valid := {tabs};
CopyTabs(ra.tabs, ra.tabsData, prop.tabs, prop.tabsData);
prop.tabs.tab[i - 1].type := prop.tabs.tab[i - 1].type + {centerTab, rightTab};
prop.tabsData[i - 1] := radixChar;
r.style.SetAttr(ModifiedAttr(ra, prop))
END MakeDecimalTab;
(* SetAttrOp *)
PROCEDURE (op: SetAttrOp) Do;
VAR s: Style; attr: Attributes; upd: UpdateMsg;
BEGIN
s := op.style;
attr := s.attr; s.attr := op.attr; op.attr := attr;
(*Stores.InitDomain(s.attr, s.Domain());*) (* Stores.Join(s, s.attr); *)
ASSERT((s.attr=NIL) OR Stores.Joined(s, s.attr), 100);
upd.style := s; upd.oldAttr := attr; Models.Domaincast(s.Domain(), upd);
IF tabDialogHook # NIL THEN tabDialogHook.Refresh(s) END;
END Do;
PROCEDURE DoSetAttrOp (s: Style; attr: Attributes);
VAR op: SetAttrOp;
BEGIN
IF (s.attr # attr) OR ~s.attr.Equals(attr) THEN
(* IF attr.Domain() # s.Domain() THEN attr := Stores.CopyOf(attr)(Attributes) END; *)
IF ~Stores.Joined(s, attr) THEN
IF ~Stores.Unattached(attr) THEN attr := Stores.CopyOf(attr)(Attributes) END;
Stores.Join(s, attr)
END;
NEW(op); op.style := s; op.attr := attr;
Models.Do(s, rulerChangeKey, op)
END
END DoSetAttrOp;
(* grid definitions *)
PROCEDURE MarginGrid (x: INTEGER): INTEGER;
BEGIN
RETURN (x + marginGrid DIV 2) DIV marginGrid * marginGrid
END MarginGrid;
PROCEDURE TabGrid (x: INTEGER): INTEGER;
BEGIN
RETURN (x + tabGrid DIV 2) DIV tabGrid * tabGrid
END TabGrid;
(* nice graphical primitives *)
PROCEDURE DrawCenteredInt (f: Views.Frame; x, y, n: INTEGER);
VAR sw: INTEGER; s: ARRAY 32 OF CHAR;
BEGIN
Strings.IntToString(n, s); sw := font.StringWidth(s);
f.DrawString(x - sw DIV 2, y, Ports.defaultColor, s, font)
END DrawCenteredInt;
PROCEDURE DrawNiceRect (f: Views.Frame; l, t, r, b: INTEGER);
VAR u: INTEGER;
BEGIN
u := f.dot;
f.DrawRect(l, t, r - u, b - u, 0, Ports.defaultColor);
f.DrawLine(l + u, b - u, r - u, b - u, u, Ports.grey25);
f.DrawLine(r - u, t + u, r - u, b - u, u, Ports.grey25)
END DrawNiceRect;
PROCEDURE DrawScale (f: Views.Frame; l, t, r, b, clipL, clipR: INTEGER);
VAR u, h, x, px, sw: INTEGER; i, n, d1, d2: INTEGER; s: ARRAY 32 OF CHAR;
BEGIN
f.DrawRect(l, t, r, b, Ports.fill, Ports.grey12);
u := f.dot;
IF Dialog.metricSystem THEN d1 := 2; d2 := 10 ELSE d1 := 2; d2 := 16 END;
DEC(b, point);
sw := 2*u + font.StringWidth("8888888888");
x := l + tabGrid; i := 0; n := 0;
WHILE x <= r DO
INC(i); px := TabGrid(x);
IF i = d2 THEN
h := 6*point; i := 0; INC(n);
IF (px >= clipL - sw) & (px < clipR) THEN
Strings.IntToString(n, s);
f.DrawString(px - 2*u - font.StringWidth(s), b - 3*point, Ports.defaultColor, s, font)
END
ELSIF i MOD d1 = 0 THEN
h := 2*point
ELSE
h := 0
END;
IF (px >= clipL) & (px < clipR) & (h > 0) THEN
f.DrawLine(px, b, px, b - h, 0, Ports.defaultColor)
END;
INC(x, tabGrid)
END
END DrawScale;
PROCEDURE InvertTabMark (f: Views.Frame; l, t, r, b: INTEGER; type: SET; show: BOOLEAN);
VAR u, u3, u6, x, left, top, right, bottom: INTEGER;
BEGIN
u := f.dot; u3 := u * 3; u6 := u3 * 2;
IF ~ODD((r - l) DIV u) THEN DEC(r, u) END;
x := l + (r - l) DIV u DIV 2 * u;
left := x - u; top := t + u; right := x + u; bottom := t + u6;
f.MarkRect(left, top, right, bottom, Ports.fill, Ports.invert, show); (* vertical stem *)
IF type * {centerTab, rightTab} = {centerTab, rightTab} THEN
f.MarkRect(right + u, bottom - u3, right + u3, bottom - u, Ports.fill, Ports.invert, show); (* decimal point *)
END;
top := bottom; bottom := bottom + u * 2;
IF centerTab IN type THEN left := left - u3; right := right + u3
ELSIF rightTab IN type THEN left := x - u6
ELSE (* left tab *) right := x + u6
END;
f.MarkRect(left, top, right, bottom, Ports.fill, Ports.invert, show); (* horizontal stem *)
IF barTab IN type THEN
left := x; top := bottom; right := x + u; bottom := bottom + u3;
f.MarkRect(left, top, right, bottom, Ports.fill, Ports.invert, show); (* small vertical line *)
END;
END InvertTabMark;
PROCEDURE InvertFirstMark (f: Views.Frame; l, t, r, b: INTEGER; show: BOOLEAN);
VAR u, i, ih: INTEGER;
BEGIN
u := f.dot;
i := b - t; t := b - u;
ih := r - l;
WHILE (i > 0) & (r > l) DO
DEC(i, u);
f.MarkRect(l, t, r, b, Ports.fill, Ports.invert, show);
IF i <= ih THEN DEC(r, u) END;
DEC(t, u); DEC(b, u)
END
END InvertFirstMark;
PROCEDURE InvertLeftMark (f: Views.Frame; l, t, r, b: INTEGER; show: BOOLEAN);
VAR u, i, ih: INTEGER;
BEGIN
u := f.dot;
i := b - t; b := t + u;
ih := r - l;
WHILE (i > 0) & (r > l) DO
DEC(i, u);
f.MarkRect(l, t, r, b, Ports.fill, Ports.invert, show);
IF i <= ih THEN DEC(r, u) END;
INC(t, u); INC(b, u)
END
END InvertLeftMark;
PROCEDURE InvertRightMark (f: Views.Frame; l, t, r, b: INTEGER; show: BOOLEAN);
VAR u, i, ih: INTEGER;
BEGIN
u := f.dot;
IF ~ODD((b - t) DIV u) THEN INC(t, u) END;
ih := r - l; l := r - u;
i := b - t; b := t + u;
WHILE (i > 0) & (i > ih) DO
DEC(i, u);
f.MarkRect(l, t, r, b, Ports.fill, Ports.invert, show);
DEC(l, u);
INC(t, u); INC(b, u)
END;
WHILE (i > 0) & (r > l) DO
DEC(i, u);
f.MarkRect(l, t, r, b, Ports.fill, Ports.invert, show);
INC(l, u);
INC(t, u); INC(b, u)
END
END InvertRightMark;
(* marks *)
PROCEDURE SetMark (VAR m: Mark; r: StdRuler; px, py: INTEGER; kind, index: INTEGER);
BEGIN
m.ruler := r; m.kind := kind;
m.px := px; m.py := py;
CASE kind OF
first:
m.l := px; m.r := m.l + 4*point;
m.b := py - 7*point; m.t := m.b - 4*point
| left:
m.l := px; m.r := m.l + 4*point;
m.b := py - 2*point; m.t := m.b - 4*point
| right:
m.r := px; m.l := m.r - 4*point;
m.b := py - 3*point; m.t := m.b - 7*point
| tabs:
m.l := px - 4*point; m.r := m.l + 9*point;
m.b := py - 5*point; m.t := m.b - 6*point;
m.type := r.style.attr.tabs.tab[index].type
| firstIcon .. lastIcon:
m.l := px; m.r := px + iconWidth;
m.t := py; m.b := py + iconHeight
ELSE HALT(100)
END
END SetMark;
PROCEDURE Try (VAR m: Mark; r: StdRuler; px, py, x, y: INTEGER; kind, index: INTEGER);
BEGIN
IF m.kind = invalid THEN
SetMark(m, r, px, py, kind, index);
IF (m.l - point <= x) & (x < m.r + point) & (m.t - point <= y) & (y < m.b + point) THEN
m.px0 := m.px; m.py0 := m.py; m.x := x; m.y := y;
IF kind = tabs THEN
m.index := index; CopyTabs(r.style.attr.tabs, r.style.attr.tabsData, m.tabs, m.tabsData)
END
ELSE
m.kind := invalid
END
END
END Try;
PROCEDURE InvertMark (VAR m: Mark; f: Views.Frame; show: BOOLEAN);
(* pre: kind # invalid *)
BEGIN
CASE m.kind OF
first: InvertFirstMark(f, m.l, m.t, m.r, m.b, show)
| left: InvertLeftMark(f, m.l, m.t, m.r, m.b, show)
| right: InvertRightMark(f, m.l, m.t, m.r, m.b, show)
| tabs: InvertTabMark(f, m.l, m.t, m.r, m.b, m.type, show)
END
END InvertMark;
PROCEDURE HiliteMark (VAR m: Mark; f: Views.Frame; show: BOOLEAN);
BEGIN
f.MarkRect(m.l, m.t, m.r - point, m.b - point, Ports.fill, Ports.hilite, show)
END HiliteMark;
PROCEDURE HiliteThisMark (r: StdRuler; f: Views.Frame; kind: INTEGER; show: BOOLEAN);
VAR m: Mark; px, w, h: INTEGER;
BEGIN
IF (kind # invalid) & (kind IN validIcons) THEN
px := iconGap + (kind - firstIcon) * (iconWidth + iconGap);
r.context.GetSize(w, h);
SetMark(m, r, px, h - iconPin, kind, -1);
HiliteMark(m, f, show)
END
END HiliteThisMark;
PROCEDURE DrawMark (VAR m: Mark; f: Views.Frame);
(* pre: kind # invalid *)
VAR a: Attributes; l, t, r, b, y, d, asc, dsc, fw: INTEGER; i: INTEGER;
w: ARRAY 4 OF INTEGER;
points: ARRAY 3 OF Ports.Point;
BEGIN
a := m.ruler.style.attr;
l := m.l + 2 * point; t := m.t + 2 * point; r := m.r - 4 * point; b := m.b - 3 * point;
font.GetBounds(asc, dsc, fw);
y := (m.t + m.b + asc) DIV 2;
w[0] := (r - l) DIV 2; w[1] := r - l; w[2] := (r - l) DIV 3; w[3] := (r - l) * 2 DIV 3;
CASE m.kind OF
rightToggle:
IF rightFixed IN a.opts THEN
points[0].x := ((l + r) DIV 2 + point * 2) DIV f.dot * f.dot; points[0].y := t DIV f.dot * f.dot;
points[1].x := points[0].x; points[1].y := points[0].y + f.dot * 8;
points[2].x := points[0].x - f.dot * 4; points[2].y := points[0].y + f.dot * 4;
f.DrawPath(points, 3, Ports.fill, Ports.defaultColor, Ports.closedPoly)
ELSE
DEC(b, point);
f.DrawLine(l, t, r, t, point, Ports.defaultColor);
f.DrawLine(l, b, r, b, point, Ports.defaultColor);
f.DrawLine(l, t, l, b, point, Ports.defaultColor);
f.DrawLine(r, t, r, b, point, Ports.defaultColor)
END
| gridDec:
WHILE t < b DO f.DrawLine(l, t, r, t, point, Ports.defaultColor); INC(t, 2 * point) END
| gridVal:
DrawCenteredInt(f, (l + r) DIV 2, y, a.grid DIV point)
| gridInc:
WHILE t < b DO f.DrawLine(l, t, r, t, point, Ports.defaultColor); INC(t, 3 * point) END
| leftFlush:
i := 0;
WHILE t < b DO
d := w[i]; i := (i + 1) MOD LEN(w);
f.DrawLine(l, t, l + d, t, point, Ports.defaultColor); INC(t, 2 * point)
END
| centered:
i := 0;
WHILE t < b DO
d := (r - l - w[i]) DIV 2; i := (i + 1) MOD LEN(w);
f.DrawLine(l + d, t, r - d, t, point, Ports.defaultColor); INC(t, 2 * point)
END
| rightFlush:
i := 0;
WHILE t < b DO
d := w[i]; i := (i + 1) MOD LEN(w);
f.DrawLine(r - d, t, r, t, point, Ports.defaultColor); INC(t, 2 * point)
END
| justified:
WHILE t < b DO f.DrawLine(l, t, r, t, point, Ports.defaultColor); INC(t, 2 * point) END
| leadDec:
f.DrawLine(l, t, l, t + point, point, Ports.defaultColor); INC(t, 2 * point);
WHILE t < b DO f.DrawLine(l, t, r, t, point, Ports.defaultColor); INC(t, 2 * point) END
| leadVal:
DrawCenteredInt(f, (l + r) DIV 2, y, m.ruler.style.attr.lead DIV point)
| leadInc:
f.DrawLine(l, t, l, t + 3 * point, point, Ports.defaultColor); INC(t, 4 * point);
WHILE t < b DO f.DrawLine(l, t, r, t, point, Ports.defaultColor); INC(t, 2 * point) END
| pageBrk:
DEC(b, point);
IF pageBreak IN a.opts THEN
y := (t + b) DIV 2 - point;
f.DrawLine(l, t, l, y, point, Ports.defaultColor);
f.DrawLine(r, t, r, y, point, Ports.defaultColor);
f.DrawLine(l, y, r, y, point, Ports.defaultColor);
INC(y, 2 * point);
f.DrawLine(l, y, r, y, point, Ports.defaultColor);
f.DrawLine(l, y, l, b, point, Ports.defaultColor);
f.DrawLine(r, y, r, b, point, Ports.defaultColor)
ELSE
f.DrawLine(l, t, l, b, point, Ports.defaultColor);
f.DrawLine(r, t, r, b, point, Ports.defaultColor)
END
ELSE
HALT(100)
END;
IF ~(m.kind IN {gridVal, leadVal}) THEN
DrawNiceRect(f, m.l, m.t, m.r, m.b)
END
END DrawMark;
PROCEDURE GetMark (VAR m: Mark; r: StdRuler; f: Views.Frame;
x, y: INTEGER; canCreate: BOOLEAN
);
(* pre: ~canCreate OR (f # NIL) *)
VAR a: Attributes; px, w, h: INTEGER; i: INTEGER;
BEGIN
m.kind := invalid; m.dirty := FALSE;
a := r.style.attr;
r.context.GetSize(w, h);
(* first try scale *)
Try(m, r, a.first, h, x, y, first, 0);
Try(m, r, a.left, h, x, y, left, 0);
IF rightFixed IN a.opts THEN
Try(m, r, a.right, h, x, y, right, 0)
END;
i := 0;
WHILE (m.kind = invalid) & (i < a.tabs.len) DO
Try(m, r, a.tabs.tab[i].stop, h, x, y, tabs, i);
INC(i)
END;
IF (m.kind = invalid) & (y >= h - tabBarHeight) & (a.tabs.len < maxTabs) THEN
i := 0; px := TabGrid(x);
WHILE (i < a.tabs.len) & (a.tabs.tab[i].stop < px) DO INC(i) END;
IF (i = 0) OR (px - a.tabs.tab[i - 1].stop >= minTabWidth) THEN
IF (i = a.tabs.len) OR (a.tabs.tab[i].stop - px >= minTabWidth) THEN
IF canCreate THEN (* set new tab stop, initially at end of list *)
m.kind := tabs; m.index := a.tabs.len; m.dirty := TRUE;
CopyTabs(a.tabs, a.tabsData, m.tabs, m.tabsData); m.tabs.len := a.tabs.len + 1;
InitTab(px, m.tabs, m.tabsData, a.tabs.len);
InitTab(px, a.tabs, a.tabsData, a.tabs.len);
SetMark(m, r, px, h, tabs, m.index); InvertMark(m, f, Ports.show);
m.px0 := m.px; m.py0 := m.py; m.x := x; m.y := y
END
END
END
END;
(* next try icon bar *)
px := iconGap; i := firstIcon;
WHILE i <= lastIcon DO
IF i IN validIcons THEN
Try(m, r, px, h - iconPin, x, y, i, 0)
END;
INC(px, iconWidth + iconGap); INC(i)
END
END GetMark;
PROCEDURE SelectMark (r: StdRuler; f: Views.Frame; IN m: Mark);
BEGIN
r.sel := m.kind; r.px := m.px; r.py := m.py
END SelectMark;
PROCEDURE DeselectMark (r: StdRuler; f: Views.Frame);
BEGIN
HiliteThisMark(r, f, r.sel, Ports.hide); r.sel := invalid
END DeselectMark;
(* mark interaction *)
PROCEDURE Mode (r: StdRuler): INTEGER;
VAR a: Attributes; i: INTEGER;
BEGIN
a := r.style.attr;
IF a.opts * adjMask = {leftAdjust} THEN
i := leftFlush
ELSIF a.opts * adjMask = {} THEN
i := centered
ELSIF a.opts * adjMask = {rightAdjust} THEN
i := rightFlush
ELSE (* a.opts * adjMask = adjMask *)
i := justified
END;
RETURN i
END Mode;
PROCEDURE GrabMark (VAR m: Mark; r: StdRuler; f: Views.Frame; x, y: INTEGER; canCreate: BOOLEAN);
BEGIN
GetMark(m, r, f, x, y, canCreate);
DeselectMark(r, f);
IF m.kind = Mode(r) THEN m.kind := invalid END
END GrabMark;
PROCEDURE TrackMark (VAR m: Mark; f: Views.Frame; x, y: INTEGER; modifiers: SET);
VAR px, py, w, h: INTEGER;
BEGIN
IF m.kind # invalid THEN
px := m.px + x - m.x; py := m.py + y - m.y;
IF m.kind = tabs THEN
px := TabGrid(px)
ELSIF m.kind IN validIcons THEN
IF (m.l <= x) & (x < m.r) THEN px := 1 ELSE px := 0 END
ELSE
px := MarginGrid(px)
END;
IF m.kind IN {right, tabs} THEN
m.ruler.context.GetSize(w, h);
IF (0 <= y) & (y < h + scaleHeight) OR (Controllers.extend IN modifiers) THEN
py := h
ELSE
py := -1 (* moved mark out of ruler: delete tab stop or fixed right margin *)
END
ELSIF m.kind IN validIcons THEN
IF (m.t <= y) & (y < m.b) THEN py := 1 ELSE py := 0 END
ELSE
py := MarginGrid(py)
END;
IF (m.kind IN {right, tabs}) & ((m.px # px) OR (m.py # py)) THEN
INC(m.x, px - m.px); INC(m.y, py - m.py);
InvertMark(m, f, Ports.hide); SetMark(m, m.ruler, px, py, m.kind, m.index);
InvertMark(m, f, Ports.show);
m.dirty := TRUE
ELSIF (m.kind IN {first, left}) & (m.px # px) THEN
INC(m.x, px - m.px);
InvertMark(m, f, Ports.hide); SetMark(m, m.ruler, px, m.py, m.kind, m.index);
InvertMark(m, f, Ports.show)
ELSIF (m.kind IN validIcons) & (m.px * m.py # px * py) THEN
HiliteMark(m, f, Ports.show);
IF m.kind IN modeIcons THEN HiliteThisMark(m.ruler, f, Mode(m.ruler), Ports.hide) END;
m.px := px; m.py := py
END
END
END TrackMark;
PROCEDURE ShiftMarks (a: Attributes; p: Prop; mask: SET; x0, dx: INTEGER);
VAR new: SET; i, j, t0, t1: INTEGER; tab0, tab1: TabArray; tab0Data, tab1Data: TabData;
BEGIN
new := mask - p.valid;
IF first IN new THEN p.first := a.first END;
IF tabs IN new THEN CopyTabs(a.tabs, a.tabsData, p.tabs, p.tabsData) END;
p.valid := p.valid + mask;
IF first IN mask THEN INC(p.first, dx) END;
IF tabs IN mask THEN
i := 0;
WHILE (i < p.tabs.len) & (p.tabs.tab[i].stop < x0) DO
CopyTab(p.tabs, p.tabsData, i, tab0, tab0Data, i); INC(i)
END;
t0 := i;
t1 := 0;
WHILE i < p.tabs.len DO
CopyTab(p.tabs, p.tabsData, i, tab1, tab1Data, t1); INC(tab1.tab[t1].stop, dx);
INC(t1); INC(i)
END;
i := 0; j := 0; p.tabs.len := 0;
WHILE i < t0 DO (* merge sort *)
WHILE (j < t1) & (tab1.tab[j].stop < tab0.tab[i].stop) DO
CopyTab(tab1, tab1Data, j, p.tabs, p.tabsData, p.tabs.len); INC(p.tabs.len); INC(j)
END;
IF (j < t1) & (tab1.tab[j].stop = tab0.tab[i].stop) THEN INC(j) END;
CopyTab(tab0, tab0Data, i, p.tabs, p.tabsData, p.tabs.len); INC(p.tabs.len); INC(i)
END;
WHILE j < t1 DO
CopyTab(tab1, tab1Data, j, p.tabs, p.tabsData, p.tabs.len); INC(p.tabs.len); INC(j)
END
END
END ShiftMarks;
PROCEDURE ShiftDependingMarks (VAR m: Mark; p: Prop);
VAR a: Attributes; dx, i: INTEGER;
BEGIN
a := m.ruler.style.attr; dx := m.px - m.px0;
CASE m.kind OF
first: ShiftMarks(a, p, {tabs}, 0, dx)
| left: ShiftMarks(a, p, {first, tabs}, 0, dx)
| tabs: ShiftMarks(a, p, {tabs}, m.px0, dx);
i := 0; WHILE (i < p.tabs.len) & (m.px # p.tabs.tab[i].stop) DO INC(i) END; m.index := i
ELSE
END
END ShiftDependingMarks;
PROCEDURE AdjustMarks (VAR m: Mark; f: Views.Frame; modifiers: SET);
VAR r: StdRuler; a: Attributes; p: Prop;
g: INTEGER; i, j: INTEGER; modify: BOOLEAN; type: SET;
BEGIN
r := m.ruler;
IF (m.kind # invalid) & (m.kind IN validIcons)
& (m.px = 1) & (m.py = 1)
OR (m.kind # invalid) & ~(m.kind IN validIcons)
& ((m.px # m.px0) OR (m.py # m.py0)
OR (m.kind = tabs) (*(m.tabs.len # r.style.attr.tabs.len)*) )
THEN
a := r.style.attr; NEW(p);
p.valid := {};
modify := (Controllers.modify IN modifiers) & (m.tabs.len = r.style.attr.tabs.len);
CASE m.kind OF
first:
p.valid := {first}; p.first := m.px
| left:
p.valid := {left}; p.left := m.px
| right:
IF m.py >= 0 THEN
p.valid := {right}; p.right := m.px
ELSE
p.valid := {opts}; p.opts.val := {}; p.opts.mask := {rightFixed}
END
| tabs:
IF ~m.dirty THEN
p.valid := {tabs}; CopyTabs(m.tabs, m.tabsData, p.tabs, p.tabsData);
i := m.index; type := m.tabs.tab[i].type;
IF modify THEN
type := type * {barTab};
IF type = {} THEN type := {barTab}
ELSE type := {}
END;
p.tabs.tab[i].type := p.tabs.tab[i].type - {barTab} + type
ELSE
type := type * {centerTab, rightTab};
IF type = {} THEN type := {centerTab}
ELSIF type = {centerTab} THEN type := {rightTab}
ELSIF type = {rightTab} THEN type := {centerTab, rightTab}
ELSE type := {}
END;
p.tabs.tab[i].type := p.tabs.tab[i].type - {centerTab, rightTab} + type
END
ELSIF ~modify THEN
p.valid := {tabs}; p.tabs.len := m.tabs.len - 1;
i := 0;
WHILE i < m.index DO CopyTab(m.tabs, m.tabsData, i, p.tabs, p.tabsData, i); INC(i) END;
INC(i);
WHILE i < m.tabs.len DO CopyTab(m.tabs, m.tabsData, i, p.tabs, p.tabsData, i - 1); INC(i) END;
i := 0;
WHILE (i < p.tabs.len) & (p.tabs.tab[i].stop < m.px) DO INC(i) END;
IF (m.px >= MIN(a.first, a.left)) & (m.px <= f.r) & (m.py >= 0)
& ((i = 0) OR (m.px - p.tabs.tab[i - 1].stop >= minTabWidth))
& ((i = p.tabs.len) OR (p.tabs.tab[i].stop - m.px >= minTabWidth)) THEN
j := p.tabs.len;
WHILE j > i DO CopyTab(p.tabs, p.tabsData, j - 1, p.tabs, p.tabsData, j); DEC(j) END;
CopyTab(m.tabs, m.tabsData, m.index, p.tabs, p.tabsData, i); p.tabs.tab[i].stop := m.px;
INC(p.tabs.len)
END;
m.index := i; i := 0;
WHILE (i < p.tabs.len)
& (p.tabs.tab[i].stop = a.tabs.tab[i].stop)
& (p.tabs.tab[i].type = a.tabs.tab[i].type) DO
INC(i)
END;
IF (i = p.tabs.len) & (p.tabs.len = a.tabs.len) THEN RETURN END (* did not change *)
END
| rightToggle:
p.valid := {right, opts};
IF ~(rightFixed IN a.opts) THEN
p.right := f.r DIV marginGrid * marginGrid
END;
p.opts.val := a.opts / {rightFixed}; p.opts.mask := {rightFixed}
| gridDec:
p.valid := {asc, grid}; g := a.grid - point;
IF g = 0 THEN p.grid := 1; p.asc := 0 ELSE p.grid := g; p.asc := g - a.dsc END
| gridVal:
SelectMark(r, f, m); RETURN
| gridInc:
p.valid := {asc, grid}; g := a.grid + point; DEC(g, g MOD point);
p.grid := g; p.asc := g - a.dsc
| leftFlush:
p.valid := {opts}; p.opts.val := {leftAdjust}; p.opts.mask := adjMask
| centered:
p.valid := {opts}; p.opts.val := {}; p.opts.mask := adjMask
| rightFlush:
p.valid := {opts}; p.opts.val := {rightAdjust}; p.opts.mask := adjMask
| justified:
p.valid := {opts}; p.opts.val := adjMask; p.opts.mask := adjMask
| leadDec:
p.valid := {lead}; p.lead := a.lead - point
| leadVal:
SelectMark(r, f, m); RETURN
| leadInc:
p.valid := {lead}; p.lead := a.lead + point
| pageBrk:
p.valid := {opts}; p.opts.val := a.opts / {pageBreak}; p.opts.mask := {pageBreak}
ELSE HALT(100)
END;
IF modify THEN ShiftDependingMarks(m, p) END;
IF m.kind IN validIcons - modeIcons THEN HiliteMark(m, f, Ports.hide) END;
r.style.SetAttr(ModifiedAttr(a, p))
END
END AdjustMarks;
PROCEDURE OpenTabDlg(r: Ruler; tabIndex: INTEGER);
VAR tc: Kernel.Module;
BEGIN
IF tabDialogHook = NIL THEN tc := Kernel.ThisMod("TextCmds") END;
IF tabDialogHook # NIL THEN tabDialogHook.Open(r, tabIndex) END
END OpenTabDlg;
PROCEDURE InitTabDlg(r: Ruler; tabIndex: INTEGER);
BEGIN
IF tabDialogHook # NIL THEN tabDialogHook.Init(r, MIN(tabIndex, r.style.attr.tabs.len - 1)) END
END InitTabDlg;
(* primitivies for standard ruler *)
PROCEDURE Track (r: StdRuler; f: Views.Frame; IN msg: Controllers.TrackMsg);
VAR m: Mark; x, y, res: INTEGER; modifiers: SET; isDown: BOOLEAN;
cmd: ARRAY 128 OF CHAR; popup: BOOLEAN;
BEGIN
popup := Controllers.popup IN msg.modifiers;
GrabMark(m, r, f, msg.x, msg.y, ~popup);
IF (m.kind = tabs) & popup THEN
REPEAT f.Input(x, y, modifiers, isDown) UNTIL ~isDown;
OpenTabDlg(r, m.index)
ELSE
REPEAT
f.Input(x, y, modifiers, isDown); TrackMark(m, f, x, y, modifiers)
UNTIL ~isDown;
AdjustMarks(m, f, modifiers);
IF Controllers.doubleClick IN msg.modifiers THEN
CASE m.kind OF
| invalid:
Dialog.MapString("#Text:OpenRulerDialog", cmd); Dialog.Call(cmd, "", res)
| gridVal, leadVal:
Dialog.MapString("#Text:OpenSizeDialog", cmd); Dialog.Call(cmd, "", res)
| tabs:
InitTabDlg(r, m.index)
ELSE
END
ELSIF m.kind = tabs THEN
InitTabDlg(r, m.index)
END
END;
END Track;
PROCEDURE Edit (r: StdRuler; f: Views.Frame; VAR msg: Controllers.EditMsg);
VAR v: Views.View;
BEGIN
CASE msg.op OF
Controllers.copy:
msg.view := Views.CopyOf(r, Views.deep);
msg.isSingle := TRUE
| Controllers.paste:
v := msg.view;
WITH v: Ruler DO r.style.SetAttr(v.style.attr) ELSE END
ELSE
END
END Edit;
PROCEDURE PollOps (r: StdRuler; f: Views.Frame; VAR msg: Controllers.PollOpsMsg);
BEGIN
msg.type := "TextRulers.Ruler";
msg.pasteType := "TextRulers.Ruler";
msg.selectable := FALSE;
msg.valid := {Controllers.copy, Controllers.paste}
END PollOps;
PROCEDURE SetProp (r: StdRuler; VAR msg: Properties.SetMsg; VAR requestFocus: BOOLEAN);
VAR a1: Attributes; px, py, g: INTEGER; sel: INTEGER;
p: Properties.Property; sp: Properties.StdProp; rp: Prop;
BEGIN
p := msg.prop; sel := r.sel; px := r.px; py := r.py;
IF sel # invalid THEN
WHILE (p # NIL) & ~(p IS Properties.StdProp) DO p := p.next END;
IF p # NIL THEN
sp := p(Properties.StdProp);
IF (r.sel = leadVal) & (Properties.size IN sp.valid) THEN
NEW(rp); rp.valid := {lead};
rp.lead := sp.size
ELSIF (r.sel = gridVal) & (Properties.size IN sp.valid) THEN
g := sp.size; DEC(g, g MOD point);
NEW(rp); rp.valid := {asc, grid};
IF g = 0 THEN rp.asc := 0; rp.grid := 1
ELSE rp.asc := g - r.style.attr.dsc; rp.grid := g
END
ELSE
rp := NIL
END
END;
p := rp
END;
a1 := ModifiedAttr(r.style.attr, p);
IF ~a1.Equals(r.style.attr) THEN
r.style.SetAttr(a1);
IF requestFocus & (r.sel = invalid) THEN (* restore mark selection *)
r.sel := sel; r.px := px; r.py := py
END
ELSE requestFocus := FALSE
END
END SetProp;
PROCEDURE PollProp (r: StdRuler; VAR msg: Properties.PollMsg);
VAR p: Properties.StdProp;
BEGIN
CASE r.sel OF
invalid:
msg.prop := r.style.attr.Prop()
| leadVal:
NEW(p); p.known := {Properties.size}; p.valid := p.known;
p.size := r.style.attr.lead;
msg.prop := p
| gridVal:
NEW(p); p.known := {Properties.size}; p.valid := p.known;
p.size := r.style.attr.grid;
msg.prop := p
ELSE HALT(100)
END
END PollProp;
(* StdStyle *)
PROCEDURE (r: StdStyle) Internalize (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
r.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxStdStyleVersion, thisVersion)
END Internalize;
PROCEDURE (r: StdStyle) Externalize (VAR wr: Stores.Writer);
BEGIN
r.Externalize^(wr);
wr.WriteVersion(maxStdStyleVersion)
END Externalize;
(*
PROCEDURE (r: StdStyle) CopyFrom (source: Stores.Store);
BEGIN
r.SetAttr(source(StdStyle).attr)
END CopyFrom;
*)
(* StdRuler *)
PROCEDURE (r: StdRuler) Internalize (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
r.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxStdRulerVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
r.sel := invalid
END Internalize;
PROCEDURE (r: StdRuler) Externalize (VAR wr: Stores.Writer);
BEGIN
r.Externalize^(wr);
wr.WriteVersion(maxStdRulerVersion)
END Externalize;
PROCEDURE (r: StdRuler) ThisModel (): Models.Model;
BEGIN
RETURN r.style
END ThisModel;
PROCEDURE (r: StdRuler) CopyFromModelView (source: Views.View; model: Models.Model);
BEGIN
r.sel := invalid; r.InitStyle(model(Style))
END CopyFromModelView;
PROCEDURE (ruler: StdRuler) Restore (f: Views.Frame; l, t, r, b: INTEGER);
VAR a: Attributes; m: Mark; u, scale, tabBar, px, w, h: INTEGER; i: INTEGER;
BEGIN
u := f.dot; a := ruler.style.attr;
ruler.context.GetSize(w, h);
tabBar := h - tabBarHeight; scale := tabBar - scaleHeight;
w := MIN(f.r + 10 * mm, 10000 * mm); (* high-level clipping *)
f.DrawLine(0, scale - u, w - u, scale - u, u, Ports.grey25);
f.DrawLine(0, tabBar - u, w - u, tabBar - u, u, Ports.grey50);
DrawScale(f, 0, scale, w, tabBar, l, r);
DrawNiceRect(f, 0, h - rulerHeight, w, h);
SetMark(m, ruler, a.first, h, first, -1); InvertMark(m, f, Ports.show);
SetMark(m, ruler, a.left, h, left, -1); InvertMark(m, f, Ports.show);
IF rightFixed IN a.opts THEN
SetMark(m, ruler, a.right, h, right, -1); InvertMark(m, f, Ports.show)
END;
i := 0;
WHILE i < a.tabs.len DO
SetMark(m, ruler, a.tabs.tab[i].stop, h, tabs, i); InvertMark(m, f, Ports.show); INC(i)
END;
px := iconGap; i := firstIcon;
WHILE i <= lastIcon DO
IF i IN validIcons THEN
SetMark(m, ruler, px, h - iconPin, i, -1); DrawMark(m, f)
END;
INC(px, iconWidth + iconGap); INC(i)
END;
HiliteThisMark(ruler, f, Mode(ruler), Ports.show)
END Restore;
PROCEDURE (ruler: StdRuler) RestoreMarks (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
HiliteThisMark(ruler, f, ruler.sel, Ports.show)
END RestoreMarks;
PROCEDURE (r: StdRuler) GetBackground (VAR color: Ports.Color);
BEGIN
color := Ports.background
END GetBackground;
PROCEDURE (r: StdRuler) Neutralize;
VAR msg: NeutralizeMsg;
BEGIN
Views.Broadcast(r, msg)
END Neutralize;
PROCEDURE (r: StdRuler) HandleModelMsg (VAR msg: Models.Message);
BEGIN
WITH msg: UpdateMsg DO
Views.Update(r, Views.keepFrames)
ELSE
END
END HandleModelMsg;
PROCEDURE (r: StdRuler) HandleViewMsg (f: Views.Frame; VAR msg: Views.Message);
BEGIN
WITH msg: NeutralizeMsg DO
DeselectMark(r, f)
ELSE
END
END HandleViewMsg;
PROCEDURE (r: StdRuler) HandleCtrlMsg (f: Views.Frame;
VAR msg: Controllers.Message; VAR focus: Views.View
);
VAR requestFocus: BOOLEAN;
BEGIN
WITH msg: Controllers.TrackMsg DO
Track(r, f, msg)
| msg: Controllers.EditMsg DO
Edit(r, f, msg)
| msg: Controllers.MarkMsg DO
r.RestoreMarks(f, f.l, f.t, f.r, f.b)
| msg: Controllers.SelectMsg DO
IF ~msg.set THEN DeselectMark(r, f) END
| msg: Controllers.PollOpsMsg DO
PollOps(r, f, msg)
| msg: Properties.CollectMsg DO
PollProp(r, msg.poll)
| msg: Properties.EmitMsg DO
requestFocus := f.front;
SetProp(r, msg.set, requestFocus);
msg.requestFocus := requestFocus
ELSE
END
END HandleCtrlMsg;
PROCEDURE (r: StdRuler) HandlePropMsg (VAR msg: Properties.Message);
VAR m: Mark; requestFocus: BOOLEAN; w, h: INTEGER;
BEGIN
WITH msg: Properties.SizePref DO
msg.w := 10000 * Ports.mm; msg.h := rulerHeight
| msg: Properties.ResizePref DO
msg.fixed := TRUE
| msg: Properties.FocusPref DO
IF msg.atLocation THEN
r.context.GetSize(w, h);
GetMark(m, r, NIL, msg.x, msg.y, FALSE);
msg.hotFocus := (m.kind # invalid) & ~(m.kind IN fieldIcons) OR (msg.y >= h - tabBarHeight);
msg.setFocus := ~msg.hotFocus
END
| msg: TextModels.Pref DO
msg.opts := {TextModels.maskChar, TextModels.hideable};
msg.mask := TextModels.para
| msg: Properties.SetMsg DO
requestFocus := FALSE;
SetProp(r, msg, requestFocus)
| msg: Properties.PollMsg DO
PollProp(r, msg)
ELSE
END
END HandlePropMsg;
(* StdDirectory *)
PROCEDURE (d: StdDirectory) NewStyle (attr: Attributes): Style;
VAR s: StdStyle;
BEGIN
IF attr = NIL THEN attr := d.attr END;
NEW(s); s.SetAttr(attr); RETURN s
END NewStyle;
PROCEDURE (d: StdDirectory) New (style: Style): Ruler;
VAR r: StdRuler;
BEGIN
IF style = NIL THEN style := d.NewStyle(NIL) END;
NEW(r); r.InitStyle(style); r.sel := invalid; RETURN r
END New;
(** miscellaneous **)
PROCEDURE GetValidRuler* (text: TextModels.Model; pos, hint: INTEGER;
VAR ruler: Ruler; VAR rpos: INTEGER
);
(** pre: (hint < 0 OR (ruler, rpos) is first ruler before hint & 0 <= pos <= t.Length() **)
(** post: hint < rpos <= pos & rpos = Pos(ruler) & (no ruler in (rpos, pos])
OR ((ruler, rpos) unmodified)
**)
VAR view: Views.View;
BEGIN
IF pos < text.Length() THEN INC(pos) END; (* let a ruler dominate its own position *)
IF pos < hint THEN hint := -1 END;
globRd := text.NewReader(globRd); globRd.SetPos(pos);
REPEAT
globRd.ReadPrevView(view)
UNTIL globRd.eot OR (view IS Ruler) OR (globRd.Pos() < hint);
IF (view # NIL) & (view IS Ruler) THEN
ruler := view(Ruler); rpos := globRd.Pos()
END
END GetValidRuler;
PROCEDURE SetDir* (d: Directory);
(** pre: d # NIL, d.attr # NIL **)
(** post: dir = d **)
BEGIN
ASSERT(d # NIL, 20); ASSERT(d.attr.init, 21); dir := d
END SetDir;
PROCEDURE Init;
VAR d: StdDirectory; fnt: Fonts.Font; asc, dsc, w: INTEGER;
BEGIN
defaultRadixChar := ".";
IF Dialog.metricSystem THEN
marginGrid := 1*mm; minTabWidth := 1*mm; tabGrid := 1*mm
ELSE
marginGrid := inch16; minTabWidth := inch16; tabGrid := inch16
END;
fnt := Fonts.dir.Default();
font := Fonts.dir.This(fnt.typeface, 7*point, {}, Fonts.normal); (* font for ruler scales *)
NEW(prop);
prop.valid := {first .. tabs};
prop.first := 0; prop.left := 0;
IF Dialog.metricSystem THEN
prop.right := 165*mm
ELSE
prop.right := 104*inch16
END;
fnt.GetBounds(asc, dsc, w);
prop.lead := 0; prop.asc := asc; prop.dsc := dsc; prop.grid := 1;
prop.opts.val := {leftAdjust}; prop.opts.mask := options;
prop.tabs.len := 0;
NEW(def); def.InitFromProp(prop);
NEW(d); d.attr := def; dir := d; stdDir := d
END Init;
PROCEDURE Cleaner;
BEGIN
globRd := NIL
END Cleaner;
PROCEDURE GetRadixChar* (a: Attributes; tabIndex: INTEGER): CHAR;
BEGIN
RETURN a.tabsData[tabIndex]
END GetRadixChar;
PROCEDURE SetRadixChar* (a: Attributes; tabIndex: INTEGER; radixChar: CHAR);
BEGIN
a.tabsData[tabIndex] := radixChar
END SetRadixChar;
PROCEDURE SetRadixCharProp* (p: Prop; tabIndex: INTEGER; radixChar: CHAR);
BEGIN
p.tabsData[tabIndex] := radixChar
END SetRadixCharProp;
BEGIN
Init;
Kernel.InstallCleaner(Cleaner)
CLOSE
Kernel.RemoveCleaner(Cleaner)
END TextRulers.
| Text/Mod/Rulers.odc |
MODULE TextSetters;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20070820, bh, Reader.sString eliminated
- 20160203, center #96, fixed string detection in GatherString for nonASCII texts
- 20170620, center #163, adding decimal tabs to TextRulers
"
issues = "
- ...
"
**)
(* correct NextPage postcond in docu *)
(* make s.r, s.rd reducible? *)
(* paraShutoff needs to be controlled by an approx flag to certain ops (later ...?) *)
IMPORT
Ports, Stores, Strings, Views, Properties, TextModels, TextRulers;
CONST
(** Pref.opts, options of setter-aware views; 0 overrides 1 **)
lineBreak* = 0; wordJoin* = 1; wordPart* = 2; flexWidth* = 3;
tab = TextModels.tab; line = TextModels.line; para = TextModels.para;
zwspace = TextModels.zwspace; nbspace = TextModels.nbspace;
hyphen = TextModels.hyphen; nbhyphen = TextModels.nbhyphen;
digitspace = TextModels.digitspace;
softhyphen = TextModels.softhyphen;
mm = Ports.mm;
minTabWidth = 2 * Ports.point; stdTabWidth = 4 * mm;
leftLineGap = 2 * Ports.point; rightLineGap = 3 * Ports.point;
adjustMask = {TextRulers.leftAdjust, TextRulers.rightAdjust};
centered = {}; leftFlush = {TextRulers.leftAdjust}; rightFlush = {TextRulers.rightAdjust};
blocked = adjustMask;
boxCacheLen = 64;
seqCacheLen = 16;
paraShutoff = MAX(INTEGER); (* longest stretch read backwards to find start of paragraph *)
(* unsafe: disabled *)
cachedRulers = FALSE; (* caching ruler objects trades speed against GC effectiveness *)
periodInWords = FALSE;
colonInWords = FALSE;
minVersion = 0; maxVersion = 0; maxStdVersion = 0;
TYPE
Pref* = RECORD (Properties.Preference)
opts*: SET;
endW*: INTEGER; (** preset (to width of view) **)
dsc*: INTEGER (** preset (to dominating line descender) **)
END;
Reader* = POINTER TO ABSTRACT RECORD
r-: TextModels.Reader; (** look-ahead state **)
(** unit **)
string*: ARRAY 64 OF CHAR; (** single chars in string[0] **)
view*: Views.View;
(** unit props **)
textOpts*: SET;
mask*: CHAR;
setterOpts*: SET;
w*, endW*, h*, dsc*: INTEGER;
attr*: TextModels.Attributes;
(** reading state **)
eot*: BOOLEAN;
pos*: INTEGER;
x*: INTEGER; (** to be advanced by client! **)
adjStart*: INTEGER;
spaces*: INTEGER;
tabIndex*: INTEGER; (** tabs being processed; initially -1 **)
tabType*: SET; (** type of tab being processed; initially {} **)
(** line props **)
vw*: INTEGER;
hideMarks*: BOOLEAN;
ruler*: TextRulers.Ruler;
rpos*: INTEGER
END;
Setter* = POINTER TO ABSTRACT RECORD (Stores.Store)
text-: TextModels.Model; (** connected iff text # NIL **)
defRuler-: TextRulers.Ruler;
vw-: INTEGER;
hideMarks-: BOOLEAN
END;
LineBox* = RECORD
len*: INTEGER;
ruler*: TextRulers.Ruler;
rpos*: INTEGER;
left*, right*, asc*, dsc*: INTEGER;
rbox*, bop*, adj*, eot*: BOOLEAN; (** adj => adjW > 0; adj & blocked => spaces > 0 **)
views*: BOOLEAN;
skipOff*: INTEGER; (** chars in [skipOff, len) take endW **)
adjOff*: INTEGER; (** offset of last block in box - adjust only this block **)
spaces*: INTEGER; (** valid, > 0 if adj & blocked **)
adjW*: INTEGER; (** valid if adj - to be distributed over spaces **)
tabW*: ARRAY TextRulers.maxTabs OF INTEGER (** delta width of tabs (<= 0) **)
END;
Directory* = POINTER TO ABSTRACT RECORD END;
Worder = RECORD
box: LineBox; next: INTEGER;
i: INTEGER
END;
StdReader = POINTER TO RECORD (Reader)
radixChar: CHAR; (* the current decimal tab's radix character or 0X if not processing a decimal tab *)
END;
StdSetter = POINTER TO RECORD (Setter)
rd: Reader; (* subject to reduction? *)
r: TextModels.Reader; (* subject to reduction? *)
ruler: TextRulers.Ruler;
rpos: INTEGER;
key: INTEGER
END;
StdDirectory = POINTER TO RECORD (Directory) END;
VAR
dir-, stdDir-: Directory;
nextKey: INTEGER;
boxIndex, seqIndex: INTEGER;
boxCache: ARRAY boxCacheLen OF RECORD
key: INTEGER; (* valid iff key > 0 *)
start: INTEGER;
line: LineBox (* inv ruler = NIL *)
END;
seqCache: ARRAY seqCacheLen OF RECORD
key: INTEGER; (* valid iff key > 0 *)
start, pos: INTEGER (* sequence [start, end), end >= pos *)
END;
(** Reader **)
PROCEDURE (rd: Reader) Set* (
old: TextModels.Reader;
text: TextModels.Model; x, pos: INTEGER;
ruler: TextRulers.Ruler; rpos: INTEGER; vw: INTEGER; hideMarks: BOOLEAN
), NEW, EXTENSIBLE;
BEGIN
ASSERT(text # NIL, 20);
ASSERT(ruler # NIL, 22);
rd.r := text.NewReader(old); rd.r.SetPos(pos); rd.r.Read;
rd.string[0] := 0X; rd.view := NIL;
rd.textOpts := {};
rd.setterOpts := {}; rd.w := 0; rd.endW := 0; rd.h := 0; rd.dsc := 0;
rd.attr := NIL;
rd.eot := FALSE; rd.pos := pos; rd.x := x;
rd.tabIndex := -1; rd.tabType := {};
rd.adjStart := pos; rd.spaces := 0;
rd.ruler := ruler; rd.rpos := rpos; rd.vw := vw; rd.hideMarks := hideMarks
END Set;
PROCEDURE (rd: Reader) Read*, NEW, EXTENSIBLE;
(** pre: rd set **)
(** post: rd.pos = rd.pos' + Length(rd.string) **)
BEGIN
rd.string[0] := rd.r.char; rd.string[1] := 0X;
rd.view := rd.r.view;
rd.textOpts := {};
rd.setterOpts := {};
rd.w := rd.r.w; rd.endW := rd.w; rd.h := rd.r.h; rd.dsc := 0;
rd.attr := rd.r.attr;
rd.eot := rd.r.eot;
INC(rd.pos);
rd.r.Read
END Read;
PROCEDURE (rd: Reader) AdjustWidth* (start, pos: INTEGER; IN box: LineBox;
VAR w: INTEGER
), NEW, ABSTRACT;
PROCEDURE (rd: Reader) SplitWidth* (w: INTEGER): INTEGER, NEW, ABSTRACT;
(** Setter **)
PROCEDURE (s: Setter) CopyFrom- (source: Stores.Store), EXTENSIBLE;
BEGIN
WITH source: Setter DO
s.text := source.text; s.defRuler := source.defRuler;
s.vw := source.vw; s.hideMarks := source.hideMarks
END
END CopyFrom;
PROCEDURE (s: Setter) Internalize- (VAR rd: Stores.Reader), EXTENSIBLE;
VAR thisVersion: INTEGER;
BEGIN
s.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxVersion, thisVersion)
END Internalize;
PROCEDURE (s: Setter) Externalize- (VAR wr: Stores.Writer), EXTENSIBLE;
BEGIN
s.Externalize^(wr);
wr.WriteVersion(maxVersion)
END Externalize;
PROCEDURE (s: Setter) ConnectTo* (text: TextModels.Model;
defRuler: TextRulers.Ruler; vw: INTEGER; hideMarks: BOOLEAN
), NEW, EXTENSIBLE;
BEGIN
IF text # NIL THEN
s.text := text; s.defRuler := defRuler; s.vw := vw; s.hideMarks := hideMarks
ELSE
s.text := NIL; s.defRuler := NIL
END
END ConnectTo;
PROCEDURE (s: Setter) ThisPage* (pageH: INTEGER; pageNo: INTEGER): INTEGER, NEW, ABSTRACT;
(** pre: connected, 0 <= pageNo **)
(** post: (result = -1) & (pageNo >= maxPageNo) OR (result = pageStart(pageNo)) **)
PROCEDURE (s: Setter) NextPage* (pageH: INTEGER; start: INTEGER): INTEGER, NEW, ABSTRACT;
(** pre: connected, ThisPage(pageH, pageNo) = start [with pageNo = NumberOfPageAt(start)] **)
(** post: (result = start) & last-page(start) OR result = next-pageStart(start) **)
PROCEDURE (s: Setter) ThisSequence* (pos: INTEGER): INTEGER, NEW, ABSTRACT;
(** pre: connected, 0 <= pos <= s.text.Length() **)
(** post: (result = 0) OR (char(result - 1) IN {line, para}) **)
PROCEDURE (s: Setter) NextSequence* (start: INTEGER): INTEGER, NEW, ABSTRACT;
(** pre: connected, ThisSequence(start) = start **)
(** post: (result = start) & last-line(start) OR (ThisSequence(t, result - 1) = start) **)
PROCEDURE (s: Setter) PreviousSequence* (start: INTEGER): INTEGER, NEW, ABSTRACT;
(** pre: connected, ThisSequence(t, start) = start **)
(** post: (result = 0) & (start = 0) OR (result = ThisSequence(t, start - 1)) **)
PROCEDURE (s: Setter) ThisLine* (pos: INTEGER): INTEGER, NEW, ABSTRACT;
(** pre: connected, 0 <= pos <= s.text.Length() **)
(** post: result <= pos, (pos < NextLine(result)) OR last-line(result) **)
PROCEDURE (s: Setter) NextLine* (start: INTEGER): INTEGER, NEW, ABSTRACT;
(** pre: connected, ThisLine(start) = start **)
(** post: (result = 0) & (start = 0) OR
(result = start) & last-line(start) OR
(ThisLine(result - 1) = start) **)
PROCEDURE (s: Setter) PreviousLine* (start: INTEGER): INTEGER, NEW, ABSTRACT;
(** pre: connected, ThisLine(start) = start **)
(** post: (result = 0) & (start = 0) OR (result = ThisLine(start - 1)) **)
PROCEDURE (s: Setter) GetWord* (pos: INTEGER; OUT beg, end: INTEGER), NEW, ABSTRACT;
(** pre: connected, 0 <= pos <= s.text.Length() **)
(** post: c set, beg <= pos <= end **)
PROCEDURE (s: Setter) GetLine* (start: INTEGER; OUT box: LineBox), NEW, ABSTRACT;
(** pre: connected, ThisLine(start) = start, 0 <= start <= s.text.Length() **)
(** post: (c, box) set (=> box.ruler # NIL), (box.len > 0) OR box.eot,
0 <= box.left <= box.right <= ruler.right **)
PROCEDURE (s: Setter) GetBox* (start, end, maxW, maxH: INTEGER;
OUT w, h: INTEGER
), NEW, ABSTRACT;
(** pre: connected, ThisLine(start) = start, 0 <= start <= end <= s.text.Length() **)
(** post: c set, maxW > undefined => w <= maxW, maxH > undefined => h <= maxH **)
PROCEDURE (s: Setter) NewReader* (old: Reader): Reader, NEW, ABSTRACT;
(** pre: connected **)
PROCEDURE (s: Setter) GridOffset* (dsc: INTEGER; IN box: LineBox): INTEGER, NEW, ABSTRACT;
(** pre: connected, dsc >= 0: dsc is descender of previous line; dsc = -1 for first line **)
(** post: dsc + GridOffset(dsc, box) + box.asc = k*ruler.grid (k >= 0) >= ruler.asc + ruler.grid **)
(** Directory **)
PROCEDURE (d: Directory) New* (): Setter, NEW, ABSTRACT;
(* line box cache *)
PROCEDURE InitCache;
VAR i: INTEGER;
BEGIN
nextKey := 1; boxIndex := 0; seqIndex := 0;
i := 0; WHILE i < boxCacheLen DO boxCache[i].key := -1; INC(i) END;
i := 0; WHILE i < seqCacheLen DO seqCache[i].key := -1; INC(i) END
END InitCache;
PROCEDURE ClearCache (key: INTEGER);
VAR i, j: INTEGER;
BEGIN
i := 0; j := boxIndex;
WHILE i < boxCacheLen DO
IF boxCache[i].key = key THEN boxCache[i].key := -1; j := i END;
INC(i)
END;
boxIndex := j;
i := 0; j := seqIndex;
WHILE i < seqCacheLen DO
IF seqCache[i].key = key THEN seqCache[i].key := -1; j := i END;
INC(i)
END;
seqIndex := j
END ClearCache;
PROCEDURE CacheIndex (key, start: INTEGER): INTEGER;
VAR i: INTEGER;
BEGIN
RETURN -1;
i := 0;
WHILE (i < boxCacheLen) & ~((boxCache[i].key = key) & (boxCache[i].start = start)) DO
INC(i)
END;
IF i = boxCacheLen THEN i := -1 END;
RETURN i
END CacheIndex;
PROCEDURE GetFromCache (s: StdSetter; i: INTEGER; VAR l: LineBox);
BEGIN
l := boxCache[i].line;
IF ~cachedRulers THEN
IF l.rpos >= 0 THEN
s.r := s.text.NewReader(s.r); s.r.SetPos(l.rpos); s.r.Read;
l.ruler := s.r.view(TextRulers.Ruler)
ELSE l.ruler := s.defRuler
END
END
END GetFromCache;
PROCEDURE AddToCache (key, start: INTEGER; VAR l: LineBox);
VAR i: INTEGER;
BEGIN
i := boxIndex; boxIndex := (i + 1) MOD boxCacheLen;
boxCache[i].key := key; boxCache[i].start := start; boxCache[i].line := l;
IF ~cachedRulers THEN
boxCache[i].line.ruler := NIL
END
END AddToCache;
PROCEDURE CachedSeqStart (key, pos: INTEGER): INTEGER;
VAR start: INTEGER; i: INTEGER;
BEGIN
i := 0;
WHILE (i < seqCacheLen)
& ~((seqCache[i].key = key) & (seqCache[i].start <= pos) & (pos <= seqCache[i].pos)) DO
INC(i)
END;
IF i < seqCacheLen THEN start := seqCache[i].start ELSE start := -1 END;
RETURN start
END CachedSeqStart;
PROCEDURE AddSeqStartToCache (key, pos, start: INTEGER);
VAR i: INTEGER;
BEGIN
i := 0;
WHILE (i < seqCacheLen) & ~((seqCache[i].key = key) & (seqCache[i].start = start)) DO
INC(i)
END;
IF i < seqCacheLen THEN
IF seqCache[i].pos < pos THEN seqCache[i].pos := pos END
ELSE
i := seqIndex; seqIndex := (i + 1) MOD seqCacheLen;
seqCache[i].key := key; seqCache[i].pos := pos; seqCache[i].start := start
END
END AddSeqStartToCache;
(* StdReader *)
(*
PROCEDURE WordPart (ch, ch1: CHAR): BOOLEAN;
(* needs more work ... put elsewhere? *)
BEGIN
CASE ORD(ch) OF
ORD("0") .. ORD("9"), ORD("A") .. ORD("Z"), ORD("a") .. ORD("z"),
ORD(digitspace), ORD(nbspace), ORD(nbhyphen), ORD("_"),
0C0H .. 0C6H, 0E0H .. 0E6H, (* ~ A *)
0C7H, 0E7H, (* ~ C *)
0C8H .. 0CBH, 0E8H .. 0EBH, (* ~ E *)
0CCH .. 0CFH, 0ECH .. 0EFH, (* ~ I *)
0D1H, 0F1H, (* ~ N *)
0D2H .. 0D6H, 0D8H, 0F2H .. 0F6H, 0F8H, (* ~ O *)
0D9H .. 0DCH, 0F9H .. 0FCH, (* ~ U *)
0DDH, 0FDH, 0FFH, (* ~ Y *)
0DFH: (* ~ ss *)
RETURN TRUE
| ORD("."), ORD(":"):
IF (ch = ".") & periodInWords OR (ch = ":") & colonInWords THEN
CASE ch1 OF
0X, TextModels.viewcode, tab, line, para, " ":
RETURN FALSE
ELSE RETURN TRUE
END
ELSE RETURN FALSE
END
ELSE RETURN FALSE
END
END WordPart;
*)
PROCEDURE WordPart (ch, ch1: CHAR): BOOLEAN;
(* Same as .net function System.Char.IsLetterOrDigit(ch)
+ digit space, nonbreaking space, nonbreaking hyphen, & underscore
ch1 unused *)
VAR low: INTEGER;
BEGIN
low := ORD(ch) MOD 256;
CASE ORD(ch) DIV 256 OF
| 001H, 015H, 034H..04CH, 04EH..09EH, 0A0H..0A3H, 0ACH..0D6H, 0F9H, 0FCH: RETURN TRUE
| 000H: CASE low OF
| 030H..039H, 041H..05AH, 061H..07AH, 0AAH, 0B5H, 0BAH, 0C0H..0D6H, 0D8H..0F6H, 0F8H..0FFH,
ORD(digitspace), ORD(nbspace), ORD(nbhyphen), ORD("_"): RETURN TRUE
ELSE
END
| 002H: CASE low OF
| 000H..041H, 050H..0C1H, 0C6H..0D1H, 0E0H..0E4H, 0EEH: RETURN TRUE
ELSE
END
| 003H: CASE low OF
| 07AH, 086H, 088H..08AH, 08CH, 08EH..0A1H, 0A3H..0CEH, 0D0H..0F5H, 0F7H..0FFH: RETURN TRUE
ELSE
END
| 004H: CASE low OF
| 000H..081H, 08AH..0CEH, 0D0H..0F9H: RETURN TRUE
ELSE
END
| 005H: CASE low OF
| 000H..00FH, 031H..056H, 059H, 061H..087H, 0D0H..0EAH, 0F0H..0F2H: RETURN TRUE
ELSE
END
| 006H: CASE low OF
| 021H..03AH, 040H..04AH, 060H..069H, 06EH..06FH, 071H..0D3H, 0D5H, 0E5H..0E6H, 0EEH..0FCH, 0FFH: RETURN TRUE
ELSE
END
| 007H: CASE low OF
| 010H, 012H..02FH, 04DH..06DH, 080H..0A5H, 0B1H: RETURN TRUE
ELSE
END
| 009H: CASE low OF
| 004H..039H, 03DH, 050H, 058H..061H, 066H..06FH, 07DH, 085H..08CH, 08FH..090H, 093H..0A8H, 0AAH..0B0H, 0B2H, 0B6H..0B9H, 0BDH, 0CEH, 0DCH..0DDH, 0DFH..0E1H, 0E6H..0F1H: RETURN TRUE
ELSE
END
| 00AH: CASE low OF
| 005H..00AH, 00FH..010H, 013H..028H, 02AH..030H, 032H..033H, 035H..036H, 038H..039H, 059H..05CH, 05EH, 066H..06FH, 072H..074H, 085H..08DH, 08FH..091H, 093H..0A8H, 0AAH..0B0H, 0B2H..0B3H, 0B5H..0B9H, 0BDH, 0D0H, 0E0H..0E1H, 0E6H..0EFH: RETURN TRUE
ELSE
END
| 00BH: CASE low OF
| 005H..00CH, 00FH..010H, 013H..028H, 02AH..030H, 032H..033H, 035H..039H, 03DH, 05CH..05DH, 05FH..061H, 066H..06FH, 071H, 083H, 085H..08AH, 08EH..090H, 092H..095H, 099H..09AH, 09CH, 09EH..09FH, 0A3H..0A4H, 0A8H..0AAH, 0AEH..0B9H, 0E6H..0EFH: RETURN TRUE
ELSE
END
| 00CH: CASE low OF
| 005H..00CH, 00EH..010H, 012H..028H, 02AH..033H, 035H..039H, 060H..061H, 066H..06FH, 085H..08CH, 08EH..090H, 092H..0A8H, 0AAH..0B3H, 0B5H..0B9H, 0BDH, 0DEH, 0E0H..0E1H, 0E6H..0EFH: RETURN TRUE
ELSE
END
| 00DH: CASE low OF
| 005H..00CH, 00EH..010H, 012H..028H, 02AH..039H, 060H..061H, 066H..06FH, 085H..096H, 09AH..0B1H, 0B3H..0BBH, 0BDH, 0C0H..0C6H: RETURN TRUE
ELSE
END
| 00EH: CASE low OF
| 001H..030H, 032H..033H, 040H..046H, 050H..059H, 081H..082H, 084H, 087H..088H, 08AH, 08DH, 094H..097H, 099H..09FH, 0A1H..0A3H, 0A5H, 0A7H, 0AAH..0ABH, 0ADH..0B0H, 0B2H..0B3H, 0BDH, 0C0H..0C4H, 0C6H, 0D0H..0D9H, 0DCH..0DDH: RETURN TRUE
ELSE
END
| 00FH: CASE low OF
| 000H, 020H..029H, 040H..047H, 049H..06AH, 088H..08BH: RETURN TRUE
ELSE
END
| 010H: CASE low OF
| 000H..021H, 023H..027H, 029H..02AH, 040H..049H, 050H..055H, 0A0H..0C5H, 0D0H..0FAH, 0FCH: RETURN TRUE
ELSE
END
| 011H: CASE low OF
| 000H..059H, 05FH..0A2H, 0A8H..0F9H: RETURN TRUE
ELSE
END
| 012H: CASE low OF
| 000H..048H, 04AH..04DH, 050H..056H, 058H, 05AH..05DH, 060H..088H, 08AH..08DH, 090H..0B0H, 0B2H..0B5H, 0B8H..0BEH, 0C0H, 0C2H..0C5H, 0C8H..0D6H, 0D8H..0FFH: RETURN TRUE
ELSE
END
| 013H: CASE low OF
| 000H..010H, 012H..015H, 018H..05AH, 080H..08FH, 0A0H..0F4H: RETURN TRUE
ELSE
END
| 014H: IF low >= 001H THEN RETURN TRUE END
| 016H: CASE low OF
| 000H..06CH, 06FH..076H, 081H..09AH, 0A0H..0EAH: RETURN TRUE
ELSE
END
| 017H: CASE low OF
| 000H..00CH, 00EH..011H, 020H..031H, 040H..051H, 060H..06CH, 06EH..070H, 080H..0B3H, 0D7H, 0DCH, 0E0H..0E9H: RETURN TRUE
ELSE
END
| 018H: CASE low OF
| 010H..019H, 020H..077H, 080H..0A8H: RETURN TRUE
ELSE
END
| 019H: CASE low OF
| 000H..01CH, 046H..06DH, 070H..074H, 080H..0A9H, 0C1H..0C7H, 0D0H..0D9H: RETURN TRUE
ELSE
END
| 01AH: IF low < 017H THEN RETURN TRUE END
| 01DH: IF low < 0C0H THEN RETURN TRUE END
| 01EH: CASE low OF
| 000H..09BH, 0A0H..0F9H: RETURN TRUE
ELSE
END
| 01FH: CASE low OF
| 000H..015H, 018H..01DH, 020H..045H, 048H..04DH, 050H..057H, 059H, 05BH, 05DH, 05FH..07DH, 080H..0B4H, 0B6H..0BCH, 0BEH, 0C2H..0C4H, 0C6H..0CCH, 0D0H..0D3H, 0D6H..0DBH, 0E0H..0ECH, 0F2H..0F4H, 0F6H..0FCH: RETURN TRUE
ELSE
END
| 020H: CASE low OF
| 071H, 07FH, 090H..094H: RETURN TRUE
ELSE
END
| 021H: CASE low OF
| 002H, 007H, 00AH..013H, 015H, 019H..01DH, 024H, 026H, 028H, 02AH..02DH, 02FH..031H, 033H..039H, 03CH..03FH, 045H..049H: RETURN TRUE
ELSE
END
| 02CH: CASE low OF
| 000H..02EH, 030H..05EH, 080H..0E4H: RETURN TRUE
ELSE
END
| 02DH: CASE low OF
| 000H..025H, 030H..065H, 06FH, 080H..096H, 0A0H..0A6H, 0A8H..0AEH, 0B0H..0B6H, 0B8H..0BEH, 0C0H..0C6H, 0C8H..0CEH, 0D0H..0D6H, 0D8H..0DEH: RETURN TRUE
ELSE
END
| 030H: CASE low OF
| 005H..006H, 031H..035H, 03BH..03CH, 041H..096H, 09DH..09FH, 0A1H..0FAH, 0FCH..0FFH: RETURN TRUE
ELSE
END
| 031H: CASE low OF
| 005H..02CH, 031H..08EH, 0A0H..0B7H, 0F0H..0FFH: RETURN TRUE
ELSE
END
| 04DH: IF low < 0B6H THEN RETURN TRUE END
| 09FH: IF low < 0BCH THEN RETURN TRUE END
| 0A4H: IF low < 08DH THEN RETURN TRUE END
| 0A8H: CASE low OF
| 000H..001H, 003H..005H, 007H..00AH, 00CH..022H: RETURN TRUE
ELSE
END
| 0D7H: IF low < 0A4H THEN RETURN TRUE END
| 0FAH: CASE low OF
| 000H..02DH, 030H..06AH, 070H..0D9H: RETURN TRUE
ELSE
END
| 0FBH: CASE low OF
| 000H..006H, 013H..017H, 01DH, 01FH..028H, 02AH..036H, 038H..03CH, 03EH, 040H..041H, 043H..044H, 046H..0B1H, 0D3H..0FFH: RETURN TRUE
ELSE
END
| 0FDH: CASE low OF
| 000H..03DH, 050H..08FH, 092H..0C7H, 0F0H..0FBH: RETURN TRUE
ELSE
END
| 0FEH: CASE low OF
| 070H..074H, 076H..0FCH: RETURN TRUE
ELSE
END
| 0FFH: CASE low OF
| 010H..019H, 021H..03AH, 041H..05AH, 066H..0BEH, 0C2H..0C7H, 0CAH..0CFH, 0D2H..0D7H, 0DAH..0DCH: RETURN TRUE
ELSE
END
ELSE
END;
RETURN FALSE
END WordPart;
(*
PROCEDURE ExtendToEOL (x, right: INTEGER): INTEGER;
BEGIN
IF right - x > 5 * mm THEN RETURN right - x ELSE RETURN 5 * mm END
END ExtendToEOL;
*)
PROCEDURE Right (ra: TextRulers.Attributes; vw: INTEGER): INTEGER;
BEGIN
IF TextRulers.rightFixed IN ra.opts THEN
RETURN ra.right
ELSE
RETURN vw
END
END Right;
PROCEDURE GetViewPref (rd: StdReader);
CONST maxH = 1600 * Ports.point;
VAR ra: TextRulers.Attributes; tp: TextModels.Pref; sp: Pref;
BEGIN
ra := rd.ruler.style.attr;
tp.opts := {}; Views.HandlePropMsg(rd.view, tp);
rd.textOpts := tp.opts; rd.mask := tp.mask;
sp.opts := {}; sp.dsc := ra.dsc; sp.endW := rd.w; Views.HandlePropMsg(rd.view, sp);
rd.setterOpts := sp.opts; rd.dsc := sp.dsc; rd.endW := sp.endW;
IF rd.w >= 10000 * mm THEN rd.w := 10000 * mm END;
IF (TextModels.hideable IN tp.opts) & rd.hideMarks THEN
rd.h := 0; sp.dsc := 0;
(*
rd.w := 0;
*)
IF ~( (rd.view IS TextRulers.Ruler)
OR (TextModels.maskChar IN rd.textOpts) & (rd.mask = para) ) THEN
rd.w := 0
END
(**)
ELSIF rd.h > maxH THEN rd.h := maxH
END;
IF TextModels.maskChar IN rd.textOpts THEN
rd.string[0] := rd.mask; rd.string[1] := 0X
ELSE rd.string[0] := TextModels.viewcode
END
END GetViewPref;
PROCEDURE GatherString (rd: StdReader);
VAR i, len: INTEGER; ch, radixChar: CHAR;
BEGIN
i := 1; len := LEN(rd.string) - 1; ch := rd.r.char;
radixChar := rd.radixChar;
IF rd.string[0] # radixChar THEN
WHILE (i < len)
& (rd.r.view = NIL)
& ((rd.r.attr = rd.attr) OR ((rd.attr # NIL) & (rd.r.attr # NIL) & rd.attr.Equals(rd.r.attr)))
& ( (" " < ch) & (ch <= "~") & (ch # "-")
OR (ch = digitspace)
OR (ch >= nbspace) & (ch < 100X) & (ch # softhyphen)
OR Strings.IsAlpha(ch)
)
& (ch # radixChar)
DO (* rd.r.char > " " => ~rd.eot *)
rd.string[i] := ch; INC(i);
rd.eot := rd.r.eot;
rd.r.Read; ch := rd.r.char; INC(rd.pos)
END
END;
rd.string[i] := 0X; rd.setterOpts := {wordJoin};
IF i = 1 THEN
IF WordPart(rd.string[0], 0X) THEN INCL(rd.setterOpts, wordPart) END
END;
rd.w := rd.attr.font.StringWidth(rd.string); rd.endW := rd.w
END GatherString;
PROCEDURE SpecialChar (rd: StdReader);
VAR ra: TextRulers.Attributes; i, tabs, spaceW, dW: INTEGER; type: SET;
BEGIN
ra := rd.ruler.style.attr;
CASE ORD(rd.string[0]) OF
ORD(tab):
rd.textOpts := {TextModels.hideable};
rd.endW := minTabWidth;
rd.adjStart := rd.pos; rd.spaces := 0;
(*
i := 0; WHILE (i < ra.tabs.len) & (ra.tabs.tab[i].stop < rd.x + minTabWidth) DO INC(i) END;
*)
i := rd.tabIndex + 1;
rd.radixChar := 0X;
IF i < ra.tabs.len THEN
type := ra.tabs.tab[i].type;
rd.w := MAX(minTabWidth, ra.tabs.tab[i].stop - rd.x);
IF TextRulers.barTab IN type THEN
IF (TextRulers.rightTab IN type) & ~(TextRulers.centerTab IN type) THEN
rd.w := MAX(minTabWidth, rd.w - leftLineGap)
ELSIF ~(TextRulers.centerTab IN type) THEN
INC(rd.w, rightLineGap)
END
END;
IF (TextRulers.rightTab IN type) & (TextRulers.centerTab IN type) THEN
rd.radixChar := TextRulers.GetRadixChar(ra, i)
END;
rd.tabIndex := i; rd.tabType := type
ELSE (* for "reasonable" fonts: round to closest multiple of spaces of this font *)
spaceW := rd.attr.font.SStringWidth(" ");
IF (1 <= spaceW) & (spaceW <= stdTabWidth) THEN
rd.w := (stdTabWidth + spaceW DIV 2) DIV spaceW * spaceW
ELSE
rd.w := stdTabWidth
END;
rd.tabIndex := TextRulers.maxTabs; rd.tabType := {}
END
| ORD(line):
rd.setterOpts := {lineBreak}; rd.w := 0; rd.endW := 0
| ORD(para):
(*
IF rd.hideMarks THEN
rd.w := 0; rd.h := 0; rd.dsc := 0
ELSE
rd.w := ExtendToEOL(rd.x, Right(ra, rd.vw)) + 1
END;
INC(rd.h, ra.lead);
rd.textOpts := {TextModels.hideable};
rd.endW := rd.w
*)
(*
rd.setterOpts := {lineBreak};
*)
IF rd.hideMarks THEN rd.h := 0; rd.dsc := 0 END;
INC(rd.h, ra.lead); rd.textOpts := {TextModels.hideable};
IF (rd.view = NIL) OR ~(rd.view IS TextRulers.Ruler) THEN
rd.w := 10000 * Ports.mm (* ExtendToEOL(rd.x, Right(ra, rd.vw)) + 1 *)
END;
rd.endW := rd.w
(**)
| ORD(" "):
rd.setterOpts := {flexWidth};
rd.w := rd.attr.font.StringWidth(rd.string); rd.endW := 0; INC(rd.spaces)
| ORD(zwspace):
rd.w := 0; rd.endW := 0
| ORD(digitspace):
rd.setterOpts := {wordPart};
rd.w := rd.attr.font.StringWidth("0"); rd.endW := rd.w
| ORD("-"):
rd.setterOpts := {};
rd.w := rd.attr.font.StringWidth("-"); rd.endW := rd.w
| ORD(hyphen):
rd.setterOpts := {};
rd.string[0] := "-" (*softhyphen*);
rd.w := rd.attr.font.StringWidth("-" (*softhyphen*)); rd.endW := rd.w
| ORD(nbhyphen):
rd.setterOpts := {wordJoin, wordPart};
rd.string[0] := "-" (*softhyphen*);
rd.w := rd.attr.font.StringWidth("-" (*softhyphen*)); rd.endW := rd.w
| ORD(softhyphen):
rd.setterOpts := {wordPart}; rd.textOpts := {TextModels.hideable};
rd.string[0] := "-";
rd.endW := rd.attr.font.StringWidth("-" (*softhyphen*));
IF rd.hideMarks THEN rd.w := 0 ELSE rd.w := rd.endW END
ELSE
rd.setterOpts := {wordJoin};
IF WordPart(rd.string[0], rd.r.char) THEN INCL(rd.setterOpts, wordPart) END;
rd.w := rd.attr.font.StringWidth(rd.string); rd.endW := rd.w
END
END SpecialChar;
(*
PROCEDURE LongChar (rd: StdReader);
VAR ra: TextRulers.Attributes;
BEGIN
ra := rd.ruler.style.attr;
rd.setterOpts := {wordJoin, wordPart};
rd.w := rd.attr.font.StringWidth(rd.string); rd.endW := rd.w
END LongChar;
*)
PROCEDURE (rd: StdReader) Read;
(* pre: connected *)
VAR ra: TextRulers.Attributes; asc, dsc, w: INTEGER; ch: CHAR;
BEGIN
rd.Read^;
IF ~rd.eot THEN
IF rd.view = NIL THEN
rd.attr.font.GetBounds(asc, dsc, w);
rd.h := asc + dsc; rd.dsc := dsc
ELSE
GetViewPref(rd)
END;
IF (rd.view = NIL) OR (TextModels.maskChar IN rd.textOpts) THEN
ch := rd.string[0];
IF (rd.view = NIL)
& ( (" " < ch) & (ch < "~") & (ch # "-")
OR (ch = digitspace)
OR (ch >= nbspace) & (ch # softhyphen)
)
THEN
GatherString(rd)
ELSE
SpecialChar(rd)
END
END
ELSE
ra := rd.ruler.style.attr;
rd.w := 0; rd.endW := 0; rd.h := ra.asc + ra.dsc; rd.dsc := ra.dsc
END
END Read;
PROCEDURE (rd: StdReader) AdjustWidth (start, pos: INTEGER; IN box: LineBox; VAR w: INTEGER);
VAR i: INTEGER; form: SET;
BEGIN
IF box.adj & (pos >= start + box.adjOff) THEN
form := box.ruler.style.attr.opts * adjustMask;
IF (form = blocked) & (rd.string[0] = " ") THEN
INC(w, box.adjW DIV box.spaces)
ELSIF (form # blocked) & (rd.string[0] = tab) THEN
INC(w, box.adjW) (* is this correct ??? *)
END
END;
i := rd.tabIndex; (* rd.string[0] = tab => i >= 0 *)
IF (rd.string[0] = tab) & (i < box.ruler.style.attr.tabs.len) THEN
w := box.tabW[i]
END
END AdjustWidth;
PROCEDURE (rd: StdReader) SplitWidth (w: INTEGER): INTEGER;
BEGIN
IF (rd.string[1] = 0X) & (rd.view = NIL) THEN
RETURN (w + 1) DIV 2
ELSE RETURN w
END
END SplitWidth;
(* Worder *)
PROCEDURE SetWorder (VAR w: Worder; s: StdSetter; pos: INTEGER; OUT start: INTEGER);
CONST wordCutoff = LEN(s.rd.string);
BEGIN
start := s.ThisSequence(pos);
IF pos - start >= wordCutoff THEN
start := pos; WHILE pos - start < wordCutoff DO start := s.PreviousLine(start) END
END;
s.GetLine(start, w.box); w.next := start + w.box.len;
s.rd.Set(s.r, s.text, w.box.left, start, w.box.ruler, w.box.rpos, s.vw, s.hideMarks);
w.i := 0; s.rd.string[0] := 0X
END SetWorder;
PROCEDURE StepWorder (VAR w: Worder; s: StdSetter; VAR part: BOOLEAN);
VAR rd: Reader;
BEGIN
rd := s.rd;
IF rd.string[w.i] = 0X THEN
IF rd.pos < w.next THEN
rd.Read; w.i := 0
ELSE
IF ~w.box.eot THEN
s.GetLine(w.next, w.box);
s.rd.Set(s.r, s.text, w.box.left, w.next, w.box.ruler, w.box.rpos, s.vw, s.hideMarks);
rd.Read; w.i := 0;
INC(w.next, w.box.len)
ELSE
rd.string[0] := 0X
END
END
END;
IF rd.string[0] = 0X THEN (* end of text *)
part := TRUE
ELSIF rd.string[1] = 0X THEN (* special character *)
part := wordPart IN rd.setterOpts; INC(w.i)
ELSE (* gathered sString *)
part := WordPart(rd.string[w.i], rd.string[w.i + 1]); INC(w.i)
END
END StepWorder;
(* StdSetter *)
PROCEDURE (s: StdSetter) CopyFrom (source: Stores.Store);
BEGIN
s.CopyFrom^(source);
WITH source: StdSetter DO
s.ruler := source.ruler; s.rpos := source.rpos; s.key := source.key;
s.rd := NIL; s.r := NIL
END
END CopyFrom;
PROCEDURE (s: StdSetter) Externalize (VAR wr: Stores.Writer);
BEGIN
s.Externalize^(wr);
wr.WriteVersion(maxStdVersion)
END Externalize;
PROCEDURE (s: StdSetter) Internalize (VAR rd: Stores.Reader);
VAR thisVersion: INTEGER;
BEGIN
s.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxStdVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
s.text := NIL; s.defRuler := NIL; s.ruler := NIL; s.rd := NIL; s.r := NIL
END Internalize;
PROCEDURE (s: StdSetter) ConnectTo (text: TextModels.Model;
defRuler: TextRulers.Ruler; vw: INTEGER; hideMarks: BOOLEAN
);
BEGIN
s.ConnectTo^(text, defRuler, vw, hideMarks);
ClearCache(s.key);
IF text # NIL THEN
s.ruler := defRuler; s.rpos := -1; s.key := nextKey; INC(nextKey)
ELSE
s.ruler := NIL
END
END ConnectTo;
PROCEDURE (s: StdSetter) ThisPage (pageH: INTEGER; pageNo: INTEGER): INTEGER;
(* pre: connected, 0 <= pageNo *)
(* post: (result = -1) & (pageNo >= maxPageNo) OR (result = pageStart(pageNo)) *)
VAR start, prev: INTEGER;
BEGIN
ASSERT(s.text # NIL, 20); ASSERT(pageNo >= 0, 21);
start := 0;
WHILE pageNo > 0 DO
prev := start; DEC(pageNo); start := s.NextPage(pageH, start);
IF start = prev THEN start := -1; pageNo := 0 END
END;
RETURN start
END ThisPage;
PROCEDURE (s: StdSetter) NextPage (pageH: INTEGER; start: INTEGER): INTEGER;
(* pre: connected, ThisPage(pageH, x) = start *)
(* post: (result = s.text.Length()) OR result = next-pageStart(start) *)
CONST
noBreakInside = TextRulers.noBreakInside;
pageBreak = TextRulers.pageBreak;
parJoin = TextRulers.parJoin;
regular = 0; protectInside = 1; joinFirst = 2; joinNext = 3; confirmSpace = 4; (* state *)
VAR
box: LineBox; ra: TextRulers.Attributes;
h, asc, dsc, backup, pos, state: INTEGER; isRuler: BOOLEAN;
PROCEDURE FetchNextLine;
BEGIN
s.GetLine(pos, box);
IF box.len > 0 THEN
ra := box.ruler.style.attr; isRuler := box.rpos = pos;
asc := box.asc + s.GridOffset(dsc, box); dsc := box.dsc; h := asc + dsc
END
END FetchNextLine;
PROCEDURE HandleRuler;
CONST norm = 0; nbi = 1; pj = 2;
VAR strength: INTEGER;
BEGIN
IF isRuler & (pos > start) & ~(pageBreak IN ra.opts) THEN
IF parJoin IN ra.opts THEN strength := pj
ELSIF noBreakInside IN ra.opts THEN strength := nbi
ELSE strength := norm
END;
CASE state OF
| regular:
CASE strength OF
| norm:
| nbi: state := protectInside; backup := pos
| pj: state := joinFirst; backup := pos
END
| protectInside:
CASE strength OF
| norm: state := regular
| nbi: backup := pos
| pj: state := joinFirst; backup := pos
END
| joinFirst:
CASE strength OF
| norm: state := confirmSpace
| nbi: state := protectInside
| pj: state := joinNext
END
| joinNext:
CASE strength OF
| norm: state := confirmSpace
| nbi: state := protectInside
| pj:
END
| confirmSpace:
CASE strength OF
| norm: state := regular
| nbi: state := protectInside; backup := pos
| pj: state := joinFirst; backup := pos
END
END
END
END HandleRuler;
PROCEDURE IsEmptyLine (): BOOLEAN;
BEGIN
RETURN (box.right = box.left) OR s.hideMarks & isRuler & ~(pageBreak IN ra.opts)
END IsEmptyLine;
BEGIN
ASSERT(s.text # NIL, 20);
ASSERT(0 <= start, 21); ASSERT(start <= s.text.Length(), 22);
pos := start; dsc := -1;
FetchNextLine;
IF box.len > 0 THEN
state := regular;
REPEAT (* at least one line per page *)
HandleRuler; DEC(pageH, h); INC(pos, box.len);
IF (state = confirmSpace) & ~IsEmptyLine() THEN state := regular END;
FetchNextLine
UNTIL (box.len = 0) OR (pageH - h < 0) OR isRuler & (pageBreak IN ra.opts);
IF ~isRuler OR ~(pageBreak IN ra.opts) THEN
WHILE (box.len > 0) & IsEmptyLine() DO (* skip empty lines at top of page *)
HandleRuler; INC(pos, box.len); FetchNextLine
END
END;
HandleRuler;
IF (state # regular) & ~(isRuler & (pageBreak IN ra.opts) OR (box.len = 0)) THEN pos := backup END
END;
RETURN pos
END NextPage;
PROCEDURE (s: StdSetter) NextSequence (start: INTEGER): INTEGER;
(* pre: connected, ThisSequence(start) = start *)
(* post: (result = start) & last-line(start) OR (ThisSequence(t, result - 1) = start) *)
VAR rd: TextModels.Reader; ch: CHAR;
BEGIN
ASSERT(s.text # NIL, 20);
s.r := s.text.NewReader(s.r); rd := s.r; rd.SetPos(start);
REPEAT rd.ReadChar(ch) UNTIL rd.eot OR (ch = line) OR (ch = para);
IF rd.eot THEN RETURN start ELSE RETURN rd.Pos() END
END NextSequence;
PROCEDURE (s: StdSetter) ThisSequence (pos: INTEGER): INTEGER;
(* pre: connected, 0 <= pos <= t.Length() *)
(* post: (result = 0) OR (char(result - 1) IN {line, para}) *)
VAR rd: TextModels.Reader; start, limit: INTEGER; ch: CHAR;
BEGIN
ASSERT(s.text # NIL, 20); ASSERT(0 <= pos, 21); ASSERT(pos <= s.text.Length(), 22);
IF pos = 0 THEN
RETURN 0
ELSE
start := CachedSeqStart(s.key, pos);
IF start < 0 THEN
s.r := s.text.NewReader(s.r); rd := s.r; rd.SetPos(pos);
limit := paraShutoff;
REPEAT rd.ReadPrevChar(ch); DEC(limit)
UNTIL rd.eot OR (ch = line) OR (ch = para) OR (limit = 0);
IF rd.eot THEN start := 0 ELSE start := rd.Pos() + 1 END;
AddSeqStartToCache(s.key, pos, start)
END;
RETURN start
END
END ThisSequence;
PROCEDURE (s: StdSetter) PreviousSequence (start: INTEGER): INTEGER;
(* pre: connected, ThisSequence(t, start) = start *)
(* post: (result = 0) & (start = 0) OR (result = ThisSequence(t, start - 1)) *)
BEGIN
IF start <= 1 THEN RETURN 0 ELSE RETURN s.ThisSequence(start - 1) END
END PreviousSequence;
PROCEDURE (s: StdSetter) ThisLine (pos: INTEGER): INTEGER;
(* pre: connected *)
VAR start, next: INTEGER;
BEGIN
next := s.ThisSequence(pos);
REPEAT start := next; next := s.NextLine(start) UNTIL (next > pos) OR (next = start);
RETURN start
END ThisLine;
PROCEDURE (s: StdSetter) NextLine (start: INTEGER): INTEGER;
(* pre: connected, ThisLine(start) = start *)
(* post: (result = 0) & (start = 0) OR
(result = start) & last-line(start) OR
(ThisLine(result - 1) = start) *)
VAR box: LineBox; len: INTEGER; i: INTEGER; eot: BOOLEAN;
BEGIN
i := CacheIndex(s.key, start);
IF i >= 0 THEN
len := boxCache[i].line.len; eot := boxCache[i].line.eot
ELSE
s.GetLine(start, box); len := box.len; eot := box.eot
END;
IF ~eot THEN RETURN start + len ELSE RETURN start END
END NextLine;
PROCEDURE (s: StdSetter) PreviousLine (start: INTEGER): INTEGER;
(* pre: connected, ThisLine(start) = start *)
(* post: (result = 0) & (start = 0) OR (result = ThisLine(start - 1)) *)
BEGIN
IF start <= 1 THEN start := 0 ELSE start := s.ThisLine(start - 1) END;
RETURN start
END PreviousLine;
PROCEDURE (s: StdSetter) GetWord (pos: INTEGER; OUT beg, end: INTEGER);
(* pre: connected, 0 <= pos <= s.text.Length() *)
(* post: beg <= pos <= end *)
CONST wordCutoff = LEN(s.rd.string);
VAR w: Worder; part: BOOLEAN;
BEGIN
ASSERT(s.text # NIL, 20); ASSERT(0 <= pos, 21); ASSERT(pos <= s.text.Length(), 22);
SetWorder(w, s, pos, beg); end := beg;
REPEAT
StepWorder(w, s, part); INC(end);
IF ~part THEN beg := end END
UNTIL end >= pos;
DEC(end);
REPEAT
StepWorder(w, s, part); INC(end)
UNTIL ~part OR (s.rd.string[0] = 0X) OR (end - beg > wordCutoff)
END GetWord;
PROCEDURE (s: StdSetter) GetLine (start: INTEGER; OUT box: LineBox);
TYPE RadixData = RECORD found: BOOLEAN; right: INTEGER END;
VAR rd: StdReader; ra: TextRulers.Attributes; brk: LineBox;
d, off, right, w: INTEGER; i, tabsN: INTEGER; form: SET; adj: BOOLEAN; ch: CHAR;
boxRadix, brkRadix: RadixData;
PROCEDURE TrueW (VAR b: LineBox; w: INTEGER): INTEGER;
VAR i: INTEGER; type: SET;
BEGIN
i := rd.tabIndex;
IF (0 <= i ) & (i < TextRulers.maxTabs) & (rd.string[0] # tab) THEN
type := rd.tabType * {TextRulers.centerTab, TextRulers.rightTab};
IF type = {TextRulers.centerTab} THEN
DEC(w, b.tabW[i] - MAX(minTabWidth, b.tabW[i] - w DIV 2))
ELSIF type = {TextRulers.rightTab} THEN
DEC(w, b.tabW[i] - MAX(minTabWidth, b.tabW[i] - w))
ELSIF type = {TextRulers.centerTab, TextRulers.rightTab} THEN
IF rd.string[0] = rd.radixChar THEN
IF boxRadix.found THEN w := 0 END
ELSIF ~boxRadix.found THEN
DEC(w, b.tabW[i] - MAX(minTabWidth, b.tabW[i] - w))
END
END
END;
RETURN w
END TrueW;
PROCEDURE Enclose (VAR b: LineBox; w: INTEGER; VAR radix: RadixData);
VAR off, i, d: INTEGER; type: SET;
BEGIN
b.len := rd.pos - start; INC(b.right, w);
off := rd.attr.offset; i := rd.tabIndex;
IF rd.h - rd.dsc + off > b.asc THEN b.asc := rd.h - rd.dsc + off END;
IF rd.dsc - off > b.dsc THEN b.dsc := rd.dsc - off END;
IF rd.view # NIL THEN b.views := TRUE END;
IF (0 <= i ) & (i < TextRulers.maxTabs) THEN
type := rd.tabType * {TextRulers.centerTab, TextRulers.rightTab};
IF rd.string[0] = tab THEN
b.tabW[i] := w;
IF type = {TextRulers.centerTab, TextRulers.rightTab} THEN radix.found := FALSE END
ELSE
IF type = {TextRulers.centerTab} THEN
d := b.tabW[i] - MAX(minTabWidth, b.tabW[i] - w DIV 2);
DEC(b.tabW[i], d); DEC(b.right, d)
ELSIF type = {TextRulers.rightTab} THEN
d := b.tabW[i] - MAX(minTabWidth, b.tabW[i] - w);
DEC(b.tabW[i], d); DEC(b.right, d)
ELSIF type = {TextRulers.centerTab, TextRulers.rightTab} THEN
IF rd.string[0] = rd.radixChar THEN
IF radix.found THEN w := b.right - radix.right;
d := b.tabW[i] - MAX(minTabWidth, b.tabW[i] - w);
DEC(b.tabW[i], d); DEC(b.right, d); radix.right := b.right
ELSE radix.found := TRUE; radix.right := b.right
END
ELSIF ~radix.found THEN
d := b.tabW[i] - MAX(minTabWidth, b.tabW[i] - w);
DEC(b.tabW[i], d); DEC(b.right, d)
END
END
END
END
END Enclose;
BEGIN
ASSERT(s.text # NIL, 20); ASSERT(0 <= start, 21); ASSERT(start <= s.text.Length(), 22);
i := CacheIndex(s.key, start);
IF i >= 0 THEN
GetFromCache(s, i, box)
ELSE
TextRulers.GetValidRuler(s.text, start, s.rpos, s.ruler, s.rpos);
IF s.rpos > start THEN s.ruler := s.defRuler; s.rpos := -1 END;
box.ruler := s.ruler; box.rpos := s.rpos;
ra := s.ruler.style.attr; tabsN := ra.tabs.len; right := Right(ra, s.vw);
s.r := s.text.NewReader(s.r);
IF start = 0 THEN s.r.SetPos(start); ch := para
ELSE s.r.SetPos(start - 1); s.r.ReadChar(ch)
END;
s.r.Read;
(*
IF s.r.char = para THEN box.rbox := ~s.hideMarks; box.bop := s.hideMarks; box.left := 0
ELSIF ch = para THEN box.rbox := FALSE; box.bop := TRUE; box.left := ra.first
ELSE box.rbox := FALSE; box.bop := FALSE; box.left := ra.left
END;
*)
IF s.r.char = para THEN box.rbox := TRUE; box.bop := FALSE; box.left := 0
ELSIF ch = para THEN box.rbox := FALSE; box.bop := TRUE; box.left := ra.first
ELSE box.rbox := FALSE; box.bop := FALSE; box.left := ra.left
END;
(**)
box.views := FALSE;
box.asc := 0; box.dsc := 0; box.right := box.left;
box.len := 0; box.adjOff := 0; box.spaces := 0;
boxRadix.found := FALSE;
brk.right := 0;
s.rd := s.NewReader(s.rd); rd := s.rd(StdReader);
rd.Set(s.r, s.text, box.left, start, box.ruler, box.rpos, s.vw, s.hideMarks);
rd.Read;
WHILE ~rd.eot & (box.right + (*rd.w*) TrueW(box, rd.w) <= right)
& ~(lineBreak IN rd.setterOpts) DO
IF ~(wordJoin IN rd.setterOpts) & (box.right + rd.endW <= right) THEN
(*brk := box;*)
brk.len := box.len; brk.ruler := box.ruler; brk.rpos := box.rpos;
brk.left := box.left; brk.right := box.right; brk.asc := box.asc; brk.dsc := box.dsc;
brk.rbox := box.rbox; brk.bop := box.bop; brk.adj := box.adj; brk.eot := box.eot;
brk.views := box.views; brk.skipOff := box.skipOff; brk.adjOff := box.adjOff;
brk.spaces := box.spaces; brk.adjW := box.adjW;
i := 0; WHILE i < tabsN DO brk.tabW[i] := box.tabW[i]; INC(i) END;
brkRadix := boxRadix;
(*---*)
Enclose(brk, rd.endW, brkRadix);
brk.eot := rd.r.eot (* rd.r.eot one ahead of rd.eot *)
END;
box.adjOff := rd.adjStart - start; box.spaces := rd.spaces;
Enclose(box, rd.w, boxRadix);
rd.x := box.right; rd.Read
END;
IF (lineBreak IN rd.setterOpts) (* & ~box.rbox *) THEN Enclose(box, 0, boxRadix) END;
box.eot := rd.eot; adj := FALSE; box.skipOff := box.len;
IF box.right + rd.w > right THEN (* rd.w > 0 => ~rd.eot & ~(lineBreak IN setterOpts) *)
IF ~(wordJoin IN rd.setterOpts) & (box.right + rd.endW <= right) THEN
IF rd.string[0] = " " THEN DEC(box.spaces) END;
Enclose(box, rd.endW, boxRadix);
adj := TRUE
ELSIF brk.right > 0 THEN
(*box := brk;*)
box.len := brk.len; box.ruler := brk.ruler; box.rpos := brk.rpos;
box.left := brk.left; box.right := brk.right; box.asc := brk.asc; box.dsc := brk.dsc;
box.rbox := brk.rbox; box.bop := brk.bop; box.adj := brk.adj; box.eot := brk.eot;
box.views := brk.views; box.skipOff := brk.skipOff; box.adjOff := brk.adjOff;
box.spaces := brk.spaces; box.adjW := brk.adjW;
i := 0; WHILE i < tabsN DO box.tabW[i] := brk.tabW[i]; INC(i) END;
(*---*)
box.skipOff := box.len - 1; adj := TRUE
ELSIF box.right = box.left THEN
Enclose(box, rd.w, boxRadix) (* force at least one per line *)
END
ELSIF (box.right = box.left) & box.eot THEN
box.asc := ra.asc; box.dsc := ra.dsc (* force empty line to ruler's default height *)
END;
box.adj := FALSE;
d := right - box.right;
IF d > 0 THEN
form := ra.opts * adjustMask;
IF form = blocked THEN
IF adj & (box.spaces > 0) THEN
box.right := right; box.adj := TRUE; box.adjW := d
END
ELSIF form = rightFlush THEN
IF box.adjOff > 0 THEN
box.adjW := d; box.adj := TRUE
ELSE
INC(box.left, d)
END;
box.right := right
ELSIF form = centered THEN
IF box.adjOff > 0 THEN
box.adjW := d DIV 2; box.adj := TRUE
ELSE
INC(box.left, d DIV 2)
END;
INC(box.right, d DIV 2)
END
END;
AddToCache(s.key, start, box)
END;
ASSERT(box.eot OR (box.len > 0), 100)
END GetLine;
PROCEDURE (s: StdSetter) GetBox (start, end, maxW, maxH: INTEGER; OUT w, h: INTEGER);
VAR box: LineBox; asc, dsc: INTEGER;
BEGIN
ASSERT(s.text # NIL, 20);
ASSERT(0 <= start, 21);
ASSERT(start <= end, 22);
ASSERT(end <= s.text.Length(), 23);
w := 0; h := 0; dsc := -1;
IF maxW <= Views.undefined THEN maxW := MAX(INTEGER) END;
IF maxH <= Views.undefined THEN maxH := MAX(INTEGER) END;
WHILE (start < end) & (h < maxH) DO
s.GetLine(start, box);
IF box.rbox THEN w := MAX(w, Right(box.ruler.style.attr, s.vw))
ELSE w := MAX(w, box.right)
END;
asc := box.asc + s.GridOffset(dsc, box); dsc := box.dsc;
INC(start, box.len); INC(h, asc + dsc)
END;
w := MIN(w, maxW); h := MIN(h, maxH)
END GetBox;
PROCEDURE (s: StdSetter) NewReader (old: Reader): Reader;
(* pre: connected *)
VAR rd: StdReader;
BEGIN
ASSERT(s.text # NIL, 20);
IF (old # NIL) & (old IS StdReader) THEN RETURN old
ELSE NEW(rd); RETURN rd
END
END NewReader;
PROCEDURE (s: StdSetter) GridOffset (dsc: INTEGER; IN box: LineBox): INTEGER;
VAR ra: TextRulers.Attributes; h, h0: INTEGER;
(* minimal possible line spacing h0, minimal legal line spacing h *)
BEGIN
IF ~box.rbox THEN
ra := box.ruler.style.attr;
IF dsc < 0 THEN
RETURN 0 (* no longer try to correct first line's grid position -- should be done when printing... *)
(*
h0 := box.asc; h := ra.asc;
IF h < h0 THEN (* override legal spacing if to small *)
h := h - (h - h0) DIV ra.grid * ra.grid (* adjust to next larger grid line *)
END;
RETURN h - h0
*)
ELSE
h0 := box.asc + dsc; h := ra.asc + ra.dsc;
IF h < h0 THEN h := h0 END; (* override legal spacing if to small *)
RETURN - (-h) DIV ra.grid * ra.grid - h0 (* adjust to next larger grid line *)
END
ELSE
RETURN 0
END
END GridOffset;
(* StdDirectory *)
PROCEDURE (d: StdDirectory) New (): Setter;
VAR s: StdSetter;
BEGIN
NEW(s); s.text := NIL; RETURN s
END New;
(** miscellaneous **)
PROCEDURE Init;
VAR d: StdDirectory;
BEGIN
InitCache;
NEW(d); dir := d; stdDir := d
END Init;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20); dir := d
END SetDir;
BEGIN
Init
END TextSetters.
| Text/Mod/Setters.odc |
MODULE TextViews;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20070820, bh, TextSetters.Reader.sString, cache.short, cache.sbuf, & CacheSString eliminated
- 20150610, center #60, underlining white space
- 20190721, Anton Dmitriev & Ivan Denisov, scrolling by 3 steps
"
issues = "
- ...
"
**)
IMPORT
Services, Fonts, Ports, Stores,
Models, Views, Controllers, Properties, Dialog, Printing, Containers,
TextModels, TextRulers, TextSetters, Documents;
CONST
(** v.DisplayMarks hide *)
show* = FALSE; hide* = TRUE;
(** v.ShowRange focusOnly **)
any* = FALSE; focusOnly* = TRUE;
parasign = 0B6X; (* paragraph sign, to mark non-ruler paragraph breaks *)
mm = Ports.mm; inch16 = Ports.inch DIV 16; point = Ports.point;
maxScrollHeight = 16 * point;
maxScrollSteps = 100;
fuseScrollHeight = maxScrollHeight DIV 2;
maxHeight = maxScrollHeight * maxScrollSteps;
(* SetOp.mode *)
setMarks = 0; setSetter = 1; setDefs = 2;
scrollingKey = "#System:Scrolling";
viewSettingKey = "#System:ViewSetting";
minVersion = 0; maxVersion = 0; maxStdVersion = 0;
TYPE
View* = POINTER TO ABSTRACT RECORD (Containers.View) END;
Directory* = POINTER TO ABSTRACT RECORD
defAttr-: TextModels.Attributes
END;
Location* = RECORD
(** start of line and position of location **)
start*, pos*: INTEGER;
(** coordinates of location **)
x*, y*: INTEGER;
(** line dimensions at location **)
asc*, dsc*: INTEGER;
(** if view at location: **)
view*: Views.View;
l*, t*, r*, b*: INTEGER
END;
PositionMsg* = RECORD (Models.Message)
focusOnly*: BOOLEAN;
beg*, end*: INTEGER
END;
PageMsg* = RECORD (Properties.Message)
current*: INTEGER
END;
Line = POINTER TO RECORD
next: Line;
start, asc, h: INTEGER;
attr: TextRulers.Attributes; (* attr = box.ruler.style.attr *)
box: TextSetters.LineBox (* caching of box.rpos not consistent *)
END;
StdView = POINTER TO RECORD (View)
(* model *)
text: TextModels.Model;
org: INTEGER;
dy: INTEGER; (* 0 <= dy < Height(first line) *)
defRuler: TextRulers.Ruler;
defAttr: TextModels.Attributes;
hideMarks: BOOLEAN;
(* general state *)
cachedRd: TextSetters.Reader;
(* line grid cache *)
trailer: Line; (* trailer # NIL => trailer.eot, trailer.next # trailer *)
bot: INTEGER; (* max(f : f seen by Restore : f.b) *)
(* setter *)
setter, setter0: TextSetters.Setter (* setter # setter0 lazily detects setter change *)
END;
StdDirectory = POINTER TO RECORD (Directory) END;
ScrollOp = POINTER TO RECORD (Stores.Operation)
v: StdView;
org, dy: INTEGER;
bunchOrg, bunchDy: INTEGER;
bunch: BOOLEAN; (* bunch => bunchOrg, bunchDy valid *)
silent: BOOLEAN (* original caller of Do(op) already handled situation *)
END;
SetOp = POINTER TO RECORD (Stores.Operation)
mode: INTEGER;
view: StdView;
hideMarks: BOOLEAN;
setter: TextSetters.Setter;
defRuler: TextRulers.Ruler;
defAttr: TextModels.Attributes
END;
FindAnyFrameMsg = RECORD (Views.Message)
(* find frame with smallest height (frame.b - frame.t) that displays view; NIL if none found *)
frame: Views.Frame (* OUT, initially NIL *)
END;
FindFocusFrameMsg = RECORD (Controllers.Message)
(* find outermost focus frame displaying view; NIL if none found *)
view: Views.View; (* IN *)
frame: Views.Frame (* OUT, initially NIL *)
END;
VAR
ctrlDir-: Containers.Directory;
dir-, stdDir-: Directory;
(* forward used in GetStart, UpdateView, ShowRangeIn *)
PROCEDURE ^ DoSetOrigin (v: StdView; org, dy: INTEGER; silent: BOOLEAN);
(** View **)
PROCEDURE (v: View) Internalize2- (VAR rd: Stores.Reader), EXTENSIBLE;
(** pre: ~v.init **)
(** post: v.init **)
VAR thisVersion: INTEGER;
BEGIN
(*v.Internalize^(rd);*)
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxVersion, thisVersion)
END Internalize2;
PROCEDURE (v: View) Externalize2- (VAR wr: Stores.Writer), EXTENSIBLE;
(** pre: v.init **)
BEGIN
(*v.Externalize^(wr);*)
wr.WriteVersion(maxVersion)
END Externalize2;
PROCEDURE (v: View) ThisModel* (): TextModels.Model, EXTENSIBLE;
VAR m: Containers.Model;
BEGIN
m := v.ThisModel^();
IF m # NIL THEN
RETURN m(TextModels.Model)
ELSE
RETURN NIL
END
END ThisModel;
PROCEDURE (v: View) DisplayMarks* (hide: BOOLEAN), NEW, ABSTRACT;
PROCEDURE (v: View) HidesMarks* (): BOOLEAN, NEW, ABSTRACT;
PROCEDURE (v: View) SetSetter* (setter: TextSetters.Setter), NEW, ABSTRACT;
PROCEDURE (v: View) ThisSetter* (): TextSetters.Setter, NEW, ABSTRACT;
PROCEDURE (v: View) SetOrigin* (org, dy: INTEGER), NEW, ABSTRACT;
(** post: org = ThisLine(org) => v.org = org, v.dy = dy; else v.org = ThisLine(org), v.dy = 0 **)
PROCEDURE (v: View) PollOrigin* (OUT org, dy: INTEGER), NEW, ABSTRACT;
PROCEDURE (v: View) SetDefaults* (r: TextRulers.Ruler; a: TextModels.Attributes),
NEW, ABSTRACT;
(** pre: r.init, a.init **)
PROCEDURE (v: View) PollDefaults* (OUT r: TextRulers.Ruler; OUT a: TextModels.Attributes),
NEW, ABSTRACT;
PROCEDURE (v: View) GetThisLocation* (f: Views.Frame; pos: INTEGER; OUT loc: Location),
NEW, ABSTRACT;
PROCEDURE (v: View) GetRect* (f: Views.Frame; view: Views.View; OUT l, t, r, b: INTEGER);
VAR con: Models.Context; loc: Location; pos: INTEGER;
BEGIN
con := view.context;
ASSERT(con # NIL, 20); ASSERT(con.ThisModel() = v.ThisModel(), 21);
pos := con(TextModels.Context).Pos();
v.GetThisLocation(f, pos, loc);
IF loc.view = view THEN
l := loc.l; t := loc.t; r := loc.r; b := loc.b
ELSE
l := MAX(INTEGER); t := MAX(INTEGER); r := l; b := t
END
END GetRect;
PROCEDURE (v: View) GetRange* (f: Views.Frame; OUT beg, end: INTEGER), NEW, ABSTRACT;
(** post: beg = beg of first visible line, end = end of last visible line **)
PROCEDURE (v: View) ThisPos* (f: Views.Frame; x, y: INTEGER): INTEGER, NEW, ABSTRACT;
PROCEDURE (v: View) ShowRangeIn* (f: Views.Frame; beg, end: INTEGER), NEW, ABSTRACT;
PROCEDURE (v: View) ShowRange* (beg, end: INTEGER; focusOnly: BOOLEAN), NEW, ABSTRACT;
(** post: in all frames (resp. in front or otherwise target frame if focusOnly):
if possible, first visible pos <= k <= last visible pos,
with k = beg if beg = end and beg <= k < end otherwise **)
(** Directory **)
PROCEDURE (d: Directory) Set* (defAttr: TextModels.Attributes), NEW, EXTENSIBLE;
BEGIN
ASSERT(defAttr # NIL, 20); ASSERT(defAttr.init, 21);
d.defAttr := defAttr
END Set;
PROCEDURE (d: Directory) New* (text: TextModels.Model): View, NEW, ABSTRACT;
(** miscellaneous **)
PROCEDURE SetCtrlDir* (d: Containers.Directory);
BEGIN
ASSERT(d # NIL, 20); ctrlDir := d
END SetCtrlDir;
PROCEDURE SetDir* (d: Directory);
BEGIN
ASSERT(d # NIL, 20); dir := d
END SetDir;
PROCEDURE Focus* (): View;
VAR v: Views.View;
BEGIN
v := Controllers.FocusView();
IF (v # NIL) & (v IS View) THEN RETURN v(View) ELSE RETURN NIL END
END Focus;
PROCEDURE FocusText* (): TextModels.Model;
VAR v: View;
BEGIN
v := Focus();
IF v # NIL THEN RETURN v.ThisModel() ELSE RETURN NIL END
END FocusText;
PROCEDURE Deposit*;
BEGIN
Views.Deposit(dir.New(NIL))
END Deposit;
PROCEDURE ShowRange* (text: TextModels.Model; beg, end: INTEGER; focusOnly: BOOLEAN);
(** post: in all front or target frames displaying a view displaying t:
if possible, first visible pos <= k <= last visible pos,
with k = beg if beg = end and beg <= k < end otherwise **)
VAR pm: PositionMsg;
BEGIN
ASSERT(text # NIL, 20);
pm.beg := beg; pm.end := end; pm.focusOnly := focusOnly;
Models.Broadcast(text, pm)
END ShowRange;
PROCEDURE ThisRuler* (v: View; pos: INTEGER): TextRulers.Ruler;
VAR r: TextRulers.Ruler; a: TextModels.Attributes; rpos: INTEGER;
BEGIN
v.PollDefaults(r, a); rpos := -1; TextRulers.GetValidRuler(v.ThisModel(), pos, -1, r, rpos);
RETURN r
END ThisRuler;
(* auxiliary procedures *)
PROCEDURE GetReader (v: StdView; start: INTEGER; IN box: TextSetters.LineBox
): TextSetters.Reader;
VAR st: TextSetters.Setter; rd: TextSetters.Reader;
BEGIN
ASSERT(box.ruler # NIL, 100);
st := v.ThisSetter();
rd := v.cachedRd; v.cachedRd := NIL; (* reader recycling *)
rd := st.NewReader(rd);
rd.Set(rd.r, v.text, box.left, start, box.ruler, box.rpos, st.vw, st.hideMarks);
RETURN rd
END GetReader;
PROCEDURE CacheReader (v: StdView; rd: TextSetters.Reader);
BEGIN
ASSERT(v.cachedRd = NIL, 20);
v.cachedRd := rd
END CacheReader;
(* line descriptors *)
PROCEDURE SetLineAsc (st: TextSetters.Setter; t: Line; dsc: INTEGER);
(* pre: dsc: descender of previous line (-1 if first line) *)
BEGIN
t.asc := t.box.asc + st.GridOffset(dsc, t.box);
t.h := t.asc + t.box.dsc
END SetLineAsc;
PROCEDURE NewLine (st: TextSetters.Setter; start, dsc: INTEGER): Line;
(* pre: start: start of line to measure; dsc: descender of previous line (-1 if first line) *)
VAR t: Line;
BEGIN
NEW(t); st.GetLine(start, t.box);
t.start := start; SetLineAsc(st, t, dsc);
t.attr := t.box.ruler.style.attr;
RETURN t
END NewLine;
PROCEDURE AddLine (st: TextSetters.Setter; VAR t: Line; VAR start, y: INTEGER);
BEGIN
t.next := NewLine(st, start, t.box.dsc); t := t.next;
INC(start, t.box.len); INC(y, t.h)
END AddLine;
PROCEDURE InitLines (v: StdView);
VAR asc, dsc, w: INTEGER; t0, t: Line; start, y: INTEGER;
BEGIN
v.defAttr.font.GetBounds(asc, dsc, w);
NEW(t0); start := v.org; y := v.dy;
t0.box.dsc := -1; (* dsc = -1: trailer.next is first line *)
t := t0; AddLine(v.ThisSetter(), t, start, y); t.next := t0; (* at least one valid line desc *)
t0.start := start; t0.asc := asc; t0.h := asc + dsc; (* trailer.(asc, h) for caret display following last line *)
t0.attr := NIL;
t0.box.eot := TRUE; t0.box.len := 0;
t0.box.ruler := NIL;
t0.box.left := -1; (* make trailer async to every other line *)
v.trailer := t0; v.bot := 0
END InitLines;
PROCEDURE ExtendLines (v: StdView; bot: INTEGER);
VAR st: TextSetters.Setter; t0, t: Line; start, y: INTEGER;
BEGIN
IF bot >= v.bot THEN
t0 := v.trailer; start := t0.start;
y := v.dy; t := t0; WHILE t.next # t0 DO t := t.next; INC(y, t.h) END;
IF (y < bot) & ~t.box.eot THEN
st := v.ThisSetter();
REPEAT AddLine(st, t, start, y) UNTIL (y >= bot) OR t.box.eot;
t.next := t0; t0.start := start
END;
v.bot := bot
END
END ExtendLines;
PROCEDURE ReduceLines (v: StdView; bot: INTEGER);
VAR t0, t: Line; y: INTEGER;
BEGIN
IF bot <= v.bot THEN
t0 := v.trailer; y := v.dy;
t := t0; WHILE (t.next # t0) & (y < bot) DO t := t.next; INC(y, t.h) END;
t0.start := t.next.start; t.next := t0;
v.bot := bot
END
END ReduceLines;
PROCEDURE ValidateLines (v: StdView; bot: INTEGER);
VAR st: TextSetters.Setter; w, h, len: INTEGER;
BEGIN
IF v.setter # NIL THEN
v.context.GetSize(w, h); (* possibly adapt to changed width *)
IF v.setter.vw # w THEN v.setter0 := NIL; v.trailer := NIL END
END;
len := v.text.Length();
IF (v.org > len) OR (v.trailer # NIL) & (v.trailer.start > len) THEN v.trailer := NIL END;
IF v.trailer = NIL THEN
IF v.org > len THEN v.org := len END;
st := v.ThisSetter(); v.org := st.ThisLine(v.org);
InitLines(v)
END;
ExtendLines(v, bot)
END ValidateLines;
PROCEDURE PrependLines (v: StdView);
VAR st: TextSetters.Setter; t0, t1, t: Line; start, y: INTEGER;
BEGIN
t0 := v.trailer; start := v.org; y := v.dy;
IF t0.start # start THEN
st := v.ThisSetter();
t := t0; t1 := t0.next;
WHILE (t1.start # start) & (y < v.bot) DO AddLine(st, t, start, y) END;
IF y >= v.bot THEN
t.next := t0; t0.start := start
ELSE
t.next := t1;
IF t1 # v.trailer THEN SetLineAsc(st, t1, t.box.dsc) END
END
END
END PrependLines;
(* update frame after insert/delete/replace *)
PROCEDURE ThisViewLine (v: StdView; y: INTEGER): Line;
(* pre: 0 <= y < v.bot *)
VAR t: Line; py: INTEGER;
BEGIN
t := v.trailer.next; py := v.dy;
WHILE ~t.box.eot & (py + t.h < y) DO INC(py, t.h); t := t.next END;
RETURN t
END ThisViewLine;
PROCEDURE LocateThisLine (v: StdView; start: INTEGER; OUT t: Line; OUT y: INTEGER);
VAR t1: Line;
BEGIN
t := v.trailer.next; y := v.dy;
t1 := v.trailer.next;
WHILE t.start # start DO INC(y, t.h); t := t.next; ASSERT(t # t1, 100) END
END LocateThisLine;
PROCEDURE GetStart (st: TextSetters.Setter; v: StdView; beg: INTEGER; OUT start: INTEGER);
(* find start of line containing beg after text change; tuned using valid line descs *)
VAR s, t: Line;
BEGIN
s := v.trailer; t := s.next;
WHILE (t # v.trailer) & (t.start + t.box.len < beg) DO s := t; t := s.next END;
IF s # v.trailer THEN (* at least first line desc possibly still valid *)
start := st.NextLine(s.start); (* NextLine can be much cheaper than ThisLine *)
IF start # t.start THEN
GetStart(st, v, s.start, start)
ELSIF ~t.box.eot & (start + t.box.len = beg) & (st.NextLine(start) = beg) THEN
start := beg
END
ELSE
IF v.org <= v.text.Length() THEN
start := st.ThisLine(v.org)
ELSE
start := st.ThisLine(v.text.Length())
END;
IF start < v.org THEN
DoSetOrigin(v, start, 0, TRUE)
ELSIF start > v.org THEN
start := v.org
END
END
END GetStart;
PROCEDURE GetStringStart (v: StdView; t: Line; pos: INTEGER; OUT p1, x: INTEGER);
VAR rd: TextSetters.Reader;
BEGIN
p1 := t.start; x := t.box.left;
IF t.box.views THEN
rd := GetReader(v, p1, t.box); rd.Read;
WHILE ~rd.eot & (rd.pos <= pos) DO
rd.AdjustWidth(t.start, p1, t.box, rd.w); INC(rd.x, rd.w);
IF rd.view # NIL THEN p1 := rd.pos; x := rd.x END;
rd.Read
END;
CacheReader(v, rd)
END
END GetStringStart;
PROCEDURE InSynch (t0, t1: Line): BOOLEAN;
BEGIN
RETURN (t0.start = t1.start) & (t0.asc = t1.asc) & (t0.attr = t1.attr)
& (t0.box.left = t1.box.left) & (t0.box.asc = t1.box.asc) & (t0.box.dsc = t1.box.dsc)
& (t0.box.rbox = t1.box.rbox) & (t0.box.bop = t1.box.bop)
END InSynch;
PROCEDURE RebuildView (v: StdView);
BEGIN
v.setter0 := NIL;
IF v.trailer # NIL THEN v.trailer := NIL; v.bot := 0; Views.Update(v, Views.rebuildFrames) END
END RebuildView;
PROCEDURE UpdateIn (v: StdView; l, t, b: INTEGER);
BEGIN
Views.UpdateIn(v, l, t, MAX(INTEGER), b, Views.rebuildFrames)
END UpdateIn;
PROCEDURE UpdateFrames (v: StdView; t0, t1, u: Line; beg, y0, yu: INTEGER);
VAR t, te: Line; b, x, b0, b1, top, bot: INTEGER;
BEGIN
IF ((beg < t0.next.start) OR t0.box.eot) & ~t0.box.adj
& ((beg < t1.next.start) OR t1.box.eot) & ~t1.box.adj
& InSynch(t0, t1) THEN
GetStringStart(v, t1, beg, beg, x)
ELSE
beg := t1.start
END;
b := y0; t := t0; WHILE t # u DO INC(b, t.h); t := t.next END;
IF b = yu THEN
te := u
ELSE (* t = u *)
te := v.trailer;
b0 := b; WHILE t # v.trailer DO INC(b0, t.h); t := t.next END;
IF yu < b THEN ExtendLines(v, v.bot) ELSE ReduceLines(v, v.bot) END;
b1 := y0; t := t1; WHILE t # v.trailer DO INC(b1, t.h); t := t.next END;
IF b1 < b0 THEN UpdateIn(v, 0, b1, b0) END (* erase trailer *)
END;
IF t1.start < beg THEN (* conserve head of t1 *)
UpdateIn(v, x, y0, y0 + t1.h); (* redraw tail of t1 *)
top := y0 + t1.h
ELSE
top := y0
END;
bot := y0; REPEAT INC(bot, t1.h); t1 := t1.next UNTIL t1 = te;
IF top < bot THEN UpdateIn(v, 0, top, bot) END (* redraw affected lines *)
END UpdateFrames;
PROCEDURE UpdateView (v: StdView; beg, end, delta: INTEGER);
VAR st: TextSetters.Setter; r: TextRulers.Ruler; rpos: INTEGER;
s0, t0, t, tn, u: Line; start, y, y0: INTEGER;
BEGIN
IF v.trailer # NIL THEN
v.setter0 := NIL; st := v.ThisSetter();
IF (beg <= v.trailer.start) & ((end >= v.org) OR (end - delta >= v.org)) THEN
GetStart(st, v, beg, start);
y0 := v.dy; s0 := v.trailer;
WHILE s0.next.start < start DO s0 := s0.next; INC(y0, s0.h) END;
t := s0.next; WHILE (t # v.trailer) & (t.start < end) DO t := t.next END;
IF (t = v.trailer.next) & (t.start >= end) THEN
REPEAT
INC(t.start, delta);
IF t.box.rpos >= end THEN INC(t.box.rpos, delta) END;
t := t.next
UNTIL t = v.trailer.next
ELSE
WHILE (t # v.trailer.next) & (t.start >= end) DO
INC(t.start, delta);
IF t.box.rpos >= end THEN INC(t.box.rpos, delta) END;
t := t.next
END
END;
tn := s0; y := y0; t0 := s0.next; u := t0;
REPEAT
t := tn; AddLine(st, tn, start, y); (* start = end(tn), y = bot(tn) *)
WHILE (u # v.trailer) & (u.start < tn.start) DO u := u.next END
UNTIL tn.box.eot OR (y > v.bot)
OR (tn.start >= end) & (u.start = tn.start) & (u.box.len = tn.box.len)
& (u.asc = tn.asc) & (u.attr = tn.attr) & (u.box.dsc = tn.box.dsc)
& (u.box.rpos = tn.box.rpos); (* can be expensive ... *)
IF tn.box.eot OR (y > v.bot) THEN
t := tn; u := v.trailer; v.trailer.start := start
ELSE
DEC(y, tn.h)
END;
t.next := u;
IF (s0 # v.trailer) & (s0.next # v.trailer) THEN s0.box.eot := FALSE END;
ASSERT(v.trailer.start <= v.text.Length(), 100);
UpdateFrames(v, t0, s0.next, u, beg, y0, y)
ELSIF end <= v.org THEN
INC(v.org, delta);
(*
IF end < v.org - delta - 500 THEN start := v.org ELSE start := st.ThisLine(v.org) END;
(* this is not safe; even a change 500 characters away could force the view's origin to a
new position in order to maintain the invariant that the origin always falls on a line start;
however, ThisLine can be quite expensive -- can we rely on TextSetters cache ? *)
*)
start := st.ThisLine(v.org);
r := v.defRuler; rpos := -1; TextRulers.GetValidRuler(v.text, start, -1, r, rpos);
IF (v.org = start) & (v.trailer.next.attr = r.style.attr) THEN
t := v.trailer;
REPEAT
t := t.next; INC(t.start, delta);
IF t.box.rpos < start THEN t.box.rpos := rpos ELSE INC(t.box.rpos, delta) END
UNTIL t = v.trailer
ELSE
DoSetOrigin(v, start, 0, TRUE); RebuildView(v)
END
END
END
END UpdateView;
PROCEDURE StyleUpdate (v: StdView; oldAttr: TextRulers.Attributes);
VAR t: Line; beg: INTEGER; first: BOOLEAN;
BEGIN
IF v.trailer # NIL THEN
t := v.trailer.next; first := TRUE;
WHILE t # v.trailer DO
WHILE (t # v.trailer) & (t.attr # oldAttr) DO t := t.next END;
IF t # v.trailer THEN
IF first THEN v.Neutralize; first := FALSE END;
beg := t.start; t := t.next;
WHILE (t # v.trailer) & (t.attr = oldAttr) DO t := t.next END;
UpdateView(v, beg, t.start, 0)
END
END
END
END StyleUpdate;
(* line drawing *)
PROCEDURE DrawLine (v: StdView;
start: INTEGER; IN box: TextSetters.LineBox;
f: Views.Frame; l, r, y, t: INTEGER; pageF: BOOLEAN
);
(* pre: area cleared *)
(* [l,r) for high-level clipping to tune update after small change *)
CONST cacheLen = 128;
VAR rd: TextSetters.Reader; ra: TextRulers.Attributes;
v1: Views.View; c: Containers.Controller;
py, end, skip: INTEGER;
cache: RECORD (* initially: long = TRUE, len = 0 *)
x, y: INTEGER; color: Ports.Color; font: Fonts.Font;
len: INTEGER;
buf: ARRAY cacheLen OF CHAR
END;
PROCEDURE FlushCaches;
BEGIN
IF cache.len > 0 THEN
cache.buf[cache.len] := 0X;
IF cache.color = Ports.defaultColor THEN
f.DrawString(cache.x, cache.y, Dialog.defaultColor, cache.buf, cache.font)
ELSE
f.DrawString(cache.x, cache.y, cache.color, cache.buf, cache.font)
END
END;
cache.len := 0
END FlushCaches;
PROCEDURE CacheString (x, y: INTEGER; c: INTEGER; IN s: ARRAY OF CHAR;
f: Fonts.Font
);
VAR i, j, len: INTEGER;
BEGIN
len := 0; WHILE s[len] # 0X DO INC(len) END;
IF (cache.len + len >= cacheLen) OR (cache.y # y) OR (cache.color # c) OR (cache.font # f) THEN
FlushCaches
END;
ASSERT(cache.len + len < cacheLen, 100);
IF cache.len = 0 THEN
cache.x := x; cache.y := y; cache.color := c; cache.font := f
END;
i := 0; j := cache.len;
WHILE i < len DO cache.buf[j] := s[i]; INC(i); INC(j) END;
cache.len := j
END CacheString;
BEGIN
IF box.len > 0 THEN
cache.len := 0;
end := start + box.len; skip := start + box.skipOff;
rd := GetReader(v, start, box); rd.Read;
WHILE ~rd.eot & (rd.pos <= end) & (rd.x < r) DO
IF rd.pos > skip THEN rd.w := rd.endW END;
rd.AdjustWidth(start, rd.pos, box, rd.w);
IF rd.x + rd.w > l THEN
v1 := rd.view;
IF v1 # NIL THEN
FlushCaches;
IF ~((TextModels.hideable IN rd.textOpts) & v.hideMarks) THEN
c := v.ThisController();
Views.InstallFrame(f, v1,
rd.x, y - rd.attr.offset + rd.dsc - rd.h, 0,
(c # NIL) & (v1 = c.ThisFocus()) )
END
ELSIF (rd.h > 0) & (rd.w > 0) THEN
IF box.rbox & ~v.hideMarks THEN rd.string[0] := parasign END; (* sign *)
py := y - rd.attr.offset;
IF rd.string[0] > " " THEN
CacheString(rd.x, py, rd.attr.color, rd.string, rd.attr.font);
IF ~v.hideMarks & (TextModels.hideable IN rd.textOpts) THEN
f.DrawRect(rd.x, py - box.asc + f.dot,
MIN(rd.x + rd.w, f.r), py + box.dsc - f.dot, 0, Ports.grey25)
END
ELSIF rd.string[0] # 0X THEN
FlushCaches;
IF ~v.hideMarks & (TextModels.hideable IN rd.textOpts) THEN
f.DrawRect(rd.x, py - box.asc + f.dot, rd.x + rd.w, py + box.dsc - f.dot, 0, Ports.grey25)
ELSIF ((rd.string[0] = ' ') OR (rd.string[0] = TextModels.tab))
& ({Fonts.underline, Fonts.strikeout} * rd.attr.font.style # {})
THEN
f.DrawSpace(rd.x, py, rd.w, rd.attr.color, rd.attr.font)
END
ELSIF rd.string[0] # 0X THEN
CacheString(rd.x, py, rd.attr.color, rd.string, rd.attr.font)
ELSE FlushCaches
END
END
END;
INC(rd.x, rd.w); rd.Read
END;
FlushCaches;
CacheReader(v, rd)
END;
IF v.hideMarks & ~pageF THEN
ra := box.ruler.style.attr;
IF TextRulers.pageBreak IN ra.opts THEN
IF (box.rpos = start) & (ra.lead >= f.dot) THEN
f.DrawLine(l, t, r - f.dot, t, 0, Ports.grey50)
ELSIF (box.rpos = start - 1) & (ra.lead < f.dot) THEN
f.DrawLine(l, t, r - f.dot, t, 0, Ports.grey50)
END
END
END
END DrawLine;
PROCEDURE DrawDecorations (v: StdView; u: Line; f: Views.Frame; l, t, r, b: INTEGER);
VAR a: TextRulers.Attributes; i, x: INTEGER; col: Ports.Color;
st: TextSetters.Setter; srd: TextSetters.Reader; rd: TextModels.Reader;
BEGIN
IF t < b THEN
i := 0; a := u.attr; srd := NIL;
WHILE i < a.tabs.len DO
IF TextRulers.barTab IN a.tabs.tab[i].type THEN
x := a.tabs.tab[i].stop;
IF (l <= x) & (x < r) THEN
IF u.box.rpos = -1 THEN col := v.defAttr.color
ELSIF srd = NIL THEN
st := v.ThisSetter();
srd := v.cachedRd; v.cachedRd := NIL;
srd := st.NewReader(srd);
srd.Set(srd.r, v.text, 0, 0, v.defRuler, 0, st.vw, st.hideMarks);
rd := srd.r;
rd.SetPos(u.box.rpos); rd.Read; col := rd.attr.color
END;
f.DrawLine(x, t, x, b - f.dot, 0, col)
END
END;
INC(i)
END;
IF srd # NIL THEN CacheReader(v, srd) END
END
END DrawDecorations;
(* focus-message handling *)
PROCEDURE PollSection (v: StdView; f: Views.Frame; VAR msg: Controllers.PollSectionMsg);
CONST ms = maxScrollSteps; mh = maxScrollHeight;
VAR t: Line; steps, step: INTEGER;
BEGIN
IF msg.vertical THEN
ValidateLines(v, f.b); t := v.trailer.next;
IF t.h > 0 THEN
steps := -((-t.h) DIV mh); step := -(v.dy DIV mh)
ELSE steps := 1; step := 0
END;
msg.wholeSize := v.text.Length() * ms;
msg.partPos := v.org * ms + t.box.len * ms * step DIV steps;
msg.partSize := 0;
msg.valid := (v.org > 0) OR (t.h > mh) OR (t.next # v.trailer);
msg.done := TRUE
END
END PollSection;
PROCEDURE Scroll (v: StdView; f: Views.Frame; VAR msg: Controllers.ScrollMsg);
VAR st: TextSetters.Setter; box, box0: TextSetters.LineBox;
t, t1, trailer: Line; org, len, dy, h, h1, sh, steps, step, i: INTEGER;
poll: Controllers.PollSectionMsg;
BEGIN
IF msg.vertical THEN
poll.vertical := TRUE;
PollSection(v, f, poll)
END;
IF msg.vertical & poll.valid THEN
org := v.org; dy := v.dy; st := v.ThisSetter(); trailer := v.trailer;
CASE msg.op OF
Controllers.decLine:
FOR i := 1 TO 3 DO
IF dy <= -(maxScrollHeight + fuseScrollHeight) THEN
INC(dy, maxScrollHeight)
ELSIF dy < 0 THEN
dy := 0
ELSIF org > 0 THEN
org := st.PreviousLine(org);
st.GetLine(org, box);
h1 := box.asc + box.dsc + st.GridOffset(-1, box);
IF h1 > maxScrollHeight + fuseScrollHeight THEN
sh := h1 - h1 MOD maxScrollHeight;
IF h1 - sh < fuseScrollHeight THEN DEC(sh, maxScrollHeight) END;
dy := -sh
ELSE dy := 0
END
END
END
| Controllers.incLine:
t := trailer.next;
FOR i := 1 TO 3 DO
IF t.h + dy > maxScrollHeight + fuseScrollHeight THEN
DEC(dy, maxScrollHeight)
ELSIF ~t.box.eot THEN
IF t.next # NIL THEN
org := t.next.start;
dy := 0;
t := t.next
END
END
END
| Controllers.decPage:
sh := f.b; DEC(sh, maxScrollHeight + sh MOD maxScrollHeight);
IF dy <= -(sh + fuseScrollHeight) THEN
INC(dy, sh)
ELSE
t := trailer.next;
h := maxScrollHeight - dy;
IF t.h < h THEN h := t.h END;
box0 := t.box; h1:= h - st.GridOffset(-1, box0);
WHILE (org > 0) & (h + fuseScrollHeight < f.b) DO
org := st.PreviousLine(org); st.GetLine(org, box);
h1 := box.asc + box.dsc;
INC(h, h1 + st.GridOffset(box.dsc, box0));
box0 := box
END;
h1 := h1 + st.GridOffset(-1, box0);
sh := h1 - (h - f.b); DEC(sh, sh MOD maxScrollHeight);
IF h1 - sh >= fuseScrollHeight THEN dy := -sh ELSE dy := 0 END
END;
IF (org > v.org) OR (org = v.org) & (dy <= v.dy) THEN (* guarantee progress *)
org := st.PreviousLine(org); st.GetLine(org, box);
h1 := box.asc + box.dsc + st.GridOffset(-1, box);
IF h1 > maxScrollHeight + fuseScrollHeight THEN
dy := - (h1 DIV maxScrollHeight * maxScrollHeight)
ELSE
dy := 0
END
END
| Controllers.incPage:
t := trailer.next;
sh := f.b; DEC(sh, maxScrollHeight + sh MOD maxScrollHeight);
IF t.h + dy > sh + fuseScrollHeight THEN
DEC(dy, sh)
ELSE
t := ThisViewLine(v, f.b); LocateThisLine(v, t.start, t1, h);
IF (h + t.h >= f.b) & (t.h <= maxScrollHeight) THEN
org := st.PreviousLine(t.start)
ELSE org := t.start
END;
IF h + t.h - f.b > maxScrollHeight THEN
sh := f.b - h; DEC(sh, maxScrollHeight + sh MOD maxScrollHeight);
IF sh >= fuseScrollHeight THEN dy := -sh ELSE dy := 0 END
ELSE
dy := 0
END
END;
IF (org < v.org) OR (org = v.org) & (dy >= v.dy) THEN (* guarantee progress *)
IF t.h + dy > maxScrollHeight + fuseScrollHeight THEN
DEC(dy, maxScrollHeight)
ELSE
org := t.next.start; dy := 0
END
END
| Controllers.gotoPos:
org := st.ThisLine(msg.pos DIV maxScrollSteps); st.GetLine(org, box);
sh := box.asc + box.dsc + st.GridOffset(-1, box);
steps := -((-sh) DIV maxScrollHeight);
IF (steps > 0) & (box.len > 0) THEN
step := steps * (msg.pos - org * maxScrollSteps) DIV (maxScrollSteps * box.len);
(*
step := steps * (msg.pos MOD maxScrollSteps) DIV maxScrollSteps;
*)
dy := -(step * maxScrollHeight)
ELSE
dy := 0
END
ELSE
END;
len := v.text.Length();
IF org > len THEN org := len; dy := 0 END;
v.SetOrigin(org, dy);
msg.done := TRUE
END
END Scroll;
PROCEDURE NotifyViewsOnPage (v: StdView; beg, end, pageNo: INTEGER);
VAR st: TextSetters.Setter; rd: TextSetters.Reader; r: TextModels.Reader;
view: Views.View; current: INTEGER;
page: PageMsg;
BEGIN
IF pageNo >= 0 THEN
current := pageNo
ELSIF Printing.par # NIL THEN
current := Printing.Current() (* Printing.par.page.current *) + 1
ELSE
current := -1
END;
IF current >= 0 THEN
st := v.ThisSetter();
rd := v.cachedRd; v.cachedRd := NIL; (* reader recycling *)
rd := st.NewReader(rd);
rd.Set(rd.r, v.text, 0, 0, v.defRuler, 0, st.vw, st.hideMarks);
r := rd.r; r.SetPos(beg); r.ReadView(view);
WHILE (r.Pos() <= end) & ~r.eot DO
page.current := current; Views.HandlePropMsg(view, page); r.ReadView(view)
END;
CacheReader(v, rd)
END
END NotifyViewsOnPage;
PROCEDURE Page (v: StdView; pageH: INTEGER; op, pageY: INTEGER; OUT done, eoy: BOOLEAN);
VAR st: TextSetters.Setter; org, prev, page: INTEGER;
BEGIN
IF ~v.hideMarks & ((v.context = NIL) OR v.context.Normalize()) THEN
v.DisplayMarks(hide)
END;
st := v.ThisSetter();
IF op = Controllers.nextPageY THEN
done := TRUE; org := st.NextPage(pageH, v.org); eoy := (org = v.text.Length());
IF ~eoy THEN NotifyViewsOnPage(v, org, st.NextPage(pageH, org), -1) END
ELSIF op = Controllers.gotoPageY THEN
ASSERT(pageY >= 0, 20);
done := TRUE; org := 0; eoy := FALSE; page := 0;
WHILE (page < pageY) & ~eoy DO
prev := org; org := st.NextPage(pageH, org); eoy := org = prev;
IF ~eoy THEN NotifyViewsOnPage(v, prev, org, page) END;
INC(page)
END;
IF ~eoy THEN NotifyViewsOnPage(v, org, st.NextPage(pageH, org), page) END
ELSE
done := FALSE
END;
IF done & ~eoy THEN v.org := org; v.dy := 0; v.trailer := NIL; v.bot := 0 END
END Page;
PROCEDURE ShowAdjusted (v: StdView; shift: INTEGER; rebuild: BOOLEAN);
BEGIN
IF shift # 0 THEN Views.Scroll(v, 0, shift)
ELSIF rebuild THEN UpdateIn(v, 0, 0, MAX(INTEGER))
END;
Views.RestoreDomain(v.Domain())
END ShowAdjusted;
PROCEDURE AdjustLines (v: StdView; org, dy: INTEGER;
OUT shift: INTEGER; OUT rebuild: BOOLEAN
);
(* post: shift = 0 OR ~rebuild *)
VAR d: Stores.Domain; c: Containers.Controller; t, t0, t1: Line; org0, dy0, y: INTEGER;
BEGIN
d := v.Domain(); t0 := v.trailer; org0 := v.org; rebuild := FALSE; shift := 0;
IF (d # NIL) & ((org # org0) OR (dy # v.dy)) THEN
Views.RestoreDomain(d); (* make sure that pixels are up-to-date before scrolling *)
c := v.ThisController();
IF c # NIL THEN
Containers.FadeMarks(c, Containers.hide) (* fade marks with overhang *)
END
END;
IF (t0 # NIL) & (org = org0) & (dy # v.dy) THEN (* sub-line shift *)
shift := dy - v.dy;
ELSIF (t0 # NIL) & (org > org0) & (org < t0.start) THEN (* shift up *)
LocateThisLine(v, org, t, y); t0.next := t;
shift := dy - y
ELSIF (t0 # NIL) & (org < org0) THEN (* shift down *)
t1 := t0.next; dy0 := v.dy + t1.asc; v.org := org; v.dy := dy;
IF t1.start = org0 THEN (* new lines need to be prepended *)
PrependLines(v) (* may change t1.asc *)
END;
ASSERT(t0.next.start = org, 100);
IF org0 < t0.start THEN (* former top still visible -> shift down *)
LocateThisLine(v, org0, t, y); shift := y - (dy0 - t1.asc)
ELSE (* rebuild all *)
rebuild := TRUE
END
ELSIF (t0 = NIL) OR (org # org0) OR (dy # v.dy) THEN (* rebuild all *)
rebuild := TRUE
END;
v.org := org; v.dy := dy;
IF rebuild THEN (* rebuild all *)
v.trailer := NIL; ValidateLines(v, v.bot)
ELSIF shift < 0 THEN (* shift up *)
INC(v.bot, shift); ExtendLines(v, v.bot - shift)
ELSIF shift > 0 THEN (* shift down *)
INC(v.bot, shift); ReduceLines(v, v.bot - shift)
END
END AdjustLines;
PROCEDURE Limit (v: StdView; bot: INTEGER; allLines: BOOLEAN): INTEGER;
CONST minH = 12 * point;
VAR s, t: Line; pos, y: INTEGER;
BEGIN
s := v.trailer.next; t := s; y := v.dy;
WHILE ~t.box.eot & (y + t.h <= bot) DO INC(y, t.h); s := t; t := t.next END;
IF ~allLines & (bot - y < t.h) & (bot - y < minH) THEN t := s END;
pos := t.start + t.box.len;
(*
IF t.box.eot THEN INC(pos) END;
*)
RETURN pos
END Limit;
(* ScrollOp *)
PROCEDURE (op: ScrollOp) Do;
VAR org0, dy0, org, dy, shift: INTEGER; rebuild: BOOLEAN;
BEGIN
IF op.bunch THEN org := op.bunchOrg; dy := op.bunchDy
ELSE org := op.org; dy := op.dy
END;
org0 := op.v.org; dy0 := op.v.dy;
IF op.silent THEN
op.v.org := org; op.v.dy := dy; op.silent := FALSE
ELSE
AdjustLines(op.v, org, dy, shift, rebuild); ShowAdjusted(op.v, shift, rebuild)
END;
IF op.bunch THEN op.bunch := FALSE ELSE op.org := org0; op.dy := dy0 END
END Do;
PROCEDURE DoSetOrigin (v: StdView; org, dy: INTEGER; silent: BOOLEAN);
(* pre: org = v.ThisSetter().ThisLine(org) *)
VAR con: Models.Context; last: Stores.Operation; op: ScrollOp;
shift: INTEGER; rebuild: BOOLEAN;
BEGIN
IF (org # v.org) OR (dy # v.dy) THEN
con := v.context;
IF con # NIL THEN
IF (v.Domain() = NIL) OR con.Normalize() THEN
IF silent THEN
v.org := org; v.dy := dy
ELSE
AdjustLines(v, org, dy, shift, rebuild); ShowAdjusted(v, shift, rebuild)
END
ELSE
last := Views.LastOp(v);
IF (last # NIL) & (last IS ScrollOp) THEN
op := last(ScrollOp);
op.bunch := TRUE; op.bunchOrg := org; op.bunchDy := dy;
op.silent := silent;
Views.Bunch(v)
ELSE
NEW(op); op.v := v; op.org := org; op.dy := dy;
op.bunch := FALSE;
op.silent := silent;
Views.Do(v, scrollingKey, op)
END
END
ELSE
v.org := org; v.dy := dy
END
END
END DoSetOrigin;
(* SetOp *)
PROCEDURE (op: SetOp) Do;
VAR v: StdView; m: BOOLEAN;
a: TextModels.Attributes; r: TextRulers.Ruler; s: TextSetters.Setter;
BEGIN
v := op.view;
CASE op.mode OF
setMarks:
m := v.hideMarks; v.hideMarks := op.hideMarks; op.hideMarks := m
| setSetter:
s := v.setter;
IF s # NIL THEN s.ConnectTo(NIL, NIL, 0, FALSE) END;
v.setter := op.setter; op.setter := s
| setDefs:
r := v.defRuler; a := v.defAttr;
v.defRuler := op.defRuler; v.defAttr := op.defAttr;
op.defRuler := r; op.defAttr := a;
(*
IF (v.defAttr.Domain() # NIL) & (v.defAttr.Domain() # v.Domain()) THEN
v.defAttr := Stores.CopyOf(v.defAttr)(TextModels.Attributes)
END;
Stores.Join(v, v.defAttr);
*)
IF v.defAttr # NIL THEN (* could be for undo operations *)
IF ~Stores.Joined(v, v.defAttr) THEN
IF ~Stores.Unattached(v.defAttr) THEN
v.defAttr := Stores.CopyOf(v.defAttr)(TextModels.Attributes)
END;
Stores.Join(v, v.defAttr)
END;
END;
IF v.defRuler # NIL THEN Stores.Join(v, v.defRuler) END;
END;
RebuildView(v)
END Do;
PROCEDURE DoSet (op: SetOp; mode: INTEGER; v: StdView);
BEGIN
op.mode := mode; op.view := v; Views.Do(v, viewSettingKey, op)
END DoSet;
(* StdView *)
PROCEDURE (v: StdView) Internalize2 (VAR rd: Stores.Reader);
VAR st: Stores.Store; r: TextRulers.Ruler; a: TextModels.Attributes;
org, dy: INTEGER; thisVersion: INTEGER; hideMarks: BOOLEAN;
BEGIN
v.Internalize2^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxStdVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
rd.ReadBool(hideMarks);
rd.ReadStore(st); ASSERT(st # NIL, 100);
IF ~(st IS TextRulers.Ruler) THEN
rd.TurnIntoAlien(Stores.alienComponent);
Stores.Report("#Text:AlienDefaultRuler", "", "", "");
RETURN
END;
r := st(TextRulers.Ruler);
TextModels.ReadAttr(rd, a);
rd.ReadInt(org); rd.ReadInt(dy);
v.DisplayMarks(hideMarks);
v.setter := TextSetters.dir.New(); v.setter0 := NIL;
v.SetDefaults(r, a); v.SetOrigin(org, dy);
v.trailer := NIL; v.bot := 0
END Internalize2;
PROCEDURE (v: StdView) Externalize2 (VAR wr: Stores.Writer);
VAR org, dy: INTEGER; hideMarks: BOOLEAN;
a: Stores.Store;
BEGIN
v.Externalize2^(wr);
IF (v.context = NIL) OR v.context.Normalize() THEN
org := 0; dy := 0; hideMarks := TRUE
ELSE
org := v.org; dy := v.dy; hideMarks := v.hideMarks
END;
wr.WriteVersion(maxStdVersion);
wr.WriteBool(hideMarks);
a := Stores.CopyOf(v.defAttr); (*Stores.InitDomain(a, v.Domain());*) Stores.Join(v, a);
(* bkwd-comp hack: avoid link => so that pre release 1.3 Internalize can still read texts *)
wr.WriteStore(v.defRuler);
wr.WriteStore(a);
wr.WriteInt(org); wr.WriteInt(dy)
END Externalize2;
PROCEDURE (v: StdView) CopyFromModelView2 (source: Views.View; m_: Models.Model);
VAR s: TextSetters.Setter; r: TextRulers.Ruler;
BEGIN
(* v.CopyFromModelView^(source, model); *)
WITH source: StdView DO
s := Stores.CopyOf(source.setter)(TextSetters.Setter);
v.setter := s; v.setter0 := NIL;
r := TextRulers.CopyOf(source.defRuler, Views.deep);
v.DisplayMarks(source.HidesMarks());
v.SetDefaults(r, source.defAttr);
v.trailer := NIL; v.bot := 0;
IF v.text = source.text THEN
v.org := source.org; v.dy := source.dy
END
END
END CopyFromModelView2;
PROCEDURE (v: StdView) Restore (f: Views.Frame; l, t, r, b: INTEGER);
VAR st: TextSetters.Setter; u0, u: Line;
y0, y, w, h: INTEGER; end: INTEGER; pageF: BOOLEAN;
BEGIN
ASSERT(v.context # NIL, 20);
IF v.setter # NIL THEN v.context.GetSize(w, h) END;
IF (v.setter = NIL) OR (v.setter.vw # w) THEN
Views.RemoveFrames(f, l, t, r, b)
END;
ValidateLines(v, b);
u := v.trailer.next; y := v.dy;
pageF := Views.IsPrinterFrame(f) & v.context.Normalize();
IF pageF THEN (* on page-formatted frames do not display truncated lines at bottom *)
st := v.ThisSetter(); end := st.NextPage(f.b - f.t, v.org)
END;
WHILE (u # v.trailer) & (y + u.h <= t) DO INC(y, u.h); u := u.next END;
y0 := y; u0 := u;
IF (u = v.trailer.next) & (y < b) THEN (* at least one line per page *)
ASSERT((u.box.len > 0) OR u.box.eot OR (u.next = v.trailer), 100);
DrawLine(v, u.start, u.box, f, l, r, y + u.asc, y + u.h - u.box.dsc - u.box.asc, pageF);
INC(y, u.h); u := u.next
END;
WHILE (u # v.trailer) & (y < b) & (~pageF OR (u.start < end)) DO
ASSERT((u.box.len > 0) OR u.box.eot OR (u.next = v.trailer), 101);
IF u.box.ruler # u0.box.ruler THEN
DrawDecorations(v, u0, f, l, y0, r, y); u0 := u; y0 := y
END;
DrawLine(v, u.start, u.box, f, l, r, y + u.asc, y + u.h - u.box.dsc - u.box.asc, pageF);
INC(y, u.h); u := u.next
END;
IF y0 # y THEN DrawDecorations(v, u0, f, l, y0, r, y) END
END Restore;
PROCEDURE (v: StdView) DisplayMarks (hide: BOOLEAN);
VAR op: SetOp; c: Containers.Controller;
BEGIN
IF v.hideMarks # hide THEN
c := v.ThisController();
IF c # NIL THEN Containers.FadeMarks(c, Containers.hide) END;
IF (v.context # NIL) & ~v.context.Normalize() THEN
NEW(op); op.hideMarks := hide; DoSet(op, setMarks, v)
ELSE
v.hideMarks := hide; RebuildView(v)
END
END
END DisplayMarks;
PROCEDURE (v: StdView) HidesMarks (): BOOLEAN;
BEGIN
RETURN v.hideMarks
END HidesMarks;
PROCEDURE (v: StdView) SetSetter (setter: TextSetters.Setter);
VAR op: SetOp;
BEGIN
ASSERT(setter # NIL, 20);
IF v.setter # setter THEN
IF v.setter # NIL THEN
NEW(op); op.setter := setter; DoSet(op, setSetter, v)
ELSE v.setter := setter
END
END
END SetSetter;
PROCEDURE (v: StdView) ThisSetter (): TextSetters.Setter;
VAR st: TextSetters.Setter; w, h: INTEGER;
BEGIN
st := v.setter; ASSERT(st # NIL, 20);
IF st # v.setter0 THEN
IF v.context # NIL THEN
v.context.GetSize(w, h)
ELSE
IF Dialog.metricSystem THEN
w := 165*mm
ELSE
w := 104*inch16
END
END;
st.ConnectTo(v.text, v.defRuler, w, v.hideMarks);
v.setter0 := st
END;
RETURN st
END ThisSetter;
PROCEDURE (d: StdView) AcceptableModel (m: Containers.Model): BOOLEAN;
BEGIN
RETURN m IS TextModels.Model
END AcceptableModel;
PROCEDURE (v: StdView) InitModel2 (m: Containers.Model);
BEGIN
ASSERT(m IS TextModels.Model, 23);
v.text := m(TextModels.Model)
END InitModel2;
PROCEDURE (v: StdView) SetOrigin (org, dy: INTEGER);
VAR st: TextSetters.Setter; start: INTEGER;
BEGIN
ASSERT(v.text # NIL, 20);
st := v.ThisSetter(); start := st.ThisLine(org);
IF start # org THEN org := start; dy := 0 END;
DoSetOrigin(v, org, dy, FALSE)
END SetOrigin;
PROCEDURE (v: StdView) PollOrigin (OUT org, dy: INTEGER);
BEGIN
org := v.org; dy := v.dy
END PollOrigin;
PROCEDURE (v: StdView) SetDefaults (r: TextRulers.Ruler; a: TextModels.Attributes);
VAR op: SetOp;
BEGIN
ASSERT(r # NIL, 20); ASSERT(r.style.attr.init, 21);
ASSERT(a # NIL, 22); ASSERT(a.init, 23);
IF (v.defRuler # r) OR (v.defAttr # a) THEN
(*
(*IF (v.context # NIL) & (r # v.defRuler) THEN*)
IF (v.Domain() # NIL) & (r # v.defRuler) THEN
Stores.InitDomain(r, v.Domain())
END;
*)
IF r # v.defRuler THEN Stores.Join(v, r) END;
NEW(op); op.defRuler := r; op.defAttr := a; DoSet(op, setDefs, v)
END
END SetDefaults;
PROCEDURE (v: StdView) PollDefaults (OUT r: TextRulers.Ruler; OUT a: TextModels.Attributes);
BEGIN
r := v.defRuler; a := v.defAttr
END PollDefaults;
PROCEDURE (v: StdView) HandleModelMsg2 (VAR msg: Models.Message);
BEGIN
IF msg.model = v.text THEN
WITH msg: Models.UpdateMsg DO
WITH msg: TextModels.UpdateMsg DO
IF msg.op IN {TextModels.insert, TextModels.delete, TextModels.replace} THEN
UpdateView(v, msg.beg, msg.end, msg.delta)
ELSE (* unknown text op happened *)
RebuildView(v)
END
ELSE (* unknown text update happened *)
RebuildView(v)
END
| msg: PositionMsg DO
v.ShowRange(msg.beg, msg.end, msg.focusOnly)
ELSE
END
ELSE (* domaincast received *)
WITH msg: TextRulers.UpdateMsg DO
StyleUpdate(v, msg.oldAttr)
| msg: Models.UpdateMsg DO (* forced rebuild *)
RebuildView(v)
ELSE
END
END
END HandleModelMsg2;
PROCEDURE (v: StdView) HandleViewMsg2 (f: Views.Frame; VAR msg: Views.Message);
BEGIN
IF msg.view = v THEN
WITH msg: FindAnyFrameMsg DO
IF (msg.frame = NIL) OR (msg.frame.b - msg.frame.t > f.b - f.t) THEN
msg.frame := f
END
ELSE
END
ELSE
WITH msg: Views.UpdateCachesMsg DO (* display view in new frame *)
IF Views.Era(v) # Models.Era(v.text) THEN
(* view/setter caches outdated - possible if v previous to this notification had no frame open *)
v.setter0 := NIL; v.trailer := NIL; v.bot := 0
END
ELSE
END
END
END HandleViewMsg2;
PROCEDURE (v: StdView) HandleCtrlMsg2 (f: Views.Frame;
VAR msg: Controllers.Message; VAR focus: Views.View
);
BEGIN
WITH msg: Controllers.PollSectionMsg DO
IF (focus = NIL) OR ~msg.focus THEN
PollSection(v, f, msg);
focus := NIL
END
| msg: FindFocusFrameMsg DO
IF (msg.view = v) & (msg.frame = NIL) THEN msg.frame := f END
| msg: Controllers.ScrollMsg DO
IF (focus = NIL) OR ~msg.focus THEN
Scroll(v, f, msg);
focus := NIL
END
| msg: Controllers.PageMsg DO
Page(v, f.b - f.t, msg.op, msg.pageY, msg.done, msg.eoy);
focus := NIL
ELSE
END
END HandleCtrlMsg2;
PROCEDURE (v: StdView) HandlePropMsg2 (VAR p: Properties.Message);
CONST minW = 5 * point; maxW = maxHeight; minH = 5 * point; maxH = maxHeight;
VAR st: TextSetters.Setter;
BEGIN
WITH p: Properties.SizePref DO
IF p.w = Views.undefined THEN p.w := v.defRuler.style.attr.right END;
IF p.h = Views.undefined THEN p.h := MAX(INTEGER) END
| p: Properties.BoundsPref DO
st := v.ThisSetter();
st.GetBox(0, v.text.Length(), maxW, maxH, p.w, p.h);
IF p.w < minW THEN p.w := minW END;
IF p.h < minH THEN p.h := minH END
| p: Properties.ResizePref DO
p.fixed := FALSE;
p.horFitToPage := ~(TextRulers.rightFixed IN v.defRuler.style.attr.opts);
p.verFitToWin := TRUE
| p: Properties.TypePref DO
IF Services.Is(v, p.type) THEN p.view := v END
| p: Containers.DropPref DO
p.okToDrop := TRUE
ELSE
END
END HandlePropMsg2;
PROCEDURE (v: StdView) GetThisLocation (f: Views.Frame; pos: INTEGER; OUT loc: Location);
(* pre: f must be displayed *)
(* if position lies outside view, the next best location inside will be taken *)
VAR rd: TextSetters.Reader; t: Line; p1, y, w, h: INTEGER;
BEGIN
ValidateLines(v, f.b);
y := v.dy;
IF pos < v.org THEN
t := v.trailer.next;
loc.start := t.start; loc.pos := t.start;
loc.x := 0; loc.y := y; loc.asc := t.asc; loc.dsc := t.h - t.asc; loc.view := NIL;
RETURN
ELSIF pos < v.trailer.start THEN
t := v.trailer.next;
WHILE ~t.box.eot & ~((t.start <= pos) & (pos < t.next.start)) DO
INC(y, t.h); t := t.next
END
ELSE (* pos >= v.trailer.start *)
t := v.trailer.next; WHILE ~t.box.eot DO INC(y, t.h); t := t.next END;
IF t = v.trailer THEN
loc.start := t.start; loc.pos := t.start;
loc.x := 0; loc.y := y; loc.asc := t.asc; loc.dsc := t.h - t.asc; loc.view := NIL;
RETURN
END
END;
p1 := t.start;
rd := GetReader(v, p1, t.box); rd.Read;
WHILE rd.pos < pos DO
p1 := rd.pos; rd.AdjustWidth(t.start, p1, t.box, rd.w); INC(rd.x, rd.w); rd.Read
END;
IF LEN(rd.string$) > 1 THEN (* collated subsequence *)
rd.x := f.CharPos(rd.x, pos - p1, rd.string, rd.attr.font);
IF rd.pos = pos THEN rd.Read END
ELSIF rd.pos = pos THEN
rd.AdjustWidth(t.start, pos, t.box, rd.w); INC(rd.x, rd.w); rd.Read
ELSE
ASSERT(p1 = pos, 100)
END;
loc.view := rd.view;
loc.start := t.start; loc.pos := pos;
loc.x := rd.x; loc.y := y; loc.asc := t.asc; loc.dsc := t.h - t.asc;
IF loc.view # NIL THEN
v.context.GetSize(w, h);
IF rd.x + rd.w > w THEN rd.w := w - rd.x END;
loc.l := rd.x; loc.t := y - rd.attr.offset + t.asc + rd.dsc - rd.h;
loc.r := loc.l + rd.w; loc.b := loc.t + rd.h
END;
CacheReader(v, rd)
END GetThisLocation;
PROCEDURE (v: StdView) GetRange (f: Views.Frame; OUT beg, end: INTEGER);
VAR t: Line;
BEGIN
ValidateLines(v, f.b);
t := ThisViewLine(v, f.t); beg := t.start; end := Limit(v, f.b, TRUE)
END GetRange;
PROCEDURE (v: StdView) ThisPos (f: Views.Frame; x, y: INTEGER): INTEGER;
(* pre: f must be displayed *)
(* post: f.org <= result <= v.text.Length() *)
VAR rd: TextSetters.Reader; t: Line; p1, end, py: INTEGER;
BEGIN
ValidateLines(v, f.b);
t := v.trailer.next; py := v.dy;
WHILE ~t.box.eot & (py + t.h <= y) DO INC(py, t.h); t := t.next END;
p1 := t.start; end := p1 + t.box.len;
IF py + t.h > y THEN
IF (end > p1) & (y >= v.dy) THEN
IF t.box.eot THEN INC(end) END;
rd := GetReader(v, p1, t.box);
rd.Read; rd.AdjustWidth(t.start, rd.pos, t.box, rd.w);
WHILE (rd.x + rd.SplitWidth(rd.w) < x) & (rd.pos < end) DO
p1 := rd.pos; INC(rd.x, rd.w);
rd.Read; rd.AdjustWidth(t.start, rd.pos, t.box, rd.w)
END;
IF LEN(rd.string$) > 1 THEN (* collated subsequence *)
INC(p1, f.CharIndex(rd.x, x, rd.string, rd.attr.font))
END;
CacheReader(v, rd)
END
ELSE p1 := end
END;
RETURN p1
END ThisPos;
PROCEDURE (v: StdView) ShowRangeIn (f: Views.Frame; beg, end: INTEGER);
CONST minH = 12 * point;
VAR c: Models.Context; st: TextSetters.Setter; t, t1: Line;
org0, last, len, org, dy, p, q: INTEGER; y, h, mh: INTEGER;
box, box0: TextSetters.LineBox; loc, loc1: Location;
focus: BOOLEAN;
BEGIN
focus := f = Controllers.FocusFrame();
c := v.context;
st := v.ThisSetter(); ValidateLines(v, f.b); org0 := v.org;
last := Limit(v, f.b, FALSE); len := v.text.Length();
IF last = len THEN
p := st.ThisLine(last); LocateThisLine(v, p, t1, y); h := f.b - y
END;
IF (beg > last)
OR (beg = last) & ((last < len) OR (len > 0) & (h < t1.h) & (h < minH))
OR (end < org0)
OR (beg < end) & (end = org0) THEN
org := -1; dy := 0;
IF beg <= org0 THEN (* try to adjust by scrolling up *)
p := st.PreviousLine(v.org);
IF p <= beg THEN (* reveal one line at top *)
org := p; st.GetLine(org, box);
h := box.asc + box.dsc + st.GridOffset(-1, box);
IF h > maxScrollHeight + fuseScrollHeight THEN
dy := -(h - h MOD maxScrollHeight);
IF h + dy < fuseScrollHeight THEN INC(dy, maxScrollHeight) END
END
END
END;
IF (org = -1) & (beg >= last) THEN (* try to adjust by scrolling down *)
p := st.ThisLine(last); q := st.NextLine(p); st.GetLine(q, box);
IF (beg < q + box.len) OR (p = q) THEN (* reveal one line at bottom *)
LocateThisLine(v, p, t1, y);
h := box.asc + box.dsc + st.GridOffset(t1.box.dsc, box);
IF h > maxScrollHeight + fuseScrollHeight THEN h := maxScrollHeight END;
mh := y + t1.h - f.b + h;
t := v.trailer.next; h := v.dy;
WHILE (t # v.trailer) & (h < mh) DO INC(h, t.h); t := t.next END;
IF t.start > v.org THEN org := t.start END
END
END;
IF org = -1 THEN (* adjust by moving into "nice" position *)
mh := f.b DIV 3;
org := st.ThisLine(beg); st.GetLine(org, box0);
h := box0.asc + box0.dsc + st.GridOffset(-1, box0); p := org;
WHILE (p > 0) & (h < mh) DO
DEC(h, st.GridOffset(-1, box0)); org := p;
p := st.PreviousLine(org); st.GetLine(p, box);
INC(h, box.asc + box.dsc + st.GridOffset(box.dsc, box0));
box0 := box
END;
IF (org = len) & (len > 0) THEN org := st.PreviousLine(org) END
END;
DoSetOrigin(v, org, dy, FALSE)
END;
IF focus THEN
f := Controllers.FocusFrame();
IF (f # NIL) & (f.view = v) THEN
v.GetThisLocation(f, beg, loc);
v.GetThisLocation(f, end, loc1);
IF (loc.y = loc1.y) & (loc.x <= loc1.x) THEN
c.MakeVisible(loc.x, loc.y, loc1.x, loc1.y)
END
ELSE
HALT(100); (* this should not happen *)
END
END;
(*
IF c IS Documents.Context THEN
v.GetThisLocation(f, beg, loc);
v.GetThisLocation(f, end, loc1);
IF (loc.y = loc1.y) & (loc.x <= loc1.x) THEN
Documents.MakeVisible(c(Documents.Context).ThisDoc(), f, loc.x, loc.y, loc1.x, loc1.y)
END
END
*)
END ShowRangeIn;
PROCEDURE (v: StdView) ShowRange (beg, end: INTEGER; focusOnly: BOOLEAN);
VAR fmsg: FindFocusFrameMsg; amsg: FindAnyFrameMsg; f: Views.Frame;
BEGIN
IF focusOnly THEN
fmsg.view := v; fmsg.frame := NIL; Controllers.Forward(fmsg); f := fmsg.frame
ELSE
amsg.frame := NIL; Views.Broadcast(v, amsg); f := amsg.frame
END;
IF f # NIL THEN v.ShowRangeIn(f, beg, end) END
END ShowRange;
(* StdDirectory *)
PROCEDURE (d: StdDirectory) New (text: TextModels.Model): View;
VAR v: StdView; r: TextRulers.Ruler;
BEGIN
r := TextRulers.dir.New(NIL);
IF text = NIL THEN text := TextModels.dir.New() END;
(* IF text.Domain() # NIL THEN Stores.InitDomain(r, text.Domain()) END; *)
Stores.Join(text, r);
NEW(v); v.hideMarks := FALSE; v.bot := 0; v.org := 0; v.dy := 0;
v.InitModel(text);
v.SetDefaults(r, d.defAttr);
v.SetSetter(TextSetters.dir.New());
v.DisplayMarks(hide);
IF ctrlDir # NIL THEN v.SetController(ctrlDir.New()) END;
(* Stores.InitDomain(v, text.Domain()); *)
Stores.Join(v, text);
RETURN v
END New;
PROCEDURE Init;
VAR d: StdDirectory; a: TextModels.Attributes; res: INTEGER;
BEGIN
Dialog.Call("TextControllers.Install", "#Text:CntrlInstallFailed", res);
NEW(a); a.InitFromProp(NIL); (* use defaults *)
NEW(d); d.defAttr := a;
stdDir := d; dir := d
END Init;
BEGIN
Init
END TextViews.
| Text/Mod/Views.odc |
Text/Rsrc/Cmds.odc |
|
Text/Rsrc/Cmds1.odc |
|
MENU "#Text:&Text" ("TextViews.View")
"#Text:&Find / Replace..." "F" "TextCmds.InitFindDialog;
StdCmds.OpenToolDialog('Text/Rsrc/Cmds', '#Text:Find / Replace')" ""
"#Text:&Find Again" "F3" "TextCmds.InitFindDialog; TextCmds.FindAgain('~R')" "TextCmds.FindAgainGuard"
"#Text:&Find Previous" "*F3" "TextCmds.InitFindDialog; TextCmds.FindAgain('R')" "TextCmds.FindAgainGuard"
"#Text:&Find First" "F4" "TextCmds.InitFindDialog; TextCmds.FindFirst('~R')" "TextCmds.FindAgainGuard"
"#Text:&Find Last" "*F4" "TextCmds.InitFindDialog; TextCmds.FindFirst('R')" "TextCmds.FindAgainGuard"
SEPARATOR
"#Text:&Shift Left" "F11" "TextCmds.ShiftLeft" "TextCmds.EditGuard"
"#Text:&Shift Right" "F12" "TextCmds.ShiftRight" "TextCmds.EditGuard"
"#Text:&Superscript" "" "TextCmds.Superscript" "TextCmds.SelectionGuard"
"#Text:&Subscript" "" "TextCmds.Subscript" "TextCmds.SelectionGuard"
SEPARATOR
"#Text:&Insert Paragraph" "M" "TextCmds.InsertParagraph" "StdCmds.PasteCharGuard"
"#Text:&Insert Ruler" "J" "TextCmds.InsertRuler" "StdCmds.PasteViewGuard"
"#Text:&Insert Soft-Hyphen" "" "TextCmds.InsertSoftHyphen" "StdCmds.PasteCharGuard"
"#Text:&Insert Non-Brk Hyphen" "" "TextCmds.InsertNBHyphen" "StdCmds.PasteCharGuard"
"#Text:&Insert Non-Brk Space" "" "TextCmds.InsertNBSpace" "StdCmds.PasteCharGuard"
"#Text:&Insert Digit Space" "" "TextCmds.InsertDigitSpace" "StdCmds.PasteCharGuard"
"#Text:&Toggle Marks" "H" "TextCmds.ToggleMarks" "TextCmds.ToggleMarksGuard"
SEPARATOR
"#Text:&Make Default Attributes" "" "TextCmds.MakeDefaultAttributes" "TextCmds.SelectionGuard"
"#Text:&Make Default Ruler" "" "TextCmds.MakeDefaultRuler" "StdCmds.SingletonGuard"
END
MENU "*" ("TextViews.View")
"#Text:&Cut" "" "StdCmds.Cut" "StdCmds.CutGuard"
"#Text:&Copy" "" "StdCmds.Copy" "StdCmds.CopyGuard"
"#Text:&Paste" "" "StdCmds.Paste" "StdCmds.PasteGuard"
"#Text:&Delete" "" "StdCmds.Clear" "StdCmds.CutGuard"
SEPARATOR
"#Text:&Source" "" "DevReferences.ShowSource" "TextCmds.SelectionGuard"
"#Text:&Interface" "" "DevBrowser.ShowInterface('')" "TextCmds.SelectionGuard"
"#Text:&Documentation" "" "DevReferences.ShowDocu" "TextCmds.SelectionGuard"
SEPARATOR
"#Text:&Properties..." "" "StdCmds.ShowProp" "StdCmds.ShowPropGuard"
"#Text:&Object" "" "StdCmds.ObjectMenu" "StdCmds.ObjectMenuGuard"
END
| Text/Rsrc/Menus.odc |
STRINGS
&Text &Text
&Find / Replace... &Find / Replace...
&Find Again Find &Again
&Find Previous Find &Previous
&Find First Find First
&Find Last Find Last
&Shift Left Shift &Left
&Shift Right Shift &Right
&Superscript Su&perscript
&Subscript Su&bscript
&Insert Paragraph &Insert Paragraph
&Insert Ruler Insert R&uler
&Insert Soft-Hyphen Insert &Soft-Hyphen Shift+Ctrl+Minus
&Insert Non-Brk Hyphen Insert &Non-Brk Hyphen Shift+Alt+Minus
&Insert Non-Brk Space Insert N&on-Brk Space Shift+Alt+Space
&Insert Digit Space Insert &Digit Space Shift+Ctrl+Space
&Toggle Marks Toggle &Marks
&Make Default Attributes Make Default Attributes
&Make Default Ruler Make Default Ruler
&Cut Cu&t
&Copy &Copy
&Paste &Paste
&Delete &Delete
&Source &Source
&Interface &Interface
&Documentation Docu&mentation
&Properties... P&roperties...
&Object &Object
Find / Replace Find / Replace
Find: F&ind:
Repl: R&eplace:
Find First Find &First
Find Next Find &Next
Replace &Replace
Repl. && Find Repl. && Fin&d
Word Begins With Word &Begins With
Word Ends With Word &Ends With
Ignore Case Ignore &Case
Reverse Direction &Reverse Direction
Page breaks Page breaks
Avoid inside &Avoid inside
Keep together with next &Keep together with next
AlienAttributes alien attributes
CntrlInstallFailed text controller installation failed
leftAdjust left adjust
rightAdjust right adjust
noBreakInside no break inside
pageBreak page break
parJoin par join
rightFixed fixed right border
IllegalTabArray illegal tab array
OpenSizeDialog StdCmds.InitSizeDialog; StdCmds.OpenToolDialog('Std/Rsrc/Cmds', '#System:OtherSize')
OpenRulerDialog TextCmds.InitRulerDialog; StdCmds.OpenToolDialog('Text/Rsrc/Cmds1', '#Text:RulerSettings')
RulerSettings Ruler Settings
Position position
SearchForAlienViews search for alien views
AlienDefaultRuler alien default ruler
AlienViewType alien view type
NoAlienViewsFound no alien views found
NoRulerSelected no ruler selected
IllegalRulerOptions illegal ruler options
SelectionDoesNotMatch selection does not match
NoTargetFound no target found
NoSelectionFound no selection found
PatternNotSpecified pattern not specified
PatternNotFound pattern not found
Shifting Shifting
FindAndReplace Find and Replace
Locate Locate
ShowMarks Show Marks
HideMarks Hide Marks
ReplaceAll Replace &All
ReplaceAllInSelection Repl. &All In Sel.
FocusShouldBeText focus should be a text
AttributeChange Attribute Change
Appending Appending
RulerChange Ruler Change
InsertParagraph Paragraph Insertion
InsertRuler Ruler Insertion
TextViews.StdView standard Text view
TextModels.StdModel standard Text model
TextControllers.StdCtrl standard Text controller
Rulers.Prop TextCmds.InitRulerDialog; StdCmds.OpenToolDialog('Text/Rsrc/Cmds1', '#Text:RulerSettings')
TabTitle Tabulator Settings
TabDocu Tabulator Settings Docu
TabNum Tabulator ^0
TabAlignment Alignment
TabLeft Left
TabCenter Center
TabRight Right
TabDecimal Decimal
TabPosition Position
TabVerticalBar Vertical Bar
TabUnitCm cm
TabUnitInch inch
TabErr1 To rearrange or delete a tabulator please click and drag the tabulator mark in the ruler.
| Text/Rsrc/Strings.odc |
Text/Rsrc/Tab.odc |
|
Windows Programming Interfaces
The Win subsystem contains the interface modules for the various Windows programming interfaces. The following table shows the available modules and a short desription of their contents:
module contents
WinApi basic data types, error codes, basic Win32 functionality
WinDlg common dialog box library
WinCtl common controls
WinOle basic COM and OLE interfaces
WinOleDlg OLE dialogs (OleUI...)
WinOleAut OLE automation interfaces
WinOleCtl OLE controls interfaces
WinRpc remote procedure call functions
WinNet networking and socket functions
WinMM multimedia services
WinCmc Messaging Application Programming Interface (MAPI)
WinSql Database services (ODBC)
Naming Conventions
Names are generally the same as in the corresponding C header and help files. An exception applies to pointers which are always named after the structure they point to with a "Ptr" prefix.
Example:
RECT = RECORD [untagged] left, top, right, bottom: INTEGER END;
PtrRECT = POINTER TO RECT;
Parameters
Parameters of pointer type are represented as variable parameters (VAR/IN/OUT) whenever possible.
Pointers to Pointers
Pointers to pointers or basic types cannot be declared directly in Component Pascal. A type of the form
p: POINTER TO ARRAY [untagged] OF BaseType;
is used instead. You can use the form p[0] to dereference such a pointer.
| Win/Docu/Api.odc |
DevCompiler.CompileSubs @Win
Com Comm Ctl Dev Fig Form Ole Obx Sql Std System Text Win Cons Xhtml
DevLinker.Link BlackBox2.exe := Kernel$+ Utf WinKernel Files WinEnv WinFiles WinGui StdLoader WinLoader 1 BlackBox.res 1 Applogo.ico 2 Doclogo.ico 3 SFLogo.ico 4 CFLogo.ico 5 DtyLogo.ico 6 folderimg.ico 7 openimg.ico 8 leafimg.ico 1 Move.cur 2 Copy.cur 3 Link.cur 4 Pick.cur 5 Stop.cur 6 Hand.cur 7 Table.cur
| Win/Docu/Build-Tool.odc |
WinCmc
Contains the interfaces for the Windows Messaging Application Programming Interface (MAPI).
See WinApi for more information.
| Win/Docu/Cmc.odc |
WinCtl
Contains the interface for the Windows common controls library.
See WinApi for more information.
| Win/Docu/Ctl.odc |
WinDlg
Contains the interface for the Windows common dialog box library.
See WinApi for more information.
| Win/Docu/Dlg.odc |
WinGL
Contains the interface for the Windows implementation of Open GL.
See WinApi for more information.
| Win/Docu/GL.odc |
WinGLAux
Contains an auxiliary interface for the Windows implementation of Open GL.
See WinApi for more information.
| Win/Docu/GLAux.odc |
WinGLUtil
Contains an auxiliary interface for the Windows implementation of Open GL.
See WinApi for more information.
| Win/Docu/GLUtil.odc |
WinMM
Contains the interface for the Windows multimedia services.
See WinApi for more information.
| Win/Docu/MM.odc |
WinNet
Contains the interfaces for Windows networking and socket services.
See WinApi for more information.
| Win/Docu/Net.odc |
WinOle
Contains the basic interfaces for COM and OLE.
See WinApi for more information.
| Win/Docu/Ole.odc |
WinOleAut
Contains the interfaces for OLE Automation.
See WinApi for more information.
| Win/Docu/OleAut.odc |
WinOleCtl
Contains the interfaces for OLE controls.
See WinApi for more information.
| Win/Docu/OleCtl.odc |
WinOleDlg
Contains the interface for the OLE dialog library.
See WinApi for more information.
| Win/Docu/OleDlg.odc |
WinRpc
Contains the interface for Windows remote procedure calls.
See WinApi for more information.
| Win/Docu/Rpc.odc |
WinSql
Contains the interfaces for Windows Database services (ODBC).
See WinApi for more information.
| Win/Docu/Sql.odc |
Map to the Win Subsystem
WinApi Win32 API
WinCmc MAPI interface
WinDlg common dialog boxes
WinCtl common controls
WinOle COM and OLE
WinOleDlg OLE dialogs
WinOleAut OLE automation
WinOleCtl OLE controls
WinRpc remote procedure calls
WinNet network and sockets
WinMM multimedia
WinSql access to ODBC databases
| Win/Docu/Sys-Map.odc |
MODULE WinApi ["KERNEL32.dll"];
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20070130, bh, RtlUnwind added
- 20070130, bh, EnumFont callbacks corrected added
- 20070510, mf, RegSetValueExW corrected
- 20141215, center #23, fixing bugs in WinApi plus some refinements and extensions
- 20170321, center #156, adding Coroutines to BlackBox
- 20170321, center #166, adding SendInput to WinApi
- 20171023, center #179, fixing the value of WinApi.WM_MOUSELAST
- 20171106, center #181, fixing error handling of HostDialog.OpenExternal
- 20180515, center #187, adding a run-time debugger to BlackBox
"
issues = "
- ...
"
**)
IMPORT SYSTEM, COM;
TYPE (* base types *)
PtrVoid* = INTEGER;
PtrSTR* = POINTER TO ARRAY [untagged] OF SHORTCHAR;
PtrWSTR* = POINTER TO ARRAY [untagged] OF CHAR;
DATE* = REAL;
CY* = LONGINT;
ACCESS_MASK* = SET;
SECURITY_INFORMATION* = SET;
CONST
HKEY_CLASSES_ROOT* = 80000000H;
HKEY_CURRENT_USER* = 80000001H;
HKEY_LOCAL_MACHINE* = 80000002H;
HKEY_USERS* = 80000003H;
HKEY_PERFORMANCE_DATA* = 80000004H;
HKEY_CURRENT_CONFIG* = 80000005H;
CONST (* macros *)
INVALID_HANDLE_VALUE* = -1;
MAX_PATH* = 260 (* {2, 8} *);
NULL* = 0 (* {} *);
FALSE* = 0 (* {} *);
TRUE* = 1 (* {0} *);
ANYSIZE_ARRAY* = 1 (* {0} *);
APPLICATION_ERROR_MASK* = 536870912 (* {29} *);
ERROR_SEVERITY_SUCCESS* = 0 (* {} *);
ERROR_SEVERITY_INFORMATIONAL* = 1073741824 (* {30} *);
ERROR_SEVERITY_WARNING* = 80000000H;
ERROR_SEVERITY_ERROR* = -1073741824 (* {30, 31} *);
CLASS_E_NOTLICENSED* = -2147221230;
CONNECT_E_FIRST* = -2147220992;
CONNECT_E_LAST* = -2147220977;
CONNECT_S_FIRST* = 262656;
CONNECT_S_LAST* = 262671;
CONNECT_E_NOCONNECTION* = -2147220992;
CONNECT_E_ADVISELIMIT* = -2147220991;
CONNECT_E_CANNOTCONNECT* = -2147220990;
CONNECT_E_OVERRIDDEN* = -2147220989;
SELFREG_E_FIRST* = -2147220992;
SELFREG_E_LAST* = -2147220977;
SELFREG_S_FIRST* = 262656;
SELFREG_S_LAST* = 262671;
SELFREG_E_TYPELIB* = -2147220992;
SELFREG_E_CLASS* = -2147220991;
PERPROP_E_FIRST* = -2147220992;
PERPROP_E_LAST* = -2147220977;
PERPROP_S_FIRST* = 262656;
PERPROP_S_LAST* = 262671;
PERPROP_E_NOPAGEAVAILABLE* = -2147220992;
UNICODE_NULL* = 0 (* {} *);
MINCHAR* = 128 (* {7} *);
MAXCHAR* = 127 (* {0..6} *);
MINSHORT* = 32768 (* {15} *);
MAXSHORT* = 32767 (* {0..14} *);
MINLONG* = 80000000H;
MAXLONG* = 2147483647 (* {0..30} *);
MAXBYTE* = 255 (* {0..7} *);
MAXWORD* = 65535 (* {0..15} *);
MAXDWORD* = -1 (* {0..31} *);
LANG_NEUTRAL* = 0 (* {} *);
LANG_BULGARIAN* = 2 (* {1} *);
LANG_CHINESE* = 4 (* {2} *);
LANG_CROATIAN* = 26 (* {1, 3, 4} *);
LANG_CZECH* = 5 (* {0, 2} *);
LANG_DANISH* = 6 (* {1, 2} *);
LANG_DUTCH* = 19 (* {0, 1, 4} *);
LANG_ENGLISH* = 9 (* {0, 3} *);
LANG_FINNISH* = 11 (* {0, 1, 3} *);
LANG_FRENCH* = 12 (* {2, 3} *);
LANG_GERMAN* = 7 (* {0..2} *);
LANG_GREEK* = 8 (* {3} *);
LANG_HUNGARIAN* = 14 (* {1..3} *);
LANG_ICELANDIC* = 15 (* {0..3} *);
LANG_ITALIAN* = 16 (* {4} *);
LANG_JAPANESE* = 17 (* {0, 4} *);
LANG_KOREAN* = 18 (* {1, 4} *);
LANG_NORWEGIAN* = 20 (* {2, 4} *);
LANG_POLISH* = 21 (* {0, 2, 4} *);
LANG_PORTUGUESE* = 22 (* {1, 2, 4} *);
LANG_ROMANIAN* = 24 (* {3, 4} *);
LANG_RUSSIAN* = 25 (* {0, 3, 4} *);
LANG_SLOVAK* = 27 (* {0, 1, 3, 4} *);
LANG_SLOVENIAN* = 36 (* {2, 5} *);
LANG_SPANISH* = 10 (* {1, 3} *);
LANG_SWEDISH* = 29 (* {0, 2..4} *);
LANG_TURKISH* = 31 (* {0..4} *);
SUBLANG_NEUTRAL* = 0 (* {} *);
SUBLANG_DEFAULT* = 1 (* {0} *);
SUBLANG_SYS_DEFAULT* = 2 (* {1} *);
SUBLANG_CHINESE_TRADITIONAL* = 1 (* {0} *);
SUBLANG_CHINESE_SIMPLIFIED* = 2 (* {1} *);
SUBLANG_CHINESE_HONGKONG* = 3 (* {0, 1} *);
SUBLANG_CHINESE_SINGAPORE* = 4 (* {2} *);
SUBLANG_DUTCH* = 1 (* {0} *);
SUBLANG_DUTCH_BELGIAN* = 2 (* {1} *);
SUBLANG_ENGLISH_US* = 1 (* {0} *);
SUBLANG_ENGLISH_UK* = 2 (* {1} *);
SUBLANG_ENGLISH_AUS* = 3 (* {0, 1} *);
SUBLANG_ENGLISH_CAN* = 4 (* {2} *);
SUBLANG_ENGLISH_NZ* = 5 (* {0, 2} *);
SUBLANG_ENGLISH_EIRE* = 6 (* {1, 2} *);
SUBLANG_FRENCH* = 1 (* {0} *);
SUBLANG_FRENCH_BELGIAN* = 2 (* {1} *);
SUBLANG_FRENCH_CANADIAN* = 3 (* {0, 1} *);
SUBLANG_FRENCH_SWISS* = 4 (* {2} *);
SUBLANG_GERMAN* = 1 (* {0} *);
SUBLANG_GERMAN_SWISS* = 2 (* {1} *);
SUBLANG_GERMAN_AUSTRIAN* = 3 (* {0, 1} *);
SUBLANG_ITALIAN* = 1 (* {0} *);
SUBLANG_ITALIAN_SWISS* = 2 (* {1} *);
SUBLANG_NORWEGIAN_BOKMAL* = 1 (* {0} *);
SUBLANG_NORWEGIAN_NYNORSK* = 2 (* {1} *);
SUBLANG_PORTUGUESE* = 2 (* {1} *);
SUBLANG_PORTUGUESE_BRAZILIAN* = 1 (* {0} *);
SUBLANG_SPANISH* = 1 (* {0} *);
SUBLANG_SPANISH_MEXICAN* = 2 (* {1} *);
SUBLANG_SPANISH_MODERN* = 3 (* {0, 1} *);
SORT_DEFAULT* = 0 (* {} *);
SORT_JAPANESE_XJIS* = 0 (* {} *);
SORT_JAPANESE_UNICODE* = 1 (* {0} *);
SORT_CHINESE_BIG5* = 0 (* {} *);
SORT_CHINESE_PRCP* = 0 (* {} *);
SORT_CHINESE_UNICODE* = 1 (* {0} *);
SORT_CHINESE_PRC* = 2 (* {1} *);
SORT_KOREAN_KSC* = 0 (* {} *);
SORT_KOREAN_UNICODE* = 1 (* {0} *);
SORT_GERMAN_PHONE_BOOK* = 1 (* {0} *);
NLS_VALID_LOCALE_MASK* = 1048575 (* {0..19} *);
LANG_SYSTEM_DEFAULT* = 2048 (* {11} *);
LANG_USER_DEFAULT* = 1024 (* {10} *);
LOCALE_SYSTEM_DEFAULT* = 2048 (* {11} *);
LOCALE_USER_DEFAULT* = 1024 (* {10} *);
LOCALE_NEUTRAL* = 0 (* {} *);
STATUS_WAIT_0* = 0 (* {} *);
STATUS_ABANDONED_WAIT_0* = 128 (* {7} *);
STATUS_USER_APC* = 192 (* {6, 7} *);
STATUS_TIMEOUT* = 258 (* {1, 8} *);
STATUS_PENDING* = 259 (* {0, 1, 8} *);
STATUS_SEGMENT_NOTIFICATION* = 1073741829 (* {0, 2, 30} *);
STATUS_GUARD_PAGE_VIOLATION* = -2147483647 (* {0, 31} *);
STATUS_DATATYPE_MISALIGNMENT* = -2147483646 (* {1, 31} *);
STATUS_BREAKPOINT* = -2147483645 (* {0, 1, 31} *);
STATUS_SINGLE_STEP* = -2147483644 (* {2, 31} *);
STATUS_ACCESS_VIOLATION* = -1073741819 (* {0, 2, 30, 31} *);
STATUS_IN_PAGE_ERROR* = -1073741818 (* {1, 2, 30, 31} *);
STATUS_NO_MEMORY* = -1073741801 (* {0..2, 4, 30, 31} *);
STATUS_ILLEGAL_INSTRUCTION* = -1073741795 (* {0, 2..4, 30, 31} *);
STATUS_NONCONTINUABLE_EXCEPTION* = -1073741787 (* {0, 2, 5, 30, 31} *);
STATUS_INVALID_DISPOSITION* = -1073741786 (* {1, 2, 5, 30, 31} *);
STATUS_ARRAY_BOUNDS_EXCEEDED* = -1073741684 (* {2, 3, 7, 30, 31} *);
STATUS_FLOAT_DENORMAL_OPERAND* = -1073741683 (* {0, 2, 3, 7, 30, 31} *);
STATUS_FLOAT_DIVIDE_BY_ZERO* = -1073741682 (* {1..3, 7, 30, 31} *);
STATUS_FLOAT_INEXACT_RESULT* = -1073741681 (* {0..3, 7, 30, 31} *);
STATUS_FLOAT_INVALID_OPERATION* = -1073741680 (* {4, 7, 30, 31} *);
STATUS_FLOAT_OVERFLOW* = -1073741679 (* {0, 4, 7, 30, 31} *);
STATUS_FLOAT_STACK_CHECK* = -1073741678 (* {1, 4, 7, 30, 31} *);
STATUS_FLOAT_UNDERFLOW* = -1073741677 (* {0, 1, 4, 7, 30, 31} *);
STATUS_INTEGER_DIVIDE_BY_ZERO* = -1073741676 (* {2, 4, 7, 30, 31} *);
STATUS_INTEGER_OVERFLOW* = -1073741675 (* {0, 2, 4, 7, 30, 31} *);
STATUS_PRIVILEGED_INSTRUCTION* = -1073741674 (* {1, 2, 4, 7, 30, 31} *);
STATUS_STACK_OVERFLOW* = -1073741571 (* {0, 2..7, 30, 31} *);
STATUS_CONTROL_C_EXIT* = -1073741510 (* {1, 3..5, 8, 30, 31} *);
MAXIMUM_WAIT_OBJECTS* = 64 (* {6} *);
MAXIMUM_SUSPEND_COUNT* = 127 (* {0..6} *);
SIZE_OF_80387_REGISTERS* = 80 (* {4, 6} *);
CONTEXT_i386* = {16};
CONTEXT_i486* = {16};
CONTEXT_CONTROL* = {0, 16};
CONTEXT_INTEGER* = {1, 16};
CONTEXT_SEGMENTS* = {2, 16};
CONTEXT_FLOATING_POINT* = {3, 16};
CONTEXT_DEBUG_REGISTERS* = {4, 16};
CONTEXT_FULL* = {0..2, 16};
EXCEPTION_NONCONTINUABLE* = {0};
EXCEPTION_MAXIMUM_PARAMETERS* = 15 (* {0..3} *);
PROCESS_TERMINATE* = {0};
PROCESS_CREATE_THREAD* = {1};
PROCESS_VM_OPERATION* = {3};
PROCESS_VM_READ* = {4};
PROCESS_VM_WRITE* = {5};
PROCESS_DUP_HANDLE* = {6};
PROCESS_CREATE_PROCESS* = {7};
PROCESS_SET_QUOTA* = {8};
PROCESS_SET_INFORMATION* = {9};
PROCESS_QUERY_INFORMATION* = {10};
PROCESS_ALL_ACCESS* = {0..11, 16..20};
MAXIMUM_PROCESSORS* = 32 (* {5} *);
THREAD_TERMINATE* = {0};
THREAD_SUSPEND_RESUME* = {1};
THREAD_GET_CONTEXT* = {3};
THREAD_SET_CONTEXT* = {4};
THREAD_SET_INFORMATION* = {5};
THREAD_QUERY_INFORMATION* = {6};
THREAD_SET_THREAD_TOKEN* = {7};
THREAD_IMPERSONATE* = {8};
THREAD_DIRECT_IMPERSONATION* = {9};
THREAD_ALL_ACCESS* = 2032639 (* {0..9, 16..20} *);
TLS_MINIMUM_AVAILABLE* = 64 (* {6} *);
THREAD_BASE_PRIORITY_LOWRT* = 15 (* {0..3} *);
THREAD_BASE_PRIORITY_MAX* = 2 (* {1} *);
THREAD_BASE_PRIORITY_MIN* = -2 (* {1..31} *);
THREAD_BASE_PRIORITY_IDLE* = -15 (* {0, 4..31} *);
EVENT_MODIFY_STATE* = 2 (* {1} *);
EVENT_ALL_ACCESS* = 2031619 (* {0, 1, 16..20} *);
MUTANT_QUERY_STATE* = 1 (* {0} *);
MUTANT_ALL_ACCESS* = 2031617 (* {0, 16..20} *);
SEMAPHORE_MODIFY_STATE* = 2 (* {1} *);
SEMAPHORE_ALL_ACCESS* = 2031619 (* {0, 1, 16..20} *);
TIME_ZONE_ID_UNKNOWN* = {};
TIME_ZONE_ID_STANDARD* = {0};
TIME_ZONE_ID_DAYLIGHT* = {1};
PROCESSOR_INTEL_386* = 386 (* {1, 7, 8} *);
PROCESSOR_INTEL_486* = 486 (* {1, 2, 5..8} *);
PROCESSOR_INTEL_PENTIUM* = 586 (* {1, 3, 6, 9} *);
PROCESSOR_MIPS_R4000* = 4000 (* {5, 7..11} *);
PROCESSOR_ALPHA_21064* = 21064 (* {3, 6, 9, 12, 14} *);
PROCESSOR_ARCHITECTURE_INTEL* = 0 (* {} *);
PROCESSOR_ARCHITECTURE_MIPS* = 1 (* {0} *);
PROCESSOR_ARCHITECTURE_ALPHA* = 2 (* {1} *);
PROCESSOR_ARCHITECTURE_PPC* = 3 (* {0, 1} *);
PROCESSOR_ARCHITECTURE_UNKNOWN* = 65535 (* {0..15} *);
SECTION_QUERY* = {0};
SECTION_MAP_WRITE* = {1};
SECTION_MAP_READ* = {2};
SECTION_MAP_EXECUTE* = {3};
SECTION_EXTEND_SIZE* = {4};
SECTION_ALL_ACCESS* = {0..4, 16..19};
PAGE_NOACCESS* = {0};
PAGE_READONLY* = {1};
PAGE_READWRITE* = {2};
PAGE_WRITECOPY* = {3};
PAGE_EXECUTE* = {4};
PAGE_EXECUTE_READ* = {5};
PAGE_EXECUTE_READWRITE* = {6};
PAGE_EXECUTE_WRITECOPY* = {7};
PAGE_GUARD* = {8};
PAGE_NOCACHE* = {9};
MEM_COMMIT* = {12};
MEM_RESERVE* = {13};
MEM_DECOMMIT* = {14};
MEM_RELEASE* = {15};
MEM_FREE* = {16};
MEM_PRIVATE* = {17};
MEM_MAPPED* = {18};
MEM_RESET* = {19};
MEM_TOP_DOWN* = {20};
SEC_FILE* = {23};
SEC_IMAGE* = {24};
SEC_RESERVE* = {26};
SEC_COMMIT* = {27};
SEC_NOCACHE* = {28};
MEM_IMAGE* = {24};
FILE_READ_DATA* = {0};
FILE_LIST_DIRECTORY* = {0};
FILE_WRITE_DATA* = {1};
FILE_ADD_FILE* = {1};
FILE_APPEND_DATA* = {2};
FILE_ADD_SUBDIRECTORY* = {2};
FILE_CREATE_PIPE_INSTANCE* = {2};
FILE_READ_EA* = {3};
FILE_WRITE_EA* = {4};
FILE_EXECUTE* = {5};
FILE_TRAVERSE* = {5};
FILE_DELETE_CHILD* = {6};
FILE_READ_ATTRIBUTES* = {7};
FILE_WRITE_ATTRIBUTES* = {8};
FILE_ALL_ACCESS* = {0..8, 16..20};
FILE_GENERIC_READ* = {0, 3, 7, 17, 20};
FILE_GENERIC_WRITE* = {1, 2, 4, 8, 17, 20};
FILE_GENERIC_EXECUTE* = {5, 7, 17, 20};
FILE_SHARE_READ* = {0};
FILE_SHARE_WRITE* = {1};
FILE_SHARE_DELETE* = {2};
FILE_ATTRIBUTE_READONLY* = {0};
FILE_ATTRIBUTE_HIDDEN* = {1};
FILE_ATTRIBUTE_SYSTEM* = {2};
FILE_ATTRIBUTE_DIRECTORY* = {4};
FILE_ATTRIBUTE_ARCHIVE* = {5};
FILE_ATTRIBUTE_NORMAL* = {7};
FILE_ATTRIBUTE_TEMPORARY* = {8};
FILE_ATTRIBUTE_COMPRESSED* = {11};
FILE_NOTIFY_CHANGE_FILE_NAME* = {0};
FILE_NOTIFY_CHANGE_DIR_NAME* = {1};
FILE_NOTIFY_CHANGE_ATTRIBUTES* = {2};
FILE_NOTIFY_CHANGE_SIZE* = {3};
FILE_NOTIFY_CHANGE_LAST_WRITE* = {4};
FILE_NOTIFY_CHANGE_LAST_ACCESS* = {5};
FILE_NOTIFY_CHANGE_CREATION* = {6};
FILE_NOTIFY_CHANGE_SECURITY* = {8};
FILE_ACTION_ADDED* = {0};
FILE_ACTION_REMOVED* = {1};
FILE_ACTION_MODIFIED* = {0, 1};
FILE_ACTION_RENAMED_OLD_NAME* = {2};
FILE_ACTION_RENAMED_NEW_NAME* = {0, 2};
MAILSLOT_NO_MESSAGE* = -1 (* {0..31} *);
MAILSLOT_WAIT_FOREVER* = -1 (* {0..31} *);
FILE_CASE_SENSITIVE_SEARCH* = {0};
FILE_CASE_PRESERVED_NAMES* = {1};
FILE_UNICODE_ON_DISK* = {2};
FILE_PERSISTENT_ACLS* = {3};
FILE_FILE_COMPRESSION* = {4};
FILE_VOLUME_IS_COMPRESSED* = {15};
IO_COMPLETION_MODIFY_STATE* = 2 (* {1} *);
IO_COMPLETION_ALL_ACCESS* = 2031619 (* {0, 1, 16..20} *);
DUPLICATE_CLOSE_SOURCE* = 1 (* {0} *);
DUPLICATE_SAME_ACCESS* = 2 (* {1} *);
DELETE* = 65536 (* {16} *);
READ_CONTROL* = 131072 (* {17} *);
WRITE_DAC* = 262144 (* {18} *);
WRITE_OWNER* = 524288 (* {19} *);
SYNCHRONIZE* = {20};
STANDARD_RIGHTS_REQUIRED* = 983040 (* {16..19} *);
STANDARD_RIGHTS_READ* = 131072 (* {17} *);
STANDARD_RIGHTS_WRITE* = 131072 (* {17} *);
STANDARD_RIGHTS_EXECUTE* = 131072 (* {17} *);
STANDARD_RIGHTS_ALL* = 2031616 (* {16..20} *);
SPECIFIC_RIGHTS_ALL* = 65535 (* {0..15} *);
ACCESS_SYSTEM_SECURITY* = 16777216 (* {24} *);
MAXIMUM_ALLOWED* = 33554432 (* {25} *);
GENERIC_READ* = {31};
GENERIC_WRITE* = {30};
GENERIC_EXECUTE* = {29};
GENERIC_ALL* = {28};
SID_REVISION* = 1 (* {0} *);
SID_MAX_SUB_AUTHORITIES* = 15 (* {0..3} *);
SID_RECOMMENDED_SUB_AUTHORITIES* = 1 (* {0} *);
SECURITY_NULL_RID* = 0 (* {} *);
SECURITY_WORLD_RID* = 0 (* {} *);
SECURITY_LOCAL_RID* = 0 (* {} *);
SECURITY_CREATOR_OWNER_RID* = 0 (* {} *);
SECURITY_CREATOR_GROUP_RID* = 1 (* {0} *);
SECURITY_CREATOR_OWNER_SERVER_RID* = 2 (* {1} *);
SECURITY_CREATOR_GROUP_SERVER_RID* = 3 (* {0, 1} *);
SECURITY_DIALUP_RID* = 1 (* {0} *);
SECURITY_NETWORK_RID* = 2 (* {1} *);
SECURITY_BATCH_RID* = 3 (* {0, 1} *);
SECURITY_INTERACTIVE_RID* = 4 (* {2} *);
SECURITY_SERVICE_RID* = 6 (* {1, 2} *);
SECURITY_ANONYMOUS_LOGON_RID* = 7 (* {0..2} *);
SECURITY_PROXY_RID* = 8 (* {3} *);
SECURITY_LOGON_IDS_RID* = 5 (* {0, 2} *);
SECURITY_LOGON_IDS_RID_COUNT* = 3 (* {0, 1} *);
SECURITY_LOCAL_SYSTEM_RID* = 18 (* {1, 4} *);
SECURITY_NT_NON_UNIQUE* = 21 (* {0, 2, 4} *);
SECURITY_BUILTIN_DOMAIN_RID* = 32 (* {5} *);
DOMAIN_USER_RID_ADMIN* = 500 (* {2, 4..8} *);
DOMAIN_USER_RID_GUEST* = 501 (* {0, 2, 4..8} *);
DOMAIN_GROUP_RID_ADMINS* = 512 (* {9} *);
DOMAIN_GROUP_RID_USERS* = 513 (* {0, 9} *);
DOMAIN_GROUP_RID_GUESTS* = 514 (* {1, 9} *);
DOMAIN_ALIAS_RID_ADMINS* = 544 (* {5, 9} *);
DOMAIN_ALIAS_RID_USERS* = 545 (* {0, 5, 9} *);
DOMAIN_ALIAS_RID_GUESTS* = 546 (* {1, 5, 9} *);
DOMAIN_ALIAS_RID_POWER_USERS* = 547 (* {0, 1, 5, 9} *);
DOMAIN_ALIAS_RID_ACCOUNT_OPS* = 548 (* {2, 5, 9} *);
DOMAIN_ALIAS_RID_SYSTEM_OPS* = 549 (* {0, 2, 5, 9} *);
DOMAIN_ALIAS_RID_PRINT_OPS* = 550 (* {1, 2, 5, 9} *);
DOMAIN_ALIAS_RID_BACKUP_OPS* = 551 (* {0..2, 5, 9} *);
DOMAIN_ALIAS_RID_REPLICATOR* = 552 (* {3, 5, 9} *);
SE_GROUP_MANDATORY* = {0};
SE_GROUP_ENABLED_BY_DEFAULT* = {1};
SE_GROUP_ENABLED* = {2};
SE_GROUP_OWNER* = {3};
SE_GROUP_LOGON_ID* = {30, 31};
ACL_REVISION* = 2 (* {1} *);
ACL_REVISION1* = 1 (* {0} *);
ACL_REVISION2* = 2 (* {1} *);
ACL_REVISION3* = 3 (* {0, 1} *);
ACCESS_ALLOWED_ACE_TYPE* = 0 (* {} *);
ACCESS_DENIED_ACE_TYPE* = 1 (* {0} *);
SYSTEM_AUDIT_ACE_TYPE* = 2 (* {1} *);
SYSTEM_ALARM_ACE_TYPE* = 3 (* {0, 1} *);
ACCESS_ALLOWED_COMPOUND_ACE_TYPE* = 4 (* {2} *);
OBJECT_INHERIT_ACE* = 1 (* {0} *);
CONTAINER_INHERIT_ACE* = 2 (* {1} *);
NO_PROPAGATE_INHERIT_ACE* = 4 (* {2} *);
INHERIT_ONLY_ACE* = 8 (* {3} *);
VALID_INHERIT_FLAGS* = 15 (* {0..3} *);
SUCCESSFUL_ACCESS_ACE_FLAG* = 64 (* {6} *);
FAILED_ACCESS_ACE_FLAG* = 128 (* {7} *);
COMPOUND_ACE_IMPERSONATION* = 1 (* {0} *);
SECURITY_DESCRIPTOR_REVISION* = 1 (* {0} *);
SECURITY_DESCRIPTOR_REVISION1* = 1 (* {0} *);
SECURITY_DESCRIPTOR_MIN_LENGTH* = 20 (* {2, 4} *);
SE_OWNER_DEFAULTED* = 1 (* {0} *);
SE_GROUP_DEFAULTED* = {1};
SE_DACL_PRESENT* = 4 (* {2} *);
SE_DACL_DEFAULTED* = 8 (* {3} *);
SE_SACL_PRESENT* = 16 (* {4} *);
SE_SACL_DEFAULTED* = 32 (* {5} *);
SE_DACL_UNTRUSTED* = 64 (* {6} *);
SE_SERVER_SECURITY* = 128 (* {7} *);
SE_SELF_RELATIVE* = 32768 (* {15} *);
SE_PRIVILEGE_ENABLED_BY_DEFAULT* = 1 (* {0} *);
SE_PRIVILEGE_ENABLED* = 2 (* {1} *);
SE_PRIVILEGE_USED_FOR_ACCESS* = 80000000H;
PRIVILEGE_SET_ALL_NECESSARY* = 1 (* {0} *);
SE_CREATE_TOKEN_NAME* = "SeCreateTokenPrivilege";
SE_ASSIGNPRIMARYTOKEN_NAME* = "SeAssignPrimaryTokenPrivilege";
SE_LOCK_MEMORY_NAME* = "SeLockMemoryPrivilege";
SE_INCREASE_QUOTA_NAME* = "SeIncreaseQuotaPrivilege";
SE_UNSOLICITED_INPUT_NAME* = "SeUnsolicitedInputPrivilege";
SE_MACHINE_ACCOUNT_NAME* = "SeMachineAccountPrivilege";
SE_TCB_NAME* = "SeTcbPrivilege";
SE_SECURITY_NAME* = "SeSecurityPrivilege";
SE_TAKE_OWNERSHIP_NAME* = "SeTakeOwnershipPrivilege";
SE_LOAD_DRIVER_NAME* = "SeLoadDriverPrivilege";
SE_SYSTEM_PROFILE_NAME* = "SeSystemProfilePrivilege";
SE_SYSTEMTIME_NAME* = "SeSystemtimePrivilege";
SE_PROF_SINGLE_PROCESS_NAME* = "SeProfileSingleProcessPrivilege";
SE_INC_BASE_PRIORITY_NAME* = "SeIncreaseBasePriorityPrivilege";
SE_CREATE_PAGEFILE_NAME* = "SeCreatePagefilePrivilege";
SE_CREATE_PERMANENT_NAME* = "SeCreatePermanentPrivilege";
SE_BACKUP_NAME* = "SeBackupPrivilege";
SE_RESTORE_NAME* = "SeRestorePrivilege";
SE_SHUTDOWN_NAME* = "SeShutdownPrivilege";
SE_DEBUG_NAME* = "SeDebugPrivilege";
SE_AUDIT_NAME* = "SeAuditPrivilege";
SE_SYSTEM_ENVIRONMENT_NAME* = "SeSystemEnvironmentPrivilege";
SE_CHANGE_NOTIFY_NAME* = "SeChangeNotifyPrivilege";
SE_REMOTE_SHUTDOWN_NAME* = "SeRemoteShutdownPrivilege";
SECURITY_MAX_IMPERSONATION_LEVEL* = 3 (* {0, 1} *);
DEFAULT_IMPERSONATION_LEVEL* = 2 (* {1} *);
TOKEN_ASSIGN_PRIMARY* = {0};
TOKEN_DUPLICATE* = {1};
TOKEN_IMPERSONATE* = {2};
TOKEN_QUERY* = {3};
TOKEN_QUERY_SOURCE* = {4};
TOKEN_ADJUST_PRIVILEGES* = {5};
TOKEN_ADJUST_GROUPS* = {6};
TOKEN_ADJUST_DEFAULT* = {7};
TOKEN_ALL_ACCESS* = {0..7, 16..19};
TOKEN_READ* = {3, 17};
TOKEN_WRITE* = {5..7, 17};
TOKEN_EXECUTE* = {17};
TOKEN_SOURCE_LENGTH* = {3};
SECURITY_DYNAMIC_TRACKING* = 1 (* {0} *);
SECURITY_STATIC_TRACKING* = 0 (* {} *);
OWNER_SECURITY_INFORMATION* = {0};
GROUP_SECURITY_INFORMATION* = {1};
DACL_SECURITY_INFORMATION* = {2};
SACL_SECURITY_INFORMATION* = {3};
IMAGE_DOS_SIGNATURE* = 23117 (* {0, 2, 3, 6, 9, 11, 12, 14} *);
IMAGE_OS2_SIGNATURE* = 17742 (* {1..3, 6, 8, 10, 14} *);
IMAGE_OS2_SIGNATURE_LE* = 17740 (* {2, 3, 6, 8, 10, 14} *);
IMAGE_VXD_SIGNATURE* = 17740 (* {2, 3, 6, 8, 10, 14} *);
IMAGE_NT_SIGNATURE* = 17744 (* {4, 6, 8, 10, 14} *);
IMAGE_SIZEOF_FILE_HEADER* = 20 (* {2, 4} *);
IMAGE_FILE_RELOCS_STRIPPED* = {0};
IMAGE_FILE_EXECUTABLE_IMAGE* = {1};
IMAGE_FILE_LINE_NUMS_STRIPPED* = {2};
IMAGE_FILE_LOCAL_SYMS_STRIPPED* = {3};
IMAGE_FILE_BYTES_REVERSED_LO* = {7};
IMAGE_FILE_32BIT_MACHINE* = {8};
IMAGE_FILE_DEBUG_STRIPPED* = {9};
IMAGE_FILE_REMOVABLE_RUN_FROM_SWAP* = {10};
IMAGE_FILE_NET_RUN_FROM_SWAP* = {11};
IMAGE_FILE_SYSTEM* = {12};
IMAGE_FILE_DLL* = {13};
IMAGE_FILE_UP_SYSTEM_ONLY* = {14};
IMAGE_FILE_BYTES_REVERSED_HI* = {15};
IMAGE_FILE_MACHINE_UNKNOWN* = 0 (* {} *);
IMAGE_FILE_MACHINE_I386* = 332 (* {2, 3, 6, 8} *);
IMAGE_FILE_MACHINE_R3000* = 354 (* {1, 5, 6, 8} *);
IMAGE_FILE_MACHINE_R4000* = 358 (* {1, 2, 5, 6, 8} *);
IMAGE_FILE_MACHINE_R10000* = 360 (* {3, 5, 6, 8} *);
IMAGE_FILE_MACHINE_ALPHA* = 388 (* {2, 7, 8} *);
IMAGE_FILE_MACHINE_POWERPC* = 496 (* {4..8} *);
IMAGE_NUMBEROF_DIRECTORY_ENTRIES* = 16 (* {4} *);
IMAGE_SIZEOF_ROM_OPTIONAL_HEADER* = 56 (* {3..5} *);
IMAGE_SIZEOF_STD_OPTIONAL_HEADER* = 28 (* {2..4} *);
IMAGE_SIZEOF_NT_OPTIONAL_HEADER* = 224 (* {5..7} *);
IMAGE_NT_OPTIONAL_HDR_MAGIC* = 267 (* {0, 1, 3, 8} *);
IMAGE_ROM_OPTIONAL_HDR_MAGIC* = 263 (* {0..2, 8} *);
IMAGE_SUBSYSTEM_UNKNOWN* = 0 (* {} *);
IMAGE_SUBSYSTEM_NATIVE* = 1 (* {0} *);
IMAGE_SUBSYSTEM_WINDOWS_GUI* = 2 (* {1} *);
IMAGE_SUBSYSTEM_WINDOWS_CUI* = 3 (* {0, 1} *);
IMAGE_SUBSYSTEM_OS2_CUI* = 5 (* {0, 2} *);
IMAGE_SUBSYSTEM_POSIX_CUI* = 7 (* {0..2} *);
IMAGE_SUBSYSTEM_RESERVED8* = 8 (* {3} *);
IMAGE_DIRECTORY_ENTRY_EXPORT* = 0 (* {} *);
IMAGE_DIRECTORY_ENTRY_IMPORT* = 1 (* {0} *);
IMAGE_DIRECTORY_ENTRY_RESOURCE* = 2 (* {1} *);
IMAGE_DIRECTORY_ENTRY_EXCEPTION* = 3 (* {0, 1} *);
IMAGE_DIRECTORY_ENTRY_SECURITY* = 4 (* {2} *);
IMAGE_DIRECTORY_ENTRY_BASERELOC* = 5 (* {0, 2} *);
IMAGE_DIRECTORY_ENTRY_DEBUG* = 6 (* {1, 2} *);
IMAGE_DIRECTORY_ENTRY_COPYRIGHT* = 7 (* {0..2} *);
IMAGE_DIRECTORY_ENTRY_GLOBALPTR* = 8 (* {3} *);
IMAGE_DIRECTORY_ENTRY_TLS* = 9 (* {0, 3} *);
IMAGE_DIRECTORY_ENTRY_LOAD_CONFIG* = 10 (* {1, 3} *);
IMAGE_DIRECTORY_ENTRY_BOUND_IMPORT* = 11 (* {0, 1, 3} *);
IMAGE_DIRECTORY_ENTRY_IAT* = 12 (* {2, 3} *);
IMAGE_SIZEOF_SHORT_NAME* = 8 (* {3} *);
IMAGE_SIZEOF_SECTION_HEADER* = 40 (* {3, 5} *);
IMAGE_SCN_TYPE_NO_PAD* = {3};
IMAGE_SCN_CNT_CODE* = {5};
IMAGE_SCN_CNT_INITIALIZED_DATA* = {6};
IMAGE_SCN_CNT_UNINITIALIZED_DATA* = {7};
IMAGE_SCN_LNK_OTHER* = {8};
IMAGE_SCN_LNK_INFO* = {9};
IMAGE_SCN_LNK_REMOVE* = {11};
IMAGE_SCN_LNK_COMDAT* = {12};
IMAGE_SCN_MEM_FARDATA* = {15};
IMAGE_SCN_MEM_PURGEABLE* = {17};
IMAGE_SCN_MEM_16BIT* = {17};
IMAGE_SCN_MEM_LOCKED* = {18};
IMAGE_SCN_MEM_PRELOAD* = {19};
IMAGE_SCN_ALIGN_1BYTES* = {20};
IMAGE_SCN_ALIGN_2BYTES* = {21};
IMAGE_SCN_ALIGN_4BYTES* = {20, 21};
IMAGE_SCN_ALIGN_8BYTES* = {22};
IMAGE_SCN_ALIGN_16BYTES* = {20, 22};
IMAGE_SCN_ALIGN_32BYTES* = {21, 22};
IMAGE_SCN_ALIGN_64BYTES* = {20..22};
IMAGE_SCN_LNK_NRELOC_OVFL* = {24};
IMAGE_SCN_MEM_DISCARDABLE* = {25};
IMAGE_SCN_MEM_NOT_CACHED* = {26};
IMAGE_SCN_MEM_NOT_PAGED* = {27};
IMAGE_SCN_MEM_SHARED* = {28};
IMAGE_SCN_MEM_EXECUTE* = {29};
IMAGE_SCN_MEM_READ* = {30};
IMAGE_SCN_MEM_WRITE* = {31};
IMAGE_SIZEOF_SYMBOL* = 18 (* {1, 4} *);
IMAGE_SYM_UNDEFINED* = 0 (* {} *);
IMAGE_SYM_ABSOLUTE* = -1 (* {0..31} *);
IMAGE_SYM_DEBUG* = -2 (* {1..31} *);
IMAGE_SYM_TYPE_NULL* = 0 (* {} *);
IMAGE_SYM_TYPE_VOID* = 1 (* {0} *);
IMAGE_SYM_TYPE_CHAR* = 2 (* {1} *);
IMAGE_SYM_TYPE_SHORT* = 3 (* {0, 1} *);
IMAGE_SYM_TYPE_INT* = 4 (* {2} *);
IMAGE_SYM_TYPE_LONG* = 5 (* {0, 2} *);
IMAGE_SYM_TYPE_FLOAT* = 6 (* {1, 2} *);
IMAGE_SYM_TYPE_DOUBLE* = 7 (* {0..2} *);
IMAGE_SYM_TYPE_STRUCT* = 8 (* {3} *);
IMAGE_SYM_TYPE_UNION* = 9 (* {0, 3} *);
IMAGE_SYM_TYPE_ENUM* = 10 (* {1, 3} *);
IMAGE_SYM_TYPE_MOE* = 11 (* {0, 1, 3} *);
IMAGE_SYM_TYPE_BYTE* = 12 (* {2, 3} *);
IMAGE_SYM_TYPE_WORD* = 13 (* {0, 2, 3} *);
IMAGE_SYM_TYPE_UINT* = 14 (* {1..3} *);
IMAGE_SYM_TYPE_DWORD* = 15 (* {0..3} *);
IMAGE_SYM_TYPE_PCODE* = 32768 (* {15} *);
IMAGE_SYM_DTYPE_NULL* = 0 (* {} *);
IMAGE_SYM_DTYPE_POINTER* = 1 (* {0} *);
IMAGE_SYM_DTYPE_FUNCTION* = 2 (* {1} *);
IMAGE_SYM_DTYPE_ARRAY* = 3 (* {0, 1} *);
IMAGE_SYM_CLASS_END_OF_FUNCTION* = -1 (* {0..31} *);
IMAGE_SYM_CLASS_NULL* = 0 (* {} *);
IMAGE_SYM_CLASS_AUTOMATIC* = 1 (* {0} *);
IMAGE_SYM_CLASS_EXTERNAL* = 2 (* {1} *);
IMAGE_SYM_CLASS_STATIC* = 3 (* {0, 1} *);
IMAGE_SYM_CLASS_REGISTER* = 4 (* {2} *);
IMAGE_SYM_CLASS_EXTERNAL_DEF* = 5 (* {0, 2} *);
IMAGE_SYM_CLASS_LABEL* = 6 (* {1, 2} *);
IMAGE_SYM_CLASS_UNDEFINED_LABEL* = 7 (* {0..2} *);
IMAGE_SYM_CLASS_MEMBER_OF_STRUCT* = 8 (* {3} *);
IMAGE_SYM_CLASS_ARGUMENT* = 9 (* {0, 3} *);
IMAGE_SYM_CLASS_STRUCT_TAG* = 10 (* {1, 3} *);
IMAGE_SYM_CLASS_MEMBER_OF_UNION* = 11 (* {0, 1, 3} *);
IMAGE_SYM_CLASS_UNION_TAG* = 12 (* {2, 3} *);
IMAGE_SYM_CLASS_TYPE_DEFINITION* = 13 (* {0, 2, 3} *);
IMAGE_SYM_CLASS_UNDEFINED_STATIC* = 14 (* {1..3} *);
IMAGE_SYM_CLASS_ENUM_TAG* = 15 (* {0..3} *);
IMAGE_SYM_CLASS_MEMBER_OF_ENUM* = 16 (* {4} *);
IMAGE_SYM_CLASS_REGISTER_PARAM* = 17 (* {0, 4} *);
IMAGE_SYM_CLASS_BIT_FIELD* = 18 (* {1, 4} *);
IMAGE_SYM_CLASS_FAR_EXTERNAL* = 68 (* {2, 6} *);
IMAGE_SYM_CLASS_BLOCK* = 100 (* {2, 5, 6} *);
IMAGE_SYM_CLASS_FUNCTION* = 101 (* {0, 2, 5, 6} *);
IMAGE_SYM_CLASS_END_OF_STRUCT* = 102 (* {1, 2, 5, 6} *);
IMAGE_SYM_CLASS_FILE* = 103 (* {0..2, 5, 6} *);
IMAGE_SYM_CLASS_SECTION* = 104 (* {3, 5, 6} *);
IMAGE_SYM_CLASS_WEAK_EXTERNAL* = 105 (* {0, 3, 5, 6} *);
N_BTMASK* = {0..3};
N_TMASK* = {4, 5};
N_TMASK1* = {6, 7};
N_TMASK2* = {4..7};
N_BTSHFT* = {2};
N_TSHIFT* = {1};
IMAGE_SIZEOF_AUX_SYMBOL* = 18 (* {1, 4} *);
IMAGE_COMDAT_SELECT_NODUPLICATES* = 1 (* {0} *);
IMAGE_COMDAT_SELECT_ANY* = 2 (* {1} *);
IMAGE_COMDAT_SELECT_SAME_SIZE* = 3 (* {0, 1} *);
IMAGE_COMDAT_SELECT_EXACT_MATCH* = 4 (* {2} *);
IMAGE_COMDAT_SELECT_ASSOCIATIVE* = 5 (* {0, 2} *);
IMAGE_COMDAT_SELECT_LARGEST* = 6 (* {1, 2} *);
IMAGE_COMDAT_SELECT_NEWEST* = 7 (* {0..2} *);
IMAGE_WEAK_EXTERN_SEARCH_NOLIBRARY* = 1 (* {0} *);
IMAGE_WEAK_EXTERN_SEARCH_LIBRARY* = 2 (* {1} *);
IMAGE_WEAK_EXTERN_SEARCH_ALIAS* = 3 (* {0, 1} *);
IMAGE_SIZEOF_RELOCATION* = 10 (* {1, 3} *);
IMAGE_REL_I386_ABSOLUTE* = 0 (* {} *);
IMAGE_REL_I386_DIR16* = 1 (* {0} *);
IMAGE_REL_I386_REL16* = 2 (* {1} *);
IMAGE_REL_I386_DIR32* = 6 (* {1, 2} *);
IMAGE_REL_I386_DIR32NB* = 7 (* {0..2} *);
IMAGE_REL_I386_SEG12* = 9 (* {0, 3} *);
IMAGE_REL_I386_SECTION* = 10 (* {1, 3} *);
IMAGE_REL_I386_SECREL* = 11 (* {0, 1, 3} *);
IMAGE_REL_I386_REL32* = 20 (* {2, 4} *);
IMAGE_REL_MIPS_ABSOLUTE* = 0 (* {} *);
IMAGE_REL_MIPS_REFHALF* = 1 (* {0} *);
IMAGE_REL_MIPS_REFWORD* = 2 (* {1} *);
IMAGE_REL_MIPS_JMPADDR* = 3 (* {0, 1} *);
IMAGE_REL_MIPS_REFHI* = 4 (* {2} *);
IMAGE_REL_MIPS_REFLO* = 5 (* {0, 2} *);
IMAGE_REL_MIPS_GPREL* = 6 (* {1, 2} *);
IMAGE_REL_MIPS_LITERAL* = 7 (* {0..2} *);
IMAGE_REL_MIPS_SECTION* = 10 (* {1, 3} *);
IMAGE_REL_MIPS_SECREL* = 11 (* {0, 1, 3} *);
IMAGE_REL_MIPS_SECRELLO* = 12 (* {2, 3} *);
IMAGE_REL_MIPS_SECRELHI* = 13 (* {0, 2, 3} *);
IMAGE_REL_MIPS_REFWORDNB* = 34 (* {1, 5} *);
IMAGE_REL_MIPS_PAIR* = 37 (* {0, 2, 5} *);
IMAGE_REL_ALPHA_ABSOLUTE* = 0 (* {} *);
IMAGE_REL_ALPHA_REFLONG* = 1 (* {0} *);
IMAGE_REL_ALPHA_REFQUAD* = 2 (* {1} *);
IMAGE_REL_ALPHA_GPREL32* = 3 (* {0, 1} *);
IMAGE_REL_ALPHA_LITERAL* = 4 (* {2} *);
IMAGE_REL_ALPHA_LITUSE* = 5 (* {0, 2} *);
IMAGE_REL_ALPHA_GPDISP* = 6 (* {1, 2} *);
IMAGE_REL_ALPHA_BRADDR* = 7 (* {0..2} *);
IMAGE_REL_ALPHA_HINT* = 8 (* {3} *);
IMAGE_REL_ALPHA_INLINE_REFLONG* = 9 (* {0, 3} *);
IMAGE_REL_ALPHA_REFHI* = 10 (* {1, 3} *);
IMAGE_REL_ALPHA_REFLO* = 11 (* {0, 1, 3} *);
IMAGE_REL_ALPHA_PAIR* = 12 (* {2, 3} *);
IMAGE_REL_ALPHA_MATCH* = 13 (* {0, 2, 3} *);
IMAGE_REL_ALPHA_SECTION* = 14 (* {1..3} *);
IMAGE_REL_ALPHA_SECREL* = 15 (* {0..3} *);
IMAGE_REL_ALPHA_REFLONGNB* = 16 (* {4} *);
IMAGE_REL_ALPHA_SECRELLO* = 17 (* {0, 4} *);
IMAGE_REL_ALPHA_SECRELHI* = 18 (* {1, 4} *);
IMAGE_REL_PPC_ABSOLUTE* = 0 (* {} *);
IMAGE_REL_PPC_ADDR64* = 1 (* {0} *);
IMAGE_REL_PPC_ADDR32* = 2 (* {1} *);
IMAGE_REL_PPC_ADDR24* = 3 (* {0, 1} *);
IMAGE_REL_PPC_ADDR16* = 4 (* {2} *);
IMAGE_REL_PPC_ADDR14* = 5 (* {0, 2} *);
IMAGE_REL_PPC_REL24* = 6 (* {1, 2} *);
IMAGE_REL_PPC_REL14* = 7 (* {0..2} *);
IMAGE_REL_PPC_TOCREL16* = 8 (* {3} *);
IMAGE_REL_PPC_TOCREL14* = 9 (* {0, 3} *);
IMAGE_REL_PPC_ADDR32NB* = 10 (* {1, 3} *);
IMAGE_REL_PPC_SECREL* = 11 (* {0, 1, 3} *);
IMAGE_REL_PPC_SECTION* = 12 (* {2, 3} *);
IMAGE_REL_PPC_IFGLUE* = 13 (* {0, 2, 3} *);
IMAGE_REL_PPC_IMGLUE* = 14 (* {1..3} *);
IMAGE_REL_PPC_SECREL16* = 15 (* {0..3} *);
IMAGE_REL_PPC_REFHI* = 16 (* {4} *);
IMAGE_REL_PPC_REFLO* = 17 (* {0, 4} *);
IMAGE_REL_PPC_PAIR* = 18 (* {1, 4} *);
IMAGE_REL_PPC_TYPEMASK* = 255 (* {0..7} *);
IMAGE_REL_PPC_NEG* = 256 (* {8} *);
IMAGE_REL_PPC_BRTAKEN* = 512 (* {9} *);
IMAGE_REL_PPC_BRNTAKEN* = 1024 (* {10} *);
IMAGE_REL_PPC_TOCDEFN* = 2048 (* {11} *);
IMAGE_SIZEOF_BASE_RELOCATION* = 8 (* {3} *);
IMAGE_REL_BASED_ABSOLUTE* = 0 (* {} *);
IMAGE_REL_BASED_HIGH* = 1 (* {0} *);
IMAGE_REL_BASED_LOW* = 2 (* {1} *);
IMAGE_REL_BASED_HIGHLOW* = 3 (* {0, 1} *);
IMAGE_REL_BASED_HIGHADJ* = 4 (* {2} *);
IMAGE_REL_BASED_MIPS_JMPADDR* = 5 (* {0, 2} *);
IMAGE_SIZEOF_LINENUMBER* = 6 (* {1, 2} *);
IMAGE_ARCHIVE_START_SIZE* = 8 (* {3} *);
IMAGE_ARCHIVE_START* = "!<arch> 0AX ";
IMAGE_ARCHIVE_END* = "` 0AX ";
IMAGE_ARCHIVE_PAD* = " 0AX ";
IMAGE_ARCHIVE_LINKER_MEMBER* = "/ ";
IMAGE_ARCHIVE_LONGNAMES_MEMBER* = "// ";
IMAGE_SIZEOF_ARCHIVE_MEMBER_HDR* = 60 (* {2..5} *);
IMAGE_ORDINAL_FLAG* = 80000000H;
IMAGE_RESOURCE_NAME_IS_STRING* = 80000000H;
IMAGE_RESOURCE_DATA_IS_DIRECTORY* = 80000000H;
IMAGE_DEBUG_TYPE_UNKNOWN* = 0 (* {} *);
IMAGE_DEBUG_TYPE_COFF* = 1 (* {0} *);
IMAGE_DEBUG_TYPE_CODEVIEW* = 2 (* {1} *);
IMAGE_DEBUG_TYPE_FPO* = 3 (* {0, 1} *);
IMAGE_DEBUG_TYPE_MISC* = 4 (* {2} *);
IMAGE_DEBUG_TYPE_EXCEPTION* = 5 (* {0, 2} *);
IMAGE_DEBUG_TYPE_FIXUP* = 6 (* {1, 2} *);
IMAGE_DEBUG_TYPE_OMAP_TO_SRC* = 7 (* {0..2} *);
IMAGE_DEBUG_TYPE_OMAP_FROM_SRC* = 8 (* {3} *);
IMAGE_DEBUG_TYPE_OMAP_MISC* = 9 (* {0, 3} *);
FRAME_FPO* = 0 (* {} *);
FRAME_TRAP* = 1 (* {0} *);
FRAME_TSS* = 2 (* {1} *);
FRAME_NONFPO* = 3 (* {0, 1} *);
SIZEOF_RFPO_DATA* = 16 (* {4} *);
IMAGE_DEBUG_MISC_EXENAME* = 1 (* {0} *);
IMAGE_SEPARATE_DEBUG_SIGNATURE* = 18756 (* {2, 6, 8, 11, 14} *);
IMAGE_SEPARATE_DEBUG_FLAGS_MASK* = 32768 (* {15} *);
IMAGE_SEPARATE_DEBUG_MISMATCH* = 32768 (* {15} *);
HEAP_NO_SERIALIZE* = {0};
HEAP_GROWABLE* = {1};
HEAP_GENERATE_EXCEPTIONS* = {2};
HEAP_ZERO_MEMORY* = {3};
HEAP_REALLOC_IN_PLACE_ONLY* = {4};
HEAP_TAIL_CHECKING_ENABLED* = {5};
HEAP_FREE_CHECKING_ENABLED* = {6};
HEAP_DISABLE_COALESCE_ON_FREE* = {7};
HEAP_CREATE_ALIGN_16* = {16};
HEAP_CREATE_ENABLE_TRACING* = {17};
HEAP_MAXIMUM_TAG* = {0..11};
HEAP_PSEUDO_TAG_FLAG* = {15};
HEAP_TAG_SHIFT* = {4};
IS_TEXT_UNICODE_ASCII16* = {0};
IS_TEXT_UNICODE_REVERSE_ASCII16* = {4};
IS_TEXT_UNICODE_STATISTICS* = {1};
IS_TEXT_UNICODE_REVERSE_STATISTICS* = {5};
IS_TEXT_UNICODE_CONTROLS* = {2};
IS_TEXT_UNICODE_REVERSE_CONTROLS* = {6};
IS_TEXT_UNICODE_SIGNATURE* = {3};
IS_TEXT_UNICODE_REVERSE_SIGNATURE* = {7};
IS_TEXT_UNICODE_ILLEGAL_CHARS* = {8};
IS_TEXT_UNICODE_ODD_LENGTH* = {9};
IS_TEXT_UNICODE_DBCS_LEADBYTE* = {10};
IS_TEXT_UNICODE_NULL_BYTES* = {12};
IS_TEXT_UNICODE_UNICODE_MASK* = {0..3};
IS_TEXT_UNICODE_REVERSE_MASK* = {4..7};
IS_TEXT_UNICODE_NOT_UNICODE_MASK* = {8..11};
IS_TEXT_UNICODE_NOT_ASCII_MASK* = {12..15};
COMPRESSION_FORMAT_NONE* = 0 (* {} *);
COMPRESSION_FORMAT_DEFAULT* = 1 (* {0} *);
COMPRESSION_FORMAT_LZNT1* = 2 (* {1} *);
COMPRESSION_ENGINE_STANDARD* = 0 (* {} *);
COMPRESSION_ENGINE_MAXIMUM* = 256 (* {8} *);
MESSAGE_RESOURCE_UNICODE* = 1 (* {0} *);
RTL_CRITSECT_TYPE* = 0 (* {} *);
RTL_RESOURCE_TYPE* = 1 (* {0} *);
DLL_PROCESS_ATTACH* = {0};
DLL_THREAD_ATTACH* = {1};
DLL_THREAD_DETACH* = {0, 1};
DLL_PROCESS_DETACH* = {};
EVENTLOG_SEQUENTIAL_READ* = {0};
EVENTLOG_SEEK_READ* = {1};
EVENTLOG_FORWARDS_READ* = {2};
EVENTLOG_BACKWARDS_READ* = {3};
EVENTLOG_SUCCESS* = {};
EVENTLOG_ERROR_TYPE* = {0};
EVENTLOG_WARNING_TYPE* = {1};
EVENTLOG_INFORMATION_TYPE* = {2};
EVENTLOG_AUDIT_SUCCESS* = {3};
EVENTLOG_AUDIT_FAILURE* = {4};
EVENTLOG_START_PAIRED_EVENT* = {0};
EVENTLOG_END_PAIRED_EVENT* = {1};
EVENTLOG_END_ALL_PAIRED_EVENTS* = {2};
EVENTLOG_PAIRED_EVENT_ACTIVE* = {3};
EVENTLOG_PAIRED_EVENT_INACTIVE* = {4};
DBG_CONTINUE* = {1, 16};
DBG_TERMINATE_THREAD* = {0, 1, 16, 30};
DBG_TERMINATE_PROCESS* = {2, 16, 30};
DBG_CONTROL_C* = {0, 2, 16, 30};
DBG_CONTROL_BREAK* = {3, 16, 30};
DBG_EXCEPTION_NOT_HANDLED* = {0, 16, 31};
KEY_QUERY_VALUE* = {0};
KEY_SET_VALUE* = {1};
KEY_CREATE_SUB_KEY* = {2};
KEY_ENUMERATE_SUB_KEYS* = {3};
KEY_NOTIFY* = {4};
KEY_CREATE_LINK* = {5};
KEY_READ* = {0, 3, 4, 17};
KEY_WRITE* = {1, 2, 17};
KEY_EXECUTE* = {0, 3, 4, 17};
KEY_ALL_ACCESS* = {0..5, 16..19};
REG_OPTION_RESERVED* = {};
REG_OPTION_NON_VOLATILE* = {};
REG_OPTION_VOLATILE* = {0};
REG_OPTION_CREATE_LINK* = {1};
REG_OPTION_BACKUP_RESTORE* = {2};
REG_LEGAL_OPTION* = 7 (* {0..2} *);
REG_CREATED_NEW_KEY* = 1 (* {0} *);
REG_OPENED_EXISTING_KEY* = 2 (* {1} *);
REG_WHOLE_HIVE_VOLATILE* = 1 (* {0} *);
REG_REFRESH_HIVE* = 2 (* {1} *);
REG_NOTIFY_CHANGE_NAME* = {0};
REG_NOTIFY_CHANGE_ATTRIBUTES* = {1};
REG_NOTIFY_CHANGE_LAST_SET* = {2};
REG_NOTIFY_CHANGE_SECURITY* = {3};
REG_LEGAL_CHANGE_FILTER* = {0..3};
REG_NONE* = 0 (* {} *);
REG_SZ* = 1 (* {0} *);
REG_EXPAND_SZ* = 2 (* {1} *);
REG_BINARY* = 3 (* {0, 1} *);
REG_DWORD* = 4 (* {2} *);
REG_DWORD_LITTLE_ENDIAN* = 4 (* {2} *);
REG_DWORD_BIG_ENDIAN* = 5 (* {0, 2} *);
REG_LINK* = 6 (* {1, 2} *);
REG_MULTI_SZ* = 7 (* {0..2} *);
REG_RESOURCE_LIST* = 8 (* {3} *);
REG_FULL_RESOURCE_DESCRIPTOR* = 9 (* {0, 3} *);
REG_RESOURCE_REQUIREMENTS_LIST* = 10 (* {1, 3} *);
REG_QWORD* = 11; (* not supported under Windows XP; limited support from Vista on; see http://msdn.microsoft.com/en-us/library/windows/desktop/ms724884(v=vs.85).aspx *)
SERVICE_KERNEL_DRIVER* = {0};
SERVICE_FILE_SYSTEM_DRIVER* = {1};
SERVICE_ADAPTER* = {2};
SERVICE_RECOGNIZER_DRIVER* = {3};
SERVICE_DRIVER* = {0, 1, 3};
SERVICE_WIN32_OWN_PROCESS* = {4};
SERVICE_WIN32_SHARE_PROCESS* = {5};
SERVICE_WIN32* = {4, 5};
SERVICE_INTERACTIVE_PROCESS* = {8};
SERVICE_TYPE_ALL* = {0..5, 8};
SERVICE_BOOT_START* = 0 (* {} *);
SERVICE_SYSTEM_START* = 1 (* {0} *);
SERVICE_AUTO_START* = 2 (* {1} *);
SERVICE_DEMAND_START* = 3 (* {0, 1} *);
SERVICE_DISABLED* = 4 (* {2} *);
SERVICE_ERROR_IGNORE* = 0 (* {} *);
SERVICE_ERROR_NORMAL* = 1 (* {0} *);
SERVICE_ERROR_SEVERE* = 2 (* {1} *);
SERVICE_ERROR_CRITICAL* = 3 (* {0, 1} *);
TAPE_ERASE_SHORT* = 0 (* {} *);
TAPE_ERASE_LONG* = 1 (* {0} *);
TAPE_LOAD* = 0 (* {} *);
TAPE_UNLOAD* = 1 (* {0} *);
TAPE_TENSION* = 2 (* {1} *);
TAPE_LOCK* = 3 (* {0, 1} *);
TAPE_UNLOCK* = 4 (* {2} *);
TAPE_FORMAT* = 5 (* {0, 2} *);
TAPE_SETMARKS* = 0 (* {} *);
TAPE_FILEMARKS* = 1 (* {0} *);
TAPE_SHORT_FILEMARKS* = 2 (* {1} *);
TAPE_LONG_FILEMARKS* = 3 (* {0, 1} *);
TAPE_ABSOLUTE_POSITION* = 0 (* {} *);
TAPE_LOGICAL_POSITION* = 1 (* {0} *);
TAPE_PSEUDO_LOGICAL_POSITION* = 2 (* {1} *);
TAPE_REWIND* = 0 (* {} *);
TAPE_ABSOLUTE_BLOCK* = 1 (* {0} *);
TAPE_LOGICAL_BLOCK* = 2 (* {1} *);
TAPE_PSEUDO_LOGICAL_BLOCK* = 3 (* {0, 1} *);
TAPE_SPACE_END_OF_DATA* = 4 (* {2} *);
TAPE_SPACE_RELATIVE_BLOCKS* = 5 (* {0, 2} *);
TAPE_SPACE_FILEMARKS* = 6 (* {1, 2} *);
TAPE_SPACE_SEQUENTIAL_FMKS* = 7 (* {0..2} *);
TAPE_SPACE_SETMARKS* = 8 (* {3} *);
TAPE_SPACE_SEQUENTIAL_SMKS* = 9 (* {0, 3} *);
TAPE_DRIVE_FIXED* = {0};
TAPE_DRIVE_SELECT* = {1};
TAPE_DRIVE_INITIATOR* = {2};
TAPE_DRIVE_ERASE_SHORT* = {4};
TAPE_DRIVE_ERASE_LONG* = {5};
TAPE_DRIVE_ERASE_BOP_ONLY* = {6};
TAPE_DRIVE_ERASE_IMMEDIATE* = {7};
TAPE_DRIVE_TAPE_CAPACITY* = {8};
TAPE_DRIVE_TAPE_REMAINING* = {9};
TAPE_DRIVE_FIXED_BLOCK* = {10};
TAPE_DRIVE_VARIABLE_BLOCK* = {11};
TAPE_DRIVE_WRITE_PROTECT* = {12};
TAPE_DRIVE_EOT_WZ_SIZE* = {13};
TAPE_DRIVE_ECC* = {16};
TAPE_DRIVE_COMPRESSION* = {17};
TAPE_DRIVE_PADDING* = {18};
TAPE_DRIVE_REPORT_SMKS* = {19};
TAPE_DRIVE_GET_ABSOLUTE_BLK* = {20};
TAPE_DRIVE_GET_LOGICAL_BLK* = {21};
TAPE_DRIVE_SET_EOT_WZ_SIZE* = {22};
TAPE_DRIVE_RESERVED_BIT* = {31};
TAPE_DRIVE_LOAD_UNLOAD* = {0, 31};
TAPE_DRIVE_TENSION* = {1, 31};
TAPE_DRIVE_LOCK_UNLOCK* = {2, 31};
TAPE_DRIVE_REWIND_IMMEDIATE* = {3, 31};
TAPE_DRIVE_SET_BLOCK_SIZE* = {4, 31};
TAPE_DRIVE_LOAD_UNLD_IMMED* = {5, 31};
TAPE_DRIVE_TENSION_IMMED* = {6, 31};
TAPE_DRIVE_LOCK_UNLK_IMMED* = {7, 31};
TAPE_DRIVE_SET_ECC* = {8, 31};
TAPE_DRIVE_SET_COMPRESSION* = {9, 31};
TAPE_DRIVE_SET_PADDING* = {10, 31};
TAPE_DRIVE_SET_REPORT_SMKS* = {11, 31};
TAPE_DRIVE_ABSOLUTE_BLK* = {12, 31};
TAPE_DRIVE_ABS_BLK_IMMED* = {13, 31};
TAPE_DRIVE_LOGICAL_BLK* = {14, 31};
TAPE_DRIVE_LOG_BLK_IMMED* = {15, 31};
TAPE_DRIVE_END_OF_DATA* = {16, 31};
TAPE_DRIVE_RELATIVE_BLKS* = {17, 31};
TAPE_DRIVE_FILEMARKS* = {18, 31};
TAPE_DRIVE_SEQUENTIAL_FMKS* = {19, 31};
TAPE_DRIVE_SETMARKS* = {20, 31};
TAPE_DRIVE_SEQUENTIAL_SMKS* = {21, 31};
TAPE_DRIVE_REVERSE_POSITION* = {22, 31};
TAPE_DRIVE_SPACE_IMMEDIATE* = {23, 31};
TAPE_DRIVE_WRITE_SETMARKS* = {24, 31};
TAPE_DRIVE_WRITE_FILEMARKS* = {25, 31};
TAPE_DRIVE_WRITE_SHORT_FMKS* = {26, 31};
TAPE_DRIVE_WRITE_LONG_FMKS* = {27, 31};
TAPE_DRIVE_WRITE_MARK_IMMED* = {28, 31};
TAPE_DRIVE_FORMAT* = {29, 31};
TAPE_DRIVE_FORMAT_IMMEDIATE* = {30, 31};
TAPE_DRIVE_HIGH_FEATURES* = {31};
TAPE_FIXED_PARTITIONS* = 0 (* {} *);
TAPE_SELECT_PARTITIONS* = 1 (* {0} *);
TAPE_INITIATOR_PARTITIONS* = 2 (* {1} *);
DM_UPDATE* = {0};
DM_COPY* = {1};
DM_PROMPT* = {2};
DM_MODIFY* = {3};
DM_IN_BUFFER* = {3};
DM_IN_PROMPT* = {2};
DM_OUT_BUFFER* = {1};
DM_OUT_DEFAULT* = {0};
DC_FIELDS* = 1 (* {0} *);
DC_PAPERS* = 2 (* {1} *);
DC_PAPERSIZE* = 3 (* {0, 1} *);
DC_MINEXTENT* = 4 (* {2} *);
DC_MAXEXTENT* = 5 (* {0, 2} *);
DC_BINS* = 6 (* {1, 2} *);
DC_DUPLEX* = 7 (* {0..2} *);
DC_SIZE* = 8 (* {3} *);
DC_EXTRA* = 9 (* {0, 3} *);
DC_VERSION* = 10 (* {1, 3} *);
DC_DRIVER* = 11 (* {0, 1, 3} *);
DC_BINNAMES* = 12 (* {2, 3} *);
DC_ENUMRESOLUTIONS* = 13 (* {0, 2, 3} *);
DC_FILEDEPENDENCIES* = 14 (* {1..3} *);
DC_TRUETYPE* = 15 (* {0..3} *);
DC_PAPERNAMES* = 16 (* {4} *);
DC_ORIENTATION* = 17 (* {0, 4} *);
DC_COPIES* = 18 (* {1, 4} *);
INVALID_FILE_SIZE* = -1 (* {0..31} *);
FILE_BEGIN* = 0 (* {} *);
FILE_CURRENT* = 1 (* {0} *);
FILE_END* = 2 (* {1} *);
TIME_ZONE_ID_INVALID* = {0..31};
WAIT_FAILED* = -1 (* {0..31} *);
WAIT_OBJECT_0* = 0 (* {} *);
WAIT_ABANDONED* = 128 (* {7} *);
WAIT_ABANDONED_0* = 128 (* {7} *);
WAIT_TIMEOUT* = 258 (* {1, 8} *);
WAIT_IO_COMPLETION* = 192 (* {6, 7} *);
STILL_ACTIVE* = 259 (* {0, 1, 8} *);
EXCEPTION_ACCESS_VIOLATION* = -1073741819 (* {0, 2, 30, 31} *);
EXCEPTION_DATATYPE_MISALIGNMENT* = -2147483646 (* {1, 31} *);
EXCEPTION_BREAKPOINT* = -2147483645 (* {0, 1, 31} *);
EXCEPTION_SINGLE_STEP* = -2147483644 (* {2, 31} *);
EXCEPTION_ARRAY_BOUNDS_EXCEEDED* = -1073741684 (* {2, 3, 7, 30, 31} *);
EXCEPTION_FLT_DENORMAL_OPERAND* = -1073741683 (* {0, 2, 3, 7, 30, 31} *);
EXCEPTION_FLT_DIVIDE_BY_ZERO* = -1073741682 (* {1..3, 7, 30, 31} *);
EXCEPTION_FLT_INEXACT_RESULT* = -1073741681 (* {0..3, 7, 30, 31} *);
EXCEPTION_FLT_INVALID_OPERATION* = -1073741680 (* {4, 7, 30, 31} *);
EXCEPTION_FLT_OVERFLOW* = -1073741679 (* {0, 4, 7, 30, 31} *);
EXCEPTION_FLT_STACK_CHECK* = -1073741678 (* {1, 4, 7, 30, 31} *);
EXCEPTION_FLT_UNDERFLOW* = -1073741677 (* {0, 1, 4, 7, 30, 31} *);
EXCEPTION_INT_DIVIDE_BY_ZERO* = -1073741676 (* {2, 4, 7, 30, 31} *);
EXCEPTION_INT_OVERFLOW* = -1073741675 (* {0, 2, 4, 7, 30, 31} *);
EXCEPTION_PRIV_INSTRUCTION* = -1073741674 (* {1, 2, 4, 7, 30, 31} *);
EXCEPTION_IN_PAGE_ERROR* = -1073741818 (* {1, 2, 30, 31} *);
EXCEPTION_ILLEGAL_INSTRUCTION* = -1073741795 (* {0, 2..4, 30, 31} *);
EXCEPTION_NONCONTINUABLE_EXCEPTION* = {0, 2, 5, 30, 31};
EXCEPTION_STACK_OVERFLOW* = -1073741571 (* {0, 2..7, 30, 31} *);
EXCEPTION_INVALID_DISPOSITION* = -1073741786 (* {1, 2, 5, 30, 31} *);
EXCEPTION_GUARD_PAGE* = -2147483647 (* {0, 31} *);
CONTROL_C_EXIT* = -1073741510 (* {1, 3..5, 8, 30, 31} *);
FILE_FLAG_WRITE_THROUGH* = {31};
FILE_FLAG_OVERLAPPED* = {30};
FILE_FLAG_NO_BUFFERING* = {29};
FILE_FLAG_RANDOM_ACCESS* = {28};
FILE_FLAG_SEQUENTIAL_SCAN* = {27};
FILE_FLAG_DELETE_ON_CLOSE* = {26};
FILE_FLAG_BACKUP_SEMANTICS* = {25};
FILE_FLAG_POSIX_SEMANTICS* = {24};
CREATE_NEW* = 1 (* {0} *);
CREATE_ALWAYS* = 2 (* {1} *);
OPEN_EXISTING* = 3 (* {0, 1} *);
OPEN_ALWAYS* = 4 (* {2} *);
TRUNCATE_EXISTING* = 5 (* {0, 2} *);
PROGRESS_CONTINUE* = 0 (* {} *);
PROGRESS_CANCEL* = 1 (* {0} *);
PROGRESS_STOP* = 2 (* {1} *);
PROGRESS_QUIET* = 3 (* {0, 1} *);
CALLBACK_CHUNK_FINISHED* = 0 (* {} *);
CALLBACK_STREAM_SWITCH* = 1 (* {0} *);
COPY_FILE_FAIL_IF_EXISTS* = 1 (* {0} *);
COPY_FILE_RESTARTABLE* = 2 (* {1} *);
PIPE_ACCESS_INBOUND* = 1 (* {0} *);
PIPE_ACCESS_OUTBOUND* = 2 (* {1} *);
PIPE_ACCESS_DUPLEX* = 3 (* {0, 1} *);
PIPE_CLIENT_END* = 0 (* {} *);
PIPE_SERVER_END* = 1 (* {0} *);
PIPE_WAIT* = 0 (* {} *);
PIPE_NOWAIT* = 1 (* {0} *);
PIPE_READMODE_BYTE* = 0 (* {} *);
PIPE_READMODE_MESSAGE* = 2 (* {1} *);
PIPE_TYPE_BYTE* = 0 (* {} *);
PIPE_TYPE_MESSAGE* = 4 (* {2} *);
PIPE_UNLIMITED_INSTANCES* = 255 (* {0..7} *);
SECURITY_ANONYMOUS* = {};
SECURITY_IDENTIFICATION* = {16};
SECURITY_IMPERSONATION* = {17};
SECURITY_DELEGATION* = {16, 17};
SECURITY_CONTEXT_TRACKING* = {18};
SECURITY_EFFECTIVE_ONLY* = {19};
SECURITY_SQOS_PRESENT* = {20};
SECURITY_VALID_SQOS_FLAGS* = {16..20};
MUTEX_MODIFY_STATE* = {0};
MUTEX_ALL_ACCESS* = {0, 16..20};
SP_SERIALCOMM* = {0};
PST_UNSPECIFIED* = 0 (* {} *);
PST_RS232* = 1 (* {0} *);
PST_PARALLELPORT* = 2 (* {1} *);
PST_RS422* = 3 (* {0, 1} *);
PST_RS423* = 4 (* {2} *);
PST_RS449* = 5 (* {0, 2} *);
PST_MODEM* = 6 (* {1, 2} *);
PST_FAX* = 33 (* {0, 5} *);
PST_SCANNER* = 34 (* {1, 5} *);
PST_NETWORK_BRIDGE* = 256 (* {8} *);
PST_LAT* = 257 (* {0, 8} *);
PST_TCPIP_TELNET* = 258 (* {1, 8} *);
PST_X25* = 259 (* {0, 1, 8} *);
PCF_DTRDSR* = {0};
PCF_RTSCTS* = {1};
PCF_RLSD* = {2};
PCF_PARITY_CHECK* = {3};
PCF_XONXOFF* = {4};
PCF_SETXCHAR* = {5};
PCF_TOTALTIMEOUTS* = {6};
PCF_INTTIMEOUTS* = {7};
PCF_SPECIALCHARS* = {8};
PCF_16BITMODE* = {9};
SP_PARITY* = {0};
SP_BAUD* = {1};
SP_DATABITS* = {2};
SP_STOPBITS* = {3};
SP_HANDSHAKING* = {4};
SP_PARITY_CHECK* = {5};
SP_RLSD* = {6};
BAUD_075* = {0};
BAUD_110* = {1};
BAUD_134_5* = {2};
BAUD_150* = {3};
BAUD_300* = {4};
BAUD_600* = {5};
BAUD_1200* = {6};
BAUD_1800* = {7};
BAUD_2400* = {8};
BAUD_4800* = {9};
BAUD_7200* = {10};
BAUD_9600* = {11};
BAUD_14400* = {12};
BAUD_19200* = {13};
BAUD_38400* = {14};
BAUD_56K* = {15};
BAUD_128K* = {16};
BAUD_115200* = {17};
BAUD_57600* = {18};
BAUD_USER* = {28};
DATABITS_5* = 1 (* {0} *);
DATABITS_6* = 2 (* {1} *);
DATABITS_7* = 4 (* {2} *);
DATABITS_8* = 8 (* {3} *);
DATABITS_16* = 16 (* {4} *);
DATABITS_16X* = 32 (* {5} *);
STOPBITS_10* = 1 (* {0} *);
STOPBITS_15* = 2 (* {1} *);
STOPBITS_20* = 4 (* {2} *);
PARITY_NONE* = 256 (* {8} *);
PARITY_ODD* = 512 (* {9} *);
PARITY_EVEN* = 1024 (* {10} *);
PARITY_MARK* = 2048 (* {11} *);
PARITY_SPACE* = 4096 (* {12} *);
COMMPROP_INITIALIZED* = -415435474 (* {1..3, 5, 8, 10, 12..15, 18..21, 24..26, 29..31} *);
DTR_CONTROL_DISABLE* = 0 (* {} *);
DTR_CONTROL_ENABLE* = 1 (* {0} *);
DTR_CONTROL_HANDSHAKE* = 2 (* {1} *);
RTS_CONTROL_DISABLE* = 0 (* {} *);
RTS_CONTROL_ENABLE* = 1 (* {0} *);
RTS_CONTROL_HANDSHAKE* = 2 (* {1} *);
RTS_CONTROL_TOGGLE* = 3 (* {0, 1} *);
GMEM_FIXED* = {};
GMEM_MOVEABLE* = {1};
GMEM_NOCOMPACT* = {4};
GMEM_NODISCARD* = {5};
GMEM_ZEROINIT* = {6};
GMEM_MODIFY* = {7};
GMEM_DISCARDABLE* = {8};
GMEM_NOT_BANKED* = {12};
GMEM_SHARE* = {13};
GMEM_DDESHARE* = {13};
GMEM_NOTIFY* = {14};
GMEM_LOWER* = {12};
GMEM_VALID_FLAGS* = {1, 4..6, 8..14};
GMEM_INVALID_HANDLE* = {15};
GHND* = {1, 6};
GPTR* = {6};
GMEM_DISCARDED* = {14};
GMEM_LOCKCOUNT* = {0..7};
LMEM_FIXED* = {};
LMEM_MOVEABLE* = {1};
LMEM_NOCOMPACT* = {4};
LMEM_NODISCARD* = {5};
LMEM_ZEROINIT* = {6};
LMEM_MODIFY* = {7};
LMEM_DISCARDABLE* = {8..11};
LMEM_VALID_FLAGS* = {1, 4..6, 8..11};
LMEM_INVALID_HANDLE* = {15};
LHND* = {1, 6};
LPTR* = {6};
NONZEROLHND* = {1};
NONZEROLPTR* = {};
LMEM_DISCARDED* = {14};
LMEM_LOCKCOUNT* = {0..7};
DEBUG_PROCESS* = {0};
DEBUG_ONLY_THIS_PROCESS* = {1};
CREATE_SUSPENDED* = {2};
DETACHED_PROCESS* = {3};
CREATE_NEW_CONSOLE* = {4};
NORMAL_PRIORITY_CLASS* = {5};
IDLE_PRIORITY_CLASS* = {6};
HIGH_PRIORITY_CLASS* = {7};
REALTIME_PRIORITY_CLASS* = {8};
CREATE_NEW_PROCESS_GROUP* = {9};
CREATE_UNICODE_ENVIRONMENT* = {10};
CREATE_SEPARATE_WOW_VDM* = {11};
CREATE_SHARED_WOW_VDM* = {12};
CREATE_DEFAULT_ERROR_MODE* = {26};
CREATE_NO_WINDOW* = {27};
PROFILE_USER* = {28};
PROFILE_KERNEL* = {29};
PROFILE_SERVER* = {30};
THREAD_PRIORITY_LOWEST* = -2 (* {1..31} *);
THREAD_PRIORITY_BELOW_NORMAL* = -1 (* {0..31} *);
THREAD_PRIORITY_NORMAL* = 0 (* {} *);
THREAD_PRIORITY_HIGHEST* = 2 (* {1} *);
THREAD_PRIORITY_ABOVE_NORMAL* = 1 (* {0} *);
THREAD_PRIORITY_ERROR_RETURN* = 2147483647 (* {0..30} *);
THREAD_PRIORITY_TIME_CRITICAL* = 15 (* {0..3} *);
THREAD_PRIORITY_IDLE* = -15 (* {0, 4..31} *);
EXCEPTION_DEBUG_EVENT* = 1 (* {0} *);
CREATE_THREAD_DEBUG_EVENT* = 2 (* {1} *);
CREATE_PROCESS_DEBUG_EVENT* = 3 (* {0, 1} *);
EXIT_THREAD_DEBUG_EVENT* = 4 (* {2} *);
EXIT_PROCESS_DEBUG_EVENT* = 5 (* {0, 2} *);
LOAD_DLL_DEBUG_EVENT* = 6 (* {1, 2} *);
UNLOAD_DLL_DEBUG_EVENT* = 7 (* {0..2} *);
OUTPUT_DEBUG_STRING_EVENT* = 8 (* {3} *);
RIP_EVENT* = 9 (* {0, 3} *);
DRIVE_UNKNOWN* = 0 (* {} *);
DRIVE_NO_ROOT_DIR* = 1 (* {0} *);
DRIVE_REMOVABLE* = 2 (* {1} *);
DRIVE_FIXED* = 3 (* {0, 1} *);
DRIVE_REMOTE* = 4 (* {2} *);
DRIVE_CDROM* = 5 (* {0, 2} *);
DRIVE_RAMDISK* = 6 (* {1, 2} *);
FILE_TYPE_UNKNOWN* = 0 (* {} *);
FILE_TYPE_DISK* = 1 (* {0} *);
FILE_TYPE_CHAR* = 2 (* {1} *);
FILE_TYPE_PIPE* = 3 (* {0, 1} *);
FILE_TYPE_REMOTE* = 32768 (* {15} *);
STD_INPUT_HANDLE* = -10 (* {1, 2, 4..31} *);
STD_OUTPUT_HANDLE* = -11 (* {0, 2, 4..31} *);
STD_ERROR_HANDLE* = -12 (* {2, 4..31} *);
NOPARITY* = 0 (* {} *);
ODDPARITY* = 1 (* {0} *);
EVENPARITY* = 2 (* {1} *);
MARKPARITY* = 3 (* {0, 1} *);
SPACEPARITY* = 4 (* {2} *);
ONESTOPBIT* = 0 (* {} *);
ONE5STOPBITS* = 1 (* {0} *);
TWOSTOPBITS* = 2 (* {1} *);
IGNORE* = 0 (* {} *);
INFINITE* = -1 (* {0..31} *);
CBR_110* = 110 (* {1..3, 5, 6} *);
CBR_300* = 300 (* {2, 3, 5, 8} *);
CBR_600* = 600 (* {3, 4, 6, 9} *);
CBR_1200* = 1200 (* {4, 5, 7, 10} *);
CBR_2400* = 2400 (* {5, 6, 8, 11} *);
CBR_4800* = 4800 (* {6, 7, 9, 12} *);
CBR_9600* = 9600 (* {7, 8, 10, 13} *);
CBR_14400* = 14400 (* {6, 11..13} *);
CBR_19200* = 19200 (* {8, 9, 11, 14} *);
CBR_38400* = 38400 (* {9, 10, 12, 15} *);
CBR_56000* = 56000 (* {6, 7, 9, 11, 12, 14, 15} *);
CBR_57600* = 57600 (* {8, 13..15} *);
CBR_115200* = 115200 (* {9, 14..16} *);
CBR_128000* = 128000 (* {10, 12..16} *);
CBR_256000* = 256000 (* {11, 13..17} *);
CE_RXOVER* = {0};
CE_OVERRUN* = {1};
CE_RXPARITY* = {2};
CE_FRAME* = {3};
CE_BREAK* = {4};
CE_TXFULL* = {8};
CE_PTO* = {9};
CE_IOE* = {10};
CE_DNS* = {11};
CE_OOP* = {12};
CE_MODE* = {15};
IE_BADID* = -1 (* {0..31} *);
IE_OPEN* = -2 (* {1..31} *);
IE_NOPEN* = -3 (* {0, 2..31} *);
IE_MEMORY* = -4 (* {2..31} *);
IE_DEFAULT* = -5 (* {0, 1, 3..31} *);
IE_HARDWARE* = -10 (* {1, 2, 4..31} *);
IE_BYTESIZE* = -11 (* {0, 2, 4..31} *);
IE_BAUDRATE* = -12 (* {2, 4..31} *);
EV_RXCHAR* = {0};
EV_RXFLAG* = {1};
EV_TXEMPTY* = {2};
EV_CTS* = {3};
EV_DSR* = {4};
EV_RLSD* = {5};
EV_BREAK* = {6};
EV_ERR* = {7};
EV_RING* = {8};
EV_PERR* = {9};
EV_RX80FULL* = {10};
EV_EVENT1* = {11};
EV_EVENT2* = {12};
SETXOFF* = 1 (* {0} *);
SETXON* = 2 (* {1} *);
SETRTS* = 3 (* {0, 1} *);
CLRRTS* = 4 (* {2} *);
SETDTR* = 5 (* {0, 2} *);
CLRDTR* = 6 (* {1, 2} *);
RESETDEV* = 7 (* {0..2} *);
SETBREAK* = 8 (* {3} *);
CLRBREAK* = 9 (* {0, 3} *);
PURGE_TXABORT* = {0};
PURGE_RXABORT* = {1};
PURGE_TXCLEAR* = {2};
PURGE_RXCLEAR* = {3};
LPTx* = {7};
MS_CTS_ON* = {4};
MS_DSR_ON* = {5};
MS_RING_ON* = {6};
MS_RLSD_ON* = {7};
S_QUEUEEMPTY* = 0 (* {} *);
S_THRESHOLD* = 1 (* {0} *);
S_ALLTHRESHOLD* = 2 (* {1} *);
S_NORMAL* = 0 (* {} *);
S_LEGATO* = 1 (* {0} *);
S_STACCATO* = 2 (* {1} *);
S_PERIOD512* = 0 (* {} *);
S_PERIOD1024* = 1 (* {0} *);
S_PERIOD2048* = 2 (* {1} *);
S_PERIODVOICE* = 3 (* {0, 1} *);
S_WHITE512* = 4 (* {2} *);
S_WHITE1024* = 5 (* {0, 2} *);
S_WHITE2048* = 6 (* {1, 2} *);
S_WHITEVOICE* = 7 (* {0..2} *);
S_SERDVNA* = -1 (* {0..31} *);
S_SEROFM* = -2 (* {1..31} *);
S_SERMACT* = -3 (* {0, 2..31} *);
S_SERQFUL* = -4 (* {2..31} *);
S_SERBDNT* = -5 (* {0, 1, 3..31} *);
S_SERDLN* = -6 (* {1, 3..31} *);
S_SERDCC* = -7 (* {0, 3..31} *);
S_SERDTP* = -8 (* {3..31} *);
S_SERDVL* = -9 (* {0..2, 4..31} *);
S_SERDMD* = -10 (* {1, 2, 4..31} *);
S_SERDSH* = -11 (* {0, 2, 4..31} *);
S_SERDPT* = -12 (* {2, 4..31} *);
S_SERDFQ* = -13 (* {0, 1, 4..31} *);
S_SERDDR* = -14 (* {1, 4..31} *);
S_SERDSR* = -15 (* {0, 4..31} *);
S_SERDST* = -16 (* {4..31} *);
NMPWAIT_WAIT_FOREVER* = -1 (* {0..31} *);
NMPWAIT_NOWAIT* = 1 (* {0} *);
NMPWAIT_USE_DEFAULT_WAIT* = 0 (* {} *);
FS_CASE_IS_PRESERVED* = {1};
FS_CASE_SENSITIVE* = {0};
FS_UNICODE_STORED_ON_DISK* = {2};
FS_PERSISTENT_ACLS* = {3};
FS_VOL_IS_COMPRESSED* = {15};
FS_FILE_COMPRESSION* = {4};
FILE_MAP_COPY* = {0};
FILE_MAP_WRITE* = {1};
FILE_MAP_READ* = {2};
FILE_MAP_ALL_ACCESS* = {0..4, 16..19};
OF_READ* = {};
OF_WRITE* = {0};
OF_READWRITE* = {1};
OF_SHARE_COMPAT* = {};
OF_SHARE_EXCLUSIVE* = {4};
OF_SHARE_DENY_WRITE* = {5};
OF_SHARE_DENY_READ* = {4, 5};
OF_SHARE_DENY_NONE* = {6};
OF_PARSE* = {8};
OF_DELETE* = {9};
OF_VERIFY* = {10};
OF_CANCEL* = {11};
OF_CREATE* = {12};
OF_PROMPT* = {13};
OF_EXIST* = {14};
OF_REOPEN* = {15};
OFS_MAXPATHNAME* = 128 (* {7} *);
MAXINTATOM* = 49152 (* {14, 15} *);
PROCESS_HEAP_REGION* = {0};
PROCESS_HEAP_UNCOMMITTED_RANGE* = {1};
PROCESS_HEAP_ENTRY_BUSY* = {2};
PROCESS_HEAP_ENTRY_MOVEABLE* = {4};
PROCESS_HEAP_ENTRY_DDESHARE* = {5};
SCS_32BIT_BINARY* = 0 (* {} *);
SCS_DOS_BINARY* = 1 (* {0} *);
SCS_WOW_BINARY* = 2 (* {1} *);
SCS_PIF_BINARY* = 3 (* {0, 1} *);
SCS_POSIX_BINARY* = 4 (* {2} *);
SCS_OS216_BINARY* = 5 (* {0, 2} *);
SEM_FAILCRITICALERRORS* = {0};
SEM_NOGPFAULTERRORBOX* = {1};
SEM_NOALIGNMENTFAULTEXCEPT* = {2};
SEM_NOOPENFILEERRORBOX* = {15};
LOCKFILE_FAIL_IMMEDIATELY* = {0};
LOCKFILE_EXCLUSIVE_LOCK* = {1};
HANDLE_FLAG_INHERIT* = {0};
HANDLE_FLAG_PROTECT_FROM_CLOSE* = {1};
HINSTANCE_ERROR* = 32 (* {5} *);
GET_TAPE_MEDIA_INFORMATION* = 0 (* {} *);
GET_TAPE_DRIVE_INFORMATION* = 1 (* {0} *);
SET_TAPE_MEDIA_INFORMATION* = 0 (* {} *);
SET_TAPE_DRIVE_INFORMATION* = 1 (* {0} *);
FORMAT_MESSAGE_ALLOCATE_BUFFER* = {8};
FORMAT_MESSAGE_IGNORE_INSERTS* = {9};
FORMAT_MESSAGE_FROM_STRING* = {10};
FORMAT_MESSAGE_FROM_HMODULE* = {11};
FORMAT_MESSAGE_FROM_SYSTEM* = {12};
FORMAT_MESSAGE_ARGUMENT_ARRAY* = {13};
FORMAT_MESSAGE_MAX_WIDTH_MASK* = {0..7};
TLS_OUT_OF_INDEXES* = -1 (* {0..31} *);
BACKUP_INVALID* = 0 (* {} *);
BACKUP_DATA* = 1 (* {0} *);
BACKUP_EA_DATA* = 2 (* {1} *);
BACKUP_SECURITY_DATA* = 3 (* {0, 1} *);
BACKUP_ALTERNATE_DATA* = 4 (* {2} *);
BACKUP_LINK* = 5 (* {0, 2} *);
BACKUP_PROPERTY_DATA* = 6 (* {1, 2} *);
STREAM_NORMAL_ATTRIBUTE* = 0 (* {} *);
STREAM_MODIFIED_WHEN_READ* = 1 (* {0} *);
STREAM_CONTAINS_SECURITY* = 2 (* {1} *);
STREAM_CONTAINS_PROPERTIES* = 4 (* {2} *);
STARTF_USESHOWWINDOW* = {0};
STARTF_USESIZE* = {1};
STARTF_USEPOSITION* = {2};
STARTF_USECOUNTCHARS* = {3};
STARTF_USEFILLATTRIBUTE* = {4};
STARTF_RUNFULLSCREEN* = {5};
STARTF_FORCEONFEEDBACK* = {6};
STARTF_FORCEOFFFEEDBACK* = {7};
STARTF_USESTDHANDLES* = {8};
STARTF_USEHOTKEY* = {9};
SHUTDOWN_NORETRY* = 1 (* {0} *);
DONT_RESOLVE_DLL_REFERENCES* = {0};
LOAD_LIBRARY_AS_DATAFILE* = {1};
LOAD_WITH_ALTERED_SEARCH_PATH* = {3};
DDD_RAW_TARGET_PATH* = {0};
DDD_REMOVE_DEFINITION* = {1};
DDD_EXACT_MATCH_ON_REMOVE* = {2};
DDD_NO_BROADCAST_SYSTEM* = {3};
FIND_FIRST_EX_CASE_SENSITIVE* = {0};
MOVEFILE_REPLACE_EXISTING* = {0};
MOVEFILE_COPY_ALLOWED* = {1};
MOVEFILE_DELAY_UNTIL_REBOOT* = {2};
MOVEFILE_WRITE_THROUGH* = {3};
MAX_COMPUTERNAME_LENGTH* = 15 (* {0..3} *);
LOGON32_LOGON_INTERACTIVE* = 2 (* {1} *);
LOGON32_LOGON_BATCH* = 4 (* {2} *);
LOGON32_LOGON_SERVICE* = 5 (* {0, 2} *);
LOGON32_PROVIDER_DEFAULT* = 0 (* {} *);
LOGON32_PROVIDER_WINNT35* = 1 (* {0} *);
LOGON32_PROVIDER_WINNT40* = 2 (* {1} *);
HW_PROFILE_GUIDLEN* = 39 (* {0..2, 5} *);
MAX_PROFILE_LEN* = 80 (* {4, 6} *);
DOCKINFO_UNDOCKED* = 1 (* {0} *);
DOCKINFO_DOCKED* = 2 (* {1} *);
DOCKINFO_USER_SUPPLIED* = 4 (* {2} *);
DOCKINFO_USER_UNDOCKED* = 5 (* {0, 2} *);
DOCKINFO_USER_DOCKED* = 6 (* {1, 2} *);
VER_PLATFORM_WIN32s* = 0 (* {} *);
VER_PLATFORM_WIN32_WINDOWS* = 1 (* {0} *);
VER_PLATFORM_WIN32_NT* = 2 (* {1} *);
FACILITY_WINDOWS* = 8 (* {3} *);
FACILITY_STORAGE* = 3 (* {0, 1} *);
FACILITY_RPC* = 1 (* {0} *);
FACILITY_WIN32* = 7 (* {0..2} *);
FACILITY_CONTROL* = 10 (* {1, 3} *);
FACILITY_NULL* = 0 (* {} *);
FACILITY_ITF* = 4 (* {2} *);
FACILITY_DISPATCH* = 2 (* {1} *);
ERROR_SUCCESS* = 0 (* {} *);
NO_ERROR* = 0 (* {} *);
ERROR_INVALID_FUNCTION* = 1 (* {0} *);
ERROR_FILE_NOT_FOUND* = 2 (* {1} *);
ERROR_PATH_NOT_FOUND* = 3 (* {0, 1} *);
ERROR_TOO_MANY_OPEN_FILES* = 4 (* {2} *);
ERROR_ACCESS_DENIED* = 5 (* {0, 2} *);
ERROR_INVALID_HANDLE* = 6 (* {1, 2} *);
ERROR_ARENA_TRASHED* = 7 (* {0..2} *);
ERROR_NOT_ENOUGH_MEMORY* = 8 (* {3} *);
ERROR_INVALID_BLOCK* = 9 (* {0, 3} *);
ERROR_BAD_ENVIRONMENT* = 10 (* {1, 3} *);
ERROR_BAD_FORMAT* = 11 (* {0, 1, 3} *);
ERROR_INVALID_ACCESS* = 12 (* {2, 3} *);
ERROR_INVALID_DATA* = 13 (* {0, 2, 3} *);
ERROR_OUTOFMEMORY* = 14 (* {1..3} *);
ERROR_INVALID_DRIVE* = 15 (* {0..3} *);
ERROR_CURRENT_DIRECTORY* = 16 (* {4} *);
ERROR_NOT_SAME_DEVICE* = 17 (* {0, 4} *);
ERROR_NO_MORE_FILES* = 18 (* {1, 4} *);
ERROR_WRITE_PROTECT* = 19 (* {0, 1, 4} *);
ERROR_BAD_UNIT* = 20 (* {2, 4} *);
ERROR_NOT_READY* = 21 (* {0, 2, 4} *);
ERROR_BAD_COMMAND* = 22 (* {1, 2, 4} *);
ERROR_CRC* = 23 (* {0..2, 4} *);
ERROR_BAD_LENGTH* = 24 (* {3, 4} *);
ERROR_SEEK* = 25 (* {0, 3, 4} *);
ERROR_NOT_DOS_DISK* = 26 (* {1, 3, 4} *);
ERROR_SECTOR_NOT_FOUND* = 27 (* {0, 1, 3, 4} *);
ERROR_OUT_OF_PAPER* = 28 (* {2..4} *);
ERROR_WRITE_FAULT* = 29 (* {0, 2..4} *);
ERROR_READ_FAULT* = 30 (* {1..4} *);
ERROR_GEN_FAILURE* = 31 (* {0..4} *);
ERROR_SHARING_VIOLATION* = 32 (* {5} *);
ERROR_LOCK_VIOLATION* = 33 (* {0, 5} *);
ERROR_WRONG_DISK* = 34 (* {1, 5} *);
ERROR_SHARING_BUFFER_EXCEEDED* = 36 (* {2, 5} *);
ERROR_HANDLE_EOF* = 38 (* {1, 2, 5} *);
ERROR_HANDLE_DISK_FULL* = 39 (* {0..2, 5} *);
ERROR_NOT_SUPPORTED* = 50 (* {1, 4, 5} *);
ERROR_REM_NOT_LIST* = 51 (* {0, 1, 4, 5} *);
ERROR_DUP_NAME* = 52 (* {2, 4, 5} *);
ERROR_BAD_NETPATH* = 53 (* {0, 2, 4, 5} *);
ERROR_NETWORK_BUSY* = 54 (* {1, 2, 4, 5} *);
ERROR_DEV_NOT_EXIST* = 55 (* {0..2, 4, 5} *);
ERROR_TOO_MANY_CMDS* = 56 (* {3..5} *);
ERROR_ADAP_HDW_ERR* = 57 (* {0, 3..5} *);
ERROR_BAD_NET_RESP* = 58 (* {1, 3..5} *);
ERROR_UNEXP_NET_ERR* = 59 (* {0, 1, 3..5} *);
ERROR_BAD_REM_ADAP* = 60 (* {2..5} *);
ERROR_PRINTQ_FULL* = 61 (* {0, 2..5} *);
ERROR_NO_SPOOL_SPACE* = 62 (* {1..5} *);
ERROR_PRINT_CANCELLED* = 63 (* {0..5} *);
ERROR_NETNAME_DELETED* = 64 (* {6} *);
ERROR_NETWORK_ACCESS_DENIED* = 65 (* {0, 6} *);
ERROR_BAD_DEV_TYPE* = 66 (* {1, 6} *);
ERROR_BAD_NET_NAME* = 67 (* {0, 1, 6} *);
ERROR_TOO_MANY_NAMES* = 68 (* {2, 6} *);
ERROR_TOO_MANY_SESS* = 69 (* {0, 2, 6} *);
ERROR_SHARING_PAUSED* = 70 (* {1, 2, 6} *);
ERROR_REQ_NOT_ACCEP* = 71 (* {0..2, 6} *);
ERROR_REDIR_PAUSED* = 72 (* {3, 6} *);
ERROR_FILE_EXISTS* = 80 (* {4, 6} *);
ERROR_CANNOT_MAKE* = 82 (* {1, 4, 6} *);
ERROR_FAIL_I24* = 83 (* {0, 1, 4, 6} *);
ERROR_OUT_OF_STRUCTURES* = 84 (* {2, 4, 6} *);
ERROR_ALREADY_ASSIGNED* = 85 (* {0, 2, 4, 6} *);
ERROR_INVALID_PASSWORD* = 86 (* {1, 2, 4, 6} *);
ERROR_INVALID_PARAMETER* = 87 (* {0..2, 4, 6} *);
ERROR_NET_WRITE_FAULT* = 88 (* {3, 4, 6} *);
ERROR_NO_PROC_SLOTS* = 89 (* {0, 3, 4, 6} *);
ERROR_TOO_MANY_SEMAPHORES* = 100 (* {2, 5, 6} *);
ERROR_EXCL_SEM_ALREADY_OWNED* = 101 (* {0, 2, 5, 6} *);
ERROR_SEM_IS_SET* = 102 (* {1, 2, 5, 6} *);
ERROR_TOO_MANY_SEM_REQUESTS* = 103 (* {0..2, 5, 6} *);
ERROR_INVALID_AT_INTERRUPT_TIME* = 104 (* {3, 5, 6} *);
ERROR_SEM_OWNER_DIED* = 105 (* {0, 3, 5, 6} *);
ERROR_SEM_USER_LIMIT* = 106 (* {1, 3, 5, 6} *);
ERROR_DISK_CHANGE* = 107 (* {0, 1, 3, 5, 6} *);
ERROR_DRIVE_LOCKED* = 108 (* {2, 3, 5, 6} *);
ERROR_BROKEN_PIPE* = 109 (* {0, 2, 3, 5, 6} *);
ERROR_OPEN_FAILED* = 110 (* {1..3, 5, 6} *);
ERROR_BUFFER_OVERFLOW* = 111 (* {0..3, 5, 6} *);
ERROR_DISK_FULL* = 112 (* {4..6} *);
ERROR_NO_MORE_SEARCH_HANDLES* = 113 (* {0, 4..6} *);
ERROR_INVALID_TARGET_HANDLE* = 114 (* {1, 4..6} *);
ERROR_INVALID_CATEGORY* = 117 (* {0, 2, 4..6} *);
ERROR_INVALID_VERIFY_SWITCH* = 118 (* {1, 2, 4..6} *);
ERROR_BAD_DRIVER_LEVEL* = 119 (* {0..2, 4..6} *);
ERROR_CALL_NOT_IMPLEMENTED* = 120 (* {3..6} *);
ERROR_SEM_TIMEOUT* = 121 (* {0, 3..6} *);
ERROR_INSUFFICIENT_BUFFER* = 122 (* {1, 3..6} *);
ERROR_INVALID_NAME* = 123 (* {0, 1, 3..6} *);
ERROR_INVALID_LEVEL* = 124 (* {2..6} *);
ERROR_NO_VOLUME_LABEL* = 125 (* {0, 2..6} *);
ERROR_MOD_NOT_FOUND* = 126 (* {1..6} *);
ERROR_PROC_NOT_FOUND* = 127 (* {0..6} *);
ERROR_WAIT_NO_CHILDREN* = 128 (* {7} *);
ERROR_CHILD_NOT_COMPLETE* = 129 (* {0, 7} *);
ERROR_DIRECT_ACCESS_HANDLE* = 130 (* {1, 7} *);
ERROR_NEGATIVE_SEEK* = 131 (* {0, 1, 7} *);
ERROR_SEEK_ON_DEVICE* = 132 (* {2, 7} *);
ERROR_IS_JOIN_TARGET* = 133 (* {0, 2, 7} *);
ERROR_IS_JOINED* = 134 (* {1, 2, 7} *);
ERROR_IS_SUBSTED* = 135 (* {0..2, 7} *);
ERROR_NOT_JOINED* = 136 (* {3, 7} *);
ERROR_NOT_SUBSTED* = 137 (* {0, 3, 7} *);
ERROR_JOIN_TO_JOIN* = 138 (* {1, 3, 7} *);
ERROR_SUBST_TO_SUBST* = 139 (* {0, 1, 3, 7} *);
ERROR_JOIN_TO_SUBST* = 140 (* {2, 3, 7} *);
ERROR_SUBST_TO_JOIN* = 141 (* {0, 2, 3, 7} *);
ERROR_BUSY_DRIVE* = 142 (* {1..3, 7} *);
ERROR_SAME_DRIVE* = 143 (* {0..3, 7} *);
ERROR_DIR_NOT_ROOT* = 144 (* {4, 7} *);
ERROR_DIR_NOT_EMPTY* = 145 (* {0, 4, 7} *);
ERROR_IS_SUBST_PATH* = 146 (* {1, 4, 7} *);
ERROR_IS_JOIN_PATH* = 147 (* {0, 1, 4, 7} *);
ERROR_PATH_BUSY* = 148 (* {2, 4, 7} *);
ERROR_IS_SUBST_TARGET* = 149 (* {0, 2, 4, 7} *);
ERROR_SYSTEM_TRACE* = 150 (* {1, 2, 4, 7} *);
ERROR_INVALID_EVENT_COUNT* = 151 (* {0..2, 4, 7} *);
ERROR_TOO_MANY_MUXWAITERS* = 152 (* {3, 4, 7} *);
ERROR_INVALID_LIST_FORMAT* = 153 (* {0, 3, 4, 7} *);
ERROR_LABEL_TOO_LONG* = 154 (* {1, 3, 4, 7} *);
ERROR_TOO_MANY_TCBS* = 155 (* {0, 1, 3, 4, 7} *);
ERROR_SIGNAL_REFUSED* = 156 (* {2..4, 7} *);
ERROR_DISCARDED* = 157 (* {0, 2..4, 7} *);
ERROR_NOT_LOCKED* = 158 (* {1..4, 7} *);
ERROR_BAD_THREADID_ADDR* = 159 (* {0..4, 7} *);
ERROR_BAD_ARGUMENTS* = 160 (* {5, 7} *);
ERROR_BAD_PATHNAME* = 161 (* {0, 5, 7} *);
ERROR_SIGNAL_PENDING* = 162 (* {1, 5, 7} *);
ERROR_MAX_THRDS_REACHED* = 164 (* {2, 5, 7} *);
ERROR_LOCK_FAILED* = 167 (* {0..2, 5, 7} *);
ERROR_BUSY* = 170 (* {1, 3, 5, 7} *);
ERROR_CANCEL_VIOLATION* = 173 (* {0, 2, 3, 5, 7} *);
ERROR_ATOMIC_LOCKS_NOT_SUPPORTED* = 174 (* {1..3, 5, 7} *);
ERROR_INVALID_SEGMENT_NUMBER* = 180 (* {2, 4, 5, 7} *);
ERROR_INVALID_ORDINAL* = 182 (* {1, 2, 4, 5, 7} *);
ERROR_ALREADY_EXISTS* = 183 (* {0..2, 4, 5, 7} *);
ERROR_INVALID_FLAG_NUMBER* = 186 (* {1, 3..5, 7} *);
ERROR_SEM_NOT_FOUND* = 187 (* {0, 1, 3..5, 7} *);
ERROR_INVALID_STARTING_CODESEG* = 188 (* {2..5, 7} *);
ERROR_INVALID_STACKSEG* = 189 (* {0, 2..5, 7} *);
ERROR_INVALID_MODULETYPE* = 190 (* {1..5, 7} *);
ERROR_INVALID_EXE_SIGNATURE* = 191 (* {0..5, 7} *);
ERROR_EXE_MARKED_INVALID* = 192 (* {6, 7} *);
ERROR_BAD_EXE_FORMAT* = 193 (* {0, 6, 7} *);
ERROR_ITERATED_DATA_EXCEEDS_64k* = 194 (* {1, 6, 7} *);
ERROR_INVALID_MINALLOCSIZE* = 195 (* {0, 1, 6, 7} *);
ERROR_DYNLINK_FROM_INVALID_RING* = 196 (* {2, 6, 7} *);
ERROR_IOPL_NOT_ENABLED* = 197 (* {0, 2, 6, 7} *);
ERROR_INVALID_SEGDPL* = 198 (* {1, 2, 6, 7} *);
ERROR_AUTODATASEG_EXCEEDS_64k* = 199 (* {0..2, 6, 7} *);
ERROR_RING2SEG_MUST_BE_MOVABLE* = 200 (* {3, 6, 7} *);
ERROR_RELOC_CHAIN_XEEDS_SEGLIM* = 201 (* {0, 3, 6, 7} *);
ERROR_INFLOOP_IN_RELOC_CHAIN* = 202 (* {1, 3, 6, 7} *);
ERROR_ENVVAR_NOT_FOUND* = 203 (* {0, 1, 3, 6, 7} *);
ERROR_NO_SIGNAL_SENT* = 205 (* {0, 2, 3, 6, 7} *);
ERROR_FILENAME_EXCED_RANGE* = 206 (* {1..3, 6, 7} *);
ERROR_RING2_STACK_IN_USE* = 207 (* {0..3, 6, 7} *);
ERROR_META_EXPANSION_TOO_LONG* = 208 (* {4, 6, 7} *);
ERROR_INVALID_SIGNAL_NUMBER* = 209 (* {0, 4, 6, 7} *);
ERROR_THREAD_1_INACTIVE* = 210 (* {1, 4, 6, 7} *);
ERROR_LOCKED* = 212 (* {2, 4, 6, 7} *);
ERROR_TOO_MANY_MODULES* = 214 (* {1, 2, 4, 6, 7} *);
ERROR_NESTING_NOT_ALLOWED* = 215 (* {0..2, 4, 6, 7} *);
ERROR_BAD_PIPE* = 230 (* {1, 2, 5..7} *);
ERROR_PIPE_BUSY* = 231 (* {0..2, 5..7} *);
ERROR_NO_DATA* = 232 (* {3, 5..7} *);
ERROR_PIPE_NOT_CONNECTED* = 233 (* {0, 3, 5..7} *);
ERROR_MORE_DATA* = 234 (* {1, 3, 5..7} *);
ERROR_VC_DISCONNECTED* = 240 (* {4..7} *);
ERROR_INVALID_EA_NAME* = 254 (* {1..7} *);
ERROR_EA_LIST_INCONSISTENT* = 255 (* {0..7} *);
ERROR_NO_MORE_ITEMS* = 259 (* {0, 1, 8} *);
ERROR_CANNOT_COPY* = 266 (* {1, 3, 8} *);
ERROR_DIRECTORY* = 267 (* {0, 1, 3, 8} *);
ERROR_EAS_DIDNT_FIT* = 275 (* {0, 1, 4, 8} *);
ERROR_EA_FILE_CORRUPT* = 276 (* {2, 4, 8} *);
ERROR_EA_TABLE_FULL* = 277 (* {0, 2, 4, 8} *);
ERROR_INVALID_EA_HANDLE* = 278 (* {1, 2, 4, 8} *);
ERROR_EAS_NOT_SUPPORTED* = 282 (* {1, 3, 4, 8} *);
ERROR_NOT_OWNER* = 288 (* {5, 8} *);
ERROR_TOO_MANY_POSTS* = 298 (* {1, 3, 5, 8} *);
ERROR_PARTIAL_COPY* = 299 (* {0, 1, 3, 5, 8} *);
ERROR_MR_MID_NOT_FOUND* = 317 (* {0, 2..5, 8} *);
ERROR_INVALID_ADDRESS* = 487 (* {0..2, 5..8} *);
ERROR_ARITHMETIC_OVERFLOW* = 534 (* {1, 2, 4, 9} *);
ERROR_PIPE_CONNECTED* = 535 (* {0..2, 4, 9} *);
ERROR_PIPE_LISTENING* = 536 (* {3, 4, 9} *);
ERROR_EA_ACCESS_DENIED* = 994 (* {1, 5..9} *);
ERROR_OPERATION_ABORTED* = 995 (* {0, 1, 5..9} *);
ERROR_IO_INCOMPLETE* = 996 (* {2, 5..9} *);
ERROR_IO_PENDING* = 997 (* {0, 2, 5..9} *);
ERROR_NOACCESS* = 998 (* {1, 2, 5..9} *);
ERROR_SWAPERROR* = 999 (* {0..2, 5..9} *);
ERROR_STACK_OVERFLOW* = 1001 (* {0, 3, 5..9} *);
ERROR_INVALID_MESSAGE* = 1002 (* {1, 3, 5..9} *);
ERROR_CAN_NOT_COMPLETE* = 1003 (* {0, 1, 3, 5..9} *);
ERROR_INVALID_FLAGS* = 1004 (* {2, 3, 5..9} *);
ERROR_UNRECOGNIZED_VOLUME* = 1005 (* {0, 2, 3, 5..9} *);
ERROR_FILE_INVALID* = 1006 (* {1..3, 5..9} *);
ERROR_FULLSCREEN_MODE* = 1007 (* {0..3, 5..9} *);
ERROR_NO_TOKEN* = 1008 (* {4..9} *);
ERROR_BADDB* = 1009 (* {0, 4..9} *);
ERROR_BADKEY* = 1010 (* {1, 4..9} *);
ERROR_CANTOPEN* = 1011 (* {0, 1, 4..9} *);
ERROR_CANTREAD* = 1012 (* {2, 4..9} *);
ERROR_CANTWRITE* = 1013 (* {0, 2, 4..9} *);
ERROR_REGISTRY_RECOVERED* = 1014 (* {1, 2, 4..9} *);
ERROR_REGISTRY_CORRUPT* = 1015 (* {0..2, 4..9} *);
ERROR_REGISTRY_IO_FAILED* = 1016 (* {3..9} *);
ERROR_NOT_REGISTRY_FILE* = 1017 (* {0, 3..9} *);
ERROR_KEY_DELETED* = 1018 (* {1, 3..9} *);
ERROR_NO_LOG_SPACE* = 1019 (* {0, 1, 3..9} *);
ERROR_KEY_HAS_CHILDREN* = 1020 (* {2..9} *);
ERROR_CHILD_MUST_BE_VOLATILE* = 1021 (* {0, 2..9} *);
ERROR_NOTIFY_ENUM_DIR* = 1022 (* {1..9} *);
ERROR_DEPENDENT_SERVICES_RUNNING* = 1051 (* {0, 1, 3, 4, 10} *);
ERROR_INVALID_SERVICE_CONTROL* = 1052 (* {2..4, 10} *);
ERROR_SERVICE_REQUEST_TIMEOUT* = 1053 (* {0, 2..4, 10} *);
ERROR_SERVICE_NO_THREAD* = 1054 (* {1..4, 10} *);
ERROR_SERVICE_DATABASE_LOCKED* = 1055 (* {0..4, 10} *);
ERROR_SERVICE_ALREADY_RUNNING* = 1056 (* {5, 10} *);
ERROR_INVALID_SERVICE_ACCOUNT* = 1057 (* {0, 5, 10} *);
ERROR_SERVICE_DISABLED* = 1058 (* {1, 5, 10} *);
ERROR_CIRCULAR_DEPENDENCY* = 1059 (* {0, 1, 5, 10} *);
ERROR_SERVICE_DOES_NOT_EXIST* = 1060 (* {2, 5, 10} *);
ERROR_SERVICE_CANNOT_ACCEPT_CTRL* = 1061 (* {0, 2, 5, 10} *);
ERROR_SERVICE_NOT_ACTIVE* = 1062 (* {1, 2, 5, 10} *);
ERROR_FAILED_SERVICE_CONTROLLER_CONNECT* = 1063 (* {0..2, 5, 10} *);
ERROR_EXCEPTION_IN_SERVICE* = 1064 (* {3, 5, 10} *);
ERROR_DATABASE_DOES_NOT_EXIST* = 1065 (* {0, 3, 5, 10} *);
ERROR_SERVICE_SPECIFIC_ERROR* = 1066 (* {1, 3, 5, 10} *);
ERROR_PROCESS_ABORTED* = 1067 (* {0, 1, 3, 5, 10} *);
ERROR_SERVICE_DEPENDENCY_FAIL* = 1068 (* {2, 3, 5, 10} *);
ERROR_SERVICE_LOGON_FAILED* = 1069 (* {0, 2, 3, 5, 10} *);
ERROR_SERVICE_START_HANG* = 1070 (* {1..3, 5, 10} *);
ERROR_INVALID_SERVICE_LOCK* = 1071 (* {0..3, 5, 10} *);
ERROR_SERVICE_MARKED_FOR_DELETE* = 1072 (* {4, 5, 10} *);
ERROR_SERVICE_EXISTS* = 1073 (* {0, 4, 5, 10} *);
ERROR_ALREADY_RUNNING_LKG* = 1074 (* {1, 4, 5, 10} *);
ERROR_SERVICE_DEPENDENCY_DELETED* = 1075 (* {0, 1, 4, 5, 10} *);
ERROR_BOOT_ALREADY_ACCEPTED* = 1076 (* {2, 4, 5, 10} *);
ERROR_SERVICE_NEVER_STARTED* = 1077 (* {0, 2, 4, 5, 10} *);
ERROR_DUPLICATE_SERVICE_NAME* = 1078 (* {1, 2, 4, 5, 10} *);
ERROR_END_OF_MEDIA* = 1100 (* {2, 3, 6, 10} *);
ERROR_FILEMARK_DETECTED* = 1101 (* {0, 2, 3, 6, 10} *);
ERROR_BEGINNING_OF_MEDIA* = 1102 (* {1..3, 6, 10} *);
ERROR_SETMARK_DETECTED* = 1103 (* {0..3, 6, 10} *);
ERROR_NO_DATA_DETECTED* = 1104 (* {4, 6, 10} *);
ERROR_PARTITION_FAILURE* = 1105 (* {0, 4, 6, 10} *);
ERROR_INVALID_BLOCK_LENGTH* = 1106 (* {1, 4, 6, 10} *);
ERROR_DEVICE_NOT_PARTITIONED* = 1107 (* {0, 1, 4, 6, 10} *);
ERROR_UNABLE_TO_LOCK_MEDIA* = 1108 (* {2, 4, 6, 10} *);
ERROR_UNABLE_TO_UNLOAD_MEDIA* = 1109 (* {0, 2, 4, 6, 10} *);
ERROR_MEDIA_CHANGED* = 1110 (* {1, 2, 4, 6, 10} *);
ERROR_BUS_RESET* = 1111 (* {0..2, 4, 6, 10} *);
ERROR_NO_MEDIA_IN_DRIVE* = 1112 (* {3, 4, 6, 10} *);
ERROR_NO_UNICODE_TRANSLATION* = 1113 (* {0, 3, 4, 6, 10} *);
ERROR_DLL_INIT_FAILED* = 1114 (* {1, 3, 4, 6, 10} *);
ERROR_SHUTDOWN_IN_PROGRESS* = 1115 (* {0, 1, 3, 4, 6, 10} *);
ERROR_NO_SHUTDOWN_IN_PROGRESS* = 1116 (* {2..4, 6, 10} *);
ERROR_IO_DEVICE* = 1117 (* {0, 2..4, 6, 10} *);
ERROR_SERIAL_NO_DEVICE* = 1118 (* {1..4, 6, 10} *);
ERROR_IRQ_BUSY* = 1119 (* {0..4, 6, 10} *);
ERROR_MORE_WRITES* = 1120 (* {5, 6, 10} *);
ERROR_COUNTER_TIMEOUT* = 1121 (* {0, 5, 6, 10} *);
ERROR_FLOPPY_ID_MARK_NOT_FOUND* = 1122 (* {1, 5, 6, 10} *);
ERROR_FLOPPY_WRONG_CYLINDER* = 1123 (* {0, 1, 5, 6, 10} *);
ERROR_FLOPPY_UNKNOWN_ERROR* = 1124 (* {2, 5, 6, 10} *);
ERROR_FLOPPY_BAD_REGISTERS* = 1125 (* {0, 2, 5, 6, 10} *);
ERROR_DISK_RECALIBRATE_FAILED* = 1126 (* {1, 2, 5, 6, 10} *);
ERROR_DISK_OPERATION_FAILED* = 1127 (* {0..2, 5, 6, 10} *);
ERROR_DISK_RESET_FAILED* = 1128 (* {3, 5, 6, 10} *);
ERROR_EOM_OVERFLOW* = 1129 (* {0, 3, 5, 6, 10} *);
ERROR_NOT_ENOUGH_SERVER_MEMORY* = 1130 (* {1, 3, 5, 6, 10} *);
ERROR_POSSIBLE_DEADLOCK* = 1131 (* {0, 1, 3, 5, 6, 10} *);
ERROR_MAPPED_ALIGNMENT* = 1132 (* {2, 3, 5, 6, 10} *);
ERROR_SET_POWER_STATE_VETOED* = 1140 (* {2, 4..6, 10} *);
ERROR_SET_POWER_STATE_FAILED* = 1141 (* {0, 2, 4..6, 10} *);
ERROR_OLD_WIN_VERSION* = 1150 (* {1..6, 10} *);
ERROR_APP_WRONG_OS* = 1151 (* {0..6, 10} *);
ERROR_SINGLE_INSTANCE_APP* = 1152 (* {7, 10} *);
ERROR_RMODE_APP* = 1153 (* {0, 7, 10} *);
ERROR_INVALID_DLL* = 1154 (* {1, 7, 10} *);
ERROR_NO_ASSOCIATION* = 1155 (* {0, 1, 7, 10} *);
ERROR_DDE_FAIL* = 1156 (* {2, 7, 10} *);
ERROR_DLL_NOT_FOUND* = 1157 (* {0, 2, 7, 10} *);
ERROR_BAD_USERNAME* = 2202 (* {1, 3, 4, 7, 11} *);
ERROR_NOT_CONNECTED* = 2250 (* {1, 3, 6, 7, 11} *);
ERROR_OPEN_FILES* = 2401 (* {0, 5, 6, 8, 11} *);
ERROR_ACTIVE_CONNECTIONS* = 2402 (* {1, 5, 6, 8, 11} *);
ERROR_DEVICE_IN_USE* = 2404 (* {2, 5, 6, 8, 11} *);
ERROR_BAD_DEVICE* = 1200 (* {4, 5, 7, 10} *);
ERROR_CONNECTION_UNAVAIL* = 1201 (* {0, 4, 5, 7, 10} *);
ERROR_DEVICE_ALREADY_REMEMBERED* = 1202 (* {1, 4, 5, 7, 10} *);
ERROR_NO_NET_OR_BAD_PATH* = 1203 (* {0, 1, 4, 5, 7, 10} *);
ERROR_BAD_PROVIDER* = 1204 (* {2, 4, 5, 7, 10} *);
ERROR_CANNOT_OPEN_PROFILE* = 1205 (* {0, 2, 4, 5, 7, 10} *);
ERROR_BAD_PROFILE* = 1206 (* {1, 2, 4, 5, 7, 10} *);
ERROR_NOT_CONTAINER* = 1207 (* {0..2, 4, 5, 7, 10} *);
ERROR_EXTENDED_ERROR* = 1208 (* {3..5, 7, 10} *);
ERROR_INVALID_GROUPNAME* = 1209 (* {0, 3..5, 7, 10} *);
ERROR_INVALID_COMPUTERNAME* = 1210 (* {1, 3..5, 7, 10} *);
ERROR_INVALID_EVENTNAME* = 1211 (* {0, 1, 3..5, 7, 10} *);
ERROR_INVALID_DOMAINNAME* = 1212 (* {2..5, 7, 10} *);
ERROR_INVALID_SERVICENAME* = 1213 (* {0, 2..5, 7, 10} *);
ERROR_INVALID_NETNAME* = 1214 (* {1..5, 7, 10} *);
ERROR_INVALID_SHARENAME* = 1215 (* {0..5, 7, 10} *);
ERROR_INVALID_PASSWORDNAME* = 1216 (* {6, 7, 10} *);
ERROR_INVALID_MESSAGENAME* = 1217 (* {0, 6, 7, 10} *);
ERROR_INVALID_MESSAGEDEST* = 1218 (* {1, 6, 7, 10} *);
ERROR_SESSION_CREDENTIAL_CONFLICT* = 1219 (* {0, 1, 6, 7, 10} *);
ERROR_REMOTE_SESSION_LIMIT_EXCEEDED* = 1220 (* {2, 6, 7, 10} *);
ERROR_DUP_DOMAINNAME* = 1221 (* {0, 2, 6, 7, 10} *);
ERROR_NO_NETWORK* = 1222 (* {1, 2, 6, 7, 10} *);
ERROR_CANCELLED* = 1223 (* {0..2, 6, 7, 10} *);
ERROR_USER_MAPPED_FILE* = 1224 (* {3, 6, 7, 10} *);
ERROR_CONNECTION_REFUSED* = 1225 (* {0, 3, 6, 7, 10} *);
ERROR_GRACEFUL_DISCONNECT* = 1226 (* {1, 3, 6, 7, 10} *);
ERROR_ADDRESS_ALREADY_ASSOCIATED* = 1227 (* {0, 1, 3, 6, 7, 10} *);
ERROR_ADDRESS_NOT_ASSOCIATED* = 1228 (* {2, 3, 6, 7, 10} *);
ERROR_CONNECTION_INVALID* = 1229 (* {0, 2, 3, 6, 7, 10} *);
ERROR_CONNECTION_ACTIVE* = 1230 (* {1..3, 6, 7, 10} *);
ERROR_NETWORK_UNREACHABLE* = 1231 (* {0..3, 6, 7, 10} *);
ERROR_HOST_UNREACHABLE* = 1232 (* {4, 6, 7, 10} *);
ERROR_PROTOCOL_UNREACHABLE* = 1233 (* {0, 4, 6, 7, 10} *);
ERROR_PORT_UNREACHABLE* = 1234 (* {1, 4, 6, 7, 10} *);
ERROR_REQUEST_ABORTED* = 1235 (* {0, 1, 4, 6, 7, 10} *);
ERROR_CONNECTION_ABORTED* = 1236 (* {2, 4, 6, 7, 10} *);
ERROR_RETRY* = 1237 (* {0, 2, 4, 6, 7, 10} *);
ERROR_CONNECTION_COUNT_LIMIT* = 1238 (* {1, 2, 4, 6, 7, 10} *);
ERROR_LOGIN_TIME_RESTRICTION* = 1239 (* {0..2, 4, 6, 7, 10} *);
ERROR_LOGIN_WKSTA_RESTRICTION* = 1240 (* {3, 4, 6, 7, 10} *);
ERROR_INCORRECT_ADDRESS* = 1241 (* {0, 3, 4, 6, 7, 10} *);
ERROR_ALREADY_REGISTERED* = 1242 (* {1, 3, 4, 6, 7, 10} *);
ERROR_SERVICE_NOT_FOUND* = 1243 (* {0, 1, 3, 4, 6, 7, 10} *);
ERROR_NOT_AUTHENTICATED* = 1244 (* {2..4, 6, 7, 10} *);
ERROR_NOT_LOGGED_ON* = 1245 (* {0, 2..4, 6, 7, 10} *);
ERROR_CONTINUE* = 1246 (* {1..4, 6, 7, 10} *);
ERROR_ALREADY_INITIALIZED* = 1247 (* {0..4, 6, 7, 10} *);
ERROR_NO_MORE_DEVICES* = 1248 (* {5..7, 10} *);
ERROR_NOT_ALL_ASSIGNED* = 1300 (* {2, 4, 8, 10} *);
ERROR_SOME_NOT_MAPPED* = 1301 (* {0, 2, 4, 8, 10} *);
ERROR_NO_QUOTAS_FOR_ACCOUNT* = 1302 (* {1, 2, 4, 8, 10} *);
ERROR_LOCAL_USER_SESSION_KEY* = 1303 (* {0..2, 4, 8, 10} *);
ERROR_NULL_LM_PASSWORD* = 1304 (* {3, 4, 8, 10} *);
ERROR_UNKNOWN_REVISION* = 1305 (* {0, 3, 4, 8, 10} *);
ERROR_REVISION_MISMATCH* = 1306 (* {1, 3, 4, 8, 10} *);
ERROR_INVALID_OWNER* = 1307 (* {0, 1, 3, 4, 8, 10} *);
ERROR_INVALID_PRIMARY_GROUP* = 1308 (* {2..4, 8, 10} *);
ERROR_NO_IMPERSONATION_TOKEN* = 1309 (* {0, 2..4, 8, 10} *);
ERROR_CANT_DISABLE_MANDATORY* = 1310 (* {1..4, 8, 10} *);
ERROR_NO_LOGON_SERVERS* = 1311 (* {0..4, 8, 10} *);
ERROR_NO_SUCH_LOGON_SESSION* = 1312 (* {5, 8, 10} *);
ERROR_NO_SUCH_PRIVILEGE* = 1313 (* {0, 5, 8, 10} *);
ERROR_PRIVILEGE_NOT_HELD* = 1314 (* {1, 5, 8, 10} *);
ERROR_INVALID_ACCOUNT_NAME* = 1315 (* {0, 1, 5, 8, 10} *);
ERROR_USER_EXISTS* = 1316 (* {2, 5, 8, 10} *);
ERROR_NO_SUCH_USER* = 1317 (* {0, 2, 5, 8, 10} *);
ERROR_GROUP_EXISTS* = 1318 (* {1, 2, 5, 8, 10} *);
ERROR_NO_SUCH_GROUP* = 1319 (* {0..2, 5, 8, 10} *);
ERROR_MEMBER_IN_GROUP* = 1320 (* {3, 5, 8, 10} *);
ERROR_MEMBER_NOT_IN_GROUP* = 1321 (* {0, 3, 5, 8, 10} *);
ERROR_LAST_ADMIN* = 1322 (* {1, 3, 5, 8, 10} *);
ERROR_WRONG_PASSWORD* = 1323 (* {0, 1, 3, 5, 8, 10} *);
ERROR_ILL_FORMED_PASSWORD* = 1324 (* {2, 3, 5, 8, 10} *);
ERROR_PASSWORD_RESTRICTION* = 1325 (* {0, 2, 3, 5, 8, 10} *);
ERROR_LOGON_FAILURE* = 1326 (* {1..3, 5, 8, 10} *);
ERROR_ACCOUNT_RESTRICTION* = 1327 (* {0..3, 5, 8, 10} *);
ERROR_INVALID_LOGON_HOURS* = 1328 (* {4, 5, 8, 10} *);
ERROR_INVALID_WORKSTATION* = 1329 (* {0, 4, 5, 8, 10} *);
ERROR_PASSWORD_EXPIRED* = 1330 (* {1, 4, 5, 8, 10} *);
ERROR_ACCOUNT_DISABLED* = 1331 (* {0, 1, 4, 5, 8, 10} *);
ERROR_NONE_MAPPED* = 1332 (* {2, 4, 5, 8, 10} *);
ERROR_TOO_MANY_LUIDS_REQUESTED* = 1333 (* {0, 2, 4, 5, 8, 10} *);
ERROR_LUIDS_EXHAUSTED* = 1334 (* {1, 2, 4, 5, 8, 10} *);
ERROR_INVALID_SUB_AUTHORITY* = 1335 (* {0..2, 4, 5, 8, 10} *);
ERROR_INVALID_ACL* = 1336 (* {3..5, 8, 10} *);
ERROR_INVALID_SID* = 1337 (* {0, 3..5, 8, 10} *);
ERROR_INVALID_SECURITY_DESCR* = 1338 (* {1, 3..5, 8, 10} *);
ERROR_BAD_INHERITANCE_ACL* = 1340 (* {2..5, 8, 10} *);
ERROR_SERVER_DISABLED* = 1341 (* {0, 2..5, 8, 10} *);
ERROR_SERVER_NOT_DISABLED* = 1342 (* {1..5, 8, 10} *);
ERROR_INVALID_ID_AUTHORITY* = 1343 (* {0..5, 8, 10} *);
ERROR_ALLOTTED_SPACE_EXCEEDED* = 1344 (* {6, 8, 10} *);
ERROR_INVALID_GROUP_ATTRIBUTES* = 1345 (* {0, 6, 8, 10} *);
ERROR_BAD_IMPERSONATION_LEVEL* = 1346 (* {1, 6, 8, 10} *);
ERROR_CANT_OPEN_ANONYMOUS* = 1347 (* {0, 1, 6, 8, 10} *);
ERROR_BAD_VALIDATION_CLASS* = 1348 (* {2, 6, 8, 10} *);
ERROR_BAD_TOKEN_TYPE* = 1349 (* {0, 2, 6, 8, 10} *);
ERROR_NO_SECURITY_ON_OBJECT* = 1350 (* {1, 2, 6, 8, 10} *);
ERROR_CANT_ACCESS_DOMAIN_INFO* = 1351 (* {0..2, 6, 8, 10} *);
ERROR_INVALID_SERVER_STATE* = 1352 (* {3, 6, 8, 10} *);
ERROR_INVALID_DOMAIN_STATE* = 1353 (* {0, 3, 6, 8, 10} *);
ERROR_INVALID_DOMAIN_ROLE* = 1354 (* {1, 3, 6, 8, 10} *);
ERROR_NO_SUCH_DOMAIN* = 1355 (* {0, 1, 3, 6, 8, 10} *);
ERROR_DOMAIN_EXISTS* = 1356 (* {2, 3, 6, 8, 10} *);
ERROR_DOMAIN_LIMIT_EXCEEDED* = 1357 (* {0, 2, 3, 6, 8, 10} *);
ERROR_INTERNAL_DB_CORRUPTION* = 1358 (* {1..3, 6, 8, 10} *);
ERROR_INTERNAL_ERROR* = 1359 (* {0..3, 6, 8, 10} *);
ERROR_GENERIC_NOT_MAPPED* = 1360 (* {4, 6, 8, 10} *);
ERROR_BAD_DESCRIPTOR_FORMAT* = 1361 (* {0, 4, 6, 8, 10} *);
ERROR_NOT_LOGON_PROCESS* = 1362 (* {1, 4, 6, 8, 10} *);
ERROR_LOGON_SESSION_EXISTS* = 1363 (* {0, 1, 4, 6, 8, 10} *);
ERROR_NO_SUCH_PACKAGE* = 1364 (* {2, 4, 6, 8, 10} *);
ERROR_BAD_LOGON_SESSION_STATE* = 1365 (* {0, 2, 4, 6, 8, 10} *);
ERROR_LOGON_SESSION_COLLISION* = 1366 (* {1, 2, 4, 6, 8, 10} *);
ERROR_INVALID_LOGON_TYPE* = 1367 (* {0..2, 4, 6, 8, 10} *);
ERROR_CANNOT_IMPERSONATE* = 1368 (* {3, 4, 6, 8, 10} *);
ERROR_RXACT_INVALID_STATE* = 1369 (* {0, 3, 4, 6, 8, 10} *);
ERROR_RXACT_COMMIT_FAILURE* = 1370 (* {1, 3, 4, 6, 8, 10} *);
ERROR_SPECIAL_ACCOUNT* = 1371 (* {0, 1, 3, 4, 6, 8, 10} *);
ERROR_SPECIAL_GROUP* = 1372 (* {2..4, 6, 8, 10} *);
ERROR_SPECIAL_USER* = 1373 (* {0, 2..4, 6, 8, 10} *);
ERROR_MEMBERS_PRIMARY_GROUP* = 1374 (* {1..4, 6, 8, 10} *);
ERROR_TOKEN_ALREADY_IN_USE* = 1375 (* {0..4, 6, 8, 10} *);
ERROR_NO_SUCH_ALIAS* = 1376 (* {5, 6, 8, 10} *);
ERROR_MEMBER_NOT_IN_ALIAS* = 1377 (* {0, 5, 6, 8, 10} *);
ERROR_MEMBER_IN_ALIAS* = 1378 (* {1, 5, 6, 8, 10} *);
ERROR_ALIAS_EXISTS* = 1379 (* {0, 1, 5, 6, 8, 10} *);
ERROR_LOGON_NOT_GRANTED* = 1380 (* {2, 5, 6, 8, 10} *);
ERROR_TOO_MANY_SECRETS* = 1381 (* {0, 2, 5, 6, 8, 10} *);
ERROR_SECRET_TOO_LONG* = 1382 (* {1, 2, 5, 6, 8, 10} *);
ERROR_INTERNAL_DB_ERROR* = 1383 (* {0..2, 5, 6, 8, 10} *);
ERROR_TOO_MANY_CONTEXT_IDS* = 1384 (* {3, 5, 6, 8, 10} *);
ERROR_LOGON_TYPE_NOT_GRANTED* = 1385 (* {0, 3, 5, 6, 8, 10} *);
ERROR_NT_CROSS_ENCRYPTION_REQUIRED* = 1386 (* {1, 3, 5, 6, 8, 10} *);
ERROR_NO_SUCH_MEMBER* = 1387 (* {0, 1, 3, 5, 6, 8, 10} *);
ERROR_INVALID_MEMBER* = 1388 (* {2, 3, 5, 6, 8, 10} *);
ERROR_TOO_MANY_SIDS* = 1389 (* {0, 2, 3, 5, 6, 8, 10} *);
ERROR_LM_CROSS_ENCRYPTION_REQUIRED* = 1390 (* {1..3, 5, 6, 8, 10} *);
ERROR_NO_INHERITANCE* = 1391 (* {0..3, 5, 6, 8, 10} *);
ERROR_FILE_CORRUPT* = 1392 (* {4..6, 8, 10} *);
ERROR_DISK_CORRUPT* = 1393 (* {0, 4..6, 8, 10} *);
ERROR_NO_USER_SESSION_KEY* = 1394 (* {1, 4..6, 8, 10} *);
ERROR_LICENSE_QUOTA_EXCEEDED* = 1395 (* {0, 1, 4..6, 8, 10} *);
ERROR_INVALID_WINDOW_HANDLE* = 1400 (* {3..6, 8, 10} *);
ERROR_INVALID_MENU_HANDLE* = 1401 (* {0, 3..6, 8, 10} *);
ERROR_INVALID_CURSOR_HANDLE* = 1402 (* {1, 3..6, 8, 10} *);
ERROR_INVALID_ACCEL_HANDLE* = 1403 (* {0, 1, 3..6, 8, 10} *);
ERROR_INVALID_HOOK_HANDLE* = 1404 (* {2..6, 8, 10} *);
ERROR_INVALID_DWP_HANDLE* = 1405 (* {0, 2..6, 8, 10} *);
ERROR_TLW_WITH_WSCHILD* = 1406 (* {1..6, 8, 10} *);
ERROR_CANNOT_FIND_WND_CLASS* = 1407 (* {0..6, 8, 10} *);
ERROR_WINDOW_OF_OTHER_THREAD* = 1408 (* {7, 8, 10} *);
ERROR_HOTKEY_ALREADY_REGISTERED* = 1409 (* {0, 7, 8, 10} *);
ERROR_CLASS_ALREADY_EXISTS* = 1410 (* {1, 7, 8, 10} *);
ERROR_CLASS_DOES_NOT_EXIST* = 1411 (* {0, 1, 7, 8, 10} *);
ERROR_CLASS_HAS_WINDOWS* = 1412 (* {2, 7, 8, 10} *);
ERROR_INVALID_INDEX* = 1413 (* {0, 2, 7, 8, 10} *);
ERROR_INVALID_ICON_HANDLE* = 1414 (* {1, 2, 7, 8, 10} *);
ERROR_PRIVATE_DIALOG_INDEX* = 1415 (* {0..2, 7, 8, 10} *);
ERROR_LISTBOX_ID_NOT_FOUND* = 1416 (* {3, 7, 8, 10} *);
ERROR_NO_WILDCARD_CHARACTERS* = 1417 (* {0, 3, 7, 8, 10} *);
ERROR_CLIPBOARD_NOT_OPEN* = 1418 (* {1, 3, 7, 8, 10} *);
ERROR_HOTKEY_NOT_REGISTERED* = 1419 (* {0, 1, 3, 7, 8, 10} *);
ERROR_WINDOW_NOT_DIALOG* = 1420 (* {2, 3, 7, 8, 10} *);
ERROR_CONTROL_ID_NOT_FOUND* = 1421 (* {0, 2, 3, 7, 8, 10} *);
ERROR_INVALID_COMBOBOX_MESSAGE* = 1422 (* {1..3, 7, 8, 10} *);
ERROR_WINDOW_NOT_COMBOBOX* = 1423 (* {0..3, 7, 8, 10} *);
ERROR_INVALID_EDIT_HEIGHT* = 1424 (* {4, 7, 8, 10} *);
ERROR_DC_NOT_FOUND* = 1425 (* {0, 4, 7, 8, 10} *);
ERROR_INVALID_HOOK_FILTER* = 1426 (* {1, 4, 7, 8, 10} *);
ERROR_INVALID_FILTER_PROC* = 1427 (* {0, 1, 4, 7, 8, 10} *);
ERROR_HOOK_NEEDS_HMOD* = 1428 (* {2, 4, 7, 8, 10} *);
ERROR_GLOBAL_ONLY_HOOK* = 1429 (* {0, 2, 4, 7, 8, 10} *);
ERROR_JOURNAL_HOOK_SET* = 1430 (* {1, 2, 4, 7, 8, 10} *);
ERROR_HOOK_NOT_INSTALLED* = 1431 (* {0..2, 4, 7, 8, 10} *);
ERROR_INVALID_LB_MESSAGE* = 1432 (* {3, 4, 7, 8, 10} *);
ERROR_SETCOUNT_ON_BAD_LB* = 1433 (* {0, 3, 4, 7, 8, 10} *);
ERROR_LB_WITHOUT_TABSTOPS* = 1434 (* {1, 3, 4, 7, 8, 10} *);
ERROR_DESTROY_OBJECT_OF_OTHER_THREAD* = 1435 (* {0, 1, 3, 4, 7, 8, 10} *);
ERROR_CHILD_WINDOW_MENU* = 1436 (* {2..4, 7, 8, 10} *);
ERROR_NO_SYSTEM_MENU* = 1437 (* {0, 2..4, 7, 8, 10} *);
ERROR_INVALID_MSGBOX_STYLE* = 1438 (* {1..4, 7, 8, 10} *);
ERROR_INVALID_SPI_VALUE* = 1439 (* {0..4, 7, 8, 10} *);
ERROR_SCREEN_ALREADY_LOCKED* = 1440 (* {5, 7, 8, 10} *);
ERROR_HWNDS_HAVE_DIFF_PARENT* = 1441 (* {0, 5, 7, 8, 10} *);
ERROR_NOT_CHILD_WINDOW* = 1442 (* {1, 5, 7, 8, 10} *);
ERROR_INVALID_GW_COMMAND* = 1443 (* {0, 1, 5, 7, 8, 10} *);
ERROR_INVALID_THREAD_ID* = 1444 (* {2, 5, 7, 8, 10} *);
ERROR_NON_MDICHILD_WINDOW* = 1445 (* {0, 2, 5, 7, 8, 10} *);
ERROR_POPUP_ALREADY_ACTIVE* = 1446 (* {1, 2, 5, 7, 8, 10} *);
ERROR_NO_SCROLLBARS* = 1447 (* {0..2, 5, 7, 8, 10} *);
ERROR_INVALID_SCROLLBAR_RANGE* = 1448 (* {3, 5, 7, 8, 10} *);
ERROR_INVALID_SHOWWIN_COMMAND* = 1449 (* {0, 3, 5, 7, 8, 10} *);
ERROR_NO_SYSTEM_RESOURCES* = 1450 (* {1, 3, 5, 7, 8, 10} *);
ERROR_NONPAGED_SYSTEM_RESOURCES* = 1451 (* {0, 1, 3, 5, 7, 8, 10} *);
ERROR_PAGED_SYSTEM_RESOURCES* = 1452 (* {2, 3, 5, 7, 8, 10} *);
ERROR_WORKING_SET_QUOTA* = 1453 (* {0, 2, 3, 5, 7, 8, 10} *);
ERROR_PAGEFILE_QUOTA* = 1454 (* {1..3, 5, 7, 8, 10} *);
ERROR_COMMITMENT_LIMIT* = 1455 (* {0..3, 5, 7, 8, 10} *);
ERROR_MENU_ITEM_NOT_FOUND* = 1456 (* {4, 5, 7, 8, 10} *);
ERROR_EVENTLOG_FILE_CORRUPT* = 1500 (* {2..4, 6..8, 10} *);
ERROR_EVENTLOG_CANT_START* = 1501 (* {0, 2..4, 6..8, 10} *);
ERROR_LOG_FILE_FULL* = 1502 (* {1..4, 6..8, 10} *);
ERROR_EVENTLOG_FILE_CHANGED* = 1503 (* {0..4, 6..8, 10} *);
RPC_S_INVALID_STRING_BINDING* = 1700 (* {2, 5, 7, 9, 10} *);
RPC_S_WRONG_KIND_OF_BINDING* = 1701 (* {0, 2, 5, 7, 9, 10} *);
RPC_S_INVALID_BINDING* = 1702 (* {1, 2, 5, 7, 9, 10} *);
RPC_S_PROTSEQ_NOT_SUPPORTED* = 1703 (* {0..2, 5, 7, 9, 10} *);
RPC_S_INVALID_RPC_PROTSEQ* = 1704 (* {3, 5, 7, 9, 10} *);
RPC_S_INVALID_STRING_UUID* = 1705 (* {0, 3, 5, 7, 9, 10} *);
RPC_S_INVALID_ENDPOINT_FORMAT* = 1706 (* {1, 3, 5, 7, 9, 10} *);
RPC_S_INVALID_NET_ADDR* = 1707 (* {0, 1, 3, 5, 7, 9, 10} *);
RPC_S_NO_ENDPOINT_FOUND* = 1708 (* {2, 3, 5, 7, 9, 10} *);
RPC_S_INVALID_TIMEOUT* = 1709 (* {0, 2, 3, 5, 7, 9, 10} *);
RPC_S_OBJECT_NOT_FOUND* = 1710 (* {1..3, 5, 7, 9, 10} *);
RPC_S_ALREADY_REGISTERED* = 1711 (* {0..3, 5, 7, 9, 10} *);
RPC_S_TYPE_ALREADY_REGISTERED* = 1712 (* {4, 5, 7, 9, 10} *);
RPC_S_ALREADY_LISTENING* = 1713 (* {0, 4, 5, 7, 9, 10} *);
RPC_S_NO_PROTSEQS_REGISTERED* = 1714 (* {1, 4, 5, 7, 9, 10} *);
RPC_S_NOT_LISTENING* = 1715 (* {0, 1, 4, 5, 7, 9, 10} *);
RPC_S_UNKNOWN_MGR_TYPE* = 1716 (* {2, 4, 5, 7, 9, 10} *);
RPC_S_UNKNOWN_IF* = 1717 (* {0, 2, 4, 5, 7, 9, 10} *);
RPC_S_NO_BINDINGS* = 1718 (* {1, 2, 4, 5, 7, 9, 10} *);
RPC_S_NO_PROTSEQS* = 1719 (* {0..2, 4, 5, 7, 9, 10} *);
RPC_S_CANT_CREATE_ENDPOINT* = 1720 (* {3..5, 7, 9, 10} *);
RPC_S_OUT_OF_RESOURCES* = 1721 (* {0, 3..5, 7, 9, 10} *);
RPC_S_SERVER_UNAVAILABLE* = 1722 (* {1, 3..5, 7, 9, 10} *);
RPC_S_SERVER_TOO_BUSY* = 1723 (* {0, 1, 3..5, 7, 9, 10} *);
RPC_S_INVALID_NETWORK_OPTIONS* = 1724 (* {2..5, 7, 9, 10} *);
RPC_S_NO_CALL_ACTIVE* = 1725 (* {0, 2..5, 7, 9, 10} *);
RPC_S_CALL_FAILED* = 1726 (* {1..5, 7, 9, 10} *);
RPC_S_CALL_FAILED_DNE* = 1727 (* {0..5, 7, 9, 10} *);
RPC_S_PROTOCOL_ERROR* = 1728 (* {6, 7, 9, 10} *);
RPC_S_UNSUPPORTED_TRANS_SYN* = 1730 (* {1, 6, 7, 9, 10} *);
RPC_S_UNSUPPORTED_TYPE* = 1732 (* {2, 6, 7, 9, 10} *);
RPC_S_INVALID_TAG* = 1733 (* {0, 2, 6, 7, 9, 10} *);
RPC_S_INVALID_BOUND* = 1734 (* {1, 2, 6, 7, 9, 10} *);
RPC_S_NO_ENTRY_NAME* = 1735 (* {0..2, 6, 7, 9, 10} *);
RPC_S_INVALID_NAME_SYNTAX* = 1736 (* {3, 6, 7, 9, 10} *);
RPC_S_UNSUPPORTED_NAME_SYNTAX* = 1737 (* {0, 3, 6, 7, 9, 10} *);
RPC_S_UUID_NO_ADDRESS* = 1739 (* {0, 1, 3, 6, 7, 9, 10} *);
RPC_S_DUPLICATE_ENDPOINT* = 1740 (* {2, 3, 6, 7, 9, 10} *);
RPC_S_UNKNOWN_AUTHN_TYPE* = 1741 (* {0, 2, 3, 6, 7, 9, 10} *);
RPC_S_MAX_CALLS_TOO_SMALL* = 1742 (* {1..3, 6, 7, 9, 10} *);
RPC_S_STRING_TOO_LONG* = 1743 (* {0..3, 6, 7, 9, 10} *);
RPC_S_PROTSEQ_NOT_FOUND* = 1744 (* {4, 6, 7, 9, 10} *);
RPC_S_PROCNUM_OUT_OF_RANGE* = 1745 (* {0, 4, 6, 7, 9, 10} *);
RPC_S_BINDING_HAS_NO_AUTH* = 1746 (* {1, 4, 6, 7, 9, 10} *);
RPC_S_UNKNOWN_AUTHN_SERVICE* = 1747 (* {0, 1, 4, 6, 7, 9, 10} *);
RPC_S_UNKNOWN_AUTHN_LEVEL* = 1748 (* {2, 4, 6, 7, 9, 10} *);
RPC_S_INVALID_AUTH_IDENTITY* = 1749 (* {0, 2, 4, 6, 7, 9, 10} *);
RPC_S_UNKNOWN_AUTHZ_SERVICE* = 1750 (* {1, 2, 4, 6, 7, 9, 10} *);
EPT_S_INVALID_ENTRY* = 1751 (* {0..2, 4, 6, 7, 9, 10} *);
EPT_S_CANT_PERFORM_OP* = 1752 (* {3, 4, 6, 7, 9, 10} *);
EPT_S_NOT_REGISTERED* = 1753 (* {0, 3, 4, 6, 7, 9, 10} *);
RPC_S_NOTHING_TO_EXPORT* = 1754 (* {1, 3, 4, 6, 7, 9, 10} *);
RPC_S_INCOMPLETE_NAME* = 1755 (* {0, 1, 3, 4, 6, 7, 9, 10} *);
RPC_S_INVALID_VERS_OPTION* = 1756 (* {2..4, 6, 7, 9, 10} *);
RPC_S_NO_MORE_MEMBERS* = 1757 (* {0, 2..4, 6, 7, 9, 10} *);
RPC_S_NOT_ALL_OBJS_UNEXPORTED* = 1758 (* {1..4, 6, 7, 9, 10} *);
RPC_S_INTERFACE_NOT_FOUND* = 1759 (* {0..4, 6, 7, 9, 10} *);
RPC_S_ENTRY_ALREADY_EXISTS* = 1760 (* {5..7, 9, 10} *);
RPC_S_ENTRY_NOT_FOUND* = 1761 (* {0, 5..7, 9, 10} *);
RPC_S_NAME_SERVICE_UNAVAILABLE* = 1762 (* {1, 5..7, 9, 10} *);
RPC_S_INVALID_NAF_ID* = 1763 (* {0, 1, 5..7, 9, 10} *);
RPC_S_CANNOT_SUPPORT* = 1764 (* {2, 5..7, 9, 10} *);
RPC_S_NO_CONTEXT_AVAILABLE* = 1765 (* {0, 2, 5..7, 9, 10} *);
RPC_S_INTERNAL_ERROR* = 1766 (* {1, 2, 5..7, 9, 10} *);
RPC_S_ZERO_DIVIDE* = 1767 (* {0..2, 5..7, 9, 10} *);
RPC_S_ADDRESS_ERROR* = 1768 (* {3, 5..7, 9, 10} *);
RPC_S_FP_DIV_ZERO* = 1769 (* {0, 3, 5..7, 9, 10} *);
RPC_S_FP_UNDERFLOW* = 1770 (* {1, 3, 5..7, 9, 10} *);
RPC_S_FP_OVERFLOW* = 1771 (* {0, 1, 3, 5..7, 9, 10} *);
RPC_X_NO_MORE_ENTRIES* = 1772 (* {2, 3, 5..7, 9, 10} *);
RPC_X_SS_CHAR_TRANS_OPEN_FAIL* = 1773 (* {0, 2, 3, 5..7, 9, 10} *);
RPC_X_SS_CHAR_TRANS_SHORT_FILE* = 1774 (* {1..3, 5..7, 9, 10} *);
RPC_X_SS_IN_NULL_CONTEXT* = 1775 (* {0..3, 5..7, 9, 10} *);
RPC_X_SS_CONTEXT_DAMAGED* = 1777 (* {0, 4..7, 9, 10} *);
RPC_X_SS_HANDLES_MISMATCH* = 1778 (* {1, 4..7, 9, 10} *);
RPC_X_SS_CANNOT_GET_CALL_HANDLE* = 1779 (* {0, 1, 4..7, 9, 10} *);
RPC_X_NULL_REF_POINTER* = 1780 (* {2, 4..7, 9, 10} *);
RPC_X_ENUM_VALUE_OUT_OF_RANGE* = 1781 (* {0, 2, 4..7, 9, 10} *);
RPC_X_BYTE_COUNT_TOO_SMALL* = 1782 (* {1, 2, 4..7, 9, 10} *);
RPC_X_BAD_STUB_DATA* = 1783 (* {0..2, 4..7, 9, 10} *);
ERROR_INVALID_USER_BUFFER* = 1784 (* {3..7, 9, 10} *);
ERROR_UNRECOGNIZED_MEDIA* = 1785 (* {0, 3..7, 9, 10} *);
ERROR_NO_TRUST_LSA_SECRET* = 1786 (* {1, 3..7, 9, 10} *);
ERROR_NO_TRUST_SAM_ACCOUNT* = 1787 (* {0, 1, 3..7, 9, 10} *);
ERROR_TRUSTED_DOMAIN_FAILURE* = 1788 (* {2..7, 9, 10} *);
ERROR_TRUSTED_RELATIONSHIP_FAILURE* = 1789 (* {0, 2..7, 9, 10} *);
ERROR_TRUST_FAILURE* = 1790 (* {1..7, 9, 10} *);
RPC_S_CALL_IN_PROGRESS* = 1791 (* {0..7, 9, 10} *);
ERROR_NETLOGON_NOT_STARTED* = 1792 (* {8..10} *);
ERROR_ACCOUNT_EXPIRED* = 1793 (* {0, 8..10} *);
ERROR_REDIRECTOR_HAS_OPEN_HANDLES* = 1794 (* {1, 8..10} *);
ERROR_PRINTER_DRIVER_ALREADY_INSTALLED* = 1795 (* {0, 1, 8..10} *);
ERROR_UNKNOWN_PORT* = 1796 (* {2, 8..10} *);
ERROR_UNKNOWN_PRINTER_DRIVER* = 1797 (* {0, 2, 8..10} *);
ERROR_UNKNOWN_PRINTPROCESSOR* = 1798 (* {1, 2, 8..10} *);
ERROR_INVALID_SEPARATOR_FILE* = 1799 (* {0..2, 8..10} *);
ERROR_INVALID_PRIORITY* = 1800 (* {3, 8..10} *);
ERROR_INVALID_PRINTER_NAME* = 1801 (* {0, 3, 8..10} *);
ERROR_PRINTER_ALREADY_EXISTS* = 1802 (* {1, 3, 8..10} *);
ERROR_INVALID_PRINTER_COMMAND* = 1803 (* {0, 1, 3, 8..10} *);
ERROR_INVALID_DATATYPE* = 1804 (* {2, 3, 8..10} *);
ERROR_INVALID_ENVIRONMENT* = 1805 (* {0, 2, 3, 8..10} *);
RPC_S_NO_MORE_BINDINGS* = 1806 (* {1..3, 8..10} *);
ERROR_NOLOGON_INTERDOMAIN_TRUST_ACCOUNT* = 1807 (* {0..3, 8..10} *);
ERROR_NOLOGON_WORKSTATION_TRUST_ACCOUNT* = 1808 (* {4, 8..10} *);
ERROR_NOLOGON_SERVER_TRUST_ACCOUNT* = 1809 (* {0, 4, 8..10} *);
ERROR_DOMAIN_TRUST_INCONSISTENT* = 1810 (* {1, 4, 8..10} *);
ERROR_SERVER_HAS_OPEN_HANDLES* = 1811 (* {0, 1, 4, 8..10} *);
ERROR_RESOURCE_DATA_NOT_FOUND* = 1812 (* {2, 4, 8..10} *);
ERROR_RESOURCE_TYPE_NOT_FOUND* = 1813 (* {0, 2, 4, 8..10} *);
ERROR_RESOURCE_NAME_NOT_FOUND* = 1814 (* {1, 2, 4, 8..10} *);
ERROR_RESOURCE_LANG_NOT_FOUND* = 1815 (* {0..2, 4, 8..10} *);
ERROR_NOT_ENOUGH_QUOTA* = 1816 (* {3, 4, 8..10} *);
RPC_S_NO_INTERFACES* = 1817 (* {0, 3, 4, 8..10} *);
RPC_S_CALL_CANCELLED* = 1818 (* {1, 3, 4, 8..10} *);
RPC_S_BINDING_INCOMPLETE* = 1819 (* {0, 1, 3, 4, 8..10} *);
RPC_S_COMM_FAILURE* = 1820 (* {2..4, 8..10} *);
RPC_S_UNSUPPORTED_AUTHN_LEVEL* = 1821 (* {0, 2..4, 8..10} *);
RPC_S_NO_PRINC_NAME* = 1822 (* {1..4, 8..10} *);
RPC_S_NOT_RPC_ERROR* = 1823 (* {0..4, 8..10} *);
RPC_S_UUID_LOCAL_ONLY* = 1824 (* {5, 8..10} *);
RPC_S_SEC_PKG_ERROR* = 1825 (* {0, 5, 8..10} *);
RPC_S_NOT_CANCELLED* = 1826 (* {1, 5, 8..10} *);
RPC_X_INVALID_ES_ACTION* = 1827 (* {0, 1, 5, 8..10} *);
RPC_X_WRONG_ES_VERSION* = 1828 (* {2, 5, 8..10} *);
RPC_X_WRONG_STUB_VERSION* = 1829 (* {0, 2, 5, 8..10} *);
RPC_S_GROUP_MEMBER_NOT_FOUND* = 1898 (* {1, 3, 5, 6, 8..10} *);
EPT_S_CANT_CREATE* = 1899 (* {0, 1, 3, 5, 6, 8..10} *);
RPC_S_INVALID_OBJECT* = 1900 (* {2, 3, 5, 6, 8..10} *);
ERROR_INVALID_TIME* = 1901 (* {0, 2, 3, 5, 6, 8..10} *);
ERROR_INVALID_FORM_NAME* = 1902 (* {1..3, 5, 6, 8..10} *);
ERROR_INVALID_FORM_SIZE* = 1903 (* {0..3, 5, 6, 8..10} *);
ERROR_ALREADY_WAITING* = 1904 (* {4..6, 8..10} *);
ERROR_PRINTER_DELETED* = 1905 (* {0, 4..6, 8..10} *);
ERROR_INVALID_PRINTER_STATE* = 1906 (* {1, 4..6, 8..10} *);
ERROR_PASSWORD_MUST_CHANGE* = 1907 (* {0, 1, 4..6, 8..10} *);
ERROR_DOMAIN_CONTROLLER_NOT_FOUND* = 1908 (* {2, 4..6, 8..10} *);
ERROR_ACCOUNT_LOCKED_OUT* = 1909 (* {0, 2, 4..6, 8..10} *);
ERROR_NO_BROWSER_SERVERS_FOUND* = 6118 (* {1, 2, 5..10, 12} *);
ERROR_INVALID_PIXEL_FORMAT* = 2000 (* {4, 6..10} *);
ERROR_BAD_DRIVER* = 2001 (* {0, 4, 6..10} *);
ERROR_INVALID_WINDOW_STYLE* = 2002 (* {1, 4, 6..10} *);
ERROR_METAFILE_NOT_SUPPORTED* = 2003 (* {0, 1, 4, 6..10} *);
ERROR_TRANSFORM_NOT_SUPPORTED* = 2004 (* {2, 4, 6..10} *);
ERROR_CLIPPING_NOT_SUPPORTED* = 2005 (* {0, 2, 4, 6..10} *);
ERROR_UNKNOWN_PRINT_MONITOR* = 3000 (* {3..5, 7..9, 11} *);
ERROR_PRINTER_DRIVER_IN_USE* = 3001 (* {0, 3..5, 7..9, 11} *);
ERROR_SPOOL_FILE_NOT_FOUND* = 3002 (* {1, 3..5, 7..9, 11} *);
ERROR_SPL_NO_STARTDOC* = 3003 (* {0, 1, 3..5, 7..9, 11} *);
ERROR_SPL_NO_ADDJOB* = 3004 (* {2..5, 7..9, 11} *);
ERROR_PRINT_PROCESSOR_ALREADY_INSTALLED* = 3005 (* {0, 2..5, 7..9, 11} *);
ERROR_PRINT_MONITOR_ALREADY_INSTALLED* = 3006 (* {1..5, 7..9, 11} *);
ERROR_WINS_INTERNAL* = 4000 (* {5, 7..11} *);
ERROR_CAN_NOT_DEL_LOCAL_WINS* = 4001 (* {0, 5, 7..11} *);
ERROR_STATIC_INIT* = 4002 (* {1, 5, 7..11} *);
ERROR_INC_BACKUP* = 4003 (* {0, 1, 5, 7..11} *);
ERROR_FULL_BACKUP* = 4004 (* {2, 5, 7..11} *);
ERROR_REC_NON_EXISTENT* = 4005 (* {0, 2, 5, 7..11} *);
ERROR_RPL_NOT_ALLOWED* = 4006 (* {1, 2, 5, 7..11} *);
SEVERITY_SUCCESS* = 0 (* {} *);
SEVERITY_ERROR* = 1 (* {0} *);
FACILITY_NT_BIT* = 268435456 (* {28} *);
NOERROR* = 0 (* {} *);
E_UNEXPECTED* = -2147418113 (* {0..15, 31} *);
E_NOTIMPL* = -2147467263 (* {0, 14, 31} *);
E_OUTOFMEMORY* = -2147024882 (* {1..3, 16..18, 31} *);
E_INVALIDARG* = -2147024809 (* {0..2, 4, 6, 16..18, 31} *);
E_NOINTERFACE* = -2147467262 (* {1, 14, 31} *);
E_POINTER* = -2147467261 (* {0, 1, 14, 31} *);
E_HANDLE* = -2147024890 (* {1, 2, 16..18, 31} *);
E_ABORT* = -2147467260 (* {2, 14, 31} *);
E_FAIL* = -2147467259 (* {0, 2, 14, 31} *);
E_ACCESSDENIED* = -2147024891 (* {0, 2, 16..18, 31} *);
E_PENDING* = -2147024889 (* {0..2, 16..18, 31} *);
CO_E_INIT_TLS* = -2147467258 (* {1, 2, 14, 31} *);
CO_E_INIT_SHARED_ALLOCATOR* = -2147467257 (* {0..2, 14, 31} *);
CO_E_INIT_MEMORY_ALLOCATOR* = -2147467256 (* {3, 14, 31} *);
CO_E_INIT_CLASS_CACHE* = -2147467255 (* {0, 3, 14, 31} *);
CO_E_INIT_RPC_CHANNEL* = -2147467254 (* {1, 3, 14, 31} *);
CO_E_INIT_TLS_SET_CHANNEL_CONTROL* = -2147467253 (* {0, 1, 3, 14, 31} *);
CO_E_INIT_TLS_CHANNEL_CONTROL* = -2147467252 (* {2, 3, 14, 31} *);
CO_E_INIT_UNACCEPTED_USER_ALLOCATOR* = -2147467251 (* {0, 2, 3, 14, 31} *);
CO_E_INIT_SCM_MUTEX_EXISTS* = -2147467250 (* {1..3, 14, 31} *);
CO_E_INIT_SCM_FILE_MAPPING_EXISTS* = -2147467249 (* {0..3, 14, 31} *);
CO_E_INIT_SCM_MAP_VIEW_OF_FILE* = -2147467248 (* {4, 14, 31} *);
CO_E_INIT_SCM_EXEC_FAILURE* = -2147467247 (* {0, 4, 14, 31} *);
CO_E_INIT_ONLY_SINGLE_THREADED* = -2147467246 (* {1, 4, 14, 31} *);
S_OK* = 0 (* {} *);
S_FALSE* = 1 (* {0} *);
OLE_E_FIRST* = -2147221504 (* {18, 31} *);
OLE_E_LAST* = -2147221249 (* {0..7, 18, 31} *);
OLE_S_FIRST* = 262144 (* {18} *);
OLE_S_LAST* = 262399 (* {0..7, 18} *);
OLE_E_OLEVERB* = -2147221504 (* {18, 31} *);
OLE_E_ADVF* = -2147221503 (* {0, 18, 31} *);
OLE_E_ENUM_NOMORE* = -2147221502 (* {1, 18, 31} *);
OLE_E_ADVISENOTSUPPORTED* = -2147221501 (* {0, 1, 18, 31} *);
OLE_E_NOCONNECTION* = -2147221500 (* {2, 18, 31} *);
OLE_E_NOTRUNNING* = -2147221499 (* {0, 2, 18, 31} *);
OLE_E_NOCACHE* = -2147221498 (* {1, 2, 18, 31} *);
OLE_E_BLANK* = -2147221497 (* {0..2, 18, 31} *);
OLE_E_CLASSDIFF* = -2147221496 (* {3, 18, 31} *);
OLE_E_CANT_GETMONIKER* = -2147221495 (* {0, 3, 18, 31} *);
OLE_E_CANT_BINDTOSOURCE* = -2147221494 (* {1, 3, 18, 31} *);
OLE_E_STATIC* = -2147221493 (* {0, 1, 3, 18, 31} *);
OLE_E_PROMPTSAVECANCELLED* = -2147221492 (* {2, 3, 18, 31} *);
OLE_E_INVALIDRECT* = -2147221491 (* {0, 2, 3, 18, 31} *);
OLE_E_WRONGCOMPOBJ* = -2147221490 (* {1..3, 18, 31} *);
OLE_E_INVALIDHWND* = -2147221489 (* {0..3, 18, 31} *);
OLE_E_NOT_INPLACEACTIVE* = -2147221488 (* {4, 18, 31} *);
OLE_E_CANTCONVERT* = -2147221487 (* {0, 4, 18, 31} *);
OLE_E_NOSTORAGE* = -2147221486 (* {1, 4, 18, 31} *);
DV_E_FORMATETC* = -2147221404 (* {2, 5, 6, 18, 31} *);
DV_E_DVTARGETDEVICE* = -2147221403 (* {0, 2, 5, 6, 18, 31} *);
DV_E_STGMEDIUM* = -2147221402 (* {1, 2, 5, 6, 18, 31} *);
DV_E_STATDATA* = -2147221401 (* {0..2, 5, 6, 18, 31} *);
DV_E_LINDEX* = -2147221400 (* {3, 5, 6, 18, 31} *);
DV_E_TYMED* = -2147221399 (* {0, 3, 5, 6, 18, 31} *);
DV_E_CLIPFORMAT* = -2147221398 (* {1, 3, 5, 6, 18, 31} *);
DV_E_DVASPECT* = -2147221397 (* {0, 1, 3, 5, 6, 18, 31} *);
DV_E_DVTARGETDEVICE_SIZE* = -2147221396 (* {2, 3, 5, 6, 18, 31} *);
DV_E_NOIVIEWOBJECT* = -2147221395 (* {0, 2, 3, 5, 6, 18, 31} *);
DRAGDROP_E_FIRST* = -2147221248 (* {8, 18, 31} *);
DRAGDROP_E_LAST* = -2147221233 (* {0..3, 8, 18, 31} *);
DRAGDROP_S_FIRST* = 262400 (* {8, 18} *);
DRAGDROP_S_LAST* = 262415 (* {0..3, 8, 18} *);
DRAGDROP_E_NOTREGISTERED* = -2147221248 (* {8, 18, 31} *);
DRAGDROP_E_ALREADYREGISTERED* = -2147221247 (* {0, 8, 18, 31} *);
DRAGDROP_E_INVALIDHWND* = -2147221246 (* {1, 8, 18, 31} *);
CLASSFACTORY_E_FIRST* = -2147221232 (* {4, 8, 18, 31} *);
CLASSFACTORY_E_LAST* = -2147221217 (* {0..4, 8, 18, 31} *);
CLASSFACTORY_S_FIRST* = 262416 (* {4, 8, 18} *);
CLASSFACTORY_S_LAST* = 262431 (* {0..4, 8, 18} *);
CLASS_E_NOAGGREGATION* = -2147221232 (* {4, 8, 18, 31} *);
CLASS_E_CLASSNOTAVAILABLE* = -2147221231 (* {0, 4, 8, 18, 31} *);
MARSHAL_E_FIRST* = -2147221216 (* {5, 8, 18, 31} *);
MARSHAL_E_LAST* = -2147221201 (* {0..3, 5, 8, 18, 31} *);
MARSHAL_S_FIRST* = 262432 (* {5, 8, 18} *);
MARSHAL_S_LAST* = 262447 (* {0..3, 5, 8, 18} *);
DATA_E_FIRST* = -2147221200 (* {4, 5, 8, 18, 31} *);
DATA_E_LAST* = -2147221185 (* {0..5, 8, 18, 31} *);
DATA_S_FIRST* = 262448 (* {4, 5, 8, 18} *);
DATA_S_LAST* = 262463 (* {0..5, 8, 18} *);
VIEW_E_FIRST* = -2147221184 (* {6, 8, 18, 31} *);
VIEW_E_LAST* = -2147221169 (* {0..3, 6, 8, 18, 31} *);
VIEW_S_FIRST* = 262464 (* {6, 8, 18} *);
VIEW_S_LAST* = 262479 (* {0..3, 6, 8, 18} *);
VIEW_E_DRAW* = -2147221184 (* {6, 8, 18, 31} *);
REGDB_E_FIRST* = -2147221168 (* {4, 6, 8, 18, 31} *);
REGDB_E_LAST* = -2147221153 (* {0..4, 6, 8, 18, 31} *);
REGDB_S_FIRST* = 262480 (* {4, 6, 8, 18} *);
REGDB_S_LAST* = 262495 (* {0..4, 6, 8, 18} *);
REGDB_E_READREGDB* = -2147221168 (* {4, 6, 8, 18, 31} *);
REGDB_E_WRITEREGDB* = -2147221167 (* {0, 4, 6, 8, 18, 31} *);
REGDB_E_KEYMISSING* = -2147221166 (* {1, 4, 6, 8, 18, 31} *);
REGDB_E_INVALIDVALUE* = -2147221165 (* {0, 1, 4, 6, 8, 18, 31} *);
REGDB_E_CLASSNOTREG* = -2147221164 (* {2, 4, 6, 8, 18, 31} *);
REGDB_E_IIDNOTREG* = -2147221163 (* {0, 2, 4, 6, 8, 18, 31} *);
CACHE_E_FIRST* = -2147221136 (* {4..6, 8, 18, 31} *);
CACHE_E_LAST* = -2147221121 (* {0..6, 8, 18, 31} *);
CACHE_S_FIRST* = 262512 (* {4..6, 8, 18} *);
CACHE_S_LAST* = 262527 (* {0..6, 8, 18} *);
CACHE_E_NOCACHE_UPDATED* = -2147221136 (* {4..6, 8, 18, 31} *);
OLEOBJ_E_FIRST* = -2147221120 (* {7, 8, 18, 31} *);
OLEOBJ_E_LAST* = -2147221105 (* {0..3, 7, 8, 18, 31} *);
OLEOBJ_S_FIRST* = 262528 (* {7, 8, 18} *);
OLEOBJ_S_LAST* = 262543 (* {0..3, 7, 8, 18} *);
OLEOBJ_E_NOVERBS* = -2147221120 (* {7, 8, 18, 31} *);
OLEOBJ_E_INVALIDVERB* = -2147221119 (* {0, 7, 8, 18, 31} *);
CLIENTSITE_E_FIRST* = -2147221104 (* {4, 7, 8, 18, 31} *);
CLIENTSITE_E_LAST* = -2147221089 (* {0..4, 7, 8, 18, 31} *);
CLIENTSITE_S_FIRST* = 262544 (* {4, 7, 8, 18} *);
CLIENTSITE_S_LAST* = 262559 (* {0..4, 7, 8, 18} *);
INPLACE_E_NOTUNDOABLE* = -2147221088 (* {5, 7, 8, 18, 31} *);
INPLACE_E_NOTOOLSPACE* = -2147221087 (* {0, 5, 7, 8, 18, 31} *);
INPLACE_E_FIRST* = -2147221088 (* {5, 7, 8, 18, 31} *);
INPLACE_E_LAST* = -2147221073 (* {0..3, 5, 7, 8, 18, 31} *);
INPLACE_S_FIRST* = 262560 (* {5, 7, 8, 18} *);
INPLACE_S_LAST* = 262575 (* {0..3, 5, 7, 8, 18} *);
ENUM_E_FIRST* = -2147221072 (* {4, 5, 7, 8, 18, 31} *);
ENUM_E_LAST* = -2147221057 (* {0..5, 7, 8, 18, 31} *);
ENUM_S_FIRST* = 262576 (* {4, 5, 7, 8, 18} *);
ENUM_S_LAST* = 262591 (* {0..5, 7, 8, 18} *);
CONVERT10_E_FIRST* = -2147221056 (* {6..8, 18, 31} *);
CONVERT10_E_LAST* = -2147221041 (* {0..3, 6..8, 18, 31} *);
CONVERT10_S_FIRST* = 262592 (* {6..8, 18} *);
CONVERT10_S_LAST* = 262607 (* {0..3, 6..8, 18} *);
CONVERT10_E_OLESTREAM_GET* = -2147221056 (* {6..8, 18, 31} *);
CONVERT10_E_OLESTREAM_PUT* = -2147221055 (* {0, 6..8, 18, 31} *);
CONVERT10_E_OLESTREAM_FMT* = -2147221054 (* {1, 6..8, 18, 31} *);
CONVERT10_E_OLESTREAM_BITMAP_TO_DIB* = -2147221053 (* {0, 1, 6..8, 18, 31} *);
CONVERT10_E_STG_FMT* = -2147221052 (* {2, 6..8, 18, 31} *);
CONVERT10_E_STG_NO_STD_STREAM* = -2147221051 (* {0, 2, 6..8, 18, 31} *);
CONVERT10_E_STG_DIB_TO_BITMAP* = -2147221050 (* {1, 2, 6..8, 18, 31} *);
CLIPBRD_E_FIRST* = -2147221040 (* {4, 6..8, 18, 31} *);
CLIPBRD_E_LAST* = -2147221025 (* {0..4, 6..8, 18, 31} *);
CLIPBRD_S_FIRST* = 262608 (* {4, 6..8, 18} *);
CLIPBRD_S_LAST* = 262623 (* {0..4, 6..8, 18} *);
CLIPBRD_E_CANT_OPEN* = -2147221040 (* {4, 6..8, 18, 31} *);
CLIPBRD_E_CANT_EMPTY* = -2147221039 (* {0, 4, 6..8, 18, 31} *);
CLIPBRD_E_CANT_SET* = -2147221038 (* {1, 4, 6..8, 18, 31} *);
CLIPBRD_E_BAD_DATA* = -2147221037 (* {0, 1, 4, 6..8, 18, 31} *);
CLIPBRD_E_CANT_CLOSE* = -2147221036 (* {2, 4, 6..8, 18, 31} *);
MK_E_FIRST* = -2147221024 (* {5..8, 18, 31} *);
MK_E_LAST* = -2147221009 (* {0..3, 5..8, 18, 31} *);
MK_S_FIRST* = 262624 (* {5..8, 18} *);
MK_S_LAST* = 262639 (* {0..3, 5..8, 18} *);
MK_E_CONNECTMANUALLY* = -2147221024 (* {5..8, 18, 31} *);
MK_E_EXCEEDEDDEADLINE* = -2147221023 (* {0, 5..8, 18, 31} *);
MK_E_NEEDGENERIC* = -2147221022 (* {1, 5..8, 18, 31} *);
MK_E_UNAVAILABLE* = -2147221021 (* {0, 1, 5..8, 18, 31} *);
MK_E_SYNTAX* = -2147221020 (* {2, 5..8, 18, 31} *);
MK_E_NOOBJECT* = -2147221019 (* {0, 2, 5..8, 18, 31} *);
MK_E_INVALIDEXTENSION* = -2147221018 (* {1, 2, 5..8, 18, 31} *);
MK_E_INTERMEDIATEINTERFACENOTSUPPORTED* = -2147221017 (* {0..2, 5..8, 18, 31} *);
MK_E_NOTBINDABLE* = -2147221016 (* {3, 5..8, 18, 31} *);
MK_E_NOTBOUND* = -2147221015 (* {0, 3, 5..8, 18, 31} *);
MK_E_CANTOPENFILE* = -2147221014 (* {1, 3, 5..8, 18, 31} *);
MK_E_MUSTBOTHERUSER* = -2147221013 (* {0, 1, 3, 5..8, 18, 31} *);
MK_E_NOINVERSE* = -2147221012 (* {2, 3, 5..8, 18, 31} *);
MK_E_NOSTORAGE* = -2147221011 (* {0, 2, 3, 5..8, 18, 31} *);
MK_E_NOPREFIX* = -2147221010 (* {1..3, 5..8, 18, 31} *);
MK_E_ENUMERATION_FAILED* = -2147221009 (* {0..3, 5..8, 18, 31} *);
CO_E_FIRST* = -2147221008 (* {4..8, 18, 31} *);
CO_E_LAST* = -2147220993 (* {0..8, 18, 31} *);
CO_S_FIRST* = 262640 (* {4..8, 18} *);
CO_S_LAST* = 262655 (* {0..8, 18} *);
CO_E_NOTINITIALIZED* = -2147221008 (* {4..8, 18, 31} *);
CO_E_ALREADYINITIALIZED* = -2147221007 (* {0, 4..8, 18, 31} *);
CO_E_CANTDETERMINECLASS* = -2147221006 (* {1, 4..8, 18, 31} *);
CO_E_CLASSSTRING* = -2147221005 (* {0, 1, 4..8, 18, 31} *);
CO_E_IIDSTRING* = -2147221004 (* {2, 4..8, 18, 31} *);
CO_E_APPNOTFOUND* = -2147221003 (* {0, 2, 4..8, 18, 31} *);
CO_E_APPSINGLEUSE* = -2147221002 (* {1, 2, 4..8, 18, 31} *);
CO_E_ERRORINAPP* = -2147221001 (* {0..2, 4..8, 18, 31} *);
CO_E_DLLNOTFOUND* = -2147221000 (* {3..8, 18, 31} *);
CO_E_ERRORINDLL* = -2147220999 (* {0, 3..8, 18, 31} *);
CO_E_WRONGOSFORAPP* = -2147220998 (* {1, 3..8, 18, 31} *);
CO_E_OBJNOTREG* = -2147220997 (* {0, 1, 3..8, 18, 31} *);
CO_E_OBJISREG* = -2147220996 (* {2..8, 18, 31} *);
CO_E_OBJNOTCONNECTED* = -2147220995 (* {0, 2..8, 18, 31} *);
CO_E_APPDIDNTREG* = -2147220994 (* {1..8, 18, 31} *);
CO_E_RELEASED* = -2147220993 (* {0..8, 18, 31} *);
OLE_S_USEREG* = 262144 (* {18} *);
OLE_S_STATIC* = 262145 (* {0, 18} *);
OLE_S_MAC_CLIPFORMAT* = 262146 (* {1, 18} *);
DRAGDROP_S_DROP* = 262400 (* {8, 18} *);
DRAGDROP_S_CANCEL* = 262401 (* {0, 8, 18} *);
DRAGDROP_S_USEDEFAULTCURSORS* = 262402 (* {1, 8, 18} *);
DATA_S_SAMEFORMATETC* = 262448 (* {4, 5, 8, 18} *);
VIEW_S_ALREADY_FROZEN* = 262464 (* {6, 8, 18} *);
CACHE_S_FORMATETC_NOTSUPPORTED* = 262512 (* {4..6, 8, 18} *);
CACHE_S_SAMECACHE* = 262513 (* {0, 4..6, 8, 18} *);
CACHE_S_SOMECACHES_NOTUPDATED* = 262514 (* {1, 4..6, 8, 18} *);
OLEOBJ_S_INVALIDVERB* = 262528 (* {7, 8, 18} *);
OLEOBJ_S_CANNOT_DOVERB_NOW* = 262529 (* {0, 7, 8, 18} *);
OLEOBJ_S_INVALIDHWND* = 262530 (* {1, 7, 8, 18} *);
INPLACE_S_TRUNCATED* = 262560 (* {5, 7, 8, 18} *);
CONVERT10_S_NO_PRESENTATION* = 262592 (* {6..8, 18} *);
MK_S_REDUCED_TO_SELF* = 262626 (* {1, 5..8, 18} *);
MK_S_ME* = 262628 (* {2, 5..8, 18} *);
MK_S_HIM* = 262629 (* {0, 2, 5..8, 18} *);
MK_S_US* = 262630 (* {1, 2, 5..8, 18} *);
MK_S_MONIKERALREADYREGISTERED* = 262631 (* {0..2, 5..8, 18} *);
CO_E_CLASS_CREATE_FAILED* = -2146959359 (* {0, 19, 31} *);
CO_E_SCM_ERROR* = -2146959358 (* {1, 19, 31} *);
CO_E_SCM_RPC_FAILURE* = -2146959357 (* {0, 1, 19, 31} *);
CO_E_BAD_PATH* = -2146959356 (* {2, 19, 31} *);
CO_E_SERVER_EXEC_FAILURE* = -2146959355 (* {0, 2, 19, 31} *);
CO_E_OBJSRV_RPC_FAILURE* = -2146959354 (* {1, 2, 19, 31} *);
MK_E_NO_NORMALIZED* = -2146959353 (* {0..2, 19, 31} *);
CO_E_SERVER_STOPPING* = -2146959352 (* {3, 19, 31} *);
MEM_E_INVALID_ROOT* = -2146959351 (* {0, 3, 19, 31} *);
MEM_E_INVALID_LINK* = -2146959344 (* {4, 19, 31} *);
MEM_E_INVALID_SIZE* = -2146959343 (* {0, 4, 19, 31} *);
DISP_E_UNKNOWNINTERFACE* = -2147352575 (* {0, 17, 31} *);
DISP_E_MEMBERNOTFOUND* = -2147352573 (* {0, 1, 17, 31} *);
DISP_E_PARAMNOTFOUND* = -2147352572 (* {2, 17, 31} *);
DISP_E_TYPEMISMATCH* = -2147352571 (* {0, 2, 17, 31} *);
DISP_E_UNKNOWNNAME* = -2147352570 (* {1, 2, 17, 31} *);
DISP_E_NONAMEDARGS* = -2147352569 (* {0..2, 17, 31} *);
DISP_E_BADVARTYPE* = -2147352568 (* {3, 17, 31} *);
DISP_E_EXCEPTION* = -2147352567 (* {0, 3, 17, 31} *);
DISP_E_OVERFLOW* = -2147352566 (* {1, 3, 17, 31} *);
DISP_E_BADINDEX* = -2147352565 (* {0, 1, 3, 17, 31} *);
DISP_E_UNKNOWNLCID* = -2147352564 (* {2, 3, 17, 31} *);
DISP_E_ARRAYISLOCKED* = -2147352563 (* {0, 2, 3, 17, 31} *);
DISP_E_BADPARAMCOUNT* = -2147352562 (* {1..3, 17, 31} *);
DISP_E_PARAMNOTOPTIONAL* = -2147352561 (* {0..3, 17, 31} *);
DISP_E_BADCALLEE* = -2147352560 (* {4, 17, 31} *);
DISP_E_NOTACOLLECTION* = -2147352559 (* {0, 4, 17, 31} *);
TYPE_E_BUFFERTOOSMALL* = -2147319786 (* {1, 2, 4, 15, 17, 31} *);
TYPE_E_INVDATAREAD* = -2147319784 (* {3, 4, 15, 17, 31} *);
TYPE_E_UNSUPFORMAT* = -2147319783 (* {0, 3, 4, 15, 17, 31} *);
TYPE_E_REGISTRYACCESS* = -2147319780 (* {2..4, 15, 17, 31} *);
TYPE_E_LIBNOTREGISTERED* = -2147319779 (* {0, 2..4, 15, 17, 31} *);
TYPE_E_UNDEFINEDTYPE* = -2147319769 (* {0..2, 5, 15, 17, 31} *);
TYPE_E_QUALIFIEDNAMEDISALLOWED* = -2147319768 (* {3, 5, 15, 17, 31} *);
TYPE_E_INVALIDSTATE* = -2147319767 (* {0, 3, 5, 15, 17, 31} *);
TYPE_E_WRONGTYPEKIND* = -2147319766 (* {1, 3, 5, 15, 17, 31} *);
TYPE_E_ELEMENTNOTFOUND* = -2147319765 (* {0, 1, 3, 5, 15, 17, 31} *);
TYPE_E_AMBIGUOUSNAME* = -2147319764 (* {2, 3, 5, 15, 17, 31} *);
TYPE_E_NAMECONFLICT* = -2147319763 (* {0, 2, 3, 5, 15, 17, 31} *);
TYPE_E_UNKNOWNLCID* = -2147319762 (* {1..3, 5, 15, 17, 31} *);
TYPE_E_DLLFUNCTIONNOTFOUND* = -2147319761 (* {0..3, 5, 15, 17, 31} *);
TYPE_E_BADMODULEKIND* = -2147317571 (* {0, 2..5, 7, 11, 15, 17, 31} *);
TYPE_E_SIZETOOBIG* = -2147317563 (* {0, 2, 6, 7, 11, 15, 17, 31} *);
TYPE_E_DUPLICATEID* = -2147317562 (* {1, 2, 6, 7, 11, 15, 17, 31} *);
TYPE_E_INVALIDID* = -2147317553 (* {0..3, 6, 7, 11, 15, 17, 31} *);
TYPE_E_TYPEMISMATCH* = -2147316576 (* {5, 7, 10, 11, 15, 17, 31} *);
TYPE_E_OUTOFBOUNDS* = -2147316575 (* {0, 5, 7, 10, 11, 15, 17, 31} *);
TYPE_E_IOERROR* = -2147316574 (* {1, 5, 7, 10, 11, 15, 17, 31} *);
TYPE_E_CANTCREATETMPFILE* = -2147316573 (* {0, 1, 5, 7, 10, 11, 15, 17, 31} *);
TYPE_E_CANTLOADLIBRARY* = -2147312566 (* {1, 3, 6, 10..12, 15, 17, 31} *);
TYPE_E_INCONSISTENTPROPFUNCS* = -2147312509 (* {0, 1, 7, 10..12, 15, 17, 31} *);
TYPE_E_CIRCULARTYPE* = -2147312508 (* {2, 7, 10..12, 15, 17, 31} *);
STG_E_INVALIDFUNCTION* = -2147287039 (* {0, 16, 17, 31} *);
STG_E_FILENOTFOUND* = -2147287038 (* {1, 16, 17, 31} *);
STG_E_PATHNOTFOUND* = -2147287037 (* {0, 1, 16, 17, 31} *);
STG_E_TOOMANYOPENFILES* = -2147287036 (* {2, 16, 17, 31} *);
STG_E_ACCESSDENIED* = -2147287035 (* {0, 2, 16, 17, 31} *);
STG_E_INVALIDHANDLE* = -2147287034 (* {1, 2, 16, 17, 31} *);
STG_E_INSUFFICIENTMEMORY* = -2147287032 (* {3, 16, 17, 31} *);
STG_E_INVALIDPOINTER* = -2147287031 (* {0, 3, 16, 17, 31} *);
STG_E_NOMOREFILES* = -2147287022 (* {1, 4, 16, 17, 31} *);
STG_E_DISKISWRITEPROTECTED* = -2147287021 (* {0, 1, 4, 16, 17, 31} *);
STG_E_SEEKERROR* = -2147287015 (* {0, 3, 4, 16, 17, 31} *);
STG_E_WRITEFAULT* = -2147287011 (* {0, 2..4, 16, 17, 31} *);
STG_E_READFAULT* = -2147287010 (* {1..4, 16, 17, 31} *);
STG_E_SHAREVIOLATION* = -2147287008 (* {5, 16, 17, 31} *);
STG_E_LOCKVIOLATION* = -2147287007 (* {0, 5, 16, 17, 31} *);
STG_E_FILEALREADYEXISTS* = -2147286960 (* {4, 6, 16, 17, 31} *);
STG_E_INVALIDPARAMETER* = -2147286953 (* {0..2, 4, 6, 16, 17, 31} *);
STG_E_MEDIUMFULL* = -2147286928 (* {4..6, 16, 17, 31} *);
STG_E_ABNORMALAPIEXIT* = -2147286790 (* {1, 3..7, 16, 17, 31} *);
STG_E_INVALIDHEADER* = -2147286789 (* {0, 1, 3..7, 16, 17, 31} *);
STG_E_INVALIDNAME* = -2147286788 (* {2..7, 16, 17, 31} *);
STG_E_UNKNOWN* = -2147286787 (* {0, 2..7, 16, 17, 31} *);
STG_E_UNIMPLEMENTEDFUNCTION* = -2147286786 (* {1..7, 16, 17, 31} *);
STG_E_INVALIDFLAG* = -2147286785 (* {0..7, 16, 17, 31} *);
STG_E_INUSE* = -2147286784 (* {8, 16, 17, 31} *);
STG_E_NOTCURRENT* = -2147286783 (* {0, 8, 16, 17, 31} *);
STG_E_REVERTED* = -2147286782 (* {1, 8, 16, 17, 31} *);
STG_E_CANTSAVE* = -2147286781 (* {0, 1, 8, 16, 17, 31} *);
STG_E_OLDFORMAT* = -2147286780 (* {2, 8, 16, 17, 31} *);
STG_E_OLDDLL* = -2147286779 (* {0, 2, 8, 16, 17, 31} *);
STG_E_SHAREREQUIRED* = -2147286778 (* {1, 2, 8, 16, 17, 31} *);
STG_E_NOTFILEBASEDSTORAGE* = -2147286777 (* {0..2, 8, 16, 17, 31} *);
STG_E_EXTANTMARSHALLINGS* = -2147286776 (* {3, 8, 16, 17, 31} *);
STG_S_CONVERTED* = 197120 (* {9, 16, 17} *);
RPC_E_CALL_REJECTED* = -2147418111 (* {0, 16, 31} *);
RPC_E_CALL_CANCELED* = -2147418110 (* {1, 16, 31} *);
RPC_E_CANTPOST_INSENDCALL* = -2147418109 (* {0, 1, 16, 31} *);
RPC_E_CANTCALLOUT_INASYNCCALL* = -2147418108 (* {2, 16, 31} *);
RPC_E_CANTCALLOUT_INEXTERNALCALL* = -2147418107 (* {0, 2, 16, 31} *);
RPC_E_CONNECTION_TERMINATED* = -2147418106 (* {1, 2, 16, 31} *);
RPC_E_SERVER_DIED* = -2147418105 (* {0..2, 16, 31} *);
RPC_E_CLIENT_DIED* = -2147418104 (* {3, 16, 31} *);
RPC_E_INVALID_DATAPACKET* = -2147418103 (* {0, 3, 16, 31} *);
RPC_E_CANTTRANSMIT_CALL* = -2147418102 (* {1, 3, 16, 31} *);
RPC_E_CLIENT_CANTMARSHAL_DATA* = -2147418101 (* {0, 1, 3, 16, 31} *);
RPC_E_CLIENT_CANTUNMARSHAL_DATA* = -2147418100 (* {2, 3, 16, 31} *);
RPC_E_SERVER_CANTMARSHAL_DATA* = -2147418099 (* {0, 2, 3, 16, 31} *);
RPC_E_SERVER_CANTUNMARSHAL_DATA* = -2147418098 (* {1..3, 16, 31} *);
RPC_E_INVALID_DATA* = -2147418097 (* {0..3, 16, 31} *);
RPC_E_INVALID_PARAMETER* = -2147418096 (* {4, 16, 31} *);
RPC_E_CANTCALLOUT_AGAIN* = -2147418095 (* {0, 4, 16, 31} *);
RPC_E_SERVER_DIED_DNE* = -2147418094 (* {1, 4, 16, 31} *);
RPC_E_SYS_CALL_FAILED* = -2147417856 (* {8, 16, 31} *);
RPC_E_OUT_OF_RESOURCES* = -2147417855 (* {0, 8, 16, 31} *);
RPC_E_ATTEMPTED_MULTITHREAD* = -2147417854 (* {1, 8, 16, 31} *);
RPC_E_NOT_REGISTERED* = -2147417853 (* {0, 1, 8, 16, 31} *);
RPC_E_FAULT* = -2147417852 (* {2, 8, 16, 31} *);
RPC_E_SERVERFAULT* = -2147417851 (* {0, 2, 8, 16, 31} *);
RPC_E_CHANGED_MODE* = -2147417850 (* {1, 2, 8, 16, 31} *);
RPC_E_INVALIDMETHOD* = -2147417849 (* {0..2, 8, 16, 31} *);
RPC_E_DISCONNECTED* = -2147417848 (* {3, 8, 16, 31} *);
RPC_E_RETRY* = -2147417847 (* {0, 3, 8, 16, 31} *);
RPC_E_SERVERCALL_RETRYLATER* = -2147417846 (* {1, 3, 8, 16, 31} *);
RPC_E_SERVERCALL_REJECTED* = -2147417845 (* {0, 1, 3, 8, 16, 31} *);
RPC_E_INVALID_CALLDATA* = -2147417844 (* {2, 3, 8, 16, 31} *);
RPC_E_CANTCALLOUT_ININPUTSYNCCALL* = -2147417843 (* {0, 2, 3, 8, 16, 31} *);
RPC_E_WRONG_THREAD* = -2147417842 (* {1..3, 8, 16, 31} *);
RPC_E_THREAD_NOT_INIT* = -2147417841 (* {0..3, 8, 16, 31} *);
RPC_E_UNEXPECTED* = -2147352577 (* {0..16, 31} *);
TC_NORMAL* = 0 (* {} *);
TC_HARDERR* = 1 (* {0} *);
TC_GP_TRAP* = 2 (* {1} *);
TC_SIGNAL* = 3 (* {0, 1} *);
AC_LINE_OFFLINE* = 0 (* {} *);
AC_LINE_ONLINE* = 1 (* {0} *);
AC_LINE_BACKUP_POWER* = 2 (* {1} *);
AC_LINE_UNKNOWN* = 255 (* {0..7} *);
BATTERY_FLAG_HIGH* = 1 (* {0} *);
BATTERY_FLAG_LOW* = 2 (* {1} *);
BATTERY_FLAG_CRITICAL* = 4 (* {2} *);
BATTERY_FLAG_CHARGING* = 8 (* {3} *);
BATTERY_FLAG_NO_BATTERY* = 128 (* {7} *);
BATTERY_FLAG_UNKNOWN* = 255 (* {0..7} *);
BATTERY_PERCENTAGE_UNKNOWN* = 255 (* {0..7} *);
BATTERY_LIFE_UNKNOWN* = -1 (* {0..31} *);
WIN_CERT_REVISION_1_0* = 256 (* {8} *);
WIN_CERT_TYPE_X509* = 1 (* {0} *);
WIN_CERT_TYPE_PKCS_SIGNED_DATA* = 2 (* {1} *);
WIN_CERT_TYPE_RESERVED_1* = 3 (* {0, 1} *);
WIN_TRUST_PROVIDER_UNKNOWN* = 0 (* {} *);
WIN_TRUST_SOFTWARE_PUBLISHER* = 1 (* {0} *);
WIN_TRUST_WINDOWS_COMPATIBLE* = 2 (* {1} *);
WIN_TRUST_CAPI_PROVIDER* = 3 (* {0, 1} *);
WIN_TRUST_SUBJTYPE_RAW_FILE* = 0 (* {} *);
WIN_TRUST_SUBJTYPE_PE_IMAGE* = 1 (* {0} *);
WIN_TRUST_SUBJTYPE_OLE_STORAGE* = 2 (* {1} *);
WIN_TRUST_SUBJTYPE_JAVA_CLASS* = 3 (* {0, 1} *);
CAPI_TRUST_ACTION_VALID_CSP* = 1 (* {0} *);
WIN_SPUB_ACTION_TRUSTED_PUBLISHER* = 2 (* {1} *);
WIN_SPUB_ACTION_NT_ACTIVATE_IMAGE* = 3 (* {0, 1} *);
WIN_SPUB_ACTION_PUBLISHED_SOFTWARE* = 4 (* {2} *);
R2_BLACK* = 1 (* {0} *);
R2_NOTMERGEPEN* = 2 (* {1} *);
R2_MASKNOTPEN* = 3 (* {0, 1} *);
R2_NOTCOPYPEN* = 4 (* {2} *);
R2_MASKPENNOT* = 5 (* {0, 2} *);
R2_NOT* = 6 (* {1, 2} *);
R2_XORPEN* = 7 (* {0..2} *);
R2_NOTMASKPEN* = 8 (* {3} *);
R2_MASKPEN* = 9 (* {0, 3} *);
R2_NOTXORPEN* = 10 (* {1, 3} *);
R2_NOP* = 11 (* {0, 1, 3} *);
R2_MERGENOTPEN* = 12 (* {2, 3} *);
R2_COPYPEN* = 13 (* {0, 2, 3} *);
R2_MERGEPENNOT* = 14 (* {1..3} *);
R2_MERGEPEN* = 15 (* {0..3} *);
R2_WHITE* = 16 (* {4} *);
R2_LAST* = 16 (* {4} *);
SRCCOPY* = 13369376 (* {5, 18, 19, 22, 23} *);
SRCPAINT* = 15597702 (* {1, 2, 7, 17..19, 21..23} *);
SRCAND* = 8913094 (* {1, 2, 6, 7, 19, 23} *);
SRCINVERT* = 6684742 (* {1, 2, 6, 17, 18, 21, 22} *);
SRCERASE* = 4457256 (* {3, 5, 8, 9, 18, 22} *);
NOTSRCCOPY* = 3342344 (* {3, 16, 17, 20, 21} *);
NOTSRCERASE* = 1114278 (* {1, 2, 5, 7, 16, 20} *);
MERGECOPY* = 12583114 (* {1, 3, 6, 7, 22, 23} *);
MERGEPAINT* = 12255782 (* {1, 2, 5, 9, 16, 17, 19..21, 23} *);
PATCOPY* = 15728673 (* {0, 5, 20..23} *);
PATPAINT* = 16452105 (* {0, 3, 9, 11, 16, 17, 19..23} *);
PATINVERT* = 5898313 (* {0, 3, 6, 17, 19, 20, 22} *);
DSTINVERT* = 5570569 (* {0, 3, 16, 18, 20, 22} *);
BLACKNESS* = 66 (* {1, 6} *);
WHITENESS* = 16711778 (* {1, 5, 6, 16..23} *);
GDI_ERROR* = -1 (* {0..31} *);
ERROR* = 0 (* {} *);
NULLREGION* = 1 (* {0} *);
SIMPLEREGION* = 2 (* {1} *);
COMPLEXREGION* = 3 (* {0, 1} *);
RGN_ERROR* = 0 (* {} *);
RGN_AND* = 1 (* {0} *);
RGN_OR* = 2 (* {1} *);
RGN_XOR* = 3 (* {0, 1} *);
RGN_DIFF* = 4 (* {2} *);
RGN_COPY* = 5 (* {0, 2} *);
RGN_MIN* = 1 (* {0} *);
RGN_MAX* = 5 (* {0, 2} *);
BLACKONWHITE* = 1 (* {0} *);
WHITEONBLACK* = 2 (* {1} *);
COLORONCOLOR* = 3 (* {0, 1} *);
HALFTONE* = 4 (* {2} *);
MAXSTRETCHBLTMODE* = 4 (* {2} *);
STRETCH_ANDSCANS* = 1 (* {0} *);
STRETCH_ORSCANS* = 2 (* {1} *);
STRETCH_DELETESCANS* = 3 (* {0, 1} *);
STRETCH_HALFTONE* = 4 (* {2} *);
ALTERNATE* = 1 (* {0} *);
WINDING* = 2 (* {1} *);
POLYFILL_LAST* = 2 (* {1} *);
TA_NOUPDATECP* = {};
TA_UPDATECP* = {0};
TA_LEFT* = {};
TA_RIGHT* = {1};
TA_CENTER* = {1, 2};
TA_TOP* = {};
TA_BOTTOM* = {3};
TA_BASELINE* = {3, 4};
TA_RTLREADING* = {8};
TA_MASK* = {0..4, 8};
VTA_BASELINE* = {3, 4};
VTA_LEFT* = {3};
VTA_RIGHT* = {};
VTA_CENTER* = {1, 2};
VTA_BOTTOM* = {1};
VTA_TOP* = {};
ETO_OPAQUE* = {1};
ETO_CLIPPED* = {2};
ETO_GLYPH_INDEX* = {4};
ETO_RTLREADING* = {7};
ASPECT_FILTERING* = 1 (* {0} *);
DCB_RESET* = {0};
DCB_ACCUMULATE* = {1};
DCB_DIRTY* = {1};
DCB_SET* = {0, 1};
DCB_ENABLE* = {2};
DCB_DISABLE* = {3};
META_SETBKCOLOR* = 513 (* {0, 9} *);
META_SETBKMODE* = 258 (* {1, 8} *);
META_SETMAPMODE* = 259 (* {0, 1, 8} *);
META_SETROP2* = 260 (* {2, 8} *);
META_SETRELABS* = 261 (* {0, 2, 8} *);
META_SETPOLYFILLMODE* = 262 (* {1, 2, 8} *);
META_SETSTRETCHBLTMODE* = 263 (* {0..2, 8} *);
META_SETTEXTCHAREXTRA* = 264 (* {3, 8} *);
META_SETTEXTCOLOR* = 521 (* {0, 3, 9} *);
META_SETTEXTJUSTIFICATION* = 522 (* {1, 3, 9} *);
META_SETWINDOWORG* = 523 (* {0, 1, 3, 9} *);
META_SETWINDOWEXT* = 524 (* {2, 3, 9} *);
META_SETVIEWPORTORG* = 525 (* {0, 2, 3, 9} *);
META_SETVIEWPORTEXT* = 526 (* {1..3, 9} *);
META_OFFSETWINDOWORG* = 527 (* {0..3, 9} *);
META_SCALEWINDOWEXT* = 1040 (* {4, 10} *);
META_OFFSETVIEWPORTORG* = 529 (* {0, 4, 9} *);
META_SCALEVIEWPORTEXT* = 1042 (* {1, 4, 10} *);
META_LINETO* = 531 (* {0, 1, 4, 9} *);
META_MOVETO* = 532 (* {2, 4, 9} *);
META_EXCLUDECLIPRECT* = 1045 (* {0, 2, 4, 10} *);
META_INTERSECTCLIPRECT* = 1046 (* {1, 2, 4, 10} *);
META_ARC* = 2071 (* {0..2, 4, 11} *);
META_ELLIPSE* = 1048 (* {3, 4, 10} *);
META_FLOODFILL* = 1049 (* {0, 3, 4, 10} *);
META_PIE* = 2074 (* {1, 3, 4, 11} *);
META_RECTANGLE* = 1051 (* {0, 1, 3, 4, 10} *);
META_ROUNDRECT* = 1564 (* {2..4, 9, 10} *);
META_PATBLT* = 1565 (* {0, 2..4, 9, 10} *);
META_SAVEDC* = 30 (* {1..4} *);
META_SETPIXEL* = 1055 (* {0..4, 10} *);
META_OFFSETCLIPRGN* = 544 (* {5, 9} *);
META_TEXTOUT* = 1313 (* {0, 5, 8, 10} *);
META_BITBLT* = 2338 (* {1, 5, 8, 11} *);
META_STRETCHBLT* = 2851 (* {0, 1, 5, 8, 9, 11} *);
META_POLYGON* = 804 (* {2, 5, 8, 9} *);
META_POLYLINE* = 805 (* {0, 2, 5, 8, 9} *);
META_ESCAPE* = 1574 (* {1, 2, 5, 9, 10} *);
META_RESTOREDC* = 295 (* {0..2, 5, 8} *);
META_FILLREGION* = 552 (* {3, 5, 9} *);
META_FRAMEREGION* = 1065 (* {0, 3, 5, 10} *);
META_INVERTREGION* = 298 (* {1, 3, 5, 8} *);
META_PAINTREGION* = 299 (* {0, 1, 3, 5, 8} *);
META_SELECTCLIPREGION* = 300 (* {2, 3, 5, 8} *);
META_SELECTOBJECT* = 301 (* {0, 2, 3, 5, 8} *);
META_SETTEXTALIGN* = 302 (* {1..3, 5, 8} *);
META_CHORD* = 2096 (* {4, 5, 11} *);
META_SETMAPPERFLAGS* = 561 (* {0, 4, 5, 9} *);
META_EXTTEXTOUT* = 2610 (* {1, 4, 5, 9, 11} *);
META_SETDIBTODEV* = 3379 (* {0, 1, 4, 5, 8, 10, 11} *);
META_SELECTPALETTE* = 564 (* {2, 4, 5, 9} *);
META_REALIZEPALETTE* = 53 (* {0, 2, 4, 5} *);
META_ANIMATEPALETTE* = 1078 (* {1, 2, 4, 5, 10} *);
META_SETPALENTRIES* = 55 (* {0..2, 4, 5} *);
META_POLYPOLYGON* = 1336 (* {3..5, 8, 10} *);
META_RESIZEPALETTE* = 313 (* {0, 3..5, 8} *);
META_DIBBITBLT* = 2368 (* {6, 8, 11} *);
META_DIBSTRETCHBLT* = 2881 (* {0, 6, 8, 9, 11} *);
META_DIBCREATEPATTERNBRUSH* = 322 (* {1, 6, 8} *);
META_STRETCHDIB* = 3907 (* {0, 1, 6, 8..11} *);
META_EXTFLOODFILL* = 1352 (* {3, 6, 8, 10} *);
META_DELETEOBJECT* = 496 (* {4..8} *);
META_CREATEPALETTE* = 247 (* {0..2, 4..7} *);
META_CREATEPATTERNBRUSH* = 505 (* {0, 3..8} *);
META_CREATEPENINDIRECT* = 762 (* {1, 3..7, 9} *);
META_CREATEFONTINDIRECT* = 763 (* {0, 1, 3..7, 9} *);
META_CREATEBRUSHINDIRECT* = 764 (* {2..7, 9} *);
META_CREATEREGION* = 1791 (* {0..7, 9, 10} *);
NEWFRAME* = 1 (* {0} *);
ABORTDOC* = 2 (* {1} *);
NEXTBAND* = 3 (* {0, 1} *);
SETCOLORTABLE* = 4 (* {2} *);
GETCOLORTABLE* = 5 (* {0, 2} *);
FLUSHOUTPUT* = 6 (* {1, 2} *);
DRAFTMODE* = 7 (* {0..2} *);
QUERYESCSUPPORT* = 8 (* {3} *);
SETABORTPROC* = 9 (* {0, 3} *);
STARTDOC* = 10 (* {1, 3} *);
ENDDOC* = 11 (* {0, 1, 3} *);
GETPHYSPAGESIZE* = 12 (* {2, 3} *);
GETPRINTINGOFFSET* = 13 (* {0, 2, 3} *);
GETSCALINGFACTOR* = 14 (* {1..3} *);
MFCOMMENT* = 15 (* {0..3} *);
GETPENWIDTH* = 16 (* {4} *);
SETCOPYCOUNT* = 17 (* {0, 4} *);
SELECTPAPERSOURCE* = 18 (* {1, 4} *);
DEVICEDATA* = 19 (* {0, 1, 4} *);
PASSTHROUGH* = 19 (* {0, 1, 4} *);
GETTECHNOLGY* = 20 (* {2, 4} *);
GETTECHNOLOGY* = 20 (* {2, 4} *);
SETLINECAP* = 21 (* {0, 2, 4} *);
SETLINEJOIN* = 22 (* {1, 2, 4} *);
SETMITERLIMIT* = 23 (* {0..2, 4} *);
BANDINFO* = 24 (* {3, 4} *);
DRAWPATTERNRECT* = 25 (* {0, 3, 4} *);
GETVECTORPENSIZE* = 26 (* {1, 3, 4} *);
GETVECTORBRUSHSIZE* = 27 (* {0, 1, 3, 4} *);
ENABLEDUPLEX* = 28 (* {2..4} *);
GETSETPAPERBINS* = 29 (* {0, 2..4} *);
GETSETPRINTORIENT* = 30 (* {1..4} *);
ENUMPAPERBINS* = 31 (* {0..4} *);
SETDIBSCALING* = 32 (* {5} *);
EPSPRINTING* = 33 (* {0, 5} *);
ENUMPAPERMETRICS* = 34 (* {1, 5} *);
GETSETPAPERMETRICS* = 35 (* {0, 1, 5} *);
POSTSCRIPT_DATA* = 37 (* {0, 2, 5} *);
POSTSCRIPT_IGNORE* = 38 (* {1, 2, 5} *);
MOUSETRAILS* = 39 (* {0..2, 5} *);
GETDEVICEUNITS* = 42 (* {1, 3, 5} *);
GETEXTENDEDTEXTMETRICS* = 256 (* {8} *);
GETEXTENTTABLE* = 257 (* {0, 8} *);
GETPAIRKERNTABLE* = 258 (* {1, 8} *);
GETTRACKKERNTABLE* = 259 (* {0, 1, 8} *);
EXTTEXTOUT* = 512 (* {9} *);
GETFACENAME* = 513 (* {0, 9} *);
DOWNLOADFACE* = 514 (* {1, 9} *);
ENABLERELATIVEWIDTHS* = 768 (* {8, 9} *);
ENABLEPAIRKERNING* = 769 (* {0, 8, 9} *);
SETKERNTRACK* = 770 (* {1, 8, 9} *);
SETALLJUSTVALUES* = 771 (* {0, 1, 8, 9} *);
SETCHARSET* = 772 (* {2, 8, 9} *);
STRETCHBLT* = 2048 (* {11} *);
GETSETSCREENPARAMS* = 3072 (* {10, 11} *);
QUERYDIBSUPPORT* = 3073 (* {0, 10, 11} *);
BEGIN_PATH* = 4096 (* {12} *);
CLIP_TO_PATH* = 4097 (* {0, 12} *);
END_PATH* = 4098 (* {1, 12} *);
EXT_DEVICE_CAPS* = 4099 (* {0, 1, 12} *);
RESTORE_CTM* = 4100 (* {2, 12} *);
SAVE_CTM* = 4101 (* {0, 2, 12} *);
SET_ARC_DIRECTION* = 4102 (* {1, 2, 12} *);
SET_BACKGROUND_COLOR* = 4103 (* {0..2, 12} *);
SET_POLY_MODE* = 4104 (* {3, 12} *);
SET_SCREEN_ANGLE* = 4105 (* {0, 3, 12} *);
SET_SPREAD* = 4106 (* {1, 3, 12} *);
TRANSFORM_CTM* = 4107 (* {0, 1, 3, 12} *);
SET_CLIP_BOX* = 4108 (* {2, 3, 12} *);
SET_BOUNDS* = 4109 (* {0, 2, 3, 12} *);
SET_MIRROR_MODE* = 4110 (* {1..3, 12} *);
OPENCHANNEL* = 4110 (* {1..3, 12} *);
DOWNLOADHEADER* = 4111 (* {0..3, 12} *);
CLOSECHANNEL* = 4112 (* {4, 12} *);
POSTSCRIPT_PASSTHROUGH* = 4115 (* {0, 1, 4, 12} *);
ENCAPSULATED_POSTSCRIPT* = 4116 (* {2, 4, 12} *);
QDI_SETDIBITS* = {0};
QDI_GETDIBITS* = {1};
QDI_DIBTOSCREEN* = {2};
QDI_STRETCHDIB* = {3};
SP_NOTREPORTED* = {14};
SP_ERROR* = {0..31};
SP_APPABORT* = {1..31};
SP_USERABORT* = {0, 2..31};
SP_OUTOFDISK* = {2..31};
SP_OUTOFMEMORY* = {0, 1, 3..31};
PR_JOBSTATUS* = 0 (* {} *);
OBJ_PEN* = 1 (* {0} *);
OBJ_BRUSH* = 2 (* {1} *);
OBJ_DC* = 3 (* {0, 1} *);
OBJ_METADC* = 4 (* {2} *);
OBJ_PAL* = 5 (* {0, 2} *);
OBJ_FONT* = 6 (* {1, 2} *);
OBJ_BITMAP* = 7 (* {0..2} *);
OBJ_REGION* = 8 (* {3} *);
OBJ_METAFILE* = 9 (* {0, 3} *);
OBJ_MEMDC* = 10 (* {1, 3} *);
OBJ_EXTPEN* = 11 (* {0, 1, 3} *);
OBJ_ENHMETADC* = 12 (* {2, 3} *);
OBJ_ENHMETAFILE* = 13 (* {0, 2, 3} *);
MWT_IDENTITY* = 1 (* {0} *);
MWT_LEFTMULTIPLY* = 2 (* {1} *);
MWT_RIGHTMULTIPLY* = 3 (* {0, 1} *);
MWT_MIN* = 1 (* {0} *);
MWT_MAX* = 3 (* {0, 1} *);
LCS_CALIBRATED_RGB* = 0 (* {} *);
LCS_DEVICE_RGB* = 1 (* {0} *);
LCS_DEVICE_CMYK* = 2 (* {1} *);
LCS_GM_BUSINESS* = 1 (* {0} *);
LCS_GM_GRAPHICS* = 2 (* {1} *);
LCS_GM_IMAGES* = 4 (* {2} *);
CM_OUT_OF_GAMUT* = 255 (* {0..7} *);
CM_IN_GAMUT* = 0 (* {} *);
BI_RGB* = 0 (* {} *);
BI_RLE8* = 1 (* {0} *);
BI_RLE4* = 2 (* {1} *);
BI_BITFIELDS* = 3 (* {0, 1} *);
TCI_SRCCHARSET* = 1 (* {0} *);
TCI_SRCCODEPAGE* = 2 (* {1} *);
TCI_SRCFONTSIG* = 3 (* {0, 1} *);
TMPF_FIXED_PITCH* = 1 (* {0} *);
TMPF_VECTOR* = 2 (* {1} *);
TMPF_DEVICE* = 8 (* {3} *);
TMPF_TRUETYPE* = 4 (* {2} *);
NTM_REGULAR* = 64 (* {6} *);
NTM_BOLD* = 32 (* {5} *);
NTM_ITALIC* = 1 (* {0} *);
LF_FACESIZE* = 32 (* {5} *);
LF_FULLFACESIZE* = 64 (* {6} *);
OUT_DEFAULT_PRECIS* = 0 (* {} *);
OUT_STRING_PRECIS* = 1 (* {0} *);
OUT_CHARACTER_PRECIS* = 2 (* {1} *);
OUT_STROKE_PRECIS* = 3 (* {0, 1} *);
OUT_TT_PRECIS* = 4 (* {2} *);
OUT_DEVICE_PRECIS* = 5 (* {0, 2} *);
OUT_RASTER_PRECIS* = 6 (* {1, 2} *);
OUT_TT_ONLY_PRECIS* = 7 (* {0..2} *);
OUT_OUTLINE_PRECIS* = 8 (* {3} *);
CLIP_DEFAULT_PRECIS* = 0 (* {} *);
CLIP_CHARACTER_PRECIS* = 1 (* {0} *);
CLIP_STROKE_PRECIS* = 2 (* {1} *);
CLIP_MASK* = 15 (* {0..3} *);
CLIP_LH_ANGLES* = 16 (* {4} *);
CLIP_TT_ALWAYS* = 32 (* {5} *);
CLIP_EMBEDDED* = 128 (* {7} *);
DEFAULT_QUALITY* = 0 (* {} *);
DRAFT_QUALITY* = 1 (* {0} *);
PROOF_QUALITY* = 2 (* {1} *);
NONANTIALIASED_QUALITY* = 3 (* {0, 1} *);
ANTIALIASED_QUALITY* = 4 (* {2} *);
DEFAULT_PITCH* = 0 (* {} *);
FIXED_PITCH* = 1 (* {0} *);
VARIABLE_PITCH* = 2 (* {1} *);
MONO_FONT* = 8 (* {3} *);
ANSI_CHARSET* = 0 (* {} *);
DEFAULT_CHARSET* = 1 (* {0} *);
SYMBOL_CHARSET* = 2 (* {1} *);
SHIFTJIS_CHARSET* = 128 (* {7} *);
HANGEUL_CHARSET* = 129 (* {0, 7} *);
GB2312_CHARSET* = 134 (* {1, 2, 7} *);
CHINESEBIG5_CHARSET* = 136 (* {3, 7} *);
OEM_CHARSET* = 255 (* {0..7} *);
JOHAB_CHARSET* = 130 (* {1, 7} *);
HEBREW_CHARSET* = 177 (* {0, 4, 5, 7} *);
ARABIC_CHARSET* = 178 (* {1, 4, 5, 7} *);
GREEK_CHARSET* = 161 (* {0, 5, 7} *);
TURKISH_CHARSET* = 162 (* {1, 5, 7} *);
THAI_CHARSET* = 222 (* {1..4, 6, 7} *);
EASTEUROPE_CHARSET* = 238 (* {1..3, 5..7} *);
RUSSIAN_CHARSET* = 204 (* {2, 3, 6, 7} *);
MAC_CHARSET* = 77 (* {0, 2, 3, 6} *);
BALTIC_CHARSET* = 186 (* {1, 3..5, 7} *);
FS_LATIN1* = {0};
FS_LATIN2* = {1};
FS_CYRILLIC* = {2};
FS_GREEK* = {3};
FS_TURKISH* = {4};
FS_HEBREW* = {5};
FS_ARABIC* = {6};
FS_BALTIC* = {7};
FS_THAI* = {16};
FS_JISJAPAN* = {17};
FS_CHINESESIMP* = {18};
FS_WANSUNG* = {19};
FS_CHINESETRAD* = {20};
FS_JOHAB* = {21};
FS_SYMBOL* = {31};
FF_DONTCARE* = 0 (* {} *);
FF_ROMAN* = 16 (* {4} *);
FF_SWISS* = 32 (* {5} *);
FF_MODERN* = 48 (* {4, 5} *);
FF_SCRIPT* = 64 (* {6} *);
FF_DECORATIVE* = 80 (* {4, 6} *);
FW_DONTCARE* = 0 (* {} *);
FW_THIN* = 100 (* {2, 5, 6} *);
FW_EXTRALIGHT* = 200 (* {3, 6, 7} *);
FW_LIGHT* = 300 (* {2, 3, 5, 8} *);
FW_NORMAL* = 400 (* {4, 7, 8} *);
FW_MEDIUM* = 500 (* {2, 4..8} *);
FW_SEMIBOLD* = 600 (* {3, 4, 6, 9} *);
FW_BOLD* = 700 (* {2..5, 7, 9} *);
FW_EXTRABOLD* = 800 (* {5, 8, 9} *);
FW_HEAVY* = 900 (* {2, 7..9} *);
FW_ULTRALIGHT* = 200 (* {3, 6, 7} *);
FW_REGULAR* = 400 (* {4, 7, 8} *);
FW_DEMIBOLD* = 600 (* {3, 4, 6, 9} *);
FW_ULTRABOLD* = 800 (* {5, 8, 9} *);
FW_BLACK* = 900 (* {2, 7..9} *);
PANOSE_COUNT* = 10 (* {1, 3} *);
PAN_FAMILYTYPE_INDEX* = 0 (* {} *);
PAN_SERIFSTYLE_INDEX* = 1 (* {0} *);
PAN_WEIGHT_INDEX* = 2 (* {1} *);
PAN_PROPORTION_INDEX* = 3 (* {0, 1} *);
PAN_CONTRAST_INDEX* = 4 (* {2} *);
PAN_STROKEVARIATION_INDEX* = 5 (* {0, 2} *);
PAN_ARMSTYLE_INDEX* = 6 (* {1, 2} *);
PAN_LETTERFORM_INDEX* = 7 (* {0..2} *);
PAN_MIDLINE_INDEX* = 8 (* {3} *);
PAN_XHEIGHT_INDEX* = 9 (* {0, 3} *);
PAN_CULTURE_LATIN* = 0 (* {} *);
PAN_ANY* = 0 (* {} *);
PAN_NO_FIT* = 1 (* {0} *);
PAN_FAMILY_TEXT_DISPLAY* = 2 (* {1} *);
PAN_FAMILY_SCRIPT* = 3 (* {0, 1} *);
PAN_FAMILY_DECORATIVE* = 4 (* {2} *);
PAN_FAMILY_PICTORIAL* = 5 (* {0, 2} *);
PAN_SERIF_COVE* = 2 (* {1} *);
PAN_SERIF_OBTUSE_COVE* = 3 (* {0, 1} *);
PAN_SERIF_SQUARE_COVE* = 4 (* {2} *);
PAN_SERIF_OBTUSE_SQUARE_COVE* = 5 (* {0, 2} *);
PAN_SERIF_SQUARE* = 6 (* {1, 2} *);
PAN_SERIF_THIN* = 7 (* {0..2} *);
PAN_SERIF_BONE* = 8 (* {3} *);
PAN_SERIF_EXAGGERATED* = 9 (* {0, 3} *);
PAN_SERIF_TRIANGLE* = 10 (* {1, 3} *);
PAN_SERIF_NORMAL_SANS* = 11 (* {0, 1, 3} *);
PAN_SERIF_OBTUSE_SANS* = 12 (* {2, 3} *);
PAN_SERIF_PERP_SANS* = 13 (* {0, 2, 3} *);
PAN_SERIF_FLARED* = 14 (* {1..3} *);
PAN_SERIF_ROUNDED* = 15 (* {0..3} *);
PAN_WEIGHT_VERY_LIGHT* = 2 (* {1} *);
PAN_WEIGHT_LIGHT* = 3 (* {0, 1} *);
PAN_WEIGHT_THIN* = 4 (* {2} *);
PAN_WEIGHT_BOOK* = 5 (* {0, 2} *);
PAN_WEIGHT_MEDIUM* = 6 (* {1, 2} *);
PAN_WEIGHT_DEMI* = 7 (* {0..2} *);
PAN_WEIGHT_BOLD* = 8 (* {3} *);
PAN_WEIGHT_HEAVY* = 9 (* {0, 3} *);
PAN_WEIGHT_BLACK* = 10 (* {1, 3} *);
PAN_WEIGHT_NORD* = 11 (* {0, 1, 3} *);
PAN_PROP_OLD_STYLE* = 2 (* {1} *);
PAN_PROP_MODERN* = 3 (* {0, 1} *);
PAN_PROP_EVEN_WIDTH* = 4 (* {2} *);
PAN_PROP_EXPANDED* = 5 (* {0, 2} *);
PAN_PROP_CONDENSED* = 6 (* {1, 2} *);
PAN_PROP_VERY_EXPANDED* = 7 (* {0..2} *);
PAN_PROP_VERY_CONDENSED* = 8 (* {3} *);
PAN_PROP_MONOSPACED* = 9 (* {0, 3} *);
PAN_CONTRAST_NONE* = 2 (* {1} *);
PAN_CONTRAST_VERY_LOW* = 3 (* {0, 1} *);
PAN_CONTRAST_LOW* = 4 (* {2} *);
PAN_CONTRAST_MEDIUM_LOW* = 5 (* {0, 2} *);
PAN_CONTRAST_MEDIUM* = 6 (* {1, 2} *);
PAN_CONTRAST_MEDIUM_HIGH* = 7 (* {0..2} *);
PAN_CONTRAST_HIGH* = 8 (* {3} *);
PAN_CONTRAST_VERY_HIGH* = 9 (* {0, 3} *);
PAN_STROKE_GRADUAL_DIAG* = 2 (* {1} *);
PAN_STROKE_GRADUAL_TRAN* = 3 (* {0, 1} *);
PAN_STROKE_GRADUAL_VERT* = 4 (* {2} *);
PAN_STROKE_GRADUAL_HORZ* = 5 (* {0, 2} *);
PAN_STROKE_RAPID_VERT* = 6 (* {1, 2} *);
PAN_STROKE_RAPID_HORZ* = 7 (* {0..2} *);
PAN_STROKE_INSTANT_VERT* = 8 (* {3} *);
PAN_STRAIGHT_ARMS_HORZ* = 2 (* {1} *);
PAN_STRAIGHT_ARMS_WEDGE* = 3 (* {0, 1} *);
PAN_STRAIGHT_ARMS_VERT* = 4 (* {2} *);
PAN_STRAIGHT_ARMS_SINGLE_SERIF* = 5 (* {0, 2} *);
PAN_STRAIGHT_ARMS_DOUBLE_SERIF* = 6 (* {1, 2} *);
PAN_BENT_ARMS_HORZ* = 7 (* {0..2} *);
PAN_BENT_ARMS_WEDGE* = 8 (* {3} *);
PAN_BENT_ARMS_VERT* = 9 (* {0, 3} *);
PAN_BENT_ARMS_SINGLE_SERIF* = 10 (* {1, 3} *);
PAN_BENT_ARMS_DOUBLE_SERIF* = 11 (* {0, 1, 3} *);
PAN_LETT_NORMAL_CONTACT* = 2 (* {1} *);
PAN_LETT_NORMAL_WEIGHTED* = 3 (* {0, 1} *);
PAN_LETT_NORMAL_BOXED* = 4 (* {2} *);
PAN_LETT_NORMAL_FLATTENED* = 5 (* {0, 2} *);
PAN_LETT_NORMAL_ROUNDED* = 6 (* {1, 2} *);
PAN_LETT_NORMAL_OFF_CENTER* = 7 (* {0..2} *);
PAN_LETT_NORMAL_SQUARE* = 8 (* {3} *);
PAN_LETT_OBLIQUE_CONTACT* = 9 (* {0, 3} *);
PAN_LETT_OBLIQUE_WEIGHTED* = 10 (* {1, 3} *);
PAN_LETT_OBLIQUE_BOXED* = 11 (* {0, 1, 3} *);
PAN_LETT_OBLIQUE_FLATTENED* = 12 (* {2, 3} *);
PAN_LETT_OBLIQUE_ROUNDED* = 13 (* {0, 2, 3} *);
PAN_LETT_OBLIQUE_OFF_CENTER* = 14 (* {1..3} *);
PAN_LETT_OBLIQUE_SQUARE* = 15 (* {0..3} *);
PAN_MIDLINE_STANDARD_TRIMMED* = 2 (* {1} *);
PAN_MIDLINE_STANDARD_POINTED* = 3 (* {0, 1} *);
PAN_MIDLINE_STANDARD_SERIFED* = 4 (* {2} *);
PAN_MIDLINE_HIGH_TRIMMED* = 5 (* {0, 2} *);
PAN_MIDLINE_HIGH_POINTED* = 6 (* {1, 2} *);
PAN_MIDLINE_HIGH_SERIFED* = 7 (* {0..2} *);
PAN_MIDLINE_CONSTANT_TRIMMED* = 8 (* {3} *);
PAN_MIDLINE_CONSTANT_POINTED* = 9 (* {0, 3} *);
PAN_MIDLINE_CONSTANT_SERIFED* = 10 (* {1, 3} *);
PAN_MIDLINE_LOW_TRIMMED* = 11 (* {0, 1, 3} *);
PAN_MIDLINE_LOW_POINTED* = 12 (* {2, 3} *);
PAN_MIDLINE_LOW_SERIFED* = 13 (* {0, 2, 3} *);
PAN_XHEIGHT_CONSTANT_SMALL* = 2 (* {1} *);
PAN_XHEIGHT_CONSTANT_STD* = 3 (* {0, 1} *);
PAN_XHEIGHT_CONSTANT_LARGE* = 4 (* {2} *);
PAN_XHEIGHT_DUCKING_SMALL* = 5 (* {0, 2} *);
PAN_XHEIGHT_DUCKING_STD* = 6 (* {1, 2} *);
PAN_XHEIGHT_DUCKING_LARGE* = 7 (* {0..2} *);
ELF_VENDOR_SIZE* = 4 (* {2} *);
ELF_VERSION* = 0 (* {} *);
ELF_CULTURE_LATIN* = 0 (* {} *);
RASTER_FONTTYPE* = 1 (* {0} *);
DEVICE_FONTTYPE* = 2 (* {1} *);
TRUETYPE_FONTTYPE* = 4 (* {2} *);
PC_RESERVED* = 1 (* {0} *);
PC_EXPLICIT* = 2 (* {1} *);
PC_NOCOLLAPSE* = 4 (* {2} *);
TRANSPARENT* = 1 (* {0} *);
OPAQUE* = 2 (* {1} *);
BKMODE_LAST* = 2 (* {1} *);
GM_COMPATIBLE* = 1 (* {0} *);
GM_ADVANCED* = 2 (* {1} *);
GM_LAST* = 2 (* {1} *);
PT_CLOSEFIGURE* = 1 (* {0} *);
PT_LINETO* = 2 (* {1} *);
PT_BEZIERTO* = 4 (* {2} *);
PT_MOVETO* = 6 (* {1, 2} *);
MM_TEXT* = 1 (* {0} *);
MM_LOMETRIC* = 2 (* {1} *);
MM_HIMETRIC* = 3 (* {0, 1} *);
MM_LOENGLISH* = 4 (* {2} *);
MM_HIENGLISH* = 5 (* {0, 2} *);
MM_TWIPS* = 6 (* {1, 2} *);
MM_ISOTROPIC* = 7 (* {0..2} *);
MM_ANISOTROPIC* = 8 (* {3} *);
MM_MIN* = 1 (* {0} *);
MM_MAX* = 8 (* {3} *);
MM_MAX_FIXEDSCALE* = 6 (* {1, 2} *);
ABSOLUTE* = 1 (* {0} *);
RELATIVE* = 2 (* {1} *);
WHITE_BRUSH* = 0 (* {} *);
LTGRAY_BRUSH* = 1 (* {0} *);
GRAY_BRUSH* = 2 (* {1} *);
DKGRAY_BRUSH* = 3 (* {0, 1} *);
BLACK_BRUSH* = 4 (* {2} *);
NULL_BRUSH* = 5 (* {0, 2} *);
HOLLOW_BRUSH* = 5 (* {0, 2} *);
WHITE_PEN* = 6 (* {1, 2} *);
BLACK_PEN* = 7 (* {0..2} *);
NULL_PEN* = 8 (* {3} *);
OEM_FIXED_FONT* = 10 (* {1, 3} *);
ANSI_FIXED_FONT* = 11 (* {0, 1, 3} *);
ANSI_VAR_FONT* = 12 (* {2, 3} *);
SYSTEM_FONT* = 13 (* {0, 2, 3} *);
DEVICE_DEFAULT_FONT* = 14 (* {1..3} *);
DEFAULT_PALETTE* = 15 (* {0..3} *);
SYSTEM_FIXED_FONT* = 16 (* {4} *);
DEFAULT_GUI_FONT* = 17 (* {0, 4} *);
STOCK_LAST* = 17 (* {0, 4} *);
CLR_INVALID* = -1 (* {0..31} *);
BS_SOLID* = 0 (* {} *);
BS_NULL* = 1 (* {0} *);
BS_HOLLOW* = 1 (* {0} *);
BS_HATCHED* = 2 (* {1} *);
BS_PATTERN* = 3 (* {0, 1} *);
BS_INDEXED* = 4 (* {2} *);
BS_DIBPATTERN* = 5 (* {0, 2} *);
BS_DIBPATTERNPT* = 6 (* {1, 2} *);
BS_PATTERN8X8* = 7 (* {0..2} *);
BS_DIBPATTERN8X8* = 8 (* {3} *);
HS_HORIZONTAL* = 0 (* {} *);
HS_VERTICAL* = 1 (* {0} *);
HS_FDIAGONAL* = 2 (* {1} *);
HS_BDIAGONAL* = 3 (* {0, 1} *);
HS_CROSS* = 4 (* {2} *);
HS_DIAGCROSS* = 5 (* {0, 2} *);
PS_SOLID* = 0 (* {} *);
PS_DASH* = 1 (* {0} *);
PS_DOT* = 2 (* {1} *);
PS_DASHDOT* = 3 (* {0, 1} *);
PS_DASHDOTDOT* = 4 (* {2} *);
PS_NULL* = 5 (* {0, 2} *);
PS_INSIDEFRAME* = 6 (* {1, 2} *);
PS_USERSTYLE* = 7 (* {0..2} *);
PS_ALTERNATE* = 8 (* {3} *);
PS_STYLE_MASK* = 15 (* {0..3} *);
PS_ENDCAP_ROUND* = 0 (* {} *);
PS_ENDCAP_SQUARE* = 256 (* {8} *);
PS_ENDCAP_FLAT* = 512 (* {9} *);
PS_ENDCAP_MASK* = 3840 (* {8..11} *);
PS_JOIN_ROUND* = 0 (* {} *);
PS_JOIN_BEVEL* = 4096 (* {12} *);
PS_JOIN_MITER* = 8192 (* {13} *);
PS_JOIN_MASK* = 61440 (* {12..15} *);
PS_COSMETIC* = 0 (* {} *);
PS_GEOMETRIC* = 65536 (* {16} *);
PS_TYPE_MASK* = 983040 (* {16..19} *);
AD_COUNTERCLOCKWISE* = 1 (* {0} *);
AD_CLOCKWISE* = 2 (* {1} *);
DRIVERVERSION* = 0 (* {} *);
TECHNOLOGY* = 2 (* {1} *);
HORZSIZE* = 4 (* {2} *);
VERTSIZE* = 6 (* {1, 2} *);
HORZRES* = 8 (* {3} *);
VERTRES* = 10 (* {1, 3} *);
BITSPIXEL* = 12 (* {2, 3} *);
PLANES* = 14 (* {1..3} *);
NUMBRUSHES* = 16 (* {4} *);
NUMPENS* = 18 (* {1, 4} *);
NUMMARKERS* = 20 (* {2, 4} *);
NUMFONTS* = 22 (* {1, 2, 4} *);
NUMCOLORS* = 24 (* {3, 4} *);
PDEVICESIZE* = 26 (* {1, 3, 4} *);
CURVECAPS* = 28 (* {2..4} *);
LINECAPS* = 30 (* {1..4} *);
POLYGONALCAPS* = 32 (* {5} *);
TEXTCAPS* = 34 (* {1, 5} *);
CLIPCAPS* = 36 (* {2, 5} *);
RASTERCAPS* = 38 (* {1, 2, 5} *);
ASPECTX* = 40 (* {3, 5} *);
ASPECTY* = 42 (* {1, 3, 5} *);
ASPECTXY* = 44 (* {2, 3, 5} *);
LOGPIXELSX* = 88 (* {3, 4, 6} *);
LOGPIXELSY* = 90 (* {1, 3, 4, 6} *);
SIZEPALETTE* = 104 (* {3, 5, 6} *);
NUMRESERVED* = 106 (* {1, 3, 5, 6} *);
COLORRES* = 108 (* {2, 3, 5, 6} *);
PHYSICALWIDTH* = 110 (* {1..3, 5, 6} *);
PHYSICALHEIGHT* = 111 (* {0..3, 5, 6} *);
PHYSICALOFFSETX* = 112 (* {4..6} *);
PHYSICALOFFSETY* = 113 (* {0, 4..6} *);
SCALINGFACTORX* = 114 (* {1, 4..6} *);
SCALINGFACTORY* = 115 (* {0, 1, 4..6} *);
VREFRESH* = 116 (* {2, 4..6} *);
DESKTOPVERTRES* = 117 (* {0, 2, 4..6} *);
DESKTOPHORZRES* = 118 (* {1, 2, 4..6} *);
BLTALIGNMENT* = 119 (* {0..2, 4..6} *);
DT_PLOTTER* = 0 (* {} *);
DT_RASDISPLAY* = 1 (* {0} *);
DT_RASPRINTER* = 2 (* {1} *);
DT_RASCAMERA* = 3 (* {0, 1} *);
DT_CHARSTREAM* = 4 (* {2} *);
DT_METAFILE* = 5 (* {0, 2} *);
DT_DISPFILE* = 6 (* {1, 2} *);
CC_NONE* = {};
CC_CIRCLES* = {0};
CC_PIE* = {1};
CC_CHORD* = {2};
CC_ELLIPSES* = {3};
CC_WIDE* = {4};
CC_STYLED* = {5};
CC_WIDESTYLED* = {6};
CC_INTERIORS* = {7};
CC_ROUNDRECT* = {8};
LC_NONE* = {};
LC_POLYLINE* = {1};
LC_MARKER* = {2};
LC_POLYMARKER* = {3};
LC_WIDE* = {4};
LC_STYLED* = {5};
LC_WIDESTYLED* = {6};
LC_INTERIORS* = {7};
PC_NONE* = {};
PC_POLYGON* = {0};
PC_RECTANGLE* = {1};
PC_WINDPOLYGON* = {2};
PC_TRAPEZOID* = {2};
PC_SCANLINE* = {3};
PC_WIDE* = {4};
PC_STYLED* = {5};
PC_WIDESTYLED* = {6};
PC_INTERIORS* = {7};
PC_POLYPOLYGON* = {8};
PC_PATHS* = {9};
CP_NONE* = 0 (* {} *);
CP_RECTANGLE* = 1 (* {0} *);
CP_REGION* = 2 (* {1} *);
TC_OP_CHARACTER* = {0};
TC_OP_STROKE* = {1};
TC_CP_STROKE* = {2};
TC_CR_90* = {3};
TC_CR_ANY* = {4};
TC_SF_X_YINDEP* = {5};
TC_SA_DOUBLE* = {6};
TC_SA_INTEGER* = {7};
TC_SA_CONTIN* = {8};
TC_EA_DOUBLE* = {9};
TC_IA_ABLE* = {10};
TC_UA_ABLE* = {11};
TC_SO_ABLE* = {12};
TC_RA_ABLE* = {13};
TC_VA_ABLE* = {14};
TC_RESERVED* = {15};
TC_SCROLLBLT* = {16};
RC_BITBLT* = {0};
RC_BANDING* = {1};
RC_SCALING* = {2};
RC_BITMAP64* = {3};
RC_GDI20_OUTPUT* = {4};
RC_GDI20_STATE* = {5};
RC_SAVEBITMAP* = {6};
RC_DI_BITMAP* = {7};
RC_PALETTE* = {8};
RC_DIBTODEV* = {9};
RC_BIGFONT* = {10};
RC_STRETCHBLT* = {11};
RC_FLOODFILL* = {12};
RC_STRETCHDIB* = {13};
RC_OP_DX_OUTPUT* = {14};
RC_DEVBITS* = {15};
DIB_RGB_COLORS* = 0 (* {} *);
DIB_PAL_COLORS* = 1 (* {0} *);
SYSPAL_ERROR* = 0 (* {} *);
SYSPAL_STATIC* = 1 (* {0} *);
SYSPAL_NOSTATIC* = 2 (* {1} *);
CBM_INIT* = 4 (* {2} *);
FLOODFILLBORDER* = 0 (* {} *);
FLOODFILLSURFACE* = 1 (* {0} *);
CCHDEVICENAME* = 32 (* {5} *);
CCHFORMNAME* = 32 (* {5} *);
DM_SPECVERSION* = {0, 10};
DM_ORIENTATION* = {0};
DM_PAPERSIZE* = {1};
DM_PAPERLENGTH* = {2};
DM_PAPERWIDTH* = {3};
DM_SCALE* = {4};
DM_COPIES* = {8};
DM_DEFAULTSOURCE* = {9};
DM_PRINTQUALITY* = {10};
DM_COLOR* = {11};
DM_DUPLEX* = {12};
DM_YRESOLUTION* = {13};
DM_TTOPTION* = {14};
DM_COLLATE* = {15};
DM_FORMNAME* = {16};
DM_LOGPIXELS* = {17};
DM_BITSPERPEL* = {18};
DM_PELSWIDTH* = {19};
DM_PELSHEIGHT* = {20};
DM_DISPLAYFLAGS* = {21};
DM_DISPLAYFREQUENCY* = {22};
DM_PANNINGWIDTH* = {23};
DM_PANNINGHEIGHT* = {24};
DM_ICMMETHOD* = {25};
DM_ICMINTENT* = {26};
DM_MEDIATYPE* = {27};
DM_DITHERTYPE* = {28};
DM_ICCMANUFACTURER* = {29};
DM_ICCMODEL* = {30};
DMORIENT_PORTRAIT* = 1 (* {0} *);
DMORIENT_LANDSCAPE* = 2 (* {1} *);
DMPAPER_FIRST* = 1 (* {0} *);
DMPAPER_LETTER* = 1 (* {0} *);
DMPAPER_LETTERSMALL* = 2 (* {1} *);
DMPAPER_TABLOID* = 3 (* {0, 1} *);
DMPAPER_LEDGER* = 4 (* {2} *);
DMPAPER_LEGAL* = 5 (* {0, 2} *);
DMPAPER_STATEMENT* = 6 (* {1, 2} *);
DMPAPER_EXECUTIVE* = 7 (* {0..2} *);
DMPAPER_A3* = 8 (* {3} *);
DMPAPER_A4* = 9 (* {0, 3} *);
DMPAPER_A4SMALL* = 10 (* {1, 3} *);
DMPAPER_A5* = 11 (* {0, 1, 3} *);
DMPAPER_B4* = 12 (* {2, 3} *);
DMPAPER_B5* = 13 (* {0, 2, 3} *);
DMPAPER_FOLIO* = 14 (* {1..3} *);
DMPAPER_QUARTO* = 15 (* {0..3} *);
DMPAPER_10X14* = 16 (* {4} *);
DMPAPER_11X17* = 17 (* {0, 4} *);
DMPAPER_NOTE* = 18 (* {1, 4} *);
DMPAPER_ENV_9* = 19 (* {0, 1, 4} *);
DMPAPER_ENV_10* = 20 (* {2, 4} *);
DMPAPER_ENV_11* = 21 (* {0, 2, 4} *);
DMPAPER_ENV_12* = 22 (* {1, 2, 4} *);
DMPAPER_ENV_14* = 23 (* {0..2, 4} *);
DMPAPER_CSHEET* = 24 (* {3, 4} *);
DMPAPER_DSHEET* = 25 (* {0, 3, 4} *);
DMPAPER_ESHEET* = 26 (* {1, 3, 4} *);
DMPAPER_ENV_DL* = 27 (* {0, 1, 3, 4} *);
DMPAPER_ENV_C5* = 28 (* {2..4} *);
DMPAPER_ENV_C3* = 29 (* {0, 2..4} *);
DMPAPER_ENV_C4* = 30 (* {1..4} *);
DMPAPER_ENV_C6* = 31 (* {0..4} *);
DMPAPER_ENV_C65* = 32 (* {5} *);
DMPAPER_ENV_B4* = 33 (* {0, 5} *);
DMPAPER_ENV_B5* = 34 (* {1, 5} *);
DMPAPER_ENV_B6* = 35 (* {0, 1, 5} *);
DMPAPER_ENV_ITALY* = 36 (* {2, 5} *);
DMPAPER_ENV_MONARCH* = 37 (* {0, 2, 5} *);
DMPAPER_ENV_PERSONAL* = 38 (* {1, 2, 5} *);
DMPAPER_FANFOLD_US* = 39 (* {0..2, 5} *);
DMPAPER_FANFOLD_STD_GERMAN* = 40 (* {3, 5} *);
DMPAPER_FANFOLD_LGL_GERMAN* = 41 (* {0, 3, 5} *);
DMPAPER_ISO_B4* = 42 (* {1, 3, 5} *);
DMPAPER_JAPANESE_POSTCARD* = 43 (* {0, 1, 3, 5} *);
DMPAPER_9X11* = 44 (* {2, 3, 5} *);
DMPAPER_10X11* = 45 (* {0, 2, 3, 5} *);
DMPAPER_15X11* = 46 (* {1..3, 5} *);
DMPAPER_ENV_INVITE* = 47 (* {0..3, 5} *);
DMPAPER_RESERVED_48* = 48 (* {4, 5} *);
DMPAPER_RESERVED_49* = 49 (* {0, 4, 5} *);
DMPAPER_LETTER_EXTRA* = 50 (* {1, 4, 5} *);
DMPAPER_LEGAL_EXTRA* = 51 (* {0, 1, 4, 5} *);
DMPAPER_TABLOID_EXTRA* = 52 (* {2, 4, 5} *);
DMPAPER_A4_EXTRA* = 53 (* {0, 2, 4, 5} *);
DMPAPER_LETTER_TRANSVERSE* = 54 (* {1, 2, 4, 5} *);
DMPAPER_A4_TRANSVERSE* = 55 (* {0..2, 4, 5} *);
DMPAPER_LETTER_EXTRA_TRANSVERSE* = 56 (* {3..5} *);
DMPAPER_A_PLUS* = 57 (* {0, 3..5} *);
DMPAPER_B_PLUS* = 58 (* {1, 3..5} *);
DMPAPER_LETTER_PLUS* = 59 (* {0, 1, 3..5} *);
DMPAPER_A4_PLUS* = 60 (* {2..5} *);
DMPAPER_A5_TRANSVERSE* = 61 (* {0, 2..5} *);
DMPAPER_B5_TRANSVERSE* = 62 (* {1..5} *);
DMPAPER_A3_EXTRA* = 63 (* {0..5} *);
DMPAPER_A5_EXTRA* = 64 (* {6} *);
DMPAPER_B5_EXTRA* = 65 (* {0, 6} *);
DMPAPER_A2* = 66 (* {1, 6} *);
DMPAPER_A3_TRANSVERSE* = 67 (* {0, 1, 6} *);
DMPAPER_A3_EXTRA_TRANSVERSE* = 68 (* {2, 6} *);
DMPAPER_LAST* = 68 (* {2, 6} *);
DMPAPER_USER* = 256 (* {8} *);
DMBIN_FIRST* = 1 (* {0} *);
DMBIN_UPPER* = 1 (* {0} *);
DMBIN_ONLYONE* = 1 (* {0} *);
DMBIN_LOWER* = 2 (* {1} *);
DMBIN_MIDDLE* = 3 (* {0, 1} *);
DMBIN_MANUAL* = 4 (* {2} *);
DMBIN_ENVELOPE* = 5 (* {0, 2} *);
DMBIN_ENVMANUAL* = 6 (* {1, 2} *);
DMBIN_AUTO* = 7 (* {0..2} *);
DMBIN_TRACTOR* = 8 (* {3} *);
DMBIN_SMALLFMT* = 9 (* {0, 3} *);
DMBIN_LARGEFMT* = 10 (* {1, 3} *);
DMBIN_LARGECAPACITY* = 11 (* {0, 1, 3} *);
DMBIN_CASSETTE* = 14 (* {1..3} *);
DMBIN_FORMSOURCE* = 15 (* {0..3} *);
DMBIN_LAST* = 15 (* {0..3} *);
DMBIN_USER* = 256 (* {8} *);
DMRES_DRAFT* = -1 (* {0..31} *);
DMRES_LOW* = -2 (* {1..31} *);
DMRES_MEDIUM* = -3 (* {0, 2..31} *);
DMRES_HIGH* = -4 (* {2..31} *);
DMCOLOR_MONOCHROME* = 1 (* {0} *);
DMCOLOR_COLOR* = 2 (* {1} *);
DMDUP_SIMPLEX* = 1 (* {0} *);
DMDUP_VERTICAL* = 2 (* {1} *);
DMDUP_HORIZONTAL* = 3 (* {0, 1} *);
DMTT_BITMAP* = 1 (* {0} *);
DMTT_DOWNLOAD* = 2 (* {1} *);
DMTT_SUBDEV* = 3 (* {0, 1} *);
DMTT_DOWNLOAD_OUTLINE* = 4 (* {2} *);
DMCOLLATE_FALSE* = 0 (* {} *);
DMCOLLATE_TRUE* = 1 (* {0} *);
DM_GRAYSCALE* = {0};
DM_INTERLACED* = {1};
DM_TEXTMODE* = {2};
DMICMMETHOD_NONE* = 1 (* {0} *);
DMICMMETHOD_SYSTEM* = 2 (* {1} *);
DMICMMETHOD_DRIVER* = 3 (* {0, 1} *);
DMICMMETHOD_DEVICE* = 4 (* {2} *);
DMICMMETHOD_USER* = 256 (* {8} *);
DMICM_SATURATE* = 1 (* {0} *);
DMICM_CONTRAST* = 2 (* {1} *);
DMICM_COLORMETRIC* = 3 (* {0, 1} *);
DMICM_USER* = 256 (* {8} *);
DMMEDIA_STANDARD* = 1 (* {0} *);
DMMEDIA_TRANSPARENCY* = 2 (* {1} *);
DMMEDIA_GLOSSY* = 3 (* {0, 1} *);
DMMEDIA_USER* = 256 (* {8} *);
DMDITHER_NONE* = 1 (* {0} *);
DMDITHER_COARSE* = 2 (* {1} *);
DMDITHER_FINE* = 3 (* {0, 1} *);
DMDITHER_LINEART* = 4 (* {2} *);
DMDITHER_GRAYSCALE* = 5 (* {0, 2} *);
DMDITHER_USER* = 256 (* {8} *);
RDH_RECTANGLES* = 1 (* {0} *);
GGO_METRICS* = 0 (* {} *);
GGO_BITMAP* = 1 (* {0} *);
GGO_NATIVE* = 2 (* {1} *);
GGO_GRAY2_BITMAP* = 4 (* {2} *);
GGO_GRAY4_BITMAP* = 5 (* {0, 2} *);
GGO_GRAY8_BITMAP* = 6 (* {1, 2} *);
GGO_GLYPH_INDEX* = 128 (* {7} *);
TT_POLYGON_TYPE* = 24 (* {3, 4} *);
TT_PRIM_LINE* = 1 (* {0} *);
TT_PRIM_QSPLINE* = 2 (* {1} *);
GCP_DBCS* = {0};
GCP_REORDER* = {1};
GCP_USEKERNING* = {3};
GCP_GLYPHSHAPE* = {4};
GCP_LIGATE* = {5};
GCP_DIACRITIC* = {8};
GCP_KASHIDA* = {10};
GCP_ERROR* = {15};
FLI_MASK* = {0, 1, 3..5, 12};
GCP_JUSTIFY* = {16};
FLI_GLYPHS* = {18};
GCP_CLASSIN* = {19};
GCP_MAXEXTENT* = {20};
GCP_JUSTIFYIN* = {21};
GCP_DISPLAYZWG* = {22};
GCP_SYMSWAPOFF* = {23};
GCP_NUMERICOVERRIDE* = {24};
GCP_NEUTRALOVERRIDE* = {25};
GCP_NUMERICSLATIN* = {26};
GCP_NUMERICSLOCAL* = {27};
GCPCLASS_LATIN* = 1 (* {0} *);
GCPCLASS_HEBREW* = 2 (* {1} *);
GCPCLASS_ARABIC* = 2 (* {1} *);
GCPCLASS_NEUTRAL* = 3 (* {0, 1} *);
GCPCLASS_LOCALNUMBER* = 4 (* {2} *);
GCPCLASS_LATINNUMBER* = 5 (* {0, 2} *);
GCPCLASS_LATINNUMERICTERMINATOR* = 6 (* {1, 2} *);
GCPCLASS_LATINNUMERICSEPARATOR* = 7 (* {0..2} *);
GCPCLASS_NUMERICSEPARATOR* = 8 (* {3} *);
GCPCLASS_PREBOUNDLTR* = 128 (* {7} *);
GCPCLASS_PREBOUNDRTL* = 64 (* {6} *);
GCPCLASS_POSTBOUNDLTR* = 32 (* {5} *);
GCPCLASS_POSTBOUNDRTL* = 16 (* {4} *);
GCPGLYPH_LINKBEFORE* = 32768 (* {15} *);
GCPGLYPH_LINKAFTER* = 16384 (* {14} *);
TT_AVAILABLE* = 1 (* {0} *);
TT_ENABLED* = 2 (* {1} *);
PFD_TYPE_RGBA* = 0 (* {} *);
PFD_TYPE_COLORINDEX* = 1 (* {0} *);
PFD_MAIN_PLANE* = 0 (* {} *);
PFD_OVERLAY_PLANE* = 1 (* {0} *);
PFD_UNDERLAY_PLANE* = -1 (* {0..31} *);
PFD_DOUBLEBUFFER* = {0};
PFD_STEREO* = {1};
PFD_DRAW_TO_WINDOW* = {2};
PFD_DRAW_TO_BITMAP* = {3};
PFD_SUPPORT_GDI* = {4};
PFD_SUPPORT_OPENGL* = {5};
PFD_GENERIC_FORMAT* = {6};
PFD_NEED_PALETTE* = {7};
PFD_NEED_SYSTEM_PALETTE* = {8};
PFD_SWAP_EXCHANGE* = {9};
PFD_SWAP_COPY* = {10};
PFD_SWAP_LAYER_BUFFERS* = {11};
PFD_DOUBLEBUFFER_DONTCARE* = {30};
PFD_STEREO_DONTCARE* = {31};
DC_BINADJUST* = 19 (* {0, 1, 4} *);
DC_EMF_COMPLIANT* = 20 (* {2, 4} *);
DC_DATATYPE_PRODUCED* = 21 (* {0, 2, 4} *);
DC_COLLATE* = 22 (* {1, 2, 4} *);
DCTT_BITMAP* = {0};
DCTT_DOWNLOAD* = {1};
DCTT_SUBDEV* = {2};
DCTT_DOWNLOAD_OUTLINE* = {3};
DCBA_FACEUPNONE* = 0 (* {} *);
DCBA_FACEUPCENTER* = 1 (* {0} *);
DCBA_FACEUPLEFT* = 2 (* {1} *);
DCBA_FACEUPRIGHT* = 3 (* {0, 1} *);
DCBA_FACEDOWNNONE* = 256 (* {8} *);
DCBA_FACEDOWNCENTER* = 257 (* {0, 8} *);
DCBA_FACEDOWNLEFT* = 258 (* {1, 8} *);
DCBA_FACEDOWNRIGHT* = 259 (* {0, 1, 8} *);
CA_NEGATIVE* = 1 (* {0} *);
CA_LOG_FILTER* = 2 (* {1} *);
ILLUMINANT_DEVICE_DEFAULT* = 0 (* {} *);
ILLUMINANT_A* = 1 (* {0} *);
ILLUMINANT_B* = 2 (* {1} *);
ILLUMINANT_C* = 3 (* {0, 1} *);
ILLUMINANT_D50* = 4 (* {2} *);
ILLUMINANT_D55* = 5 (* {0, 2} *);
ILLUMINANT_D65* = 6 (* {1, 2} *);
ILLUMINANT_D75* = 7 (* {0..2} *);
ILLUMINANT_F2* = 8 (* {3} *);
ILLUMINANT_MAX_INDEX* = 8 (* {3} *);
ILLUMINANT_TUNGSTEN* = 1 (* {0} *);
ILLUMINANT_DAYLIGHT* = 3 (* {0, 1} *);
ILLUMINANT_FLUORESCENT* = 8 (* {3} *);
ILLUMINANT_NTSC* = 3 (* {0, 1} *);
RGB_GAMMA_MIN* = 1344 (* {6, 8, 10} *);
RGB_GAMMA_MAX* = 65000 (* {3, 5..8, 10..15} *);
REFERENCE_WHITE_MIN* = 6000 (* {4..6, 8..10, 12} *);
REFERENCE_WHITE_MAX* = 10000 (* {4, 8..10, 13} *);
REFERENCE_BLACK_MIN* = 0 (* {} *);
REFERENCE_BLACK_MAX* = 4000 (* {5, 7..11} *);
COLOR_ADJ_MIN* = -100 (* {2..4, 7..31} *);
COLOR_ADJ_MAX* = 100 (* {2, 5, 6} *);
DI_APPBANDING* = 1 (* {0} *);
FONTMAPPER_MAX* = 10 (* {1, 3} *);
ICM_OFF* = 1 (* {0} *);
ICM_ON* = 2 (* {1} *);
ICM_QUERY* = 3 (* {0, 1} *);
ICM_ADDPROFILE* = 1 (* {0} *);
ICM_DELETEPROFILE* = 2 (* {1} *);
ICM_QUERYPROFILE* = 3 (* {0, 1} *);
ICM_SETDEFAULTPROFILE* = 4 (* {2} *);
ICM_REGISTERICMATCHER* = 5 (* {0, 2} *);
ICM_UNREGISTERICMATCHER* = 6 (* {1, 2} *);
ICM_QUERYMATCH* = 7 (* {0..2} *);
ENHMETA_SIGNATURE* = 1179469088 (* {5, 8, 10, 14, 16, 18, 19, 22, 25, 26, 30} *);
ENHMETA_STOCK_OBJECT* = 80000000H;
EMR_HEADER* = 1 (* {0} *);
EMR_POLYBEZIER* = 2 (* {1} *);
EMR_POLYGON* = 3 (* {0, 1} *);
EMR_POLYLINE* = 4 (* {2} *);
EMR_POLYBEZIERTO* = 5 (* {0, 2} *);
EMR_POLYLINETO* = 6 (* {1, 2} *);
EMR_POLYPOLYLINE* = 7 (* {0..2} *);
EMR_POLYPOLYGON* = 8 (* {3} *);
EMR_SETWINDOWEXTEX* = 9 (* {0, 3} *);
EMR_SETWINDOWORGEX* = 10 (* {1, 3} *);
EMR_SETVIEWPORTEXTEX* = 11 (* {0, 1, 3} *);
EMR_SETVIEWPORTORGEX* = 12 (* {2, 3} *);
EMR_SETBRUSHORGEX* = 13 (* {0, 2, 3} *);
EMR_EOF* = 14 (* {1..3} *);
EMR_SETPIXELV* = 15 (* {0..3} *);
EMR_SETMAPPERFLAGS* = 16 (* {4} *);
EMR_SETMAPMODE* = 17 (* {0, 4} *);
EMR_SETBKMODE* = 18 (* {1, 4} *);
EMR_SETPOLYFILLMODE* = 19 (* {0, 1, 4} *);
EMR_SETROP2* = 20 (* {2, 4} *);
EMR_SETSTRETCHBLTMODE* = 21 (* {0, 2, 4} *);
EMR_SETTEXTALIGN* = 22 (* {1, 2, 4} *);
EMR_SETCOLORADJUSTMENT* = 23 (* {0..2, 4} *);
EMR_SETTEXTCOLOR* = 24 (* {3, 4} *);
EMR_SETBKCOLOR* = 25 (* {0, 3, 4} *);
EMR_OFFSETCLIPRGN* = 26 (* {1, 3, 4} *);
EMR_MOVETOEX* = 27 (* {0, 1, 3, 4} *);
EMR_SETMETARGN* = 28 (* {2..4} *);
EMR_EXCLUDECLIPRECT* = 29 (* {0, 2..4} *);
EMR_INTERSECTCLIPRECT* = 30 (* {1..4} *);
EMR_SCALEVIEWPORTEXTEX* = 31 (* {0..4} *);
EMR_SCALEWINDOWEXTEX* = 32 (* {5} *);
EMR_SAVEDC* = 33 (* {0, 5} *);
EMR_RESTOREDC* = 34 (* {1, 5} *);
EMR_SETWORLDTRANSFORM* = 35 (* {0, 1, 5} *);
EMR_MODIFYWORLDTRANSFORM* = 36 (* {2, 5} *);
EMR_SELECTOBJECT* = 37 (* {0, 2, 5} *);
EMR_CREATEPEN* = 38 (* {1, 2, 5} *);
EMR_CREATEBRUSHINDIRECT* = 39 (* {0..2, 5} *);
EMR_DELETEOBJECT* = 40 (* {3, 5} *);
EMR_ANGLEARC* = 41 (* {0, 3, 5} *);
EMR_ELLIPSE* = 42 (* {1, 3, 5} *);
EMR_RECTANGLE* = 43 (* {0, 1, 3, 5} *);
EMR_ROUNDRECT* = 44 (* {2, 3, 5} *);
EMR_ARC* = 45 (* {0, 2, 3, 5} *);
EMR_CHORD* = 46 (* {1..3, 5} *);
EMR_PIE* = 47 (* {0..3, 5} *);
EMR_SELECTPALETTE* = 48 (* {4, 5} *);
EMR_CREATEPALETTE* = 49 (* {0, 4, 5} *);
EMR_SETPALETTEENTRIES* = 50 (* {1, 4, 5} *);
EMR_RESIZEPALETTE* = 51 (* {0, 1, 4, 5} *);
EMR_REALIZEPALETTE* = 52 (* {2, 4, 5} *);
EMR_EXTFLOODFILL* = 53 (* {0, 2, 4, 5} *);
EMR_LINETO* = 54 (* {1, 2, 4, 5} *);
EMR_ARCTO* = 55 (* {0..2, 4, 5} *);
EMR_POLYDRAW* = 56 (* {3..5} *);
EMR_SETARCDIRECTION* = 57 (* {0, 3..5} *);
EMR_SETMITERLIMIT* = 58 (* {1, 3..5} *);
EMR_BEGINPATH* = 59 (* {0, 1, 3..5} *);
EMR_ENDPATH* = 60 (* {2..5} *);
EMR_CLOSEFIGURE* = 61 (* {0, 2..5} *);
EMR_FILLPATH* = 62 (* {1..5} *);
EMR_STROKEANDFILLPATH* = 63 (* {0..5} *);
EMR_STROKEPATH* = 64 (* {6} *);
EMR_FLATTENPATH* = 65 (* {0, 6} *);
EMR_WIDENPATH* = 66 (* {1, 6} *);
EMR_SELECTCLIPPATH* = 67 (* {0, 1, 6} *);
EMR_ABORTPATH* = 68 (* {2, 6} *);
EMR_GDICOMMENT* = 70 (* {1, 2, 6} *);
EMR_FILLRGN* = 71 (* {0..2, 6} *);
EMR_FRAMERGN* = 72 (* {3, 6} *);
EMR_INVERTRGN* = 73 (* {0, 3, 6} *);
EMR_PAINTRGN* = 74 (* {1, 3, 6} *);
EMR_EXTSELECTCLIPRGN* = 75 (* {0, 1, 3, 6} *);
EMR_BITBLT* = 76 (* {2, 3, 6} *);
EMR_STRETCHBLT* = 77 (* {0, 2, 3, 6} *);
EMR_MASKBLT* = 78 (* {1..3, 6} *);
EMR_PLGBLT* = 79 (* {0..3, 6} *);
EMR_SETDIBITSTODEVICE* = 80 (* {4, 6} *);
EMR_STRETCHDIBITS* = 81 (* {0, 4, 6} *);
EMR_EXTCREATEFONTINDIRECTW* = 82 (* {1, 4, 6} *);
EMR_EXTTEXTOUTA* = 83 (* {0, 1, 4, 6} *);
EMR_EXTTEXTOUTW* = 84 (* {2, 4, 6} *);
EMR_POLYBEZIER16* = 85 (* {0, 2, 4, 6} *);
EMR_POLYGON16* = 86 (* {1, 2, 4, 6} *);
EMR_POLYLINE16* = 87 (* {0..2, 4, 6} *);
EMR_POLYBEZIERTO16* = 88 (* {3, 4, 6} *);
EMR_POLYLINETO16* = 89 (* {0, 3, 4, 6} *);
EMR_POLYPOLYLINE16* = 90 (* {1, 3, 4, 6} *);
EMR_POLYPOLYGON16* = 91 (* {0, 1, 3, 4, 6} *);
EMR_POLYDRAW16* = 92 (* {2..4, 6} *);
EMR_CREATEMONOBRUSH* = 93 (* {0, 2..4, 6} *);
EMR_CREATEDIBPATTERNBRUSHPT* = 94 (* {1..4, 6} *);
EMR_EXTCREATEPEN* = 95 (* {0..4, 6} *);
EMR_POLYTEXTOUTA* = 96 (* {5, 6} *);
EMR_POLYTEXTOUTW* = 97 (* {0, 5, 6} *);
EMR_SETICMMODE* = 98 (* {1, 5, 6} *);
EMR_CREATECOLORSPACE* = 99 (* {0, 1, 5, 6} *);
EMR_SETCOLORSPACE* = 100 (* {2, 5, 6} *);
EMR_DELETECOLORSPACE* = 101 (* {0, 2, 5, 6} *);
EMR_GLSRECORD* = 102 (* {1, 2, 5, 6} *);
EMR_GLSBOUNDEDRECORD* = 103 (* {0..2, 5, 6} *);
EMR_PIXELFORMAT* = 104 (* {3, 5, 6} *);
EMR_MIN* = 1 (* {0} *);
EMR_MAX* = 104 (* {3, 5, 6} *);
GDICOMMENT_IDENTIFIER* = 1128875079 (* {0..2, 6, 10, 14, 16, 19, 22, 24, 25, 30} *);
GDICOMMENT_WINDOWS_METAFILE* = -2147483647 (* {0, 31} *);
GDICOMMENT_BEGINGROUP* = 2 (* {1} *);
GDICOMMENT_ENDGROUP* = 3 (* {0, 1} *);
GDICOMMENT_MULTIFORMATS* = 1073741828 (* {2, 30} *);
EPS_SIGNATURE* = 1179865157 (* {0, 2, 6, 12, 14, 16, 17, 20, 22, 25, 26, 30} *);
WGL_FONT_LINES* = 0 (* {} *);
WGL_FONT_POLYGONS* = 1 (* {0} *);
LPD_DOUBLEBUFFER* = {0};
LPD_STEREO* = {1};
LPD_SUPPORT_GDI* = {4};
LPD_SUPPORT_OPENGL* = {5};
LPD_SHARE_DEPTH* = {6};
LPD_SHARE_STENCIL* = {7};
LPD_SHARE_ACCUM* = {8};
LPD_SWAP_EXCHANGE* = {9};
LPD_SWAP_COPY* = {10};
LPD_TRANSPARENT* = {12};
LPD_TYPE_RGBA* = {};
LPD_TYPE_COLORINDEX* = {0};
WGL_SWAP_MAIN_PLANE* = {0};
WGL_SWAP_OVERLAY1* = {1};
WGL_SWAP_OVERLAY2* = {2};
WGL_SWAP_OVERLAY3* = {3};
WGL_SWAP_OVERLAY4* = {4};
WGL_SWAP_OVERLAY5* = {5};
WGL_SWAP_OVERLAY6* = {6};
WGL_SWAP_OVERLAY7* = {7};
WGL_SWAP_OVERLAY8* = {8};
WGL_SWAP_OVERLAY9* = {9};
WGL_SWAP_OVERLAY10* = {10};
WGL_SWAP_OVERLAY11* = {11};
WGL_SWAP_OVERLAY12* = {12};
WGL_SWAP_OVERLAY13* = {13};
WGL_SWAP_OVERLAY14* = {14};
WGL_SWAP_OVERLAY15* = {15};
WGL_SWAP_UNDERLAY1* = {16};
WGL_SWAP_UNDERLAY2* = {17};
WGL_SWAP_UNDERLAY3* = {18};
WGL_SWAP_UNDERLAY4* = {19};
WGL_SWAP_UNDERLAY5* = {20};
WGL_SWAP_UNDERLAY6* = {21};
WGL_SWAP_UNDERLAY7* = {22};
WGL_SWAP_UNDERLAY8* = {23};
WGL_SWAP_UNDERLAY9* = {24};
WGL_SWAP_UNDERLAY10* = {25};
WGL_SWAP_UNDERLAY11* = {26};
WGL_SWAP_UNDERLAY12* = {27};
WGL_SWAP_UNDERLAY13* = {28};
WGL_SWAP_UNDERLAY14* = {29};
WGL_SWAP_UNDERLAY15* = {30};
RT_CURSOR* = 1 (* {0} *);
RT_BITMAP* = 2 (* {1} *);
RT_ICON* = 3 (* {0, 1} *);
RT_MENU* = 4 (* {2} *);
RT_DIALOG* = 5 (* {0, 2} *);
RT_STRING* = 6 (* {1, 2} *);
RT_FONTDIR* = 7 (* {0..2} *);
RT_FONT* = 8 (* {3} *);
RT_ACCELERATOR* = 9 (* {0, 3} *);
RT_RCDATA* = 10 (* {1, 3} *);
RT_MESSAGETABLE* = 11 (* {0, 1, 3} *);
DIFFERENCE* = 11 (* {0, 1, 3} *);
RT_GROUP_CURSOR* = 12 (* {2, 3} *);
RT_GROUP_ICON* = 14 (* {1..3} *);
RT_VERSION* = 16 (* {4} *);
RT_DLGINCLUDE* = 17 (* {0, 4} *);
RT_PLUGPLAY* = 19 (* {0, 1, 4} *);
RT_VXD* = 20 (* {2, 4} *);
SB_HORZ* = 0 (* {} *);
SB_VERT* = 1 (* {0} *);
SB_CTL* = 2 (* {1} *);
SB_BOTH* = 3 (* {0, 1} *);
SB_LINEUP* = 0 (* {} *);
SB_LINELEFT* = 0 (* {} *);
SB_LINEDOWN* = 1 (* {0} *);
SB_LINERIGHT* = 1 (* {0} *);
SB_PAGEUP* = 2 (* {1} *);
SB_PAGELEFT* = 2 (* {1} *);
SB_PAGEDOWN* = 3 (* {0, 1} *);
SB_PAGERIGHT* = 3 (* {0, 1} *);
SB_THUMBPOSITION* = 4 (* {2} *);
SB_THUMBTRACK* = 5 (* {0, 2} *);
SB_TOP* = 6 (* {1, 2} *);
SB_LEFT* = 6 (* {1, 2} *);
SB_BOTTOM* = 7 (* {0..2} *);
SB_RIGHT* = 7 (* {0..2} *);
SB_ENDSCROLL* = 8 (* {3} *);
SW_HIDE* = 0 (* {} *);
SW_SHOWNORMAL* = 1 (* {0} *);
SW_NORMAL* = 1 (* {0} *);
SW_SHOWMINIMIZED* = 2 (* {1} *);
SW_SHOWMAXIMIZED* = 3 (* {0, 1} *);
SW_MAXIMIZE* = 3 (* {0, 1} *);
SW_SHOWNOACTIVATE* = 4 (* {2} *);
SW_SHOW* = 5 (* {0, 2} *);
SW_MINIMIZE* = 6 (* {1, 2} *);
SW_SHOWMINNOACTIVE* = 7 (* {0..2} *);
SW_SHOWNA* = 8 (* {3} *);
SW_RESTORE* = 9 (* {0, 3} *);
SW_SHOWDEFAULT* = 10 (* {1, 3} *);
SW_MAX* = 10 (* {1, 3} *);
HIDE_WINDOW* = 0 (* {} *);
SHOW_OPENWINDOW* = 1 (* {0} *);
SHOW_ICONWINDOW* = 2 (* {1} *);
SHOW_FULLSCREEN* = 3 (* {0, 1} *);
SHOW_OPENNOACTIVATE* = 4 (* {2} *);
SW_PARENTCLOSING* = 1 (* {0} *);
SW_OTHERZOOM* = 2 (* {1} *);
SW_PARENTOPENING* = 3 (* {0, 1} *);
SW_OTHERUNZOOM* = 4 (* {2} *);
KF_EXTENDED* = 256 (* {8} *);
KF_DLGMODE* = 2048 (* {11} *);
KF_MENUMODE* = 4096 (* {12} *);
KF_ALTDOWN* = 8192 (* {13} *);
KF_REPEAT* = 16384 (* {14} *);
KF_UP* = 32768 (* {15} *);
VK_LBUTTON* = 1 (* {0} *);
VK_RBUTTON* = 2 (* {1} *);
VK_CANCEL* = 3 (* {0, 1} *);
VK_MBUTTON* = 4 (* {2} *);
VK_BACK* = 8 (* {3} *);
VK_TAB* = 9 (* {0, 3} *);
VK_CLEAR* = 12 (* {2, 3} *);
VK_RETURN* = 13 (* {0, 2, 3} *);
VK_SHIFT* = 16 (* {4} *);
VK_CONTROL* = 17 (* {0, 4} *);
VK_MENU* = 18 (* {1, 4} *);
VK_PAUSE* = 19 (* {0, 1, 4} *);
VK_CAPITAL* = 20 (* {2, 4} *);
VK_ESCAPE* = 27 (* {0, 1, 3, 4} *);
VK_SPACE* = 32 (* {5} *);
VK_PRIOR* = 33 (* {0, 5} *);
VK_NEXT* = 34 (* {1, 5} *);
VK_END* = 35 (* {0, 1, 5} *);
VK_HOME* = 36 (* {2, 5} *);
VK_LEFT* = 37 (* {0, 2, 5} *);
VK_UP* = 38 (* {1, 2, 5} *);
VK_RIGHT* = 39 (* {0..2, 5} *);
VK_DOWN* = 40 (* {3, 5} *);
VK_SELECT* = 41 (* {0, 3, 5} *);
VK_PRINT* = 42 (* {1, 3, 5} *);
VK_EXECUTE* = 43 (* {0, 1, 3, 5} *);
VK_SNAPSHOT* = 44 (* {2, 3, 5} *);
VK_INSERT* = 45 (* {0, 2, 3, 5} *);
VK_DELETE* = 46 (* {1..3, 5} *);
VK_HELP* = 47 (* {0..3, 5} *);
VK_LWIN* = 91 (* {0, 1, 3, 4, 6} *);
VK_RWIN* = 92 (* {2..4, 6} *);
VK_APPS* = 93 (* {0, 2..4, 6} *);
VK_NUMPAD0* = 96 (* {5, 6} *);
VK_NUMPAD1* = 97 (* {0, 5, 6} *);
VK_NUMPAD2* = 98 (* {1, 5, 6} *);
VK_NUMPAD3* = 99 (* {0, 1, 5, 6} *);
VK_NUMPAD4* = 100 (* {2, 5, 6} *);
VK_NUMPAD5* = 101 (* {0, 2, 5, 6} *);
VK_NUMPAD6* = 102 (* {1, 2, 5, 6} *);
VK_NUMPAD7* = 103 (* {0..2, 5, 6} *);
VK_NUMPAD8* = 104 (* {3, 5, 6} *);
VK_NUMPAD9* = 105 (* {0, 3, 5, 6} *);
VK_MULTIPLY* = 106 (* {1, 3, 5, 6} *);
VK_ADD* = 107 (* {0, 1, 3, 5, 6} *);
VK_SEPARATOR* = 108 (* {2, 3, 5, 6} *);
VK_SUBTRACT* = 109 (* {0, 2, 3, 5, 6} *);
VK_DECIMAL* = 110 (* {1..3, 5, 6} *);
VK_DIVIDE* = 111 (* {0..3, 5, 6} *);
VK_F1* = 112 (* {4..6} *);
VK_F2* = 113 (* {0, 4..6} *);
VK_F3* = 114 (* {1, 4..6} *);
VK_F4* = 115 (* {0, 1, 4..6} *);
VK_F5* = 116 (* {2, 4..6} *);
VK_F6* = 117 (* {0, 2, 4..6} *);
VK_F7* = 118 (* {1, 2, 4..6} *);
VK_F8* = 119 (* {0..2, 4..6} *);
VK_F9* = 120 (* {3..6} *);
VK_F10* = 121 (* {0, 3..6} *);
VK_F11* = 122 (* {1, 3..6} *);
VK_F12* = 123 (* {0, 1, 3..6} *);
VK_F13* = 124 (* {2..6} *);
VK_F14* = 125 (* {0, 2..6} *);
VK_F15* = 126 (* {1..6} *);
VK_F16* = 127 (* {0..6} *);
VK_F17* = 128 (* {7} *);
VK_F18* = 129 (* {0, 7} *);
VK_F19* = 130 (* {1, 7} *);
VK_F20* = 131 (* {0, 1, 7} *);
VK_F21* = 132 (* {2, 7} *);
VK_F22* = 133 (* {0, 2, 7} *);
VK_F23* = 134 (* {1, 2, 7} *);
VK_F24* = 135 (* {0..2, 7} *);
VK_NUMLOCK* = 144 (* {4, 7} *);
VK_SCROLL* = 145 (* {0, 4, 7} *);
VK_LSHIFT* = 160 (* {5, 7} *);
VK_RSHIFT* = 161 (* {0, 5, 7} *);
VK_LCONTROL* = 162 (* {1, 5, 7} *);
VK_RCONTROL* = 163 (* {0, 1, 5, 7} *);
VK_LMENU* = 164 (* {2, 5, 7} *);
VK_RMENU* = 165 (* {0, 2, 5, 7} *);
VK_PROCESSKEY* = 229 (* {0, 2, 5..7} *);
VK_ATTN* = 246 (* {1, 2, 4..7} *);
VK_CRSEL* = 247 (* {0..2, 4..7} *);
VK_EXSEL* = 248 (* {3..7} *);
VK_EREOF* = 249 (* {0, 3..7} *);
VK_PLAY* = 250 (* {1, 3..7} *);
VK_ZOOM* = 251 (* {0, 1, 3..7} *);
VK_NONAME* = 252 (* {2..7} *);
VK_PA1* = 253 (* {0, 2..7} *);
VK_OEM_CLEAR* = 254 (* {1..7} *);
WH_MIN* = -1 (* {0..31} *);
WH_MSGFILTER* = -1 (* {0..31} *);
WH_JOURNALRECORD* = 0 (* {} *);
WH_JOURNALPLAYBACK* = 1 (* {0} *);
WH_KEYBOARD* = 2 (* {1} *);
WH_GETMESSAGE* = 3 (* {0, 1} *);
WH_CALLWNDPROC* = 4 (* {2} *);
WH_CBT* = 5 (* {0, 2} *);
WH_SYSMSGFILTER* = 6 (* {1, 2} *);
WH_MOUSE* = 7 (* {0..2} *);
WH_HARDWARE* = 8 (* {3} *);
WH_DEBUG* = 9 (* {0, 3} *);
WH_SHELL* = 10 (* {1, 3} *);
WH_FOREGROUNDIDLE* = 11 (* {0, 1, 3} *);
WH_CALLWNDPROCRET* = 12 (* {2, 3} *);
WH_MAX* = 12 (* {2, 3} *);
WH_MINHOOK* = -1 (* {0..31} *);
WH_MAXHOOK* = 12 (* {2, 3} *);
HC_ACTION* = 0 (* {} *);
HC_GETNEXT* = 1 (* {0} *);
HC_SKIP* = 2 (* {1} *);
HC_NOREMOVE* = 3 (* {0, 1} *);
HC_NOREM* = 3 (* {0, 1} *);
HC_SYSMODALON* = 4 (* {2} *);
HC_SYSMODALOFF* = 5 (* {0, 2} *);
HCBT_MOVESIZE* = 0 (* {} *);
HCBT_MINMAX* = 1 (* {0} *);
HCBT_QS* = 2 (* {1} *);
HCBT_CREATEWND* = 3 (* {0, 1} *);
HCBT_DESTROYWND* = 4 (* {2} *);
HCBT_ACTIVATE* = 5 (* {0, 2} *);
HCBT_CLICKSKIPPED* = 6 (* {1, 2} *);
HCBT_KEYSKIPPED* = 7 (* {0..2} *);
HCBT_SYSCOMMAND* = 8 (* {3} *);
HCBT_SETFOCUS* = 9 (* {0, 3} *);
MSGF_DIALOGBOX* = 0 (* {} *);
MSGF_MESSAGEBOX* = 1 (* {0} *);
MSGF_MENU* = 2 (* {1} *);
MSGF_MOVE* = 3 (* {0, 1} *);
MSGF_SIZE* = 4 (* {2} *);
MSGF_SCROLLBAR* = 5 (* {0, 2} *);
MSGF_NEXTWINDOW* = 6 (* {1, 2} *);
MSGF_MAINLOOP* = 8 (* {3} *);
MSGF_MAX* = 8 (* {3} *);
MSGF_USER* = 4096 (* {12} *);
HSHELL_WINDOWCREATED* = 1 (* {0} *);
HSHELL_WINDOWDESTROYED* = 2 (* {1} *);
HSHELL_ACTIVATESHELLWINDOW* = 3 (* {0, 1} *);
HSHELL_WINDOWACTIVATED* = 4 (* {2} *);
HSHELL_GETMINRECT* = 5 (* {0, 2} *);
HSHELL_REDRAW* = 6 (* {1, 2} *);
HSHELL_TASKMAN* = 7 (* {0..2} *);
HSHELL_LANGUAGE* = 8 (* {3} *);
HKL_PREV* = 0 (* {} *);
HKL_NEXT* = 1 (* {0} *);
KLF_ACTIVATE* = 1 (* {0} *);
KLF_SUBSTITUTE_OK* = 2 (* {1} *);
KLF_UNLOADPREVIOUS* = 4 (* {2} *);
KLF_REORDER* = 8 (* {3} *);
KLF_REPLACELANG* = 16 (* {4} *);
KLF_NOTELLSHELL* = 128 (* {7} *);
KL_NAMELENGTH* = 9 (* {0, 3} *);
DESKTOP_READOBJECTS* = {0};
DESKTOP_CREATEWINDOW* = {1};
DESKTOP_CREATEMENU* = {2};
DESKTOP_HOOKCONTROL* = {3};
DESKTOP_JOURNALRECORD* = {4};
DESKTOP_JOURNALPLAYBACK* = {5};
DESKTOP_ENUMERATE* = {6};
DESKTOP_WRITEOBJECTS* = {7};
DESKTOP_SWITCHDESKTOP* = {8};
DF_ALLOWOTHERACCOUNTHOOK* = {0};
WINSTA_ENUMDESKTOPS* = {0};
WINSTA_READATTRIBUTES* = {1};
WINSTA_ACCESSCLIPBOARD* = {2};
WINSTA_CREATEDESKTOP* = {3};
WINSTA_WRITEATTRIBUTES* = {4};
WINSTA_ACCESSGLOBALATOMS* = {5};
WINSTA_EXITWINDOWS* = {6};
WINSTA_ENUMERATE* = {8};
WINSTA_READSCREEN* = {9};
WSF_VISIBLE* = {0};
UOI_FLAGS* = 1 (* {0} *);
UOI_NAME* = 2 (* {1} *);
UOI_TYPE* = 3 (* {0, 1} *);
UOI_USER_SID* = 4 (* {2} *);
GWL_WNDPROC* = -4 (* {2..31} *);
GWL_HINSTANCE* = -6 (* {1, 3..31} *);
GWL_HWNDPARENT* = -8 (* {3..31} *);
GWL_STYLE* = -16 (* {4..31} *);
GWL_EXSTYLE* = -20 (* {2, 3, 5..31} *);
GWL_USERDATA* = -21 (* {0, 1, 3, 5..31} *);
GWL_ID* = -12 (* {2, 4..31} *);
GCL_MENUNAME* = -8 (* {3..31} *);
GCL_HBRBACKGROUND* = -10 (* {1, 2, 4..31} *);
GCL_HCURSOR* = -12 (* {2, 4..31} *);
GCL_HICON* = -14 (* {1, 4..31} *);
GCL_HMODULE* = -16 (* {4..31} *);
GCL_CBWNDEXTRA* = -18 (* {1..3, 5..31} *);
GCL_CBCLSEXTRA* = -20 (* {2, 3, 5..31} *);
GCL_WNDPROC* = -24 (* {3, 5..31} *);
GCL_STYLE* = -26 (* {1, 2, 5..31} *);
GCW_ATOM* = -32 (* {5..31} *);
GCL_HICONSM* = -34 (* {1..4, 6..31} *);
WM_NULL* = 0 (* {} *);
WM_CREATE* = 1 (* {0} *);
WM_DESTROY* = 2 (* {1} *);
WM_MOVE* = 3 (* {0, 1} *);
WM_SIZE* = 5 (* {0, 2} *);
WM_ACTIVATE* = 6 (* {1, 2} *);
WA_INACTIVE* = 0 (* {} *);
WA_ACTIVE* = 1 (* {0} *);
WA_CLICKACTIVE* = 2 (* {1} *);
WM_SETFOCUS* = 7 (* {0..2} *);
WM_KILLFOCUS* = 8 (* {3} *);
WM_ENABLE* = 10 (* {1, 3} *);
WM_SETREDRAW* = 11 (* {0, 1, 3} *);
WM_SETTEXT* = 12 (* {2, 3} *);
WM_GETTEXT* = 13 (* {0, 2, 3} *);
WM_GETTEXTLENGTH* = 14 (* {1..3} *);
WM_PAINT* = 15 (* {0..3} *);
WM_CLOSE* = 16 (* {4} *);
WM_QUERYENDSESSION* = 17 (* {0, 4} *);
WM_QUIT* = 18 (* {1, 4} *);
WM_QUERYOPEN* = 19 (* {0, 1, 4} *);
WM_ERASEBKGND* = 20 (* {2, 4} *);
WM_SYSCOLORCHANGE* = 21 (* {0, 2, 4} *);
WM_ENDSESSION* = 22 (* {1, 2, 4} *);
WM_SHOWWINDOW* = 24 (* {3, 4} *);
WM_WININICHANGE* = 26 (* {1, 3, 4} *);
WM_SETTINGCHANGE* = 26 (* {1, 3, 4} *);
WM_DEVMODECHANGE* = 27 (* {0, 1, 3, 4} *);
WM_ACTIVATEAPP* = 28 (* {2..4} *);
WM_FONTCHANGE* = 29 (* {0, 2..4} *);
WM_TIMECHANGE* = 30 (* {1..4} *);
WM_CANCELMODE* = 31 (* {0..4} *);
WM_SETCURSOR* = 32 (* {5} *);
WM_MOUSEACTIVATE* = 33 (* {0, 5} *);
WM_CHILDACTIVATE* = 34 (* {1, 5} *);
WM_QUEUESYNC* = 35 (* {0, 1, 5} *);
WM_GETMINMAXINFO* = 36 (* {2, 5} *);
WM_PAINTICON* = 38 (* {1, 2, 5} *);
WM_ICONERASEBKGND* = 39 (* {0..2, 5} *);
WM_NEXTDLGCTL* = 40 (* {3, 5} *);
WM_SPOOLERSTATUS* = 42 (* {1, 3, 5} *);
WM_DRAWITEM* = 43 (* {0, 1, 3, 5} *);
WM_MEASUREITEM* = 44 (* {2, 3, 5} *);
WM_DELETEITEM* = 45 (* {0, 2, 3, 5} *);
WM_VKEYTOITEM* = 46 (* {1..3, 5} *);
WM_CHARTOITEM* = 47 (* {0..3, 5} *);
WM_SETFONT* = 48 (* {4, 5} *);
WM_GETFONT* = 49 (* {0, 4, 5} *);
WM_SETHOTKEY* = 50 (* {1, 4, 5} *);
WM_GETHOTKEY* = 51 (* {0, 1, 4, 5} *);
WM_QUERYDRAGICON* = 55 (* {0..2, 4, 5} *);
WM_COMPAREITEM* = 57 (* {0, 3..5} *);
WM_COMPACTING* = 65 (* {0, 6} *);
WM_COMMNOTIFY* = 68 (* {2, 6} *);
WM_WINDOWPOSCHANGING* = 70 (* {1, 2, 6} *);
WM_WINDOWPOSCHANGED* = 71 (* {0..2, 6} *);
WM_POWER* = 72 (* {3, 6} *);
PWR_OK* = 1 (* {0} *);
PWR_FAIL* = -1 (* {0..31} *);
PWR_SUSPENDREQUEST* = 1 (* {0} *);
PWR_SUSPENDRESUME* = 2 (* {1} *);
PWR_CRITICALRESUME* = 3 (* {0, 1} *);
WM_COPYDATA* = 74 (* {1, 3, 6} *);
WM_CANCELJOURNAL* = 75 (* {0, 1, 3, 6} *);
WM_NOTIFY* = 78 (* {1..3, 6} *);
WM_INPUTLANGCHANGEREQUEST* = 80 (* {4, 6} *);
WM_INPUTLANGCHANGE* = 81 (* {0, 4, 6} *);
WM_TCARD* = 82 (* {1, 4, 6} *);
WM_HELP* = 83 (* {0, 1, 4, 6} *);
WM_USERCHANGED* = 84 (* {2, 4, 6} *);
WM_NOTIFYFORMAT* = 85 (* {0, 2, 4, 6} *);
NFR_ANSI* = 1 (* {0} *);
NFR_UNICODE* = 2 (* {1} *);
NF_QUERY* = 3 (* {0, 1} *);
NF_REQUERY* = 4 (* {2} *);
WM_CONTEXTMENU* = 123 (* {0, 1, 3..6} *);
WM_STYLECHANGING* = 124 (* {2..6} *);
WM_STYLECHANGED* = 125 (* {0, 2..6} *);
WM_DISPLAYCHANGE* = 126 (* {1..6} *);
WM_GETICON* = 127 (* {0..6} *);
WM_SETICON* = 128 (* {7} *);
WM_NCCREATE* = 129 (* {0, 7} *);
WM_NCDESTROY* = 130 (* {1, 7} *);
WM_NCCALCSIZE* = 131 (* {0, 1, 7} *);
WM_NCHITTEST* = 132 (* {2, 7} *);
WM_NCPAINT* = 133 (* {0, 2, 7} *);
WM_NCACTIVATE* = 134 (* {1, 2, 7} *);
WM_GETDLGCODE* = 135 (* {0..2, 7} *);
WM_NCMOUSEMOVE* = 160 (* {5, 7} *);
WM_NCLBUTTONDOWN* = 161 (* {0, 5, 7} *);
WM_NCLBUTTONUP* = 162 (* {1, 5, 7} *);
WM_NCLBUTTONDBLCLK* = 163 (* {0, 1, 5, 7} *);
WM_NCRBUTTONDOWN* = 164 (* {2, 5, 7} *);
WM_NCRBUTTONUP* = 165 (* {0, 2, 5, 7} *);
WM_NCRBUTTONDBLCLK* = 166 (* {1, 2, 5, 7} *);
WM_NCMBUTTONDOWN* = 167 (* {0..2, 5, 7} *);
WM_NCMBUTTONUP* = 168 (* {3, 5, 7} *);
WM_NCMBUTTONDBLCLK* = 169 (* {0, 3, 5, 7} *);
WM_KEYFIRST* = 256 (* {8} *);
WM_KEYDOWN* = 256 (* {8} *);
WM_KEYUP* = 257 (* {0, 8} *);
WM_CHAR* = 258 (* {1, 8} *);
WM_DEADCHAR* = 259 (* {0, 1, 8} *);
WM_SYSKEYDOWN* = 260 (* {2, 8} *);
WM_SYSKEYUP* = 261 (* {0, 2, 8} *);
WM_SYSCHAR* = 262 (* {1, 2, 8} *);
WM_SYSDEADCHAR* = 263 (* {0..2, 8} *);
WM_KEYLAST* = 264 (* {3, 8} *);
WM_UNICHAR* = 265;
WM_IME_STARTCOMPOSITION* = 269 (* {0, 2, 3, 8} *);
WM_IME_ENDCOMPOSITION* = 270 (* {1..3, 8} *);
WM_IME_COMPOSITION* = 271 (* {0..3, 8} *);
WM_IME_KEYLAST* = 271 (* {0..3, 8} *);
WM_INITDIALOG* = 272 (* {4, 8} *);
WM_COMMAND* = 273 (* {0, 4, 8} *);
WM_SYSCOMMAND* = 274 (* {1, 4, 8} *);
WM_TIMER* = 275 (* {0, 1, 4, 8} *);
WM_HSCROLL* = 276 (* {2, 4, 8} *);
WM_VSCROLL* = 277 (* {0, 2, 4, 8} *);
WM_INITMENU* = 278 (* {1, 2, 4, 8} *);
WM_INITMENUPOPUP* = 279 (* {0..2, 4, 8} *);
WM_MENUSELECT* = 287 (* {0..4, 8} *);
WM_MENUCHAR* = 288 (* {5, 8} *);
WM_ENTERIDLE* = 289 (* {0, 5, 8} *);
WM_CTLCOLORMSGBOX* = 306 (* {1, 4, 5, 8} *);
WM_CTLCOLOREDIT* = 307 (* {0, 1, 4, 5, 8} *);
WM_CTLCOLORLISTBOX* = 308 (* {2, 4, 5, 8} *);
WM_CTLCOLORBTN* = 309 (* {0, 2, 4, 5, 8} *);
WM_CTLCOLORDLG* = 310 (* {1, 2, 4, 5, 8} *);
WM_CTLCOLORSCROLLBAR* = 311 (* {0..2, 4, 5, 8} *);
WM_CTLCOLORSTATIC* = 312 (* {3..5, 8} *);
WM_MOUSEFIRST* = 512 (* {9} *);
WM_MOUSEMOVE* = 512 (* {9} *);
WM_LBUTTONDOWN* = 513 (* {0, 9} *);
WM_LBUTTONUP* = 514 (* {1, 9} *);
WM_LBUTTONDBLCLK* = 515 (* {0, 1, 9} *);
WM_RBUTTONDOWN* = 516 (* {2, 9} *);
WM_RBUTTONUP* = 517 (* {0, 2, 9} *);
WM_RBUTTONDBLCLK* = 518 (* {1, 2, 9} *);
WM_MBUTTONDOWN* = 519 (* {0..2, 9} *);
WM_MBUTTONUP* = 520 (* {3, 9} *);
WM_MBUTTONDBLCLK* = 521 (* {0, 3, 9} *);
WM_MOUSEWHEEL* = 522 (* {1, 3, 9} *);
WM_MOUSELAST* = 522 (* {1, 3, 9} *);
WM_PARENTNOTIFY* = 528 (* {4, 9} *);
MENULOOP_WINDOW* = 0 (* {} *);
MENULOOP_POPUP* = 1 (* {0} *);
WM_ENTERMENULOOP* = 529 (* {0, 4, 9} *);
WM_EXITMENULOOP* = 530 (* {1, 4, 9} *);
WM_NEXTMENU* = 531 (* {0, 1, 4, 9} *);
WM_SIZING* = 532 (* {2, 4, 9} *);
WM_CAPTURECHANGED* = 533 (* {0, 2, 4, 9} *);
WM_MOVING* = 534 (* {1, 2, 4, 9} *);
WM_POWERBROADCAST* = 536 (* {3, 4, 9} *);
WM_DEVICECHANGE* = 537 (* {0, 3, 4, 9} *);
WM_IME_SETCONTEXT* = 641 (* {0, 7, 9} *);
WM_IME_NOTIFY* = 642 (* {1, 7, 9} *);
WM_IME_CONTROL* = 643 (* {0, 1, 7, 9} *);
WM_IME_COMPOSITIONFULL* = 644 (* {2, 7, 9} *);
WM_IME_SELECT* = 645 (* {0, 2, 7, 9} *);
WM_IME_CHAR* = 646 (* {1, 2, 7, 9} *);
WM_IME_KEYDOWN* = 656 (* {4, 7, 9} *);
WM_IME_KEYUP* = 657 (* {0, 4, 7, 9} *);
WM_MDICREATE* = 544 (* {5, 9} *);
WM_MDIDESTROY* = 545 (* {0, 5, 9} *);
WM_MDIACTIVATE* = 546 (* {1, 5, 9} *);
WM_MDIRESTORE* = 547 (* {0, 1, 5, 9} *);
WM_MDINEXT* = 548 (* {2, 5, 9} *);
WM_MDIMAXIMIZE* = 549 (* {0, 2, 5, 9} *);
WM_MDITILE* = 550 (* {1, 2, 5, 9} *);
WM_MDICASCADE* = 551 (* {0..2, 5, 9} *);
WM_MDIICONARRANGE* = 552 (* {3, 5, 9} *);
WM_MDIGETACTIVE* = 553 (* {0, 3, 5, 9} *);
WM_MDISETMENU* = 560 (* {4, 5, 9} *);
WM_ENTERSIZEMOVE* = 561 (* {0, 4, 5, 9} *);
WM_EXITSIZEMOVE* = 562 (* {1, 4, 5, 9} *);
WM_DROPFILES* = 563 (* {0, 1, 4, 5, 9} *);
WM_MDIREFRESHMENU* = 564 (* {2, 4, 5, 9} *);
WM_CUT* = 768 (* {8, 9} *);
WM_COPY* = 769 (* {0, 8, 9} *);
WM_PASTE* = 770 (* {1, 8, 9} *);
WM_CLEAR* = 771 (* {0, 1, 8, 9} *);
WM_UNDO* = 772 (* {2, 8, 9} *);
WM_RENDERFORMAT* = 773 (* {0, 2, 8, 9} *);
WM_RENDERALLFORMATS* = 774 (* {1, 2, 8, 9} *);
WM_DESTROYCLIPBOARD* = 775 (* {0..2, 8, 9} *);
WM_DRAWCLIPBOARD* = 776 (* {3, 8, 9} *);
WM_PAINTCLIPBOARD* = 777 (* {0, 3, 8, 9} *);
WM_VSCROLLCLIPBOARD* = 778 (* {1, 3, 8, 9} *);
WM_SIZECLIPBOARD* = 779 (* {0, 1, 3, 8, 9} *);
WM_ASKCBFORMATNAME* = 780 (* {2, 3, 8, 9} *);
WM_CHANGECBCHAIN* = 781 (* {0, 2, 3, 8, 9} *);
WM_HSCROLLCLIPBOARD* = 782 (* {1..3, 8, 9} *);
WM_QUERYNEWPALETTE* = 783 (* {0..3, 8, 9} *);
WM_PALETTEISCHANGING* = 784 (* {4, 8, 9} *);
WM_PALETTECHANGED* = 785 (* {0, 4, 8, 9} *);
WM_HOTKEY* = 786 (* {1, 4, 8, 9} *);
WM_PRINT* = 791 (* {0..2, 4, 8, 9} *);
WM_PRINTCLIENT* = 792 (* {3, 4, 8, 9} *);
WM_HANDHELDFIRST* = 856 (* {3, 4, 6, 8, 9} *);
WM_HANDHELDLAST* = 863 (* {0..4, 6, 8, 9} *);
WM_AFXFIRST* = 864 (* {5, 6, 8, 9} *);
WM_AFXLAST* = 895 (* {0..6, 8, 9} *);
WM_PENWINFIRST* = 896 (* {7..9} *);
WM_PENWINLAST* = 911 (* {0..3, 7..9} *);
WM_APP* = 32768 (* {15} *);
WM_USER* = 1024 (* {10} *);
WMSZ_LEFT* = 1 (* {0} *);
WMSZ_RIGHT* = 2 (* {1} *);
WMSZ_TOP* = 3 (* {0, 1} *);
WMSZ_TOPLEFT* = 4 (* {2} *);
WMSZ_TOPRIGHT* = 5 (* {0, 2} *);
WMSZ_BOTTOM* = 6 (* {1, 2} *);
WMSZ_BOTTOMLEFT* = 7 (* {0..2} *);
WMSZ_BOTTOMRIGHT* = 8 (* {3} *);
UNICODE_NOCHAR* = 0FFFFH;
ST_BEGINSWP* = 0 (* {} *);
ST_ENDSWP* = 1 (* {0} *);
HTERROR* = -2 (* {1..31} *);
HTTRANSPARENT* = -1 (* {0..31} *);
HTNOWHERE* = 0 (* {} *);
HTCLIENT* = 1 (* {0} *);
HTCAPTION* = 2 (* {1} *);
HTSYSMENU* = 3 (* {0, 1} *);
HTGROWBOX* = 4 (* {2} *);
HTSIZE* = 4 (* {2} *);
HTMENU* = 5 (* {0, 2} *);
HTHSCROLL* = 6 (* {1, 2} *);
HTVSCROLL* = 7 (* {0..2} *);
HTMINBUTTON* = 8 (* {3} *);
HTMAXBUTTON* = 9 (* {0, 3} *);
HTLEFT* = 10 (* {1, 3} *);
HTRIGHT* = 11 (* {0, 1, 3} *);
HTTOP* = 12 (* {2, 3} *);
HTTOPLEFT* = 13 (* {0, 2, 3} *);
HTTOPRIGHT* = 14 (* {1..3} *);
HTBOTTOM* = 15 (* {0..3} *);
HTBOTTOMLEFT* = 16 (* {4} *);
HTBOTTOMRIGHT* = 17 (* {0, 4} *);
HTBORDER* = 18 (* {1, 4} *);
HTREDUCE* = 8 (* {3} *);
HTZOOM* = 9 (* {0, 3} *);
HTSIZEFIRST* = 10 (* {1, 3} *);
HTSIZELAST* = 17 (* {0, 4} *);
HTOBJECT* = 19 (* {0, 1, 4} *);
HTCLOSE* = 20 (* {2, 4} *);
HTHELP* = 21 (* {0, 2, 4} *);
SMTO_NORMAL* = 0 (* {} *);
SMTO_BLOCK* = 1 (* {0} *);
SMTO_ABORTIFHUNG* = 2 (* {1} *);
MA_ACTIVATE* = 1 (* {0} *);
MA_ACTIVATEANDEAT* = 2 (* {1} *);
MA_NOACTIVATE* = 3 (* {0, 1} *);
MA_NOACTIVATEANDEAT* = 4 (* {2} *);
ICON_SMALL* = 0 (* {} *);
ICON_BIG* = 1 (* {0} *);
SIZE_RESTORED* = 0 (* {} *);
SIZE_MINIMIZED* = 1 (* {0} *);
SIZE_MAXIMIZED* = 2 (* {1} *);
SIZE_MAXSHOW* = 3 (* {0, 1} *);
SIZE_MAXHIDE* = 4 (* {2} *);
SIZENORMAL* = 0 (* {} *);
SIZEICONIC* = 1 (* {0} *);
SIZEFULLSCREEN* = 2 (* {1} *);
SIZEZOOMSHOW* = 3 (* {0, 1} *);
SIZEZOOMHIDE* = 4 (* {2} *);
WVR_ALIGNTOP* = {4};
WVR_ALIGNLEFT* = {5};
WVR_ALIGNBOTTOM* = {6};
WVR_ALIGNRIGHT* = {7};
WVR_HREDRAW* = {8};
WVR_VREDRAW* = {9};
WVR_REDRAW* = {8, 9};
WVR_VALIDRECTS* = {10};
MK_LBUTTON* = {0};
MK_RBUTTON* = {1};
MK_SHIFT* = {2};
MK_CONTROL* = {3};
MK_MBUTTON* = {4};
WS_OVERLAPPED* = {};
WS_POPUP* = {31};
WS_CHILD* = {30};
WS_MINIMIZE* = {29};
WS_VISIBLE* = {28};
WS_DISABLED* = {27};
WS_CLIPSIBLINGS* = {26};
WS_CLIPCHILDREN* = {25};
WS_MAXIMIZE* = {24};
WS_CAPTION* = {22, 23};
WS_BORDER* = {23};
WS_DLGFRAME* = {22};
WS_VSCROLL* = {21};
WS_HSCROLL* = {20};
WS_SYSMENU* = {19};
WS_THICKFRAME* = {18};
WS_GROUP* = {17};
WS_TABSTOP* = {16};
WS_MINIMIZEBOX* = {17};
WS_MAXIMIZEBOX* = {16};
WS_TILED* = {};
WS_ICONIC* = {29};
WS_SIZEBOX* = {18};
WS_TILEDWINDOW* = {16..19, 22, 23};
WS_OVERLAPPEDWINDOW* = {16..19, 22, 23};
WS_POPUPWINDOW* = {19, 23, 31};
WS_CHILDWINDOW* = {30};
WS_EX_DLGMODALFRAME* = {0};
WS_EX_NOPARENTNOTIFY* = {2};
WS_EX_TOPMOST* = {3};
WS_EX_ACCEPTFILES* = {4};
WS_EX_TRANSPARENT* = {5};
WS_EX_MDICHILD* = {6};
WS_EX_TOOLWINDOW* = {7};
WS_EX_WINDOWEDGE* = {8};
WS_EX_CLIENTEDGE* = {9};
WS_EX_CONTEXTHELP* = {10};
WS_EX_RIGHT* = {12};
WS_EX_LEFT* = {};
WS_EX_RTLREADING* = {13};
WS_EX_LTRREADING* = {};
WS_EX_LEFTSCROLLBAR* = {14};
WS_EX_RIGHTSCROLLBAR* = {};
WS_EX_CONTROLPARENT* = {16};
WS_EX_STATICEDGE* = {17};
WS_EX_APPWINDOW* = {18};
WS_EX_OVERLAPPEDWINDOW* = {8, 9};
WS_EX_PALETTEWINDOW* = {3, 7, 8};
CS_VREDRAW* = {0};
CS_HREDRAW* = {1};
CS_KEYCVTWINDOW* = {2};
CS_DBLCLKS* = {3};
CS_OWNDC* = {5};
CS_CLASSDC* = {6};
CS_PARENTDC* = {7};
CS_NOKEYCVT* = {8};
CS_NOCLOSE* = {9};
CS_SAVEBITS* = {11};
CS_BYTEALIGNCLIENT* = {12};
CS_BYTEALIGNWINDOW* = {13};
CS_GLOBALCLASS* = {14};
CS_IME* = {16};
PRF_CHECKVISIBLE* = {0};
PRF_NONCLIENT* = {1};
PRF_CLIENT* = {2};
PRF_ERASEBKGND* = {3};
PRF_CHILDREN* = {4};
PRF_OWNED* = {5};
BDR_RAISEDOUTER* = {0};
BDR_SUNKENOUTER* = {1};
BDR_RAISEDINNER* = {2};
BDR_SUNKENINNER* = {3};
BDR_OUTER* = {0, 1};
BDR_INNER* = {2, 3};
BDR_RAISED* = {0, 2};
BDR_SUNKEN* = {1, 3};
EDGE_RAISED* = {0, 2};
EDGE_SUNKEN* = {1, 3};
EDGE_ETCHED* = {1, 2};
EDGE_BUMP* = {0, 3};
BF_LEFT* = {0};
BF_TOP* = {1};
BF_RIGHT* = {2};
BF_BOTTOM* = {3};
BF_TOPLEFT* = {0, 1};
BF_TOPRIGHT* = {1, 2};
BF_BOTTOMLEFT* = {0, 3};
BF_BOTTOMRIGHT* = {2, 3};
BF_RECT* = {0..3};
BF_DIAGONAL* = {4};
BF_DIAGONAL_ENDTOPRIGHT* = {1, 2, 4};
BF_DIAGONAL_ENDTOPLEFT* = {0, 1, 4};
BF_DIAGONAL_ENDBOTTOMLEFT* = {0, 3, 4};
BF_DIAGONAL_ENDBOTTOMRIGHT* = {2..4};
BF_MIDDLE* = {11};
BF_SOFT* = {12};
BF_ADJUST* = {13};
BF_FLAT* = {14};
BF_MONO* = {15};
DFC_CAPTION* = 1 (* {0} *);
DFC_MENU* = 2 (* {1} *);
DFC_SCROLL* = 3 (* {0, 1} *);
DFC_BUTTON* = 4 (* {2} *);
DFCS_CAPTIONCLOSE* = {};
DFCS_CAPTIONMIN* = {0};
DFCS_CAPTIONMAX* = {1};
DFCS_CAPTIONRESTORE* = {0, 1};
DFCS_CAPTIONHELP* = {2};
DFCS_MENUARROW* = {};
DFCS_MENUCHECK* = {0};
DFCS_MENUBULLET* = {1};
DFCS_MENUARROWRIGHT* = {2};
DFCS_SCROLLUP* = {};
DFCS_SCROLLDOWN* = {0};
DFCS_SCROLLLEFT* = {1};
DFCS_SCROLLRIGHT* = {0, 1};
DFCS_SCROLLCOMBOBOX* = {0, 2};
DFCS_SCROLLSIZEGRIP* = {3};
DFCS_SCROLLSIZEGRIPRIGHT* = {4};
DFCS_BUTTONCHECK* = {};
DFCS_BUTTONRADIOIMAGE* = {0};
DFCS_BUTTONRADIOMASK* = {1};
DFCS_BUTTONRADIO* = {2};
DFCS_BUTTON3STATE* = {3};
DFCS_BUTTONPUSH* = {4};
DFCS_INACTIVE* = {8};
DFCS_PUSHED* = {9};
DFCS_CHECKED* = {10};
DFCS_ADJUSTRECT* = {13};
DFCS_FLAT* = {14};
DFCS_MONO* = {15};
DC_ACTIVE* = 1 (* {0} *);
DC_SMALLCAP* = 2 (* {1} *);
DC_ICON* = 4 (* {2} *);
DC_TEXT* = 8 (* {3} *);
DC_INBUTTON* = 16 (* {4} *);
IDANI_OPEN* = 1 (* {0} *);
IDANI_CLOSE* = 2 (* {1} *);
IDANI_CAPTION* = 3 (* {0, 1} *);
CF_TEXT* = 1 (* {0} *);
CF_BITMAP* = 2 (* {1} *);
CF_METAFILEPICT* = 3 (* {0, 1} *);
CF_SYLK* = 4 (* {2} *);
CF_DIF* = 5 (* {0, 2} *);
CF_TIFF* = 6 (* {1, 2} *);
CF_OEMTEXT* = 7 (* {0..2} *);
CF_DIB* = 8 (* {3} *);
CF_PALETTE* = 9 (* {0, 3} *);
CF_PENDATA* = 10 (* {1, 3} *);
CF_RIFF* = 11 (* {0, 1, 3} *);
CF_WAVE* = 12 (* {2, 3} *);
CF_UNICODETEXT* = 13 (* {0, 2, 3} *);
CF_ENHMETAFILE* = 14 (* {1..3} *);
CF_HDROP* = 15 (* {0..3} *);
CF_LOCALE* = 16 (* {4} *);
CF_MAX* = 17 (* {0, 4} *);
CF_OWNERDISPLAY* = 128 (* {7} *);
CF_DSPTEXT* = 129 (* {0, 7} *);
CF_DSPBITMAP* = 130 (* {1, 7} *);
CF_DSPMETAFILEPICT* = 131 (* {0, 1, 7} *);
CF_DSPENHMETAFILE* = 142 (* {1..3, 7} *);
CF_PRIVATEFIRST* = 512 (* {9} *);
CF_PRIVATELAST* = 767 (* {0..7, 9} *);
CF_GDIOBJFIRST* = 768 (* {8, 9} *);
CF_GDIOBJLAST* = 1023 (* {0..9} *);
FVIRTKEY* = 1 (* {0} *);
FNOINVERT* = 2 (* {1} *);
FSHIFT* = 4 (* {2} *);
FCONTROL* = 8 (* {3} *);
FALT* = 16 (* {4} *);
WPF_SETMINPOSITION* = {0};
WPF_RESTORETOMAXIMIZED* = {1};
ODT_MENU* = {0};
ODT_LISTBOX* = {1};
ODT_COMBOBOX* = {0, 1};
ODT_BUTTON* = {2};
ODT_STATIC* = {0, 2};
ODA_DRAWENTIRE* = {0};
ODA_SELECT* = {1};
ODA_FOCUS* = {2};
ODS_SELECTED* = {0};
ODS_GRAYED* = {1};
ODS_DISABLED* = {2};
ODS_CHECKED* = {3};
ODS_FOCUS* = {4};
ODS_DEFAULT* = {5};
ODS_COMBOBOXEDIT* = {12};
PM_NOREMOVE* = 0 (* {} *);
PM_REMOVE* = 1 (* {0} *);
PM_NOYIELD* = 2 (* {1} *);
MOD_ALT* = {0};
MOD_CONTROL* = {1};
MOD_SHIFT* = {2};
MOD_WIN* = {3};
IDHOT_SNAPWINDOW* = -1 (* {0..31} *);
IDHOT_SNAPDESKTOP* = -2 (* {1..31} *);
EW_RESTARTWINDOWS* = 66 (* {1, 6} *);
EW_REBOOTSYSTEM* = 67 (* {0, 1, 6} *);
EW_EXITANDEXECAPP* = 68 (* {2, 6} *);
EWX_LOGOFF* = {};
EWX_SHUTDOWN* = {0};
EWX_REBOOT* = {1};
EWX_FORCE* = {2};
EWX_POWEROFF* = {3};
BSM_ALLCOMPONENTS* = {};
BSM_VXDS* = {0};
BSM_NETDRIVER* = {1};
BSM_INSTALLABLEDRIVERS* = {2};
BSM_APPLICATIONS* = {3};
BSM_ALLDESKTOPS* = {4};
BSF_QUERY* = {0};
BSF_IGNORECURRENTTASK* = {1};
BSF_FLUSHDISK* = {2};
BSF_NOHANG* = {3};
BSF_POSTMESSAGE* = {4};
BSF_FORCEIFHUNG* = {5};
BSF_NOTIMEOUTIFNOTHUNG* = {6};
DBWF_LPARAMPOINTER* = 32768 (* {15} *);
BROADCAST_QUERY_DENY* = 1112363332 (* {2, 6, 8, 12, 14, 16, 18, 19, 22, 25, 30} *);
CW_USEDEFAULT* = 80000000H;
SWP_NOSIZE* = {0};
SWP_NOMOVE* = {1};
SWP_NOZORDER* = {2};
SWP_NOREDRAW* = {3};
SWP_NOACTIVATE* = {4};
SWP_FRAMECHANGED* = {5};
SWP_SHOWWINDOW* = {6};
SWP_HIDEWINDOW* = {7};
SWP_NOCOPYBITS* = {8};
SWP_NOOWNERZORDER* = {9};
SWP_NOSENDCHANGING* = {10};
SWP_DRAWFRAME* = {5};
SWP_NOREPOSITION* = {9};
SWP_DEFERERASE* = {13};
SWP_ASYNCWINDOWPOS* = {14};
HWND_TOP* = 0;
HWND_BOTTOM* = 1;
HWND_TOPMOST* = -1;
HWND_NOTOPMOST* = -2;
DLGWINDOWEXTRA* = 30 (* {1..4} *);
INPUT_MOUSE* = 0;
INPUT_KEYBOARD* = 1;
INPUT_HARDWARE* = 2;
KEYEVENTF_EXTENDEDKEY* = {0};
KEYEVENTF_KEYUP* = {1};
KEYEVENTF_UNICODE* = {2};
KEYEVENTF_SCANCODE* = {3};
MOUSEEVENTF_MOVE* = {0};
MOUSEEVENTF_LEFTDOWN* = {1};
MOUSEEVENTF_LEFTUP* = {2};
MOUSEEVENTF_RIGHTDOWN* = {3};
MOUSEEVENTF_RIGHTUP* = {4};
MOUSEEVENTF_MIDDLEDOWN* = {5};
MOUSEEVENTF_MIDDLEUP* = {6};
MOUSEEVENTF_XDOWN* = {7};
MOUSEEVENTF_XUP* = {8};
MOUSEEVENTF_WHEEL* = {11};
MOUSEEVENTF_HWHEEL* = {12};
MOUSEEVENTF_MOVE_NOCOALESCE* = {13};
MOUSEEVENTF_VIRTUALDESK* = {14};
MOUSEEVENTF_ABSOLUTE* = {15};
MWMO_WAITALL* = {0};
MWMO_ALERTABLE* = {1};
QS_KEY* = {0};
QS_MOUSEMOVE* = {1};
QS_MOUSEBUTTON* = {2};
QS_POSTMESSAGE* = {3};
QS_TIMER* = {4};
QS_PAINT* = {5};
QS_SENDMESSAGE* = {6};
QS_HOTKEY* = {7};
QS_MOUSE* = {1, 2};
QS_INPUT* = {0..2};
QS_ALLEVENTS* = {0..5, 7};
QS_ALLINPUT* = {0..7};
SM_CXSCREEN* = 0 (* {} *);
SM_CYSCREEN* = 1 (* {0} *);
SM_CXVSCROLL* = 2 (* {1} *);
SM_CYHSCROLL* = 3 (* {0, 1} *);
SM_CYCAPTION* = 4 (* {2} *);
SM_CXBORDER* = 5 (* {0, 2} *);
SM_CYBORDER* = 6 (* {1, 2} *);
SM_CXDLGFRAME* = 7 (* {0..2} *);
SM_CYDLGFRAME* = 8 (* {3} *);
SM_CYVTHUMB* = 9 (* {0, 3} *);
SM_CXHTHUMB* = 10 (* {1, 3} *);
SM_CXICON* = 11 (* {0, 1, 3} *);
SM_CYICON* = 12 (* {2, 3} *);
SM_CXCURSOR* = 13 (* {0, 2, 3} *);
SM_CYCURSOR* = 14 (* {1..3} *);
SM_CYMENU* = 15 (* {0..3} *);
SM_CXFULLSCREEN* = 16 (* {4} *);
SM_CYFULLSCREEN* = 17 (* {0, 4} *);
SM_CYKANJIWINDOW* = 18 (* {1, 4} *);
SM_MOUSEPRESENT* = 19 (* {0, 1, 4} *);
SM_CYVSCROLL* = 20 (* {2, 4} *);
SM_CXHSCROLL* = 21 (* {0, 2, 4} *);
SM_DEBUG* = 22 (* {1, 2, 4} *);
SM_SWAPBUTTON* = 23 (* {0..2, 4} *);
SM_RESERVED1* = 24 (* {3, 4} *);
SM_RESERVED2* = 25 (* {0, 3, 4} *);
SM_RESERVED3* = 26 (* {1, 3, 4} *);
SM_RESERVED4* = 27 (* {0, 1, 3, 4} *);
SM_CXMIN* = 28 (* {2..4} *);
SM_CYMIN* = 29 (* {0, 2..4} *);
SM_CXSIZE* = 30 (* {1..4} *);
SM_CYSIZE* = 31 (* {0..4} *);
SM_CXFRAME* = 32 (* {5} *);
SM_CYFRAME* = 33 (* {0, 5} *);
SM_CXMINTRACK* = 34 (* {1, 5} *);
SM_CYMINTRACK* = 35 (* {0, 1, 5} *);
SM_CXDOUBLECLK* = 36 (* {2, 5} *);
SM_CYDOUBLECLK* = 37 (* {0, 2, 5} *);
SM_CXICONSPACING* = 38 (* {1, 2, 5} *);
SM_CYICONSPACING* = 39 (* {0..2, 5} *);
SM_MENUDROPALIGNMENT* = 40 (* {3, 5} *);
SM_PENWINDOWS* = 41 (* {0, 3, 5} *);
SM_DBCSENABLED* = 42 (* {1, 3, 5} *);
SM_CMOUSEBUTTONS* = 43 (* {0, 1, 3, 5} *);
SM_CXFIXEDFRAME* = 7 (* {0..2} *);
SM_CYFIXEDFRAME* = 8 (* {3} *);
SM_CXSIZEFRAME* = 32 (* {5} *);
SM_CYSIZEFRAME* = 33 (* {0, 5} *);
SM_SECURE* = 44 (* {2, 3, 5} *);
SM_CXEDGE* = 45 (* {0, 2, 3, 5} *);
SM_CYEDGE* = 46 (* {1..3, 5} *);
SM_CXMINSPACING* = 47 (* {0..3, 5} *);
SM_CYMINSPACING* = 48 (* {4, 5} *);
SM_CXSMICON* = 49 (* {0, 4, 5} *);
SM_CYSMICON* = 50 (* {1, 4, 5} *);
SM_CYSMCAPTION* = 51 (* {0, 1, 4, 5} *);
SM_CXSMSIZE* = 52 (* {2, 4, 5} *);
SM_CYSMSIZE* = 53 (* {0, 2, 4, 5} *);
SM_CXMENUSIZE* = 54 (* {1, 2, 4, 5} *);
SM_CYMENUSIZE* = 55 (* {0..2, 4, 5} *);
SM_ARRANGE* = 56 (* {3..5} *);
SM_CXMINIMIZED* = 57 (* {0, 3..5} *);
SM_CYMINIMIZED* = 58 (* {1, 3..5} *);
SM_CXMAXTRACK* = 59 (* {0, 1, 3..5} *);
SM_CYMAXTRACK* = 60 (* {2..5} *);
SM_CXMAXIMIZED* = 61 (* {0, 2..5} *);
SM_CYMAXIMIZED* = 62 (* {1..5} *);
SM_NETWORK* = 63 (* {0..5} *);
SM_CLEANBOOT* = 67 (* {0, 1, 6} *);
SM_CXDRAG* = 68 (* {2, 6} *);
SM_CYDRAG* = 69 (* {0, 2, 6} *);
SM_SHOWSOUNDS* = 70 (* {1, 2, 6} *);
SM_CXMENUCHECK* = 71 (* {0..2, 6} *);
SM_CYMENUCHECK* = 72 (* {3, 6} *);
SM_SLOWMACHINE* = 73 (* {0, 3, 6} *);
SM_MIDEASTENABLED* = 74 (* {1, 3, 6} *);
SM_CMETRICS* = 75 (* {0, 1, 3, 6} *);
MNC_IGNORE* = 0 (* {} *);
MNC_CLOSE* = 1 (* {0} *);
MNC_EXECUTE* = 2 (* {1} *);
MNC_SELECT* = 3 (* {0, 1} *);
MIIM_STATE* = {0};
MIIM_ID* = {1};
MIIM_SUBMENU* = {2};
MIIM_CHECKMARKS* = {3};
MIIM_TYPE* = {4};
MIIM_DATA* = {5};
GMDI_USEDISABLED* = {0};
GMDI_GOINTOPOPUPS* = {1};
TPM_LEFTBUTTON* = {};
TPM_RIGHTBUTTON* = {1};
TPM_LEFTALIGN* = {};
TPM_CENTERALIGN* = {2};
TPM_RIGHTALIGN* = {3};
TPM_TOPALIGN* = {};
TPM_VCENTERALIGN* = {4};
TPM_BOTTOMALIGN* = {5};
TPM_HORIZONTAL* = {};
TPM_VERTICAL* = {6};
TPM_NONOTIFY* = {7};
TPM_RETURNCMD* = {8};
DOF_EXECUTABLE* = 32769 (* {0, 15} *);
DOF_DOCUMENT* = 32770 (* {1, 15} *);
DOF_DIRECTORY* = 32771 (* {0, 1, 15} *);
DOF_MULTIPLE* = 32772 (* {2, 15} *);
DOF_PROGMAN* = 1 (* {0} *);
DOF_SHELLDATA* = 2 (* {1} *);
DO_DROPFILE* = 1162627398 (* {1, 2, 6, 8, 11, 14, 18, 19, 22, 24, 26, 30} *);
DO_PRINTFILE* = 1414419024 (* {4, 6, 9, 12, 14, 17..19, 22, 26, 28, 30} *);
DT_TOP* = {};
DT_LEFT* = {};
DT_CENTER* = {0};
DT_RIGHT* = {1};
DT_VCENTER* = {2};
DT_BOTTOM* = {3};
DT_WORDBREAK* = {4};
DT_SINGLELINE* = {5};
DT_EXPANDTABS* = {6};
DT_TABSTOP* = {7};
DT_NOCLIP* = {8};
DT_EXTERNALLEADING* = {9};
DT_CALCRECT* = {10};
DT_NOPREFIX* = {11};
DT_INTERNAL* = {12};
DT_EDITCONTROL* = {13};
DT_PATH_ELLIPSIS* = {14};
DT_END_ELLIPSIS* = {15};
DT_MODIFYSTRING* = {16};
DT_RTLREADING* = {17};
DT_WORD_ELLIPSIS* = {18};
DST_COMPLEX* = {};
DST_TEXT* = {0};
DST_PREFIXTEXT* = {1};
DST_ICON* = {0, 1};
DST_BITMAP* = {2};
DSS_NORMAL* = {};
DSS_UNION* = {4};
DSS_DISABLED* = {5};
DSS_MONO* = {7};
DSS_RIGHT* = {15};
DCX_WINDOW* = {0};
DCX_CACHE* = {1};
DCX_NORESETATTRS* = {2};
DCX_CLIPCHILDREN* = {3};
DCX_CLIPSIBLINGS* = {4};
DCX_PARENTCLIP* = {5};
DCX_EXCLUDERGN* = {6};
DCX_INTERSECTRGN* = {7};
DCX_EXCLUDEUPDATE* = {8};
DCX_INTERSECTUPDATE* = {9};
DCX_LOCKWINDOWUPDATE* = {10};
DCX_VALIDATE* = {21};
RDW_INVALIDATE* = {0};
RDW_INTERNALPAINT* = {1};
RDW_ERASE* = {2};
RDW_VALIDATE* = {3};
RDW_NOINTERNALPAINT* = {4};
RDW_NOERASE* = {5};
RDW_NOCHILDREN* = {6};
RDW_ALLCHILDREN* = {7};
RDW_UPDATENOW* = {8};
RDW_ERASENOW* = {9};
RDW_FRAME* = {10};
RDW_NOFRAME* = {11};
SW_SCROLLCHILDREN* = {0};
SW_INVALIDATE* = {1};
SW_ERASE* = {2};
ESB_ENABLE_BOTH* = 0 (* {} *);
ESB_DISABLE_BOTH* = 3 (* {0, 1} *);
ESB_DISABLE_LEFT* = 1 (* {0} *);
ESB_DISABLE_RIGHT* = 2 (* {1} *);
ESB_DISABLE_UP* = 1 (* {0} *);
ESB_DISABLE_DOWN* = 2 (* {1} *);
ESB_DISABLE_LTUP* = 1 (* {0} *);
ESB_DISABLE_RTDN* = 2 (* {1} *);
HELPINFO_WINDOW* = 1 (* {0} *);
HELPINFO_MENUITEM* = 2 (* {1} *);
MB_OK* = {};
MB_OKCANCEL* = {0};
MB_ABORTRETRYIGNORE* = {1};
MB_YESNOCANCEL* = {0, 1};
MB_YESNO* = {2};
MB_RETRYCANCEL* = {0, 2};
MB_ICONHAND* = {4};
MB_ICONQUESTION* = {5};
MB_ICONEXCLAMATION* = {4, 5};
MB_ICONASTERISK* = {6};
MB_USERICON* = {7};
MB_ICONWARNING* = {4, 5};
MB_ICONERROR* = {4};
MB_ICONINFORMATION* = {6};
MB_ICONSTOP* = {4};
MB_DEFBUTTON1* = {};
MB_DEFBUTTON2* = {8};
MB_DEFBUTTON3* = {9};
MB_DEFBUTTON4* = {8, 9};
MB_APPLMODAL* = {};
MB_SYSTEMMODAL* = {12};
MB_TASKMODAL* = {13};
MB_HELP* = {14};
MB_NOFOCUS* = {15};
MB_SETFOREGROUND* = {16};
MB_DEFAULT_DESKTOP_ONLY* = {17};
MB_TOPMOST* = {18};
MB_RIGHT* = {19};
MB_RTLREADING* = {20};
MB_SERVICE_NOTIFICATION* = {21};
MB_TYPEMASK* = {0..3};
MB_ICONMASK* = {4..7};
MB_DEFMASK* = {8..11};
MB_MODEMASK* = {12, 13};
MB_MISCMASK* = {14, 15};
CWP_ALL* = {};
CWP_SKIPINVISIBLE* = {0};
CWP_SKIPDISABLED* = {1};
CWP_SKIPTRANSPARENT* = {2};
CTLCOLOR_MSGBOX* = 0 (* {} *);
CTLCOLOR_EDIT* = 1 (* {0} *);
CTLCOLOR_LISTBOX* = 2 (* {1} *);
CTLCOLOR_BTN* = 3 (* {0, 1} *);
CTLCOLOR_DLG* = 4 (* {2} *);
CTLCOLOR_SCROLLBAR* = 5 (* {0, 2} *);
CTLCOLOR_STATIC* = 6 (* {1, 2} *);
CTLCOLOR_MAX* = 7 (* {0..2} *);
COLOR_SCROLLBAR* = 0 (* {} *);
COLOR_BACKGROUND* = 1 (* {0} *);
COLOR_ACTIVECAPTION* = 2 (* {1} *);
COLOR_INACTIVECAPTION* = 3 (* {0, 1} *);
COLOR_MENU* = 4 (* {2} *);
COLOR_WINDOW* = 5 (* {0, 2} *);
COLOR_WINDOWFRAME* = 6 (* {1, 2} *);
COLOR_MENUTEXT* = 7 (* {0..2} *);
COLOR_WINDOWTEXT* = 8 (* {3} *);
COLOR_CAPTIONTEXT* = 9 (* {0, 3} *);
COLOR_ACTIVEBORDER* = 10 (* {1, 3} *);
COLOR_INACTIVEBORDER* = 11 (* {0, 1, 3} *);
COLOR_APPWORKSPACE* = 12 (* {2, 3} *);
COLOR_HIGHLIGHT* = 13 (* {0, 2, 3} *);
COLOR_HIGHLIGHTTEXT* = 14 (* {1..3} *);
COLOR_BTNFACE* = 15 (* {0..3} *);
COLOR_BTNSHADOW* = 16 (* {4} *);
COLOR_GRAYTEXT* = 17 (* {0, 4} *);
COLOR_BTNTEXT* = 18 (* {1, 4} *);
COLOR_INACTIVECAPTIONTEXT* = 19 (* {0, 1, 4} *);
COLOR_BTNHIGHLIGHT* = 20 (* {2, 4} *);
COLOR_3DDKSHADOW* = 21 (* {0, 2, 4} *);
COLOR_3DLIGHT* = 22 (* {1, 2, 4} *);
COLOR_INFOTEXT* = 23 (* {0..2, 4} *);
COLOR_INFOBK* = 24 (* {3, 4} *);
COLOR_DESKTOP* = 1 (* {0} *);
COLOR_3DFACE* = 15 (* {0..3} *);
COLOR_3DSHADOW* = 16 (* {4} *);
COLOR_3DHIGHLIGHT* = 20 (* {2, 4} *);
COLOR_3DHILIGHT* = 20 (* {2, 4} *);
COLOR_BTNHILIGHT* = 20 (* {2, 4} *);
GetSysModalWindow* = 0 (* {} *);
GW_HWNDFIRST* = 0 (* {} *);
GW_HWNDLAST* = 1 (* {0} *);
GW_HWNDNEXT* = 2 (* {1} *);
GW_HWNDPREV* = 3 (* {0, 1} *);
GW_OWNER* = 4 (* {2} *);
GW_CHILD* = 5 (* {0, 2} *);
GW_MAX* = 5 (* {0, 2} *);
MF_INSERT* = {};
MF_CHANGE* = {7};
MF_APPEND* = {8};
MF_DELETE* = {9};
MF_REMOVE* = {12};
MF_BYCOMMAND* = {};
MF_BYPOSITION* = {10};
MF_SEPARATOR* = {11};
MF_ENABLED* = {};
MF_GRAYED* = {0};
MF_DISABLED* = {1};
MF_UNCHECKED* = {};
MF_CHECKED* = {3};
MF_USECHECKBITMAPS* = {9};
MF_STRING* = {};
MF_BITMAP* = {2};
MF_OWNERDRAW* = {8};
MF_POPUP* = {4};
MF_MENUBARBREAK* = {5};
MF_MENUBREAK* = {6};
MF_UNHILITE* = {};
MF_HILITE* = {7};
MF_DEFAULT* = {12};
MF_SYSMENU* = {13};
MF_HELP* = {14};
MF_RIGHTJUSTIFY* = {14};
MF_MOUSESELECT* = {15};
MF_END* = {7};
MFT_STRING* = {};
MFT_BITMAP* = {2};
MFT_MENUBARBREAK* = {5};
MFT_MENUBREAK* = {6};
MFT_OWNERDRAW* = {8};
MFT_RADIOCHECK* = {9};
MFT_SEPARATOR* = {11};
MFT_RIGHTORDER* = {13};
MFT_RIGHTJUSTIFY* = {14};
MFS_GRAYED* = {0, 1};
MFS_DISABLED* = {0, 1};
MFS_CHECKED* = {3};
MFS_HILITE* = {7};
MFS_ENABLED* = {};
MFS_UNCHECKED* = {};
MFS_UNHILITE* = {};
MFS_DEFAULT* = {12};
SC_SIZE* = 61440 (* {12..15} *);
SC_MOVE* = 61456 (* {4, 12..15} *);
SC_MINIMIZE* = 61472 (* {5, 12..15} *);
SC_MAXIMIZE* = 61488 (* {4, 5, 12..15} *);
SC_NEXTWINDOW* = 61504 (* {6, 12..15} *);
SC_PREVWINDOW* = 61520 (* {4, 6, 12..15} *);
SC_CLOSE* = 61536 (* {5, 6, 12..15} *);
SC_VSCROLL* = 61552 (* {4..6, 12..15} *);
SC_HSCROLL* = 61568 (* {7, 12..15} *);
SC_MOUSEMENU* = 61584 (* {4, 7, 12..15} *);
SC_KEYMENU* = 61696 (* {8, 12..15} *);
SC_ARRANGE* = 61712 (* {4, 8, 12..15} *);
SC_RESTORE* = 61728 (* {5, 8, 12..15} *);
SC_TASKLIST* = 61744 (* {4, 5, 8, 12..15} *);
SC_SCREENSAVE* = 61760 (* {6, 8, 12..15} *);
SC_HOTKEY* = 61776 (* {4, 6, 8, 12..15} *);
SC_DEFAULT* = 61792 (* {5, 6, 8, 12..15} *);
SC_MONITORPOWER* = 61808 (* {4..6, 8, 12..15} *);
SC_CONTEXTHELP* = 61824 (* {7, 8, 12..15} *);
SC_SEPARATOR* = 61455 (* {0..3, 12..15} *);
SC_ICON* = 61472 (* {5, 12..15} *);
SC_ZOOM* = 61488 (* {4, 5, 12..15} *);
IDC_ARROW* = 32512 (* {8..14} *);
IDC_IBEAM* = 32513 (* {0, 8..14} *);
IDC_WAIT* = 32514 (* {1, 8..14} *);
IDC_CROSS* = 32515 (* {0, 1, 8..14} *);
IDC_UPARROW* = 32516 (* {2, 8..14} *);
IDC_SIZE* = 32640 (* {7..14} *);
IDC_ICON* = 32641 (* {0, 7..14} *);
IDC_SIZENWSE* = 32642 (* {1, 7..14} *);
IDC_SIZENESW* = 32643 (* {0, 1, 7..14} *);
IDC_SIZEWE* = 32644 (* {2, 7..14} *);
IDC_SIZENS* = 32645 (* {0, 2, 7..14} *);
IDC_SIZEALL* = 32646 (* {1, 2, 7..14} *);
IDC_NO* = 32648 (* {3, 7..14} *);
IDC_APPSTARTING* = 32650 (* {1, 3, 7..14} *);
IDC_HELP* = 32651 (* {0, 1, 3, 7..14} *);
IMAGE_BITMAP* = 0 (* {} *);
IMAGE_ICON* = 1 (* {0} *);
IMAGE_CURSOR* = 2 (* {1} *);
IMAGE_ENHMETAFILE* = 3 (* {0, 1} *);
LR_DEFAULTCOLOR* = {};
LR_MONOCHROME* = {0};
LR_COLOR* = {1};
LR_COPYRETURNORG* = {2};
LR_COPYDELETEORG* = {3};
LR_LOADFROMFILE* = {4};
LR_LOADTRANSPARENT* = {5};
LR_DEFAULTSIZE* = {6};
LR_VGACOLOR* = {7};
LR_LOADMAP3DCOLORS* = {12};
LR_CREATEDIBSECTION* = {13};
LR_COPYFROMRESOURCE* = {14};
LR_SHARED* = {15};
DI_MASK* = {0};
DI_IMAGE* = {1};
DI_NORMAL* = {0, 1};
DI_COMPAT* = {2};
DI_DEFAULTSIZE* = {3};
RES_ICON* = 1 (* {0} *);
RES_CURSOR* = 2 (* {1} *);
ORD_LANGDRIVER* = 1 (* {0} *);
IDI_APPLICATION* = 32512 (* {8..14} *);
IDI_HAND* = 32513 (* {0, 8..14} *);
IDI_QUESTION* = 32514 (* {1, 8..14} *);
IDI_EXCLAMATION* = 32515 (* {0, 1, 8..14} *);
IDI_ASTERISK* = 32516 (* {2, 8..14} *);
IDI_WINLOGO* = 32517 (* {0, 2, 8..14} *);
IDI_WARNING* = 32515 (* {0, 1, 8..14} *);
IDI_ERROR* = 32513 (* {0, 8..14} *);
IDI_INFORMATION* = 32516 (* {2, 8..14} *);
IDOK* = 1 (* {0} *);
IDCANCEL* = 2 (* {1} *);
IDABORT* = 3 (* {0, 1} *);
IDRETRY* = 4 (* {2} *);
IDIGNORE* = 5 (* {0, 2} *);
IDYES* = 6 (* {1, 2} *);
IDNO* = 7 (* {0..2} *);
IDCLOSE* = 8 (* {3} *);
IDHELP* = 9 (* {0, 3} *);
ES_LEFT* = {};
ES_CENTER* = {0};
ES_RIGHT* = {1};
ES_MULTILINE* = {2};
ES_UPPERCASE* = {3};
ES_LOWERCASE* = {4};
ES_PASSWORD* = {5};
ES_AUTOVSCROLL* = {6};
ES_AUTOHSCROLL* = {7};
ES_NOHIDESEL* = {8};
ES_OEMCONVERT* = {10};
ES_READONLY* = {11};
ES_WANTRETURN* = {12};
ES_NUMBER* = {13};
EN_SETFOCUS* = 256 (* {8} *);
EN_KILLFOCUS* = 512 (* {9} *);
EN_CHANGE* = 768 (* {8, 9} *);
EN_UPDATE* = 1024 (* {10} *);
EN_ERRSPACE* = 1280 (* {8, 10} *);
EN_MAXTEXT* = 1281 (* {0, 8, 10} *);
EN_HSCROLL* = 1537 (* {0, 9, 10} *);
EN_VSCROLL* = 1538 (* {1, 9, 10} *);
EC_LEFTMARGIN* = 1 (* {0} *);
EC_RIGHTMARGIN* = 2 (* {1} *);
EC_USEFONTINFO* = 65535 (* {0..15} *);
EM_GETSEL* = 176 (* {4, 5, 7} *);
EM_SETSEL* = 177 (* {0, 4, 5, 7} *);
EM_GETRECT* = 178 (* {1, 4, 5, 7} *);
EM_SETRECT* = 179 (* {0, 1, 4, 5, 7} *);
EM_SETRECTNP* = 180 (* {2, 4, 5, 7} *);
EM_SCROLL* = 181 (* {0, 2, 4, 5, 7} *);
EM_LINESCROLL* = 182 (* {1, 2, 4, 5, 7} *);
EM_SCROLLCARET* = 183 (* {0..2, 4, 5, 7} *);
EM_GETMODIFY* = 184 (* {3..5, 7} *);
EM_SETMODIFY* = 185 (* {0, 3..5, 7} *);
EM_GETLINECOUNT* = 186 (* {1, 3..5, 7} *);
EM_LINEINDEX* = 187 (* {0, 1, 3..5, 7} *);
EM_SETHANDLE* = 188 (* {2..5, 7} *);
EM_GETHANDLE* = 189 (* {0, 2..5, 7} *);
EM_GETTHUMB* = 190 (* {1..5, 7} *);
EM_LINELENGTH* = 193 (* {0, 6, 7} *);
EM_REPLACESEL* = 194 (* {1, 6, 7} *);
EM_GETLINE* = 196 (* {2, 6, 7} *);
EM_LIMITTEXT* = 197 (* {0, 2, 6, 7} *);
EM_CANUNDO* = 198 (* {1, 2, 6, 7} *);
EM_UNDO* = 199 (* {0..2, 6, 7} *);
EM_FMTLINES* = 200 (* {3, 6, 7} *);
EM_LINEFROMCHAR* = 201 (* {0, 3, 6, 7} *);
EM_SETTABSTOPS* = 203 (* {0, 1, 3, 6, 7} *);
EM_SETPASSWORDCHAR* = 204 (* {2, 3, 6, 7} *);
EM_EMPTYUNDOBUFFER* = 205 (* {0, 2, 3, 6, 7} *);
EM_GETFIRSTVISIBLELINE* = 206 (* {1..3, 6, 7} *);
EM_SETREADONLY* = 207 (* {0..3, 6, 7} *);
EM_SETWORDBREAKPROC* = 208 (* {4, 6, 7} *);
EM_GETWORDBREAKPROC* = 209 (* {0, 4, 6, 7} *);
EM_GETPASSWORDCHAR* = 210 (* {1, 4, 6, 7} *);
EM_SETMARGINS* = 211 (* {0, 1, 4, 6, 7} *);
EM_GETMARGINS* = 212 (* {2, 4, 6, 7} *);
EM_SETLIMITTEXT* = 197 (* {0, 2, 6, 7} *);
EM_GETLIMITTEXT* = 213 (* {0, 2, 4, 6, 7} *);
EM_POSFROMCHAR* = 214 (* {1, 2, 4, 6, 7} *);
EM_CHARFROMPOS* = 215 (* {0..2, 4, 6, 7} *);
WB_LEFT* = 0 (* {} *);
WB_RIGHT* = 1 (* {0} *);
WB_ISDELIMITER* = 2 (* {1} *);
BS_PUSHBUTTON* = {};
BS_DEFPUSHBUTTON* = {0};
BS_CHECKBOX* = {1};
BS_AUTOCHECKBOX* = {0, 1};
BS_RADIOBUTTON* = {2};
BS_3STATE* = {0, 2};
BS_AUTO3STATE* = {1, 2};
BS_GROUPBOX* = {0..2};
BS_USERBUTTON* = {3};
BS_AUTORADIOBUTTON* = {0, 3};
BS_OWNERDRAW* = {0, 1, 3};
BS_LEFTTEXT* = {5};
BS_TEXT* = {};
BS_ICON* = {6};
BS_BITMAP* = {7};
BS_LEFT* = {8};
BS_RIGHT* = {9};
BS_CENTER* = {8, 9};
BS_TOP* = {10};
BS_BOTTOM* = {11};
BS_VCENTER* = {10, 11};
BS_PUSHLIKE* = {12};
BS_MULTILINE* = {13};
BS_NOTIFY* = {14};
BS_FLAT* = {15};
BS_RIGHTBUTTON* = {5};
BN_CLICKED* = 0 (* {} *);
BN_PAINT* = 1 (* {0} *);
BN_HILITE* = 2 (* {1} *);
BN_UNHILITE* = 3 (* {0, 1} *);
BN_DISABLE* = 4 (* {2} *);
BN_DOUBLECLICKED* = 5 (* {0, 2} *);
BN_PUSHED* = 2 (* {1} *);
BN_UNPUSHED* = 3 (* {0, 1} *);
BN_DBLCLK* = 5 (* {0, 2} *);
BN_SETFOCUS* = 6 (* {1, 2} *);
BN_KILLFOCUS* = 7 (* {0..2} *);
BM_GETCHECK* = 240 (* {4..7} *);
BM_SETCHECK* = 241 (* {0, 4..7} *);
BM_GETSTATE* = 242 (* {1, 4..7} *);
BM_SETSTATE* = 243 (* {0, 1, 4..7} *);
BM_SETSTYLE* = 244 (* {2, 4..7} *);
BM_CLICK* = 245 (* {0, 2, 4..7} *);
BM_GETIMAGE* = 246 (* {1, 2, 4..7} *);
BM_SETIMAGE* = 247 (* {0..2, 4..7} *);
BST_UNCHECKED* = {};
BST_CHECKED* = {0};
BST_INDETERMINATE* = {1};
BST_PUSHED* = {2};
BST_FOCUS* = {3};
SS_LEFT* = {};
SS_CENTER* = {0};
SS_RIGHT* = {1};
SS_ICON* = {0, 1};
SS_BLACKRECT* = {2};
SS_GRAYRECT* = {0, 2};
SS_WHITERECT* = {1, 2};
SS_BLACKFRAME* = {0..2};
SS_GRAYFRAME* = {3};
SS_WHITEFRAME* = {0, 3};
SS_USERITEM* = {1, 3};
SS_SIMPLE* = {0, 1, 3};
SS_LEFTNOWORDWRAP* = {2, 3};
SS_OWNERDRAW* = {0, 2, 3};
SS_BITMAP* = {1..3};
SS_ENHMETAFILE* = {0..3};
SS_ETCHEDHORZ* = {4};
SS_ETCHEDVERT* = {0, 4};
SS_ETCHEDFRAME* = {1, 4};
SS_TYPEMASK* = {0..4};
SS_NOPREFIX* = {7};
SS_NOTIFY* = {8};
SS_CENTERIMAGE* = {9};
SS_RIGHTJUST* = {10};
SS_REALSIZEIMAGE* = {11};
SS_SUNKEN* = {12};
SS_ENDELLIPSIS* = {14};
SS_PATHELLIPSIS* = {15};
SS_WORDELLIPSIS* = {14, 15};
SS_ELLIPSISMASK* = {14, 15};
STM_SETICON* = 368 (* {4..6, 8} *);
STM_GETICON* = 369 (* {0, 4..6, 8} *);
STM_SETIMAGE* = 370 (* {1, 4..6, 8} *);
STM_GETIMAGE* = 371 (* {0, 1, 4..6, 8} *);
STN_CLICKED* = 0 (* {} *);
STN_DBLCLK* = 1 (* {0} *);
STN_ENABLE* = 2 (* {1} *);
STN_DISABLE* = 3 (* {0, 1} *);
STM_MSGMAX* = 372 (* {2, 4..6, 8} *);
WC_DIALOG* = 32770 (* {1, 15} *);
DWL_MSGRESULT* = 0 (* {} *);
DWL_DLGPROC* = 4 (* {2} *);
DWL_USER* = 8 (* {3} *);
DDL_READWRITE* = 0 (* {} *);
DDL_READONLY* = 1 (* {0} *);
DDL_HIDDEN* = 2 (* {1} *);
DDL_SYSTEM* = 4 (* {2} *);
DDL_DIRECTORY* = 16 (* {4} *);
DDL_ARCHIVE* = 32 (* {5} *);
DDL_POSTMSGS* = 8192 (* {13} *);
DDL_DRIVES* = 16384 (* {14} *);
DDL_EXCLUSIVE* = 32768 (* {15} *);
DS_ABSALIGN* = {0};
DS_SYSMODAL* = {1};
DS_LOCALEDIT* = {5};
DS_SETFONT* = {6};
DS_MODALFRAME* = {7};
DS_NOIDLEMSG* = {8};
DS_SETFOREGROUND* = {9};
DS_3DLOOK* = {2};
DS_FIXEDSYS* = {3};
DS_NOFAILCREATE* = {4};
DS_CONTROL* = {10};
DS_CENTER* = {11};
DS_CENTERMOUSE* = {12};
DS_CONTEXTHELP* = {13};
DM_GETDEFID* = 1024 (* {10} *);
DM_SETDEFID* = 1025 (* {0, 10} *);
DM_REPOSITION* = 1026 (* {1, 10} *);
PSM_PAGEINFO* = 1124 (* {2, 5, 6, 10} *);
PSM_SHEETINFO* = 1125 (* {0, 2, 5, 6, 10} *);
PSI_SETACTIVE* = 1 (* {0} *);
PSI_KILLACTIVE* = 2 (* {1} *);
PSI_APPLY* = 3 (* {0, 1} *);
PSI_RESET* = 4 (* {2} *);
PSI_HASHELP* = 5 (* {0, 2} *);
PSI_HELP* = 6 (* {1, 2} *);
PSI_CHANGED* = 1 (* {0} *);
PSI_GUISTART* = 2 (* {1} *);
PSI_REBOOT* = 3 (* {0, 1} *);
PSI_GETSIBLINGS* = 4 (* {2} *);
DC_HASDEFID* = 21323 (* {0, 1, 3, 6, 8, 9, 12, 14} *);
DLGC_WANTARROWS* = {0};
DLGC_WANTTAB* = {1};
DLGC_WANTALLKEYS* = {2};
DLGC_WANTMESSAGE* = {2};
DLGC_HASSETSEL* = {3};
DLGC_DEFPUSHBUTTON* = {4};
DLGC_UNDEFPUSHBUTTON* = {5};
DLGC_RADIOBUTTON* = {6};
DLGC_WANTCHARS* = {7};
DLGC_STATIC* = {8};
DLGC_BUTTON* = {13};
LB_CTLCODE* = 0 (* {} *);
LB_OKAY* = 0 (* {} *);
LB_ERR* = -1 (* {0..31} *);
LB_ERRSPACE* = -2 (* {1..31} *);
LBN_ERRSPACE* = -2 (* {1..31} *);
LBN_SELCHANGE* = 1 (* {0} *);
LBN_DBLCLK* = 2 (* {1} *);
LBN_SELCANCEL* = 3 (* {0, 1} *);
LBN_SETFOCUS* = 4 (* {2} *);
LBN_KILLFOCUS* = 5 (* {0, 2} *);
LB_ADDSTRING* = 384 (* {7, 8} *);
LB_INSERTSTRING* = 385 (* {0, 7, 8} *);
LB_DELETESTRING* = 386 (* {1, 7, 8} *);
LB_SELITEMRANGEEX* = 387 (* {0, 1, 7, 8} *);
LB_RESETCONTENT* = 388 (* {2, 7, 8} *);
LB_SETSEL* = 389 (* {0, 2, 7, 8} *);
LB_SETCURSEL* = 390 (* {1, 2, 7, 8} *);
LB_GETSEL* = 391 (* {0..2, 7, 8} *);
LB_GETCURSEL* = 392 (* {3, 7, 8} *);
LB_GETTEXT* = 393 (* {0, 3, 7, 8} *);
LB_GETTEXTLEN* = 394 (* {1, 3, 7, 8} *);
LB_GETCOUNT* = 395 (* {0, 1, 3, 7, 8} *);
LB_SELECTSTRING* = 396 (* {2, 3, 7, 8} *);
LB_DIR* = 397 (* {0, 2, 3, 7, 8} *);
LB_GETTOPINDEX* = 398 (* {1..3, 7, 8} *);
LB_FINDSTRING* = 399 (* {0..3, 7, 8} *);
LB_GETSELCOUNT* = 400 (* {4, 7, 8} *);
LB_GETSELITEMS* = 401 (* {0, 4, 7, 8} *);
LB_SETTABSTOPS* = 402 (* {1, 4, 7, 8} *);
LB_GETHORIZONTALEXTENT* = 403 (* {0, 1, 4, 7, 8} *);
LB_SETHORIZONTALEXTENT* = 404 (* {2, 4, 7, 8} *);
LB_SETCOLUMNWIDTH* = 405 (* {0, 2, 4, 7, 8} *);
LB_ADDFILE* = 406 (* {1, 2, 4, 7, 8} *);
LB_SETTOPINDEX* = 407 (* {0..2, 4, 7, 8} *);
LB_GETITEMRECT* = 408 (* {3, 4, 7, 8} *);
LB_GETITEMDATA* = 409 (* {0, 3, 4, 7, 8} *);
LB_SETITEMDATA* = 410 (* {1, 3, 4, 7, 8} *);
LB_SELITEMRANGE* = 411 (* {0, 1, 3, 4, 7, 8} *);
LB_SETANCHORINDEX* = 412 (* {2..4, 7, 8} *);
LB_GETANCHORINDEX* = 413 (* {0, 2..4, 7, 8} *);
LB_SETCARETINDEX* = 414 (* {1..4, 7, 8} *);
LB_GETCARETINDEX* = 415 (* {0..4, 7, 8} *);
LB_SETITEMHEIGHT* = 416 (* {5, 7, 8} *);
LB_GETITEMHEIGHT* = 417 (* {0, 5, 7, 8} *);
LB_FINDSTRINGEXACT* = 418 (* {1, 5, 7, 8} *);
LB_SETLOCALE* = 421 (* {0, 2, 5, 7, 8} *);
LB_GETLOCALE* = 422 (* {1, 2, 5, 7, 8} *);
LB_SETCOUNT* = 423 (* {0..2, 5, 7, 8} *);
LB_INITSTORAGE* = 424 (* {3, 5, 7, 8} *);
LB_ITEMFROMPOINT* = 425 (* {0, 3, 5, 7, 8} *);
LB_MSGMAX* = 432 (* {4, 5, 7, 8} *);
LBS_NOTIFY* = {0};
LBS_SORT* = {1};
LBS_NOREDRAW* = {2};
LBS_MULTIPLESEL* = {3};
LBS_OWNERDRAWFIXED* = {4};
LBS_OWNERDRAWVARIABLE* = {5};
LBS_HASSTRINGS* = {6};
LBS_USETABSTOPS* = {7};
LBS_NOINTEGRALHEIGHT* = {8};
LBS_MULTICOLUMN* = {9};
LBS_WANTKEYBOARDINPUT* = {10};
LBS_EXTENDEDSEL* = {11};
LBS_DISABLENOSCROLL* = {12};
LBS_NODATA* = {13};
LBS_NOSEL* = {14};
LBS_STANDARD* = {0, 1, 21, 23};
CB_OKAY* = 0 (* {} *);
CB_ERR* = -1 (* {0..31} *);
CB_ERRSPACE* = -2 (* {1..31} *);
CBN_ERRSPACE* = -1 (* {0..31} *);
CBN_SELCHANGE* = 1 (* {0} *);
CBN_DBLCLK* = 2 (* {1} *);
CBN_SETFOCUS* = 3 (* {0, 1} *);
CBN_KILLFOCUS* = 4 (* {2} *);
CBN_EDITCHANGE* = 5 (* {0, 2} *);
CBN_EDITUPDATE* = 6 (* {1, 2} *);
CBN_DROPDOWN* = 7 (* {0..2} *);
CBN_CLOSEUP* = 8 (* {3} *);
CBN_SELENDOK* = 9 (* {0, 3} *);
CBN_SELENDCANCEL* = 10 (* {1, 3} *);
CBS_SIMPLE* = {0};
CBS_DROPDOWN* = {1};
CBS_DROPDOWNLIST* = {0, 1};
CBS_OWNERDRAWFIXED* = {4};
CBS_OWNERDRAWVARIABLE* = {5};
CBS_AUTOHSCROLL* = {6};
CBS_OEMCONVERT* = {7};
CBS_SORT* = {8};
CBS_HASSTRINGS* = {9};
CBS_NOINTEGRALHEIGHT* = {10};
CBS_DISABLENOSCROLL* = {11};
CBS_UPPERCASE* = {13};
CBS_LOWERCASE* = {14};
CB_GETEDITSEL* = 320 (* {6, 8} *);
CB_LIMITTEXT* = 321 (* {0, 6, 8} *);
CB_SETEDITSEL* = 322 (* {1, 6, 8} *);
CB_ADDSTRING* = 323 (* {0, 1, 6, 8} *);
CB_DELETESTRING* = 324 (* {2, 6, 8} *);
CB_DIR* = 325 (* {0, 2, 6, 8} *);
CB_GETCOUNT* = 326 (* {1, 2, 6, 8} *);
CB_GETCURSEL* = 327 (* {0..2, 6, 8} *);
CB_GETLBTEXT* = 328 (* {3, 6, 8} *);
CB_GETLBTEXTLEN* = 329 (* {0, 3, 6, 8} *);
CB_INSERTSTRING* = 330 (* {1, 3, 6, 8} *);
CB_RESETCONTENT* = 331 (* {0, 1, 3, 6, 8} *);
CB_FINDSTRING* = 332 (* {2, 3, 6, 8} *);
CB_SELECTSTRING* = 333 (* {0, 2, 3, 6, 8} *);
CB_SETCURSEL* = 334 (* {1..3, 6, 8} *);
CB_SHOWDROPDOWN* = 335 (* {0..3, 6, 8} *);
CB_GETITEMDATA* = 336 (* {4, 6, 8} *);
CB_SETITEMDATA* = 337 (* {0, 4, 6, 8} *);
CB_GETDROPPEDCONTROLRECT* = 338 (* {1, 4, 6, 8} *);
CB_SETITEMHEIGHT* = 339 (* {0, 1, 4, 6, 8} *);
CB_GETITEMHEIGHT* = 340 (* {2, 4, 6, 8} *);
CB_SETEXTENDEDUI* = 341 (* {0, 2, 4, 6, 8} *);
CB_GETEXTENDEDUI* = 342 (* {1, 2, 4, 6, 8} *);
CB_GETDROPPEDSTATE* = 343 (* {0..2, 4, 6, 8} *);
CB_FINDSTRINGEXACT* = 344 (* {3, 4, 6, 8} *);
CB_SETLOCALE* = 345 (* {0, 3, 4, 6, 8} *);
CB_GETLOCALE* = 346 (* {1, 3, 4, 6, 8} *);
CB_GETTOPINDEX* = 347 (* {0, 1, 3, 4, 6, 8} *);
CB_SETTOPINDEX* = 348 (* {2..4, 6, 8} *);
CB_GETHORIZONTALEXTENT* = 349 (* {0, 2..4, 6, 8} *);
CB_SETHORIZONTALEXTENT* = 350 (* {1..4, 6, 8} *);
CB_GETDROPPEDWIDTH* = 351 (* {0..4, 6, 8} *);
CB_SETDROPPEDWIDTH* = 352 (* {5, 6, 8} *);
CB_INITSTORAGE* = 353 (* {0, 5, 6, 8} *);
CB_MSGMAX* = 354 (* {1, 5, 6, 8} *);
SBS_HORZ* = {};
SBS_VERT* = {0};
SBS_TOPALIGN* = {1};
SBS_LEFTALIGN* = {1};
SBS_BOTTOMALIGN* = {2};
SBS_RIGHTALIGN* = {2};
SBS_SIZEBOXTOPLEFTALIGN* = {1};
SBS_SIZEBOXBOTTOMRIGHTALIGN* = {2};
SBS_SIZEBOX* = {3};
SBS_SIZEGRIP* = {4};
SBM_SETPOS* = 224 (* {5..7} *);
SBM_GETPOS* = 225 (* {0, 5..7} *);
SBM_SETRANGE* = 226 (* {1, 5..7} *);
SBM_SETRANGEREDRAW* = 230 (* {1, 2, 5..7} *);
SBM_GETRANGE* = 227 (* {0, 1, 5..7} *);
SBM_ENABLE_ARROWS* = 228 (* {2, 5..7} *);
SBM_SETSCROLLINFO* = 233 (* {0, 3, 5..7} *);
SBM_GETSCROLLINFO* = 234 (* {1, 3, 5..7} *);
SIF_RANGE* = {0};
SIF_PAGE* = {1};
SIF_POS* = {2};
SIF_DISABLENOSCROLL* = {3};
SIF_TRACKPOS* = {4};
SIF_ALL* = {0..2, 4};
MDIS_ALLCHILDSTYLES* = {0};
MDITILE_VERTICAL* = 0 (* {} *);
MDITILE_HORIZONTAL* = 1 (* {0} *);
MDITILE_SKIPDISABLED* = 2 (* {1} *);
IMC_GETCANDIDATEPOS* = 7 (* {0..2} *);
IMC_SETCANDIDATEPOS* = 8 (* {3} *);
IMC_GETCOMPOSITIONFONT* = 9 (* {0, 3} *);
IMC_SETCOMPOSITIONFONT* = 10 (* {1, 3} *);
IMC_GETCOMPOSITIONWINDOW* = 11 (* {0, 1, 3} *);
IMC_SETCOMPOSITIONWINDOW* = 12 (* {2, 3} *);
IMC_GETSTATUSWINDOWPOS* = 15 (* {0..3} *);
IMC_SETSTATUSWINDOWPOS* = 16 (* {4} *);
IMC_CLOSESTATUSWINDOW* = 33 (* {0, 5} *);
IMC_OPENSTATUSWINDOW* = 34 (* {1, 5} *);
IMN_CLOSESTATUSWINDOW* = 1 (* {0} *);
IMN_OPENSTATUSWINDOW* = 2 (* {1} *);
IMN_CHANGECANDIDATE* = 3 (* {0, 1} *);
IMN_CLOSECANDIDATE* = 4 (* {2} *);
IMN_OPENCANDIDATE* = 5 (* {0, 2} *);
IMN_SETCONVERSIONMODE* = 6 (* {1, 2} *);
IMN_SETSENTENCEMODE* = 7 (* {0..2} *);
IMN_SETOPENSTATUS* = 8 (* {3} *);
IMN_SETCANDIDATEPOS* = 9 (* {0, 3} *);
IMN_SETCOMPOSITIONFONT* = 10 (* {1, 3} *);
IMN_SETCOMPOSITIONWINDOW* = 11 (* {0, 1, 3} *);
IMN_SETSTATUSWINDOWPOS* = 12 (* {2, 3} *);
IMN_GUIDELINE* = 13 (* {0, 2, 3} *);
IMN_PRIVATE* = 14 (* {1..3} *);
HELP_CONTEXT* = 1 (* {0} *);
HELP_QUIT* = 2 (* {1} *);
HELP_INDEX* = 3 (* {0, 1} *);
HELP_CONTENTS* = 3 (* {0, 1} *);
HELP_HELPONHELP* = 4 (* {2} *);
HELP_SETINDEX* = 5 (* {0, 2} *);
HELP_SETCONTENTS* = 5 (* {0, 2} *);
HELP_CONTEXTPOPUP* = 8 (* {3} *);
HELP_FORCEFILE* = 9 (* {0, 3} *);
HELP_KEY* = 257 (* {0, 8} *);
HELP_COMMAND* = 258 (* {1, 8} *);
HELP_PARTIALKEY* = 261 (* {0, 2, 8} *);
HELP_MULTIKEY* = 513 (* {0, 9} *);
HELP_SETWINPOS* = 515 (* {0, 1, 9} *);
HELP_CONTEXTMENU* = 10 (* {1, 3} *);
HELP_FINDER* = 11 (* {0, 1, 3} *);
HELP_WM_HELP* = 12 (* {2, 3} *);
HELP_SETPOPUP_POS* = 13 (* {0, 2, 3} *);
HELP_TCARD* = 32768 (* {15} *);
HELP_TCARD_DATA* = 16 (* {4} *);
HELP_TCARD_OTHER_CALLER* = 17 (* {0, 4} *);
IDH_NO_HELP* = 28440 (* {3, 4, 8..11, 13, 14} *);
IDH_MISSING_CONTEXT* = 28441 (* {0, 3, 4, 8..11, 13, 14} *);
IDH_GENERIC_HELP_BUTTON* = 28442 (* {1, 3, 4, 8..11, 13, 14} *);
IDH_OK* = 28443 (* {0, 1, 3, 4, 8..11, 13, 14} *);
IDH_CANCEL* = 28444 (* {2..4, 8..11, 13, 14} *);
IDH_HELP* = 28445 (* {0, 2..4, 8..11, 13, 14} *);
SPI_GETBEEP* = 1 (* {0} *);
SPI_SETBEEP* = 2 (* {1} *);
SPI_GETMOUSE* = 3 (* {0, 1} *);
SPI_SETMOUSE* = 4 (* {2} *);
SPI_GETBORDER* = 5 (* {0, 2} *);
SPI_SETBORDER* = 6 (* {1, 2} *);
SPI_GETKEYBOARDSPEED* = 10 (* {1, 3} *);
SPI_SETKEYBOARDSPEED* = 11 (* {0, 1, 3} *);
SPI_LANGDRIVER* = 12 (* {2, 3} *);
SPI_ICONHORIZONTALSPACING* = 13 (* {0, 2, 3} *);
SPI_GETSCREENSAVETIMEOUT* = 14 (* {1..3} *);
SPI_SETSCREENSAVETIMEOUT* = 15 (* {0..3} *);
SPI_GETSCREENSAVEACTIVE* = 16 (* {4} *);
SPI_SETSCREENSAVEACTIVE* = 17 (* {0, 4} *);
SPI_GETGRIDGRANULARITY* = 18 (* {1, 4} *);
SPI_SETGRIDGRANULARITY* = 19 (* {0, 1, 4} *);
SPI_SETDESKWALLPAPER* = 20 (* {2, 4} *);
SPI_SETDESKPATTERN* = 21 (* {0, 2, 4} *);
SPI_GETKEYBOARDDELAY* = 22 (* {1, 2, 4} *);
SPI_SETKEYBOARDDELAY* = 23 (* {0..2, 4} *);
SPI_ICONVERTICALSPACING* = 24 (* {3, 4} *);
SPI_GETICONTITLEWRAP* = 25 (* {0, 3, 4} *);
SPI_SETICONTITLEWRAP* = 26 (* {1, 3, 4} *);
SPI_GETMENUDROPALIGNMENT* = 27 (* {0, 1, 3, 4} *);
SPI_SETMENUDROPALIGNMENT* = 28 (* {2..4} *);
SPI_SETDOUBLECLKWIDTH* = 29 (* {0, 2..4} *);
SPI_SETDOUBLECLKHEIGHT* = 30 (* {1..4} *);
SPI_GETICONTITLELOGFONT* = 31 (* {0..4} *);
SPI_SETDOUBLECLICKTIME* = 32 (* {5} *);
SPI_SETMOUSEBUTTONSWAP* = 33 (* {0, 5} *);
SPI_SETICONTITLELOGFONT* = 34 (* {1, 5} *);
SPI_GETFASTTASKSWITCH* = 35 (* {0, 1, 5} *);
SPI_SETFASTTASKSWITCH* = 36 (* {2, 5} *);
SPI_SETDRAGFULLWINDOWS* = 37 (* {0, 2, 5} *);
SPI_GETDRAGFULLWINDOWS* = 38 (* {1, 2, 5} *);
SPI_GETNONCLIENTMETRICS* = 41 (* {0, 3, 5} *);
SPI_SETNONCLIENTMETRICS* = 42 (* {1, 3, 5} *);
SPI_GETMINIMIZEDMETRICS* = 43 (* {0, 1, 3, 5} *);
SPI_SETMINIMIZEDMETRICS* = 44 (* {2, 3, 5} *);
SPI_GETICONMETRICS* = 45 (* {0, 2, 3, 5} *);
SPI_SETICONMETRICS* = 46 (* {1..3, 5} *);
SPI_SETWORKAREA* = 47 (* {0..3, 5} *);
SPI_GETWORKAREA* = 48 (* {4, 5} *);
SPI_SETPENWINDOWS* = 49 (* {0, 4, 5} *);
SPI_GETHIGHCONTRAST* = 66 (* {1, 6} *);
SPI_SETHIGHCONTRAST* = 67 (* {0, 1, 6} *);
SPI_GETKEYBOARDPREF* = 68 (* {2, 6} *);
SPI_SETKEYBOARDPREF* = 69 (* {0, 2, 6} *);
SPI_GETSCREENREADER* = 70 (* {1, 2, 6} *);
SPI_SETSCREENREADER* = 71 (* {0..2, 6} *);
SPI_GETANIMATION* = 72 (* {3, 6} *);
SPI_SETANIMATION* = 73 (* {0, 3, 6} *);
SPI_GETFONTSMOOTHING* = 74 (* {1, 3, 6} *);
SPI_SETFONTSMOOTHING* = 75 (* {0, 1, 3, 6} *);
SPI_SETDRAGWIDTH* = 76 (* {2, 3, 6} *);
SPI_SETDRAGHEIGHT* = 77 (* {0, 2, 3, 6} *);
SPI_SETHANDHELD* = 78 (* {1..3, 6} *);
SPI_GETLOWPOWERTIMEOUT* = 79 (* {0..3, 6} *);
SPI_GETPOWEROFFTIMEOUT* = 80 (* {4, 6} *);
SPI_SETLOWPOWERTIMEOUT* = 81 (* {0, 4, 6} *);
SPI_SETPOWEROFFTIMEOUT* = 82 (* {1, 4, 6} *);
SPI_GETLOWPOWERACTIVE* = 83 (* {0, 1, 4, 6} *);
SPI_GETPOWEROFFACTIVE* = 84 (* {2, 4, 6} *);
SPI_SETLOWPOWERACTIVE* = 85 (* {0, 2, 4, 6} *);
SPI_SETPOWEROFFACTIVE* = 86 (* {1, 2, 4, 6} *);
SPI_SETCURSORS* = 87 (* {0..2, 4, 6} *);
SPI_SETICONS* = 88 (* {3, 4, 6} *);
SPI_GETDEFAULTINPUTLANG* = 89 (* {0, 3, 4, 6} *);
SPI_SETDEFAULTINPUTLANG* = 90 (* {1, 3, 4, 6} *);
SPI_SETLANGTOGGLE* = 91 (* {0, 1, 3, 4, 6} *);
SPI_GETWINDOWSEXTENSION* = 92 (* {2..4, 6} *);
SPI_SETMOUSETRAILS* = 93 (* {0, 2..4, 6} *);
SPI_GETMOUSETRAILS* = 94 (* {1..4, 6} *);
SPI_SCREENSAVERRUNNING* = 97 (* {0, 5, 6} *);
SPI_GETFILTERKEYS* = 50 (* {1, 4, 5} *);
SPI_SETFILTERKEYS* = 51 (* {0, 1, 4, 5} *);
SPI_GETTOGGLEKEYS* = 52 (* {2, 4, 5} *);
SPI_SETTOGGLEKEYS* = 53 (* {0, 2, 4, 5} *);
SPI_GETMOUSEKEYS* = 54 (* {1, 2, 4, 5} *);
SPI_SETMOUSEKEYS* = 55 (* {0..2, 4, 5} *);
SPI_GETSHOWSOUNDS* = 56 (* {3..5} *);
SPI_SETSHOWSOUNDS* = 57 (* {0, 3..5} *);
SPI_GETSTICKYKEYS* = 58 (* {1, 3..5} *);
SPI_SETSTICKYKEYS* = 59 (* {0, 1, 3..5} *);
SPI_GETACCESSTIMEOUT* = 60 (* {2..5} *);
SPI_SETACCESSTIMEOUT* = 61 (* {0, 2..5} *);
SPI_GETSERIALKEYS* = 62 (* {1..5} *);
SPI_SETSERIALKEYS* = 63 (* {0..5} *);
SPI_GETSOUNDSENTRY* = 64 (* {6} *);
SPI_SETSOUNDSENTRY* = 65 (* {0, 6} *);
SPIF_UPDATEINIFILE* = 1 (* {0} *);
SPIF_SENDWININICHANGE* = 2 (* {1} *);
SPIF_SENDCHANGE* = 2 (* {1} *);
METRICS_USEDEFAULT* = -1 (* {0..31} *);
ARW_BOTTOMLEFT* = 0 (* {} *);
ARW_BOTTOMRIGHT* = 1 (* {0} *);
ARW_TOPLEFT* = 2 (* {1} *);
ARW_TOPRIGHT* = 3 (* {0, 1} *);
ARW_STARTMASK* = 3 (* {0, 1} *);
ARW_STARTRIGHT* = 1 (* {0} *);
ARW_STARTTOP* = 2 (* {1} *);
ARW_LEFT* = 0 (* {} *);
ARW_RIGHT* = 0 (* {} *);
ARW_UP* = 4 (* {2} *);
ARW_DOWN* = 4 (* {2} *);
ARW_HIDE* = 8 (* {3} *);
ARW_VALID* = 15 (* {0..3} *);
SERKF_SERIALKEYSON* = {0};
SERKF_AVAILABLE* = {1};
SERKF_INDICATOR* = {2};
HCF_HIGHCONTRASTON* = {0};
HCF_AVAILABLE* = {1};
HCF_HOTKEYACTIVE* = {2};
HCF_CONFIRMHOTKEY* = {3};
HCF_HOTKEYSOUND* = {4};
HCF_INDICATOR* = {5};
HCF_HOTKEYAVAILABLE* = {6};
CDS_UPDATEREGISTRY* = {0};
CDS_TEST* = {1};
CDS_FULLSCREEN* = {2};
DISP_CHANGE_SUCCESSFUL* = 0 (* {} *);
DISP_CHANGE_RESTART* = 1 (* {0} *);
DISP_CHANGE_FAILED* = -1 (* {0..31} *);
DISP_CHANGE_BADMODE* = -2 (* {1..31} *);
DISP_CHANGE_NOTUPDATED* = -3 (* {0, 2..31} *);
DISP_CHANGE_BADFLAGS* = -4 (* {2..31} *);
FKF_FILTERKEYSON* = {0};
FKF_AVAILABLE* = {1};
FKF_HOTKEYACTIVE* = {2};
FKF_CONFIRMHOTKEY* = {3};
FKF_HOTKEYSOUND* = {4};
FKF_INDICATOR* = {5};
FKF_CLICKON* = {6};
SKF_STICKYKEYSON* = {0};
SKF_AVAILABLE* = {1};
SKF_HOTKEYACTIVE* = {2};
SKF_CONFIRMHOTKEY* = {3};
SKF_HOTKEYSOUND* = {4};
SKF_INDICATOR* = {5};
SKF_AUDIBLEFEEDBACK* = {6};
SKF_TRISTATE* = {7};
SKF_TWOKEYSOFF* = {8};
MKF_MOUSEKEYSON* = {0};
MKF_AVAILABLE* = {1};
MKF_HOTKEYACTIVE* = {2};
MKF_CONFIRMHOTKEY* = {3};
MKF_HOTKEYSOUND* = {4};
MKF_INDICATOR* = {5};
MKF_MODIFIERS* = {6};
MKF_REPLACENUMBERS* = {7};
ATF_TIMEOUTON* = {0};
ATF_ONOFFFEEDBACK* = {1};
SSGF_NONE* = 0 (* {} *);
SSGF_DISPLAY* = 3 (* {0, 1} *);
SSTF_NONE* = 0 (* {} *);
SSTF_CHARS* = 1 (* {0} *);
SSTF_BORDER* = 2 (* {1} *);
SSTF_DISPLAY* = 3 (* {0, 1} *);
SSWF_NONE* = 0 (* {} *);
SSWF_TITLE* = 1 (* {0} *);
SSWF_WINDOW* = 2 (* {1} *);
SSWF_DISPLAY* = 3 (* {0, 1} *);
SSWF_CUSTOM* = 4 (* {2} *);
SSF_SOUNDSENTRYON* = {0};
SSF_AVAILABLE* = {1};
SSF_INDICATOR* = {2};
TKF_TOGGLEKEYSON* = {0};
TKF_AVAILABLE* = {1};
TKF_HOTKEYACTIVE* = {2};
TKF_CONFIRMHOTKEY* = {3};
TKF_HOTKEYSOUND* = {4};
TKF_INDICATOR* = {5};
SLE_ERROR* = 1 (* {0} *);
SLE_MINORERROR* = 2 (* {1} *);
SLE_WARNING* = 3 (* {0, 1} *);
MAX_LEADBYTES* = 12 (* {2, 3} *);
MAX_DEFAULTCHAR* = 2 (* {1} *);
MB_PRECOMPOSED* = {0};
MB_COMPOSITE* = {1};
MB_USEGLYPHCHARS* = {2};
MB_ERR_INVALID_CHARS* = {3};
WC_DEFAULTCHECK* = {8};
WC_COMPOSITECHECK* = {9};
WC_DISCARDNS* = {4};
WC_SEPCHARS* = {5};
WC_DEFAULTCHAR* = {6};
CT_CTYPE1* = {0};
CT_CTYPE2* = {1};
CT_CTYPE3* = {2};
C1_UPPER* = 1 (* {0} *);
C1_LOWER* = 2 (* {1} *);
C1_DIGIT* = 4 (* {2} *);
C1_SPACE* = 8 (* {3} *);
C1_PUNCT* = 16 (* {4} *);
C1_CNTRL* = 32 (* {5} *);
C1_BLANK* = 64 (* {6} *);
C1_XDIGIT* = 128 (* {7} *);
C1_ALPHA* = 256 (* {8} *);
C2_LEFTTORIGHT* = 1 (* {0} *);
C2_RIGHTTOLEFT* = 2 (* {1} *);
C2_EUROPENUMBER* = 3 (* {0, 1} *);
C2_EUROPESEPARATOR* = 4 (* {2} *);
C2_EUROPETERMINATOR* = 5 (* {0, 2} *);
C2_ARABICNUMBER* = 6 (* {1, 2} *);
C2_COMMONSEPARATOR* = 7 (* {0..2} *);
C2_BLOCKSEPARATOR* = 8 (* {3} *);
C2_SEGMENTSEPARATOR* = 9 (* {0, 3} *);
C2_WHITESPACE* = 10 (* {1, 3} *);
C2_OTHERNEUTRAL* = 11 (* {0, 1, 3} *);
C2_NOTAPPLICABLE* = 0 (* {} *);
C3_NONSPACING* = 1 (* {0} *);
C3_DIACRITIC* = 2 (* {1} *);
C3_VOWELMARK* = 4 (* {2} *);
C3_SYMBOL* = 8 (* {3} *);
C3_KATAKANA* = 16 (* {4} *);
C3_HIRAGANA* = 32 (* {5} *);
C3_HALFWIDTH* = 64 (* {6} *);
C3_FULLWIDTH* = 128 (* {7} *);
C3_IDEOGRAPH* = 256 (* {8} *);
C3_KASHIDA* = 512 (* {9} *);
C3_LEXICAL* = 1024 (* {10} *);
C3_ALPHA* = 32768 (* {15} *);
C3_NOTAPPLICABLE* = 0 (* {} *);
NORM_IGNORECASE* = {0};
NORM_IGNORENONSPACE* = {1};
NORM_IGNORESYMBOLS* = {2};
NORM_IGNOREKANATYPE* = {16};
NORM_IGNOREWIDTH* = {17};
MAP_FOLDCZONE* = {4};
MAP_PRECOMPOSED* = {5};
MAP_COMPOSITE* = {6};
MAP_FOLDDIGITS* = {7};
LCMAP_LOWERCASE* = {8};
LCMAP_UPPERCASE* = {9};
LCMAP_SORTKEY* = {10};
LCMAP_BYTEREV* = {11};
LCMAP_HIRAGANA* = {20};
LCMAP_KATAKANA* = {21};
LCMAP_HALFWIDTH* = {22};
LCMAP_FULLWIDTH* = {23};
LCMAP_LINGUISTIC_CASING* = {24};
LCID_INSTALLED* = {0};
LCID_SUPPORTED* = {1};
CP_INSTALLED* = {0};
CP_SUPPORTED* = {1};
SORT_STRINGSORT* = {12};
CP_ACP* = 0 (* {} *);
CP_OEMCP* = 1 (* {0} *);
CP_MACCP* = 2 (* {1} *);
CTRY_DEFAULT* = 0 (* {} *);
CTRY_AUSTRALIA* = 61 (* {0, 2..5} *);
CTRY_AUSTRIA* = 43 (* {0, 1, 3, 5} *);
CTRY_BELGIUM* = 32 (* {5} *);
CTRY_BRAZIL* = 55 (* {0..2, 4, 5} *);
CTRY_BULGARIA* = 359 (* {0..2, 5, 6, 8} *);
CTRY_CANADA* = 2 (* {1} *);
CTRY_CROATIA* = 385 (* {0, 7, 8} *);
CTRY_CZECH* = 42 (* {1, 3, 5} *);
CTRY_DENMARK* = 45 (* {0, 2, 3, 5} *);
CTRY_FINLAND* = 358 (* {1, 2, 5, 6, 8} *);
CTRY_FRANCE* = 33 (* {0, 5} *);
CTRY_GERMANY* = 49 (* {0, 4, 5} *);
CTRY_GREECE* = 30 (* {1..4} *);
CTRY_HONG_KONG* = 852 (* {2, 4, 6, 8, 9} *);
CTRY_HUNGARY* = 36 (* {2, 5} *);
CTRY_ICELAND* = 354 (* {1, 5, 6, 8} *);
CTRY_IRELAND* = 353 (* {0, 5, 6, 8} *);
CTRY_ITALY* = 39 (* {0..2, 5} *);
CTRY_JAPAN* = 81 (* {0, 4, 6} *);
CTRY_MEXICO* = 52 (* {2, 4, 5} *);
CTRY_NETHERLANDS* = 31 (* {0..4} *);
CTRY_NEW_ZEALAND* = 64 (* {6} *);
CTRY_NORWAY* = 47 (* {0..3, 5} *);
CTRY_POLAND* = 48 (* {4, 5} *);
CTRY_PORTUGAL* = 351 (* {0..4, 6, 8} *);
CTRY_PRCHINA* = 86 (* {1, 2, 4, 6} *);
CTRY_ROMANIA* = 40 (* {3, 5} *);
CTRY_RUSSIA* = 7 (* {0..2} *);
CTRY_SINGAPORE* = 65 (* {0, 6} *);
CTRY_SLOVAK* = 42 (* {1, 3, 5} *);
CTRY_SLOVENIA* = 386 (* {1, 7, 8} *);
CTRY_SOUTH_KOREA* = 82 (* {1, 4, 6} *);
CTRY_SPAIN* = 34 (* {1, 5} *);
CTRY_SWEDEN* = 46 (* {1..3, 5} *);
CTRY_SWITZERLAND* = 41 (* {0, 3, 5} *);
CTRY_TAIWAN* = 886 (* {1, 2, 4..6, 8, 9} *);
CTRY_TURKEY* = 90 (* {1, 3, 4, 6} *);
CTRY_UNITED_KINGDOM* = 44 (* {2, 3, 5} *);
CTRY_UNITED_STATES* = 1 (* {0} *);
LOCALE_NOUSEROVERRIDE* = 80000000H;
LOCALE_USE_CP_ACP* = 1073741824 (* {30} *);
LOCALE_ILANGUAGE* = 1 (* {0} *);
LOCALE_SLANGUAGE* = 2 (* {1} *);
LOCALE_SENGLANGUAGE* = 4097 (* {0, 12} *);
LOCALE_SABBREVLANGNAME* = 3 (* {0, 1} *);
LOCALE_SNATIVELANGNAME* = 4 (* {2} *);
LOCALE_ICOUNTRY* = 5 (* {0, 2} *);
LOCALE_SCOUNTRY* = 6 (* {1, 2} *);
LOCALE_SENGCOUNTRY* = 4098 (* {1, 12} *);
LOCALE_SABBREVCTRYNAME* = 7 (* {0..2} *);
LOCALE_SNATIVECTRYNAME* = 8 (* {3} *);
LOCALE_IDEFAULTLANGUAGE* = 9 (* {0, 3} *);
LOCALE_IDEFAULTCOUNTRY* = 10 (* {1, 3} *);
LOCALE_IDEFAULTCODEPAGE* = 11 (* {0, 1, 3} *);
LOCALE_IDEFAULTANSICODEPAGE* = 4100 (* {2, 12} *);
LOCALE_SLIST* = 12 (* {2, 3} *);
LOCALE_IMEASURE* = 13 (* {0, 2, 3} *);
LOCALE_SDECIMAL* = 14 (* {1..3} *);
LOCALE_STHOUSAND* = 15 (* {0..3} *);
LOCALE_SGROUPING* = 16 (* {4} *);
LOCALE_IDIGITS* = 17 (* {0, 4} *);
LOCALE_ILZERO* = 18 (* {1, 4} *);
LOCALE_INEGNUMBER* = 4112 (* {4, 12} *);
LOCALE_SNATIVEDIGITS* = 19 (* {0, 1, 4} *);
LOCALE_SCURRENCY* = 20 (* {2, 4} *);
LOCALE_SINTLSYMBOL* = 21 (* {0, 2, 4} *);
LOCALE_SMONDECIMALSEP* = 22 (* {1, 2, 4} *);
LOCALE_SMONTHOUSANDSEP* = 23 (* {0..2, 4} *);
LOCALE_SMONGROUPING* = 24 (* {3, 4} *);
LOCALE_ICURRDIGITS* = 25 (* {0, 3, 4} *);
LOCALE_IINTLCURRDIGITS* = 26 (* {1, 3, 4} *);
LOCALE_ICURRENCY* = 27 (* {0, 1, 3, 4} *);
LOCALE_INEGCURR* = 28 (* {2..4} *);
LOCALE_SDATE* = 29 (* {0, 2..4} *);
LOCALE_STIME* = 30 (* {1..4} *);
LOCALE_SSHORTDATE* = 31 (* {0..4} *);
LOCALE_SLONGDATE* = 32 (* {5} *);
LOCALE_STIMEFORMAT* = 4099 (* {0, 1, 12} *);
LOCALE_IDATE* = 33 (* {0, 5} *);
LOCALE_ILDATE* = 34 (* {1, 5} *);
LOCALE_ITIME* = 35 (* {0, 1, 5} *);
LOCALE_ITIMEMARKPOSN* = 4101 (* {0, 2, 12} *);
LOCALE_ICENTURY* = 36 (* {2, 5} *);
LOCALE_ITLZERO* = 37 (* {0, 2, 5} *);
LOCALE_IDAYLZERO* = 38 (* {1, 2, 5} *);
LOCALE_IMONLZERO* = 39 (* {0..2, 5} *);
LOCALE_S1159* = 40 (* {3, 5} *);
LOCALE_S2359* = 41 (* {0, 3, 5} *);
LOCALE_ICALENDARTYPE* = 4105 (* {0, 3, 12} *);
LOCALE_IOPTIONALCALENDAR* = 4107 (* {0, 1, 3, 12} *);
LOCALE_IFIRSTDAYOFWEEK* = 4108 (* {2, 3, 12} *);
LOCALE_IFIRSTWEEKOFYEAR* = 4109 (* {0, 2, 3, 12} *);
LOCALE_SDAYNAME1* = 42 (* {1, 3, 5} *);
LOCALE_SDAYNAME2* = 43 (* {0, 1, 3, 5} *);
LOCALE_SDAYNAME3* = 44 (* {2, 3, 5} *);
LOCALE_SDAYNAME4* = 45 (* {0, 2, 3, 5} *);
LOCALE_SDAYNAME5* = 46 (* {1..3, 5} *);
LOCALE_SDAYNAME6* = 47 (* {0..3, 5} *);
LOCALE_SDAYNAME7* = 48 (* {4, 5} *);
LOCALE_SABBREVDAYNAME1* = 49 (* {0, 4, 5} *);
LOCALE_SABBREVDAYNAME2* = 50 (* {1, 4, 5} *);
LOCALE_SABBREVDAYNAME3* = 51 (* {0, 1, 4, 5} *);
LOCALE_SABBREVDAYNAME4* = 52 (* {2, 4, 5} *);
LOCALE_SABBREVDAYNAME5* = 53 (* {0, 2, 4, 5} *);
LOCALE_SABBREVDAYNAME6* = 54 (* {1, 2, 4, 5} *);
LOCALE_SABBREVDAYNAME7* = 55 (* {0..2, 4, 5} *);
LOCALE_SMONTHNAME1* = 56 (* {3..5} *);
LOCALE_SMONTHNAME2* = 57 (* {0, 3..5} *);
LOCALE_SMONTHNAME3* = 58 (* {1, 3..5} *);
LOCALE_SMONTHNAME4* = 59 (* {0, 1, 3..5} *);
LOCALE_SMONTHNAME5* = 60 (* {2..5} *);
LOCALE_SMONTHNAME6* = 61 (* {0, 2..5} *);
LOCALE_SMONTHNAME7* = 62 (* {1..5} *);
LOCALE_SMONTHNAME8* = 63 (* {0..5} *);
LOCALE_SMONTHNAME9* = 64 (* {6} *);
LOCALE_SMONTHNAME10* = 65 (* {0, 6} *);
LOCALE_SMONTHNAME11* = 66 (* {1, 6} *);
LOCALE_SMONTHNAME12* = 67 (* {0, 1, 6} *);
LOCALE_SMONTHNAME13* = 4110 (* {1..3, 12} *);
LOCALE_SABBREVMONTHNAME1* = 68 (* {2, 6} *);
LOCALE_SABBREVMONTHNAME2* = 69 (* {0, 2, 6} *);
LOCALE_SABBREVMONTHNAME3* = 70 (* {1, 2, 6} *);
LOCALE_SABBREVMONTHNAME4* = 71 (* {0..2, 6} *);
LOCALE_SABBREVMONTHNAME5* = 72 (* {3, 6} *);
LOCALE_SABBREVMONTHNAME6* = 73 (* {0, 3, 6} *);
LOCALE_SABBREVMONTHNAME7* = 74 (* {1, 3, 6} *);
LOCALE_SABBREVMONTHNAME8* = 75 (* {0, 1, 3, 6} *);
LOCALE_SABBREVMONTHNAME9* = 76 (* {2, 3, 6} *);
LOCALE_SABBREVMONTHNAME10* = 77 (* {0, 2, 3, 6} *);
LOCALE_SABBREVMONTHNAME11* = 78 (* {1..3, 6} *);
LOCALE_SABBREVMONTHNAME12* = 79 (* {0..3, 6} *);
LOCALE_SABBREVMONTHNAME13* = 4111 (* {0..3, 12} *);
LOCALE_SPOSITIVESIGN* = 80 (* {4, 6} *);
LOCALE_SNEGATIVESIGN* = 81 (* {0, 4, 6} *);
LOCALE_IPOSSIGNPOSN* = 82 (* {1, 4, 6} *);
LOCALE_INEGSIGNPOSN* = 83 (* {0, 1, 4, 6} *);
LOCALE_IPOSSYMPRECEDES* = 84 (* {2, 4, 6} *);
LOCALE_IPOSSEPBYSPACE* = 85 (* {0, 2, 4, 6} *);
LOCALE_INEGSYMPRECEDES* = 86 (* {1, 2, 4, 6} *);
LOCALE_INEGSEPBYSPACE* = 87 (* {0..2, 4, 6} *);
LOCALE_FONTSIGNATURE* = 88 (* {3, 4, 6} *);
TIME_NOMINUTESORSECONDS* = {0};
TIME_NOSECONDS* = {1};
TIME_NOTIMEMARKER* = {2};
TIME_FORCE24HOURFORMAT* = {3};
DATE_SHORTDATE* = {0};
DATE_LONGDATE* = {1};
DATE_USE_ALT_CALENDAR* = {2};
CAL_ICALINTVALUE* = 1 (* {0} *);
CAL_SCALNAME* = 2 (* {1} *);
CAL_IYEAROFFSETRANGE* = 3 (* {0, 1} *);
CAL_SERASTRING* = 4 (* {2} *);
CAL_SSHORTDATE* = 5 (* {0, 2} *);
CAL_SLONGDATE* = 6 (* {1, 2} *);
CAL_SDAYNAME1* = 7 (* {0..2} *);
CAL_SDAYNAME2* = 8 (* {3} *);
CAL_SDAYNAME3* = 9 (* {0, 3} *);
CAL_SDAYNAME4* = 10 (* {1, 3} *);
CAL_SDAYNAME5* = 11 (* {0, 1, 3} *);
CAL_SDAYNAME6* = 12 (* {2, 3} *);
CAL_SDAYNAME7* = 13 (* {0, 2, 3} *);
CAL_SABBREVDAYNAME1* = 14 (* {1..3} *);
CAL_SABBREVDAYNAME2* = 15 (* {0..3} *);
CAL_SABBREVDAYNAME3* = 16 (* {4} *);
CAL_SABBREVDAYNAME4* = 17 (* {0, 4} *);
CAL_SABBREVDAYNAME5* = 18 (* {1, 4} *);
CAL_SABBREVDAYNAME6* = 19 (* {0, 1, 4} *);
CAL_SABBREVDAYNAME7* = 20 (* {2, 4} *);
CAL_SMONTHNAME1* = 21 (* {0, 2, 4} *);
CAL_SMONTHNAME2* = 22 (* {1, 2, 4} *);
CAL_SMONTHNAME3* = 23 (* {0..2, 4} *);
CAL_SMONTHNAME4* = 24 (* {3, 4} *);
CAL_SMONTHNAME5* = 25 (* {0, 3, 4} *);
CAL_SMONTHNAME6* = 26 (* {1, 3, 4} *);
CAL_SMONTHNAME7* = 27 (* {0, 1, 3, 4} *);
CAL_SMONTHNAME8* = 28 (* {2..4} *);
CAL_SMONTHNAME9* = 29 (* {0, 2..4} *);
CAL_SMONTHNAME10* = 30 (* {1..4} *);
CAL_SMONTHNAME11* = 31 (* {0..4} *);
CAL_SMONTHNAME12* = 32 (* {5} *);
CAL_SMONTHNAME13* = 33 (* {0, 5} *);
CAL_SABBREVMONTHNAME1* = 34 (* {1, 5} *);
CAL_SABBREVMONTHNAME2* = 35 (* {0, 1, 5} *);
CAL_SABBREVMONTHNAME3* = 36 (* {2, 5} *);
CAL_SABBREVMONTHNAME4* = 37 (* {0, 2, 5} *);
CAL_SABBREVMONTHNAME5* = 38 (* {1, 2, 5} *);
CAL_SABBREVMONTHNAME6* = 39 (* {0..2, 5} *);
CAL_SABBREVMONTHNAME7* = 40 (* {3, 5} *);
CAL_SABBREVMONTHNAME8* = 41 (* {0, 3, 5} *);
CAL_SABBREVMONTHNAME9* = 42 (* {1, 3, 5} *);
CAL_SABBREVMONTHNAME10* = 43 (* {0, 1, 3, 5} *);
CAL_SABBREVMONTHNAME11* = 44 (* {2, 3, 5} *);
CAL_SABBREVMONTHNAME12* = 45 (* {0, 2, 3, 5} *);
CAL_SABBREVMONTHNAME13* = 46 (* {1..3, 5} *);
ENUM_ALL_CALENDARS* = -1 (* {0..31} *);
CAL_GREGORIAN* = 1 (* {0} *);
CAL_GREGORIAN_US* = 2 (* {1} *);
CAL_JAPAN* = 3 (* {0, 1} *);
CAL_TAIWAN* = 4 (* {2} *);
CAL_KOREA* = 5 (* {0, 2} *);
CAL_HIJRI* = 6 (* {1, 2} *);
CAL_THAI* = 7 (* {0..2} *);
CAL_HEBREW* = 8 (* {3} *);
RIGHT_ALT_PRESSED* = {0};
LEFT_ALT_PRESSED* = {1};
RIGHT_CTRL_PRESSED* = {2};
LEFT_CTRL_PRESSED* = {3};
SHIFT_PRESSED* = {4};
NUMLOCK_ON* = {5};
SCROLLLOCK_ON* = {6};
CAPSLOCK_ON* = {7};
ENHANCED_KEY* = {8};
FROM_LEFT_1ST_BUTTON_PRESSED* = {0};
RIGHTMOST_BUTTON_PRESSED* = {1};
FROM_LEFT_2ND_BUTTON_PRESSED* = {2};
FROM_LEFT_3RD_BUTTON_PRESSED* = {3};
FROM_LEFT_4TH_BUTTON_PRESSED* = {4};
MOUSE_MOVED* = {0};
DOUBLE_CLICK* = {1};
KEY_EVENT* = {0};
MOUSE_EVENT* = 2 (* {1} *);
WINDOW_BUFFER_SIZE_EVENT* = 4 (* {2} *);
MENU_EVENT* = 8 (* {3} *);
FOCUS_EVENT* = 16 (* {4} *);
FOREGROUND_BLUE* = 1 (* {0} *);
FOREGROUND_GREEN* = 2 (* {1} *);
FOREGROUND_RED* = 4 (* {2} *);
FOREGROUND_INTENSITY* = 8 (* {3} *);
BACKGROUND_BLUE* = 16 (* {4} *);
BACKGROUND_GREEN* = 32 (* {5} *);
BACKGROUND_RED* = 64 (* {6} *);
BACKGROUND_INTENSITY* = 128 (* {7} *);
CTRL_C_EVENT* = 0 (* {} *);
CTRL_BREAK_EVENT* = 1 (* {0} *);
CTRL_CLOSE_EVENT* = 2 (* {1} *);
CTRL_LOGOFF_EVENT* = 5 (* {0, 2} *);
CTRL_SHUTDOWN_EVENT* = 6 (* {1, 2} *);
ENABLE_PROCESSED_INPUT* = {0};
ENABLE_LINE_INPUT* = {1};
ENABLE_ECHO_INPUT* = {2};
ENABLE_WINDOW_INPUT* = {3};
ENABLE_MOUSE_INPUT* = {4};
ENABLE_PROCESSED_OUTPUT* = {0};
ENABLE_WRAP_AT_EOL_OUTPUT* = {1};
CONSOLE_TEXTMODE_BUFFER* = {0};
VS_FILE_INFO* = 16 (* {4} *);
VS_VERSION_INFO* = 1 (* {0} *);
VS_USER_DEFINED* = 100 (* {2, 5, 6} *);
VS_FFI_SIGNATURE* = -17890115 (* {0, 2..5, 7, 10, 16..19, 21..23, 25..31} *);
VS_FFI_STRUCVERSION* = 65536 (* {16} *);
VS_FFI_FILEFLAGSMASK* = 63 (* {0..5} *);
VS_FF_DEBUG* = {0};
VS_FF_PRERELEASE* = {1};
VS_FF_PATCHED* = {2};
VS_FF_PRIVATEBUILD* = {3};
VS_FF_INFOINFERRED* = {4};
VS_FF_SPECIALBUILD* = {5};
VOS_UNKNOWN* = {};
VOS_DOS* = {16};
VOS_OS216* = {17};
VOS_OS232* = {16, 17};
VOS_NT* = {18};
VOS__BASE* = {};
VOS__WINDOWS16* = {0};
VOS__PM16* = {1};
VOS__PM32* = {0, 1};
VOS__WINDOWS32* = {2};
VOS_DOS_WINDOWS16* = {0, 16};
VOS_DOS_WINDOWS32* = {2, 16};
VOS_OS216_PM16* = {1, 17};
VOS_OS232_PM32* = {0, 1, 16, 17};
VOS_NT_WINDOWS32* = {2, 18};
VFT_UNKNOWN* = 0 (* {} *);
VFT_APP* = 1 (* {0} *);
VFT_DLL* = 2 (* {1} *);
VFT_DRV* = 3 (* {0, 1} *);
VFT_FONT* = 4 (* {2} *);
VFT_VXD* = 5 (* {0, 2} *);
VFT_STATIC_LIB* = 7 (* {0..2} *);
VFT2_UNKNOWN* = 0 (* {} *);
VFT2_DRV_PRINTER* = 1 (* {0} *);
VFT2_DRV_KEYBOARD* = 2 (* {1} *);
VFT2_DRV_LANGUAGE* = 3 (* {0, 1} *);
VFT2_DRV_DISPLAY* = 4 (* {2} *);
VFT2_DRV_MOUSE* = 5 (* {0, 2} *);
VFT2_DRV_NETWORK* = 6 (* {1, 2} *);
VFT2_DRV_SYSTEM* = 7 (* {0..2} *);
VFT2_DRV_INSTALLABLE* = 8 (* {3} *);
VFT2_DRV_SOUND* = 9 (* {0, 3} *);
VFT2_DRV_COMM* = 10 (* {1, 3} *);
VFT2_FONT_RASTER* = 1 (* {0} *);
VFT2_FONT_VECTOR* = 2 (* {1} *);
VFT2_FONT_TRUETYPE* = 3 (* {0, 1} *);
VFFF_ISSHAREDFILE* = {0};
VFF_CURNEDEST* = {0};
VFF_FILEINUSE* = {1};
VFF_BUFFTOOSMALL* = {2};
VIFF_FORCEINSTALL* = {0};
VIFF_DONTDELETEOLD* = {1};
VIF_TEMPFILE* = {0};
VIF_MISMATCH* = {1};
VIF_SRCOLD* = {2};
VIF_DIFFLANG* = {3};
VIF_DIFFCODEPG* = {4};
VIF_DIFFTYPE* = {5};
VIF_WRITEPROT* = {6};
VIF_FILEINUSE* = {7};
VIF_OUTOFSPACE* = {8};
VIF_ACCESSVIOLATION* = {9};
VIF_SHARINGVIOLATION* = {10};
VIF_CANNOTCREATE* = {11};
VIF_CANNOTDELETE* = {12};
VIF_CANNOTRENAME* = {13};
VIF_CANNOTDELETECUR* = {14};
VIF_OUTOFMEMORY* = {15};
VIF_CANNOTREADSRC* = {16};
VIF_CANNOTREADDST* = {17};
VIF_BUFFTOOSMALL* = {18};
PROVIDER_KEEPS_VALUE_LENGTH* = 1 (* {0} *);
WIN31_CLASS* = 0 (* {} *);
CDERR_DIALOGFAILURE* = 65535 (* {0..15} *);
CDERR_GENERALCODES* = 0 (* {} *);
CDERR_STRUCTSIZE* = 1 (* {0} *);
CDERR_INITIALIZATION* = 2 (* {1} *);
CDERR_NOTEMPLATE* = 3 (* {0, 1} *);
CDERR_NOHINSTANCE* = 4 (* {2} *);
CDERR_LOADSTRFAILURE* = 5 (* {0, 2} *);
CDERR_FINDRESFAILURE* = 6 (* {1, 2} *);
CDERR_LOADRESFAILURE* = 7 (* {0..2} *);
CDERR_LOCKRESFAILURE* = 8 (* {3} *);
CDERR_MEMALLOCFAILURE* = 9 (* {0, 3} *);
CDERR_MEMLOCKFAILURE* = 10 (* {1, 3} *);
CDERR_NOHOOK* = 11 (* {0, 1, 3} *);
CDERR_REGISTERMSGFAIL* = 12 (* {2, 3} *);
PDERR_PRINTERCODES* = 4096 (* {12} *);
PDERR_SETUPFAILURE* = 4097 (* {0, 12} *);
PDERR_PARSEFAILURE* = 4098 (* {1, 12} *);
PDERR_RETDEFFAILURE* = 4099 (* {0, 1, 12} *);
PDERR_LOADDRVFAILURE* = 4100 (* {2, 12} *);
PDERR_GETDEVMODEFAIL* = 4101 (* {0, 2, 12} *);
PDERR_INITFAILURE* = 4102 (* {1, 2, 12} *);
PDERR_NODEVICES* = 4103 (* {0..2, 12} *);
PDERR_NODEFAULTPRN* = 4104 (* {3, 12} *);
PDERR_DNDMMISMATCH* = 4105 (* {0, 3, 12} *);
PDERR_CREATEICFAILURE* = 4106 (* {1, 3, 12} *);
PDERR_PRINTERNOTFOUND* = 4107 (* {0, 1, 3, 12} *);
PDERR_DEFAULTDIFFERENT* = 4108 (* {2, 3, 12} *);
CFERR_CHOOSEFONTCODES* = 8192 (* {13} *);
CFERR_NOFONTS* = 8193 (* {0, 13} *);
CFERR_MAXLESSTHANMIN* = 8194 (* {1, 13} *);
FNERR_FILENAMECODES* = 12288 (* {12, 13} *);
FNERR_SUBCLASSFAILURE* = 12289 (* {0, 12, 13} *);
FNERR_INVALIDFILENAME* = 12290 (* {1, 12, 13} *);
FNERR_BUFFERTOOSMALL* = 12291 (* {0, 1, 12, 13} *);
FRERR_FINDREPLACECODES* = 16384 (* {14} *);
FRERR_BUFFERLENGTHZERO* = 16385 (* {0, 14} *);
CCERR_CHOOSECOLORCODES* = 20480 (* {12, 14} *);
WM_DDE_FIRST* = 992 (* {5..9} *);
WM_DDE_INITIATE* = 992 (* {5..9} *);
WM_DDE_TERMINATE* = 993 (* {0, 5..9} *);
WM_DDE_ADVISE* = 994 (* {1, 5..9} *);
WM_DDE_UNADVISE* = 995 (* {0, 1, 5..9} *);
WM_DDE_ACK* = 996 (* {2, 5..9} *);
WM_DDE_DATA* = 997 (* {0, 2, 5..9} *);
WM_DDE_REQUEST* = 998 (* {1, 2, 5..9} *);
WM_DDE_POKE* = 999 (* {0..2, 5..9} *);
WM_DDE_EXECUTE* = 1000 (* {3, 5..9} *);
WM_DDE_LAST* = 1000 (* {3, 5..9} *);
XST_NULL* = 0 (* {} *);
XST_INCOMPLETE* = 1 (* {0} *);
XST_CONNECTED* = 2 (* {1} *);
XST_INIT1* = 3 (* {0, 1} *);
XST_INIT2* = 4 (* {2} *);
XST_REQSENT* = 5 (* {0, 2} *);
XST_DATARCVD* = 6 (* {1, 2} *);
XST_POKESENT* = 7 (* {0..2} *);
XST_POKEACKRCVD* = 8 (* {3} *);
XST_EXECSENT* = 9 (* {0, 3} *);
XST_EXECACKRCVD* = 10 (* {1, 3} *);
XST_ADVSENT* = 11 (* {0, 1, 3} *);
XST_UNADVSENT* = 12 (* {2, 3} *);
XST_ADVACKRCVD* = 13 (* {0, 2, 3} *);
XST_UNADVACKRCVD* = 14 (* {1..3} *);
XST_ADVDATASENT* = 15 (* {0..3} *);
XST_ADVDATAACKRCVD* = 16 (* {4} *);
CADV_LATEACK* = 65535 (* {0..15} *);
ST_CONNECTED* = {0};
ST_ADVISE* = {1};
ST_ISLOCAL* = {2};
ST_BLOCKED* = {3};
ST_CLIENT* = {4};
ST_TERMINATED* = {5};
ST_INLIST* = {6};
ST_BLOCKNEXT* = {7};
ST_ISSELF* = {8};
DDE_FACK* = {15};
DDE_FBUSY* = {14};
DDE_FDEFERUPD* = {14};
DDE_FACKREQ* = {15};
DDE_FRELEASE* = {13};
DDE_FREQUESTED* = {12};
DDE_FAPPSTATUS* = {0..7};
DDE_FNOTPROCESSED* = {};
DDE_FACKRESERVED* = {8..13, 16..31};
DDE_FADVRESERVED* = {0..13, 16..31};
DDE_FDATRESERVED* = {0..11, 14, 16..31};
DDE_FPOKRESERVED* = {0..12, 14..31};
MSGF_DDEMGR* = 32769 (* {0, 15} *);
CP_WINANSI* = 1004 (* {2, 3, 5..9} *);
CP_WINUNICODE* = 1200 (* {4, 5, 7, 10} *);
CP_WINNEUTRAL* = 1004 (* {2, 3, 5..9} *);
XTYPF_NOBLOCK* = {1};
XTYPF_NODATA* = {2};
XTYPF_ACKREQ* = {3};
XCLASS_MASK* = {10..15};
XCLASS_BOOL* = {12};
XCLASS_DATA* = {13};
XCLASS_FLAGS* = {14};
XCLASS_NOTIFICATION* = {15};
XTYP_ERROR* = 32770 (* {1, 15} *);
XTYP_ADVDATA* = 16400 (* {4, 14} *);
XTYP_ADVREQ* = 8226 (* {1, 5, 13} *);
XTYP_ADVSTART* = 4144 (* {4, 5, 12} *);
XTYP_ADVSTOP* = 32832 (* {6, 15} *);
XTYP_EXECUTE* = 16464 (* {4, 6, 14} *);
XTYP_CONNECT* = 4194 (* {1, 5, 6, 12} *);
XTYP_CONNECT_CONFIRM* = 32882 (* {1, 4..6, 15} *);
XTYP_XACT_COMPLETE* = 32896 (* {7, 15} *);
XTYP_POKE* = 16528 (* {4, 7, 14} *);
XTYP_REGISTER* = 32930 (* {1, 5, 7, 15} *);
XTYP_REQUEST* = 8368 (* {4, 5, 7, 13} *);
XTYP_DISCONNECT* = 32962 (* {1, 6, 7, 15} *);
XTYP_UNREGISTER* = 32978 (* {1, 4, 6, 7, 15} *);
XTYP_WILDCONNECT* = 8418 (* {1, 5..7, 13} *);
XTYP_MASK* = 240 (* {4..7} *);
XTYP_SHIFT* = 4 (* {2} *);
TIMEOUT_ASYNC* = -1 (* {0..31} *);
QID_SYNC* = -1 (* {0..31} *);
SZDDESYS_TOPIC* = "System";
SZDDESYS_ITEM_TOPICS* = "Topics";
SZDDESYS_ITEM_SYSITEMS* = "SysItems";
SZDDESYS_ITEM_RTNMSG* = "ReturnMessage";
SZDDESYS_ITEM_STATUS* = "Status";
SZDDESYS_ITEM_FORMATS* = "Formats";
SZDDESYS_ITEM_HELP* = "Help";
SZDDE_ITEM_ITEMLIST* = "TopicItemList";
CBF_FAIL_SELFCONNECTIONS* = 4096 (* {12} *);
CBF_FAIL_CONNECTIONS* = 8192 (* {13} *);
CBF_FAIL_ADVISES* = 16384 (* {14} *);
CBF_FAIL_EXECUTES* = 32768 (* {15} *);
CBF_FAIL_POKES* = 65536 (* {16} *);
CBF_FAIL_REQUESTS* = 131072 (* {17} *);
CBF_FAIL_ALLSVRXACTIONS* = 258048 (* {12..17} *);
CBF_SKIP_CONNECT_CONFIRMS* = 262144 (* {18} *);
CBF_SKIP_REGISTRATIONS* = 524288 (* {19} *);
CBF_SKIP_UNREGISTRATIONS* = 1048576 (* {20} *);
CBF_SKIP_DISCONNECTS* = 2097152 (* {21} *);
CBF_SKIP_ALLNOTIFICATIONS* = 3932160 (* {18..21} *);
APPCMD_CLIENTONLY* = 16 (* {4} *);
APPCMD_FILTERINITS* = 32 (* {5} *);
APPCMD_MASK* = 4080 (* {4..11} *);
APPCLASS_STANDARD* = 0 (* {} *);
APPCLASS_MASK* = 15 (* {0..3} *);
EC_ENABLEALL* = 0 (* {} *);
EC_ENABLEONE* = 128 (* {7} *);
EC_DISABLE* = 8 (* {3} *);
EC_QUERYWAITING* = 2 (* {1} *);
DNS_REGISTER* = 1 (* {0} *);
DNS_UNREGISTER* = 2 (* {1} *);
DNS_FILTERON* = 4 (* {2} *);
DNS_FILTEROFF* = 8 (* {3} *);
HDATA_APPOWNED* = 1 (* {0} *);
DMLERR_NO_ERROR* = 0 (* {} *);
DMLERR_FIRST* = 16384 (* {14} *);
DMLERR_ADVACKTIMEOUT* = 16384 (* {14} *);
DMLERR_BUSY* = 16385 (* {0, 14} *);
DMLERR_DATAACKTIMEOUT* = 16386 (* {1, 14} *);
DMLERR_DLL_NOT_INITIALIZED* = 16387 (* {0, 1, 14} *);
DMLERR_DLL_USAGE* = 16388 (* {2, 14} *);
DMLERR_EXECACKTIMEOUT* = 16389 (* {0, 2, 14} *);
DMLERR_INVALIDPARAMETER* = 16390 (* {1, 2, 14} *);
DMLERR_LOW_MEMORY* = 16391 (* {0..2, 14} *);
DMLERR_MEMORY_ERROR* = 16392 (* {3, 14} *);
DMLERR_NOTPROCESSED* = 16393 (* {0, 3, 14} *);
DMLERR_NO_CONV_ESTABLISHED* = 16394 (* {1, 3, 14} *);
DMLERR_POKEACKTIMEOUT* = 16395 (* {0, 1, 3, 14} *);
DMLERR_POSTMSG_FAILED* = 16396 (* {2, 3, 14} *);
DMLERR_REENTRANCY* = 16397 (* {0, 2, 3, 14} *);
DMLERR_SERVER_DIED* = 16398 (* {1..3, 14} *);
DMLERR_SYS_ERROR* = 16399 (* {0..3, 14} *);
DMLERR_UNADVACKTIMEOUT* = 16400 (* {4, 14} *);
DMLERR_UNFOUND_QUEUE_ID* = 16401 (* {0, 4, 14} *);
DMLERR_LAST* = 16401 (* {0, 4, 14} *);
MH_CREATE* = 1 (* {0} *);
MH_KEEP* = 2 (* {1} *);
MH_DELETE* = 3 (* {0, 1} *);
MH_CLEANUP* = 4 (* {2} *);
MAX_MONITORS* = 4 (* {2} *);
APPCLASS_MONITOR* = 1 (* {0} *);
XTYP_MONITOR* = 33010 (* {1, 4..7, 15} *);
MF_HSZ_INFO* = {24};
MF_SENDMSGS* = {25};
MF_POSTMSGS* = {26};
MF_CALLBACKS* = {27};
MF_ERRORS* = {28};
MF_LINKS* = {29};
MF_CONV* = {30};
MF_MASK* = {24..31};
LZERROR_BADINHANDLE* = -1 (* {0..31} *);
LZERROR_BADOUTHANDLE* = -2 (* {1..31} *);
LZERROR_READ* = -3 (* {0, 2..31} *);
LZERROR_WRITE* = -4 (* {2..31} *);
LZERROR_GLOBALLOC* = -5 (* {0, 1, 3..31} *);
LZERROR_GLOBLOCK* = -6 (* {1, 3..31} *);
LZERROR_BADVALUE* = -7 (* {0, 3..31} *);
LZERROR_UNKNOWNALG* = -8 (* {3..31} *);
ABM_NEW* = 0 (* {} *);
ABM_REMOVE* = 1 (* {0} *);
ABM_QUERYPOS* = 2 (* {1} *);
ABM_SETPOS* = 3 (* {0, 1} *);
ABM_GETSTATE* = 4 (* {2} *);
ABM_GETTASKBARPOS* = 5 (* {0, 2} *);
ABM_ACTIVATE* = 6 (* {1, 2} *);
ABM_GETAUTOHIDEBAR* = 7 (* {0..2} *);
ABM_SETAUTOHIDEBAR* = 8 (* {3} *);
ABM_WINDOWPOSCHANGED* = 9 (* {0, 3} *);
ABN_STATECHANGE* = 0 (* {} *);
ABN_POSCHANGED* = 1 (* {0} *);
ABN_FULLSCREENAPP* = 2 (* {1} *);
ABN_WINDOWARRANGE* = 3 (* {0, 1} *);
ABS_AUTOHIDE* = 1 (* {0} *);
ABS_ALWAYSONTOP* = 2 (* {1} *);
ABE_LEFT* = 0 (* {} *);
ABE_TOP* = 1 (* {0} *);
ABE_RIGHT* = 2 (* {1} *);
ABE_BOTTOM* = 3 (* {0, 1} *);
FO_MOVE* = 1 (* {0} *);
FO_COPY* = 2 (* {1} *);
FO_DELETE* = 3 (* {0, 1} *);
FO_RENAME* = 4 (* {2} *);
FOF_MULTIDESTFILES* = 1 (* {0} *);
FOF_CONFIRMMOUSE* = 2 (* {1} *);
FOF_SILENT* = 4 (* {2} *);
FOF_RENAMEONCOLLISION* = 8 (* {3} *);
FOF_NOCONFIRMATION* = 16 (* {4} *);
FOF_WANTMAPPINGHANDLE* = 32 (* {5} *);
FOF_ALLOWUNDO* = 64 (* {6} *);
FOF_FILESONLY* = 128 (* {7} *);
FOF_SIMPLEPROGRESS* = 256 (* {8} *);
FOF_NOCONFIRMMKDIR* = 512 (* {9} *);
PO_DELETE* = 19 (* {0, 1, 4} *);
PO_RENAME* = 20 (* {2, 4} *);
PO_PORTCHANGE* = 32 (* {5} *);
PO_REN_PORT* = 52 (* {2, 4, 5} *);
SE_ERR_FNF* = 2 (* {1} *);
SE_ERR_PNF* = 3 (* {0, 1} *);
SE_ERR_ACCESSDENIED* = 5 (* {0, 2} *);
SE_ERR_OOM* = 8 (* {3} *);
SE_ERR_DLLNOTFOUND* = 32 (* {5} *);
SE_ERR_SHARE* = 26 (* {1, 3, 4} *);
SE_ERR_ASSOCINCOMPLETE* = 27 (* {0, 1, 3, 4} *);
SE_ERR_DDETIMEOUT* = 28 (* {2..4} *);
SE_ERR_DDEFAIL* = 29 (* {0, 2..4} *);
SE_ERR_DDEBUSY* = 30 (* {1..4} *);
SE_ERR_NOASSOC* = 31 (* {0..4} *);
SEE_MASK_CLASSNAME* = {0};
SEE_MASK_CLASSKEY* = {0, 1};
SEE_MASK_IDLIST* = {2};
SEE_MASK_INVOKEIDLIST* = {2, 3};
SEE_MASK_ICON* = {4};
SEE_MASK_HOTKEY* = {5};
SEE_MASK_NOCLOSEPROCESS* = {6};
SEE_MASK_CONNECTNETDRV* = {7};
SEE_MASK_FLAG_DDEWAIT* = {8};
SEE_MASK_DOENVSUBST* = {9};
SEE_MASK_FLAG_NO_UI* = {10};
SEE_MASK_UNICODE* = {14};
SEE_MASK_NO_CONSOLE* = {15};
NIM_ADD* = 0 (* {} *);
NIM_MODIFY* = 1 (* {0} *);
NIM_DELETE* = 2 (* {1} *);
NIF_MESSAGE* = {0};
NIF_ICON* = {1};
NIF_TIP* = {2};
SHGFI_ICON* = {8};
SHGFI_DISPLAYNAME* = {9};
SHGFI_TYPENAME* = {10};
SHGFI_ATTRIBUTES* = {11};
SHGFI_ICONLOCATION* = {12};
SHGFI_EXETYPE* = {13};
SHGFI_SYSICONINDEX* = {14};
SHGFI_LINKOVERLAY* = {15};
SHGFI_SELECTED* = {16};
SHGFI_LARGEICON* = {};
SHGFI_SMALLICON* = {0};
SHGFI_OPENICON* = {1};
SHGFI_SHELLICONSIZE* = {2};
SHGFI_PIDL* = {3};
SHGFI_USEFILEATTRIBUTES* = {4};
SHGNLI_PIDL* = 1 (* {0} *);
SHGNLI_PREFIXNAME* = 2 (* {1} *);
MAXPROPPAGES* = 100 (* {2, 5, 6} *);
PSP_DEFAULT* = {};
PSP_DLGINDIRECT* = {0};
PSP_USEHICON* = {1};
PSP_USEICONID* = {2};
PSP_USETITLE* = {3};
PSP_RTLREADING* = {4};
PSP_HASHELP* = {5};
PSP_USEREFPARENT* = {6};
PSP_USECALLBACK* = {7};
PSPCB_RELEASE* = 1 (* {0} *);
PSPCB_CREATE* = 2 (* {1} *);
PSH_DEFAULT* = {};
PSH_PROPTITLE* = {0};
PSH_USEHICON* = {1};
PSH_USEICONID* = {2};
PSH_PROPSHEETPAGE* = {3};
PSH_WIZARD* = {5};
PSH_USEPSTARTPAGE* = {6};
PSH_NOAPPLYNOW* = {7};
PSH_USECALLBACK* = {8};
PSH_HASHELP* = {9};
PSH_MODELESS* = {10};
PSH_RTLREADING* = {11};
PSCB_INITIALIZED* = 1 (* {0} *);
PSCB_PRECREATE* = 2 (* {1} *);
PSN_FIRST* = -200 (* {3..5, 8..31} *);
PSN_LAST* = -299 (* {0, 2, 4, 6, 7, 9..31} *);
PSN_SETACTIVE* = -200 (* {3..5, 8..31} *);
PSN_KILLACTIVE* = -201 (* {0..2, 4, 5, 8..31} *);
PSN_APPLY* = -202 (* {1, 2, 4, 5, 8..31} *);
PSN_RESET* = -203 (* {0, 2, 4, 5, 8..31} *);
PSN_HELP* = -205 (* {0, 1, 4, 5, 8..31} *);
PSN_WIZBACK* = -206 (* {1, 4, 5, 8..31} *);
PSN_WIZNEXT* = -207 (* {0, 4, 5, 8..31} *);
PSN_WIZFINISH* = -208 (* {4, 5, 8..31} *);
PSN_QUERYCANCEL* = -209 (* {0..3, 5, 8..31} *);
PSNRET_NOERROR* = 0 (* {} *);
PSNRET_INVALID* = 1 (* {0} *);
PSNRET_INVALID_NOCHANGEPAGE* = 2 (* {1} *);
PSM_SETCURSEL* = 1125 (* {0, 2, 5, 6, 10} *);
PSM_REMOVEPAGE* = 1126 (* {1, 2, 5, 6, 10} *);
PSM_ADDPAGE* = 1127 (* {0..2, 5, 6, 10} *);
PSM_CHANGED* = 1128 (* {3, 5, 6, 10} *);
PSM_RESTARTWINDOWS* = 1129 (* {0, 3, 5, 6, 10} *);
PSM_REBOOTSYSTEM* = 1130 (* {1, 3, 5, 6, 10} *);
PSM_CANCELTOCLOSE* = 1131 (* {0, 1, 3, 5, 6, 10} *);
PSM_QUERYSIBLINGS* = 1132 (* {2, 3, 5, 6, 10} *);
PSM_UNCHANGED* = 1133 (* {0, 2, 3, 5, 6, 10} *);
PSM_APPLY* = 1134 (* {1..3, 5, 6, 10} *);
PSM_SETTITLEA* = 1135 (* {0..3, 5, 6, 10} *);
PSM_SETTITLEW* = 1144 (* {3..6, 10} *);
PSM_SETTITLE* = 1135 (* {0..3, 5, 6, 10} *);
PSM_SETWIZBUTTONS* = 1136 (* {4..6, 10} *);
PSWIZB_BACK* = {0};
PSWIZB_NEXT* = {1};
PSWIZB_FINISH* = {2};
PSWIZB_DISABLEDFINISH* = {3};
PSM_PRESSBUTTON* = 1137 (* {0, 4..6, 10} *);
PSBTN_BACK* = 0 (* {} *);
PSBTN_NEXT* = 1 (* {0} *);
PSBTN_FINISH* = 2 (* {1} *);
PSBTN_OK* = 3 (* {0, 1} *);
PSBTN_APPLYNOW* = 4 (* {2} *);
PSBTN_CANCEL* = 5 (* {0, 2} *);
PSBTN_HELP* = 6 (* {1, 2} *);
PSBTN_MAX* = 6 (* {1, 2} *);
PSM_SETCURSELID* = 1138 (* {1, 4..6, 10} *);
PSM_SETFINISHTEXTA* = 1139 (* {0, 1, 4..6, 10} *);
PSM_SETFINISHTEXTW* = 1145 (* {0, 3..6, 10} *);
PSM_SETFINISHTEXT* = 1139 (* {0, 1, 4..6, 10} *);
PSM_GETTABCONTROL* = 1140 (* {2, 4..6, 10} *);
PSM_ISDIALOGMESSAGE* = 1141 (* {0, 2, 4..6, 10} *);
PSM_GETCURRENTPAGEHWND* = 1142 (* {1, 2, 4..6, 10} *);
ID_PSRESTARTWINDOWS* = 2 (* {1} *);
ID_PSREBOOTSYSTEM* = 3 (* {0, 1} *);
WIZ_CXDLG* = 276 (* {2, 4, 8} *);
WIZ_CYDLG* = 140 (* {2, 3, 7} *);
WIZ_CXBMP* = 80 (* {4, 6} *);
WIZ_BODYX* = 92 (* {2..4, 6} *);
WIZ_BODYCX* = 184 (* {3..5, 7} *);
PROP_SM_CXDLG* = 212 (* {2, 4, 6, 7} *);
PROP_SM_CYDLG* = 188 (* {2..5, 7} *);
PROP_MED_CXDLG* = 227 (* {0, 1, 5..7} *);
PROP_MED_CYDLG* = 215 (* {0..2, 4, 6, 7} *);
PROP_LG_CXDLG* = 252 (* {2..7} *);
PROP_LG_CYDLG* = 218 (* {1, 3, 4, 6, 7} *);
PRINTER_CONTROL_PAUSE* = 1 (* {0} *);
PRINTER_CONTROL_RESUME* = 2 (* {1} *);
PRINTER_CONTROL_PURGE* = 3 (* {0, 1} *);
PRINTER_CONTROL_SET_STATUS* = 4 (* {2} *);
PRINTER_STATUS_PAUSED* = {0};
PRINTER_STATUS_ERROR* = {1};
PRINTER_STATUS_PENDING_DELETION* = {2};
PRINTER_STATUS_PAPER_JAM* = {3};
PRINTER_STATUS_PAPER_OUT* = {4};
PRINTER_STATUS_MANUAL_FEED* = {5};
PRINTER_STATUS_PAPER_PROBLEM* = {6};
PRINTER_STATUS_OFFLINE* = {7};
PRINTER_STATUS_IO_ACTIVE* = {8};
PRINTER_STATUS_BUSY* = {9};
PRINTER_STATUS_PRINTING* = {10};
PRINTER_STATUS_OUTPUT_BIN_FULL* = {11};
PRINTER_STATUS_NOT_AVAILABLE* = {12};
PRINTER_STATUS_WAITING* = {13};
PRINTER_STATUS_PROCESSING* = {14};
PRINTER_STATUS_INITIALIZING* = {15};
PRINTER_STATUS_WARMING_UP* = {16};
PRINTER_STATUS_TONER_LOW* = {17};
PRINTER_STATUS_NO_TONER* = {18};
PRINTER_STATUS_PAGE_PUNT* = {19};
PRINTER_STATUS_USER_INTERVENTION* = {20};
PRINTER_STATUS_OUT_OF_MEMORY* = {21};
PRINTER_STATUS_DOOR_OPEN* = {22};
PRINTER_STATUS_SERVER_UNKNOWN* = {23};
PRINTER_STATUS_POWER_SAVE* = {24};
PRINTER_ATTRIBUTE_QUEUED* = {0};
PRINTER_ATTRIBUTE_DIRECT* = {1};
PRINTER_ATTRIBUTE_DEFAULT* = {2};
PRINTER_ATTRIBUTE_SHARED* = {3};
PRINTER_ATTRIBUTE_NETWORK* = {4};
PRINTER_ATTRIBUTE_HIDDEN* = {5};
PRINTER_ATTRIBUTE_LOCAL* = {6};
PRINTER_ATTRIBUTE_ENABLE_DEVQ* = {7};
PRINTER_ATTRIBUTE_KEEPPRINTEDJOBS* = {8};
PRINTER_ATTRIBUTE_DO_COMPLETE_FIRST* = {9};
PRINTER_ATTRIBUTE_WORK_OFFLINE* = {10};
PRINTER_ATTRIBUTE_ENABLE_BIDI* = {11};
NO_PRIORITY* = 0 (* {} *);
MAX_PRIORITY* = 99 (* {0, 1, 5, 6} *);
MIN_PRIORITY* = 1 (* {0} *);
DEF_PRIORITY* = 1 (* {0} *);
JOB_CONTROL_PAUSE* = 1 (* {0} *);
JOB_CONTROL_RESUME* = 2 (* {1} *);
JOB_CONTROL_CANCEL* = 3 (* {0, 1} *);
JOB_CONTROL_RESTART* = 4 (* {2} *);
JOB_CONTROL_DELETE* = 5 (* {0, 2} *);
JOB_STATUS_PAUSED* = {0};
JOB_STATUS_ERROR* = {1};
JOB_STATUS_DELETING* = {2};
JOB_STATUS_SPOOLING* = {3};
JOB_STATUS_PRINTING* = {4};
JOB_STATUS_OFFLINE* = {5};
JOB_STATUS_PAPEROUT* = {6};
JOB_STATUS_PRINTED* = {7};
JOB_STATUS_DELETED* = {8};
JOB_STATUS_BLOCKED_DEVQ* = {9};
JOB_STATUS_USER_INTERVENTION* = {10};
JOB_POSITION_UNSPECIFIED* = 0 (* {} *);
DI_CHANNEL* = 1 (* {0} *);
DI_READ_SPOOL_JOB* = 3 (* {0, 1} *);
FORM_BUILTIN* = 1 (* {0} *);
PORT_TYPE_WRITE* = 1 (* {0} *);
PORT_TYPE_READ* = 2 (* {1} *);
PORT_TYPE_REDIRECTED* = 4 (* {2} *);
PORT_TYPE_NET_ATTACHED* = 8 (* {3} *);
PRINTER_ENUM_DEFAULT* = {0};
PRINTER_ENUM_LOCAL* = {1};
PRINTER_ENUM_CONNECTIONS* = {2};
PRINTER_ENUM_FAVORITE* = {2};
PRINTER_ENUM_NAME* = {3};
PRINTER_ENUM_REMOTE* = {4};
PRINTER_ENUM_SHARED* = {5};
PRINTER_ENUM_NETWORK* = {6};
PRINTER_ENUM_EXPAND* = {14};
PRINTER_ENUM_CONTAINER* = {15};
PRINTER_ENUM_ICONMASK* = {16..23};
PRINTER_ENUM_ICON1* = {16};
PRINTER_ENUM_ICON2* = {17};
PRINTER_ENUM_ICON3* = {18};
PRINTER_ENUM_ICON4* = {19};
PRINTER_ENUM_ICON5* = {20};
PRINTER_ENUM_ICON6* = {21};
PRINTER_ENUM_ICON7* = {22};
PRINTER_ENUM_ICON8* = {23};
PRINTER_NOTIFY_TYPE* = 0 (* {} *);
JOB_NOTIFY_TYPE* = 1 (* {0} *);
PRINTER_NOTIFY_FIELD_SERVER_NAME* = 0 (* {} *);
PRINTER_NOTIFY_FIELD_PRINTER_NAME* = 1 (* {0} *);
PRINTER_NOTIFY_FIELD_SHARE_NAME* = 2 (* {1} *);
PRINTER_NOTIFY_FIELD_PORT_NAME* = 3 (* {0, 1} *);
PRINTER_NOTIFY_FIELD_DRIVER_NAME* = 4 (* {2} *);
PRINTER_NOTIFY_FIELD_COMMENT* = 5 (* {0, 2} *);
PRINTER_NOTIFY_FIELD_LOCATION* = 6 (* {1, 2} *);
PRINTER_NOTIFY_FIELD_DEVMODE* = 7 (* {0..2} *);
PRINTER_NOTIFY_FIELD_SEPFILE* = 8 (* {3} *);
PRINTER_NOTIFY_FIELD_PRINT_PROCESSOR* = 9 (* {0, 3} *);
PRINTER_NOTIFY_FIELD_PARAMETERS* = 10 (* {1, 3} *);
PRINTER_NOTIFY_FIELD_DATATYPE* = 11 (* {0, 1, 3} *);
PRINTER_NOTIFY_FIELD_SECURITY_DESCRIPTO (*...*)* = 12 (* {2, 3} *);
PRINTER_NOTIFY_FIELD_ATTRIBUTES* = 13 (* {0, 2, 3} *);
PRINTER_NOTIFY_FIELD_PRIORITY* = 14 (* {1..3} *);
PRINTER_NOTIFY_FIELD_DEFAULT_PRIORITY* = 15 (* {0..3} *);
PRINTER_NOTIFY_FIELD_START_TIME* = 16 (* {4} *);
PRINTER_NOTIFY_FIELD_UNTIL_TIME* = 17 (* {0, 4} *);
PRINTER_NOTIFY_FIELD_STATUS* = 18 (* {1, 4} *);
PRINTER_NOTIFY_FIELD_STATUS_STRING* = 19 (* {0, 1, 4} *);
PRINTER_NOTIFY_FIELD_CJOBS* = 20 (* {2, 4} *);
PRINTER_NOTIFY_FIELD_AVERAGE_PPM* = 21 (* {0, 2, 4} *);
PRINTER_NOTIFY_FIELD_TOTAL_PAGES* = 22 (* {1, 2, 4} *);
PRINTER_NOTIFY_FIELD_PAGES_PRINTED* = 23 (* {0..2, 4} *);
PRINTER_NOTIFY_FIELD_TOTAL_BYTES* = 24 (* {3, 4} *);
PRINTER_NOTIFY_FIELD_BYTES_PRINTED* = 25 (* {0, 3, 4} *);
JOB_NOTIFY_FIELD_PRINTER_NAME* = 0 (* {} *);
JOB_NOTIFY_FIELD_MACHINE_NAME* = 1 (* {0} *);
JOB_NOTIFY_FIELD_PORT_NAME* = 2 (* {1} *);
JOB_NOTIFY_FIELD_USER_NAME* = 3 (* {0, 1} *);
JOB_NOTIFY_FIELD_NOTIFY_NAME* = 4 (* {2} *);
JOB_NOTIFY_FIELD_DATATYPE* = 5 (* {0, 2} *);
JOB_NOTIFY_FIELD_PRINT_PROCESSOR* = 6 (* {1, 2} *);
JOB_NOTIFY_FIELD_PARAMETERS* = 7 (* {0..2} *);
JOB_NOTIFY_FIELD_DRIVER_NAME* = 8 (* {3} *);
JOB_NOTIFY_FIELD_DEVMODE* = 9 (* {0, 3} *);
JOB_NOTIFY_FIELD_STATUS* = 10 (* {1, 3} *);
JOB_NOTIFY_FIELD_STATUS_STRING* = 11 (* {0, 1, 3} *);
JOB_NOTIFY_FIELD_SECURITY_DESCRIPTOR* = 12 (* {2, 3} *);
JOB_NOTIFY_FIELD_DOCUMENT* = 13 (* {0, 2, 3} *);
JOB_NOTIFY_FIELD_PRIORITY* = 14 (* {1..3} *);
JOB_NOTIFY_FIELD_POSITION* = 15 (* {0..3} *);
JOB_NOTIFY_FIELD_SUBMITTED* = 16 (* {4} *);
JOB_NOTIFY_FIELD_START_TIME* = 17 (* {0, 4} *);
JOB_NOTIFY_FIELD_UNTIL_TIME* = 18 (* {1, 4} *);
JOB_NOTIFY_FIELD_TIME* = 19 (* {0, 1, 4} *);
JOB_NOTIFY_FIELD_TOTAL_PAGES* = 20 (* {2, 4} *);
JOB_NOTIFY_FIELD_PAGES_PRINTED* = 21 (* {0, 2, 4} *);
JOB_NOTIFY_FIELD_TOTAL_BYTES* = 22 (* {1, 2, 4} *);
JOB_NOTIFY_FIELD_BYTES_PRINTED* = 23 (* {0..2, 4} *);
PRINTER_NOTIFY_OPTIONS_REFRESH* = 1 (* {0} *);
PRINTER_NOTIFY_INFO_DISCARDED* = 1 (* {0} *);
PRINTER_CHANGE_ADD_PRINTER* = {0};
PRINTER_CHANGE_SET_PRINTER* = {1};
PRINTER_CHANGE_DELETE_PRINTER* = {2};
PRINTER_CHANGE_FAILED_CONNECTION_PRINTE (*...*)* = {3};
PRINTER_CHANGE_PRINTER* = {0..7};
PRINTER_CHANGE_ADD_JOB* = {8};
PRINTER_CHANGE_SET_JOB* = {9};
PRINTER_CHANGE_DELETE_JOB* = {10};
PRINTER_CHANGE_WRITE_JOB* = {11};
PRINTER_CHANGE_JOB* = {8..15};
PRINTER_CHANGE_ADD_FORM* = {16};
PRINTER_CHANGE_SET_FORM* = {17};
PRINTER_CHANGE_DELETE_FORM* = {18};
PRINTER_CHANGE_FORM* = {16..18};
PRINTER_CHANGE_ADD_PORT* = {20};
PRINTER_CHANGE_CONFIGURE_PORT* = {21};
PRINTER_CHANGE_DELETE_PORT* = {22};
PRINTER_CHANGE_PORT* = {20..22};
PRINTER_CHANGE_ADD_PRINT_PROCESSOR* = {24};
PRINTER_CHANGE_DELETE_PRINT_PROCESSOR* = {26};
PRINTER_CHANGE_PRINT_PROCESSOR* = {24..26};
PRINTER_CHANGE_ADD_PRINTER_DRIVER* = {28};
PRINTER_CHANGE_SET_PRINTER_DRIVER* = {29};
PRINTER_CHANGE_DELETE_PRINTER_DRIVER* = {30};
PRINTER_CHANGE_PRINTER_DRIVER* = {28..30};
PRINTER_CHANGE_TIMEOUT* = {31};
PRINTER_CHANGE_ALL* = {0..18, 20..22, 24..26, 28..30};
PRINTER_ERROR_INFORMATION* = 80000000H;
PRINTER_ERROR_WARNING* = 1073741824 (* {30} *);
PRINTER_ERROR_SEVERE* = 536870912 (* {29} *);
PRINTER_ERROR_OUTOFPAPER* = 1 (* {0} *);
PRINTER_ERROR_JAM* = 2 (* {1} *);
PRINTER_ERROR_OUTOFTONER* = 4 (* {2} *);
SERVER_ACCESS_ADMINISTER* = 1 (* {0} *);
SERVER_ACCESS_ENUMERATE* = 2 (* {1} *);
PRINTER_ACCESS_ADMINISTER* = 4 (* {2} *);
PRINTER_ACCESS_USE* = 8 (* {3} *);
JOB_ACCESS_ADMINISTER* = 16 (* {4} *);
SERVER_ALL_ACCESS* = 983043 (* {0, 1, 16..19} *);
SERVER_READ* = 131074 (* {1, 17} *);
SERVER_WRITE* = 131075 (* {0, 1, 17} *);
SERVER_EXECUTE* = 131074 (* {1, 17} *);
PRINTER_ALL_ACCESS* = 983052 (* {2, 3, 16..19} *);
PRINTER_READ* = 131080 (* {3, 17} *);
PRINTER_WRITE* = 131080 (* {3, 17} *);
PRINTER_EXECUTE* = 131080 (* {3, 17} *);
JOB_ALL_ACCESS* = 983056 (* {4, 16..19} *);
JOB_READ* = 131088 (* {4, 17} *);
JOB_WRITE* = 131088 (* {4, 17} *);
JOB_EXECUTE* = 131088 (* {4, 17} *);
SERVICES_ACTIVE_DATABASEW* = "ServicesActive";
SERVICES_FAILED_DATABASEW* = "ServicesFailed";
SERVICES_ACTIVE_DATABASEA* = "ServicesActive";
SERVICES_FAILED_DATABASEA* = "ServicesFailed";
SC_GROUP_IDENTIFIERW* = 43 (* {0, 1, 3, 5} *);
SC_GROUP_IDENTIFIERA* = 43 (* {0, 1, 3, 5} *);
SERVICES_ACTIVE_DATABASE* = "ServicesActive";
SERVICES_FAILED_DATABASE* = "ServicesFailed";
SC_GROUP_IDENTIFIER* = 43 (* {0, 1, 3, 5} *);
SERVICE_NO_CHANGE* = -1 (* {0..31} *);
SERVICE_ACTIVE* = 1 (* {0} *);
SERVICE_INACTIVE* = 2 (* {1} *);
SERVICE_STATE_ALL* = 3 (* {0, 1} *);
SERVICE_CONTROL_STOP* = 1 (* {0} *);
SERVICE_CONTROL_PAUSE* = 2 (* {1} *);
SERVICE_CONTROL_CONTINUE* = 3 (* {0, 1} *);
SERVICE_CONTROL_INTERROGATE* = 4 (* {2} *);
SERVICE_CONTROL_SHUTDOWN* = 5 (* {0, 2} *);
SERVICE_STOPPED* = 1 (* {0} *);
SERVICE_START_PENDING* = 2 (* {1} *);
SERVICE_STOP_PENDING* = 3 (* {0, 1} *);
SERVICE_RUNNING* = 4 (* {2} *);
SERVICE_CONTINUE_PENDING* = 5 (* {0, 2} *);
SERVICE_PAUSE_PENDING* = 6 (* {1, 2} *);
SERVICE_PAUSED* = 7 (* {0..2} *);
SERVICE_ACCEPT_STOP* = 1 (* {0} *);
SERVICE_ACCEPT_PAUSE_CONTINUE* = 2 (* {1} *);
SERVICE_ACCEPT_SHUTDOWN* = 4 (* {2} *);
SC_MANAGER_CONNECT* = {0};
SC_MANAGER_CREATE_SERVICE* = {1};
SC_MANAGER_ENUMERATE_SERVICE* = {2};
SC_MANAGER_LOCK* = {3};
SC_MANAGER_QUERY_LOCK_STATUS* = {4};
SC_MANAGER_MODIFY_BOOT_CONFIG* = {5};
SC_MANAGER_ALL_ACCESS* = {0..5, 16..19};
SERVICE_QUERY_CONFIG* = {0};
SERVICE_CHANGE_CONFIG* = {1};
SERVICE_QUERY_STATUS* = {2};
SERVICE_ENUMERATE_DEPENDENTS* = {3};
SERVICE_START* = {4};
SERVICE_STOP* = 32 (* {5} *);
SERVICE_PAUSE_CONTINUE* = {6};
SERVICE_INTERROGATE* = {7};
SERVICE_USER_DEFINED_CONTROL* = {8};
SERVICE_ALL_ACCESS* = {0..8, 16..19};
DIALOPTION_BILLING* = {6};
DIALOPTION_QUIET* = {7};
DIALOPTION_DIALTONE* = {8};
MDMVOLFLAG_LOW* = {0};
MDMVOLFLAG_MEDIUM* = {1};
MDMVOLFLAG_HIGH* = {2};
MDMVOL_LOW* = {};
MDMVOL_MEDIUM* = {0};
MDMVOL_HIGH* = {1};
MDMSPKRFLAG_OFF* = {0};
MDMSPKRFLAG_DIAL* = {1};
MDMSPKRFLAG_ON* = {2};
MDMSPKRFLAG_CALLSETUP* = {3};
MDMSPKR_OFF* = {};
MDMSPKR_DIAL* = {0};
MDMSPKR_ON* = {1};
MDMSPKR_CALLSETUP* = {0, 1};
MDM_COMPRESSION* = {0};
MDM_ERROR_CONTROL* = {1};
MDM_FORCED_EC* = {2};
MDM_CELLULAR* = {3};
MDM_FLOWCONTROL_HARD* = {4};
MDM_FLOWCONTROL_SOFT* = {5};
MDM_CCITT_OVERRIDE* = {6};
MDM_SPEED_ADJUST* = {7};
MDM_TONE_DIAL* = {8};
MDM_BLIND_DIAL* = {9};
MDM_V23_OVERRIDE* = {10};
CONST (* enumerations *)
SidTypeUser* = 1;
SidTypeGroup* = 2;
SidTypeDomain* = 3;
SidTypeAlias* = 4;
SidTypeWellKnownGroup* = 5;
SidTypeDeletedAccount* = 6;
SidTypeInvalid* = 7;
SidTypeUnknown* = 8;
AclRevisionInformation* = 1;
AclSizeInformation* = 2;
SecurityAnonymous* = 0;
SecurityIdentification* = 1;
SecurityImpersonation* = 2;
SecurityDelegation* = 3;
TokenPrimary* = 1;
TokenImpersonation* = 2;
TokenUser* = 1;
TokenGroups* = 2;
TokenPrivileges* = 3;
TokenOwner* = 4;
TokenPrimaryGroup* = 5;
TokenDefaultDacl* = 6;
TokenSource* = 7;
TokenType* = 8;
TokenImpersonationLevel* = 9;
TokenStatistics* = 10;
DriverType* = 1;
FileSystemType* = 2;
Win32ServiceOwnProcess* = 16;
Win32ServiceShareProcess* = 32;
AdapterType* = 4;
RecognizerType* = 8;
BootLoad* = 0;
SystemLoad* = 1;
AutoLoad* = 2;
DemandLoad* = 3;
DisableLoad* = 4;
IgnoreError* = 0;
NormalError* = 1;
SevereError* = 2;
CriticalError* = 3;
GetFileExInfoStandard* = 0;
GetFileExMaxInfoLevel* = 1;
FindExInfoStandard* = 0;
FindExInfoMaxInfoLevel* = 1;
FindExSearchNameMatch* = 0;
FindExSearchLimitToDirectories* = 1;
FindExSearchLimitToDevices* = 2;
FindExSearchMaxSearchOp* = 3;
TYPE
BOOL* = INTEGER;
HANDLE* = PtrVoid;
LCID* = INTEGER;
LANGID* = SHORTINT;
USN* = LONGINT;
LUID* = LONGINT;
PtrLIST_ENTRY* = POINTER TO LIST_ENTRY;
LIST_ENTRY* = RECORD [untagged]
Flink*: PtrLIST_ENTRY;
Blink*: PtrLIST_ENTRY;
END;
PtrSINGLE_LIST_ENTRY* = POINTER TO SINGLE_LIST_ENTRY;
SINGLE_LIST_ENTRY* = RECORD [untagged]
Next*: PtrSINGLE_LIST_ENTRY;
END;
OBJECTID* = RECORD [untagged]
Lineage*: COM.GUID;
Uniquifier*: INTEGER;
END;
KSPIN_LOCK* = INTEGER;
FLOATING_SAVE_AREA* = RECORD [untagged]
ControlWord*: INTEGER;
StatusWord*: INTEGER;
TagWord*: INTEGER;
ErrorOffset*: INTEGER;
ErrorSelector*: INTEGER;
DataOffset*: INTEGER;
DataSelector*: INTEGER;
RegisterArea*: ARRAY [untagged] 80 OF SHORTCHAR;
Cr0NpxState*: INTEGER;
END;
PtrFLOATING_SAVE_AREA* = POINTER TO FLOATING_SAVE_AREA;
CONTEXT* = RECORD [untagged]
ContextFlags*: SET;
Dr0*: INTEGER;
Dr1*: INTEGER;
Dr2*: INTEGER;
Dr3*: INTEGER;
Dr6*: INTEGER;
Dr7*: INTEGER;
FloatSave*: FLOATING_SAVE_AREA;
SegGs*: INTEGER;
SegFs*: INTEGER;
SegEs*: INTEGER;
SegDs*: INTEGER;
Edi*: INTEGER;
Esi*: INTEGER;
Ebx*: INTEGER;
Edx*: INTEGER;
Ecx*: INTEGER;
Eax*: INTEGER;
Ebp*: INTEGER;
Eip*: INTEGER;
SegCs*: INTEGER;
EFlags*: INTEGER;
Esp*: INTEGER;
SegSs*: INTEGER;
END;
PtrCONTEXT* = POINTER TO CONTEXT;
LDT_ENTRY* = RECORD [untagged]
LimitLow*: SHORTINT;
BaseLow*: SHORTINT;
HighWord*: RECORD [union]
Bytes*: RECORD [untagged]
BaseMid*: SHORTCHAR;
Flags1*: SHORTCHAR;
Flags2*: SHORTCHAR;
BaseHi*: SHORTCHAR;
END;
Bits*: RECORD [untagged]
fBits0*: SET;
(* BaseMid*: LONGINT; (8 bits) *)
(* Type*: LONGINT; (5 bits) *)
(* Dpl*: LONGINT; (2 bits) *)
(* Pres*: LONGINT; (1 bits) *)
(* LimitHi*: LONGINT; (4 bits) *)
(* Sys*: LONGINT; (1 bits) *)
(* Reserved_0*: LONGINT; (1 bits) *)
(* Default_Big*: LONGINT; (1 bits) *)
(* Granularity*: LONGINT; (1 bits) *)
(* BaseHi*: LONGINT; (8 bits) *)
END;
END;
END;
PtrLDT_ENTRY* = POINTER TO LDT_ENTRY;
PtrEXCEPTION_RECORD* = POINTER TO EXCEPTION_RECORD;
EXCEPTION_RECORD* = RECORD [untagged]
ExceptionCode*: INTEGER;
ExceptionFlags*: SET;
ExceptionRecord*: PtrEXCEPTION_RECORD;
ExceptionAddress*: PtrVoid;
NumberParameters*: INTEGER;
ExceptionInformation*: ARRAY [untagged] 15 OF INTEGER;
END;
EXCEPTION_POINTERS* = RECORD [untagged]
ExceptionRecord*: PtrEXCEPTION_RECORD;
ContextRecord*: PtrCONTEXT;
END;
PtrEXCEPTION_POINTERS* = POINTER TO EXCEPTION_POINTERS;
_EXCEPTION_REGISTRATION_RECORD* = RECORD [untagged] (*i*) END;
Ptr_EXCEPTION_REGISTRATION_RECORD* = POINTER TO _EXCEPTION_REGISTRATION_RECORD;
PtrNT_TIB* = POINTER TO NT_TIB;
NT_TIB* = RECORD [untagged]
ExceptionList*: Ptr_EXCEPTION_REGISTRATION_RECORD;
StackBase*: PtrVoid;
StackLimit*: PtrVoid;
SubSystemTib*: PtrVoid;
u*: RECORD [union]
FiberData*: PtrVoid;
Version*: INTEGER;
END;
ArbitraryUserPointer*: PtrVoid;
Self*: PtrNT_TIB;
END;
QUOTA_LIMITS* = RECORD [align8]
PagedPoolLimit*: INTEGER;
NonPagedPoolLimit*: INTEGER;
MinimumWorkingSetSize*: INTEGER;
MaximumWorkingSetSize*: INTEGER;
PagefileLimit*: INTEGER;
TimeLimit*: LONGINT;
END;
PtrQUOTA_LIMITS* = POINTER TO QUOTA_LIMITS;
MEMORY_BASIC_INFORMATION* = RECORD [untagged]
BaseAddress*: PtrVoid;
AllocationBase*: PtrVoid;
AllocationProtect*: INTEGER;
RegionSize*: INTEGER;
State*: INTEGER;
Protect*: INTEGER;
Type*: INTEGER;
END;
PtrMEMORY_BASIC_INFORMATION* = POINTER TO MEMORY_BASIC_INFORMATION;
FILE_NOTIFY_INFORMATION* = RECORD [untagged]
NextEntryOffset*: INTEGER;
Action*: INTEGER;
FileNameLength*: INTEGER;
FileName*: ARRAY [untagged] 1 OF CHAR;
END;
PtrFILE_NOTIFY_INFORMATION* = POINTER TO FILE_NOTIFY_INFORMATION;
PACCESS_TOKEN* = PtrVoid;
PSECURITY_DESCRIPTOR* = PtrVoid;
PSID* = PtrVoid;
GENERIC_MAPPING* = RECORD [untagged]
GenericRead*: ACCESS_MASK;
GenericWrite*: ACCESS_MASK;
GenericExecute*: ACCESS_MASK;
GenericAll*: ACCESS_MASK;
END;
PtrGENERIC_MAPPING* = POINTER TO GENERIC_MAPPING;
LUID_AND_ATTRIBUTES* = RECORD [untagged]
Luid*: LUID;
Attributes*: SET;
END;
PtrLUID_AND_ATTRIBUTES* = POINTER TO LUID_AND_ATTRIBUTES;
LUID_AND_ATTRIBUTES_ARRAY* = ARRAY [untagged] 1 OF LUID_AND_ATTRIBUTES;
PtrLUID_AND_ATTRIBUTES_ARRAY* = POINTER TO LUID_AND_ATTRIBUTES_ARRAY;
SID_IDENTIFIER_AUTHORITY* = RECORD [untagged]
Value*: ARRAY [untagged] 6 OF SHORTCHAR;
END;
PtrSID_IDENTIFIER_AUTHORITY* = POINTER TO SID_IDENTIFIER_AUTHORITY;
SID* = RECORD [untagged]
Revision*: SHORTCHAR;
SubAuthorityCount*: SHORTCHAR;
IdentifierAuthority*: SID_IDENTIFIER_AUTHORITY;
SubAuthority*: ARRAY [untagged] 1 OF INTEGER;
END;
PtrSID* = POINTER TO SID;
SID_NAME_USE* = INTEGER;
SID_AND_ATTRIBUTES* = RECORD [untagged]
Sid*: PSID;
Attributes*: SET;
END;
PtrSID_AND_ATTRIBUTES* = POINTER TO SID_AND_ATTRIBUTES;
SID_AND_ATTRIBUTES_ARRAY* = ARRAY [untagged] 1 OF SID_AND_ATTRIBUTES;
PtrSID_AND_ATTRIBUTES_ARRAY* = POINTER TO SID_AND_ATTRIBUTES_ARRAY;
ACL* = RECORD [untagged]
AclRevision*: SHORTCHAR;
Sbz1*: SHORTCHAR;
AclSize*: SHORTINT;
AceCount*: SHORTINT;
Sbz2*: SHORTINT;
END;
PtrACL* = POINTER TO ACL;
ACE_HEADER* = RECORD [untagged]
AceType*: SHORTCHAR;
AceFlags*: SHORTCHAR;
AceSize*: SHORTINT;
END;
PtrACE_HEADER* = POINTER TO ACE_HEADER;
ACCESS_ALLOWED_ACE* = RECORD [untagged]
Header*: ACE_HEADER;
Mask*: ACCESS_MASK;
SidStart*: INTEGER;
END;
PtrACCESS_ALLOWED_ACE* = POINTER TO ACCESS_ALLOWED_ACE;
ACCESS_DENIED_ACE* = RECORD [untagged]
Header*: ACE_HEADER;
Mask*: ACCESS_MASK;
SidStart*: INTEGER;
END;
PtrACCESS_DENIED_ACE* = POINTER TO ACCESS_DENIED_ACE;
SYSTEM_AUDIT_ACE* = RECORD [untagged]
Header*: ACE_HEADER;
Mask*: ACCESS_MASK;
SidStart*: INTEGER;
END;
PtrSYSTEM_AUDIT_ACE* = POINTER TO SYSTEM_AUDIT_ACE;
SYSTEM_ALARM_ACE* = RECORD [untagged]
Header*: ACE_HEADER;
Mask*: ACCESS_MASK;
SidStart*: INTEGER;
END;
PtrSYSTEM_ALARM_ACE* = POINTER TO SYSTEM_ALARM_ACE;
COMPOUND_ACCESS_ALLOWED_ACE* = RECORD [untagged]
Header*: ACE_HEADER;
Mask*: ACCESS_MASK;
CompoundAceType*: SHORTINT;
Reserved*: SHORTINT;
SidStart*: INTEGER;
END;
PtrCOMPOUND_ACCESS_ALLOWED_ACE* = POINTER TO COMPOUND_ACCESS_ALLOWED_ACE;
ACL_INFORMATION_CLASS* = INTEGER;
ACL_REVISION_INFORMATION* = RECORD [untagged]
AclRevision*: INTEGER;
END;
PtrACL_REVISION_INFORMATION* = POINTER TO ACL_REVISION_INFORMATION;
ACL_SIZE_INFORMATION* = RECORD [untagged]
AceCount*: INTEGER;
AclBytesInUse*: INTEGER;
AclBytesFree*: INTEGER;
END;
PtrACL_SIZE_INFORMATION* = POINTER TO ACL_SIZE_INFORMATION;
SECURITY_DESCRIPTOR_CONTROL* = SHORTINT;
SECURITY_DESCRIPTOR* = RECORD [untagged]
Revision*: SHORTCHAR;
Sbz1*: SHORTCHAR;
Control*: SECURITY_DESCRIPTOR_CONTROL;
Owner*: PSID;
Group*: PSID;
Sacl*: PtrACL;
Dacl*: PtrACL;
END;
PtrSECURITY_DESCRIPTOR* = POINTER TO SECURITY_DESCRIPTOR;
PRIVILEGE_SET* = RECORD [untagged]
PrivilegeCount*: INTEGER;
Control*: INTEGER;
Privilege*: ARRAY [untagged] 1 OF LUID_AND_ATTRIBUTES;
END;
PtrPRIVILEGE_SET* = POINTER TO PRIVILEGE_SET;
SECURITY_IMPERSONATION_LEVEL* = INTEGER;
TOKEN_TYPE* = INTEGER;
TOKEN_INFORMATION_CLASS* = INTEGER;
TOKEN_USER* = RECORD [untagged]
User*: SID_AND_ATTRIBUTES;
END;
PtrTOKEN_USER* = POINTER TO TOKEN_USER;
TOKEN_GROUPS* = RECORD [untagged]
GroupCount*: INTEGER;
Groups*: ARRAY [untagged] 1 OF SID_AND_ATTRIBUTES;
END;
PtrTOKEN_GROUPS* = POINTER TO TOKEN_GROUPS;
TOKEN_PRIVILEGES* = RECORD [untagged]
PrivilegeCount*: INTEGER;
Privileges*: ARRAY [untagged] 1 OF LUID_AND_ATTRIBUTES;
END;
PtrTOKEN_PRIVILEGES* = POINTER TO TOKEN_PRIVILEGES;
TOKEN_OWNER* = RECORD [untagged]
Owner*: PSID;
END;
PtrTOKEN_OWNER* = POINTER TO TOKEN_OWNER;
TOKEN_PRIMARY_GROUP* = RECORD [untagged]
PrimaryGroup*: PSID;
END;
PtrTOKEN_PRIMARY_GROUP* = POINTER TO TOKEN_PRIMARY_GROUP;
TOKEN_DEFAULT_DACL* = RECORD [untagged]
DefaultDacl*: PtrACL;
END;
PtrTOKEN_DEFAULT_DACL* = POINTER TO TOKEN_DEFAULT_DACL;
TOKEN_SOURCE* = RECORD [align8]
SourceName*: ARRAY [untagged] 8 OF SHORTCHAR;
SourceIdentifier*: LUID;
END;
PtrTOKEN_SOURCE* = POINTER TO TOKEN_SOURCE;
TOKEN_STATISTICS* = RECORD [align8]
TokenId*: LUID;
AuthenticationId*: LUID;
ExpirationTime*: LONGINT;
TokenType*: TOKEN_TYPE;
ImpersonationLevel*: SECURITY_IMPERSONATION_LEVEL;
DynamicCharged*: INTEGER;
DynamicAvailable*: INTEGER;
GroupCount*: INTEGER;
PrivilegeCount*: INTEGER;
ModifiedId*: LUID;
END;
PtrTOKEN_STATISTICS* = POINTER TO TOKEN_STATISTICS;
TOKEN_CONTROL* = RECORD [align8]
TokenId*: LUID;
AuthenticationId*: LUID;
ModifiedId*: LUID;
TokenSource*: TOKEN_SOURCE;
END;
PtrTOKEN_CONTROL* = POINTER TO TOKEN_CONTROL;
SECURITY_CONTEXT_TRACKING_MODE* = BOOLEAN;
SECURITY_QUALITY_OF_SERVICE* = RECORD [untagged]
Length*: INTEGER;
ImpersonationLevel*: SECURITY_IMPERSONATION_LEVEL;
ContextTrackingMode*: SECURITY_CONTEXT_TRACKING_MODE;
EffectiveOnly*: BOOLEAN;
END;
PtrSECURITY_QUALITY_OF_SERVICE* = POINTER TO SECURITY_QUALITY_OF_SERVICE;
SE_IMPERSONATION_STATE* = RECORD [untagged]
Token*: PACCESS_TOKEN;
CopyOnOpen*: BOOLEAN;
EffectiveOnly*: BOOLEAN;
Level*: SECURITY_IMPERSONATION_LEVEL;
END;
PtrSE_IMPERSONATION_STATE* = POINTER TO SE_IMPERSONATION_STATE;
IMAGE_DOS_HEADER* = RECORD [noalign]
e_magic*: SHORTINT;
e_cblp*: SHORTINT;
e_cp*: SHORTINT;
e_crlc*: SHORTINT;
e_cparhdr*: SHORTINT;
e_minalloc*: SHORTINT;
e_maxalloc*: SHORTINT;
e_ss*: SHORTINT;
e_sp*: SHORTINT;
e_csum*: SHORTINT;
e_ip*: SHORTINT;
e_cs*: SHORTINT;
e_lfarlc*: SHORTINT;
e_ovno*: SHORTINT;
e_res*: ARRAY [untagged] 4 OF SHORTINT;
e_oemid*: SHORTINT;
e_oeminfo*: SHORTINT;
e_res2*: ARRAY [untagged] 10 OF SHORTINT;
e_lfanew*: INTEGER;
END;
PtrIMAGE_DOS_HEADER* = POINTER TO IMAGE_DOS_HEADER;
IMAGE_OS2_HEADER* = RECORD [noalign]
ne_magic*: SHORTINT;
ne_ver*: SHORTCHAR;
ne_rev*: SHORTCHAR;
ne_enttab*: SHORTINT;
ne_cbenttab*: SHORTINT;
ne_crc*: INTEGER;
ne_flags*: SHORTINT;
ne_autodata*: SHORTINT;
ne_heap*: SHORTINT;
ne_stack*: SHORTINT;
ne_csip*: INTEGER;
ne_sssp*: INTEGER;
ne_cseg*: SHORTINT;
ne_cmod*: SHORTINT;
ne_cbnrestab*: SHORTINT;
ne_segtab*: SHORTINT;
ne_rsrctab*: SHORTINT;
ne_restab*: SHORTINT;
ne_modtab*: SHORTINT;
ne_imptab*: SHORTINT;
ne_nrestab*: INTEGER;
ne_cmovent*: SHORTINT;
ne_align*: SHORTINT;
ne_cres*: SHORTINT;
ne_exetyp*: SHORTCHAR;
ne_flagsothers*: SHORTCHAR;
ne_pretthunks*: SHORTINT;
ne_psegrefbytes*: SHORTINT;
ne_swaparea*: SHORTINT;
ne_expver*: SHORTINT;
END;
PtrIMAGE_OS2_HEADER* = POINTER TO IMAGE_OS2_HEADER;
IMAGE_VXD_HEADER* = RECORD [noalign]
e32_magic*: SHORTINT;
e32_border*: SHORTCHAR;
e32_worder*: SHORTCHAR;
e32_level*: INTEGER;
e32_cpu*: SHORTINT;
e32_os*: SHORTINT;
e32_ver*: INTEGER;
e32_mflags*: INTEGER;
e32_mpages*: INTEGER;
e32_startobj*: INTEGER;
e32_eip*: INTEGER;
e32_stackobj*: INTEGER;
e32_esp*: INTEGER;
e32_pagesize*: INTEGER;
e32_lastpagesize*: INTEGER;
e32_fixupsize*: INTEGER;
e32_fixupsum*: INTEGER;
e32_ldrsize*: INTEGER;
e32_ldrsum*: INTEGER;
e32_objtab*: INTEGER;
e32_objcnt*: INTEGER;
e32_objmap*: INTEGER;
e32_itermap*: INTEGER;
e32_rsrctab*: INTEGER;
e32_rsrccnt*: INTEGER;
e32_restab*: INTEGER;
e32_enttab*: INTEGER;
e32_dirtab*: INTEGER;
e32_dircnt*: INTEGER;
e32_fpagetab*: INTEGER;
e32_frectab*: INTEGER;
e32_impmod*: INTEGER;
e32_impmodcnt*: INTEGER;
e32_impproc*: INTEGER;
e32_pagesum*: INTEGER;
e32_datapage*: INTEGER;
e32_preload*: INTEGER;
e32_nrestab*: INTEGER;
e32_cbnrestab*: INTEGER;
e32_nressum*: INTEGER;
e32_autodata*: INTEGER;
e32_debuginfo*: INTEGER;
e32_debuglen*: INTEGER;
e32_instpreload*: INTEGER;
e32_instdemand*: INTEGER;
e32_heapsize*: INTEGER;
e32_res3*: ARRAY [untagged] 12 OF SHORTCHAR;
e32_winresoff*: INTEGER;
e32_winreslen*: INTEGER;
e32_devid*: SHORTINT;
e32_ddkver*: SHORTINT;
END;
PtrIMAGE_VXD_HEADER* = POINTER TO IMAGE_VXD_HEADER;
IMAGE_FILE_HEADER* = RECORD [noalign]
Machine*: SHORTINT;
NumberOfSections*: SHORTINT;
TimeDateStamp*: INTEGER;
PointerToSymbolTable*: INTEGER;
NumberOfSymbols*: INTEGER;
SizeOfOptionalHeader*: SHORTINT;
Characteristics*: SHORTINT;
END;
PtrIMAGE_FILE_HEADER* = POINTER TO IMAGE_FILE_HEADER;
IMAGE_DATA_DIRECTORY* = RECORD [noalign]
VirtualAddress*: INTEGER;
Size*: INTEGER;
END;
PtrIMAGE_DATA_DIRECTORY* = POINTER TO IMAGE_DATA_DIRECTORY;
IMAGE_OPTIONAL_HEADER* = RECORD [noalign]
Magic*: SHORTINT;
MajorLinkerVersion*: SHORTCHAR;
MinorLinkerVersion*: SHORTCHAR;
SizeOfCode*: INTEGER;
SizeOfInitializedData*: INTEGER;
SizeOfUninitializedData*: INTEGER;
AddressOfEntryPoint*: INTEGER;
BaseOfCode*: INTEGER;
BaseOfData*: INTEGER;
ImageBase*: INTEGER;
SectionAlignment*: INTEGER;
FileAlignment*: INTEGER;
MajorOperatingSystemVersion*: SHORTINT;
MinorOperatingSystemVersion*: SHORTINT;
MajorImageVersion*: SHORTINT;
MinorImageVersion*: SHORTINT;
MajorSubsystemVersion*: SHORTINT;
MinorSubsystemVersion*: SHORTINT;
Reserved1*: INTEGER;
SizeOfImage*: INTEGER;
SizeOfHeaders*: INTEGER;
CheckSum*: INTEGER;
Subsystem*: SHORTINT;
DllCharacteristics*: SHORTINT;
SizeOfStackReserve*: INTEGER;
SizeOfStackCommit*: INTEGER;
SizeOfHeapReserve*: INTEGER;
SizeOfHeapCommit*: INTEGER;
LoaderFlags*: INTEGER;
NumberOfRvaAndSizes*: INTEGER;
DataDirectory*: ARRAY [untagged] 16 OF IMAGE_DATA_DIRECTORY;
END;
PtrIMAGE_OPTIONAL_HEADER* = POINTER TO IMAGE_OPTIONAL_HEADER;
IMAGE_ROM_OPTIONAL_HEADER* = RECORD [noalign]
Magic*: SHORTINT;
MajorLinkerVersion*: SHORTCHAR;
MinorLinkerVersion*: SHORTCHAR;
SizeOfCode*: INTEGER;
SizeOfInitializedData*: INTEGER;
SizeOfUninitializedData*: INTEGER;
AddressOfEntryPoint*: INTEGER;
BaseOfCode*: INTEGER;
BaseOfData*: INTEGER;
BaseOfBss*: INTEGER;
GprMask*: INTEGER;
CprMask*: ARRAY [untagged] 4 OF INTEGER;
GpValue*: INTEGER;
END;
PtrIMAGE_ROM_OPTIONAL_HEADER* = POINTER TO IMAGE_ROM_OPTIONAL_HEADER;
IMAGE_NT_HEADERS* = RECORD [noalign]
Signature*: INTEGER;
FileHeader*: IMAGE_FILE_HEADER;
OptionalHeader*: IMAGE_OPTIONAL_HEADER;
END;
PtrIMAGE_NT_HEADERS* = POINTER TO IMAGE_NT_HEADERS;
IMAGE_ROM_HEADERS* = RECORD [untagged]
FileHeader*: IMAGE_FILE_HEADER;
OptionalHeader*: IMAGE_ROM_OPTIONAL_HEADER;
END;
PtrIMAGE_ROM_HEADERS* = POINTER TO IMAGE_ROM_HEADERS;
IMAGE_SECTION_HEADER* = RECORD [noalign]
Name*: ARRAY [untagged] 8 OF SHORTCHAR;
Misc*: RECORD [union]
PhysicalAddress*: INTEGER;
VirtualSize*: INTEGER;
END;
VirtualAddress*: INTEGER;
SizeOfRawData*: INTEGER;
PointerToRawData*: INTEGER;
PointerToRelocations*: INTEGER;
PointerToLinenumbers*: INTEGER;
NumberOfRelocations*: SHORTINT;
NumberOfLinenumbers*: SHORTINT;
Characteristics*: INTEGER;
END;
PtrIMAGE_SECTION_HEADER* = POINTER TO IMAGE_SECTION_HEADER;
IMAGE_SYMBOL* = RECORD [noalign]
N*: RECORD [union]
ShortName*: ARRAY [untagged] 8 OF SHORTCHAR;
Name*: RECORD [noalign]
Short*: INTEGER;
Long*: INTEGER;
END;
LongName*: ARRAY [untagged] 2 OF POINTER TO (*?*) ARRAY [untagged] OF SHORTCHAR;
END;
Value*: INTEGER;
SectionNumber*: SHORTINT;
Type*: SHORTINT;
StorageClass*: SHORTCHAR;
NumberOfAuxSymbols*: SHORTCHAR;
END;
PtrIMAGE_SYMBOL* = POINTER TO IMAGE_SYMBOL;
IMAGE_AUX_SYMBOL* = RECORD [union]
Sym*: RECORD [noalign]
TagIndex*: INTEGER;
Misc*: RECORD [union]
LnSz*: RECORD [noalign]
Linenumber*: SHORTINT;
Size*: SHORTINT;
END;
TotalSize*: INTEGER;
END;
FcnAry*: RECORD [union]
Function*: RECORD [noalign]
PointerToLinenumber*: INTEGER;
PointerToNextFunction*: INTEGER;
END;
Array*: RECORD [noalign]
Dimension*: ARRAY [untagged] 4 OF SHORTINT;
END;
END;
TvIndex*: SHORTINT;
END;
File*: RECORD [untagged]
Name*: ARRAY [untagged] 18 OF SHORTCHAR;
END;
Section*: RECORD [noalign]
Length*: INTEGER;
NumberOfRelocations*: SHORTINT;
NumberOfLinenumbers*: SHORTINT;
CheckSum*: INTEGER;
Number*: SHORTINT;
Selection*: SHORTCHAR;
END;
END;
PtrIMAGE_AUX_SYMBOL* = POINTER TO IMAGE_AUX_SYMBOL;
IMAGE_RELOCATION* = RECORD [noalign]
u*: RECORD [union]
VirtualAddress*: INTEGER;
RelocCount*: INTEGER;
END;
SymbolTableIndex*: INTEGER;
Type*: SHORTINT;
END;
PtrIMAGE_RELOCATION* = POINTER TO IMAGE_RELOCATION;
IMAGE_BASE_RELOCATION* = RECORD [noalign]
VirtualAddress*: INTEGER;
SizeOfBlock*: INTEGER;
END;
PtrIMAGE_BASE_RELOCATION* = POINTER TO IMAGE_BASE_RELOCATION;
IMAGE_LINENUMBER* = RECORD [noalign]
Type*: RECORD [union]
SymbolTableIndex*: INTEGER;
VirtualAddress*: INTEGER;
END;
Linenumber*: SHORTINT;
END;
PtrIMAGE_LINENUMBER* = POINTER TO IMAGE_LINENUMBER;
IMAGE_ARCHIVE_MEMBER_HEADER* = RECORD [untagged]
Name*: ARRAY [untagged] 16 OF SHORTCHAR;
Date*: ARRAY [untagged] 12 OF SHORTCHAR;
UserID*: ARRAY [untagged] 6 OF SHORTCHAR;
GroupID*: ARRAY [untagged] 6 OF SHORTCHAR;
Mode*: ARRAY [untagged] 8 OF SHORTCHAR;
Size*: ARRAY [untagged] 10 OF SHORTCHAR;
EndHeader*: ARRAY [untagged] 2 OF SHORTCHAR;
END;
PtrIMAGE_ARCHIVE_MEMBER_HEADER* = POINTER TO IMAGE_ARCHIVE_MEMBER_HEADER;
IMAGE_EXPORT_DIRECTORY* = RECORD [noalign]
Characteristics*: INTEGER;
TimeDateStamp*: INTEGER;
MajorVersion*: SHORTINT;
MinorVersion*: SHORTINT;
Name*: INTEGER;
Base*: INTEGER;
NumberOfFunctions*: INTEGER;
NumberOfNames*: INTEGER;
AddressOfFunctions*: POINTER TO (*?*) ARRAY [untagged] OF POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
AddressOfNames*: POINTER TO (*?*) ARRAY [untagged] OF POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
AddressOfNameOrdinals*: POINTER TO (*?*) ARRAY [untagged] OF POINTER TO (*?*) ARRAY [untagged] OF SHORTINT;
END;
PtrIMAGE_EXPORT_DIRECTORY* = POINTER TO IMAGE_EXPORT_DIRECTORY;
IMAGE_IMPORT_BY_NAME* = RECORD [noalign]
Hint*: SHORTINT;
Name*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrIMAGE_IMPORT_BY_NAME* = POINTER TO IMAGE_IMPORT_BY_NAME;
IMAGE_THUNK_DATA* = RECORD [untagged]
u1*: RECORD [union]
ForwarderString*: POINTER TO (*?*) ARRAY [untagged] OF SHORTCHAR;
Function*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
Ordinal*: INTEGER;
AddressOfData*: PtrIMAGE_IMPORT_BY_NAME;
END;
END;
PtrIMAGE_THUNK_DATA* = POINTER TO IMAGE_THUNK_DATA;
IMAGE_IMPORT_DESCRIPTOR* = RECORD [noalign]
u*: RECORD [union]
Characteristics*: INTEGER;
OriginalFirstThunk*: PtrIMAGE_THUNK_DATA;
END;
TimeDateStamp*: INTEGER;
ForwarderChain*: INTEGER;
Name*: INTEGER;
FirstThunk*: PtrIMAGE_THUNK_DATA;
END;
PtrIMAGE_IMPORT_DESCRIPTOR* = POINTER TO IMAGE_IMPORT_DESCRIPTOR;
IMAGE_BOUND_IMPORT_DESCRIPTOR* = RECORD [noalign]
TimeDateStamp*: INTEGER;
OffsetModuleName*: SHORTINT;
NumberOfModuleForwarderRefs*: SHORTINT;
END;
PtrIMAGE_BOUND_IMPORT_DESCRIPTOR* = POINTER TO IMAGE_BOUND_IMPORT_DESCRIPTOR;
IMAGE_BOUND_FORWARDER_REF* = RECORD [noalign]
TimeDateStamp*: INTEGER;
OffsetModuleName*: SHORTINT;
Reserved*: SHORTINT;
END;
PtrIMAGE_BOUND_FORWARDER_REF* = POINTER TO IMAGE_BOUND_FORWARDER_REF;
IMAGE_TLS_CALLBACK* = PROCEDURE (DllHandle: PtrVoid; Reason: INTEGER; Reserved: PtrVoid);
IMAGE_TLS_DIRECTORY* = RECORD [noalign]
StartAddressOfRawData*: INTEGER;
EndAddressOfRawData*: INTEGER;
AddressOfIndex*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
AddressOfCallBacks*: POINTER TO (*?*) ARRAY [untagged] OF IMAGE_TLS_CALLBACK;
SizeOfZeroFill*: INTEGER;
Characteristics*: INTEGER;
END;
PtrIMAGE_TLS_DIRECTORY* = POINTER TO IMAGE_TLS_DIRECTORY;
IMAGE_RESOURCE_DIRECTORY* = RECORD [noalign]
Characteristics*: INTEGER;
TimeDateStamp*: INTEGER;
MajorVersion*: SHORTINT;
MinorVersion*: SHORTINT;
NumberOfNamedEntries*: SHORTINT;
NumberOfIdEntries*: SHORTINT;
END;
PtrIMAGE_RESOURCE_DIRECTORY* = POINTER TO IMAGE_RESOURCE_DIRECTORY;
IMAGE_RESOURCE_DIRECTORY_ENTRY* = RECORD [untagged]
u*: RECORD [union]
r*: RECORD [noalign]
fBits0*: SET;
(* NameOffset*: LONGINT; (31 bits) *)
(* NameIsString*: LONGINT; (1 bits) *)
END;
Name*: INTEGER;
Id*: SHORTINT;
END;
u1*: RECORD [union]
OffsetToData*: INTEGER;
r*: RECORD [noalign]
fBits0*: SET;
(* OffsetToDirectory*: LONGINT; (31 bits) *)
(* DataIsDirectory*: LONGINT; (1 bits) *)
END;
END;
END;
PtrIMAGE_RESOURCE_DIRECTORY_ENTRY* = POINTER TO IMAGE_RESOURCE_DIRECTORY_ENTRY;
IMAGE_RESOURCE_DIRECTORY_STRING* = RECORD [noalign]
Length*: SHORTINT;
NameString*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrIMAGE_RESOURCE_DIRECTORY_STRING* = POINTER TO IMAGE_RESOURCE_DIRECTORY_STRING;
IMAGE_RESOURCE_DIR_STRING_U* = RECORD [noalign]
Length*: SHORTINT;
NameString*: ARRAY [untagged] 1 OF CHAR;
END;
PtrIMAGE_RESOURCE_DIR_STRING_U* = POINTER TO IMAGE_RESOURCE_DIR_STRING_U;
IMAGE_RESOURCE_DATA_ENTRY* = RECORD [noalign]
OffsetToData*: INTEGER;
Size*: INTEGER;
CodePage*: INTEGER;
Reserved*: INTEGER;
END;
PtrIMAGE_RESOURCE_DATA_ENTRY* = POINTER TO IMAGE_RESOURCE_DATA_ENTRY;
IMAGE_LOAD_CONFIG_DIRECTORY* = RECORD [noalign]
Characteristics*: INTEGER;
TimeDateStamp*: INTEGER;
MajorVersion*: SHORTINT;
MinorVersion*: SHORTINT;
GlobalFlagsClear*: INTEGER;
GlobalFlagsSet*: INTEGER;
CriticalSectionDefaultTimeout*: INTEGER;
DeCommitFreeBlockThreshold*: INTEGER;
DeCommitTotalFreeThreshold*: INTEGER;
LockPrefixTable*: PtrVoid;
MaximumAllocationSize*: INTEGER;
VirtualMemoryThreshold*: INTEGER;
ProcessHeapFlags*: INTEGER;
Reserved*: ARRAY [untagged] 4 OF INTEGER;
END;
PtrIMAGE_LOAD_CONFIG_DIRECTORY* = POINTER TO IMAGE_LOAD_CONFIG_DIRECTORY;
IMAGE_RUNTIME_FUNCTION_ENTRY* = RECORD [noalign]
BeginAddress*: INTEGER;
EndAddress*: INTEGER;
ExceptionHandler*: PtrVoid;
HandlerData*: PtrVoid;
PrologEndAddress*: INTEGER;
END;
PtrIMAGE_RUNTIME_FUNCTION_ENTRY* = POINTER TO IMAGE_RUNTIME_FUNCTION_ENTRY;
IMAGE_DEBUG_DIRECTORY* = RECORD [noalign]
Characteristics*: INTEGER;
TimeDateStamp*: INTEGER;
MajorVersion*: SHORTINT;
MinorVersion*: SHORTINT;
Type*: INTEGER;
SizeOfData*: INTEGER;
AddressOfRawData*: INTEGER;
PointerToRawData*: INTEGER;
END;
PtrIMAGE_DEBUG_DIRECTORY* = POINTER TO IMAGE_DEBUG_DIRECTORY;
IMAGE_COFF_SYMBOLS_HEADER* = RECORD [noalign]
NumberOfSymbols*: INTEGER;
LvaToFirstSymbol*: INTEGER;
NumberOfLinenumbers*: INTEGER;
LvaToFirstLinenumber*: INTEGER;
RvaToFirstByteOfCode*: INTEGER;
RvaToLastByteOfCode*: INTEGER;
RvaToFirstByteOfData*: INTEGER;
RvaToLastByteOfData*: INTEGER;
END;
PtrIMAGE_COFF_SYMBOLS_HEADER* = POINTER TO IMAGE_COFF_SYMBOLS_HEADER;
FPO_DATA* = RECORD [noalign]
ulOffStart*: INTEGER;
cbProcSize*: INTEGER;
cdwLocals*: INTEGER;
cdwParams*: SHORTINT;
fBits0*: SHORTINT;
(* cbProlog*: INTEGER; (8 bits) *)
(* cbRegs*: INTEGER; (3 bits) *)
(* fHasSEH*: INTEGER; (1 bits) *)
(* fUseBP*: INTEGER; (1 bits) *)
(* reserved*: INTEGER; (1 bits) *)
(* cbFrame*: INTEGER; (2 bits) *)
END;
PtrFPO_DATA* = POINTER TO FPO_DATA;
IMAGE_DEBUG_MISC* = RECORD [noalign]
DataType*: INTEGER;
Length*: INTEGER;
Unicode*: BOOLEAN;
Reserved*: ARRAY [untagged] 3 OF SHORTCHAR;
Data*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrIMAGE_DEBUG_MISC* = POINTER TO IMAGE_DEBUG_MISC;
IMAGE_FUNCTION_ENTRY* = RECORD [noalign]
StartingAddress*: INTEGER;
EndingAddress*: INTEGER;
EndOfPrologue*: INTEGER;
END;
PtrIMAGE_FUNCTION_ENTRY* = POINTER TO IMAGE_FUNCTION_ENTRY;
IMAGE_SEPARATE_DEBUG_HEADER* = RECORD [noalign]
Signature*: SHORTINT;
Flags*: SHORTINT;
Machine*: SHORTINT;
Characteristics*: SHORTINT;
TimeDateStamp*: INTEGER;
CheckSum*: INTEGER;
ImageBase*: INTEGER;
SizeOfImage*: INTEGER;
NumberOfSections*: INTEGER;
ExportedNamesSize*: INTEGER;
DebugDirectorySize*: INTEGER;
Reserved*: ARRAY [untagged] 3 OF INTEGER;
END;
PtrIMAGE_SEPARATE_DEBUG_HEADER* = POINTER TO IMAGE_SEPARATE_DEBUG_HEADER;
MESSAGE_RESOURCE_ENTRY* = RECORD [untagged]
Length*: SHORTINT;
Flags*: SHORTINT;
Text*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrMESSAGE_RESOURCE_ENTRY* = POINTER TO MESSAGE_RESOURCE_ENTRY;
MESSAGE_RESOURCE_BLOCK* = RECORD [untagged]
LowId*: INTEGER;
HighId*: INTEGER;
OffsetToEntries*: INTEGER;
END;
PtrMESSAGE_RESOURCE_BLOCK* = POINTER TO MESSAGE_RESOURCE_BLOCK;
MESSAGE_RESOURCE_DATA* = RECORD [untagged]
NumberOfBlocks*: INTEGER;
Blocks*: ARRAY [untagged] 1 OF MESSAGE_RESOURCE_BLOCK;
END;
PtrMESSAGE_RESOURCE_DATA* = POINTER TO MESSAGE_RESOURCE_DATA;
PtrRTL_CRITICAL_SECTION* = POINTER TO RTL_CRITICAL_SECTION;
RTL_CRITICAL_SECTION_DEBUG* = RECORD [untagged]
Type*: SHORTINT;
CreatorBackTraceIndex*: SHORTINT;
CriticalSection*: PtrRTL_CRITICAL_SECTION;
ProcessLocksList*: LIST_ENTRY;
EntryCount*: INTEGER;
ContentionCount*: INTEGER;
Spare*: ARRAY [untagged] 2 OF INTEGER;
END;
PtrRTL_CRITICAL_SECTION_DEBUG* = POINTER TO RTL_CRITICAL_SECTION_DEBUG;
RTL_CRITICAL_SECTION* = RECORD [untagged]
DebugInfo*: PtrRTL_CRITICAL_SECTION_DEBUG;
LockCount*: INTEGER;
RecursionCount*: INTEGER;
OwningThread*: HANDLE;
LockSemaphore*: HANDLE;
Reserved*: INTEGER;
END;
EVENTLOGRECORD* = RECORD [untagged]
Length*: INTEGER;
Reserved*: INTEGER;
RecordNumber*: INTEGER;
TimeGenerated*: INTEGER;
TimeWritten*: INTEGER;
EventID*: INTEGER;
EventType*: SHORTINT;
NumStrings*: SHORTINT;
EventCategory*: SHORTINT;
ReservedFlags*: SHORTINT;
ClosingRecordNumber*: INTEGER;
StringOffset*: INTEGER;
UserSidLength*: INTEGER;
UserSidOffset*: INTEGER;
DataLength*: INTEGER;
DataOffset*: INTEGER;
END;
PtrEVENTLOGRECORD* = POINTER TO EVENTLOGRECORD;
SERVICE_NODE_TYPE* = INTEGER;
SERVICE_LOAD_TYPE* = INTEGER;
SERVICE_ERROR_TYPE* = INTEGER;
TAPE_ERASE* = RECORD [untagged]
Type*: INTEGER;
Immediate*: BOOLEAN;
END;
PtrTAPE_ERASE* = POINTER TO TAPE_ERASE;
TAPE_PREPARE* = RECORD [untagged]
Operation*: INTEGER;
Immediate*: BOOLEAN;
END;
PtrTAPE_PREPARE* = POINTER TO TAPE_PREPARE;
TAPE_WRITE_MARKS* = RECORD [untagged]
Type*: INTEGER;
Count*: INTEGER;
Immediate*: BOOLEAN;
END;
PtrTAPE_WRITE_MARKS* = POINTER TO TAPE_WRITE_MARKS;
TAPE_GET_POSITION* = RECORD [align8]
Type*: INTEGER;
Partition*: INTEGER;
Offset*: LONGINT;
END;
PtrTAPE_GET_POSITION* = POINTER TO TAPE_GET_POSITION;
TAPE_SET_POSITION* = RECORD [align8]
Method*: INTEGER;
Partition*: INTEGER;
Offset*: LONGINT;
Immediate*: BOOLEAN;
END;
PtrTAPE_SET_POSITION* = POINTER TO TAPE_SET_POSITION;
TAPE_GET_DRIVE_PARAMETERS* = RECORD [untagged]
ECC*: BOOLEAN;
Compression*: BOOLEAN;
DataPadding*: BOOLEAN;
ReportSetmarks*: BOOLEAN;
DefaultBlockSize*: INTEGER;
MaximumBlockSize*: INTEGER;
MinimumBlockSize*: INTEGER;
MaximumPartitionCount*: INTEGER;
FeaturesLow*: SET;
FeaturesHigh*: SET;
EOTWarningZoneSize*: INTEGER;
END;
PtrTAPE_GET_DRIVE_PARAMETERS* = POINTER TO TAPE_GET_DRIVE_PARAMETERS;
TAPE_SET_DRIVE_PARAMETERS* = RECORD [untagged]
ECC*: BOOLEAN;
Compression*: BOOLEAN;
DataPadding*: BOOLEAN;
ReportSetmarks*: BOOLEAN;
EOTWarningZoneSize*: INTEGER;
END;
PtrTAPE_SET_DRIVE_PARAMETERS* = POINTER TO TAPE_SET_DRIVE_PARAMETERS;
TAPE_GET_MEDIA_PARAMETERS* = RECORD [align8]
Capacity*: LONGINT;
Remaining*: LONGINT;
BlockSize*: INTEGER;
PartitionCount*: INTEGER;
WriteProtected*: BOOLEAN;
END;
PtrTAPE_GET_MEDIA_PARAMETERS* = POINTER TO TAPE_GET_MEDIA_PARAMETERS;
TAPE_SET_MEDIA_PARAMETERS* = RECORD [untagged]
BlockSize*: INTEGER;
END;
PtrTAPE_SET_MEDIA_PARAMETERS* = POINTER TO TAPE_SET_MEDIA_PARAMETERS;
TAPE_CREATE_PARTITION* = RECORD [untagged]
Method*: INTEGER;
Count*: INTEGER;
Size*: INTEGER;
END;
PtrTAPE_CREATE_PARTITION* = POINTER TO TAPE_CREATE_PARTITION;
WPARAM* = INTEGER;
LPARAM* = INTEGER;
LRESULT* = INTEGER;
HWND* = HANDLE;
HHOOK* = HANDLE;
ATOM* = SHORTINT;
HGLOBAL* = HANDLE;
HLOCAL* = HANDLE;
GLOBALHANDLE* = HANDLE;
LOCALHANDLE* = HANDLE;
FARPROC* = PROCEDURE (): INTEGER;
NEARPROC* = PROCEDURE (): INTEGER;
ROC* = PROCEDURE (): INTEGER;
HGDIOBJ* = HANDLE;
HACCEL* = HANDLE;
HBITMAP* = HANDLE;
HBRUSH* = HANDLE;
HCOLORSPACE* = HANDLE;
HDC* = HANDLE;
HGLRC* = HANDLE;
HDESK* = HANDLE;
HENHMETAFILE* = HANDLE;
HMETAFILEPICT* = HANDLE;
HFONT* = HANDLE;
HICON* = HANDLE;
HMENU* = HANDLE;
HMETAFILE* = HANDLE;
HINSTANCE* = HANDLE;
HMODULE* = HINSTANCE;
HPALETTE* = HANDLE;
HPEN* = HANDLE;
HRGN* = HANDLE;
HRSRC* = HANDLE;
HSTR* = HANDLE;
HTASK* = HANDLE;
HWINSTA* = HANDLE;
HKL* = HANDLE;
HFILE* = INTEGER;
HCURSOR* = HICON;
COLORREF* = INTEGER;
RECT* = RECORD [untagged]
left*: INTEGER;
top*: INTEGER;
right*: INTEGER;
bottom*: INTEGER;
END;
PtrRECT* = POINTER TO RECT;
_RECTL* = RECORD [untagged]
left*: INTEGER;
top*: INTEGER;
right*: INTEGER;
bottom*: INTEGER;
END;
POINT* = RECORD [untagged]
x*: INTEGER;
y*: INTEGER;
END;
PtrPOINT* = POINTER TO POINT;
_POINTL* = RECORD [untagged]
x*: INTEGER;
y*: INTEGER;
END;
SIZE* = RECORD [untagged]
cx*: INTEGER;
cy*: INTEGER;
END;
PtrSIZE* = POINTER TO SIZE;
POINTS* = RECORD [untagged]
x*: SHORTINT;
y*: SHORTINT;
END;
PtrPOINTS* = POINTER TO POINTS;
OVERLAPPED* = RECORD [untagged]
Internal*: INTEGER;
InternalHigh*: INTEGER;
Offset*: INTEGER;
OffsetHigh*: INTEGER;
hEvent*: HANDLE;
END;
PtrOVERLAPPED* = POINTER TO OVERLAPPED;
SECURITY_ATTRIBUTES* = RECORD [untagged]
nLength*: INTEGER;
lpSecurityDescriptor*: PtrVoid;
bInheritHandle*: BOOL;
END;
PtrSECURITY_ATTRIBUTES* = POINTER TO SECURITY_ATTRIBUTES;
PROCESS_INFORMATION* = RECORD [untagged]
hProcess*: HANDLE;
hThread*: HANDLE;
dwProcessId*: INTEGER;
dwThreadId*: INTEGER;
END;
PtrPROCESS_INFORMATION* = POINTER TO PROCESS_INFORMATION;
FILETIME* = RECORD [untagged]
dwLowDateTime*: INTEGER;
dwHighDateTime*: INTEGER;
END;
PtrFILETIME* = POINTER TO FILETIME;
SYSTEMTIME* = RECORD [untagged]
wYear*: SHORTINT;
wMonth*: SHORTINT;
wDayOfWeek*: SHORTINT;
wDay*: SHORTINT;
wHour*: SHORTINT;
wMinute*: SHORTINT;
wSecond*: SHORTINT;
wMilliseconds*: SHORTINT;
END;
PtrSYSTEMTIME* = POINTER TO SYSTEMTIME;
THREAD_START_ROUTINE* = PROCEDURE (lpThreadParameter: PtrVoid): INTEGER;
FIBER_START_ROUTINE* = PROCEDURE (lpFiberParameter: PtrVoid);
CRITICAL_SECTION* = RTL_CRITICAL_SECTION;
PtrCRITICAL_SECTION* = PtrRTL_CRITICAL_SECTION;
CRITICAL_SECTION_DEBUG* = RTL_CRITICAL_SECTION_DEBUG;
PtrCRITICAL_SECTION_DEBUG* = PtrRTL_CRITICAL_SECTION_DEBUG;
COMMPROP* = RECORD [untagged]
wPacketLength*: SHORTINT;
wPacketVersion*: SHORTINT;
dwServiceMask*: INTEGER;
dwReserved1*: INTEGER;
dwMaxTxQueue*: INTEGER;
dwMaxRxQueue*: INTEGER;
dwMaxBaud*: SET;
dwProvSubType*: INTEGER;
dwProvCapabilities*: SET;
dwSettableParams*: SET;
dwSettableBaud*: SET;
wSettableData*: SHORTINT;
wSettableStopParity*: SHORTINT;
dwCurrentTxQueue*: INTEGER;
dwCurrentRxQueue*: INTEGER;
dwProvSpec1*: INTEGER;
dwProvSpec2*: INTEGER;
wcProvChar*: ARRAY [untagged] 1 OF CHAR;
END;
PtrCOMMPROP* = POINTER TO COMMPROP;
COMSTAT* = RECORD [untagged]
fBits0*: SET;
(* fCtsHold*: LONGINT; (1 bits) *)
(* fDsrHold*: LONGINT; (1 bits) *)
(* fRlsdHold*: LONGINT; (1 bits) *)
(* fXoffHold*: LONGINT; (1 bits) *)
(* fXoffSent*: LONGINT; (1 bits) *)
(* fEof*: LONGINT; (1 bits) *)
(* fTxim*: LONGINT; (1 bits) *)
(* fReserved*: LONGINT; (25 bits) *)
cbInQue*: INTEGER;
cbOutQue*: INTEGER;
END;
PtrCOMSTAT* = POINTER TO COMSTAT;
DCB* = RECORD [untagged]
DCBlength*: INTEGER;
BaudRate*: INTEGER;
fBits0*: SET;
(* fBinary*: LONGINT; (1 bits) *)
(* fParity*: LONGINT; (1 bits) *)
(* fOutxCtsFlow*: LONGINT; (1 bits) *)
(* fOutxDsrFlow*: LONGINT; (1 bits) *)
(* fDtrControl*: LONGINT; (2 bits) *)
(* fDsrSensitivity*: LONGINT; (1 bits) *)
(* fTXContinueOnXoff*: LONGINT; (1 bits) *)
(* fOutX*: LONGINT; (1 bits) *)
(* fInX*: LONGINT; (1 bits) *)
(* fErrorChar*: LONGINT; (1 bits) *)
(* fNull*: LONGINT; (1 bits) *)
(* fRtsControl*: LONGINT; (2 bits) *)
(* fAbortOnError*: LONGINT; (1 bits) *)
(* fDummy2*: LONGINT; (17 bits) *)
wReserved*: SHORTINT;
XonLim*: SHORTINT;
XoffLim*: SHORTINT;
ByteSize*: SHORTCHAR;
Parity*: SHORTCHAR;
StopBits*: SHORTCHAR;
XonChar*: SHORTCHAR;
XoffChar*: SHORTCHAR;
ErrorChar*: SHORTCHAR;
EofChar*: SHORTCHAR;
EvtChar*: SHORTCHAR;
wReserved1*: SHORTINT;
END;
PtrDCB* = POINTER TO DCB;
COMMTIMEOUTS* = RECORD [untagged]
ReadIntervalTimeout*: INTEGER;
ReadTotalTimeoutMultiplier*: INTEGER;
ReadTotalTimeoutConstant*: INTEGER;
WriteTotalTimeoutMultiplier*: INTEGER;
WriteTotalTimeoutConstant*: INTEGER;
END;
PtrCOMMTIMEOUTS* = POINTER TO COMMTIMEOUTS;
COMMCONFIG* = RECORD [untagged]
dwSize*: INTEGER;
wVersion*: SHORTINT;
wReserved*: SHORTINT;
dcb*: DCB;
dwProviderSubType*: INTEGER;
dwProviderOffset*: INTEGER;
dwProviderSize*: INTEGER;
wcProviderData*: ARRAY [untagged] 1 OF CHAR;
END;
PtrCOMMCONFIG* = POINTER TO COMMCONFIG;
SYSTEM_INFO* = RECORD [untagged]
u*: RECORD [union]
dwOemId*: INTEGER;
r*: RECORD [untagged]
wProcessorArchitecture*: SHORTINT;
wReserved*: SHORTINT;
END;
END;
dwPageSize*: INTEGER;
lpMinimumApplicationAddress*: PtrVoid;
lpMaximumApplicationAddress*: PtrVoid;
dwActiveProcessorMask*: INTEGER;
dwNumberOfProcessors*: INTEGER;
dwProcessorType*: INTEGER;
dwAllocationGranularity*: INTEGER;
wProcessorLevel*: SHORTINT;
wProcessorRevision*: SHORTINT;
END;
PtrSYSTEM_INFO* = POINTER TO SYSTEM_INFO;
MEMORYSTATUS* = RECORD [untagged]
dwLength*: INTEGER;
dwMemoryLoad*: INTEGER;
dwTotalPhys*: INTEGER;
dwAvailPhys*: INTEGER;
dwTotalPageFile*: INTEGER;
dwAvailPageFile*: INTEGER;
dwTotalVirtual*: INTEGER;
dwAvailVirtual*: INTEGER;
END;
PtrMEMORYSTATUS* = POINTER TO MEMORYSTATUS;
EXCEPTION_DEBUG_INFO* = RECORD [untagged]
ExceptionRecord*: EXCEPTION_RECORD;
dwFirstChance*: INTEGER;
END;
PtrEXCEPTION_DEBUG_INFO* = POINTER TO EXCEPTION_DEBUG_INFO;
CREATE_THREAD_DEBUG_INFO* = RECORD [untagged]
hThread*: HANDLE;
lpThreadLocalBase*: PtrVoid;
lpStartAddress*: THREAD_START_ROUTINE;
END;
PtrCREATE_THREAD_DEBUG_INFO* = POINTER TO CREATE_THREAD_DEBUG_INFO;
CREATE_PROCESS_DEBUG_INFO* = RECORD [untagged]
hFile*: HANDLE;
hProcess*: HANDLE;
hThread*: HANDLE;
lpBaseOfImage*: PtrVoid;
dwDebugInfoFileOffset*: INTEGER;
nDebugInfoSize*: INTEGER;
lpThreadLocalBase*: PtrVoid;
lpStartAddress*: THREAD_START_ROUTINE;
lpImageName*: PtrVoid;
fUnicode*: SHORTINT;
END;
PtrCREATE_PROCESS_DEBUG_INFO* = POINTER TO CREATE_PROCESS_DEBUG_INFO;
EXIT_THREAD_DEBUG_INFO* = RECORD [untagged]
dwExitCode*: INTEGER;
END;
PtrEXIT_THREAD_DEBUG_INFO* = POINTER TO EXIT_THREAD_DEBUG_INFO;
EXIT_PROCESS_DEBUG_INFO* = RECORD [untagged]
dwExitCode*: INTEGER;
END;
PtrEXIT_PROCESS_DEBUG_INFO* = POINTER TO EXIT_PROCESS_DEBUG_INFO;
LOAD_DLL_DEBUG_INFO* = RECORD [untagged]
hFile*: HANDLE;
lpBaseOfDll*: PtrVoid;
dwDebugInfoFileOffset*: INTEGER;
nDebugInfoSize*: INTEGER;
lpImageName*: PtrVoid;
fUnicode*: SHORTINT;
END;
PtrLOAD_DLL_DEBUG_INFO* = POINTER TO LOAD_DLL_DEBUG_INFO;
UNLOAD_DLL_DEBUG_INFO* = RECORD [untagged]
lpBaseOfDll*: PtrVoid;
END;
PtrUNLOAD_DLL_DEBUG_INFO* = POINTER TO UNLOAD_DLL_DEBUG_INFO;
OUTPUT_DEBUG_STRING_INFO* = RECORD [untagged]
lpDebugStringData*: PtrSTR;
fUnicode*: SHORTINT;
nDebugStringLength*: SHORTINT;
END;
PtrOUTPUT_DEBUG_STRING_INFO* = POINTER TO OUTPUT_DEBUG_STRING_INFO;
RIP_INFO* = RECORD [untagged]
dwError*: INTEGER;
dwType*: INTEGER;
END;
PtrRIP_INFO* = POINTER TO RIP_INFO;
DEBUG_EVENT* = RECORD [untagged]
dwDebugEventCode*: INTEGER;
dwProcessId*: INTEGER;
dwThreadId*: INTEGER;
u*: RECORD [union]
Exception*: EXCEPTION_DEBUG_INFO;
CreateThread*: CREATE_THREAD_DEBUG_INFO;
CreateProcessInfo*: CREATE_PROCESS_DEBUG_INFO;
ExitThread*: EXIT_THREAD_DEBUG_INFO;
ExitProcess*: EXIT_PROCESS_DEBUG_INFO;
LoadDll*: LOAD_DLL_DEBUG_INFO;
UnloadDll*: UNLOAD_DLL_DEBUG_INFO;
DebugString*: OUTPUT_DEBUG_STRING_INFO;
RipInfo*: RIP_INFO;
END;
END;
PtrDEBUG_EVENT* = POINTER TO DEBUG_EVENT;
OFSTRUCT* = RECORD [untagged]
cBytes*: SHORTCHAR;
fFixedDisk*: SHORTCHAR;
nErrCode*: SHORTINT;
Reserved1*: SHORTINT;
Reserved2*: SHORTINT;
szPathName*: ARRAY [untagged] 128 OF SHORTCHAR;
END;
PtrOFSTRUCT* = POINTER TO OFSTRUCT;
PROCESS_HEAP_ENTRY* = RECORD [untagged]
lpData*: PtrVoid;
cbData*: INTEGER;
cbOverhead*: SHORTCHAR;
iRegionIndex*: SHORTCHAR;
wFlags*: SHORTINT;
u*: RECORD [union]
Block*: RECORD [untagged]
hMem*: HANDLE;
dwReserved*: ARRAY [untagged] 3 OF INTEGER;
END;
Region*: RECORD [untagged]
dwCommittedSize*: INTEGER;
dwUnCommittedSize*: INTEGER;
lpFirstBlock*: PtrVoid;
lpLastBlock*: PtrVoid;
END;
END;
END;
PtrPROCESS_HEAP_ENTRY* = POINTER TO PROCESS_HEAP_ENTRY;
TOP_LEVEL_EXCEPTION_FILTER* = PROCEDURE (VAR [nil] ExceptionInfo: EXCEPTION_POINTERS): INTEGER;
APCFUNC* = PROCEDURE (dwParam: INTEGER);
BY_HANDLE_FILE_INFORMATION* = RECORD [align8]
dwFileAttributes*: SET;
ftCreationTime*: FILETIME;
ftLastAccessTime*: FILETIME;
ftLastWriteTime*: FILETIME;
dwVolumeSerialNumber*: INTEGER;
nFileSizeHigh*: INTEGER;
nFileSizeLow*: INTEGER;
nNumberOfLinks*: INTEGER;
nFileIndexHigh*: INTEGER;
nFileIndexLow*: INTEGER;
END;
PtrBY_HANDLE_FILE_INFORMATION* = POINTER TO BY_HANDLE_FILE_INFORMATION;
TIME_ZONE_INFORMATION* = RECORD [untagged]
Bias*: INTEGER;
StandardName*: ARRAY [untagged] 32 OF CHAR;
StandardDate*: SYSTEMTIME;
StandardBias*: INTEGER;
DaylightName*: ARRAY [untagged] 32 OF CHAR;
DaylightDate*: SYSTEMTIME;
DaylightBias*: INTEGER;
END;
PtrTIME_ZONE_INFORMATION* = POINTER TO TIME_ZONE_INFORMATION;
OVERLAPPED_COMPLETION_ROUTINE* = PROCEDURE (dwErrorCode: INTEGER; dwNumberOfBytesTransfered: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED);
WIN32_STREAM_ID* = RECORD [align8]
dwStreamId*: INTEGER;
dwStreamAttributes*: SET;
Size*: LONGINT;
dwStreamNameSize*: INTEGER;
cStreamName*: ARRAY [untagged] 1 OF CHAR;
END;
PtrWIN32_STREAM_ID* = POINTER TO WIN32_STREAM_ID;
STARTUPINFOA* = RECORD [untagged]
cb*: INTEGER;
lpReserved*: PtrSTR;
lpDesktop*: PtrSTR;
lpTitle*: PtrSTR;
dwX*: INTEGER;
dwY*: INTEGER;
dwXSize*: INTEGER;
dwYSize*: INTEGER;
dwXCountChars*: INTEGER;
dwYCountChars*: INTEGER;
dwFillAttribute*: INTEGER;
dwFlags*: SET;
wShowWindow*: SHORTINT;
cbReserved2*: SHORTINT;
lpReserved2*: POINTER TO (*?*) ARRAY [untagged] OF SHORTCHAR;
hStdInput*: HANDLE;
hStdOutput*: HANDLE;
hStdError*: HANDLE;
END;
PtrSTARTUPINFOA* = POINTER TO STARTUPINFOA;
STARTUPINFOW* = RECORD [untagged]
cb*: INTEGER;
lpReserved*: PtrWSTR;
lpDesktop*: PtrWSTR;
lpTitle*: PtrWSTR;
dwX*: INTEGER;
dwY*: INTEGER;
dwXSize*: INTEGER;
dwYSize*: INTEGER;
dwXCountChars*: INTEGER;
dwYCountChars*: INTEGER;
dwFillAttribute*: INTEGER;
dwFlags*: SET;
wShowWindow*: SHORTINT;
cbReserved2*: SHORTINT;
lpReserved2*: POINTER TO (*?*) ARRAY [untagged] OF SHORTCHAR;
hStdInput*: HANDLE;
hStdOutput*: HANDLE;
hStdError*: HANDLE;
END;
PtrSTARTUPINFOW* = POINTER TO STARTUPINFOW;
STARTUPINFO* = STARTUPINFOA;
PtrSTARTUPINFO* = PtrSTARTUPINFOA;
WIN32_FIND_DATAA* = RECORD [align8]
dwFileAttributes*: SET;
ftCreationTime*: FILETIME;
ftLastAccessTime*: FILETIME;
ftLastWriteTime*: FILETIME;
nFileSizeHigh*: INTEGER;
nFileSizeLow*: INTEGER;
dwReserved0*: INTEGER;
dwReserved1*: INTEGER;
cFileName*: ARRAY [untagged] 260 OF SHORTCHAR;
cAlternateFileName*: ARRAY [untagged] 14 OF SHORTCHAR;
END;
PtrWIN32_FIND_DATAA* = POINTER TO WIN32_FIND_DATAA;
WIN32_FIND_DATAW* = RECORD [align8]
dwFileAttributes*: SET;
ftCreationTime*: FILETIME;
ftLastAccessTime*: FILETIME;
ftLastWriteTime*: FILETIME;
nFileSizeHigh*: INTEGER;
nFileSizeLow*: INTEGER;
dwReserved0*: INTEGER;
dwReserved1*: INTEGER;
cFileName*: ARRAY [untagged] 260 OF CHAR;
cAlternateFileName*: ARRAY [untagged] 14 OF CHAR;
END;
PtrWIN32_FIND_DATAW* = POINTER TO WIN32_FIND_DATAW;
WIN32_FIND_DATA* = WIN32_FIND_DATAA;
PtrWIN32_FIND_DATA* = PtrWIN32_FIND_DATAA;
WIN32_FILE_ATTRIBUTE_DATA* = RECORD [align8]
dwFileAttributes*: SET;
ftCreationTime*: FILETIME;
ftLastAccessTime*: FILETIME;
ftLastWriteTime*: FILETIME;
nFileSizeHigh*: INTEGER;
nFileSizeLow*: INTEGER;
END;
PtrWIN32_FILE_ATTRIBUTE_DATA* = POINTER TO WIN32_FILE_ATTRIBUTE_DATA;
TIMERAPCROUTINE* = PROCEDURE (lpArgToCompletionRoutine: PtrVoid; dwTimerLowValue: INTEGER; dwTimerHighValue: INTEGER);
ENUMRESTYPEPROC* = PROCEDURE (): INTEGER;
ENUMRESNAMEPROC* = PROCEDURE (): INTEGER;
ENUMRESLANGPROC* = PROCEDURE (): INTEGER;
GET_FILEEX_INFO_LEVELS* = INTEGER;
FINDEX_INFO_LEVELS* = INTEGER;
FINDEX_SEARCH_OPS* = INTEGER;
PROGRESS_ROUTINE* = PROCEDURE (TotalFileSize: LONGINT; TotalBytesTransferred: LONGINT; StreamSize: LONGINT; StreamBytesTransferred: LONGINT; dwStreamNumber: INTEGER; dwCallbackReason: INTEGER; hSourceFile: HANDLE; hDestinationFile: HANDLE; lpData: PtrVoid): INTEGER;
HW_PROFILE_INFOA* = RECORD [untagged]
dwDockInfo*: INTEGER;
szHwProfileGuid*: ARRAY [untagged] 39 OF SHORTCHAR;
szHwProfileName*: ARRAY [untagged] 80 OF SHORTCHAR;
END;
PtrHW_PROFILE_INFOA* = POINTER TO HW_PROFILE_INFOA;
HW_PROFILE_INFOW* = RECORD [untagged]
dwDockInfo*: INTEGER;
szHwProfileGuid*: ARRAY [untagged] 39 OF CHAR;
szHwProfileName*: ARRAY [untagged] 80 OF CHAR;
END;
PtrHW_PROFILE_INFOW* = POINTER TO HW_PROFILE_INFOW;
HW_PROFILE_INFO* = HW_PROFILE_INFOA;
PtrHW_PROFILE_INFO* = PtrHW_PROFILE_INFOA;
OSVERSIONINFOA* = RECORD [untagged]
dwOSVersionInfoSize*: INTEGER;
dwMajorVersion*: INTEGER;
dwMinorVersion*: INTEGER;
dwBuildNumber*: INTEGER;
dwPlatformId*: INTEGER;
szCSDVersion*: ARRAY [untagged] 128 OF SHORTCHAR;
END;
PtrOSVERSIONINFOA* = POINTER TO OSVERSIONINFOA;
OSVERSIONINFOW* = RECORD [untagged]
dwOSVersionInfoSize*: INTEGER;
dwMajorVersion*: INTEGER;
dwMinorVersion*: INTEGER;
dwBuildNumber*: INTEGER;
dwPlatformId*: INTEGER;
szCSDVersion*: ARRAY [untagged] 128 OF CHAR;
END;
PtrOSVERSIONINFOW* = POINTER TO OSVERSIONINFOW;
OSVERSIONINFO* = OSVERSIONINFOA;
PtrOSVERSIONINFO* = PtrOSVERSIONINFOA;
SYSTEM_POWER_STATUS* = RECORD [untagged]
ACLineStatus*: SHORTCHAR;
BatteryFlag*: SHORTCHAR;
BatteryLifePercent*: SHORTCHAR;
Reserved1*: SHORTCHAR;
BatteryLifeTime*: INTEGER;
BatteryFullLifeTime*: INTEGER;
END;
PtrSYSTEM_POWER_STATUS* = POINTER TO SYSTEM_POWER_STATUS;
WIN_CERTIFICATE* = RECORD [untagged]
dwLength*: INTEGER;
wRevision*: SHORTINT;
wCertificateType*: SHORTINT;
bCertificate*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrWIN_CERTIFICATE* = POINTER TO WIN_CERTIFICATE;
WIN_TRUST_SUBJECT* = PtrVoid;
WIN_TRUST_ACTDATA_CONTEXT_WITH_SUBJECT* = RECORD [untagged]
hClientToken*: HANDLE;
dwSubjectType*: INTEGER;
Subject*: WIN_TRUST_SUBJECT;
END;
PtrWIN_TRUST_ACTDATA_CONTEXT_WITH_SUBJE (*...*)* = POINTER TO WIN_TRUST_ACTDATA_CONTEXT_WITH_SUBJECT;
WIN_TRUST_ACTDATA_SUBJECT_ONLY* = RECORD [untagged]
dwSubjectType*: INTEGER;
Subject*: WIN_TRUST_SUBJECT;
END;
PtrWIN_TRUST_ACTDATA_SUBJECT_ONLY* = POINTER TO WIN_TRUST_ACTDATA_SUBJECT_ONLY;
WIN_TRUST_SUBJECT_FILE* = RECORD [untagged]
hFile*: HANDLE;
lpPath*: PtrWSTR;
END;
PtrWIN_TRUST_SUBJECT_FILE* = POINTER TO WIN_TRUST_SUBJECT_FILE;
WIN_SPUB_TRUSTEDPUB_DATA* = RECORD [untagged]
hClientToken*: HANDLE;
lpCertificate*: PtrWIN_CERTIFICATE;
END;
PtrWIN_SPUB_TRUSTEDPUB_DATA* = POINTER TO WIN_SPUB_TRUSTEDPUB_DATA;
XFORM* = RECORD [untagged]
eM11*: SHORTREAL;
eM12*: SHORTREAL;
eM21*: SHORTREAL;
eM22*: SHORTREAL;
eDx*: SHORTREAL;
eDy*: SHORTREAL;
END;
PtrXFORM* = POINTER TO XFORM;
BITMAP* = RECORD [untagged]
bmType*: INTEGER;
bmWidth*: INTEGER;
bmHeight*: INTEGER;
bmWidthBytes*: INTEGER;
bmPlanes*: SHORTINT;
bmBitsPixel*: SHORTINT;
bmBits*: PtrVoid;
END;
PtrBITMAP* = POINTER TO BITMAP;
RGBTRIPLE* = RECORD [untagged]
rgbtBlue*: SHORTCHAR;
rgbtGreen*: SHORTCHAR;
rgbtRed*: SHORTCHAR;
END;
RGBQUAD* = RECORD [untagged]
rgbBlue*: SHORTCHAR;
rgbGreen*: SHORTCHAR;
rgbRed*: SHORTCHAR;
rgbReserved*: SHORTCHAR;
END;
PtrRGBQUAD* = POINTER TO RGBQUAD;
LCSCSTYPE* = INTEGER;
LCSGAMUTMATCH* = INTEGER;
FXPT16DOT16* = INTEGER;
FXPT2DOT30* = INTEGER;
CIEXYZ* = RECORD [untagged]
ciexyzX*: FXPT2DOT30;
ciexyzY*: FXPT2DOT30;
ciexyzZ*: FXPT2DOT30;
END;
PtrCIEXYZ* = POINTER TO CIEXYZ;
CIEXYZTRIPLE* = RECORD [untagged]
ciexyzRed*: CIEXYZ;
ciexyzGreen*: CIEXYZ;
ciexyzBlue*: CIEXYZ;
END;
PtrCIEXYZTRIPLE* = POINTER TO CIEXYZTRIPLE;
LOGCOLORSPACEA* = RECORD [untagged]
lcsSignature*: INTEGER;
lcsVersion*: INTEGER;
lcsSize*: INTEGER;
lcsCSType*: LCSCSTYPE;
lcsIntent*: LCSGAMUTMATCH;
lcsEndpoints*: CIEXYZTRIPLE;
lcsGammaRed*: INTEGER;
lcsGammaGreen*: INTEGER;
lcsGammaBlue*: INTEGER;
lcsFilename*: ARRAY [untagged] 260 OF SHORTCHAR;
END;
PtrLOGCOLORSPACEA* = POINTER TO LOGCOLORSPACEA;
LOGCOLORSPACEW* = RECORD [untagged]
lcsSignature*: INTEGER;
lcsVersion*: INTEGER;
lcsSize*: INTEGER;
lcsCSType*: LCSCSTYPE;
lcsIntent*: LCSGAMUTMATCH;
lcsEndpoints*: CIEXYZTRIPLE;
lcsGammaRed*: INTEGER;
lcsGammaGreen*: INTEGER;
lcsGammaBlue*: INTEGER;
lcsFilename*: ARRAY [untagged] 260 OF CHAR;
END;
PtrLOGCOLORSPACEW* = POINTER TO LOGCOLORSPACEW;
LOGCOLORSPACE* = LOGCOLORSPACEA;
PtrLOGCOLORSPACE* = PtrLOGCOLORSPACEA;
BITMAPCOREHEADER* = RECORD [untagged]
bcSize*: INTEGER;
bcWidth*: SHORTINT;
bcHeight*: SHORTINT;
bcPlanes*: SHORTINT;
bcBitCount*: SHORTINT;
END;
PtrBITMAPCOREHEADER* = POINTER TO BITMAPCOREHEADER;
BITMAPINFOHEADER* = RECORD [untagged]
biSize*: INTEGER;
biWidth*: INTEGER;
biHeight*: INTEGER;
biPlanes*: SHORTINT;
biBitCount*: SHORTINT;
biCompression*: INTEGER;
biSizeImage*: INTEGER;
biXPelsPerMeter*: INTEGER;
biYPelsPerMeter*: INTEGER;
biClrUsed*: INTEGER;
biClrImportant*: INTEGER;
END;
PtrBITMAPINFOHEADER* = POINTER TO BITMAPINFOHEADER;
BITMAPV4HEADER* = RECORD [untagged]
bV4Size*: INTEGER;
bV4Width*: INTEGER;
bV4Height*: INTEGER;
bV4Planes*: SHORTINT;
bV4BitCount*: SHORTINT;
bV4V4Compression*: INTEGER;
bV4SizeImage*: INTEGER;
bV4XPelsPerMeter*: INTEGER;
bV4YPelsPerMeter*: INTEGER;
bV4ClrUsed*: INTEGER;
bV4ClrImportant*: INTEGER;
bV4RedMask*: INTEGER;
bV4GreenMask*: INTEGER;
bV4BlueMask*: INTEGER;
bV4AlphaMask*: INTEGER;
bV4CSType*: INTEGER;
bV4Endpoints*: CIEXYZTRIPLE;
bV4GammaRed*: INTEGER;
bV4GammaGreen*: INTEGER;
bV4GammaBlue*: INTEGER;
END;
PtrBITMAPV4HEADER* = POINTER TO BITMAPV4HEADER;
BITMAPINFO* = RECORD [untagged]
bmiHeader*: BITMAPINFOHEADER;
bmiColors*: ARRAY [untagged] 1 OF RGBQUAD;
END;
PtrBITMAPINFO* = POINTER TO BITMAPINFO;
BITMAPCOREINFO* = RECORD [untagged]
bmciHeader*: BITMAPCOREHEADER;
bmciColors*: ARRAY [untagged] 1 OF RGBTRIPLE;
END;
PtrBITMAPCOREINFO* = POINTER TO BITMAPCOREINFO;
BITMAPFILEHEADER* = RECORD [align2]
bfType*: SHORTINT;
bfSize*: INTEGER;
bfReserved1*: SHORTINT;
bfReserved2*: SHORTINT;
bfOffBits*: INTEGER;
END;
PtrBITMAPFILEHEADER* = POINTER TO BITMAPFILEHEADER;
FONTSIGNATURE* = RECORD [untagged]
fsUsb*: ARRAY [untagged] 4 OF INTEGER;
fsCsb*: ARRAY [untagged] 2 OF INTEGER;
END;
PtrFONTSIGNATURE* = POINTER TO FONTSIGNATURE;
CHARSETINFO* = RECORD [untagged]
ciCharset*: INTEGER;
ciACP*: INTEGER;
fs*: FONTSIGNATURE;
END;
PtrCHARSETINFO* = POINTER TO CHARSETINFO;
LOCALESIGNATURE* = RECORD [untagged]
lsUsb*: ARRAY [untagged] 4 OF INTEGER;
lsCsbDefault*: ARRAY [untagged] 2 OF INTEGER;
lsCsbSupported*: ARRAY [untagged] 2 OF INTEGER;
END;
PtrLOCALESIGNATURE* = POINTER TO LOCALESIGNATURE;
HANDLETABLE* = RECORD [untagged]
objectHandle*: ARRAY [untagged] 1 OF HGDIOBJ;
END;
PtrHANDLETABLE* = POINTER TO HANDLETABLE;
METARECORD* = RECORD [untagged]
rdSize*: INTEGER;
rdFunction*: SHORTINT;
rdParm*: ARRAY [untagged] 1 OF SHORTINT;
END;
PtrMETARECORD* = POINTER TO METARECORD;
METAFILEPICT* = RECORD [untagged]
mm*: INTEGER;
xExt*: INTEGER;
yExt*: INTEGER;
hMF*: HMETAFILE;
END;
PtrMETAFILEPICT* = POINTER TO METAFILEPICT;
METAHEADER* = RECORD [align2]
mtType*: SHORTINT;
mtHeaderSize*: SHORTINT;
mtVersion*: SHORTINT;
mtSize*: INTEGER;
mtNoObjects*: SHORTINT;
mtMaxRecord*: INTEGER;
mtNoParameters*: SHORTINT;
END;
PtrMETAHEADER* = POINTER TO METAHEADER;
ENHMETARECORD* = RECORD [untagged]
iType*: INTEGER;
nSize*: INTEGER;
dParm*: ARRAY [untagged] 1 OF INTEGER;
END;
PtrENHMETARECORD* = POINTER TO ENHMETARECORD;
ENHMETAHEADER* = RECORD [untagged]
iType*: INTEGER;
nSize*: INTEGER;
rclBounds*: RECT;
rclFrame*: RECT;
dSignature*: INTEGER;
nVersion*: INTEGER;
nBytes*: INTEGER;
nRecords*: INTEGER;
nHandles*: SHORTINT;
sReserved*: SHORTINT;
nDescription*: INTEGER;
offDescription*: INTEGER;
nPalEntries*: INTEGER;
szlDevice*: SIZE;
szlMillimeters*: SIZE;
cbPixelFormat*: INTEGER;
offPixelFormat*: INTEGER;
bOpenGL*: INTEGER;
END;
PtrENHMETAHEADER* = POINTER TO ENHMETAHEADER;
BCHAR* = SHORTCHAR;
TEXTMETRICA* = RECORD [untagged]
tmHeight*: INTEGER;
tmAscent*: INTEGER;
tmDescent*: INTEGER;
tmInternalLeading*: INTEGER;
tmExternalLeading*: INTEGER;
tmAveCharWidth*: INTEGER;
tmMaxCharWidth*: INTEGER;
tmWeight*: INTEGER;
tmOverhang*: INTEGER;
tmDigitizedAspectX*: INTEGER;
tmDigitizedAspectY*: INTEGER;
tmFirstChar*: SHORTCHAR;
tmLastChar*: SHORTCHAR;
tmDefaultChar*: SHORTCHAR;
tmBreakChar*: SHORTCHAR;
tmItalic*: SHORTCHAR;
tmUnderlined*: SHORTCHAR;
tmStruckOut*: SHORTCHAR;
tmPitchAndFamily*: SHORTCHAR;
tmCharSet*: SHORTCHAR;
END;
PtrTEXTMETRICA* = POINTER TO TEXTMETRICA;
TEXTMETRICW* = RECORD [untagged]
tmHeight*: INTEGER;
tmAscent*: INTEGER;
tmDescent*: INTEGER;
tmInternalLeading*: INTEGER;
tmExternalLeading*: INTEGER;
tmAveCharWidth*: INTEGER;
tmMaxCharWidth*: INTEGER;
tmWeight*: INTEGER;
tmOverhang*: INTEGER;
tmDigitizedAspectX*: INTEGER;
tmDigitizedAspectY*: INTEGER;
tmFirstChar*: CHAR;
tmLastChar*: CHAR;
tmDefaultChar*: CHAR;
tmBreakChar*: CHAR;
tmItalic*: SHORTCHAR;
tmUnderlined*: SHORTCHAR;
tmStruckOut*: SHORTCHAR;
tmPitchAndFamily*: SHORTCHAR;
tmCharSet*: SHORTCHAR;
END;
PtrTEXTMETRICW* = POINTER TO TEXTMETRICW;
TEXTMETRIC* = TEXTMETRICA;
PtrTEXTMETRIC* = PtrTEXTMETRICA;
NEWTEXTMETRICA* = RECORD [untagged]
tmHeight*: INTEGER;
tmAscent*: INTEGER;
tmDescent*: INTEGER;
tmInternalLeading*: INTEGER;
tmExternalLeading*: INTEGER;
tmAveCharWidth*: INTEGER;
tmMaxCharWidth*: INTEGER;
tmWeight*: INTEGER;
tmOverhang*: INTEGER;
tmDigitizedAspectX*: INTEGER;
tmDigitizedAspectY*: INTEGER;
tmFirstChar*: SHORTCHAR;
tmLastChar*: SHORTCHAR;
tmDefaultChar*: SHORTCHAR;
tmBreakChar*: SHORTCHAR;
tmItalic*: SHORTCHAR;
tmUnderlined*: SHORTCHAR;
tmStruckOut*: SHORTCHAR;
tmPitchAndFamily*: SHORTCHAR;
tmCharSet*: SHORTCHAR;
ntmFlags*: INTEGER;
ntmSizeEM*: INTEGER;
ntmCellHeight*: INTEGER;
ntmAvgWidth*: INTEGER;
END;
PtrNEWTEXTMETRICA* = POINTER TO NEWTEXTMETRICA;
NEWTEXTMETRICW* = RECORD [untagged]
tmHeight*: INTEGER;
tmAscent*: INTEGER;
tmDescent*: INTEGER;
tmInternalLeading*: INTEGER;
tmExternalLeading*: INTEGER;
tmAveCharWidth*: INTEGER;
tmMaxCharWidth*: INTEGER;
tmWeight*: INTEGER;
tmOverhang*: INTEGER;
tmDigitizedAspectX*: INTEGER;
tmDigitizedAspectY*: INTEGER;
tmFirstChar*: CHAR;
tmLastChar*: CHAR;
tmDefaultChar*: CHAR;
tmBreakChar*: CHAR;
tmItalic*: SHORTCHAR;
tmUnderlined*: SHORTCHAR;
tmStruckOut*: SHORTCHAR;
tmPitchAndFamily*: SHORTCHAR;
tmCharSet*: SHORTCHAR;
ntmFlags*: INTEGER;
ntmSizeEM*: INTEGER;
ntmCellHeight*: INTEGER;
ntmAvgWidth*: INTEGER;
END;
PtrNEWTEXTMETRICW* = POINTER TO NEWTEXTMETRICW;
NEWTEXTMETRIC* = NEWTEXTMETRICA;
PtrNEWTEXTMETRIC* = PtrNEWTEXTMETRICA;
NEWTEXTMETRICEXA* = RECORD [untagged]
ntmTm*: NEWTEXTMETRICA;
ntmFontSig*: FONTSIGNATURE;
END;
NEWTEXTMETRICEXW* = RECORD [untagged]
ntmTm*: NEWTEXTMETRICW;
ntmFontSig*: FONTSIGNATURE;
END;
NEWTEXTMETRICEX* = NEWTEXTMETRICEXA;
PELARRAY* = RECORD [untagged]
paXCount*: INTEGER;
paYCount*: INTEGER;
paXExt*: INTEGER;
paYExt*: INTEGER;
paRGBs*: SHORTCHAR;
END;
PtrPELARRAY* = POINTER TO PELARRAY;
LOGBRUSH* = RECORD [untagged]
lbStyle*: INTEGER;
lbColor*: COLORREF;
lbHatch*: INTEGER;
END;
PtrLOGBRUSH* = POINTER TO LOGBRUSH;
PATTERN* = LOGBRUSH;
PtrPATTERN* = PtrLOGBRUSH;
LOGPEN* = RECORD [untagged]
lopnStyle*: INTEGER;
lopnWidth*: POINT;
lopnColor*: COLORREF;
END;
PtrLOGPEN* = POINTER TO LOGPEN;
EXTLOGPEN* = RECORD [untagged]
elpPenStyle*: INTEGER;
elpWidth*: INTEGER;
elpBrushStyle*: INTEGER;
elpColor*: COLORREF;
elpHatch*: INTEGER;
elpNumEntries*: INTEGER;
elpStyleEntry*: ARRAY [untagged] 1 OF INTEGER;
END;
PtrEXTLOGPEN* = POINTER TO EXTLOGPEN;
PALETTEENTRY* = RECORD [untagged]
peRed*: SHORTCHAR;
peGreen*: SHORTCHAR;
peBlue*: SHORTCHAR;
peFlags*: SHORTCHAR;
END;
PtrPALETTEENTRY* = POINTER TO PALETTEENTRY;
LOGPALETTE* = RECORD [untagged]
palVersion*: SHORTINT;
palNumEntries*: SHORTINT;
palPalEntry*: ARRAY [untagged] 1 OF PALETTEENTRY;
END;
PtrLOGPALETTE* = POINTER TO LOGPALETTE;
LOGFONTA* = RECORD [untagged]
lfHeight*: INTEGER;
lfWidth*: INTEGER;
lfEscapement*: INTEGER;
lfOrientation*: INTEGER;
lfWeight*: INTEGER;
lfItalic*: SHORTCHAR;
lfUnderline*: SHORTCHAR;
lfStrikeOut*: SHORTCHAR;
lfCharSet*: SHORTCHAR;
lfOutPrecision*: SHORTCHAR;
lfClipPrecision*: SHORTCHAR;
lfQuality*: SHORTCHAR;
lfPitchAndFamily*: SHORTCHAR;
lfFaceName*: ARRAY [untagged] 32 OF SHORTCHAR;
END;
PtrLOGFONTA* = POINTER TO LOGFONTA;
LOGFONTW* = RECORD [untagged]
lfHeight*: INTEGER;
lfWidth*: INTEGER;
lfEscapement*: INTEGER;
lfOrientation*: INTEGER;
lfWeight*: INTEGER;
lfItalic*: SHORTCHAR;
lfUnderline*: SHORTCHAR;
lfStrikeOut*: SHORTCHAR;
lfCharSet*: SHORTCHAR;
lfOutPrecision*: SHORTCHAR;
lfClipPrecision*: SHORTCHAR;
lfQuality*: SHORTCHAR;
lfPitchAndFamily*: SHORTCHAR;
lfFaceName*: ARRAY [untagged] 32 OF CHAR;
END;
PtrLOGFONTW* = POINTER TO LOGFONTW;
LOGFONT* = LOGFONTA;
PtrLOGFONT* = PtrLOGFONTA;
ENUMLOGFONTA* = RECORD [untagged]
elfLogFont*: LOGFONTA;
elfFullName*: ARRAY [untagged] 64 OF SHORTCHAR;
elfStyle*: ARRAY [untagged] 32 OF SHORTCHAR;
END;
PtrENUMLOGFONTA* = POINTER TO ENUMLOGFONTA;
ENUMLOGFONTW* = RECORD [untagged]
elfLogFont*: LOGFONTW;
elfFullName*: ARRAY [untagged] 64 OF CHAR;
elfStyle*: ARRAY [untagged] 32 OF CHAR;
END;
PtrENUMLOGFONTW* = POINTER TO ENUMLOGFONTW;
ENUMLOGFONT* = ENUMLOGFONTA;
PtrENUMLOGFONT* = PtrENUMLOGFONTA;
ENUMLOGFONTEXA* = RECORD [untagged]
elfLogFont*: LOGFONTA;
elfFullName*: ARRAY [untagged] 64 OF SHORTCHAR;
elfStyle*: ARRAY [untagged] 32 OF SHORTCHAR;
elfScript*: ARRAY [untagged] 32 OF SHORTCHAR;
END;
PtrENUMLOGFONTEXA* = POINTER TO ENUMLOGFONTEXA;
ENUMLOGFONTEXW* = RECORD [untagged]
elfLogFont*: LOGFONTW;
elfFullName*: ARRAY [untagged] 64 OF CHAR;
elfStyle*: ARRAY [untagged] 32 OF CHAR;
elfScript*: ARRAY [untagged] 32 OF CHAR;
END;
PtrENUMLOGFONTEXW* = POINTER TO ENUMLOGFONTEXW;
ENUMLOGFONTEX* = ENUMLOGFONTEXA;
PtrENUMLOGFONTEX* = PtrENUMLOGFONTEXA;
PANOSE* = RECORD [untagged]
bFamilyType*: SHORTCHAR;
bSerifStyle*: SHORTCHAR;
bWeight*: SHORTCHAR;
bProportion*: SHORTCHAR;
bContrast*: SHORTCHAR;
bStrokeVariation*: SHORTCHAR;
bArmStyle*: SHORTCHAR;
bLetterform*: SHORTCHAR;
bMidline*: SHORTCHAR;
bXHeight*: SHORTCHAR;
END;
PtrPANOSE* = POINTER TO PANOSE;
EXTLOGFONTA* = RECORD [untagged]
elfLogFont*: LOGFONTA;
elfFullName*: ARRAY [untagged] 64 OF SHORTCHAR;
elfStyle*: ARRAY [untagged] 32 OF SHORTCHAR;
elfVersion*: INTEGER;
elfStyleSize*: INTEGER;
elfMatch*: INTEGER;
elfReserved*: INTEGER;
elfVendorId*: ARRAY [untagged] 4 OF SHORTCHAR;
elfCulture*: INTEGER;
elfPanose*: PANOSE;
END;
PtrEXTLOGFONTA* = POINTER TO EXTLOGFONTA;
EXTLOGFONTW* = RECORD [untagged]
elfLogFont*: LOGFONTW;
elfFullName*: ARRAY [untagged] 64 OF CHAR;
elfStyle*: ARRAY [untagged] 32 OF CHAR;
elfVersion*: INTEGER;
elfStyleSize*: INTEGER;
elfMatch*: INTEGER;
elfReserved*: INTEGER;
elfVendorId*: ARRAY [untagged] 4 OF SHORTCHAR;
elfCulture*: INTEGER;
elfPanose*: PANOSE;
END;
PtrEXTLOGFONTW* = POINTER TO EXTLOGFONTW;
EXTLOGFONT* = EXTLOGFONTA;
PtrEXTLOGFONT* = PtrEXTLOGFONTA;
DEVMODEA* = RECORD [untagged]
dmDeviceName*: ARRAY [untagged] 32 OF SHORTCHAR;
dmSpecVersion*: SHORTINT;
dmDriverVersion*: SHORTINT;
dmSize*: SHORTINT;
dmDriverExtra*: SHORTINT;
dmFields*: SET;
dmOrientation*: SHORTINT;
dmPaperSize*: SHORTINT;
dmPaperLength*: SHORTINT;
dmPaperWidth*: SHORTINT;
dmScale*: SHORTINT;
dmCopies*: SHORTINT;
dmDefaultSource*: SHORTINT;
dmPrintQuality*: SHORTINT;
dmColor*: SHORTINT;
dmDuplex*: SHORTINT;
dmYResolution*: SHORTINT;
dmTTOption*: SHORTINT;
dmCollate*: SHORTINT;
dmFormName*: ARRAY [untagged] 32 OF SHORTCHAR;
dmLogPixels*: SHORTINT;
dmBitsPerPel*: INTEGER;
dmPelsWidth*: INTEGER;
dmPelsHeight*: INTEGER;
dmDisplayFlags*: SET;
dmDisplayFrequency*: INTEGER;
dmICMMethod*: INTEGER;
dmICMIntent*: INTEGER;
dmMediaType*: INTEGER;
dmDitherType*: INTEGER;
dmICCManufacturer*: INTEGER;
dmICCModel*: INTEGER;
dmPanningWidth*: INTEGER;
dmPanningHeight*: INTEGER;
END;
PtrDEVMODEA* = POINTER TO DEVMODEA;
DEVMODEW* = RECORD [untagged]
dmDeviceName*: ARRAY [untagged] 32 OF CHAR;
dmSpecVersion*: SHORTINT;
dmDriverVersion*: SHORTINT;
dmSize*: SHORTINT;
dmDriverExtra*: SHORTINT;
dmFields*: SET;
dmOrientation*: SHORTINT;
dmPaperSize*: SHORTINT;
dmPaperLength*: SHORTINT;
dmPaperWidth*: SHORTINT;
dmScale*: SHORTINT;
dmCopies*: SHORTINT;
dmDefaultSource*: SHORTINT;
dmPrintQuality*: SHORTINT;
dmColor*: SHORTINT;
dmDuplex*: SHORTINT;
dmYResolution*: SHORTINT;
dmTTOption*: SHORTINT;
dmCollate*: SHORTINT;
dmFormName*: ARRAY [untagged] 32 OF CHAR;
dmLogPixels*: SHORTINT;
dmBitsPerPel*: INTEGER;
dmPelsWidth*: INTEGER;
dmPelsHeight*: INTEGER;
dmDisplayFlags*: SET;
dmDisplayFrequency*: INTEGER;
dmICMMethod*: INTEGER;
dmICMIntent*: INTEGER;
dmMediaType*: INTEGER;
dmDitherType*: INTEGER;
dmICCManufacturer*: INTEGER;
dmICCModel*: INTEGER;
dmPanningWidth*: INTEGER;
dmPanningHeight*: INTEGER;
END;
PtrDEVMODEW* = POINTER TO DEVMODEW;
DEVMODE* = DEVMODEA;
PtrDEVMODE* = PtrDEVMODEA;
RGNDATAHEADER* = RECORD [untagged]
dwSize*: INTEGER;
iType*: INTEGER;
nCount*: INTEGER;
nRgnSize*: INTEGER;
rcBound*: RECT;
END;
PtrRGNDATAHEADER* = POINTER TO RGNDATAHEADER;
RGNDATA* = RECORD [untagged]
rdh*: RGNDATAHEADER;
Buffer*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrRGNDATA* = POINTER TO RGNDATA;
ABC* = RECORD [untagged]
abcA*: INTEGER;
abcB*: INTEGER;
abcC*: INTEGER;
END;
PtrABC* = POINTER TO ABC;
ABCFLOAT* = RECORD [untagged]
abcfA*: SHORTREAL;
abcfB*: SHORTREAL;
abcfC*: SHORTREAL;
END;
PtrABCFLOAT* = POINTER TO ABCFLOAT;
OUTLINETEXTMETRICA* = RECORD [untagged]
otmSize*: INTEGER;
otmTextMetrics*: TEXTMETRICA;
otmFiller*: SHORTCHAR;
otmPanoseNumber*: PANOSE;
otmfsSelection*: INTEGER;
otmfsType*: INTEGER;
otmsCharSlopeRise*: INTEGER;
otmsCharSlopeRun*: INTEGER;
otmItalicAngle*: INTEGER;
otmEMSquare*: INTEGER;
otmAscent*: INTEGER;
otmDescent*: INTEGER;
otmLineGap*: INTEGER;
otmsCapEmHeight*: INTEGER;
otmsXHeight*: INTEGER;
otmrcFontBox*: RECT;
otmMacAscent*: INTEGER;
otmMacDescent*: INTEGER;
otmMacLineGap*: INTEGER;
otmusMinimumPPEM*: INTEGER;
otmptSubscriptSize*: POINT;
otmptSubscriptOffset*: POINT;
otmptSuperscriptSize*: POINT;
otmptSuperscriptOffset*: POINT;
otmsStrikeoutSize*: INTEGER;
otmsStrikeoutPosition*: INTEGER;
otmsUnderscoreSize*: INTEGER;
otmsUnderscorePosition*: INTEGER;
otmpFamilyName*: PtrSTR;
otmpFaceName*: PtrSTR;
otmpStyleName*: PtrSTR;
otmpFullName*: PtrSTR;
END;
PtrOUTLINETEXTMETRICA* = POINTER TO OUTLINETEXTMETRICA;
OUTLINETEXTMETRICW* = RECORD [untagged]
otmSize*: INTEGER;
otmTextMetrics*: TEXTMETRICW;
otmFiller*: SHORTCHAR;
otmPanoseNumber*: PANOSE;
otmfsSelection*: INTEGER;
otmfsType*: INTEGER;
otmsCharSlopeRise*: INTEGER;
otmsCharSlopeRun*: INTEGER;
otmItalicAngle*: INTEGER;
otmEMSquare*: INTEGER;
otmAscent*: INTEGER;
otmDescent*: INTEGER;
otmLineGap*: INTEGER;
otmsCapEmHeight*: INTEGER;
otmsXHeight*: INTEGER;
otmrcFontBox*: RECT;
otmMacAscent*: INTEGER;
otmMacDescent*: INTEGER;
otmMacLineGap*: INTEGER;
otmusMinimumPPEM*: INTEGER;
otmptSubscriptSize*: POINT;
otmptSubscriptOffset*: POINT;
otmptSuperscriptSize*: POINT;
otmptSuperscriptOffset*: POINT;
otmsStrikeoutSize*: INTEGER;
otmsStrikeoutPosition*: INTEGER;
otmsUnderscoreSize*: INTEGER;
otmsUnderscorePosition*: INTEGER;
otmpFamilyName*: PtrSTR;
otmpFaceName*: PtrSTR;
otmpStyleName*: PtrSTR;
otmpFullName*: PtrSTR;
END;
PtrOUTLINETEXTMETRICW* = POINTER TO OUTLINETEXTMETRICW;
OUTLINETEXTMETRIC* = OUTLINETEXTMETRICA;
PtrOUTLINETEXTMETRIC* = PtrOUTLINETEXTMETRICA;
POLYTEXTA* = RECORD [untagged]
x*: INTEGER;
y*: INTEGER;
n*: INTEGER;
lpstr*: PtrSTR;
uiFlags*: SET;
rcl*: RECT;
pdx*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
END;
PtrPOLYTEXTA* = POINTER TO POLYTEXTA;
POLYTEXTW* = RECORD [untagged]
x*: INTEGER;
y*: INTEGER;
n*: INTEGER;
lpstr*: PtrWSTR;
uiFlags*: SET;
rcl*: RECT;
pdx*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
END;
PtrPOLYTEXTW* = POINTER TO POLYTEXTW;
POLYTEXT* = POLYTEXTA;
PtrPOLYTEXT* = PtrPOLYTEXTA;
FIXED* = RECORD [untagged]
fract*: SHORTINT;
value*: SHORTINT;
END;
MAT2* = RECORD [untagged]
eM11*: FIXED;
eM12*: FIXED;
eM21*: FIXED;
eM22*: FIXED;
END;
PtrMAT2* = POINTER TO MAT2;
GLYPHMETRICS* = RECORD [untagged]
gmBlackBoxX*: INTEGER;
gmBlackBoxY*: INTEGER;
gmptGlyphOrigin*: POINT;
gmCellIncX*: SHORTINT;
gmCellIncY*: SHORTINT;
END;
PtrGLYPHMETRICS* = POINTER TO GLYPHMETRICS;
POINTFX* = RECORD [untagged]
x*: FIXED;
y*: FIXED;
END;
PtrPOINTFX* = POINTER TO POINTFX;
TTPOLYCURVE* = RECORD [untagged]
wType*: SHORTINT;
cpfx*: SHORTINT;
apfx*: ARRAY [untagged] 1 OF POINTFX;
END;
PtrTTPOLYCURVE* = POINTER TO TTPOLYCURVE;
TTPOLYGONHEADER* = RECORD [untagged]
cb*: INTEGER;
dwType*: INTEGER;
pfxStart*: POINTFX;
END;
PtrTTPOLYGONHEADER* = POINTER TO TTPOLYGONHEADER;
GCP_RESULTSA* = RECORD [untagged]
lStructSize*: INTEGER;
lpOutString*: PtrSTR;
lpOrder*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
lpDx*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
lpCaretPos*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
lpClass*: PtrSTR;
lpGlyphs*: PtrWSTR;
nGlyphs*: INTEGER;
nMaxFit*: INTEGER;
END;
PtrGCP_RESULTSA* = POINTER TO GCP_RESULTSA;
GCP_RESULTSW* = RECORD [untagged]
lStructSize*: INTEGER;
lpOutString*: PtrWSTR;
lpOrder*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
lpDx*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
lpCaretPos*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
lpClass*: PtrSTR;
lpGlyphs*: PtrWSTR;
nGlyphs*: INTEGER;
nMaxFit*: INTEGER;
END;
PtrGCP_RESULTSW* = POINTER TO GCP_RESULTSW;
GCP_RESULTS* = GCP_RESULTSA;
PtrGCP_RESULTS* = PtrGCP_RESULTSA;
RASTERIZER_STATUS* = RECORD [untagged]
nSize*: SHORTINT;
wFlags*: SHORTINT;
nLanguageID*: SHORTINT;
END;
PtrRASTERIZER_STATUS* = POINTER TO RASTERIZER_STATUS;
PIXELFORMATDESCRIPTOR* = RECORD [untagged]
nSize*: SHORTINT;
nVersion*: SHORTINT;
dwFlags*: SET;
iPixelType*: SHORTCHAR;
cColorBits*: SHORTCHAR;
cRedBits*: SHORTCHAR;
cRedShift*: SHORTCHAR;
cGreenBits*: SHORTCHAR;
cGreenShift*: SHORTCHAR;
cBlueBits*: SHORTCHAR;
cBlueShift*: SHORTCHAR;
cAlphaBits*: SHORTCHAR;
cAlphaShift*: SHORTCHAR;
cAccumBits*: SHORTCHAR;
cAccumRedBits*: SHORTCHAR;
cAccumGreenBits*: SHORTCHAR;
cAccumBlueBits*: SHORTCHAR;
cAccumAlphaBits*: SHORTCHAR;
cDepthBits*: SHORTCHAR;
cStencilBits*: SHORTCHAR;
cAuxBuffers*: SHORTCHAR;
iLayerType*: SHORTCHAR;
bReserved*: SHORTCHAR;
dwLayerMask*: SET;
dwVisibleMask*: SET;
dwDamageMask*: SET;
END;
PtrPIXELFORMATDESCRIPTOR* = POINTER TO PIXELFORMATDESCRIPTOR;
OLDFONTENUMPROC* = PROCEDURE (): INTEGER;
FONTENUMPROCA* = PROCEDURE (VAR [nil] lplf: LOGFONTA; VAR [nil] lptm:TEXTMETRICA; dwType, lParam: INTEGER): INTEGER;
FONTENUMPROCW* = PROCEDURE (VAR [nil] lplf: LOGFONTW; VAR [nil] lptm:TEXTMETRICW; dwType, lParam: INTEGER): INTEGER;
FONTENUMPROC* = PROCEDURE (VAR [nil] lplf: LOGFONTA; VAR [nil] lptm:TEXTMETRICA; dwType, lParam: INTEGER): INTEGER;
FONTENUMPROCEXA* = PROCEDURE (VAR [nil] lpelf: ENUMLOGFONTEXA; VAR [nil] lpntm: NEWTEXTMETRICEXA; FontType, lParam: INTEGER): INTEGER;
FONTENUMPROCEXW* = PROCEDURE (VAR [nil] lpelf: ENUMLOGFONTEXW; VAR [nil] lpntm: NEWTEXTMETRICEXW; FontType, lParam: INTEGER): INTEGER;
FONTENUMPROCEX* = PROCEDURE (VAR [nil] lpelf: ENUMLOGFONTEXA; VAR [nil] lpntm: NEWTEXTMETRICEXA; FontType, lParam: INTEGER): INTEGER;
NEWFONTENUMPROCA* = PROCEDURE (VAR [nil] lpelf: ENUMLOGFONTA; VAR [nil] lpntm: NEWTEXTMETRICA; FontType, lParam: INTEGER): INTEGER;
NEWFONTENUMPROCW* = PROCEDURE (VAR [nil] lpelf: ENUMLOGFONTW; VAR [nil] lpntm: NEWTEXTMETRICW; FontType, lParam: INTEGER): INTEGER;
NEWFONTENUMPROC* = PROCEDURE (VAR [nil] lpelf: ENUMLOGFONTA; VAR [nil] lpntm: NEWTEXTMETRICA; FontType, lParam: INTEGER): INTEGER;
GOBJENUMPROC* = PROCEDURE (): INTEGER;
LINEDDAPROC* = PROCEDURE (): INTEGER;
FNDEVMODE* = PROCEDURE (p0: HWND; p1: HMODULE; VAR [nil] p2: DEVMODEA; p3: PtrSTR; p4: PtrSTR; VAR [nil] p5: DEVMODEA; p6: PtrSTR; p7: INTEGER): INTEGER;
FNDEVCAPS* = PROCEDURE (p0: PtrSTR; p1: PtrSTR; p2: INTEGER; p3: PtrSTR; VAR [nil] p4: DEVMODEA): INTEGER;
MFENUMPROC* = PROCEDURE (p0: HDC; VAR [nil] p1: HANDLETABLE; VAR [nil] p2: METARECORD; p3: INTEGER; p4: LPARAM): INTEGER;
ENHMFENUMPROC* = PROCEDURE (p0: HDC; VAR [nil] p1: HANDLETABLE; VAR [nil] p2: ENHMETARECORD; p3: INTEGER; p4: LPARAM): INTEGER;
DIBSECTION* = RECORD [untagged]
dsBm*: BITMAP;
dsBmih*: BITMAPINFOHEADER;
dsBitfields*: ARRAY [untagged] 3 OF INTEGER;
dshSection*: HANDLE;
dsOffset*: INTEGER;
END;
PtrDIBSECTION* = POINTER TO DIBSECTION;
COLORADJUSTMENT* = RECORD [untagged]
caSize*: SHORTINT;
caFlags*: SHORTINT;
caIlluminantIndex*: SHORTINT;
caRedGamma*: SHORTINT;
caGreenGamma*: SHORTINT;
caBlueGamma*: SHORTINT;
caReferenceBlack*: SHORTINT;
caReferenceWhite*: SHORTINT;
caContrast*: SHORTINT;
caBrightness*: SHORTINT;
caColorfulness*: SHORTINT;
caRedGreenTint*: SHORTINT;
END;
PtrCOLORADJUSTMENT* = POINTER TO COLORADJUSTMENT;
ABORTPROC* = PROCEDURE (hdc: HDC; iError: INTEGER): INTEGER;
DOCINFOA* = RECORD [untagged]
cbSize*: INTEGER;
lpszDocName*: PtrSTR;
lpszOutput*: PtrSTR;
lpszDatatype*: PtrSTR;
fwType*: INTEGER;
END;
PtrDOCINFOA* = POINTER TO DOCINFOA;
DOCINFOW* = RECORD [untagged]
cbSize*: INTEGER;
lpszDocName*: PtrWSTR;
lpszOutput*: PtrWSTR;
lpszDatatype*: PtrWSTR;
fwType*: INTEGER;
END;
PtrDOCINFOW* = POINTER TO DOCINFOW;
DOCINFO* = DOCINFOA;
PtrDOCINFO* = PtrDOCINFOA;
KERNINGPAIR* = RECORD [untagged]
wFirst*: SHORTINT;
wSecond*: SHORTINT;
iKernAmount*: INTEGER;
END;
PtrKERNINGPAIR* = POINTER TO KERNINGPAIR;
ICMENUMPROCA* = PROCEDURE (p0: PtrSTR; p1: LPARAM): INTEGER;
ICMENUMPROCW* = PROCEDURE (p0: PtrWSTR; p1: LPARAM): INTEGER;
EMR* = RECORD [untagged]
iType*: INTEGER;
nSize*: INTEGER;
END;
PtrEMR* = POINTER TO EMR;
EMRTEXT* = RECORD [untagged]
ptlReference*: POINT;
nChars*: INTEGER;
offString*: INTEGER;
fOptions*: INTEGER;
rcl*: RECT;
offDx*: INTEGER;
END;
PtrEMRTEXT* = POINTER TO EMRTEXT;
EMRABORTPATH* = RECORD [untagged]
emr*: EMR;
END;
PtrEMRABORTPATH* = POINTER TO EMRABORTPATH;
EMRBEGINPATH* = EMRABORTPATH;
PtrEMRBEGINPATH* = PtrEMRABORTPATH;
EMRENDPATH* = EMRABORTPATH;
PtrEMRENDPATH* = PtrEMRABORTPATH;
EMRCLOSEFIGURE* = EMRABORTPATH;
PtrEMRCLOSEFIGURE* = PtrEMRABORTPATH;
EMRFLATTENPATH* = EMRABORTPATH;
PtrEMRFLATTENPATH* = PtrEMRABORTPATH;
EMRWIDENPATH* = EMRABORTPATH;
PtrEMRWIDENPATH* = PtrEMRABORTPATH;
EMRSETMETARGN* = EMRABORTPATH;
PtrEMRSETMETARGN* = PtrEMRABORTPATH;
EMRSAVEDC* = EMRABORTPATH;
PtrEMRSAVEDC* = PtrEMRABORTPATH;
EMRREALIZEPALETTE* = EMRABORTPATH;
PtrEMRREALIZEPALETTE* = PtrEMRABORTPATH;
EMRSELECTCLIPPATH* = RECORD [untagged]
emr*: EMR;
iMode*: INTEGER;
END;
PtrEMRSELECTCLIPPATH* = POINTER TO EMRSELECTCLIPPATH;
EMRSETBKMODE* = EMRSELECTCLIPPATH;
PtrEMRSETBKMODE* = PtrEMRSELECTCLIPPATH;
EMRSETMAPMODE* = EMRSELECTCLIPPATH;
PtrEMRSETMAPMODE* = PtrEMRSELECTCLIPPATH;
EMRSETPOLYFILLMODE* = EMRSELECTCLIPPATH;
PtrEMRSETPOLYFILLMODE* = PtrEMRSELECTCLIPPATH;
EMRSETROP2* = EMRSELECTCLIPPATH;
PtrEMRSETROP2* = PtrEMRSELECTCLIPPATH;
EMRSETSTRETCHBLTMODE* = EMRSELECTCLIPPATH;
PtrEMRSETSTRETCHBLTMODE* = PtrEMRSELECTCLIPPATH;
EMRSETICMMODE* = EMRSELECTCLIPPATH;
PtrEMRSETICMMODE* = PtrEMRSELECTCLIPPATH;
EMRSETTEXTALIGN* = EMRSELECTCLIPPATH;
PtrEMRSETTEXTALIGN* = PtrEMRSELECTCLIPPATH;
EMRSETMITERLIMIT* = RECORD [untagged]
emr*: EMR;
eMiterLimit*: SHORTREAL;
END;
PtrEMRSETMITERLIMIT* = POINTER TO EMRSETMITERLIMIT;
EMRRESTOREDC* = RECORD [untagged]
emr*: EMR;
iRelative*: INTEGER;
END;
PtrEMRRESTOREDC* = POINTER TO EMRRESTOREDC;
EMRSETARCDIRECTION* = RECORD [untagged]
emr*: EMR;
iArcDirection*: INTEGER;
END;
PtrEMRSETARCDIRECTION* = POINTER TO EMRSETARCDIRECTION;
EMRSETMAPPERFLAGS* = RECORD [untagged]
emr*: EMR;
dwFlags*: SET;
END;
PtrEMRSETMAPPERFLAGS* = POINTER TO EMRSETMAPPERFLAGS;
EMRSETBKCOLOR* = RECORD [untagged]
emr*: EMR;
crColor*: COLORREF;
END;
PtrEMRSETBKCOLOR* = POINTER TO EMRSETBKCOLOR;
EMRSETTEXTCOLOR* = EMRSETBKCOLOR;
PtrEMRSETTEXTCOLOR* = PtrEMRSETBKCOLOR;
EMRSELECTOBJECT* = RECORD [untagged]
emr*: EMR;
ihObject*: INTEGER;
END;
PtrEMRSELECTOBJECT* = POINTER TO EMRSELECTOBJECT;
EMRDELETEOBJECT* = EMRSELECTOBJECT;
PtrEMRDELETEOBJECT* = PtrEMRSELECTOBJECT;
EMRSELECTCOLORSPACE* = RECORD [untagged]
emr*: EMR;
ihCS*: INTEGER;
END;
PtrEMRSELECTCOLORSPACE* = POINTER TO EMRSELECTCOLORSPACE;
EMRDELETECOLORSPACE* = EMRSELECTCOLORSPACE;
PtrEMRDELETECOLORSPACE* = PtrEMRSELECTCOLORSPACE;
EMRSELECTPALETTE* = RECORD [untagged]
emr*: EMR;
ihPal*: INTEGER;
END;
PtrEMRSELECTPALETTE* = POINTER TO EMRSELECTPALETTE;
EMRRESIZEPALETTE* = RECORD [untagged]
emr*: EMR;
ihPal*: INTEGER;
cEntries*: INTEGER;
END;
PtrEMRRESIZEPALETTE* = POINTER TO EMRRESIZEPALETTE;
EMRSETPALETTEENTRIES* = RECORD [untagged]
emr*: EMR;
ihPal*: INTEGER;
iStart*: INTEGER;
cEntries*: INTEGER;
aPalEntries*: ARRAY [untagged] 1 OF PALETTEENTRY;
END;
PtrEMRSETPALETTEENTRIES* = POINTER TO EMRSETPALETTEENTRIES;
EMRSETCOLORADJUSTMENT* = RECORD [untagged]
emr*: EMR;
ColorAdjustment*: COLORADJUSTMENT;
END;
PtrEMRSETCOLORADJUSTMENT* = POINTER TO EMRSETCOLORADJUSTMENT;
EMRGDICOMMENT* = RECORD [untagged]
emr*: EMR;
cbData*: INTEGER;
Data*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrEMRGDICOMMENT* = POINTER TO EMRGDICOMMENT;
EMREOF* = RECORD [untagged]
emr*: EMR;
nPalEntries*: INTEGER;
offPalEntries*: INTEGER;
nSizeLast*: INTEGER;
END;
PtrEMREOF* = POINTER TO EMREOF;
EMRLINETO* = RECORD [untagged]
emr*: EMR;
ptl*: POINT;
END;
PtrEMRLINETO* = POINTER TO EMRLINETO;
EMRMOVETOEX* = EMRLINETO;
PtrEMRMOVETOEX* = PtrEMRLINETO;
EMROFFSETCLIPRGN* = RECORD [untagged]
emr*: EMR;
ptlOffset*: POINT;
END;
PtrEMROFFSETCLIPRGN* = POINTER TO EMROFFSETCLIPRGN;
EMRFILLPATH* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
END;
PtrEMRFILLPATH* = POINTER TO EMRFILLPATH;
EMRSTROKEANDFILLPATH* = EMRFILLPATH;
PtrEMRSTROKEANDFILLPATH* = PtrEMRFILLPATH;
EMRSTROKEPATH* = EMRFILLPATH;
PtrEMRSTROKEPATH* = PtrEMRFILLPATH;
EMREXCLUDECLIPRECT* = RECORD [untagged]
emr*: EMR;
rclClip*: RECT;
END;
PtrEMREXCLUDECLIPRECT* = POINTER TO EMREXCLUDECLIPRECT;
EMRINTERSECTCLIPRECT* = EMREXCLUDECLIPRECT;
PtrEMRINTERSECTCLIPRECT* = PtrEMREXCLUDECLIPRECT;
EMRSETVIEWPORTORGEX* = RECORD [untagged]
emr*: EMR;
ptlOrigin*: POINT;
END;
PtrEMRSETVIEWPORTORGEX* = POINTER TO EMRSETVIEWPORTORGEX;
EMRSETWINDOWORGEX* = EMRSETVIEWPORTORGEX;
PtrEMRSETWINDOWORGEX* = PtrEMRSETVIEWPORTORGEX;
EMRSETBRUSHORGEX* = EMRSETVIEWPORTORGEX;
PtrEMRSETBRUSHORGEX* = PtrEMRSETVIEWPORTORGEX;
EMRSETVIEWPORTEXTEX* = RECORD [untagged]
emr*: EMR;
szlExtent*: SIZE;
END;
PtrEMRSETVIEWPORTEXTEX* = POINTER TO EMRSETVIEWPORTEXTEX;
EMRSETWINDOWEXTEX* = EMRSETVIEWPORTEXTEX;
PtrEMRSETWINDOWEXTEX* = PtrEMRSETVIEWPORTEXTEX;
EMRSCALEVIEWPORTEXTEX* = RECORD [untagged]
emr*: EMR;
xNum*: INTEGER;
xDenom*: INTEGER;
yNum*: INTEGER;
yDenom*: INTEGER;
END;
PtrEMRSCALEVIEWPORTEXTEX* = POINTER TO EMRSCALEVIEWPORTEXTEX;
EMRSCALEWINDOWEXTEX* = EMRSCALEVIEWPORTEXTEX;
PtrEMRSCALEWINDOWEXTEX* = PtrEMRSCALEVIEWPORTEXTEX;
EMRSETWORLDTRANSFORM* = RECORD [untagged]
emr*: EMR;
xform*: XFORM;
END;
PtrEMRSETWORLDTRANSFORM* = POINTER TO EMRSETWORLDTRANSFORM;
EMRMODIFYWORLDTRANSFORM* = RECORD [untagged]
emr*: EMR;
xform*: XFORM;
iMode*: INTEGER;
END;
PtrEMRMODIFYWORLDTRANSFORM* = POINTER TO EMRMODIFYWORLDTRANSFORM;
EMRSETPIXELV* = RECORD [untagged]
emr*: EMR;
ptlPixel*: POINT;
crColor*: COLORREF;
END;
PtrEMRSETPIXELV* = POINTER TO EMRSETPIXELV;
EMREXTFLOODFILL* = RECORD [untagged]
emr*: EMR;
ptlStart*: POINT;
crColor*: COLORREF;
iMode*: INTEGER;
END;
PtrEMREXTFLOODFILL* = POINTER TO EMREXTFLOODFILL;
EMRELLIPSE* = RECORD [untagged]
emr*: EMR;
rclBox*: RECT;
END;
PtrEMRELLIPSE* = POINTER TO EMRELLIPSE;
EMRRECTANGLE* = EMRELLIPSE;
PtrEMRRECTANGLE* = PtrEMRELLIPSE;
EMRROUNDRECT* = RECORD [untagged]
emr*: EMR;
rclBox*: RECT;
szlCorner*: SIZE;
END;
PtrEMRROUNDRECT* = POINTER TO EMRROUNDRECT;
EMRARC* = RECORD [untagged]
emr*: EMR;
rclBox*: RECT;
ptlStart*: POINT;
ptlEnd*: POINT;
END;
PtrEMRARC* = POINTER TO EMRARC;
EMRARCTO* = EMRARC;
PtrEMRARCTO* = PtrEMRARC;
EMRCHORD* = EMRARC;
PtrEMRCHORD* = PtrEMRARC;
EMRPIE* = EMRARC;
PtrEMRPIE* = PtrEMRARC;
EMRANGLEARC* = RECORD [untagged]
emr*: EMR;
ptlCenter*: POINT;
nRadius*: INTEGER;
eStartAngle*: SHORTREAL;
eSweepAngle*: SHORTREAL;
END;
PtrEMRANGLEARC* = POINTER TO EMRANGLEARC;
EMRPOLYLINE* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
cptl*: INTEGER;
aptl*: ARRAY [untagged] 1 OF POINT;
END;
PtrEMRPOLYLINE* = POINTER TO EMRPOLYLINE;
EMRPOLYBEZIER* = EMRPOLYLINE;
PtrEMRPOLYBEZIER* = PtrEMRPOLYLINE;
EMRPOLYGON* = EMRPOLYLINE;
PtrEMRPOLYGON* = PtrEMRPOLYLINE;
EMRPOLYBEZIERTO* = EMRPOLYLINE;
PtrEMRPOLYBEZIERTO* = PtrEMRPOLYLINE;
EMRPOLYLINETO* = EMRPOLYLINE;
PtrEMRPOLYLINETO* = PtrEMRPOLYLINE;
EMRPOLYLINE16* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
cpts*: INTEGER;
apts*: ARRAY [untagged] 1 OF POINTS;
END;
PtrEMRPOLYLINE16* = POINTER TO EMRPOLYLINE16;
EMRPOLYBEZIER16* = EMRPOLYLINE16;
PtrEMRPOLYBEZIER16* = PtrEMRPOLYLINE16;
EMRPOLYGON16* = EMRPOLYLINE16;
PtrEMRPOLYGON16* = PtrEMRPOLYLINE16;
EMRPOLYBEZIERTO16* = EMRPOLYLINE16;
PtrEMRPOLYBEZIERTO16* = PtrEMRPOLYLINE16;
EMRPOLYLINETO16* = EMRPOLYLINE16;
PtrEMRPOLYLINETO16* = PtrEMRPOLYLINE16;
EMRPOLYDRAW* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
cptl*: INTEGER;
aptl*: ARRAY [untagged] 1 OF POINT;
abTypes*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrEMRPOLYDRAW* = POINTER TO EMRPOLYDRAW;
EMRPOLYDRAW16* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
cpts*: INTEGER;
apts*: ARRAY [untagged] 1 OF POINTS;
abTypes*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrEMRPOLYDRAW16* = POINTER TO EMRPOLYDRAW16;
EMRPOLYPOLYLINE* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
nPolys*: INTEGER;
cptl*: INTEGER;
aPolyCounts*: ARRAY [untagged] 1 OF INTEGER;
aptl*: ARRAY [untagged] 1 OF POINT;
END;
PtrEMRPOLYPOLYLINE* = POINTER TO EMRPOLYPOLYLINE;
EMRPOLYPOLYGON* = EMRPOLYPOLYLINE;
PtrEMRPOLYPOLYGON* = PtrEMRPOLYPOLYLINE;
EMRPOLYPOLYLINE16* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
nPolys*: INTEGER;
cpts*: INTEGER;
aPolyCounts*: ARRAY [untagged] 1 OF INTEGER;
apts*: ARRAY [untagged] 1 OF POINTS;
END;
PtrEMRPOLYPOLYLINE16* = POINTER TO EMRPOLYPOLYLINE16;
EMRPOLYPOLYGON16* = EMRPOLYPOLYLINE16;
PtrEMRPOLYPOLYGON16* = PtrEMRPOLYPOLYLINE16;
EMRINVERTRGN* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
cbRgnData*: INTEGER;
RgnData*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrEMRINVERTRGN* = POINTER TO EMRINVERTRGN;
EMRPAINTRGN* = EMRINVERTRGN;
PtrEMRPAINTRGN* = PtrEMRINVERTRGN;
EMRFILLRGN* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
cbRgnData*: INTEGER;
ihBrush*: INTEGER;
RgnData*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrEMRFILLRGN* = POINTER TO EMRFILLRGN;
EMRFRAMERGN* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
cbRgnData*: INTEGER;
ihBrush*: INTEGER;
szlStroke*: SIZE;
RgnData*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrEMRFRAMERGN* = POINTER TO EMRFRAMERGN;
EMREXTSELECTCLIPRGN* = RECORD [untagged]
emr*: EMR;
cbRgnData*: INTEGER;
iMode*: INTEGER;
RgnData*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrEMREXTSELECTCLIPRGN* = POINTER TO EMREXTSELECTCLIPRGN;
EMREXTTEXTOUTA* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
iGraphicsMode*: INTEGER;
exScale*: SHORTREAL;
eyScale*: SHORTREAL;
emrtext*: EMRTEXT;
END;
PtrEMREXTTEXTOUTA* = POINTER TO EMREXTTEXTOUTA;
EMREXTTEXTOUTW* = EMREXTTEXTOUTA;
PtrEMREXTTEXTOUTW* = PtrEMREXTTEXTOUTA;
EMRPOLYTEXTOUTA* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
iGraphicsMode*: INTEGER;
exScale*: SHORTREAL;
eyScale*: SHORTREAL;
cStrings*: INTEGER;
aemrtext*: ARRAY [untagged] 1 OF EMRTEXT;
END;
PtrEMRPOLYTEXTOUTA* = POINTER TO EMRPOLYTEXTOUTA;
EMRPOLYTEXTOUTW* = EMRPOLYTEXTOUTA;
PtrEMRPOLYTEXTOUTW* = PtrEMRPOLYTEXTOUTA;
EMRBITBLT* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
xDest*: INTEGER;
yDest*: INTEGER;
cxDest*: INTEGER;
cyDest*: INTEGER;
dwRop*: INTEGER;
xSrc*: INTEGER;
ySrc*: INTEGER;
xformSrc*: XFORM;
crBkColorSrc*: COLORREF;
iUsageSrc*: INTEGER;
offBmiSrc*: INTEGER;
cbBmiSrc*: INTEGER;
offBitsSrc*: INTEGER;
cbBitsSrc*: INTEGER;
END;
PtrEMRBITBLT* = POINTER TO EMRBITBLT;
EMRSTRETCHBLT* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
xDest*: INTEGER;
yDest*: INTEGER;
cxDest*: INTEGER;
cyDest*: INTEGER;
dwRop*: INTEGER;
xSrc*: INTEGER;
ySrc*: INTEGER;
xformSrc*: XFORM;
crBkColorSrc*: COLORREF;
iUsageSrc*: INTEGER;
offBmiSrc*: INTEGER;
cbBmiSrc*: INTEGER;
offBitsSrc*: INTEGER;
cbBitsSrc*: INTEGER;
cxSrc*: INTEGER;
cySrc*: INTEGER;
END;
PtrEMRSTRETCHBLT* = POINTER TO EMRSTRETCHBLT;
EMRMASKBLT* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
xDest*: INTEGER;
yDest*: INTEGER;
cxDest*: INTEGER;
cyDest*: INTEGER;
dwRop*: INTEGER;
xSrc*: INTEGER;
ySrc*: INTEGER;
xformSrc*: XFORM;
crBkColorSrc*: COLORREF;
iUsageSrc*: INTEGER;
offBmiSrc*: INTEGER;
cbBmiSrc*: INTEGER;
offBitsSrc*: INTEGER;
cbBitsSrc*: INTEGER;
xMask*: INTEGER;
yMask*: INTEGER;
iUsageMask*: INTEGER;
offBmiMask*: INTEGER;
cbBmiMask*: INTEGER;
offBitsMask*: INTEGER;
cbBitsMask*: INTEGER;
END;
PtrEMRMASKBLT* = POINTER TO EMRMASKBLT;
EMRPLGBLT* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
aptlDest*: ARRAY [untagged] 3 OF POINT;
xSrc*: INTEGER;
ySrc*: INTEGER;
cxSrc*: INTEGER;
cySrc*: INTEGER;
xformSrc*: XFORM;
crBkColorSrc*: COLORREF;
iUsageSrc*: INTEGER;
offBmiSrc*: INTEGER;
cbBmiSrc*: INTEGER;
offBitsSrc*: INTEGER;
cbBitsSrc*: INTEGER;
xMask*: INTEGER;
yMask*: INTEGER;
iUsageMask*: INTEGER;
offBmiMask*: INTEGER;
cbBmiMask*: INTEGER;
offBitsMask*: INTEGER;
cbBitsMask*: INTEGER;
END;
PtrEMRPLGBLT* = POINTER TO EMRPLGBLT;
EMRSETDIBITSTODEVICE* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
xDest*: INTEGER;
yDest*: INTEGER;
xSrc*: INTEGER;
ySrc*: INTEGER;
cxSrc*: INTEGER;
cySrc*: INTEGER;
offBmiSrc*: INTEGER;
cbBmiSrc*: INTEGER;
offBitsSrc*: INTEGER;
cbBitsSrc*: INTEGER;
iUsageSrc*: INTEGER;
iStartScan*: INTEGER;
cScans*: INTEGER;
END;
PtrEMRSETDIBITSTODEVICE* = POINTER TO EMRSETDIBITSTODEVICE;
EMRSTRETCHDIBITS* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
xDest*: INTEGER;
yDest*: INTEGER;
xSrc*: INTEGER;
ySrc*: INTEGER;
cxSrc*: INTEGER;
cySrc*: INTEGER;
offBmiSrc*: INTEGER;
cbBmiSrc*: INTEGER;
offBitsSrc*: INTEGER;
cbBitsSrc*: INTEGER;
iUsageSrc*: INTEGER;
dwRop*: INTEGER;
cxDest*: INTEGER;
cyDest*: INTEGER;
END;
PtrEMRSTRETCHDIBITS* = POINTER TO EMRSTRETCHDIBITS;
EMREXTCREATEFONTINDIRECTW* = RECORD [untagged]
emr*: EMR;
ihFont*: INTEGER;
elfw*: EXTLOGFONTW;
END;
PtrEMREXTCREATEFONTINDIRECTW* = POINTER TO EMREXTCREATEFONTINDIRECTW;
EMRCREATEPALETTE* = RECORD [untagged]
emr*: EMR;
ihPal*: INTEGER;
lgpl*: LOGPALETTE;
END;
PtrEMRCREATEPALETTE* = POINTER TO EMRCREATEPALETTE;
EMRCREATECOLORSPACE* = RECORD [untagged]
emr*: EMR;
ihCS*: INTEGER;
lcs*: LOGCOLORSPACEW;
END;
PtrEMRCREATECOLORSPACE* = POINTER TO EMRCREATECOLORSPACE;
EMRCREATEPEN* = RECORD [untagged]
emr*: EMR;
ihPen*: INTEGER;
lopn*: LOGPEN;
END;
PtrEMRCREATEPEN* = POINTER TO EMRCREATEPEN;
EMREXTCREATEPEN* = RECORD [untagged]
emr*: EMR;
ihPen*: INTEGER;
offBmi*: INTEGER;
cbBmi*: INTEGER;
offBits*: INTEGER;
cbBits*: INTEGER;
elp*: EXTLOGPEN;
END;
PtrEMREXTCREATEPEN* = POINTER TO EMREXTCREATEPEN;
EMRCREATEBRUSHINDIRECT* = RECORD [untagged]
emr*: EMR;
ihBrush*: INTEGER;
lb*: LOGBRUSH;
END;
PtrEMRCREATEBRUSHINDIRECT* = POINTER TO EMRCREATEBRUSHINDIRECT;
EMRCREATEMONOBRUSH* = RECORD [untagged]
emr*: EMR;
ihBrush*: INTEGER;
iUsage*: INTEGER;
offBmi*: INTEGER;
cbBmi*: INTEGER;
offBits*: INTEGER;
cbBits*: INTEGER;
END;
PtrEMRCREATEMONOBRUSH* = POINTER TO EMRCREATEMONOBRUSH;
EMRCREATEDIBPATTERNBRUSHPT* = RECORD [untagged]
emr*: EMR;
ihBrush*: INTEGER;
iUsage*: INTEGER;
offBmi*: INTEGER;
cbBmi*: INTEGER;
offBits*: INTEGER;
cbBits*: INTEGER;
END;
PtrEMRCREATEDIBPATTERNBRUSHPT* = POINTER TO EMRCREATEDIBPATTERNBRUSHPT;
EMRFORMAT* = RECORD [untagged]
dSignature*: INTEGER;
nVersion*: INTEGER;
cbData*: INTEGER;
offData*: INTEGER;
END;
PtrEMRFORMAT* = POINTER TO EMRFORMAT;
EMRGLSRECORD* = RECORD [untagged]
emr*: EMR;
cbData*: INTEGER;
Data*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrEMRGLSRECORD* = POINTER TO EMRGLSRECORD;
EMRGLSBOUNDEDRECORD* = RECORD [untagged]
emr*: EMR;
rclBounds*: RECT;
cbData*: INTEGER;
Data*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrEMRGLSBOUNDEDRECORD* = POINTER TO EMRGLSBOUNDEDRECORD;
EMRPIXELFORMAT* = RECORD [untagged]
emr*: EMR;
pfd*: PIXELFORMATDESCRIPTOR;
END;
PtrEMRPIXELFORMAT* = POINTER TO EMRPIXELFORMAT;
POINTFLOAT* = RECORD [untagged]
x*: SHORTREAL;
y*: SHORTREAL;
END;
PtrPOINTFLOAT* = POINTER TO POINTFLOAT;
GLYPHMETRICSFLOAT* = RECORD [untagged]
gmfBlackBoxX*: SHORTREAL;
gmfBlackBoxY*: SHORTREAL;
gmfptGlyphOrigin*: POINTFLOAT;
gmfCellIncX*: SHORTREAL;
gmfCellIncY*: SHORTREAL;
END;
PtrGLYPHMETRICSFLOAT* = POINTER TO GLYPHMETRICSFLOAT;
LAYERPLANEDESCRIPTOR* = RECORD [untagged]
nSize*: SHORTINT;
nVersion*: SHORTINT;
dwFlags*: SET;
iPixelType*: SHORTCHAR;
cColorBits*: SHORTCHAR;
cRedBits*: SHORTCHAR;
cRedShift*: SHORTCHAR;
cGreenBits*: SHORTCHAR;
cGreenShift*: SHORTCHAR;
cBlueBits*: SHORTCHAR;
cBlueShift*: SHORTCHAR;
cAlphaBits*: SHORTCHAR;
cAlphaShift*: SHORTCHAR;
cAccumBits*: SHORTCHAR;
cAccumRedBits*: SHORTCHAR;
cAccumGreenBits*: SHORTCHAR;
cAccumBlueBits*: SHORTCHAR;
cAccumAlphaBits*: SHORTCHAR;
cDepthBits*: SHORTCHAR;
cStencilBits*: SHORTCHAR;
cAuxBuffers*: SHORTCHAR;
iLayerPlane*: SHORTCHAR;
bReserved*: SHORTCHAR;
crTransparent*: COLORREF;
END;
PtrLAYERPLANEDESCRIPTOR* = POINTER TO LAYERPLANEDESCRIPTOR;
HDWP* = HANDLE;
MENUTEMPLATEA* = RECORD [untagged] END;
PtrMENUTEMPLATEA* = POINTER TO MENUTEMPLATEA;
MENUTEMPLATEW* = RECORD [untagged] END;
PtrMENUTEMPLATEW* = POINTER TO MENUTEMPLATEW;
MENUTEMPLATE* = RECORD [untagged] END;
PtrMENUTEMPLATE* = POINTER TO MENUTEMPLATE;
LPMENUTEMPLATEA* = PtrVoid;
LPMENUTEMPLATEW* = PtrVoid;
LPMENUTEMPLATE* = LPMENUTEMPLATEA;
WNDPROC* = PROCEDURE (p0: HWND; p1: INTEGER; p2: WPARAM; p3: LPARAM): LRESULT;
DLGPROC* = PROCEDURE (): INTEGER;
TIMERPROC* = PROCEDURE (): INTEGER;
GRAYSTRINGPROC* = PROCEDURE (): INTEGER;
WNDENUMPROC* = PROCEDURE (): INTEGER;
HOOKPROC* = PROCEDURE (): INTEGER;
SENDASYNCPROC* = PROCEDURE (): INTEGER;
EDITWORDBREAKPROCA* = PROCEDURE (): INTEGER;
EDITWORDBREAKPROCW* = PROCEDURE (): INTEGER;
ROPENUMPROCA* = PROCEDURE (): INTEGER;
ROPENUMPROCW* = PROCEDURE (): INTEGER;
ROPENUMPROCEXA* = PROCEDURE (): INTEGER;
ROPENUMPROCEXW* = PROCEDURE (): INTEGER;
DRAWSTATEPROC* = PROCEDURE (): INTEGER;
ROPENUMPROC* = PROCEDURE (): INTEGER;
ROPENUMPROCEX* = PROCEDURE (): INTEGER;
EDITWORDBREAKPROC* = PROCEDURE (): INTEGER;
NAMEENUMPROCA* = PROCEDURE (): INTEGER;
NAMEENUMPROCW* = PROCEDURE (): INTEGER;
WINSTAENUMPROCA* = PROCEDURE (): INTEGER;
DESKTOPENUMPROCA* = PROCEDURE (): INTEGER;
WINSTAENUMPROCW* = PROCEDURE (): INTEGER;
DESKTOPENUMPROCW* = PROCEDURE (): INTEGER;
WINSTAENUMPROC* = PROCEDURE (): INTEGER;
DESKTOPENUMPROC* = PROCEDURE (): INTEGER;
PtrCREATESTRUCTA* = POINTER TO CREATESTRUCTA;
CBT_CREATEWNDA* = RECORD [untagged]
lpcs*: PtrCREATESTRUCTA;
hwndInsertAfter*: HWND;
END;
PtrCBT_CREATEWNDA* = POINTER TO CBT_CREATEWNDA;
PtrCREATESTRUCTW* = POINTER TO CREATESTRUCTW;
CBT_CREATEWNDW* = RECORD [untagged]
lpcs*: PtrCREATESTRUCTW;
hwndInsertAfter*: HWND;
END;
PtrCBT_CREATEWNDW* = POINTER TO CBT_CREATEWNDW;
CBT_CREATEWND* = CBT_CREATEWNDA;
PtrCBT_CREATEWND* = PtrCBT_CREATEWNDA;
CBTACTIVATESTRUCT* = RECORD [untagged]
fMouse*: BOOL;
hWndActive*: HWND;
END;
PtrCBTACTIVATESTRUCT* = POINTER TO CBTACTIVATESTRUCT;
EVENTMSG* = RECORD [untagged]
message*: INTEGER;
paramL*: INTEGER;
paramH*: INTEGER;
time*: INTEGER;
hwnd*: HWND;
END;
PtrEVENTMSG* = POINTER TO EVENTMSG;
CWPSTRUCT* = RECORD [untagged]
lParam*: LPARAM;
wParam*: WPARAM;
message*: INTEGER;
hwnd*: HWND;
END;
PtrCWPSTRUCT* = POINTER TO CWPSTRUCT;
CWPRETSTRUCT* = RECORD [untagged]
lResult*: LRESULT;
lParam*: LPARAM;
wParam*: WPARAM;
message*: INTEGER;
hwnd*: HWND;
END;
PtrCWPRETSTRUCT* = POINTER TO CWPRETSTRUCT;
DEBUGHOOKINFO* = RECORD [untagged]
idThread*: INTEGER;
idThreadInstaller*: INTEGER;
lParam*: LPARAM;
wParam*: WPARAM;
code*: INTEGER;
END;
PtrDEBUGHOOKINFO* = POINTER TO DEBUGHOOKINFO;
MOUSEHOOKSTRUCT* = RECORD [untagged]
pt*: POINT;
hwnd*: HWND;
wHitTestCode*: INTEGER;
dwExtraInfo*: INTEGER;
END;
PtrMOUSEHOOKSTRUCT* = POINTER TO MOUSEHOOKSTRUCT;
HARDWAREHOOKSTRUCT* = RECORD [untagged]
hwnd*: HWND;
message*: INTEGER;
wParam*: WPARAM;
lParam*: LPARAM;
END;
PtrHARDWAREHOOKSTRUCT* = POINTER TO HARDWAREHOOKSTRUCT;
USEROBJECTFLAGS* = RECORD [untagged]
fInherit*: BOOL;
fReserved*: BOOL;
dwFlags*: SET;
END;
PtrUSEROBJECTFLAGS* = POINTER TO USEROBJECTFLAGS;
WNDCLASSEXA* = RECORD [untagged]
cbSize*: INTEGER;
style*: SET;
lpfnWndProc*: WNDPROC;
cbClsExtra*: INTEGER;
cbWndExtra*: INTEGER;
hInstance*: HINSTANCE;
hIcon*: HICON;
hCursor*: HCURSOR;
hbrBackground*: HBRUSH;
lpszMenuName*: PtrSTR;
lpszClassName*: PtrSTR;
hIconSm*: HICON;
END;
PtrWNDCLASSEXA* = POINTER TO WNDCLASSEXA;
WNDCLASSEXW* = RECORD [untagged]
cbSize*: INTEGER;
style*: SET;
lpfnWndProc*: WNDPROC;
cbClsExtra*: INTEGER;
cbWndExtra*: INTEGER;
hInstance*: HINSTANCE;
hIcon*: HICON;
hCursor*: HCURSOR;
hbrBackground*: HBRUSH;
lpszMenuName*: PtrWSTR;
lpszClassName*: PtrWSTR;
hIconSm*: HICON;
END;
PtrWNDCLASSEXW* = POINTER TO WNDCLASSEXW;
WNDCLASSEX* = WNDCLASSEXA;
PtrWNDCLASSEX* = PtrWNDCLASSEXA;
WNDCLASSA* = RECORD [untagged]
style*: SET;
lpfnWndProc*: WNDPROC;
cbClsExtra*: INTEGER;
cbWndExtra*: INTEGER;
hInstance*: HINSTANCE;
hIcon*: HICON;
hCursor*: HCURSOR;
hbrBackground*: HBRUSH;
lpszMenuName*: PtrSTR;
lpszClassName*: PtrSTR;
END;
PtrWNDCLASSA* = POINTER TO WNDCLASSA;
WNDCLASSW* = RECORD [untagged]
style*: SET;
lpfnWndProc*: WNDPROC;
cbClsExtra*: INTEGER;
cbWndExtra*: INTEGER;
hInstance*: HINSTANCE;
hIcon*: HICON;
hCursor*: HCURSOR;
hbrBackground*: HBRUSH;
lpszMenuName*: PtrWSTR;
lpszClassName*: PtrWSTR;
END;
PtrWNDCLASSW* = POINTER TO WNDCLASSW;
WNDCLASS* = WNDCLASSA;
PtrWNDCLASS* = PtrWNDCLASSA;
MSG* = RECORD [untagged]
hwnd*: HWND;
message*: INTEGER;
wParam*: WPARAM;
lParam*: LPARAM;
time*: INTEGER;
pt*: POINT;
END;
PtrMSG* = POINTER TO MSG;
MINMAXINFO* = RECORD [untagged]
ptReserved*: POINT;
ptMaxSize*: POINT;
ptMaxPosition*: POINT;
ptMinTrackSize*: POINT;
ptMaxTrackSize*: POINT;
END;
PtrMINMAXINFO* = POINTER TO MINMAXINFO;
COPYDATASTRUCT* = RECORD [untagged]
dwData*: INTEGER;
cbData*: INTEGER;
lpData*: PtrVoid;
END;
PtrCOPYDATASTRUCT* = POINTER TO COPYDATASTRUCT;
MDINEXTMENU* = RECORD [untagged]
hmenuIn*: HMENU;
hmenuNext*: HMENU;
hwndNext*: HWND;
END;
PtrMDINEXTMENU* = POINTER TO MDINEXTMENU;
WINDOWPOS* = RECORD [untagged]
hwnd*: HWND;
hwndInsertAfter*: HWND;
x*: INTEGER;
y*: INTEGER;
cx*: INTEGER;
cy*: INTEGER;
flags*: SET;
END;
PtrWINDOWPOS* = POINTER TO WINDOWPOS;
NCCALCSIZE_PARAMS* = RECORD [untagged]
rgrc*: ARRAY [untagged] 3 OF RECT;
lppos*: PtrWINDOWPOS;
END;
PtrNCCALCSIZE_PARAMS* = POINTER TO NCCALCSIZE_PARAMS;
ACCEL* = RECORD [untagged]
fVirt*: SHORTCHAR;
key*: SHORTINT;
cmd*: SHORTINT;
END;
PtrACCEL* = POINTER TO ACCEL;
PAINTSTRUCT* = RECORD [untagged]
hdc*: HDC;
fErase*: BOOL;
rcPaint*: RECT;
fRestore*: BOOL;
fIncUpdate*: BOOL;
rgbReserved*: ARRAY [untagged] 32 OF SHORTCHAR;
END;
PtrPAINTSTRUCT* = POINTER TO PAINTSTRUCT;
CREATESTRUCTA* = RECORD [untagged]
lpCreateParams*: PtrVoid;
hInstance*: HINSTANCE;
hMenu*: HMENU;
hwndParent*: HWND;
cy*: INTEGER;
cx*: INTEGER;
y*: INTEGER;
x*: INTEGER;
style*: SET;
lpszName*: PtrSTR;
lpszClass*: PtrSTR;
dwExStyle*: SET;
END;
CREATESTRUCTW* = RECORD [untagged]
lpCreateParams*: PtrVoid;
hInstance*: HINSTANCE;
hMenu*: HMENU;
hwndParent*: HWND;
cy*: INTEGER;
cx*: INTEGER;
y*: INTEGER;
x*: INTEGER;
style*: SET;
lpszName*: PtrWSTR;
lpszClass*: PtrWSTR;
dwExStyle*: SET;
END;
CREATESTRUCT* = CREATESTRUCTA;
PtrCREATESTRUCT* = PtrCREATESTRUCTA;
WINDOWPLACEMENT* = RECORD [untagged]
length*: INTEGER;
flags*: SET;
showCmd*: INTEGER;
ptMinPosition*: POINT;
ptMaxPosition*: POINT;
rcNormalPosition*: RECT;
END;
PtrWINDOWPLACEMENT* = POINTER TO WINDOWPLACEMENT;
NMHDR* = RECORD [untagged]
hwndFrom*: HWND;
idFrom*: INTEGER;
code*: INTEGER;
END;
PtrNMHDR* = POINTER TO NMHDR;
STYLESTRUCT* = RECORD [untagged]
styleOld*: SET;
styleNew*: SET;
END;
PtrSTYLESTRUCT* = POINTER TO STYLESTRUCT;
MEASUREITEMSTRUCT* = RECORD [untagged]
CtlType*: SET;
CtlID*: INTEGER;
itemID*: INTEGER;
itemWidth*: INTEGER;
itemHeight*: INTEGER;
itemData*: INTEGER;
END;
PtrMEASUREITEMSTRUCT* = POINTER TO MEASUREITEMSTRUCT;
DRAWITEMSTRUCT* = RECORD [untagged]
CtlType*: SET;
CtlID*: INTEGER;
itemID*: INTEGER;
itemAction*: SET;
itemState*: SET;
hwndItem*: HWND;
hDC*: HDC;
rcItem*: RECT;
itemData*: INTEGER;
END;
PtrDRAWITEMSTRUCT* = POINTER TO DRAWITEMSTRUCT;
DELETEITEMSTRUCT* = RECORD [untagged]
CtlType*: SET;
CtlID*: INTEGER;
itemID*: INTEGER;
hwndItem*: HWND;
itemData*: INTEGER;
END;
PtrDELETEITEMSTRUCT* = POINTER TO DELETEITEMSTRUCT;
COMPAREITEMSTRUCT* = RECORD [untagged]
CtlType*: SET;
CtlID*: INTEGER;
hwndItem*: HWND;
itemID1*: INTEGER;
itemData1*: INTEGER;
itemID2*: INTEGER;
itemData2*: INTEGER;
dwLocaleId*: INTEGER;
END;
PtrCOMPAREITEMSTRUCT* = POINTER TO COMPAREITEMSTRUCT;
BROADCASTSYSMSG* = RECORD [untagged]
uiMessage*: INTEGER;
wParam*: WPARAM;
lParam*: LPARAM;
END;
PtrBROADCASTSYSMSG* = POINTER TO BROADCASTSYSMSG;
DLGTEMPLATE* = RECORD [align2]
style*: SET;
dwExtendedStyle*: SET;
cdit*: SHORTINT;
x*: SHORTINT;
y*: SHORTINT;
cx*: SHORTINT;
cy*: SHORTINT;
END;
PtrDLGTEMPLATE* = POINTER TO DLGTEMPLATE;
DLGITEMTEMPLATE* = RECORD [align2]
style*: SET;
dwExtendedStyle*: SET;
x*: SHORTINT;
y*: SHORTINT;
cx*: SHORTINT;
cy*: SHORTINT;
id*: SHORTINT;
END;
PtrDLGITEMTEMPLATE* = POINTER TO DLGITEMTEMPLATE;
TPMPARAMS* = RECORD [untagged]
cbSize*: INTEGER;
rcExclude*: RECT;
END;
PtrTPMPARAMS* = POINTER TO TPMPARAMS;
MENUITEMINFOA* = RECORD [untagged]
cbSize*: INTEGER;
fMask*: SET;
fType*: SET;
fState*: SET;
wID*: INTEGER;
hSubMenu*: HMENU;
hbmpChecked*: HBITMAP;
hbmpUnchecked*: HBITMAP;
dwItemData*: INTEGER;
dwTypeData*: PtrSTR;
cch*: INTEGER;
END;
PtrMENUITEMINFOA* = POINTER TO MENUITEMINFOA;
MENUITEMINFOW* = RECORD [untagged]
cbSize*: INTEGER;
fMask*: SET;
fType*: SET;
fState*: SET;
wID*: INTEGER;
hSubMenu*: HMENU;
hbmpChecked*: HBITMAP;
hbmpUnchecked*: HBITMAP;
dwItemData*: INTEGER;
dwTypeData*: PtrWSTR;
cch*: INTEGER;
END;
PtrMENUITEMINFOW* = POINTER TO MENUITEMINFOW;
MENUITEMINFO* = MENUITEMINFOA;
PtrMENUITEMINFO* = PtrMENUITEMINFOA;
DROPSTRUCT* = RECORD [untagged]
hwndSource*: HWND;
hwndSink*: HWND;
wFmt*: INTEGER;
dwData*: INTEGER;
ptDrop*: POINT;
dwControlData*: INTEGER;
END;
PtrDROPSTRUCT* = POINTER TO DROPSTRUCT;
DRAWTEXTPARAMS* = RECORD [untagged]
cbSize*: INTEGER;
iTabLength*: INTEGER;
iLeftMargin*: INTEGER;
iRightMargin*: INTEGER;
uiLengthDrawn*: INTEGER;
END;
PtrDRAWTEXTPARAMS* = POINTER TO DRAWTEXTPARAMS;
HELPINFO* = RECORD [untagged]
cbSize*: INTEGER;
iContextType*: INTEGER;
iCtrlId*: INTEGER;
hItemHandle*: HANDLE;
dwContextId*: INTEGER;
MousePos*: POINT;
END;
PtrHELPINFO* = POINTER TO HELPINFO;
MSGBOXCALLBACK* = PROCEDURE (VAR [nil] lpHelpInfo: HELPINFO);
MSGBOXPARAMSA* = RECORD [untagged]
cbSize*: INTEGER;
hwndOwner*: HWND;
hInstance*: HINSTANCE;
lpszText*: PtrSTR;
lpszCaption*: PtrSTR;
dwStyle*: SET;
lpszIcon*: PtrSTR;
dwContextHelpId*: INTEGER;
lpfnMsgBoxCallback*: MSGBOXCALLBACK;
dwLanguageId*: INTEGER;
END;
PtrMSGBOXPARAMSA* = POINTER TO MSGBOXPARAMSA;
MSGBOXPARAMSW* = RECORD [untagged]
cbSize*: INTEGER;
hwndOwner*: HWND;
hInstance*: HINSTANCE;
lpszText*: PtrWSTR;
lpszCaption*: PtrWSTR;
dwStyle*: SET;
lpszIcon*: PtrWSTR;
dwContextHelpId*: INTEGER;
lpfnMsgBoxCallback*: MSGBOXCALLBACK;
dwLanguageId*: INTEGER;
END;
PtrMSGBOXPARAMSW* = POINTER TO MSGBOXPARAMSW;
MSGBOXPARAMS* = MSGBOXPARAMSA;
PtrMSGBOXPARAMS* = PtrMSGBOXPARAMSA;
MENUITEMTEMPLATEHEADER* = RECORD [untagged]
versionNumber*: SHORTINT;
offset*: SHORTINT;
END;
PtrMENUITEMTEMPLATEHEADER* = POINTER TO MENUITEMTEMPLATEHEADER;
MENUITEMTEMPLATE* = RECORD [untagged]
mtOption*: SHORTINT;
mtID*: SHORTINT;
mtString*: ARRAY [untagged] 1 OF CHAR;
END;
PtrMENUITEMTEMPLATE* = POINTER TO MENUITEMTEMPLATE;
ICONINFO* = RECORD [untagged]
fIcon*: BOOL;
xHotspot*: INTEGER;
yHotspot*: INTEGER;
hbmMask*: HBITMAP;
hbmColor*: HBITMAP;
END;
PtrICONINFO* = POINTER TO ICONINFO;
CURSORSHAPE* = RECORD [untagged]
xHotSpot*: INTEGER;
yHotSpot*: INTEGER;
cx*: INTEGER;
cy*: INTEGER;
cbWidth*: INTEGER;
Planes*: SHORTCHAR;
BitsPixel*: SHORTCHAR;
END;
PtrCURSORSHAPE* = POINTER TO CURSORSHAPE;
SCROLLINFO* = RECORD [untagged]
cbSize*: INTEGER;
fMask*: SET;
nMin*: INTEGER;
nMax*: INTEGER;
nPage*: INTEGER;
nPos*: INTEGER;
nTrackPos*: INTEGER;
END;
PtrSCROLLINFO* = POINTER TO SCROLLINFO;
MDICREATESTRUCTA* = RECORD [untagged]
szClass*: PtrSTR;
szTitle*: PtrSTR;
hOwner*: HANDLE;
x*: INTEGER;
y*: INTEGER;
cx*: INTEGER;
cy*: INTEGER;
style*: SET;
lParam*: LPARAM;
END;
PtrMDICREATESTRUCTA* = POINTER TO MDICREATESTRUCTA;
MDICREATESTRUCTW* = RECORD [untagged]
szClass*: PtrWSTR;
szTitle*: PtrWSTR;
hOwner*: HANDLE;
x*: INTEGER;
y*: INTEGER;
cx*: INTEGER;
cy*: INTEGER;
style*: SET;
lParam*: LPARAM;
END;
PtrMDICREATESTRUCTW* = POINTER TO MDICREATESTRUCTW;
MDICREATESTRUCT* = MDICREATESTRUCTA;
PtrMDICREATESTRUCT* = PtrMDICREATESTRUCTA;
CLIENTCREATESTRUCT* = RECORD [untagged]
hWindowMenu*: HANDLE;
idFirstChild*: INTEGER;
END;
PtrCLIENTCREATESTRUCT* = POINTER TO CLIENTCREATESTRUCT;
HELPPOLY* = INTEGER;
MULTIKEYHELPA* = RECORD [untagged]
mkSize*: INTEGER;
mkKeylist*: SHORTCHAR;
szKeyphrase*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrMULTIKEYHELPA* = POINTER TO MULTIKEYHELPA;
MULTIKEYHELPW* = RECORD [untagged]
mkSize*: INTEGER;
mkKeylist*: CHAR;
szKeyphrase*: ARRAY [untagged] 1 OF CHAR;
END;
PtrMULTIKEYHELPW* = POINTER TO MULTIKEYHELPW;
MULTIKEYHELP* = MULTIKEYHELPA;
PtrMULTIKEYHELP* = PtrMULTIKEYHELPA;
HELPWININFOA* = RECORD [untagged]
wStructSize*: INTEGER;
x*: INTEGER;
y*: INTEGER;
dx*: INTEGER;
dy*: INTEGER;
wMax*: INTEGER;
rgchMember*: ARRAY [untagged] 2 OF SHORTCHAR;
END;
PtrHELPWININFOA* = POINTER TO HELPWININFOA;
HELPWININFOW* = RECORD [untagged]
wStructSize*: INTEGER;
x*: INTEGER;
y*: INTEGER;
dx*: INTEGER;
dy*: INTEGER;
wMax*: INTEGER;
rgchMember*: ARRAY [untagged] 2 OF CHAR;
END;
PtrHELPWININFOW* = POINTER TO HELPWININFOW;
HELPWININFO* = HELPWININFOA;
PtrHELPWININFO* = PtrHELPWININFOA;
NONCLIENTMETRICSA* = RECORD [untagged]
cbSize*: INTEGER;
iBorderWidth*: INTEGER;
iScrollWidth*: INTEGER;
iScrollHeight*: INTEGER;
iCaptionWidth*: INTEGER;
iCaptionHeight*: INTEGER;
lfCaptionFont*: LOGFONTA;
iSmCaptionWidth*: INTEGER;
iSmCaptionHeight*: INTEGER;
lfSmCaptionFont*: LOGFONTA;
iMenuWidth*: INTEGER;
iMenuHeight*: INTEGER;
lfMenuFont*: LOGFONTA;
lfStatusFont*: LOGFONTA;
lfMessageFont*: LOGFONTA;
END;
PtrNONCLIENTMETRICSA* = POINTER TO NONCLIENTMETRICSA;
NONCLIENTMETRICSW* = RECORD [untagged]
cbSize*: INTEGER;
iBorderWidth*: INTEGER;
iScrollWidth*: INTEGER;
iScrollHeight*: INTEGER;
iCaptionWidth*: INTEGER;
iCaptionHeight*: INTEGER;
lfCaptionFont*: LOGFONTW;
iSmCaptionWidth*: INTEGER;
iSmCaptionHeight*: INTEGER;
lfSmCaptionFont*: LOGFONTW;
iMenuWidth*: INTEGER;
iMenuHeight*: INTEGER;
lfMenuFont*: LOGFONTW;
lfStatusFont*: LOGFONTW;
lfMessageFont*: LOGFONTW;
END;
PtrNONCLIENTMETRICSW* = POINTER TO NONCLIENTMETRICSW;
NONCLIENTMETRICS* = NONCLIENTMETRICSA;
PtrNONCLIENTMETRICS* = PtrNONCLIENTMETRICSA;
MINIMIZEDMETRICS* = RECORD [untagged]
cbSize*: INTEGER;
iWidth*: INTEGER;
iHorzGap*: INTEGER;
iVertGap*: INTEGER;
iArrange*: INTEGER;
END;
PtrMINIMIZEDMETRICS* = POINTER TO MINIMIZEDMETRICS;
ICONMETRICSA* = RECORD [untagged]
cbSize*: INTEGER;
iHorzSpacing*: INTEGER;
iVertSpacing*: INTEGER;
iTitleWrap*: INTEGER;
lfFont*: LOGFONTA;
END;
PtrICONMETRICSA* = POINTER TO ICONMETRICSA;
ICONMETRICSW* = RECORD [untagged]
cbSize*: INTEGER;
iHorzSpacing*: INTEGER;
iVertSpacing*: INTEGER;
iTitleWrap*: INTEGER;
lfFont*: LOGFONTW;
END;
PtrICONMETRICSW* = POINTER TO ICONMETRICSW;
ICONMETRICS* = ICONMETRICSA;
PtrICONMETRICS* = PtrICONMETRICSA;
ANIMATIONINFO* = RECORD [untagged]
cbSize*: INTEGER;
iMinAnimate*: INTEGER;
END;
PtrANIMATIONINFO* = POINTER TO ANIMATIONINFO;
SERIALKEYSA* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
lpszActivePort*: PtrSTR;
lpszPort*: PtrSTR;
iBaudRate*: INTEGER;
iPortState*: INTEGER;
iActive*: INTEGER;
END;
PtrSERIALKEYSA* = POINTER TO SERIALKEYSA;
SERIALKEYSW* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
lpszActivePort*: PtrWSTR;
lpszPort*: PtrWSTR;
iBaudRate*: INTEGER;
iPortState*: INTEGER;
iActive*: INTEGER;
END;
PtrSERIALKEYSW* = POINTER TO SERIALKEYSW;
SERIALKEYS* = SERIALKEYSA;
PtrSERIALKEYS* = PtrSERIALKEYSA;
HIGHCONTRASTA* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
lpszDefaultScheme*: PtrSTR;
END;
PtrHIGHCONTRASTA* = POINTER TO HIGHCONTRASTA;
HIGHCONTRASTW* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
lpszDefaultScheme*: PtrWSTR;
END;
PtrHIGHCONTRASTW* = POINTER TO HIGHCONTRASTW;
HIGHCONTRAST* = HIGHCONTRASTA;
PtrHIGHCONTRAST* = PtrHIGHCONTRASTA;
FILTERKEYS* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
iWaitMSec*: INTEGER;
iDelayMSec*: INTEGER;
iRepeatMSec*: INTEGER;
iBounceMSec*: INTEGER;
END;
PtrFILTERKEYS* = POINTER TO FILTERKEYS;
STICKYKEYS* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
END;
PtrSTICKYKEYS* = POINTER TO STICKYKEYS;
MOUSEKEYS* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
iMaxSpeed*: INTEGER;
iTimeToMaxSpeed*: INTEGER;
iCtrlSpeed*: INTEGER;
dwReserved1*: INTEGER;
dwReserved2*: INTEGER;
END;
PtrMOUSEKEYS* = POINTER TO MOUSEKEYS;
ACCESSTIMEOUT* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
iTimeOutMSec*: INTEGER;
END;
PtrACCESSTIMEOUT* = POINTER TO ACCESSTIMEOUT;
SOUNDSENTRYA* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
iFSTextEffect*: INTEGER;
iFSTextEffectMSec*: INTEGER;
iFSTextEffectColorBits*: INTEGER;
iFSGrafEffect*: INTEGER;
iFSGrafEffectMSec*: INTEGER;
iFSGrafEffectColor*: INTEGER;
iWindowsEffect*: INTEGER;
iWindowsEffectMSec*: INTEGER;
lpszWindowsEffectDLL*: PtrSTR;
iWindowsEffectOrdinal*: INTEGER;
END;
PtrSOUNDSENTRYA* = POINTER TO SOUNDSENTRYA;
SOUNDSENTRYW* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
iFSTextEffect*: INTEGER;
iFSTextEffectMSec*: INTEGER;
iFSTextEffectColorBits*: INTEGER;
iFSGrafEffect*: INTEGER;
iFSGrafEffectMSec*: INTEGER;
iFSGrafEffectColor*: INTEGER;
iWindowsEffect*: INTEGER;
iWindowsEffectMSec*: INTEGER;
lpszWindowsEffectDLL*: PtrWSTR;
iWindowsEffectOrdinal*: INTEGER;
END;
PtrSOUNDSENTRYW* = POINTER TO SOUNDSENTRYW;
SOUNDSENTRY* = SOUNDSENTRYA;
PtrSOUNDSENTRY* = PtrSOUNDSENTRYA;
TOGGLEKEYS* = RECORD [untagged]
cbSize*: INTEGER;
dwFlags*: SET;
END;
PtrTOGGLEKEYS* = POINTER TO TOGGLEKEYS;
LCTYPE* = INTEGER;
CALTYPE* = INTEGER;
CALID* = INTEGER;
CPINFO* = RECORD [untagged]
MaxCharSize*: INTEGER;
DefaultChar*: ARRAY [untagged] 2 OF SHORTCHAR;
LeadByte*: ARRAY [untagged] 12 OF SHORTCHAR;
END;
PtrCPINFO* = POINTER TO CPINFO;
NUMBERFMTA* = RECORD [untagged]
NumDigits*: INTEGER;
LeadingZero*: INTEGER;
Grouping*: INTEGER;
lpDecimalSep*: PtrSTR;
lpThousandSep*: PtrSTR;
NegativeOrder*: INTEGER;
END;
PtrNUMBERFMTA* = POINTER TO NUMBERFMTA;
NUMBERFMTW* = RECORD [untagged]
NumDigits*: INTEGER;
LeadingZero*: INTEGER;
Grouping*: INTEGER;
lpDecimalSep*: PtrWSTR;
lpThousandSep*: PtrWSTR;
NegativeOrder*: INTEGER;
END;
PtrNUMBERFMTW* = POINTER TO NUMBERFMTW;
NUMBERFMT* = NUMBERFMTA;
PtrNUMBERFMT* = PtrNUMBERFMTA;
CURRENCYFMTA* = RECORD [untagged]
NumDigits*: INTEGER;
LeadingZero*: INTEGER;
Grouping*: INTEGER;
lpDecimalSep*: PtrSTR;
lpThousandSep*: PtrSTR;
NegativeOrder*: INTEGER;
PositiveOrder*: INTEGER;
lpCurrencySymbol*: PtrSTR;
END;
PtrCURRENCYFMTA* = POINTER TO CURRENCYFMTA;
CURRENCYFMTW* = RECORD [untagged]
NumDigits*: INTEGER;
LeadingZero*: INTEGER;
Grouping*: INTEGER;
lpDecimalSep*: PtrWSTR;
lpThousandSep*: PtrWSTR;
NegativeOrder*: INTEGER;
PositiveOrder*: INTEGER;
lpCurrencySymbol*: PtrWSTR;
END;
PtrCURRENCYFMTW* = POINTER TO CURRENCYFMTW;
CURRENCYFMT* = CURRENCYFMTA;
PtrCURRENCYFMT* = PtrCURRENCYFMTA;
LOCALE_ENUMPROCA* = PROCEDURE (): INTEGER;
CODEPAGE_ENUMPROCA* = PROCEDURE (): INTEGER;
DATEFMT_ENUMPROCA* = PROCEDURE (): INTEGER;
TIMEFMT_ENUMPROCA* = PROCEDURE (): INTEGER;
CALINFO_ENUMPROCA* = PROCEDURE (): INTEGER;
LOCALE_ENUMPROCW* = PROCEDURE (): INTEGER;
CODEPAGE_ENUMPROCW* = PROCEDURE (): INTEGER;
DATEFMT_ENUMPROCW* = PROCEDURE (): INTEGER;
TIMEFMT_ENUMPROCW* = PROCEDURE (): INTEGER;
CALINFO_ENUMPROCW* = PROCEDURE (): INTEGER;
COORD* = RECORD [untagged]
X*: SHORTINT;
Y*: SHORTINT;
END;
PtrCOORD* = POINTER TO COORD;
SMALL_RECT* = RECORD [untagged]
Left*: SHORTINT;
Top*: SHORTINT;
Right*: SHORTINT;
Bottom*: SHORTINT;
END;
PtrSMALL_RECT* = POINTER TO SMALL_RECT;
KEY_EVENT_RECORD* = RECORD [untagged]
bKeyDown*: BOOL;
wRepeatCount*: SHORTINT;
wVirtualKeyCode*: SHORTINT;
wVirtualScanCode*: SHORTINT;
uChar*: RECORD [union]
UnicodeChar*: CHAR;
AsciiChar*: SHORTCHAR;
END;
dwControlKeyState*: SET;
END;
PtrKEY_EVENT_RECORD* = POINTER TO KEY_EVENT_RECORD;
MOUSE_EVENT_RECORD* = RECORD [untagged]
dwMousePosition*: COORD;
dwButtonState*: SET;
dwControlKeyState*: SET;
dwEventFlags*: SET;
END;
PtrMOUSE_EVENT_RECORD* = POINTER TO MOUSE_EVENT_RECORD;
WINDOW_BUFFER_SIZE_RECORD* = RECORD [untagged]
dwSize*: COORD;
END;
PtrWINDOW_BUFFER_SIZE_RECORD* = POINTER TO WINDOW_BUFFER_SIZE_RECORD;
MENU_EVENT_RECORD* = RECORD [untagged]
dwCommandId*: INTEGER;
END;
PtrMENU_EVENT_RECORD* = POINTER TO MENU_EVENT_RECORD;
FOCUS_EVENT_RECORD* = RECORD [untagged]
bSetFocus*: BOOL;
END;
PtrFOCUS_EVENT_RECORD* = POINTER TO FOCUS_EVENT_RECORD;
INPUT_RECORD* = RECORD [untagged]
EventType*: SHORTINT;
Event*: RECORD [union]
KeyEvent*: KEY_EVENT_RECORD;
MouseEvent*: MOUSE_EVENT_RECORD;
WindowBufferSizeEvent*: WINDOW_BUFFER_SIZE_RECORD;
MenuEvent*: MENU_EVENT_RECORD;
FocusEvent*: FOCUS_EVENT_RECORD;
END;
END;
PtrINPUT_RECORD* = POINTER TO INPUT_RECORD;
CHAR_INFO* = RECORD [untagged]
Char*: RECORD [union]
UnicodeChar*: CHAR;
AsciiChar*: SHORTCHAR;
END;
Attributes*: SHORTINT;
END;
PtrCHAR_INFO* = POINTER TO CHAR_INFO;
CONSOLE_SCREEN_BUFFER_INFO* = RECORD [untagged]
dwSize*: COORD;
dwCursorPosition*: COORD;
wAttributes*: SHORTINT;
srWindow*: SMALL_RECT;
dwMaximumWindowSize*: COORD;
END;
PtrCONSOLE_SCREEN_BUFFER_INFO* = POINTER TO CONSOLE_SCREEN_BUFFER_INFO;
CONSOLE_CURSOR_INFO* = RECORD [untagged]
dwSize*: INTEGER;
bVisible*: BOOL;
END;
PtrCONSOLE_CURSOR_INFO* = POINTER TO CONSOLE_CURSOR_INFO;
HANDLER_ROUTINE* = PROCEDURE (CtrlType: INTEGER): BOOL;
VS_FIXEDFILEINFO* = RECORD [untagged]
dwSignature*: INTEGER;
dwStrucVersion*: INTEGER;
dwFileVersionMS*: INTEGER;
dwFileVersionLS*: INTEGER;
dwProductVersionMS*: INTEGER;
dwProductVersionLS*: INTEGER;
dwFileFlagsMask*: SET;
dwFileFlags*: SET;
dwFileOS*: SET;
dwFileType*: INTEGER;
dwFileSubtype*: INTEGER;
dwFileDateMS*: INTEGER;
dwFileDateLS*: INTEGER;
END;
REGSAM* = ACCESS_MASK;
HKEY* = HANDLE;
val_context* = RECORD [untagged]
valuelen*: INTEGER;
value_context*: PtrVoid;
val_buff_ptr*: PtrVoid;
END;
Ptrval_context* = POINTER TO val_context;
PVALUEA* = RECORD [untagged]
pv_valuename*: PtrSTR;
pv_valuelen*: INTEGER;
pv_value_context*: PtrVoid;
pv_type*: INTEGER;
END;
PtrPVALUEA* = POINTER TO PVALUEA;
PVALUEW* = RECORD [untagged]
pv_valuename*: PtrWSTR;
pv_valuelen*: INTEGER;
pv_value_context*: PtrVoid;
pv_type*: INTEGER;
END;
PtrPVALUEW* = POINTER TO PVALUEW;
PVALUE* = PVALUEA;
PtrPVALUE* = PtrPVALUEA;
QUERYHANDLER* = PROCEDURE(keycontext: PtrVoid; VAR [nil] val_list: val_context; num_vals: INTEGER; outputbuffer: PtrVoid; VAR [nil] total_outlen: INTEGER; input_blen: INTEGER): INTEGER;
REG_PROVIDER* = RECORD [untagged]
pi_R0_1val*: QUERYHANDLER;
pi_R0_allvals*: QUERYHANDLER;
pi_R3_1val*: QUERYHANDLER;
pi_R3_allvals*: QUERYHANDLER;
pi_flags*: INTEGER;
pi_key_context*: PtrVoid;
END;
PtrREG_PROVIDER* = POINTER TO REG_PROVIDER;
VALENTA* = RECORD [untagged]
ve_valuename*: PtrSTR;
ve_valuelen*: INTEGER;
ve_valueptr*: INTEGER;
ve_type*: INTEGER;
END;
PtrVALENTA* = POINTER TO VALENTA;
VALENTW* = RECORD [untagged]
ve_valuename*: PtrWSTR;
ve_valuelen*: INTEGER;
ve_valueptr*: INTEGER;
ve_type*: INTEGER;
END;
PtrVALENTW* = POINTER TO VALENTW;
VALENT* = VALENTA;
PtrVALENT* = PtrVALENTA;
DDEACK* = RECORD [untagged]
fBits0*: SHORTINT;
(* bAppReturnCode*: INTEGER; (8 bits) *)
(* reserved*: INTEGER; (6 bits) *)
(* fBusy*: INTEGER; (1 bits) *)
(* fAck*: INTEGER; (1 bits) *)
END;
DDEADVISE* = RECORD [untagged]
fBits0*: SHORTINT;
(* reserved*: INTEGER; (14 bits) *)
(* fDeferUpd*: INTEGER; (1 bits) *)
(* fAckReq*: INTEGER; (1 bits) *)
cfFormat*: SHORTINT;
END;
DDEDATA* = RECORD [untagged]
fBits0*: SHORTINT;
(* unused*: INTEGER; (12 bits) *)
(* fResponse*: INTEGER; (1 bits) *)
(* fRelease*: INTEGER; (1 bits) *)
(* reserved*: INTEGER; (1 bits) *)
(* fAckReq*: INTEGER; (1 bits) *)
cfFormat*: SHORTINT;
Value*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
DDEPOKE* = RECORD [untagged]
fBits0*: SHORTINT;
(* unused*: INTEGER; (13 bits) *)
(* fRelease*: INTEGER; (1 bits) *)
(* fReserved*: INTEGER; (2 bits) *)
cfFormat*: SHORTINT;
Value*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
DDELN* = RECORD [untagged]
fBits0*: SHORTINT;
(* unused*: INTEGER; (13 bits) *)
(* fRelease*: INTEGER; (1 bits) *)
(* fDeferUpd*: INTEGER; (1 bits) *)
(* fAckReq*: INTEGER; (1 bits) *)
cfFormat*: SHORTINT;
END;
DDEUP* = RECORD [untagged]
fBits0*: SHORTINT;
(* unused*: INTEGER; (12 bits) *)
(* fAck*: INTEGER; (1 bits) *)
(* fRelease*: INTEGER; (1 bits) *)
(* fReserved*: INTEGER; (1 bits) *)
(* fAckReq*: INTEGER; (1 bits) *)
cfFormat*: SHORTINT;
rgb*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
HCONVLIST* = HANDLE;
HCONV* = HANDLE;
HSZ* = HANDLE;
HDDEDATA* = HANDLE;
HSZPAIR* = RECORD [untagged]
hszSvc*: HSZ;
hszTopic*: HSZ;
END;
PtrHSZPAIR* = POINTER TO HSZPAIR;
CONVCONTEXT* = RECORD [untagged]
cb*: INTEGER;
wFlags*: INTEGER;
wCountryID*: INTEGER;
iCodePage*: INTEGER;
dwLangID*: INTEGER;
dwSecurity*: INTEGER;
qos*: SECURITY_QUALITY_OF_SERVICE;
END;
PtrCONVCONTEXT* = POINTER TO CONVCONTEXT;
CONVINFO* = RECORD [untagged]
cb*: INTEGER;
hUser*: INTEGER;
hConvPartner*: HCONV;
hszSvcPartner*: HSZ;
hszServiceReq*: HSZ;
hszTopic*: HSZ;
hszItem*: HSZ;
wFmt*: INTEGER;
wType*: INTEGER;
wStatus*: SET;
wConvst*: INTEGER;
wLastError*: INTEGER;
hConvList*: HCONVLIST;
ConvCtxt*: CONVCONTEXT;
hwnd*: HWND;
hwndPartner*: HWND;
END;
PtrCONVINFO* = POINTER TO CONVINFO;
FNCALLBACK* = PROCEDURE (wType: INTEGER; wFmt: INTEGER; hConv: HCONV; hsz1: HSZ; hsz2: HSZ; hData: HDDEDATA; dwData1: INTEGER; dwData2: INTEGER): HDDEDATA;
DDEML_MSG_HOOK_DATA* = RECORD [untagged]
uiLo*: INTEGER;
uiHi*: INTEGER;
cbData*: INTEGER;
Data*: ARRAY [untagged] 8 OF INTEGER;
END;
PtrDDEML_MSG_HOOK_DATA* = POINTER TO DDEML_MSG_HOOK_DATA;
MONMSGSTRUCT* = RECORD [untagged]
cb*: INTEGER;
hwndTo*: HWND;
dwTime*: INTEGER;
hTask*: HANDLE;
wMsg*: INTEGER;
wParam*: WPARAM;
lParam*: LPARAM;
dmhd*: DDEML_MSG_HOOK_DATA;
END;
PtrMONMSGSTRUCT* = POINTER TO MONMSGSTRUCT;
MONCBSTRUCT* = RECORD [untagged]
cb*: INTEGER;
dwTime*: INTEGER;
hTask*: HANDLE;
dwRet*: INTEGER;
wType*: INTEGER;
wFmt*: INTEGER;
hConv*: HCONV;
hsz1*: HSZ;
hsz2*: HSZ;
hData*: HDDEDATA;
dwData1*: INTEGER;
dwData2*: INTEGER;
cc*: CONVCONTEXT;
cbData*: INTEGER;
Data*: ARRAY [untagged] 8 OF INTEGER;
END;
PtrMONCBSTRUCT* = POINTER TO MONCBSTRUCT;
MONHSZSTRUCTA* = RECORD [untagged]
cb*: INTEGER;
fsAction*: BOOL;
dwTime*: INTEGER;
hsz*: HSZ;
hTask*: HANDLE;
str*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrMONHSZSTRUCTA* = POINTER TO MONHSZSTRUCTA;
MONHSZSTRUCTW* = RECORD [untagged]
cb*: INTEGER;
fsAction*: BOOL;
dwTime*: INTEGER;
hsz*: HSZ;
hTask*: HANDLE;
str*: ARRAY [untagged] 1 OF CHAR;
END;
PtrMONHSZSTRUCTW* = POINTER TO MONHSZSTRUCTW;
MONHSZSTRUCT* = MONHSZSTRUCTA;
PtrMONHSZSTRUCT* = PtrMONHSZSTRUCTA;
MONERRSTRUCT* = RECORD [untagged]
cb*: INTEGER;
wLastError*: INTEGER;
dwTime*: INTEGER;
hTask*: HANDLE;
END;
PtrMONERRSTRUCT* = POINTER TO MONERRSTRUCT;
MONLINKSTRUCT* = RECORD [untagged]
cb*: INTEGER;
dwTime*: INTEGER;
hTask*: HANDLE;
fEstablished*: BOOL;
fNoData*: BOOL;
hszSvc*: HSZ;
hszTopic*: HSZ;
hszItem*: HSZ;
wFmt*: INTEGER;
fServer*: BOOL;
hConvServer*: HCONV;
hConvClient*: HCONV;
END;
PtrMONLINKSTRUCT* = POINTER TO MONLINKSTRUCT;
MONCONVSTRUCT* = RECORD [untagged]
cb*: INTEGER;
fConnect*: BOOL;
dwTime*: INTEGER;
hTask*: HANDLE;
hszSvc*: HSZ;
hszTopic*: HSZ;
hConvClient*: HCONV;
hConvServer*: HCONV;
END;
PtrMONCONVSTRUCT* = POINTER TO MONCONVSTRUCT;
HDROP* = HANDLE;
DRAGINFOA* = RECORD [noalign]
uSize*: INTEGER;
pt*: POINT;
fNC*: BOOL;
lpFileList*: PtrSTR;
grfKeyState*: SET;
END;
PtrDRAGINFOA* = POINTER TO DRAGINFOA;
DRAGINFOW* = RECORD [noalign]
uSize*: INTEGER;
pt*: POINT;
fNC*: BOOL;
lpFileList*: PtrWSTR;
grfKeyState*: SET;
END;
PtrDRAGINFOW* = POINTER TO DRAGINFOW;
DRAGINFO* = DRAGINFOA;
PtrDRAGINFO* = PtrDRAGINFOA;
APPBARDATA* = RECORD [noalign]
cbSize*: INTEGER;
hWnd*: HWND;
uCallbackMessage*: INTEGER;
uEdge*: INTEGER;
rc*: RECT;
lParam*: LPARAM;
END;
PtrAPPBARDATA* = POINTER TO APPBARDATA;
FILEOP_FLAGS* = SHORTINT;
PRINTEROP_FLAGS* = SHORTINT;
SHFILEOPSTRUCTA* = RECORD [noalign]
hwnd*: HWND;
wFunc*: INTEGER;
pFrom*: PtrSTR;
pTo*: PtrSTR;
fFlags*: FILEOP_FLAGS;
fAnyOperationsAborted*: BOOL;
hNameMappings*: PtrVoid;
lpszProgressTitle*: PtrSTR;
END;
PtrSHFILEOPSTRUCTA* = POINTER TO SHFILEOPSTRUCTA;
SHFILEOPSTRUCTW* = RECORD [noalign]
hwnd*: HWND;
wFunc*: INTEGER;
pFrom*: PtrWSTR;
pTo*: PtrWSTR;
fFlags*: FILEOP_FLAGS;
fAnyOperationsAborted*: BOOL;
hNameMappings*: PtrVoid;
lpszProgressTitle*: PtrWSTR;
END;
PtrSHFILEOPSTRUCTW* = POINTER TO SHFILEOPSTRUCTW;
SHFILEOPSTRUCT* = SHFILEOPSTRUCTA;
PtrSHFILEOPSTRUCT* = PtrSHFILEOPSTRUCTA;
SHNAMEMAPPINGA* = RECORD [noalign]
pszOldPath*: PtrSTR;
pszNewPath*: PtrSTR;
cchOldPath*: INTEGER;
cchNewPath*: INTEGER;
END;
PtrSHNAMEMAPPINGA* = POINTER TO SHNAMEMAPPINGA;
SHNAMEMAPPINGW* = RECORD [noalign]
pszOldPath*: PtrWSTR;
pszNewPath*: PtrWSTR;
cchOldPath*: INTEGER;
cchNewPath*: INTEGER;
END;
PtrSHNAMEMAPPINGW* = POINTER TO SHNAMEMAPPINGW;
SHNAMEMAPPING* = SHNAMEMAPPINGA;
PtrSHNAMEMAPPING* = PtrSHNAMEMAPPINGA;
SHELLEXECUTEINFOA* = RECORD [noalign]
cbSize*: INTEGER;
fMask*: SET;
hwnd*: HWND;
lpVerb*: PtrSTR;
lpFile*: PtrSTR;
lpParameters*: PtrSTR;
lpDirectory*: PtrSTR;
nShow*: INTEGER;
hInstApp*: HINSTANCE;
lpIDList*: PtrVoid;
lpClass*: PtrSTR;
hkeyClass*: HKEY;
dwHotKey*: INTEGER;
hIcon*: HANDLE;
hProcess*: HANDLE;
END;
PtrSHELLEXECUTEINFOA* = POINTER TO SHELLEXECUTEINFOA;
SHELLEXECUTEINFOW* = RECORD [noalign]
cbSize*: INTEGER;
fMask*: SET;
hwnd*: HWND;
lpVerb*: PtrWSTR;
lpFile*: PtrWSTR;
lpParameters*: PtrWSTR;
lpDirectory*: PtrWSTR;
nShow*: INTEGER;
hInstApp*: HINSTANCE;
lpIDList*: PtrVoid;
lpClass*: PtrWSTR;
hkeyClass*: HKEY;
dwHotKey*: INTEGER;
hIcon*: HANDLE;
hProcess*: HANDLE;
END;
PtrSHELLEXECUTEINFOW* = POINTER TO SHELLEXECUTEINFOW;
SHELLEXECUTEINFO* = SHELLEXECUTEINFOA;
PtrSHELLEXECUTEINFO* = PtrSHELLEXECUTEINFOA;
NOTIFYICONDATAA* = RECORD [noalign]
cbSize*: INTEGER;
hWnd*: HWND;
uID*: INTEGER;
uFlags*: SET;
uCallbackMessage*: INTEGER;
hIcon*: HICON;
szTip*: ARRAY [untagged] 64 OF SHORTCHAR;
END;
PtrNOTIFYICONDATAA* = POINTER TO NOTIFYICONDATAA;
NOTIFYICONDATAW* = RECORD [noalign]
cbSize*: INTEGER;
hWnd*: HWND;
uID*: INTEGER;
uFlags*: SET;
uCallbackMessage*: INTEGER;
hIcon*: HICON;
szTip*: ARRAY [untagged] 64 OF CHAR;
END;
PtrNOTIFYICONDATAW* = POINTER TO NOTIFYICONDATAW;
NOTIFYICONDATA* = NOTIFYICONDATAA;
PtrNOTIFYICONDATA* = PtrNOTIFYICONDATAA;
SHFILEINFOA* = RECORD [noalign]
hIcon*: HICON;
iIcon*: INTEGER;
dwAttributes*: SET;
szDisplayName*: ARRAY [untagged] 260 OF SHORTCHAR;
szTypeName*: ARRAY [untagged] 80 OF SHORTCHAR;
END;
PtrSHFILEINFOA* = POINTER TO SHFILEINFOA;
SHFILEINFOW* = RECORD [noalign]
hIcon*: HICON;
iIcon*: INTEGER;
dwAttributes*: SET;
szDisplayName*: ARRAY [untagged] 260 OF CHAR;
szTypeName*: ARRAY [untagged] 80 OF CHAR;
END;
PtrSHFILEINFOW* = POINTER TO SHFILEINFOW;
SHFILEINFO* = SHFILEINFOA;
PtrSHFILEINFO* = PtrSHFILEINFOA;
PtrPROPSHEETPAGEA* = POINTER TO PROPSHEETPAGEA;
FNPSPCALLBACKA* = PROCEDURE (hwnd: HWND; uMsg: INTEGER; ppsp: PtrPROPSHEETPAGEA): INTEGER;
PtrPROPSHEETPAGEW* = POINTER TO PROPSHEETPAGEW;
FNPSPCALLBACKW* = PROCEDURE (hwnd: HWND; uMsg: INTEGER; ppsp: PtrPROPSHEETPAGEW): INTEGER;
PROPSHEETPAGEA* = RECORD [untagged]
dwSize*: INTEGER;
dwFlags*: SET;
hInstance*: HINSTANCE;
u*: RECORD [union]
pszTemplate*: PtrSTR;
pResource*: PtrDLGTEMPLATE;
END;
u1*: RECORD [union]
hIcon*: HICON;
pszIcon*: PtrSTR;
END;
pszTitle*: PtrSTR;
pfnDlgProc*: DLGPROC;
lParam*: LPARAM;
pfnCallback*: FNPSPCALLBACKA;
pcRefParent*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
END;
PROPSHEETPAGEW* = RECORD [untagged]
dwSize*: INTEGER;
dwFlags*: SET;
hInstance*: HINSTANCE;
u*: RECORD [union]
pszTemplate*: PtrWSTR;
pResource*: PtrDLGTEMPLATE;
END;
u1*: RECORD [union]
hIcon*: HICON;
pszIcon*: PtrWSTR;
END;
pszTitle*: PtrWSTR;
pfnDlgProc*: DLGPROC;
lParam*: LPARAM;
pfnCallback*: FNPSPCALLBACKW;
pcRefParent*: POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
END;
PROPSHEETPAGE* = PROPSHEETPAGEA; (*m*)
PtrPROPSHEETPAGE* = PtrPROPSHEETPAGEA;
FNPROPSHEETCALLBACK* = PROCEDURE (p0: HWND; p1: INTEGER; p2: LPARAM): INTEGER;
_PSP* = RECORD [untagged] (*i*) END;
Ptr_PSP* = POINTER TO _PSP;
PROPSHEETHEADERA* = RECORD [untagged]
dwSize*: INTEGER;
dwFlags*: SET;
hwndParent*: HWND;
hInstance*: HINSTANCE;
u*: RECORD [union]
hIcon*: HICON;
pszIcon*: PtrSTR;
END;
pszCaption*: PtrSTR;
nPages*: INTEGER;
u1*: RECORD [union]
nStartPage*: INTEGER;
pStartPage*: PtrSTR;
END;
u2*: RECORD [union]
ppsp*: PtrPROPSHEETPAGEA;
phpage*: POINTER TO (*?*) ARRAY [untagged] OF Ptr_PSP;
END;
pfnCallback*: FNPROPSHEETCALLBACK;
END;
PtrPROPSHEETHEADERA* = POINTER TO PROPSHEETHEADERA;
PROPSHEETHEADERW* = RECORD [untagged]
dwSize*: INTEGER;
dwFlags*: SET;
hwndParent*: HWND;
hInstance*: HINSTANCE;
u*: RECORD [union]
hIcon*: HICON;
pszIcon*: PtrWSTR;
END;
pszCaption*: PtrWSTR;
nPages*: INTEGER;
u1*: RECORD [union]
nStartPage*: INTEGER;
pStartPage*: PtrWSTR;
END;
u2*: RECORD [union]
ppsp*: PtrPROPSHEETPAGEW;
phpage*: POINTER TO (*?*) ARRAY [untagged] OF Ptr_PSP;
END;
pfnCallback*: FNPROPSHEETCALLBACK;
END;
PtrPROPSHEETHEADERW* = POINTER TO PROPSHEETHEADERW;
PROPSHEETHEADER* = PROPSHEETHEADERA; (*m*)
PtrPROPSHEETHEADER* = PtrPROPSHEETHEADERA;
FNADDPROPSHEETPAGE* = PROCEDURE (p0: Ptr_PSP; p1: LPARAM): BOOL;
FNADDPROPSHEETPAGES* = PROCEDURE (p0: PtrVoid; p1: FNADDPROPSHEETPAGE; p2: LPARAM): BOOL;
PSHNOTIFY* = RECORD [untagged]
hdr*: NMHDR;
lParam*: LPARAM;
END;
PtrPSHNOTIFY* = POINTER TO PSHNOTIFY;
PRINTER_INFO_1A* = RECORD [untagged]
Flags*: SET;
pDescription*: PtrSTR;
pName*: PtrSTR;
pComment*: PtrSTR;
END;
PtrPRINTER_INFO_1A* = POINTER TO PRINTER_INFO_1A;
PRINTER_INFO_1W* = RECORD [untagged]
Flags*: SET;
pDescription*: PtrWSTR;
pName*: PtrWSTR;
pComment*: PtrWSTR;
END;
PtrPRINTER_INFO_1W* = POINTER TO PRINTER_INFO_1W;
PRINTER_INFO_1* = PRINTER_INFO_1A;
PtrPRINTER_INFO_1* = PtrPRINTER_INFO_1A;
PRINTER_INFO_2A* = RECORD [untagged]
pServerName*: PtrSTR;
pPrinterName*: PtrSTR;
pShareName*: PtrSTR;
pPortName*: PtrSTR;
pDriverName*: PtrSTR;
pComment*: PtrSTR;
pLocation*: PtrSTR;
pDevMode*: PtrDEVMODEA;
pSepFile*: PtrSTR;
pPrintProcessor*: PtrSTR;
pDatatype*: PtrSTR;
pParameters*: PtrSTR;
pSecurityDescriptor*: PSECURITY_DESCRIPTOR;
Attributes*: SET;
Priority*: INTEGER;
DefaultPriority*: INTEGER;
StartTime*: INTEGER;
UntilTime*: INTEGER;
Status*: SET;
cJobs*: INTEGER;
AveragePPM*: INTEGER;
END;
PtrPRINTER_INFO_2A* = POINTER TO PRINTER_INFO_2A;
PRINTER_INFO_2W* = RECORD [untagged]
pServerName*: PtrWSTR;
pPrinterName*: PtrWSTR;
pShareName*: PtrWSTR;
pPortName*: PtrWSTR;
pDriverName*: PtrWSTR;
pComment*: PtrWSTR;
pLocation*: PtrWSTR;
pDevMode*: PtrDEVMODEW;
pSepFile*: PtrWSTR;
pPrintProcessor*: PtrWSTR;
pDatatype*: PtrWSTR;
pParameters*: PtrWSTR;
pSecurityDescriptor*: PSECURITY_DESCRIPTOR;
Attributes*: SET;
Priority*: INTEGER;
DefaultPriority*: INTEGER;
StartTime*: INTEGER;
UntilTime*: INTEGER;
Status*: SET;
cJobs*: INTEGER;
AveragePPM*: INTEGER;
END;
PtrPRINTER_INFO_2W* = POINTER TO PRINTER_INFO_2W;
PRINTER_INFO_2* = PRINTER_INFO_2A;
PtrPRINTER_INFO_2* = PtrPRINTER_INFO_2A;
PRINTER_INFO_3* = RECORD [untagged]
pSecurityDescriptor*: PSECURITY_DESCRIPTOR;
END;
PtrPRINTER_INFO_3* = POINTER TO PRINTER_INFO_3;
PRINTER_INFO_4A* = RECORD [untagged]
pPrinterName*: PtrSTR;
pServerName*: PtrSTR;
Attributes*: SET;
END;
PtrPRINTER_INFO_4A* = POINTER TO PRINTER_INFO_4A;
PRINTER_INFO_4W* = RECORD [untagged]
pPrinterName*: PtrWSTR;
pServerName*: PtrWSTR;
Attributes*: SET;
END;
PtrPRINTER_INFO_4W* = POINTER TO PRINTER_INFO_4W;
PRINTER_INFO_4* = PRINTER_INFO_4A;
PtrPRINTER_INFO_4* = PtrPRINTER_INFO_4A;
PRINTER_INFO_5A* = RECORD [untagged]
pPrinterName*: PtrSTR;
pPortName*: PtrSTR;
Attributes*: SET;
DeviceNotSelectedTimeout*: INTEGER;
TransmissionRetryTimeout*: INTEGER;
END;
PtrPRINTER_INFO_5A* = POINTER TO PRINTER_INFO_5A;
PRINTER_INFO_5W* = RECORD [untagged]
pPrinterName*: PtrWSTR;
pPortName*: PtrWSTR;
Attributes*: SET;
DeviceNotSelectedTimeout*: INTEGER;
TransmissionRetryTimeout*: INTEGER;
END;
PtrPRINTER_INFO_5W* = POINTER TO PRINTER_INFO_5W;
PRINTER_INFO_5* = PRINTER_INFO_5A;
PtrPRINTER_INFO_5* = PtrPRINTER_INFO_5A;
PRINTER_INFO_6* = RECORD [untagged]
dwStatus*: SET;
END;
PtrPRINTER_INFO_6* = POINTER TO PRINTER_INFO_6;
JOB_INFO_1A* = RECORD [untagged]
JobId*: INTEGER;
pPrinterName*: PtrSTR;
pMachineName*: PtrSTR;
pUserName*: PtrSTR;
pDocument*: PtrSTR;
pDatatype*: PtrSTR;
pStatus*: PtrSTR;
Status*: SET;
Priority*: INTEGER;
Position*: INTEGER;
TotalPages*: INTEGER;
PagesPrinted*: INTEGER;
Submitted*: SYSTEMTIME;
END;
PtrJOB_INFO_1A* = POINTER TO JOB_INFO_1A;
JOB_INFO_1W* = RECORD [untagged]
JobId*: INTEGER;
pPrinterName*: PtrWSTR;
pMachineName*: PtrWSTR;
pUserName*: PtrWSTR;
pDocument*: PtrWSTR;
pDatatype*: PtrWSTR;
pStatus*: PtrWSTR;
Status*: SET;
Priority*: INTEGER;
Position*: INTEGER;
TotalPages*: INTEGER;
PagesPrinted*: INTEGER;
Submitted*: SYSTEMTIME;
END;
PtrJOB_INFO_1W* = POINTER TO JOB_INFO_1W;
JOB_INFO_1* = JOB_INFO_1A;
PtrJOB_INFO_1* = PtrJOB_INFO_1A;
JOB_INFO_2A* = RECORD [untagged]
JobId*: INTEGER;
pPrinterName*: PtrSTR;
pMachineName*: PtrSTR;
pUserName*: PtrSTR;
pDocument*: PtrSTR;
pNotifyName*: PtrSTR;
pDatatype*: PtrSTR;
pPrintProcessor*: PtrSTR;
pParameters*: PtrSTR;
pDriverName*: PtrSTR;
pDevMode*: PtrDEVMODEA;
pStatus*: PtrSTR;
pSecurityDescriptor*: PSECURITY_DESCRIPTOR;
Status*: SET;
Priority*: INTEGER;
Position*: INTEGER;
StartTime*: INTEGER;
UntilTime*: INTEGER;
TotalPages*: INTEGER;
Size*: INTEGER;
Submitted*: SYSTEMTIME;
Time*: INTEGER;
PagesPrinted*: INTEGER;
END;
PtrJOB_INFO_2A* = POINTER TO JOB_INFO_2A;
JOB_INFO_2W* = RECORD [untagged]
JobId*: INTEGER;
pPrinterName*: PtrWSTR;
pMachineName*: PtrWSTR;
pUserName*: PtrWSTR;
pDocument*: PtrWSTR;
pNotifyName*: PtrWSTR;
pDatatype*: PtrWSTR;
pPrintProcessor*: PtrWSTR;
pParameters*: PtrWSTR;
pDriverName*: PtrWSTR;
pDevMode*: PtrDEVMODEW;
pStatus*: PtrWSTR;
pSecurityDescriptor*: PSECURITY_DESCRIPTOR;
Status*: SET;
Priority*: INTEGER;
Position*: INTEGER;
StartTime*: INTEGER;
UntilTime*: INTEGER;
TotalPages*: INTEGER;
Size*: INTEGER;
Submitted*: SYSTEMTIME;
Time*: INTEGER;
PagesPrinted*: INTEGER;
END;
PtrJOB_INFO_2W* = POINTER TO JOB_INFO_2W;
JOB_INFO_2* = JOB_INFO_2A;
PtrJOB_INFO_2* = PtrJOB_INFO_2A;
ADDJOB_INFO_1A* = RECORD [untagged]
Path*: PtrSTR;
JobId*: INTEGER;
END;
PtrADDJOB_INFO_1A* = POINTER TO ADDJOB_INFO_1A;
ADDJOB_INFO_1W* = RECORD [untagged]
Path*: PtrWSTR;
JobId*: INTEGER;
END;
PtrADDJOB_INFO_1W* = POINTER TO ADDJOB_INFO_1W;
ADDJOB_INFO_1* = ADDJOB_INFO_1A;
PtrADDJOB_INFO_1* = PtrADDJOB_INFO_1A;
DRIVER_INFO_1A* = RECORD [untagged]
pName*: PtrSTR;
END;
PtrDRIVER_INFO_1A* = POINTER TO DRIVER_INFO_1A;
DRIVER_INFO_1W* = RECORD [untagged]
pName*: PtrWSTR;
END;
PtrDRIVER_INFO_1W* = POINTER TO DRIVER_INFO_1W;
DRIVER_INFO_1* = DRIVER_INFO_1A;
PtrDRIVER_INFO_1* = PtrDRIVER_INFO_1A;
DRIVER_INFO_2A* = RECORD [untagged]
cVersion*: INTEGER;
pName*: PtrSTR;
pEnvironment*: PtrSTR;
pDriverPath*: PtrSTR;
pDataFile*: PtrSTR;
pConfigFile*: PtrSTR;
END;
PtrDRIVER_INFO_2A* = POINTER TO DRIVER_INFO_2A;
DRIVER_INFO_2W* = RECORD [untagged]
cVersion*: INTEGER;
pName*: PtrWSTR;
pEnvironment*: PtrWSTR;
pDriverPath*: PtrWSTR;
pDataFile*: PtrWSTR;
pConfigFile*: PtrWSTR;
END;
PtrDRIVER_INFO_2W* = POINTER TO DRIVER_INFO_2W;
DRIVER_INFO_2* = DRIVER_INFO_2A;
PtrDRIVER_INFO_2* = PtrDRIVER_INFO_2A;
DRIVER_INFO_3A* = RECORD [untagged]
cVersion*: INTEGER;
pName*: PtrSTR;
pEnvironment*: PtrSTR;
pDriverPath*: PtrSTR;
pDataFile*: PtrSTR;
pConfigFile*: PtrSTR;
pHelpFile*: PtrSTR;
pDependentFiles*: PtrSTR;
pMonitorName*: PtrSTR;
pDefaultDataType*: PtrSTR;
END;
PtrDRIVER_INFO_3A* = POINTER TO DRIVER_INFO_3A;
DRIVER_INFO_3W* = RECORD [untagged]
cVersion*: INTEGER;
pName*: PtrWSTR;
pEnvironment*: PtrWSTR;
pDriverPath*: PtrWSTR;
pDataFile*: PtrWSTR;
pConfigFile*: PtrWSTR;
pHelpFile*: PtrWSTR;
pDependentFiles*: PtrWSTR;
pMonitorName*: PtrWSTR;
pDefaultDataType*: PtrWSTR;
END;
PtrDRIVER_INFO_3W* = POINTER TO DRIVER_INFO_3W;
DRIVER_INFO_3* = DRIVER_INFO_3A;
PtrDRIVER_INFO_3* = PtrDRIVER_INFO_3A;
DOC_INFO_1A* = RECORD [untagged]
pDocName*: PtrSTR;
pOutputFile*: PtrSTR;
pDatatype*: PtrSTR;
END;
PtrDOC_INFO_1A* = POINTER TO DOC_INFO_1A;
DOC_INFO_1W* = RECORD [untagged]
pDocName*: PtrWSTR;
pOutputFile*: PtrWSTR;
pDatatype*: PtrWSTR;
END;
PtrDOC_INFO_1W* = POINTER TO DOC_INFO_1W;
DOC_INFO_1* = DOC_INFO_1A;
PtrDOC_INFO_1* = PtrDOC_INFO_1A;
FORM_INFO_1A* = RECORD [untagged]
Flags*: SET;
pName*: PtrSTR;
Size*: SIZE;
ImageableArea*: RECT;
END;
PtrFORM_INFO_1A* = POINTER TO FORM_INFO_1A;
FORM_INFO_1W* = RECORD [untagged]
Flags*: SET;
pName*: PtrWSTR;
Size*: SIZE;
ImageableArea*: RECT;
END;
PtrFORM_INFO_1W* = POINTER TO FORM_INFO_1W;
FORM_INFO_1* = FORM_INFO_1A;
PtrFORM_INFO_1* = PtrFORM_INFO_1A;
DOC_INFO_2A* = RECORD [untagged]
pDocName*: PtrSTR;
pOutputFile*: PtrSTR;
pDatatype*: PtrSTR;
dwMode*: SET;
JobId*: INTEGER;
END;
PtrDOC_INFO_2A* = POINTER TO DOC_INFO_2A;
DOC_INFO_2W* = RECORD [untagged]
pDocName*: PtrWSTR;
pOutputFile*: PtrWSTR;
pDatatype*: PtrWSTR;
dwMode*: SET;
JobId*: INTEGER;
END;
PtrDOC_INFO_2W* = POINTER TO DOC_INFO_2W;
DOC_INFO_2* = DOC_INFO_2A;
PtrDOC_INFO_2* = PtrDOC_INFO_2A;
PRINTPROCESSOR_INFO_1A* = RECORD [untagged]
pName*: PtrSTR;
END;
PtrPRINTPROCESSOR_INFO_1A* = POINTER TO PRINTPROCESSOR_INFO_1A;
PRINTPROCESSOR_INFO_1W* = RECORD [untagged]
pName*: PtrWSTR;
END;
PtrPRINTPROCESSOR_INFO_1W* = POINTER TO PRINTPROCESSOR_INFO_1W;
PRINTPROCESSOR_INFO_1* = PRINTPROCESSOR_INFO_1A;
PtrPRINTPROCESSOR_INFO_1* = PtrPRINTPROCESSOR_INFO_1A;
PORT_INFO_1A* = RECORD [untagged]
pName*: PtrSTR;
END;
PtrPORT_INFO_1A* = POINTER TO PORT_INFO_1A;
PORT_INFO_1W* = RECORD [untagged]
pName*: PtrWSTR;
END;
PtrPORT_INFO_1W* = POINTER TO PORT_INFO_1W;
PORT_INFO_1* = PORT_INFO_1A;
PtrPORT_INFO_1* = PtrPORT_INFO_1A;
PORT_INFO_2A* = RECORD [untagged]
pPortName*: PtrSTR;
pMonitorName*: PtrSTR;
pDescription*: PtrSTR;
fPortType*: INTEGER;
Reserved*: INTEGER;
END;
PtrPORT_INFO_2A* = POINTER TO PORT_INFO_2A;
PORT_INFO_2W* = RECORD [untagged]
pPortName*: PtrWSTR;
pMonitorName*: PtrWSTR;
pDescription*: PtrWSTR;
fPortType*: INTEGER;
Reserved*: INTEGER;
END;
PtrPORT_INFO_2W* = POINTER TO PORT_INFO_2W;
PORT_INFO_2* = PORT_INFO_2A;
PtrPORT_INFO_2* = PtrPORT_INFO_2A;
MONITOR_INFO_1A* = RECORD [untagged]
pName*: PtrSTR;
END;
PtrMONITOR_INFO_1A* = POINTER TO MONITOR_INFO_1A;
MONITOR_INFO_1W* = RECORD [untagged]
pName*: PtrWSTR;
END;
PtrMONITOR_INFO_1W* = POINTER TO MONITOR_INFO_1W;
MONITOR_INFO_1* = MONITOR_INFO_1A;
PtrMONITOR_INFO_1* = PtrMONITOR_INFO_1A;
MONITOR_INFO_2A* = RECORD [untagged]
pName*: PtrSTR;
pEnvironment*: PtrSTR;
pDLLName*: PtrSTR;
END;
PtrMONITOR_INFO_2A* = POINTER TO MONITOR_INFO_2A;
MONITOR_INFO_2W* = RECORD [untagged]
pName*: PtrWSTR;
pEnvironment*: PtrWSTR;
pDLLName*: PtrWSTR;
END;
PtrMONITOR_INFO_2W* = POINTER TO MONITOR_INFO_2W;
MONITOR_INFO_2* = MONITOR_INFO_2A;
PtrMONITOR_INFO_2* = PtrMONITOR_INFO_2A;
DATATYPES_INFO_1A* = RECORD [untagged]
pName*: PtrSTR;
END;
PtrDATATYPES_INFO_1A* = POINTER TO DATATYPES_INFO_1A;
DATATYPES_INFO_1W* = RECORD [untagged]
pName*: PtrWSTR;
END;
PtrDATATYPES_INFO_1W* = POINTER TO DATATYPES_INFO_1W;
DATATYPES_INFO_1* = DATATYPES_INFO_1A;
PtrDATATYPES_INFO_1* = PtrDATATYPES_INFO_1A;
PRINTER_DEFAULTSA* = RECORD [untagged]
pDatatype*: PtrSTR;
pDevMode*: PtrDEVMODEA;
DesiredAccess*: ACCESS_MASK;
END;
PtrPRINTER_DEFAULTSA* = POINTER TO PRINTER_DEFAULTSA;
PRINTER_DEFAULTSW* = RECORD [untagged]
pDatatype*: PtrWSTR;
pDevMode*: PtrDEVMODEW;
DesiredAccess*: ACCESS_MASK;
END;
PtrPRINTER_DEFAULTSW* = POINTER TO PRINTER_DEFAULTSW;
PRINTER_DEFAULTS* = PRINTER_DEFAULTSA;
PtrPRINTER_DEFAULTS* = PtrPRINTER_DEFAULTSA;
PRINTER_NOTIFY_OPTIONS_TYPE* = RECORD [untagged]
Type*: SHORTINT;
Reserved0*: SHORTINT;
Reserved1*: INTEGER;
Reserved2*: INTEGER;
Count*: INTEGER;
pFields*: POINTER TO (*?*) ARRAY [untagged] OF SHORTINT;
END;
PtrPRINTER_NOTIFY_OPTIONS_TYPE* = POINTER TO PRINTER_NOTIFY_OPTIONS_TYPE;
PRINTER_NOTIFY_OPTIONS* = RECORD [untagged]
Version*: INTEGER;
Flags*: SET;
Count*: INTEGER;
pTypes*: PtrPRINTER_NOTIFY_OPTIONS_TYPE;
END;
PtrPRINTER_NOTIFY_OPTIONS* = POINTER TO PRINTER_NOTIFY_OPTIONS;
PRINTER_NOTIFY_INFO_DATA* = RECORD [untagged]
Type*: SHORTINT;
Field*: SHORTINT;
Reserved*: INTEGER;
Id*: INTEGER;
NotifyData*: RECORD [union]
adwData*: ARRAY [untagged] 2 OF INTEGER;
Data*: RECORD [untagged]
cbBuf*: INTEGER;
pBuf*: PtrVoid;
END;
END;
END;
PtrPRINTER_NOTIFY_INFO_DATA* = POINTER TO PRINTER_NOTIFY_INFO_DATA;
PRINTER_NOTIFY_INFO* = RECORD [untagged]
Version*: INTEGER;
Flags*: SET;
Count*: INTEGER;
aData*: ARRAY [untagged] 1 OF PRINTER_NOTIFY_INFO_DATA;
END;
PtrPRINTER_NOTIFY_INFO* = POINTER TO PRINTER_NOTIFY_INFO;
PROVIDOR_INFO_1A* = RECORD [untagged]
pName*: PtrSTR;
pEnvironment*: PtrSTR;
pDLLName*: PtrSTR;
END;
PtrPROVIDOR_INFO_1A* = POINTER TO PROVIDOR_INFO_1A;
PROVIDOR_INFO_1W* = RECORD [untagged]
pName*: PtrWSTR;
pEnvironment*: PtrWSTR;
pDLLName*: PtrWSTR;
END;
PtrPROVIDOR_INFO_1W* = POINTER TO PROVIDOR_INFO_1W;
PROVIDOR_INFO_1* = PROVIDOR_INFO_1A;
PtrPROVIDOR_INFO_1* = PtrPROVIDOR_INFO_1A;
SC_HANDLE* = HANDLE;
SERVICE_STATUS_HANDLE* = INTEGER;
SERVICE_STATUS* = RECORD [untagged]
dwServiceType*: SET;
dwCurrentState*: INTEGER;
dwControlsAccepted*: INTEGER;
dwWin32ExitCode*: INTEGER;
dwServiceSpecificExitCode*: INTEGER;
dwCheckPoint*: INTEGER;
dwWaitHint*: INTEGER;
END;
PtrSERVICE_STATUS* = POINTER TO SERVICE_STATUS;
ENUM_SERVICE_STATUSA* = RECORD [untagged]
lpServiceName*: PtrSTR;
lpDisplayName*: PtrSTR;
ServiceStatus*: SERVICE_STATUS;
END;
PtrENUM_SERVICE_STATUSA* = POINTER TO ENUM_SERVICE_STATUSA;
ENUM_SERVICE_STATUSW* = RECORD [untagged]
lpServiceName*: PtrWSTR;
lpDisplayName*: PtrWSTR;
ServiceStatus*: SERVICE_STATUS;
END;
PtrENUM_SERVICE_STATUSW* = POINTER TO ENUM_SERVICE_STATUSW;
ENUM_SERVICE_STATUS* = ENUM_SERVICE_STATUSA;
PtrENUM_SERVICE_STATUS* = PtrENUM_SERVICE_STATUSA;
SC_LOCK* = PtrVoid;
QUERY_SERVICE_LOCK_STATUSA* = RECORD [untagged]
fIsLocked*: INTEGER;
lpLockOwner*: PtrSTR;
dwLockDuration*: INTEGER;
END;
PtrQUERY_SERVICE_LOCK_STATUSA* = POINTER TO QUERY_SERVICE_LOCK_STATUSA;
QUERY_SERVICE_LOCK_STATUSW* = RECORD [untagged]
fIsLocked*: INTEGER;
lpLockOwner*: PtrWSTR;
dwLockDuration*: INTEGER;
END;
PtrQUERY_SERVICE_LOCK_STATUSW* = POINTER TO QUERY_SERVICE_LOCK_STATUSW;
QUERY_SERVICE_LOCK_STATUS* = QUERY_SERVICE_LOCK_STATUSA;
PtrQUERY_SERVICE_LOCK_STATUS* = PtrQUERY_SERVICE_LOCK_STATUSA;
QUERY_SERVICE_CONFIGA* = RECORD [untagged]
dwServiceType*: SET;
dwStartType*: INTEGER;
dwErrorControl*: INTEGER;
lpBinaryPathName*: PtrSTR;
lpLoadOrderGroup*: PtrSTR;
dwTagId*: INTEGER;
lpDependencies*: PtrSTR;
lpServiceStartName*: PtrSTR;
lpDisplayName*: PtrSTR;
END;
PtrQUERY_SERVICE_CONFIGA* = POINTER TO QUERY_SERVICE_CONFIGA;
QUERY_SERVICE_CONFIGW* = RECORD [untagged]
dwServiceType*: SET;
dwStartType*: INTEGER;
dwErrorControl*: INTEGER;
lpBinaryPathName*: PtrWSTR;
lpLoadOrderGroup*: PtrWSTR;
dwTagId*: INTEGER;
lpDependencies*: PtrWSTR;
lpServiceStartName*: PtrWSTR;
lpDisplayName*: PtrWSTR;
END;
PtrQUERY_SERVICE_CONFIGW* = POINTER TO QUERY_SERVICE_CONFIGW;
QUERY_SERVICE_CONFIG* = QUERY_SERVICE_CONFIGA;
PtrQUERY_SERVICE_CONFIG* = PtrQUERY_SERVICE_CONFIGA;
SERVICE_MAIN_FUNCTIONW* = PROCEDURE (dwNumServicesArgs: INTEGER; lpServiceArgVectors: POINTER TO (*?*) ARRAY [untagged] OF PtrWSTR);
SERVICE_MAIN_FUNCTIONA* = PROCEDURE (dwNumServicesArgs: INTEGER; lpServiceArgVectors: POINTER TO (*?*) ARRAY [untagged] OF PtrSTR);
SERVICE_TABLE_ENTRYA* = RECORD [untagged]
lpServiceName*: PtrSTR;
lpServiceProc*: SERVICE_MAIN_FUNCTIONA;
END;
PtrSERVICE_TABLE_ENTRYA* = POINTER TO SERVICE_TABLE_ENTRYA;
SERVICE_TABLE_ENTRYW* = RECORD [untagged]
lpServiceName*: PtrWSTR;
lpServiceProc*: SERVICE_MAIN_FUNCTIONW;
END;
PtrSERVICE_TABLE_ENTRYW* = POINTER TO SERVICE_TABLE_ENTRYW;
SERVICE_TABLE_ENTRY* = SERVICE_TABLE_ENTRYA;
PtrSERVICE_TABLE_ENTRY* = PtrSERVICE_TABLE_ENTRYA;
HANDLER_FUNCTION* = PROCEDURE (dwControl: INTEGER);
MODEMDEVCAPS* = RECORD [untagged]
dwActualSize*: INTEGER;
dwRequiredSize*: INTEGER;
dwDevSpecificOffset*: INTEGER;
dwDevSpecificSize*: INTEGER;
dwModemProviderVersion*: INTEGER;
dwModemManufacturerOffset*: INTEGER;
dwModemManufacturerSize*: INTEGER;
dwModemModelOffset*: INTEGER;
dwModemModelSize*: INTEGER;
dwModemVersionOffset*: INTEGER;
dwModemVersionSize*: INTEGER;
dwDialOptions*: INTEGER;
dwCallSetupFailTimer*: INTEGER;
dwInactivityTimeout*: INTEGER;
dwSpeakerVolume*: SET;
dwSpeakerMode*: SET;
dwModemOptions*: SET;
dwMaxDTERate*: INTEGER;
dwMaxDCERate*: INTEGER;
abVariablePortion*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrMODEMDEVCAPS* = POINTER TO MODEMDEVCAPS;
MODEMSETTINGS* = RECORD [untagged]
dwActualSize*: INTEGER;
dwRequiredSize*: INTEGER;
dwDevSpecificOffset*: INTEGER;
dwDevSpecificSize*: INTEGER;
dwCallSetupFailTimer*: INTEGER;
dwInactivityTimeout*: INTEGER;
dwSpeakerVolume*: SET;
dwSpeakerMode*: SET;
dwPreferredModemOptions*: INTEGER;
dwNegotiatedModemOptions*: INTEGER;
dwNegotiatedDCERate*: INTEGER;
abVariablePortion*: ARRAY [untagged] 1 OF SHORTCHAR;
END;
PtrMODEMSETTINGS* = POINTER TO MODEMSETTINGS;
RetGetSidSubAuthority* = POINTER TO (*?*) ARRAY [untagged] OF INTEGER;
RetDdeAccessData* = POINTER TO (*?*) ARRAY [untagged] OF SHORTCHAR;
RetCommandLineToArgvW* = POINTER TO (*?*) ARRAY [untagged] OF PtrWSTR;
PtrMOUSEINPUT* = POINTER TO MOUSEINPUT;
MOUSEINPUT* = RECORD [untagged]
dx*: INTEGER;
dy*: INTEGER;
mouseData*: INTEGER;
dwFlags*: SET;
time*: INTEGER;
dwExtraInfo*: INTEGER;
END;
PtrKEYBDINPUT* = POINTER TO KEYBDINPUT;
KEYBDINPUT* = RECORD [untagged]
wVk*: SHORTINT;
wScan*: SHORTINT;
dwFlags*: SET;
time*: INTEGER;
dwExtraInfo*: INTEGER;
END;
PtrHARDWAREINPUT* = POINTER TO HARDWAREINPUT;
HARDWAREINPUT* = RECORD [untagged]
uMsg*: INTEGER ;
wParamL*: SHORTINT;
wParamH*: SHORTINT;
END;
PtrINPUT* = POINTER TO INPUT;
INPUT* = RECORD [untagged]
type*: INTEGER; (* INPUT_XXX *)
u*: RECORD [union]
mi*: MOUSEINPUT;
ki*: KEYBDINPUT;
hi*: HARDWAREINPUT;
END;
END;
BLENDFUNCTION* = RECORD [untagged]
BlendOp*: BYTE;
BlendFlags*: BYTE;
SourceConstantAlpha*: BYTE;
AlphaFormat*: BYTE
END;
PROCEDURE InterlockedIncrement* (VAR [nil] lpAddend: INTEGER): INTEGER;
(*END InterlockedIncrement;*)
PROCEDURE InterlockedDecrement* (VAR [nil] lpAddend: INTEGER): INTEGER;
(*END InterlockedDecrement;*)
PROCEDURE InterlockedExchange* (VAR [nil] Target: INTEGER; Value: INTEGER): INTEGER;
(*END InterlockedExchange;*)
PROCEDURE InterlockedExchangeAdd* (VAR [nil] Addend: INTEGER; Value: INTEGER): INTEGER;
(*END InterlockedExchangeAdd;*)
PROCEDURE InterlockedCompareExchange* (Destination: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid; Exchange: PtrVoid; Comperand: PtrVoid): PtrVoid;
(*END InterlockedCompareExchange;*)
PROCEDURE FreeResource* (hResData: HGLOBAL): BOOL;
(*END FreeResource;*)
PROCEDURE LockResource* (hResData: HGLOBAL): PtrVoid;
(*END LockResource;*)
PROCEDURE FreeLibrary* (hLibModule: HMODULE): BOOL;
(*END FreeLibrary;*)
PROCEDURE FreeLibraryAndExitThread* (hLibModule: HMODULE; dwExitCode: INTEGER);
(*END FreeLibraryAndExitThread;*)
PROCEDURE DisableThreadLibraryCalls* (hLibModule: HMODULE): BOOL;
(*END DisableThreadLibraryCalls;*)
PROCEDURE GetProcAddress* (hModule: HMODULE; lpProcName: PtrSTR): FARPROC;
(*END GetProcAddress;*)
PROCEDURE GetVersion* (): INTEGER;
(*END GetVersion;*)
PROCEDURE GlobalAlloc* (uFlags: SET; dwBytes: INTEGER): HGLOBAL;
(*END GlobalAlloc;*)
PROCEDURE GlobalReAlloc* (hMem: HGLOBAL; dwBytes: INTEGER; uFlags: SET): HGLOBAL;
(*END GlobalReAlloc;*)
PROCEDURE GlobalSize* (hMem: HGLOBAL): INTEGER;
(*END GlobalSize;*)
PROCEDURE GlobalFlags* (hMem: HGLOBAL): INTEGER;
(*END GlobalFlags;*)
PROCEDURE GlobalLock* (hMem: HGLOBAL): PtrVoid;
(*END GlobalLock;*)
PROCEDURE GlobalHandle* (pMem: PtrVoid): HGLOBAL;
(*END GlobalHandle;*)
PROCEDURE GlobalUnlock* (hMem: HGLOBAL): BOOL;
(*END GlobalUnlock;*)
PROCEDURE GlobalFree* (hMem: HGLOBAL): HGLOBAL;
(*END GlobalFree;*)
PROCEDURE GlobalCompact* (dwMinFree: INTEGER): INTEGER;
(*END GlobalCompact;*)
PROCEDURE GlobalFix* (hMem: HGLOBAL);
(*END GlobalFix;*)
PROCEDURE GlobalUnfix* (hMem: HGLOBAL);
(*END GlobalUnfix;*)
PROCEDURE GlobalWire* (hMem: HGLOBAL): PtrVoid;
(*END GlobalWire;*)
PROCEDURE GlobalUnWire* (hMem: HGLOBAL): BOOL;
(*END GlobalUnWire;*)
PROCEDURE GlobalMemoryStatus* (VAR [nil] lpBuffer: MEMORYSTATUS);
(*END GlobalMemoryStatus;*)
PROCEDURE LocalAlloc* (uFlags: SET; uBytes: INTEGER): HLOCAL;
(*END LocalAlloc;*)
PROCEDURE LocalReAlloc* (hMem: HLOCAL; uBytes: INTEGER; uFlags: SET): HLOCAL;
(*END LocalReAlloc;*)
PROCEDURE LocalLock* (hMem: HLOCAL): PtrVoid;
(*END LocalLock;*)
PROCEDURE LocalHandle* (pMem: PtrVoid): HLOCAL;
(*END LocalHandle;*)
PROCEDURE LocalUnlock* (hMem: HLOCAL): BOOL;
(*END LocalUnlock;*)
PROCEDURE LocalSize* (hMem: HLOCAL): INTEGER;
(*END LocalSize;*)
PROCEDURE LocalFlags* (hMem: HLOCAL): INTEGER;
(*END LocalFlags;*)
PROCEDURE LocalFree* (hMem: HLOCAL): HLOCAL;
(*END LocalFree;*)
PROCEDURE LocalShrink* (hMem: HLOCAL; cbNewSize: INTEGER): INTEGER;
(*END LocalShrink;*)
PROCEDURE LocalCompact* (uMinFree: INTEGER): INTEGER;
(*END LocalCompact;*)
PROCEDURE FlushInstructionCache* (hProcess: HANDLE; lpBaseAddress: PtrVoid; dwSize: INTEGER): BOOL;
(*END FlushInstructionCache;*)
PROCEDURE VirtualAlloc* (lpAddress: PtrVoid; dwSize: INTEGER; flAllocationType: SET; flProtect: SET): PtrVoid;
(*END VirtualAlloc;*)
PROCEDURE VirtualFree* (lpAddress: PtrVoid; dwSize: INTEGER; dwFreeType: SET): BOOL;
(*END VirtualFree;*)
PROCEDURE VirtualProtect* (lpAddress: PtrVoid; dwSize: INTEGER; flNewProtect: SET; VAR [nil] lpflOldProtect: INTEGER): BOOL;
(*END VirtualProtect;*)
PROCEDURE VirtualQuery* (lpAddress: PtrVoid; VAR [nil] lpBuffer: MEMORY_BASIC_INFORMATION; dwLength: INTEGER): INTEGER;
(*END VirtualQuery;*)
PROCEDURE VirtualProtectEx* (hProcess: HANDLE; lpAddress: PtrVoid; dwSize: INTEGER; flNewProtect: SET; VAR [nil] lpflOldProtect: INTEGER): BOOL;
(*END VirtualProtectEx;*)
PROCEDURE VirtualQueryEx* (hProcess: HANDLE; lpAddress: PtrVoid; VAR [nil] lpBuffer: MEMORY_BASIC_INFORMATION; dwLength: INTEGER): INTEGER;
(*END VirtualQueryEx;*)
PROCEDURE HeapCreate* (flOptions: SET; dwInitialSize: INTEGER; dwMaximumSize: INTEGER): HANDLE;
(*END HeapCreate;*)
PROCEDURE HeapDestroy* (hHeap: HANDLE): BOOL;
(*END HeapDestroy;*)
PROCEDURE HeapAlloc* (hHeap: HANDLE; dwFlags: SET; dwBytes: INTEGER): PtrVoid;
(*END HeapAlloc;*)
PROCEDURE HeapReAlloc* (hHeap: HANDLE; dwFlags: SET; lpMem: PtrVoid; dwBytes: INTEGER): PtrVoid;
(*END HeapReAlloc;*)
PROCEDURE HeapFree* (hHeap: HANDLE; dwFlags: SET; lpMem: PtrVoid): BOOL;
(*END HeapFree;*)
PROCEDURE HeapSize* (hHeap: HANDLE; dwFlags: SET; lpMem: PtrVoid): INTEGER;
(*END HeapSize;*)
PROCEDURE HeapValidate* (hHeap: HANDLE; dwFlags: SET; lpMem: PtrVoid): BOOL;
(*END HeapValidate;*)
PROCEDURE HeapCompact* (hHeap: HANDLE; dwFlags: SET): INTEGER;
(*END HeapCompact;*)
PROCEDURE GetProcessHeap* (): HANDLE;
(*END GetProcessHeap;*)
PROCEDURE GetProcessHeaps* (NumberOfHeaps: INTEGER; VAR [nil] ProcessHeaps: HANDLE): INTEGER;
(*END GetProcessHeaps;*)
PROCEDURE HeapLock* (hHeap: HANDLE): BOOL;
(*END HeapLock;*)
PROCEDURE HeapUnlock* (hHeap: HANDLE): BOOL;
(*END HeapUnlock;*)
PROCEDURE HeapWalk* (hHeap: HANDLE; VAR [nil] lpEntry: PROCESS_HEAP_ENTRY): BOOL;
(*END HeapWalk;*)
PROCEDURE GetBinaryTypeA* (lpApplicationName: PtrSTR; VAR [nil] lpBinaryType: INTEGER): BOOL;
(*END GetBinaryTypeA;*)
PROCEDURE GetBinaryTypeW* (lpApplicationName: PtrWSTR; VAR [nil] lpBinaryType: INTEGER): BOOL;
(*END GetBinaryTypeW;*)
PROCEDURE GetBinaryType* ["GetBinaryTypeA"] (lpApplicationName: PtrSTR; VAR [nil] lpBinaryType: INTEGER): BOOL;
(*END GetBinaryType;*)
PROCEDURE GetShortPathNameA* (lpszLongPath: PtrSTR; lpszShortPath: PtrSTR; cchBuffer: INTEGER): INTEGER;
(*END GetShortPathNameA;*)
PROCEDURE GetShortPathNameW* (lpszLongPath: PtrWSTR; lpszShortPath: PtrWSTR; cchBuffer: INTEGER): INTEGER;
(*END GetShortPathNameW;*)
PROCEDURE GetShortPathName* ["GetShortPathNameA"] (lpszLongPath: PtrSTR; lpszShortPath: PtrSTR; cchBuffer: INTEGER): INTEGER;
(*END GetShortPathName;*)
PROCEDURE GetProcessAffinityMask* (hProcess: HANDLE; VAR [nil] lpProcessAffinityMask: INTEGER; VAR [nil] lpSystemAffinityMask: INTEGER): BOOL;
(*END GetProcessAffinityMask;*)
PROCEDURE SetProcessAffinityMask* (hProcess: HANDLE; dwProcessAffinityMask: INTEGER): BOOL;
(*END SetProcessAffinityMask;*)
PROCEDURE GetProcessTimes* (hProcess: HANDLE; VAR [nil] lpCreationTime: FILETIME; VAR [nil] lpExitTime: FILETIME; VAR [nil] lpKernelTime: FILETIME; VAR [nil] lpUserTime: FILETIME): BOOL;
(*END GetProcessTimes;*)
PROCEDURE GetProcessWorkingSetSize* (hProcess: HANDLE; VAR [nil] lpMinimumWorkingSetSize: INTEGER; VAR [nil] lpMaximumWorkingSetSize: INTEGER): BOOL;
(*END GetProcessWorkingSetSize;*)
PROCEDURE SetProcessWorkingSetSize* (hProcess: HANDLE; dwMinimumWorkingSetSize: INTEGER; dwMaximumWorkingSetSize: INTEGER): BOOL;
(*END SetProcessWorkingSetSize;*)
PROCEDURE OpenProcess* (dwDesiredAccess: SET; bInheritHandle: BOOL; dwProcessId: INTEGER): HANDLE;
(*END OpenProcess;*)
PROCEDURE GetCurrentProcess* (): HANDLE;
(*END GetCurrentProcess;*)
PROCEDURE GetCurrentProcessId* (): INTEGER;
(*END GetCurrentProcessId;*)
PROCEDURE ExitProcess* (uExitCode: INTEGER);
(*END ExitProcess;*)
PROCEDURE TerminateProcess* (hProcess: HANDLE; uExitCode: INTEGER): BOOL;
(*END TerminateProcess;*)
PROCEDURE GetExitCodeProcess* (hProcess: HANDLE; VAR [nil] lpExitCode: INTEGER): BOOL;
(*END GetExitCodeProcess;*)
PROCEDURE FatalExit* (ExitCode: INTEGER);
(*END FatalExit;*)
PROCEDURE GetEnvironmentStrings* (): PtrSTR;
(*END GetEnvironmentStrings;*)
PROCEDURE GetEnvironmentStringsW* (): PtrWSTR;
(*END GetEnvironmentStringsW;*)
PROCEDURE GetEnvironmentStringsA* ["GetEnvironmentStrings"] (): PtrSTR;
(*END GetEnvironmentStringsA;*)
PROCEDURE FreeEnvironmentStringsA* (p0: PtrSTR): BOOL;
(*END FreeEnvironmentStringsA;*)
PROCEDURE FreeEnvironmentStringsW* (p0: PtrWSTR): BOOL;
(*END FreeEnvironmentStringsW;*)
PROCEDURE FreeEnvironmentStrings* ["FreeEnvironmentStringsA"] (p0: PtrSTR): BOOL;
(*END FreeEnvironmentStrings;*)
PROCEDURE RaiseException* (dwExceptionCode: INTEGER; dwExceptionFlags: INTEGER; nNumberOfArguments: INTEGER; VAR [nil] lpArguments: INTEGER);
(*END RaiseException;*)
PROCEDURE UnhandledExceptionFilter* (VAR [nil] ExceptionInfo: EXCEPTION_POINTERS): INTEGER;
(*END UnhandledExceptionFilter;*)
PROCEDURE SetUnhandledExceptionFilter* (lpTopLevelExceptionFilter: TOP_LEVEL_EXCEPTION_FILTER): TOP_LEVEL_EXCEPTION_FILTER;
(*END SetUnhandledExceptionFilter;*)
PROCEDURE CreateFiber* (dwStackSize: INTEGER; lpStartAddress: FIBER_START_ROUTINE; lpParameter: PtrVoid): PtrVoid;
(*END CreateFiber;*)
PROCEDURE CreateFiberEx* (dwStackCommitSize, dwStackReserveSize: INTEGER; dwFlags: SET; lpStartAddress: FIBER_START_ROUTINE; lpParameter: PtrVoid): PtrVoid;
(*END CreateFiberEx;*)
PROCEDURE DeleteFiber* (lpFiber: PtrVoid);
(*END DeleteFiber;*)
PROCEDURE ConvertThreadToFiber* (lpParameter: PtrVoid): PtrVoid;
(*END ConvertThreadToFiber;*)
PROCEDURE ConvertFiberToThread* (): BOOL;
(*END ConvertFiberToThread;*)
PROCEDURE SwitchToFiber* (lpFiber: PtrVoid);
(*END SwitchToFiber;*)
PROCEDURE CreateThread* (VAR [nil] lpThreadAttributes: SECURITY_ATTRIBUTES; dwStackSize: INTEGER; lpStartAddress: THREAD_START_ROUTINE; lpParameter: PtrVoid; dwCreationFlags: SET; VAR [nil] lpThreadId: INTEGER): HANDLE;
(*END CreateThread;*)
PROCEDURE CreateRemoteThread* (hProcess: HANDLE; VAR [nil] lpThreadAttributes: SECURITY_ATTRIBUTES; dwStackSize: INTEGER; lpStartAddress: THREAD_START_ROUTINE; lpParameter: PtrVoid; dwCreationFlags: SET; VAR [nil] lpThreadId: INTEGER): HANDLE;
(*END CreateRemoteThread;*)
PROCEDURE GetCurrentThread* (): HANDLE;
(*END GetCurrentThread;*)
PROCEDURE GetCurrentThreadId* (): INTEGER;
(*END GetCurrentThreadId;*)
PROCEDURE SetThreadAffinityMask* (hThread: HANDLE; dwThreadAffinityMask: INTEGER): INTEGER;
(*END SetThreadAffinityMask;*)
PROCEDURE SetThreadIdealProcessor* (hThread: HANDLE; dwIdealProcessor: INTEGER): INTEGER;
(*END SetThreadIdealProcessor;*)
PROCEDURE SetThreadPriority* (hThread: HANDLE; nPriority: INTEGER): BOOL;
(*END SetThreadPriority;*)
PROCEDURE SetThreadPriorityBoost* (hThread: HANDLE; bDisablePriorityBoost: BOOL): BOOL;
(*END SetThreadPriorityBoost;*)
PROCEDURE GetThreadPriorityBoost* (hThread: HANDLE; VAR [nil] pDisablePriorityBoost: BOOL): BOOL;
(*END GetThreadPriorityBoost;*)
PROCEDURE GetThreadPriority* (hThread: HANDLE): INTEGER;
(*END GetThreadPriority;*)
PROCEDURE GetThreadTimes* (hThread: HANDLE; VAR [nil] lpCreationTime: FILETIME; VAR [nil] lpExitTime: FILETIME; VAR [nil] lpKernelTime: FILETIME; VAR [nil] lpUserTime: FILETIME): BOOL;
(*END GetThreadTimes;*)
PROCEDURE ExitThread* (dwExitCode: INTEGER);
(*END ExitThread;*)
PROCEDURE TerminateThread* (hThread: HANDLE; dwExitCode: INTEGER): BOOL;
(*END TerminateThread;*)
PROCEDURE GetExitCodeThread* (hThread: HANDLE; VAR [nil] lpExitCode: INTEGER): BOOL;
(*END GetExitCodeThread;*)
PROCEDURE GetThreadSelectorEntry* (hThread: HANDLE; dwSelector: INTEGER; VAR [nil] lpSelectorEntry: LDT_ENTRY): BOOL;
(*END GetThreadSelectorEntry;*)
PROCEDURE GetLastError* (): INTEGER;
(*END GetLastError;*)
PROCEDURE SetLastError* (dwErrCode: INTEGER);
(*END SetLastError;*)
PROCEDURE GetOverlappedResult* (hFile: HANDLE; VAR [nil] lpOverlapped: OVERLAPPED; VAR [nil] lpNumberOfBytesTransferred: INTEGER; bWait: BOOL): BOOL;
(*END GetOverlappedResult;*)
PROCEDURE CreateIoCompletionPort* (FileHandle: HANDLE; ExistingCompletionPort: HANDLE; CompletionKey: INTEGER; NumberOfConcurrentThreads: INTEGER): HANDLE;
(*END CreateIoCompletionPort;*)
PROCEDURE GetQueuedCompletionStatus* (CompletionPort: HANDLE; VAR [nil] lpNumberOfBytesTransferred: INTEGER; VAR [nil] lpCompletionKey: INTEGER; VAR [nil] lpOverlapped: PtrOVERLAPPED; dwMilliseconds: INTEGER): BOOL;
(*END GetQueuedCompletionStatus;*)
PROCEDURE PostQueuedCompletionStatus* (CompletionPort: HANDLE; dwNumberOfBytesTransferred: INTEGER; dwCompletionKey: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED): BOOL;
(*END PostQueuedCompletionStatus;*)
PROCEDURE SetErrorMode* (uMode: SET): INTEGER;
(*END SetErrorMode;*)
PROCEDURE ReadProcessMemory* (hProcess: HANDLE; lpBaseAddress: PtrVoid; lpBuffer: PtrVoid; nSize: INTEGER; VAR [nil] lpNumberOfBytesRead: INTEGER): BOOL;
(*END ReadProcessMemory;*)
PROCEDURE WriteProcessMemory* (hProcess: HANDLE; lpBaseAddress: PtrVoid; lpBuffer: PtrVoid; nSize: INTEGER; VAR [nil] lpNumberOfBytesWritten: INTEGER): BOOL;
(*END WriteProcessMemory;*)
PROCEDURE GetThreadContext* (hThread: HANDLE; VAR [nil] lpContext: CONTEXT): BOOL;
(*END GetThreadContext;*)
PROCEDURE SetThreadContext* (hThread: HANDLE; VAR [nil] lpContext: CONTEXT): BOOL;
(*END SetThreadContext;*)
PROCEDURE SuspendThread* (hThread: HANDLE): INTEGER;
(*END SuspendThread;*)
PROCEDURE ResumeThread* (hThread: HANDLE): INTEGER;
(*END ResumeThread;*)
PROCEDURE QueueUserAPC* (pfnAPC: APCFUNC; hThread: HANDLE; dwData: INTEGER): INTEGER;
(*END QueueUserAPC;*)
PROCEDURE DebugBreak* ();
(*END DebugBreak;*)
PROCEDURE DebugBreakProcess* (hProcess: HANDLE): BOOL;
(*END DebugBreakProcess;*)
PROCEDURE WaitForDebugEvent* (VAR [nil] lpDebugEvent: DEBUG_EVENT; dwMilliseconds: INTEGER): BOOL;
(*END WaitForDebugEvent;*)
PROCEDURE ContinueDebugEvent* (dwProcessId: INTEGER; dwThreadId: INTEGER; dwContinueStatus: SET): BOOL;
(*END ContinueDebugEvent;*)
PROCEDURE DebugActiveProcess* (dwProcessId: INTEGER): BOOL;
(*END DebugActiveProcess;*)
PROCEDURE DebugActiveProcessStop* (dwProcessId: INTEGER): BOOL;
(*END DebugActiveProcessStop;*)
PROCEDURE DebugSetProcessKillOnExit* (killOnExit: BOOL): BOOL;
(*END DebugSetProcessKillOnExit;*)
PROCEDURE IsDebuggerPresent* (): BOOL;
(*END IsDebuggerPresent;*)
PROCEDURE InitializeCriticalSection* (VAR [nil] lpCriticalSection: RTL_CRITICAL_SECTION);
(*END InitializeCriticalSection;*)
PROCEDURE EnterCriticalSection* (VAR [nil] lpCriticalSection: RTL_CRITICAL_SECTION);
(*END EnterCriticalSection;*)
PROCEDURE LeaveCriticalSection* (VAR [nil] lpCriticalSection: RTL_CRITICAL_SECTION);
(*END LeaveCriticalSection;*)
PROCEDURE TryEnterCriticalSection* (VAR [nil] lpCriticalSection: RTL_CRITICAL_SECTION): BOOL;
(*END TryEnterCriticalSection;*)
PROCEDURE DeleteCriticalSection* (VAR [nil] lpCriticalSection: RTL_CRITICAL_SECTION);
(*END DeleteCriticalSection;*)
PROCEDURE SetEvent* (hEvent: HANDLE): BOOL;
(*END SetEvent;*)
PROCEDURE ResetEvent* (hEvent: HANDLE): BOOL;
(*END ResetEvent;*)
PROCEDURE PulseEvent* (hEvent: HANDLE): BOOL;
(*END PulseEvent;*)
PROCEDURE ReleaseSemaphore* (hSemaphore: HANDLE; lReleaseCount: INTEGER; VAR [nil] lpPreviousCount: INTEGER): BOOL;
(*END ReleaseSemaphore;*)
PROCEDURE ReleaseMutex* (hMutex: HANDLE): BOOL;
(*END ReleaseMutex;*)
PROCEDURE WaitForSingleObject* (hHandle: HANDLE; dwMilliseconds: INTEGER): INTEGER;
(*END WaitForSingleObject;*)
PROCEDURE WaitForMultipleObjects* (nCount: INTEGER; VAR [nil] lpHandles: HANDLE; bWaitAll: BOOL; dwMilliseconds: INTEGER): INTEGER;
(*END WaitForMultipleObjects;*)
PROCEDURE Sleep* (dwMilliseconds: INTEGER);
(*END Sleep;*)
PROCEDURE LoadResource* (hModule: HMODULE; hResInfo: HRSRC): HGLOBAL;
(*END LoadResource;*)
PROCEDURE SizeofResource* (hModule: HMODULE; hResInfo: HRSRC): INTEGER;
(*END SizeofResource;*)
PROCEDURE GlobalDeleteAtom* (nAtom: ATOM): ATOM;
(*END GlobalDeleteAtom;*)
PROCEDURE InitAtomTable* (nSize: INTEGER): BOOL;
(*END InitAtomTable;*)
PROCEDURE DeleteAtom* (nAtom: ATOM): ATOM;
(*END DeleteAtom;*)
PROCEDURE SetHandleCount* (uNumber: INTEGER): INTEGER;
(*END SetHandleCount;*)
PROCEDURE GetLogicalDrives* (): INTEGER;
(*END GetLogicalDrives;*)
PROCEDURE LockFile* (hFile: HANDLE; dwFileOffsetLow: INTEGER; dwFileOffsetHigh: INTEGER; nNumberOfBytesToLockLow: INTEGER; nNumberOfBytesToLockHigh: INTEGER): BOOL;
(*END LockFile;*)
PROCEDURE UnlockFile* (hFile: HANDLE; dwFileOffsetLow: INTEGER; dwFileOffsetHigh: INTEGER; nNumberOfBytesToUnlockLow: INTEGER; nNumberOfBytesToUnlockHigh: INTEGER): BOOL;
(*END UnlockFile;*)
PROCEDURE LockFileEx* (hFile: HANDLE; dwFlags: SET; dwReserved: INTEGER; nNumberOfBytesToLockLow: INTEGER; nNumberOfBytesToLockHigh: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED): BOOL;
(*END LockFileEx;*)
PROCEDURE UnlockFileEx* (hFile: HANDLE; dwReserved: INTEGER; nNumberOfBytesToUnlockLow: INTEGER; nNumberOfBytesToUnlockHigh: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED): BOOL;
(*END UnlockFileEx;*)
PROCEDURE GetFileInformationByHandle* (hFile: HANDLE; VAR [nil] lpFileInformation: BY_HANDLE_FILE_INFORMATION): BOOL;
(*END GetFileInformationByHandle;*)
PROCEDURE GetFileType* (hFile: HANDLE): INTEGER;
(*END GetFileType;*)
PROCEDURE GetFileSize* (hFile: HANDLE; VAR [nil] lpFileSizeHigh: INTEGER): INTEGER;
(*END GetFileSize;*)
PROCEDURE GetFileSizeEx* (hFile: HANDLE; VAR [nil] lpFileSizeHigh: LONGINT): INTEGER;
(*END GetFileSize;*)
PROCEDURE GetStdHandle* (nStdHandle: INTEGER): HANDLE;
(*END GetStdHandle;*)
PROCEDURE SetStdHandle* (nStdHandle: INTEGER; hHandle: HANDLE): BOOL;
(*END SetStdHandle;*)
PROCEDURE WriteFile* (hFile: HANDLE; lpBuffer: PtrVoid; nNumberOfBytesToWrite: INTEGER; VAR [nil] lpNumberOfBytesWritten: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED): BOOL;
(*END WriteFile;*)
PROCEDURE ReadFile* (hFile: HANDLE; lpBuffer: PtrVoid; nNumberOfBytesToRead: INTEGER; VAR [nil] lpNumberOfBytesRead: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED): BOOL;
(*END ReadFile;*)
PROCEDURE FlushFileBuffers* (hFile: HANDLE): BOOL;
(*END FlushFileBuffers;*)
PROCEDURE DeviceIoControl* (hDevice: HANDLE; dwIoControlCode: INTEGER; lpInBuffer: PtrVoid; nInBufferSize: INTEGER; lpOutBuffer: PtrVoid; nOutBufferSize: INTEGER; VAR [nil] lpBytesReturned: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED): BOOL;
(*END DeviceIoControl;*)
PROCEDURE SetEndOfFile* (hFile: HANDLE): BOOL;
(*END SetEndOfFile;*)
PROCEDURE SetFilePointer* (hFile: HANDLE; lDistanceToMove: INTEGER; VAR [nil] lpDistanceToMoveHigh: INTEGER; dwMoveMethod: INTEGER): INTEGER;
(*END SetFilePointer;*)
PROCEDURE SetFilePointerEx* (hFile: HANDLE; liDistanceToMove: LONGINT; VAR [nil] lpNewFilePointer: LONGINT; dwMoveMethod: INTEGER): BOOL;
(*END SetFilePointerEx;*)
PROCEDURE FindClose* (hFindFile: HANDLE): BOOL;
(*END FindClose;*)
PROCEDURE GetFileTime* (hFile: HANDLE; VAR [nil] lpCreationTime: FILETIME; VAR [nil] lpLastAccessTime: FILETIME; VAR [nil] lpLastWriteTime: FILETIME): BOOL;
(*END GetFileTime;*)
PROCEDURE SetFileTime* (hFile: HANDLE; VAR [nil] lpCreationTime: FILETIME; VAR [nil] lpLastAccessTime: FILETIME; VAR [nil] lpLastWriteTime: FILETIME): BOOL;
(*END SetFileTime;*)
PROCEDURE CloseHandle* (hObject: HANDLE): BOOL;
(*END CloseHandle;*)
PROCEDURE DuplicateHandle* (hSourceProcessHandle: HANDLE; hSourceHandle: HANDLE; hTargetProcessHandle: HANDLE; VAR [nil] lpTargetHandle: HANDLE; dwDesiredAccess: SET; bInheritHandle: BOOL; dwOptions: SET): BOOL;
(*END DuplicateHandle;*)
PROCEDURE GetHandleInformation* (hObject: HANDLE; VAR [nil] lpdwFlags: SET): BOOL;
(*END GetHandleInformation;*)
PROCEDURE SetHandleInformation* (hObject: HANDLE; dwMask: INTEGER; dwFlags: SET): BOOL;
(*END SetHandleInformation;*)
PROCEDURE LoadModule* (lpModuleName: PtrSTR; lpParameterBlock: PtrVoid): INTEGER;
(*END LoadModule;*)
PROCEDURE WinExec* (lpCmdLine: PtrSTR; uCmdShow: INTEGER): INTEGER;
(*END WinExec;*)
PROCEDURE ClearCommBreak* (hFile: HANDLE): BOOL;
(*END ClearCommBreak;*)
PROCEDURE ClearCommError* (hFile: HANDLE; VAR [nil] lpErrors: SET; VAR [nil] lpStat: COMSTAT): BOOL;
(*END ClearCommError;*)
PROCEDURE SetupComm* (hFile: HANDLE; dwInQueue: INTEGER; dwOutQueue: INTEGER): BOOL;
(*END SetupComm;*)
PROCEDURE EscapeCommFunction* (hFile: HANDLE; dwFunc: INTEGER): BOOL;
(*END EscapeCommFunction;*)
PROCEDURE GetCommConfig* (hCommDev: HANDLE; VAR [nil] lpCC: COMMCONFIG; VAR [nil] lpdwSize: INTEGER): BOOL;
(*END GetCommConfig;*)
PROCEDURE GetCommMask* (hFile: HANDLE; VAR [nil] lpEvtMask: SET): BOOL;
(*END GetCommMask;*)
PROCEDURE GetCommProperties* (hFile: HANDLE; VAR [nil] lpCommProp: COMMPROP): BOOL;
(*END GetCommProperties;*)
PROCEDURE GetCommModemStatus* (hFile: HANDLE; VAR [nil] lpModemStat: SET): BOOL;
(*END GetCommModemStatus;*)
PROCEDURE GetCommState* (hFile: HANDLE; VAR [nil] lpDCB: DCB): BOOL;
(*END GetCommState;*)
PROCEDURE GetCommTimeouts* (hFile: HANDLE; VAR [nil] lpCommTimeouts: COMMTIMEOUTS): BOOL;
(*END GetCommTimeouts;*)
PROCEDURE PurgeComm* (hFile: HANDLE; dwFlags: SET): BOOL;
(*END PurgeComm;*)
PROCEDURE SetCommBreak* (hFile: HANDLE): BOOL;
(*END SetCommBreak;*)
PROCEDURE SetCommConfig* (hCommDev: HANDLE; VAR [nil] lpCC: COMMCONFIG; dwSize: INTEGER): BOOL;
(*END SetCommConfig;*)
PROCEDURE SetCommMask* (hFile: HANDLE; dwEvtMask: SET): BOOL;
(*END SetCommMask;*)
PROCEDURE SetCommState* (hFile: HANDLE; VAR [nil] lpDCB: DCB): BOOL;
(*END SetCommState;*)
PROCEDURE SetCommTimeouts* (hFile: HANDLE; VAR [nil] lpCommTimeouts: COMMTIMEOUTS): BOOL;
(*END SetCommTimeouts;*)
PROCEDURE TransmitCommChar* (hFile: HANDLE; cChar: SHORTCHAR): BOOL;
(*END TransmitCommChar;*)
PROCEDURE WaitCommEvent* (hFile: HANDLE; VAR [nil] lpEvtMask: SET; VAR [nil] lpOverlapped: OVERLAPPED): BOOL;
(*END WaitCommEvent;*)
PROCEDURE SetTapePosition* (hDevice: HANDLE; dwPositionMethod: INTEGER; dwPartition: INTEGER; dwOffsetLow: INTEGER; dwOffsetHigh: INTEGER; bImmediate: BOOL): INTEGER;
(*END SetTapePosition;*)
PROCEDURE GetTapePosition* (hDevice: HANDLE; dwPositionType: INTEGER; VAR [nil] lpdwPartition: INTEGER; VAR [nil] lpdwOffsetLow: INTEGER; VAR [nil] lpdwOffsetHigh: INTEGER): INTEGER;
(*END GetTapePosition;*)
PROCEDURE PrepareTape* (hDevice: HANDLE; dwOperation: INTEGER; bImmediate: BOOL): INTEGER;
(*END PrepareTape;*)
PROCEDURE EraseTape* (hDevice: HANDLE; dwEraseType: INTEGER; bImmediate: BOOL): INTEGER;
(*END EraseTape;*)
PROCEDURE CreateTapePartition* (hDevice: HANDLE; dwPartitionMethod: INTEGER; dwCount: INTEGER; dwSize: INTEGER): INTEGER;
(*END CreateTapePartition;*)
PROCEDURE WriteTapemark* (hDevice: HANDLE; dwTapemarkType: INTEGER; dwTapemarkCount: INTEGER; bImmediate: BOOL): INTEGER;
(*END WriteTapemark;*)
PROCEDURE GetTapeStatus* (hDevice: HANDLE): INTEGER;
(*END GetTapeStatus;*)
PROCEDURE GetTapeParameters* (hDevice: HANDLE; dwOperation: INTEGER; VAR [nil] lpdwSize: INTEGER; lpTapeInformation: PtrVoid): INTEGER;
(*END GetTapeParameters;*)
PROCEDURE SetTapeParameters* (hDevice: HANDLE; dwOperation: INTEGER; lpTapeInformation: PtrVoid): INTEGER;
(*END SetTapeParameters;*)
PROCEDURE Beep* (dwFreq: INTEGER; dwDuration: INTEGER): BOOL;
(*END Beep;*)
PROCEDURE MulDiv* (nNumber: INTEGER; nNumerator: INTEGER; nDenominator: INTEGER): INTEGER;
(*END MulDiv;*)
PROCEDURE GetSystemTime* (VAR [nil] lpSystemTime: SYSTEMTIME);
(*END GetSystemTime;*)
PROCEDURE GetSystemTimeAsFileTime* (VAR [nil] lpSystemTimeAsFileTime: FILETIME);
(*END GetSystemTimeAsFileTime;*)
PROCEDURE SetSystemTime* (VAR [nil] lpSystemTime: SYSTEMTIME): BOOL;
(*END SetSystemTime;*)
PROCEDURE GetLocalTime* (VAR [nil] lpSystemTime: SYSTEMTIME);
(*END GetLocalTime;*)
PROCEDURE SetLocalTime* (VAR [nil] lpSystemTime: SYSTEMTIME): BOOL;
(*END SetLocalTime;*)
PROCEDURE GetSystemInfo* (VAR [nil] lpSystemInfo: SYSTEM_INFO);
(*END GetSystemInfo;*)
PROCEDURE SystemTimeToTzSpecificLocalTime* (VAR [nil] lpTimeZoneInformation: TIME_ZONE_INFORMATION; VAR [nil] lpUniversalTime: SYSTEMTIME; VAR [nil] lpLocalTime: SYSTEMTIME): BOOL;
(*END SystemTimeToTzSpecificLocalTime;*)
PROCEDURE GetTimeZoneInformation* (VAR [nil] lpTimeZoneInformation: TIME_ZONE_INFORMATION): INTEGER;
(*END GetTimeZoneInformation;*)
PROCEDURE SetTimeZoneInformation* (VAR [nil] lpTimeZoneInformation: TIME_ZONE_INFORMATION): BOOL;
(*END SetTimeZoneInformation;*)
PROCEDURE SystemTimeToFileTime* (VAR [nil] lpSystemTime: SYSTEMTIME; VAR [nil] lpFileTime: FILETIME): BOOL;
(*END SystemTimeToFileTime;*)
PROCEDURE FileTimeToLocalFileTime* (VAR [nil] lpFileTime: FILETIME; VAR [nil] lpLocalFileTime: FILETIME): BOOL;
(*END FileTimeToLocalFileTime;*)
PROCEDURE LocalFileTimeToFileTime* (VAR [nil] lpLocalFileTime: FILETIME; VAR [nil] lpFileTime: FILETIME): BOOL;
(*END LocalFileTimeToFileTime;*)
PROCEDURE FileTimeToSystemTime* (VAR [nil] lpFileTime: FILETIME; VAR [nil] lpSystemTime: SYSTEMTIME): BOOL;
(*END FileTimeToSystemTime;*)
PROCEDURE CompareFileTime* (VAR [nil] lpFileTime1: FILETIME; VAR [nil] lpFileTime2: FILETIME): INTEGER;
(*END CompareFileTime;*)
PROCEDURE FileTimeToDosDateTime* (VAR [nil] lpFileTime: FILETIME; VAR [nil] lpFatDate: SHORTINT; VAR [nil] lpFatTime: SHORTINT): BOOL;
(*END FileTimeToDosDateTime;*)
PROCEDURE DosDateTimeToFileTime* (wFatDate: SHORTINT; wFatTime: SHORTINT; VAR [nil] lpFileTime: FILETIME): BOOL;
(*END DosDateTimeToFileTime;*)
PROCEDURE GetTickCount* (): INTEGER;
(*END GetTickCount;*)
PROCEDURE SetSystemTimeAdjustment* (dwTimeAdjustment: INTEGER; bTimeAdjustmentDisabled: BOOL): BOOL;
(*END SetSystemTimeAdjustment;*)
PROCEDURE GetSystemTimeAdjustment* (VAR [nil] lpTimeAdjustment: INTEGER; VAR [nil] lpTimeIncrement: INTEGER; VAR [nil] lpTimeAdjustmentDisabled: BOOL): BOOL;
(*END GetSystemTimeAdjustment;*)
PROCEDURE FormatMessageA* (dwFlags: SET; lpSource: PtrVoid; dwMessageId: INTEGER; dwLanguageId: INTEGER; lpBuffer: PtrSTR; nSize: INTEGER; VAR [nil] Arguments: PtrSTR): INTEGER;
(*END FormatMessageA;*)
PROCEDURE FormatMessageW* (dwFlags: SET; lpSource: PtrVoid; dwMessageId: INTEGER; dwLanguageId: INTEGER; lpBuffer: PtrWSTR; nSize: INTEGER; VAR [nil] Arguments: PtrWSTR): INTEGER;
(*END FormatMessageW;*)
PROCEDURE FormatMessage* ["FormatMessageA"] (dwFlags: SET; lpSource: PtrVoid; dwMessageId: INTEGER; dwLanguageId: INTEGER; lpBuffer: PtrSTR; nSize: INTEGER; VAR [nil] Arguments: PtrSTR): INTEGER;
(*END FormatMessage;*)
PROCEDURE CreatePipe* (VAR [nil] hReadPipe: HANDLE; VAR [nil] hWritePipe: HANDLE; VAR [nil] lpPipeAttributes: SECURITY_ATTRIBUTES; nSize: INTEGER): BOOL;
(*END CreatePipe;*)
PROCEDURE ConnectNamedPipe* (hNamedPipe: HANDLE; VAR [nil] lpOverlapped: OVERLAPPED): BOOL;
(*END ConnectNamedPipe;*)
PROCEDURE DisconnectNamedPipe* (hNamedPipe: HANDLE): BOOL;
(*END DisconnectNamedPipe;*)
PROCEDURE SetNamedPipeHandleState* (hNamedPipe: HANDLE; VAR [nil] lpMode: INTEGER; VAR [nil] lpMaxCollectionCount: INTEGER; VAR [nil] lpCollectDataTimeout: INTEGER): BOOL;
(*END SetNamedPipeHandleState;*)
PROCEDURE GetNamedPipeInfo* (hNamedPipe: HANDLE; VAR [nil] lpFlags: INTEGER; VAR [nil] lpOutBufferSize: INTEGER; VAR [nil] lpInBufferSize: INTEGER; VAR [nil] lpMaxInstances: INTEGER): BOOL;
(*END GetNamedPipeInfo;*)
PROCEDURE PeekNamedPipe* (hNamedPipe: HANDLE; lpBuffer: PtrVoid; nBufferSize: INTEGER; VAR [nil] lpBytesRead: INTEGER; VAR [nil] lpTotalBytesAvail: INTEGER; VAR [nil] lpBytesLeftThisMessage: INTEGER): BOOL;
(*END PeekNamedPipe;*)
PROCEDURE TransactNamedPipe* (hNamedPipe: HANDLE; lpInBuffer: PtrVoid; nInBufferSize: INTEGER; lpOutBuffer: PtrVoid; nOutBufferSize: INTEGER; VAR [nil] lpBytesRead: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED): BOOL;
(*END TransactNamedPipe;*)
PROCEDURE CreateMailslotA* (lpName: PtrSTR; nMaxMessageSize: INTEGER; lReadTimeout: INTEGER; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): HANDLE;
(*END CreateMailslotA;*)
PROCEDURE CreateMailslotW* (lpName: PtrWSTR; nMaxMessageSize: INTEGER; lReadTimeout: INTEGER; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): HANDLE;
(*END CreateMailslotW;*)
PROCEDURE CreateMailslot* ["CreateMailslotA"] (lpName: PtrSTR; nMaxMessageSize: INTEGER; lReadTimeout: INTEGER; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): HANDLE;
(*END CreateMailslot;*)
PROCEDURE GetMailslotInfo* (hMailslot: HANDLE; VAR [nil] lpMaxMessageSize: INTEGER; VAR [nil] lpNextSize: INTEGER; VAR [nil] lpMessageCount: INTEGER; VAR [nil] lpReadTimeout: INTEGER): BOOL;
(*END GetMailslotInfo;*)
PROCEDURE SetMailslotInfo* (hMailslot: HANDLE; lReadTimeout: INTEGER): BOOL;
(*END SetMailslotInfo;*)
PROCEDURE MapViewOfFile* (hFileMappingObject: HANDLE; dwDesiredAccess: SET; dwFileOffsetHigh: INTEGER; dwFileOffsetLow: INTEGER; dwNumberOfBytesToMap: INTEGER): PtrVoid;
(*END MapViewOfFile;*)
PROCEDURE FlushViewOfFile* (lpBaseAddress: PtrVoid; dwNumberOfBytesToFlush: INTEGER): BOOL;
(*END FlushViewOfFile;*)
PROCEDURE UnmapViewOfFile* (lpBaseAddress: PtrVoid): BOOL;
(*END UnmapViewOfFile;*)
PROCEDURE lstrcmpA* (lpString1: PtrSTR; lpString2: PtrSTR): INTEGER;
(*END lstrcmpA;*)
PROCEDURE lstrcmpW* (lpString1: PtrWSTR; lpString2: PtrWSTR): INTEGER;
(*END lstrcmpW;*)
PROCEDURE lstrcmp* ["lstrcmpA"] (lpString1: PtrSTR; lpString2: PtrSTR): INTEGER;
(*END lstrcmp;*)
PROCEDURE lstrcmpiA* (lpString1: PtrSTR; lpString2: PtrSTR): INTEGER;
(*END lstrcmpiA;*)
PROCEDURE lstrcmpiW* (lpString1: PtrWSTR; lpString2: PtrWSTR): INTEGER;
(*END lstrcmpiW;*)
PROCEDURE lstrcmpi* ["lstrcmpiA"] (lpString1: PtrSTR; lpString2: PtrSTR): INTEGER;
(*END lstrcmpi;*)
PROCEDURE lstrcpynA* (lpString1: PtrSTR; lpString2: PtrSTR; iMaxLength: INTEGER): PtrSTR;
(*END lstrcpynA;*)
PROCEDURE lstrcpynW* (lpString1: PtrWSTR; lpString2: PtrWSTR; iMaxLength: INTEGER): PtrWSTR;
(*END lstrcpynW;*)
PROCEDURE lstrcpyn* ["lstrcpynA"] (lpString1: PtrSTR; lpString2: PtrSTR; iMaxLength: INTEGER): PtrSTR;
(*END lstrcpyn;*)
PROCEDURE lstrcpyA* (lpString1: PtrSTR; lpString2: PtrSTR): PtrSTR;
(*END lstrcpyA;*)
PROCEDURE lstrcpyW* (lpString1: PtrWSTR; lpString2: PtrWSTR): PtrWSTR;
(*END lstrcpyW;*)
PROCEDURE lstrcpy* ["lstrcpyA"] (lpString1: PtrSTR; lpString2: PtrSTR): PtrSTR;
(*END lstrcpy;*)
PROCEDURE lstrcatA* (lpString1: PtrSTR; lpString2: PtrSTR): PtrSTR;
(*END lstrcatA;*)
PROCEDURE lstrcatW* (lpString1: PtrWSTR; lpString2: PtrWSTR): PtrWSTR;
(*END lstrcatW;*)
PROCEDURE lstrcat* ["lstrcatA"] (lpString1: PtrSTR; lpString2: PtrSTR): PtrSTR;
(*END lstrcat;*)
PROCEDURE lstrlenA* (lpString: PtrSTR): INTEGER;
(*END lstrlenA;*)
PROCEDURE lstrlenW* (lpString: PtrWSTR): INTEGER;
(*END lstrlenW;*)
PROCEDURE lstrlen* ["lstrlenA"] (lpString: PtrSTR): INTEGER;
(*END lstrlen;*)
PROCEDURE OpenFile* (lpFileName: PtrSTR; VAR [nil] lpReOpenBuff: OFSTRUCT; uStyle: SET): HFILE;
(*END OpenFile;*)
PROCEDURE _lopen* (lpPathName: PtrSTR; iReadWrite: INTEGER): HFILE;
(*END _lopen;*)
PROCEDURE _lcreat* (lpPathName: PtrSTR; iAttribute: INTEGER): HFILE;
(*END _lcreat;*)
PROCEDURE _lread* (hFile: HFILE; lpBuffer: PtrVoid; uBytes: INTEGER): INTEGER;
(*END _lread;*)
PROCEDURE _lwrite* (hFile: HFILE; lpBuffer: PtrSTR; uBytes: INTEGER): INTEGER;
(*END _lwrite;*)
PROCEDURE _hread* (hFile: HFILE; lpBuffer: PtrVoid; lBytes: INTEGER): INTEGER;
(*END _hread;*)
PROCEDURE _hwrite* (hFile: HFILE; lpBuffer: PtrSTR; lBytes: INTEGER): INTEGER;
(*END _hwrite;*)
PROCEDURE _lclose* (hFile: HFILE): HFILE;
(*END _lclose;*)
PROCEDURE _llseek* (hFile: HFILE; lOffset: INTEGER; iOrigin: INTEGER): INTEGER;
(*END _llseek;*)
PROCEDURE IsTextUnicode* ["ADVAPI32.dll", ""] (lpBuffer: PtrVoid; cb: INTEGER; VAR [nil] lpi: SET): BOOL;
(*END IsTextUnicode;*)
PROCEDURE TlsAlloc* (): INTEGER;
(*END TlsAlloc;*)
PROCEDURE TlsGetValue* (dwTlsIndex: INTEGER): PtrVoid;
(*END TlsGetValue;*)
PROCEDURE TlsSetValue* (dwTlsIndex: INTEGER; lpTlsValue: PtrVoid): BOOL;
(*END TlsSetValue;*)
PROCEDURE TlsFree* (dwTlsIndex: INTEGER): BOOL;
(*END TlsFree;*)
PROCEDURE SleepEx* (dwMilliseconds: INTEGER; bAlertable: BOOL): INTEGER;
(*END SleepEx;*)
PROCEDURE WaitForSingleObjectEx* (hHandle: HANDLE; dwMilliseconds: INTEGER; bAlertable: BOOL): INTEGER;
(*END WaitForSingleObjectEx;*)
PROCEDURE WaitForMultipleObjectsEx* (nCount: INTEGER; VAR [nil] lpHandles: HANDLE; bWaitAll: BOOL; dwMilliseconds: INTEGER; bAlertable: BOOL): INTEGER;
(*END WaitForMultipleObjectsEx;*)
PROCEDURE SignalObjectAndWait* (hObjectToSignal: HANDLE; hObjectToWaitOn: HANDLE; dwMilliseconds: INTEGER; bAlertable: BOOL): INTEGER;
(*END SignalObjectAndWait;*)
PROCEDURE ReadFileEx* (hFile: HANDLE; lpBuffer: PtrVoid; nNumberOfBytesToRead: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED; lpCompletionRoutine: OVERLAPPED_COMPLETION_ROUTINE): BOOL;
(*END ReadFileEx;*)
PROCEDURE WriteFileEx* (hFile: HANDLE; lpBuffer: PtrVoid; nNumberOfBytesToWrite: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED; lpCompletionRoutine: OVERLAPPED_COMPLETION_ROUTINE): BOOL;
(*END WriteFileEx;*)
PROCEDURE BackupRead* (hFile: HANDLE; VAR [nil] lpBuffer: SHORTCHAR; nNumberOfBytesToRead: INTEGER; VAR [nil] lpNumberOfBytesRead: INTEGER; bAbort: BOOL; bProcessSecurity: BOOL; lpContext: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid): BOOL;
(*END BackupRead;*)
PROCEDURE BackupSeek* (hFile: HANDLE; dwLowBytesToSeek: INTEGER; dwHighBytesToSeek: INTEGER; VAR [nil] lpdwLowByteSeeked: INTEGER; VAR [nil] lpdwHighByteSeeked: INTEGER; lpContext: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid): BOOL;
(*END BackupSeek;*)
PROCEDURE BackupWrite* (hFile: HANDLE; VAR [nil] lpBuffer: SHORTCHAR; nNumberOfBytesToWrite: INTEGER; VAR [nil] lpNumberOfBytesWritten: INTEGER; bAbort: BOOL; bProcessSecurity: BOOL; lpContext: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid): BOOL;
(*END BackupWrite;*)
PROCEDURE CreateMutexA* (VAR [nil] lpMutexAttributes: SECURITY_ATTRIBUTES; bInitialOwner: BOOL; lpName: PtrSTR): HANDLE;
(*END CreateMutexA;*)
PROCEDURE CreateMutexW* (VAR [nil] lpMutexAttributes: SECURITY_ATTRIBUTES; bInitialOwner: BOOL; lpName: PtrWSTR): HANDLE;
(*END CreateMutexW;*)
PROCEDURE CreateMutex* ["CreateMutexA"] (VAR [nil] lpMutexAttributes: SECURITY_ATTRIBUTES; bInitialOwner: BOOL; lpName: PtrSTR): HANDLE;
(*END CreateMutex;*)
PROCEDURE OpenMutexA* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrSTR): HANDLE;
(*END OpenMutexA;*)
PROCEDURE OpenMutexW* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrWSTR): HANDLE;
(*END OpenMutexW;*)
PROCEDURE OpenMutex* ["OpenMutexA"] (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrSTR): HANDLE;
(*END OpenMutex;*)
PROCEDURE CreateEventA* (VAR [nil] lpEventAttributes: SECURITY_ATTRIBUTES; bManualReset: BOOL; bInitialState: BOOL; lpName: PtrSTR): HANDLE;
(*END CreateEventA;*)
PROCEDURE CreateEventW* (VAR [nil] lpEventAttributes: SECURITY_ATTRIBUTES; bManualReset: BOOL; bInitialState: BOOL; lpName: PtrWSTR): HANDLE;
(*END CreateEventW;*)
PROCEDURE CreateEvent* ["CreateEventA"] (VAR [nil] lpEventAttributes: SECURITY_ATTRIBUTES; bManualReset: BOOL; bInitialState: BOOL; lpName: PtrSTR): HANDLE;
(*END CreateEvent;*)
PROCEDURE OpenEventA* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrSTR): HANDLE;
(*END OpenEventA;*)
PROCEDURE OpenEventW* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrWSTR): HANDLE;
(*END OpenEventW;*)
PROCEDURE OpenEvent* ["OpenEventA"] (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrSTR): HANDLE;
(*END OpenEvent;*)
PROCEDURE CreateSemaphoreA* (VAR [nil] lpSemaphoreAttributes: SECURITY_ATTRIBUTES; lInitialCount: INTEGER; lMaximumCount: INTEGER; lpName: PtrSTR): HANDLE;
(*END CreateSemaphoreA;*)
PROCEDURE CreateSemaphoreW* (VAR [nil] lpSemaphoreAttributes: SECURITY_ATTRIBUTES; lInitialCount: INTEGER; lMaximumCount: INTEGER; lpName: PtrWSTR): HANDLE;
(*END CreateSemaphoreW;*)
PROCEDURE CreateSemaphore* ["CreateSemaphoreA"] (VAR [nil] lpSemaphoreAttributes: SECURITY_ATTRIBUTES; lInitialCount: INTEGER; lMaximumCount: INTEGER; lpName: PtrSTR): HANDLE;
(*END CreateSemaphore;*)
PROCEDURE OpenSemaphoreA* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrSTR): HANDLE;
(*END OpenSemaphoreA;*)
PROCEDURE OpenSemaphoreW* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrWSTR): HANDLE;
(*END OpenSemaphoreW;*)
PROCEDURE OpenSemaphore* ["OpenSemaphoreA"] (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrSTR): HANDLE;
(*END OpenSemaphore;*)
PROCEDURE CreateWaitableTimerA* (VAR [nil] lpTimerAttributes: SECURITY_ATTRIBUTES; bManualReset: BOOL; lpTimerName: PtrSTR): HANDLE;
(*END CreateWaitableTimerA;*)
PROCEDURE CreateWaitableTimerW* (VAR [nil] lpTimerAttributes: SECURITY_ATTRIBUTES; bManualReset: BOOL; lpTimerName: PtrWSTR): HANDLE;
(*END CreateWaitableTimerW;*)
PROCEDURE CreateWaitableTimer* ["CreateWaitableTimerA"] (VAR [nil] lpTimerAttributes: SECURITY_ATTRIBUTES; bManualReset: BOOL; lpTimerName: PtrSTR): HANDLE;
(*END CreateWaitableTimer;*)
PROCEDURE OpenWaitableTimerA* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpTimerName: PtrSTR): HANDLE;
(*END OpenWaitableTimerA;*)
PROCEDURE OpenWaitableTimerW* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpTimerName: PtrWSTR): HANDLE;
(*END OpenWaitableTimerW;*)
PROCEDURE OpenWaitableTimer* ["OpenWaitableTimerA"] (dwDesiredAccess: SET; bInheritHandle: BOOL; lpTimerName: PtrSTR): HANDLE;
(*END OpenWaitableTimer;*)
PROCEDURE SetWaitableTimer* (hTimer: HANDLE; VAR [nil] lpDueTime: LONGINT; lPeriod: INTEGER; pfnCompletionRoutine: TIMERAPCROUTINE; lpArgToCompletionRoutine: PtrVoid; fResume: BOOL): BOOL;
(*END SetWaitableTimer;*)
PROCEDURE CancelWaitableTimer* (hTimer: HANDLE): BOOL;
(*END CancelWaitableTimer;*)
PROCEDURE CreateFileMappingA* (hFile: HANDLE; VAR [nil] lpFileMappingAttributes: SECURITY_ATTRIBUTES; flProtect: SET; dwMaximumSizeHigh: INTEGER; dwMaximumSizeLow: INTEGER; lpName: PtrSTR): HANDLE;
(*END CreateFileMappingA;*)
PROCEDURE CreateFileMappingW* (hFile: HANDLE; VAR [nil] lpFileMappingAttributes: SECURITY_ATTRIBUTES; flProtect: SET; dwMaximumSizeHigh: INTEGER; dwMaximumSizeLow: INTEGER; lpName: PtrWSTR): HANDLE;
(*END CreateFileMappingW;*)
PROCEDURE CreateFileMapping* ["CreateFileMappingA"] (hFile: HANDLE; VAR [nil] lpFileMappingAttributes: SECURITY_ATTRIBUTES; flProtect: SET; dwMaximumSizeHigh: INTEGER; dwMaximumSizeLow: INTEGER; lpName: PtrSTR): HANDLE;
(*END CreateFileMapping;*)
PROCEDURE OpenFileMappingA* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrSTR): HANDLE;
(*END OpenFileMappingA;*)
PROCEDURE OpenFileMappingW* (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrWSTR): HANDLE;
(*END OpenFileMappingW;*)
PROCEDURE OpenFileMapping* ["OpenFileMappingA"] (dwDesiredAccess: SET; bInheritHandle: BOOL; lpName: PtrSTR): HANDLE;
(*END OpenFileMapping;*)
PROCEDURE GetLogicalDriveStringsA* (nBufferLength: INTEGER; lpBuffer: PtrSTR): INTEGER;
(*END GetLogicalDriveStringsA;*)
PROCEDURE GetLogicalDriveStringsW* (nBufferLength: INTEGER; lpBuffer: PtrWSTR): INTEGER;
(*END GetLogicalDriveStringsW;*)
PROCEDURE GetLogicalDriveStrings* ["GetLogicalDriveStringsA"] (nBufferLength: INTEGER; lpBuffer: PtrSTR): INTEGER;
(*END GetLogicalDriveStrings;*)
PROCEDURE LoadLibraryA* (lpLibFileName: PtrSTR): HMODULE;
(*END LoadLibraryA;*)
PROCEDURE LoadLibraryW* (lpLibFileName: PtrWSTR): HMODULE;
(*END LoadLibraryW;*)
PROCEDURE LoadLibrary* ["LoadLibraryA"] (lpLibFileName: PtrSTR): HMODULE;
(*END LoadLibrary;*)
PROCEDURE LoadLibraryExA* (lpLibFileName: PtrSTR; hFile: HANDLE; dwFlags: SET): HMODULE;
(*END LoadLibraryExA;*)
PROCEDURE LoadLibraryExW* (lpLibFileName: PtrWSTR; hFile: HANDLE; dwFlags: SET): HMODULE;
(*END LoadLibraryExW;*)
PROCEDURE LoadLibraryEx* ["LoadLibraryExA"] (lpLibFileName: PtrSTR; hFile: HANDLE; dwFlags: SET): HMODULE;
(*END LoadLibraryEx;*)
PROCEDURE GetModuleFileNameA* (hModule: HMODULE; lpFilename: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetModuleFileNameA;*)
PROCEDURE GetModuleFileNameW* (hModule: HMODULE; lpFilename: PtrWSTR; nSize: INTEGER): INTEGER;
(*END GetModuleFileNameW;*)
PROCEDURE GetModuleFileName* ["GetModuleFileNameA"] (hModule: HMODULE; lpFilename: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetModuleFileName;*)
PROCEDURE GetModuleHandleA* (lpModuleName: PtrSTR): HMODULE;
(*END GetModuleHandleA;*)
PROCEDURE GetModuleHandleW* (lpModuleName: PtrWSTR): HMODULE;
(*END GetModuleHandleW;*)
PROCEDURE GetModuleHandle* ["GetModuleHandleA"] (lpModuleName: PtrSTR): HMODULE;
(*END GetModuleHandle;*)
PROCEDURE CreateProcessA* (lpApplicationName: PtrSTR; lpCommandLine: PtrSTR; VAR [nil] lpProcessAttributes: SECURITY_ATTRIBUTES; VAR [nil] lpThreadAttributes: SECURITY_ATTRIBUTES; bInheritHandles: BOOL; dwCreationFlags: SET; lpEnvironment: PtrVoid; lpCurrentDirectory: PtrSTR; VAR [nil] lpStartupInfo: STARTUPINFOA; VAR [nil] lpProcessInformation: PROCESS_INFORMATION): BOOL;
(*END CreateProcessA;*)
PROCEDURE CreateProcessW* (lpApplicationName: PtrWSTR; lpCommandLine: PtrWSTR; VAR [nil] lpProcessAttributes: SECURITY_ATTRIBUTES; VAR [nil] lpThreadAttributes: SECURITY_ATTRIBUTES; bInheritHandles: BOOL; dwCreationFlags: SET; lpEnvironment: PtrVoid; lpCurrentDirectory: PtrWSTR; VAR [nil] lpStartupInfo: STARTUPINFOW; VAR [nil] lpProcessInformation: PROCESS_INFORMATION): BOOL;
(*END CreateProcessW;*)
PROCEDURE CreateProcess* ["CreateProcessA"] (lpApplicationName: PtrSTR; lpCommandLine: PtrSTR; VAR [nil] lpProcessAttributes: SECURITY_ATTRIBUTES; VAR [nil] lpThreadAttributes: SECURITY_ATTRIBUTES; bInheritHandles: BOOL; dwCreationFlags: SET; lpEnvironment: PtrVoid; lpCurrentDirectory: PtrSTR; VAR [nil] lpStartupInfo: STARTUPINFOA; VAR [nil] lpProcessInformation: PROCESS_INFORMATION): BOOL;
(*END CreateProcess;*)
PROCEDURE SetProcessShutdownParameters* (dwLevel: INTEGER; dwFlags: SET): BOOL;
(*END SetProcessShutdownParameters;*)
PROCEDURE GetProcessShutdownParameters* (VAR [nil] lpdwLevel: INTEGER; VAR [nil] lpdwFlags: SET): BOOL;
(*END GetProcessShutdownParameters;*)
PROCEDURE GetProcessVersion* (ProcessId: INTEGER): INTEGER;
(*END GetProcessVersion;*)
PROCEDURE FatalAppExitA* (uAction: INTEGER; lpMessageText: PtrSTR);
(*END FatalAppExitA;*)
PROCEDURE FatalAppExitW* (uAction: INTEGER; lpMessageText: PtrWSTR);
(*END FatalAppExitW;*)
PROCEDURE FatalAppExit* ["FatalAppExitA"] (uAction: INTEGER; lpMessageText: PtrSTR);
(*END FatalAppExit;*)
PROCEDURE GetStartupInfoA* (VAR [nil] lpStartupInfo: STARTUPINFOA);
(*END GetStartupInfoA;*)
PROCEDURE GetStartupInfoW* (VAR [nil] lpStartupInfo: STARTUPINFOW);
(*END GetStartupInfoW;*)
PROCEDURE GetStartupInfo* ["GetStartupInfoA"] (VAR [nil] lpStartupInfo: STARTUPINFOA);
(*END GetStartupInfo;*)
PROCEDURE GetCommandLineA* (): PtrSTR;
(*END GetCommandLineA;*)
PROCEDURE GetCommandLineW* (): PtrWSTR;
(*END GetCommandLineW;*)
PROCEDURE GetCommandLine* ["GetCommandLineA"] (): PtrSTR;
(*END GetCommandLine;*)
PROCEDURE GetEnvironmentVariableA* (lpName: PtrSTR; lpBuffer: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetEnvironmentVariableA;*)
PROCEDURE GetEnvironmentVariableW* (lpName: PtrWSTR; lpBuffer: PtrWSTR; nSize: INTEGER): INTEGER;
(*END GetEnvironmentVariableW;*)
PROCEDURE GetEnvironmentVariable* ["GetEnvironmentVariableA"] (lpName: PtrSTR; lpBuffer: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetEnvironmentVariable;*)
PROCEDURE SetEnvironmentVariableA* (lpName: PtrSTR; lpValue: PtrSTR): BOOL;
(*END SetEnvironmentVariableA;*)
PROCEDURE SetEnvironmentVariableW* (lpName: PtrWSTR; lpValue: PtrWSTR): BOOL;
(*END SetEnvironmentVariableW;*)
PROCEDURE SetEnvironmentVariable* ["SetEnvironmentVariableA"] (lpName: PtrSTR; lpValue: PtrSTR): BOOL;
(*END SetEnvironmentVariable;*)
PROCEDURE ExpandEnvironmentStringsA* (lpSrc: PtrSTR; lpDst: PtrSTR; nSize: INTEGER): INTEGER;
(*END ExpandEnvironmentStringsA;*)
PROCEDURE ExpandEnvironmentStringsW* (lpSrc: PtrWSTR; lpDst: PtrWSTR; nSize: INTEGER): INTEGER;
(*END ExpandEnvironmentStringsW;*)
PROCEDURE ExpandEnvironmentStrings* ["ExpandEnvironmentStringsA"] (lpSrc: PtrSTR; lpDst: PtrSTR; nSize: INTEGER): INTEGER;
(*END ExpandEnvironmentStrings;*)
PROCEDURE OutputDebugStringA* (lpOutputString: PtrSTR);
(*END OutputDebugStringA;*)
PROCEDURE OutputDebugStringW* (lpOutputString: PtrWSTR);
(*END OutputDebugStringW;*)
PROCEDURE OutputDebugString* ["OutputDebugStringA"] (lpOutputString: PtrSTR);
(*END OutputDebugString;*)
PROCEDURE FindResourceA* (hModule: HMODULE; lpName: PtrSTR; lpType: PtrSTR): HRSRC;
(*END FindResourceA;*)
PROCEDURE FindResourceW* (hModule: HMODULE; lpName: PtrWSTR; lpType: PtrWSTR): HRSRC;
(*END FindResourceW;*)
PROCEDURE FindResource* ["FindResourceA"] (hModule: HMODULE; lpName: PtrSTR; lpType: PtrSTR): HRSRC;
(*END FindResource;*)
PROCEDURE FindResourceExA* (hModule: HMODULE; lpType: PtrSTR; lpName: PtrSTR; wLanguage: SHORTINT): HRSRC;
(*END FindResourceExA;*)
PROCEDURE FindResourceExW* (hModule: HMODULE; lpType: PtrWSTR; lpName: PtrWSTR; wLanguage: SHORTINT): HRSRC;
(*END FindResourceExW;*)
PROCEDURE FindResourceEx* ["FindResourceExA"] (hModule: HMODULE; lpType: PtrSTR; lpName: PtrSTR; wLanguage: SHORTINT): HRSRC;
(*END FindResourceEx;*)
PROCEDURE EnumResourceTypesA* (hModule: HMODULE; lpEnumFunc: ENUMRESTYPEPROC; lParam: INTEGER): BOOL;
(*END EnumResourceTypesA;*)
PROCEDURE EnumResourceTypesW* (hModule: HMODULE; lpEnumFunc: ENUMRESTYPEPROC; lParam: INTEGER): BOOL;
(*END EnumResourceTypesW;*)
PROCEDURE EnumResourceTypes* ["EnumResourceTypesA"] (hModule: HMODULE; lpEnumFunc: ENUMRESTYPEPROC; lParam: INTEGER): BOOL;
(*END EnumResourceTypes;*)
PROCEDURE EnumResourceNamesA* (hModule: HMODULE; lpType: PtrSTR; lpEnumFunc: ENUMRESNAMEPROC; lParam: INTEGER): BOOL;
(*END EnumResourceNamesA;*)
PROCEDURE EnumResourceNamesW* (hModule: HMODULE; lpType: PtrWSTR; lpEnumFunc: ENUMRESNAMEPROC; lParam: INTEGER): BOOL;
(*END EnumResourceNamesW;*)
PROCEDURE EnumResourceNames* ["EnumResourceNamesA"] (hModule: HMODULE; lpType: PtrSTR; lpEnumFunc: ENUMRESNAMEPROC; lParam: INTEGER): BOOL;
(*END EnumResourceNames;*)
PROCEDURE EnumResourceLanguagesA* (hModule: HMODULE; lpType: PtrSTR; lpName: PtrSTR; lpEnumFunc: ENUMRESLANGPROC; lParam: INTEGER): BOOL;
(*END EnumResourceLanguagesA;*)
PROCEDURE EnumResourceLanguagesW* (hModule: HMODULE; lpType: PtrWSTR; lpName: PtrWSTR; lpEnumFunc: ENUMRESLANGPROC; lParam: INTEGER): BOOL;
(*END EnumResourceLanguagesW;*)
PROCEDURE EnumResourceLanguages* ["EnumResourceLanguagesA"] (hModule: HMODULE; lpType: PtrSTR; lpName: PtrSTR; lpEnumFunc: ENUMRESLANGPROC; lParam: INTEGER): BOOL;
(*END EnumResourceLanguages;*)
PROCEDURE BeginUpdateResourceA* (pFileName: PtrSTR; bDeleteExistingResources: BOOL): HANDLE;
(*END BeginUpdateResourceA;*)
PROCEDURE BeginUpdateResourceW* (pFileName: PtrWSTR; bDeleteExistingResources: BOOL): HANDLE;
(*END BeginUpdateResourceW;*)
PROCEDURE BeginUpdateResource* ["BeginUpdateResourceA"] (pFileName: PtrSTR; bDeleteExistingResources: BOOL): HANDLE;
(*END BeginUpdateResource;*)
PROCEDURE UpdateResourceA* (hUpdate: HANDLE; lpType: PtrSTR; lpName: PtrSTR; wLanguage: SHORTINT; lpData: PtrVoid; cbData: INTEGER): BOOL;
(*END UpdateResourceA;*)
PROCEDURE UpdateResourceW* (hUpdate: HANDLE; lpType: PtrWSTR; lpName: PtrWSTR; wLanguage: SHORTINT; lpData: PtrVoid; cbData: INTEGER): BOOL;
(*END UpdateResourceW;*)
PROCEDURE UpdateResource* ["UpdateResourceA"] (hUpdate: HANDLE; lpType: PtrSTR; lpName: PtrSTR; wLanguage: SHORTINT; lpData: PtrVoid; cbData: INTEGER): BOOL;
(*END UpdateResource;*)
PROCEDURE EndUpdateResourceA* (hUpdate: HANDLE; fDiscard: BOOL): BOOL;
(*END EndUpdateResourceA;*)
PROCEDURE EndUpdateResourceW* (hUpdate: HANDLE; fDiscard: BOOL): BOOL;
(*END EndUpdateResourceW;*)
PROCEDURE EndUpdateResource* ["EndUpdateResourceA"] (hUpdate: HANDLE; fDiscard: BOOL): BOOL;
(*END EndUpdateResource;*)
PROCEDURE GlobalAddAtomA* (lpString: PtrSTR): ATOM;
(*END GlobalAddAtomA;*)
PROCEDURE GlobalAddAtomW* (lpString: PtrWSTR): ATOM;
(*END GlobalAddAtomW;*)
PROCEDURE GlobalAddAtom* ["GlobalAddAtomA"] (lpString: PtrSTR): ATOM;
(*END GlobalAddAtom;*)
PROCEDURE GlobalFindAtomA* (lpString: PtrSTR): ATOM;
(*END GlobalFindAtomA;*)
PROCEDURE GlobalFindAtomW* (lpString: PtrWSTR): ATOM;
(*END GlobalFindAtomW;*)
PROCEDURE GlobalFindAtom* ["GlobalFindAtomA"] (lpString: PtrSTR): ATOM;
(*END GlobalFindAtom;*)
PROCEDURE GlobalGetAtomNameA* (nAtom: ATOM; lpBuffer: PtrSTR; nSize: INTEGER): INTEGER;
(*END GlobalGetAtomNameA;*)
PROCEDURE GlobalGetAtomNameW* (nAtom: ATOM; lpBuffer: PtrWSTR; nSize: INTEGER): INTEGER;
(*END GlobalGetAtomNameW;*)
PROCEDURE GlobalGetAtomName* ["GlobalGetAtomNameA"] (nAtom: ATOM; lpBuffer: PtrSTR; nSize: INTEGER): INTEGER;
(*END GlobalGetAtomName;*)
PROCEDURE AddAtomA* (lpString: PtrSTR): ATOM;
(*END AddAtomA;*)
PROCEDURE AddAtomW* (lpString: PtrWSTR): ATOM;
(*END AddAtomW;*)
PROCEDURE AddAtom* ["AddAtomA"] (lpString: PtrSTR): ATOM;
(*END AddAtom;*)
PROCEDURE FindAtomA* (lpString: PtrSTR): ATOM;
(*END FindAtomA;*)
PROCEDURE FindAtomW* (lpString: PtrWSTR): ATOM;
(*END FindAtomW;*)
PROCEDURE FindAtom* ["FindAtomA"] (lpString: PtrSTR): ATOM;
(*END FindAtom;*)
PROCEDURE GetAtomNameA* (nAtom: ATOM; lpBuffer: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetAtomNameA;*)
PROCEDURE GetAtomNameW* (nAtom: ATOM; lpBuffer: PtrWSTR; nSize: INTEGER): INTEGER;
(*END GetAtomNameW;*)
PROCEDURE GetAtomName* ["GetAtomNameA"] (nAtom: ATOM; lpBuffer: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetAtomName;*)
PROCEDURE GetProfileIntA* (lpAppName: PtrSTR; lpKeyName: PtrSTR; nDefault: INTEGER): INTEGER;
(*END GetProfileIntA;*)
PROCEDURE GetProfileIntW* (lpAppName: PtrWSTR; lpKeyName: PtrWSTR; nDefault: INTEGER): INTEGER;
(*END GetProfileIntW;*)
PROCEDURE GetProfileInt* ["GetProfileIntA"] (lpAppName: PtrSTR; lpKeyName: PtrSTR; nDefault: INTEGER): INTEGER;
(*END GetProfileInt;*)
PROCEDURE GetProfileStringA* (lpAppName: PtrSTR; lpKeyName: PtrSTR; lpDefault: PtrSTR; lpReturnedString: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetProfileStringA;*)
PROCEDURE GetProfileStringW* (lpAppName: PtrWSTR; lpKeyName: PtrWSTR; lpDefault: PtrWSTR; lpReturnedString: PtrWSTR; nSize: INTEGER): INTEGER;
(*END GetProfileStringW;*)
PROCEDURE GetProfileString* ["GetProfileStringA"] (lpAppName: PtrSTR; lpKeyName: PtrSTR; lpDefault: PtrSTR; lpReturnedString: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetProfileString;*)
PROCEDURE WriteProfileStringA* (lpAppName: PtrSTR; lpKeyName: PtrSTR; lpString: PtrSTR): BOOL;
(*END WriteProfileStringA;*)
PROCEDURE WriteProfileStringW* (lpAppName: PtrWSTR; lpKeyName: PtrWSTR; lpString: PtrWSTR): BOOL;
(*END WriteProfileStringW;*)
PROCEDURE WriteProfileString* ["WriteProfileStringA"] (lpAppName: PtrSTR; lpKeyName: PtrSTR; lpString: PtrSTR): BOOL;
(*END WriteProfileString;*)
PROCEDURE GetProfileSectionA* (lpAppName: PtrSTR; lpReturnedString: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetProfileSectionA;*)
PROCEDURE GetProfileSectionW* (lpAppName: PtrWSTR; lpReturnedString: PtrWSTR; nSize: INTEGER): INTEGER;
(*END GetProfileSectionW;*)
PROCEDURE GetProfileSection* ["GetProfileSectionA"] (lpAppName: PtrSTR; lpReturnedString: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetProfileSection;*)
PROCEDURE WriteProfileSectionA* (lpAppName: PtrSTR; lpString: PtrSTR): BOOL;
(*END WriteProfileSectionA;*)
PROCEDURE WriteProfileSectionW* (lpAppName: PtrWSTR; lpString: PtrWSTR): BOOL;
(*END WriteProfileSectionW;*)
PROCEDURE WriteProfileSection* ["WriteProfileSectionA"] (lpAppName: PtrSTR; lpString: PtrSTR): BOOL;
(*END WriteProfileSection;*)
PROCEDURE GetPrivateProfileIntA* (lpAppName: PtrSTR; lpKeyName: PtrSTR; nDefault: INTEGER; lpFileName: PtrSTR): INTEGER;
(*END GetPrivateProfileIntA;*)
PROCEDURE GetPrivateProfileIntW* (lpAppName: PtrWSTR; lpKeyName: PtrWSTR; nDefault: INTEGER; lpFileName: PtrWSTR): INTEGER;
(*END GetPrivateProfileIntW;*)
PROCEDURE GetPrivateProfileInt* ["GetPrivateProfileIntA"] (lpAppName: PtrSTR; lpKeyName: PtrSTR; nDefault: INTEGER; lpFileName: PtrSTR): INTEGER;
(*END GetPrivateProfileInt;*)
PROCEDURE GetPrivateProfileStringA* (lpAppName: PtrSTR; lpKeyName: PtrSTR; lpDefault: PtrSTR; lpReturnedString: PtrSTR; nSize: INTEGER; lpFileName: PtrSTR): INTEGER;
(*END GetPrivateProfileStringA;*)
PROCEDURE GetPrivateProfileStringW* (lpAppName: PtrWSTR; lpKeyName: PtrWSTR; lpDefault: PtrWSTR; lpReturnedString: PtrWSTR; nSize: INTEGER; lpFileName: PtrWSTR): INTEGER;
(*END GetPrivateProfileStringW;*)
PROCEDURE GetPrivateProfileString* ["GetPrivateProfileStringA"] (lpAppName: PtrSTR; lpKeyName: PtrSTR; lpDefault: PtrSTR; lpReturnedString: PtrSTR; nSize: INTEGER; lpFileName: PtrSTR): INTEGER;
(*END GetPrivateProfileString;*)
PROCEDURE WritePrivateProfileStringA* (lpAppName: PtrSTR; lpKeyName: PtrSTR; lpString: PtrSTR; lpFileName: PtrSTR): BOOL;
(*END WritePrivateProfileStringA;*)
PROCEDURE WritePrivateProfileStringW* (lpAppName: PtrWSTR; lpKeyName: PtrWSTR; lpString: PtrWSTR; lpFileName: PtrWSTR): BOOL;
(*END WritePrivateProfileStringW;*)
PROCEDURE WritePrivateProfileString* ["WritePrivateProfileStringA"] (lpAppName: PtrSTR; lpKeyName: PtrSTR; lpString: PtrSTR; lpFileName: PtrSTR): BOOL;
(*END WritePrivateProfileString;*)
PROCEDURE GetPrivateProfileSectionA* (lpAppName: PtrSTR; lpReturnedString: PtrSTR; nSize: INTEGER; lpFileName: PtrSTR): INTEGER;
(*END GetPrivateProfileSectionA;*)
PROCEDURE GetPrivateProfileSectionW* (lpAppName: PtrWSTR; lpReturnedString: PtrWSTR; nSize: INTEGER; lpFileName: PtrWSTR): INTEGER;
(*END GetPrivateProfileSectionW;*)
PROCEDURE GetPrivateProfileSection* ["GetPrivateProfileSectionA"] (lpAppName: PtrSTR; lpReturnedString: PtrSTR; nSize: INTEGER; lpFileName: PtrSTR): INTEGER;
(*END GetPrivateProfileSection;*)
PROCEDURE WritePrivateProfileSectionA* (lpAppName: PtrSTR; lpString: PtrSTR; lpFileName: PtrSTR): BOOL;
(*END WritePrivateProfileSectionA;*)
PROCEDURE WritePrivateProfileSectionW* (lpAppName: PtrWSTR; lpString: PtrWSTR; lpFileName: PtrWSTR): BOOL;
(*END WritePrivateProfileSectionW;*)
PROCEDURE WritePrivateProfileSection* ["WritePrivateProfileSectionA"] (lpAppName: PtrSTR; lpString: PtrSTR; lpFileName: PtrSTR): BOOL;
(*END WritePrivateProfileSection;*)
PROCEDURE GetPrivateProfileSectionNamesA* (lpszReturnBuffer: PtrSTR; nSize: INTEGER; lpFileName: PtrSTR): INTEGER;
(*END GetPrivateProfileSectionNamesA;*)
PROCEDURE GetPrivateProfileSectionNamesW* (lpszReturnBuffer: PtrWSTR; nSize: INTEGER; lpFileName: PtrWSTR): INTEGER;
(*END GetPrivateProfileSectionNamesW;*)
PROCEDURE GetPrivateProfileSectionNames* ["GetPrivateProfileSectionNamesA"] (lpszReturnBuffer: PtrSTR; nSize: INTEGER; lpFileName: PtrSTR): INTEGER;
(*END GetPrivateProfileSectionNames;*)
PROCEDURE GetPrivateProfileStructA* (lpszSection: PtrSTR; lpszKey: PtrSTR; lpStruct: PtrVoid; uSizeStruct: INTEGER; szFile: PtrSTR): BOOL;
(*END GetPrivateProfileStructA;*)
PROCEDURE GetPrivateProfileStructW* (lpszSection: PtrWSTR; lpszKey: PtrWSTR; lpStruct: PtrVoid; uSizeStruct: INTEGER; szFile: PtrWSTR): BOOL;
(*END GetPrivateProfileStructW;*)
PROCEDURE GetPrivateProfileStruct* ["GetPrivateProfileStructA"] (lpszSection: PtrSTR; lpszKey: PtrSTR; lpStruct: PtrVoid; uSizeStruct: INTEGER; szFile: PtrSTR): BOOL;
(*END GetPrivateProfileStruct;*)
PROCEDURE WritePrivateProfileStructA* (lpszSection: PtrSTR; lpszKey: PtrSTR; lpStruct: PtrVoid; uSizeStruct: INTEGER; szFile: PtrSTR): BOOL;
(*END WritePrivateProfileStructA;*)
PROCEDURE WritePrivateProfileStructW* (lpszSection: PtrWSTR; lpszKey: PtrWSTR; lpStruct: PtrVoid; uSizeStruct: INTEGER; szFile: PtrWSTR): BOOL;
(*END WritePrivateProfileStructW;*)
PROCEDURE WritePrivateProfileStruct* ["WritePrivateProfileStructA"] (lpszSection: PtrSTR; lpszKey: PtrSTR; lpStruct: PtrVoid; uSizeStruct: INTEGER; szFile: PtrSTR): BOOL;
(*END WritePrivateProfileStruct;*)
PROCEDURE GetDriveTypeA* (lpRootPathName: PtrSTR): INTEGER;
(*END GetDriveTypeA;*)
PROCEDURE GetDriveTypeW* (lpRootPathName: PtrWSTR): INTEGER;
(*END GetDriveTypeW;*)
PROCEDURE GetDriveType* ["GetDriveTypeA"] (lpRootPathName: PtrSTR): INTEGER;
(*END GetDriveType;*)
PROCEDURE GetSystemDirectoryA* (lpBuffer: PtrSTR; uSize: INTEGER): INTEGER;
(*END GetSystemDirectoryA;*)
PROCEDURE GetSystemDirectoryW* (lpBuffer: PtrWSTR; uSize: INTEGER): INTEGER;
(*END GetSystemDirectoryW;*)
PROCEDURE GetSystemDirectory* ["GetSystemDirectoryA"] (lpBuffer: PtrSTR; uSize: INTEGER): INTEGER;
(*END GetSystemDirectory;*)
PROCEDURE GetTempPathA* (nBufferLength: INTEGER; lpBuffer: PtrSTR): INTEGER;
(*END GetTempPathA;*)
PROCEDURE GetTempPathW* (nBufferLength: INTEGER; lpBuffer: PtrWSTR): INTEGER;
(*END GetTempPathW;*)
PROCEDURE GetTempPath* ["GetTempPathA"] (nBufferLength: INTEGER; lpBuffer: PtrSTR): INTEGER;
(*END GetTempPath;*)
PROCEDURE GetTempFileNameA* (lpPathName: PtrSTR; lpPrefixString: PtrSTR; uUnique: INTEGER; lpTempFileName: PtrSTR): INTEGER;
(*END GetTempFileNameA;*)
PROCEDURE GetTempFileNameW* (lpPathName: PtrWSTR; lpPrefixString: PtrWSTR; uUnique: INTEGER; lpTempFileName: PtrWSTR): INTEGER;
(*END GetTempFileNameW;*)
PROCEDURE GetTempFileName* ["GetTempFileNameA"] (lpPathName: PtrSTR; lpPrefixString: PtrSTR; uUnique: INTEGER; lpTempFileName: PtrSTR): INTEGER;
(*END GetTempFileName;*)
PROCEDURE GetWindowsDirectoryA* (lpBuffer: PtrSTR; uSize: INTEGER): INTEGER;
(*END GetWindowsDirectoryA;*)
PROCEDURE GetWindowsDirectoryW* (lpBuffer: PtrWSTR; uSize: INTEGER): INTEGER;
(*END GetWindowsDirectoryW;*)
PROCEDURE GetWindowsDirectory* ["GetWindowsDirectoryA"] (lpBuffer: PtrSTR; uSize: INTEGER): INTEGER;
(*END GetWindowsDirectory;*)
PROCEDURE SetCurrentDirectoryA* (lpPathName: PtrSTR): BOOL;
(*END SetCurrentDirectoryA;*)
PROCEDURE SetCurrentDirectoryW* (lpPathName: PtrWSTR): BOOL;
(*END SetCurrentDirectoryW;*)
PROCEDURE SetCurrentDirectory* ["SetCurrentDirectoryA"] (lpPathName: PtrSTR): BOOL;
(*END SetCurrentDirectory;*)
PROCEDURE GetCurrentDirectoryA* (nBufferLength: INTEGER; lpBuffer: PtrSTR): INTEGER;
(*END GetCurrentDirectoryA;*)
PROCEDURE GetCurrentDirectoryW* (nBufferLength: INTEGER; lpBuffer: PtrWSTR): INTEGER;
(*END GetCurrentDirectoryW;*)
PROCEDURE GetCurrentDirectory* ["GetCurrentDirectoryA"] (nBufferLength: INTEGER; lpBuffer: PtrSTR): INTEGER;
(*END GetCurrentDirectory;*)
PROCEDURE GetDiskFreeSpaceA* (lpRootPathName: PtrSTR; VAR [nil] lpSectorsPerCluster: INTEGER; VAR [nil] lpBytesPerSector: INTEGER; VAR [nil] lpNumberOfFreeClusters: INTEGER; VAR [nil] lpTotalNumberOfClusters: INTEGER): BOOL;
(*END GetDiskFreeSpaceA;*)
PROCEDURE GetDiskFreeSpaceW* (lpRootPathName: PtrWSTR; VAR [nil] lpSectorsPerCluster: INTEGER; VAR [nil] lpBytesPerSector: INTEGER; VAR [nil] lpNumberOfFreeClusters: INTEGER; VAR [nil] lpTotalNumberOfClusters: INTEGER): BOOL;
(*END GetDiskFreeSpaceW;*)
PROCEDURE GetDiskFreeSpace* ["GetDiskFreeSpaceA"] (lpRootPathName: PtrSTR; VAR [nil] lpSectorsPerCluster: INTEGER; VAR [nil] lpBytesPerSector: INTEGER; VAR [nil] lpNumberOfFreeClusters: INTEGER; VAR [nil] lpTotalNumberOfClusters: INTEGER): BOOL;
(*END GetDiskFreeSpace;*)
PROCEDURE CreateDirectoryA* (lpPathName: PtrSTR; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): BOOL;
(*END CreateDirectoryA;*)
PROCEDURE CreateDirectoryW* (lpPathName: PtrWSTR; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): BOOL;
(*END CreateDirectoryW;*)
PROCEDURE CreateDirectory* ["CreateDirectoryA"] (lpPathName: PtrSTR; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): BOOL;
(*END CreateDirectory;*)
PROCEDURE CreateDirectoryExA* (lpTemplateDirectory: PtrSTR; lpNewDirectory: PtrSTR; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): BOOL;
(*END CreateDirectoryExA;*)
PROCEDURE CreateDirectoryExW* (lpTemplateDirectory: PtrWSTR; lpNewDirectory: PtrWSTR; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): BOOL;
(*END CreateDirectoryExW;*)
PROCEDURE CreateDirectoryEx* ["CreateDirectoryExA"] (lpTemplateDirectory: PtrSTR; lpNewDirectory: PtrSTR; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): BOOL;
(*END CreateDirectoryEx;*)
PROCEDURE RemoveDirectoryA* (lpPathName: PtrSTR): BOOL;
(*END RemoveDirectoryA;*)
PROCEDURE RemoveDirectoryW* (lpPathName: PtrWSTR): BOOL;
(*END RemoveDirectoryW;*)
PROCEDURE RemoveDirectory* ["RemoveDirectoryA"] (lpPathName: PtrSTR): BOOL;
(*END RemoveDirectory;*)
PROCEDURE GetFullPathNameA* (lpFileName: PtrSTR; nBufferLength: INTEGER; lpBuffer: PtrSTR; VAR [nil] lpFilePart: PtrSTR): INTEGER;
(*END GetFullPathNameA;*)
PROCEDURE GetFullPathNameW* (lpFileName: PtrWSTR; nBufferLength: INTEGER; lpBuffer: PtrWSTR; VAR [nil] lpFilePart: PtrWSTR): INTEGER;
(*END GetFullPathNameW;*)
PROCEDURE GetFullPathName* ["GetFullPathNameA"] (lpFileName: PtrSTR; nBufferLength: INTEGER; lpBuffer: PtrSTR; VAR [nil] lpFilePart: PtrSTR): INTEGER;
(*END GetFullPathName;*)
PROCEDURE DefineDosDeviceA* (dwFlags: SET; lpDeviceName: PtrSTR; lpTargetPath: PtrSTR): BOOL;
(*END DefineDosDeviceA;*)
PROCEDURE DefineDosDeviceW* (dwFlags: SET; lpDeviceName: PtrWSTR; lpTargetPath: PtrWSTR): BOOL;
(*END DefineDosDeviceW;*)
PROCEDURE DefineDosDevice* ["DefineDosDeviceA"] (dwFlags: SET; lpDeviceName: PtrSTR; lpTargetPath: PtrSTR): BOOL;
(*END DefineDosDevice;*)
PROCEDURE QueryDosDeviceA* (lpDeviceName: PtrSTR; lpTargetPath: PtrSTR; ucchMax: INTEGER): INTEGER;
(*END QueryDosDeviceA;*)
PROCEDURE QueryDosDeviceW* (lpDeviceName: PtrWSTR; lpTargetPath: PtrWSTR; ucchMax: INTEGER): INTEGER;
(*END QueryDosDeviceW;*)
PROCEDURE QueryDosDevice* ["QueryDosDeviceA"] (lpDeviceName: PtrSTR; lpTargetPath: PtrSTR; ucchMax: INTEGER): INTEGER;
(*END QueryDosDevice;*)
PROCEDURE CreateFileA* (lpFileName: PtrSTR; dwDesiredAccess: SET; dwShareMode: SET; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES; dwCreationDisposition: INTEGER; dwFlagsAndAttributes: SET; hTemplateFile: HANDLE): HANDLE;
(*END CreateFileA;*)
PROCEDURE CreateFileW* (lpFileName: PtrWSTR; dwDesiredAccess: SET; dwShareMode: SET; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES; dwCreationDisposition: INTEGER; dwFlagsAndAttributes: SET; hTemplateFile: HANDLE): HANDLE;
(*END CreateFileW;*)
PROCEDURE CreateFile* ["CreateFileA"] (lpFileName: PtrSTR; dwDesiredAccess: SET; dwShareMode: SET; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES; dwCreationDisposition: INTEGER; dwFlagsAndAttributes: SET; hTemplateFile: HANDLE): HANDLE;
(*END CreateFile;*)
PROCEDURE SetFileAttributesA* (lpFileName: PtrSTR; dwFileAttributes: SET): BOOL;
(*END SetFileAttributesA;*)
PROCEDURE SetFileAttributesW* (lpFileName: PtrWSTR; dwFileAttributes: SET): BOOL;
(*END SetFileAttributesW;*)
PROCEDURE SetFileAttributes* ["SetFileAttributesA"] (lpFileName: PtrSTR; dwFileAttributes: SET): BOOL;
(*END SetFileAttributes;*)
PROCEDURE GetFileAttributesA* (lpFileName: PtrSTR): INTEGER;
(*END GetFileAttributesA;*)
PROCEDURE GetFileAttributesW* (lpFileName: PtrWSTR): INTEGER;
(*END GetFileAttributesW;*)
PROCEDURE GetFileAttributes* ["GetFileAttributesA"] (lpFileName: PtrSTR): INTEGER;
(*END GetFileAttributes;*)
PROCEDURE GetCompressedFileSizeA* (lpFileName: PtrSTR; VAR [nil] lpFileSizeHigh: INTEGER): INTEGER;
(*END GetCompressedFileSizeA;*)
PROCEDURE GetCompressedFileSizeW* (lpFileName: PtrWSTR; VAR [nil] lpFileSizeHigh: INTEGER): INTEGER;
(*END GetCompressedFileSizeW;*)
PROCEDURE GetCompressedFileSize* ["GetCompressedFileSizeA"] (lpFileName: PtrSTR; VAR [nil] lpFileSizeHigh: INTEGER): INTEGER;
(*END GetCompressedFileSize;*)
PROCEDURE DeleteFileA* (lpFileName: PtrSTR): BOOL;
(*END DeleteFileA;*)
PROCEDURE DeleteFileW* (lpFileName: PtrWSTR): BOOL;
(*END DeleteFileW;*)
PROCEDURE DeleteFile* ["DeleteFileA"] (lpFileName: PtrSTR): BOOL;
(*END DeleteFile;*)
PROCEDURE FindFirstFileExA* (lpFileName: PtrSTR; fInfoLevelId: FINDEX_INFO_LEVELS; lpFindFileData: PtrVoid; fSearchOp: FINDEX_SEARCH_OPS; lpSearchFilter: PtrVoid; dwAdditionalFlags: INTEGER): HANDLE;
(*END FindFirstFileExA;*)
PROCEDURE FindFirstFileExW* (lpFileName: PtrWSTR; fInfoLevelId: FINDEX_INFO_LEVELS; lpFindFileData: PtrVoid; fSearchOp: FINDEX_SEARCH_OPS; lpSearchFilter: PtrVoid; dwAdditionalFlags: INTEGER): HANDLE;
(*END FindFirstFileExW;*)
PROCEDURE FindFirstFileEx* ["FindFirstFileExA"] (lpFileName: PtrSTR; fInfoLevelId: FINDEX_INFO_LEVELS; lpFindFileData: PtrVoid; fSearchOp: FINDEX_SEARCH_OPS; lpSearchFilter: PtrVoid; dwAdditionalFlags: INTEGER): HANDLE;
(*END FindFirstFileEx;*)
PROCEDURE FindFirstFileA* (lpFileName: PtrSTR; VAR [nil] lpFindFileData: WIN32_FIND_DATAA): HANDLE;
(*END FindFirstFileA;*)
PROCEDURE FindFirstFileW* (lpFileName: PtrWSTR; VAR [nil] lpFindFileData: WIN32_FIND_DATAW): HANDLE;
(*END FindFirstFileW;*)
PROCEDURE FindFirstFile* ["FindFirstFileA"] (lpFileName: PtrSTR; VAR [nil] lpFindFileData: WIN32_FIND_DATAA): HANDLE;
(*END FindFirstFile;*)
PROCEDURE FindNextFileA* (hFindFile: HANDLE; VAR [nil] lpFindFileData: WIN32_FIND_DATAA): BOOL;
(*END FindNextFileA;*)
PROCEDURE FindNextFileW* (hFindFile: HANDLE; VAR [nil] lpFindFileData: WIN32_FIND_DATAW): BOOL;
(*END FindNextFileW;*)
PROCEDURE FindNextFile* ["FindNextFileA"] (hFindFile: HANDLE; VAR [nil] lpFindFileData: WIN32_FIND_DATAA): BOOL;
(*END FindNextFile;*)
PROCEDURE SearchPathA* (lpPath: PtrSTR; lpFileName: PtrSTR; lpExtension: PtrSTR; nBufferLength: INTEGER; lpBuffer: PtrSTR; VAR [nil] lpFilePart: PtrSTR): INTEGER;
(*END SearchPathA;*)
PROCEDURE SearchPathW* (lpPath: PtrWSTR; lpFileName: PtrWSTR; lpExtension: PtrWSTR; nBufferLength: INTEGER; lpBuffer: PtrWSTR; VAR [nil] lpFilePart: PtrWSTR): INTEGER;
(*END SearchPathW;*)
PROCEDURE SearchPath* ["SearchPathA"] (lpPath: PtrSTR; lpFileName: PtrSTR; lpExtension: PtrSTR; nBufferLength: INTEGER; lpBuffer: PtrSTR; lpFilePart: POINTER TO (*?*) ARRAY [untagged] OF PtrSTR): INTEGER;
(*END SearchPath;*)
PROCEDURE CopyFileA* (lpExistingFileName: PtrSTR; lpNewFileName: PtrSTR; bFailIfExists: BOOL): BOOL;
(*END CopyFileA;*)
PROCEDURE CopyFileW* (lpExistingFileName: PtrWSTR; lpNewFileName: PtrWSTR; bFailIfExists: BOOL): BOOL;
(*END CopyFileW;*)
PROCEDURE CopyFile* ["CopyFileA"] (lpExistingFileName: PtrSTR; lpNewFileName: PtrSTR; bFailIfExists: BOOL): BOOL;
(*END CopyFile;*)
PROCEDURE CopyFileExA* (lpExistingFileName: PtrSTR; lpNewFileName: PtrSTR; lpProgressRoutine: PROGRESS_ROUTINE; lpData: PtrVoid; VAR [nil] pbCancel: BOOL; dwCopyFlags: INTEGER): BOOL;
(*END CopyFileExA;*)
PROCEDURE CopyFileExW* (lpExistingFileName: PtrWSTR; lpNewFileName: PtrWSTR; lpProgressRoutine: PROGRESS_ROUTINE; lpData: PtrVoid; VAR [nil] pbCancel: BOOL; dwCopyFlags: INTEGER): BOOL;
(*END CopyFileExW;*)
PROCEDURE CopyFileEx* ["CopyFileExA"] (lpExistingFileName: PtrSTR; lpNewFileName: PtrSTR; lpProgressRoutine: PROGRESS_ROUTINE; lpData: PtrVoid; VAR [nil] pbCancel: BOOL; dwCopyFlags: INTEGER): BOOL;
(*END CopyFileEx;*)
PROCEDURE MoveFileA* (lpExistingFileName: PtrSTR; lpNewFileName: PtrSTR): BOOL;
(*END MoveFileA;*)
PROCEDURE MoveFileW* (lpExistingFileName: PtrWSTR; lpNewFileName: PtrWSTR): BOOL;
(*END MoveFileW;*)
PROCEDURE MoveFile* ["MoveFileA"] (lpExistingFileName: PtrSTR; lpNewFileName: PtrSTR): BOOL;
(*END MoveFile;*)
PROCEDURE MoveFileExA* (lpExistingFileName: PtrSTR; lpNewFileName: PtrSTR; dwFlags: SET): BOOL;
(*END MoveFileExA;*)
PROCEDURE MoveFileExW* (lpExistingFileName: PtrWSTR; lpNewFileName: PtrWSTR; dwFlags: SET): BOOL;
(*END MoveFileExW;*)
PROCEDURE MoveFileEx* ["MoveFileExA"] (lpExistingFileName: PtrSTR; lpNewFileName: PtrSTR; dwFlags: SET): BOOL;
(*END MoveFileEx;*)
PROCEDURE CreateNamedPipeA* (lpName: PtrSTR; dwOpenMode: INTEGER; dwPipeMode: INTEGER; nMaxInstances: INTEGER; nOutBufferSize: INTEGER; nInBufferSize: INTEGER; nDefaultTimeOut: INTEGER; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): HANDLE;
(*END CreateNamedPipeA;*)
PROCEDURE CreateNamedPipeW* (lpName: PtrWSTR; dwOpenMode: INTEGER; dwPipeMode: INTEGER; nMaxInstances: INTEGER; nOutBufferSize: INTEGER; nInBufferSize: INTEGER; nDefaultTimeOut: INTEGER; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): HANDLE;
(*END CreateNamedPipeW;*)
PROCEDURE CreateNamedPipe* ["CreateNamedPipeA"] (lpName: PtrSTR; dwOpenMode: INTEGER; dwPipeMode: INTEGER; nMaxInstances: INTEGER; nOutBufferSize: INTEGER; nInBufferSize: INTEGER; nDefaultTimeOut: INTEGER; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): HANDLE;
(*END CreateNamedPipe;*)
PROCEDURE GetNamedPipeHandleStateA* (hNamedPipe: HANDLE; VAR [nil] lpState: INTEGER; VAR [nil] lpCurInstances: INTEGER; VAR [nil] lpMaxCollectionCount: INTEGER; VAR [nil] lpCollectDataTimeout: INTEGER; lpUserName: PtrSTR; nMaxUserNameSize: INTEGER): BOOL;
(*END GetNamedPipeHandleStateA;*)
PROCEDURE GetNamedPipeHandleStateW* (hNamedPipe: HANDLE; VAR [nil] lpState: INTEGER; VAR [nil] lpCurInstances: INTEGER; VAR [nil] lpMaxCollectionCount: INTEGER; VAR [nil] lpCollectDataTimeout: INTEGER; lpUserName: PtrWSTR; nMaxUserNameSize: INTEGER): BOOL;
(*END GetNamedPipeHandleStateW;*)
PROCEDURE GetNamedPipeHandleState* ["GetNamedPipeHandleStateA"] (hNamedPipe: HANDLE; VAR [nil] lpState: INTEGER; VAR [nil] lpCurInstances: INTEGER; VAR [nil] lpMaxCollectionCount: INTEGER; VAR [nil] lpCollectDataTimeout: INTEGER; lpUserName: PtrSTR; nMaxUserNameSize: INTEGER): BOOL;
(*END GetNamedPipeHandleState;*)
PROCEDURE CallNamedPipeA* (lpNamedPipeName: PtrSTR; lpInBuffer: PtrVoid; nInBufferSize: INTEGER; lpOutBuffer: PtrVoid; nOutBufferSize: INTEGER; VAR [nil] lpBytesRead: INTEGER; nTimeOut: INTEGER): BOOL;
(*END CallNamedPipeA;*)
PROCEDURE CallNamedPipeW* (lpNamedPipeName: PtrWSTR; lpInBuffer: PtrVoid; nInBufferSize: INTEGER; lpOutBuffer: PtrVoid; nOutBufferSize: INTEGER; VAR [nil] lpBytesRead: INTEGER; nTimeOut: INTEGER): BOOL;
(*END CallNamedPipeW;*)
PROCEDURE CallNamedPipe* ["CallNamedPipeA"] (lpNamedPipeName: PtrSTR; lpInBuffer: PtrVoid; nInBufferSize: INTEGER; lpOutBuffer: PtrVoid; nOutBufferSize: INTEGER; VAR [nil] lpBytesRead: INTEGER; nTimeOut: INTEGER): BOOL;
(*END CallNamedPipe;*)
PROCEDURE WaitNamedPipeA* (lpNamedPipeName: PtrSTR; nTimeOut: INTEGER): BOOL;
(*END WaitNamedPipeA;*)
PROCEDURE WaitNamedPipeW* (lpNamedPipeName: PtrWSTR; nTimeOut: INTEGER): BOOL;
(*END WaitNamedPipeW;*)
PROCEDURE WaitNamedPipe* ["WaitNamedPipeA"] (lpNamedPipeName: PtrSTR; nTimeOut: INTEGER): BOOL;
(*END WaitNamedPipe;*)
PROCEDURE SetVolumeLabelA* (lpRootPathName: PtrSTR; lpVolumeName: PtrSTR): BOOL;
(*END SetVolumeLabelA;*)
PROCEDURE SetVolumeLabelW* (lpRootPathName: PtrWSTR; lpVolumeName: PtrWSTR): BOOL;
(*END SetVolumeLabelW;*)
PROCEDURE SetVolumeLabel* ["SetVolumeLabelA"] (lpRootPathName: PtrSTR; lpVolumeName: PtrSTR): BOOL;
(*END SetVolumeLabel;*)
PROCEDURE SetFileApisToOEM* ();
(*END SetFileApisToOEM;*)
PROCEDURE SetFileApisToANSI* ();
(*END SetFileApisToANSI;*)
PROCEDURE AreFileApisANSI* (): BOOL;
(*END AreFileApisANSI;*)
PROCEDURE GetVolumeInformationA* (lpRootPathName: PtrSTR; lpVolumeNameBuffer: PtrSTR; nVolumeNameSize: INTEGER; VAR [nil] lpVolumeSerialNumber: INTEGER; VAR [nil] lpMaximumComponentLength: INTEGER; VAR [nil] lpFileSystemFlags: SET; lpFileSystemNameBuffer: PtrSTR; nFileSystemNameSize: INTEGER): BOOL;
(*END GetVolumeInformationA;*)
PROCEDURE GetVolumeInformationW* (lpRootPathName: PtrWSTR; lpVolumeNameBuffer: PtrWSTR; nVolumeNameSize: INTEGER; VAR [nil] lpVolumeSerialNumber: INTEGER; VAR [nil] lpMaximumComponentLength: INTEGER; VAR [nil] lpFileSystemFlags: SET; lpFileSystemNameBuffer: PtrWSTR; nFileSystemNameSize: INTEGER): BOOL;
(*END GetVolumeInformationW;*)
PROCEDURE GetVolumeInformation* ["GetVolumeInformationA"] (lpRootPathName: PtrSTR; lpVolumeNameBuffer: PtrSTR; nVolumeNameSize: INTEGER; VAR [nil] lpVolumeSerialNumber: INTEGER; VAR [nil] lpMaximumComponentLength: INTEGER; VAR [nil] lpFileSystemFlags: SET; lpFileSystemNameBuffer: PtrSTR; nFileSystemNameSize: INTEGER): BOOL;
(*END GetVolumeInformation;*)
PROCEDURE ClearEventLogA* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; lpBackupFileName: PtrSTR): BOOL;
(*END ClearEventLogA;*)
PROCEDURE ClearEventLogW* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; lpBackupFileName: PtrWSTR): BOOL;
(*END ClearEventLogW;*)
PROCEDURE ClearEventLog* ["ADVAPI32.dll", "ClearEventLogA"] (hEventLog: HANDLE; lpBackupFileName: PtrSTR): BOOL;
(*END ClearEventLog;*)
PROCEDURE BackupEventLogA* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; lpBackupFileName: PtrSTR): BOOL;
(*END BackupEventLogA;*)
PROCEDURE BackupEventLogW* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; lpBackupFileName: PtrWSTR): BOOL;
(*END BackupEventLogW;*)
PROCEDURE BackupEventLog* ["ADVAPI32.dll", "BackupEventLogA"] (hEventLog: HANDLE; lpBackupFileName: PtrSTR): BOOL;
(*END BackupEventLog;*)
PROCEDURE CloseEventLog* ["ADVAPI32.dll", ""] (hEventLog: HANDLE): BOOL;
(*END CloseEventLog;*)
PROCEDURE DeregisterEventSource* ["ADVAPI32.dll", ""] (hEventLog: HANDLE): BOOL;
(*END DeregisterEventSource;*)
PROCEDURE NotifyChangeEventLog* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; hEvent: HANDLE): BOOL;
(*END NotifyChangeEventLog;*)
PROCEDURE GetNumberOfEventLogRecords* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; VAR [nil] NumberOfRecords: INTEGER): BOOL;
(*END GetNumberOfEventLogRecords;*)
PROCEDURE GetOldestEventLogRecord* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; VAR [nil] OldestRecord: INTEGER): BOOL;
(*END GetOldestEventLogRecord;*)
PROCEDURE OpenEventLogA* ["ADVAPI32.dll", ""] (lpUNCServerName: PtrSTR; lpSourceName: PtrSTR): HANDLE;
(*END OpenEventLogA;*)
PROCEDURE OpenEventLogW* ["ADVAPI32.dll", ""] (lpUNCServerName: PtrWSTR; lpSourceName: PtrWSTR): HANDLE;
(*END OpenEventLogW;*)
PROCEDURE OpenEventLog* ["ADVAPI32.dll", "OpenEventLogA"] (lpUNCServerName: PtrSTR; lpSourceName: PtrSTR): HANDLE;
(*END OpenEventLog;*)
PROCEDURE RegisterEventSourceA* ["ADVAPI32.dll", ""] (lpUNCServerName: PtrSTR; lpSourceName: PtrSTR): HANDLE;
(*END RegisterEventSourceA;*)
PROCEDURE RegisterEventSourceW* ["ADVAPI32.dll", ""] (lpUNCServerName: PtrWSTR; lpSourceName: PtrWSTR): HANDLE;
(*END RegisterEventSourceW;*)
PROCEDURE RegisterEventSource* ["ADVAPI32.dll", "RegisterEventSourceA"] (lpUNCServerName: PtrSTR; lpSourceName: PtrSTR): HANDLE;
(*END RegisterEventSource;*)
PROCEDURE OpenBackupEventLogA* ["ADVAPI32.dll", ""] (lpUNCServerName: PtrSTR; lpFileName: PtrSTR): HANDLE;
(*END OpenBackupEventLogA;*)
PROCEDURE OpenBackupEventLogW* ["ADVAPI32.dll", ""] (lpUNCServerName: PtrWSTR; lpFileName: PtrWSTR): HANDLE;
(*END OpenBackupEventLogW;*)
PROCEDURE OpenBackupEventLog* ["ADVAPI32.dll", "OpenBackupEventLogA"] (lpUNCServerName: PtrSTR; lpFileName: PtrSTR): HANDLE;
(*END OpenBackupEventLog;*)
PROCEDURE ReadEventLogA* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; dwReadFlags: SET; dwRecordOffset: INTEGER; lpBuffer: PtrVoid; nNumberOfBytesToRead: INTEGER; VAR [nil] pnBytesRead: INTEGER; VAR [nil] pnMinNumberOfBytesNeeded: INTEGER): BOOL;
(*END ReadEventLogA;*)
PROCEDURE ReadEventLogW* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; dwReadFlags: SET; dwRecordOffset: INTEGER; lpBuffer: PtrVoid; nNumberOfBytesToRead: INTEGER; VAR [nil] pnBytesRead: INTEGER; VAR [nil] pnMinNumberOfBytesNeeded: INTEGER): BOOL;
(*END ReadEventLogW;*)
PROCEDURE ReadEventLog* ["ADVAPI32.dll", "ReadEventLogA"] (hEventLog: HANDLE; dwReadFlags: SET; dwRecordOffset: INTEGER; lpBuffer: PtrVoid; nNumberOfBytesToRead: INTEGER; VAR [nil] pnBytesRead: INTEGER; VAR [nil] pnMinNumberOfBytesNeeded: INTEGER): BOOL;
(*END ReadEventLog;*)
PROCEDURE ReportEventA* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; wType: SHORTINT; wCategory: SHORTINT; dwEventID: INTEGER; lpUserSid: PSID; wNumStrings: SHORTINT; dwDataSize: INTEGER; VAR [nil] lpStrings: PtrSTR; lpRawData: PtrVoid): BOOL;
(*END ReportEventA;*)
PROCEDURE ReportEventW* ["ADVAPI32.dll", ""] (hEventLog: HANDLE; wType: SHORTINT; wCategory: SHORTINT; dwEventID: INTEGER; lpUserSid: PSID; wNumStrings: SHORTINT; dwDataSize: INTEGER; lpStrings: POINTER TO (*?*) ARRAY [untagged] OF PtrWSTR; lpRawData: PtrVoid): BOOL;
(*END ReportEventW;*)
PROCEDURE ReportEvent* ["ADVAPI32.dll", "ReportEventA"] (hEventLog: HANDLE; wType: SHORTINT; wCategory: SHORTINT; dwEventID: INTEGER; lpUserSid: PSID; wNumStrings: SHORTINT; dwDataSize: INTEGER; VAR [nil] lpStrings: PtrSTR; lpRawData: PtrVoid): BOOL;
(*END ReportEvent;*)
PROCEDURE DuplicateToken* ["ADVAPI32.dll", ""] (ExistingTokenHandle: HANDLE; ImpersonationLevel: SECURITY_IMPERSONATION_LEVEL; VAR [nil] DuplicateTokenHandle: HANDLE): BOOL;
(*END DuplicateToken;*)
PROCEDURE GetKernelObjectSecurity* ["ADVAPI32.dll", ""] (Handle: HANDLE; RequestedInformation: SECURITY_INFORMATION; pSecurityDescriptor: PSECURITY_DESCRIPTOR; nLength: INTEGER; VAR [nil] lpnLengthNeeded: INTEGER): BOOL;
(*END GetKernelObjectSecurity;*)
PROCEDURE ImpersonateNamedPipeClient* ["ADVAPI32.dll", ""] (hNamedPipe: HANDLE): BOOL;
(*END ImpersonateNamedPipeClient;*)
PROCEDURE ImpersonateSelf* ["ADVAPI32.dll", ""] (ImpersonationLevel: SECURITY_IMPERSONATION_LEVEL): BOOL;
(*END ImpersonateSelf;*)
PROCEDURE RevertToSelf* ["ADVAPI32.dll", ""] (): BOOL;
(*END RevertToSelf;*)
PROCEDURE SetThreadToken* ["ADVAPI32.dll", ""] (VAR [nil] Thread: HANDLE; Token: HANDLE): BOOL;
(*END SetThreadToken;*)
PROCEDURE AccessCheck* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; ClientToken: HANDLE; DesiredAccess: SET; VAR [nil] GenericMapping: GENERIC_MAPPING; VAR [nil] PrivilegeSet: PRIVILEGE_SET; VAR [nil] PrivilegeSetLength: INTEGER; VAR [nil] GrantedAccess: INTEGER; VAR [nil] AccessStatus: BOOL): BOOL;
(*END AccessCheck;*)
PROCEDURE OpenProcessToken* ["ADVAPI32.dll", ""] (ProcessHandle: HANDLE; DesiredAccess: SET; VAR [nil] TokenHandle: HANDLE): BOOL;
(*END OpenProcessToken;*)
PROCEDURE OpenThreadToken* ["ADVAPI32.dll", ""] (ThreadHandle: HANDLE; DesiredAccess: SET; OpenAsSelf: BOOL; VAR [nil] TokenHandle: HANDLE): BOOL;
(*END OpenThreadToken;*)
PROCEDURE GetTokenInformation* ["ADVAPI32.dll", ""] (TokenHandle: HANDLE; TokenInformationClass: TOKEN_INFORMATION_CLASS; TokenInformation: PtrVoid; TokenInformationLength: INTEGER; VAR [nil] ReturnLength: INTEGER): BOOL;
(*END GetTokenInformation;*)
PROCEDURE SetTokenInformation* ["ADVAPI32.dll", ""] (TokenHandle: HANDLE; TokenInformationClass: TOKEN_INFORMATION_CLASS; TokenInformation: PtrVoid; TokenInformationLength: INTEGER): BOOL;
(*END SetTokenInformation;*)
PROCEDURE AdjustTokenPrivileges* ["ADVAPI32.dll", ""] (TokenHandle: HANDLE; DisableAllPrivileges: BOOL; VAR [nil] NewState: TOKEN_PRIVILEGES; BufferLength: INTEGER; VAR [nil] PreviousState: TOKEN_PRIVILEGES; VAR [nil] ReturnLength: INTEGER): BOOL;
(*END AdjustTokenPrivileges;*)
PROCEDURE AdjustTokenGroups* ["ADVAPI32.dll", ""] (TokenHandle: HANDLE; ResetToDefault: BOOL; VAR [nil] NewState: TOKEN_GROUPS; BufferLength: INTEGER; VAR [nil] PreviousState: TOKEN_GROUPS; VAR [nil] ReturnLength: INTEGER): BOOL;
(*END AdjustTokenGroups;*)
PROCEDURE PrivilegeCheck* ["ADVAPI32.dll", ""] (ClientToken: HANDLE; VAR [nil] RequiredPrivileges: PRIVILEGE_SET; VAR [nil] pfResult: BOOL): BOOL;
(*END PrivilegeCheck;*)
PROCEDURE AccessCheckAndAuditAlarmA* ["ADVAPI32.dll", ""] (SubsystemName: PtrSTR; HandleId: PtrVoid; ObjectTypeName: PtrSTR; ObjectName: PtrSTR; SecurityDescriptor: PSECURITY_DESCRIPTOR; DesiredAccess: SET; VAR [nil] GenericMapping: GENERIC_MAPPING; ObjectCreation: BOOL; VAR [nil] GrantedAccess: INTEGER; VAR [nil] AccessStatus: BOOL; VAR [nil] pfGenerateOnClose: BOOL): BOOL;
(*END AccessCheckAndAuditAlarmA;*)
PROCEDURE AccessCheckAndAuditAlarmW* ["ADVAPI32.dll", ""] (SubsystemName: PtrWSTR; HandleId: PtrVoid; ObjectTypeName: PtrWSTR; ObjectName: PtrWSTR; SecurityDescriptor: PSECURITY_DESCRIPTOR; DesiredAccess: SET; VAR [nil] GenericMapping: GENERIC_MAPPING; ObjectCreation: BOOL; VAR [nil] GrantedAccess: INTEGER; VAR [nil] AccessStatus: BOOL; VAR [nil] pfGenerateOnClose: BOOL): BOOL;
(*END AccessCheckAndAuditAlarmW;*)
PROCEDURE AccessCheckAndAuditAlarm* ["ADVAPI32.dll", "AccessCheckAndAuditAlarmA"] (SubsystemName: PtrSTR; HandleId: PtrVoid; ObjectTypeName: PtrSTR; ObjectName: PtrSTR; SecurityDescriptor: PSECURITY_DESCRIPTOR; DesiredAccess: SET; VAR [nil] GenericMapping: GENERIC_MAPPING; ObjectCreation: BOOL; VAR [nil] GrantedAccess: INTEGER; VAR [nil] AccessStatus: BOOL; VAR [nil] pfGenerateOnClose: BOOL): BOOL;
(*END AccessCheckAndAuditAlarm;*)
PROCEDURE ObjectOpenAuditAlarmA* ["ADVAPI32.dll", ""] (SubsystemName: PtrSTR; HandleId: PtrVoid; ObjectTypeName: PtrSTR; ObjectName: PtrSTR; pSecurityDescriptor: PSECURITY_DESCRIPTOR; ClientToken: HANDLE; DesiredAccess: SET; GrantedAccess: INTEGER; VAR [nil] Privileges: PRIVILEGE_SET; ObjectCreation: BOOL; AccessGranted: BOOL; VAR [nil] GenerateOnClose: BOOL): BOOL;
(*END ObjectOpenAuditAlarmA;*)
PROCEDURE ObjectOpenAuditAlarmW* ["ADVAPI32.dll", ""] (SubsystemName: PtrWSTR; HandleId: PtrVoid; ObjectTypeName: PtrWSTR; ObjectName: PtrWSTR; pSecurityDescriptor: PSECURITY_DESCRIPTOR; ClientToken: HANDLE; DesiredAccess: SET; GrantedAccess: INTEGER; VAR [nil] Privileges: PRIVILEGE_SET; ObjectCreation: BOOL; AccessGranted: BOOL; VAR [nil] GenerateOnClose: BOOL): BOOL;
(*END ObjectOpenAuditAlarmW;*)
PROCEDURE ObjectOpenAuditAlarm* ["ADVAPI32.dll", "ObjectOpenAuditAlarmA"] (SubsystemName: PtrSTR; HandleId: PtrVoid; ObjectTypeName: PtrSTR; ObjectName: PtrSTR; pSecurityDescriptor: PSECURITY_DESCRIPTOR; ClientToken: HANDLE; DesiredAccess: SET; GrantedAccess: INTEGER; VAR [nil] Privileges: PRIVILEGE_SET; ObjectCreation: BOOL; AccessGranted: BOOL; VAR [nil] GenerateOnClose: BOOL): BOOL;
(*END ObjectOpenAuditAlarm;*)
PROCEDURE ObjectPrivilegeAuditAlarmA* ["ADVAPI32.dll", ""] (SubsystemName: PtrSTR; HandleId: PtrVoid; ClientToken: HANDLE; DesiredAccess: SET; VAR [nil] Privileges: PRIVILEGE_SET; AccessGranted: BOOL): BOOL;
(*END ObjectPrivilegeAuditAlarmA;*)
PROCEDURE ObjectPrivilegeAuditAlarmW* ["ADVAPI32.dll", ""] (SubsystemName: PtrWSTR; HandleId: PtrVoid; ClientToken: HANDLE; DesiredAccess: SET; VAR [nil] Privileges: PRIVILEGE_SET; AccessGranted: BOOL): BOOL;
(*END ObjectPrivilegeAuditAlarmW;*)
PROCEDURE ObjectPrivilegeAuditAlarm* ["ADVAPI32.dll", "ObjectPrivilegeAuditAlarmA"] (SubsystemName: PtrSTR; HandleId: PtrVoid; ClientToken: HANDLE; DesiredAccess: SET; VAR [nil] Privileges: PRIVILEGE_SET; AccessGranted: BOOL): BOOL;
(*END ObjectPrivilegeAuditAlarm;*)
PROCEDURE ObjectCloseAuditAlarmA* ["ADVAPI32.dll", ""] (SubsystemName: PtrSTR; HandleId: PtrVoid; GenerateOnClose: BOOL): BOOL;
(*END ObjectCloseAuditAlarmA;*)
PROCEDURE ObjectCloseAuditAlarmW* ["ADVAPI32.dll", ""] (SubsystemName: PtrWSTR; HandleId: PtrVoid; GenerateOnClose: BOOL): BOOL;
(*END ObjectCloseAuditAlarmW;*)
PROCEDURE ObjectCloseAuditAlarm* ["ADVAPI32.dll", "ObjectCloseAuditAlarmA"] (SubsystemName: PtrSTR; HandleId: PtrVoid; GenerateOnClose: BOOL): BOOL;
(*END ObjectCloseAuditAlarm;*)
PROCEDURE PrivilegedServiceAuditAlarmA* ["ADVAPI32.dll", ""] (SubsystemName: PtrSTR; ServiceName: PtrSTR; ClientToken: HANDLE; VAR [nil] Privileges: PRIVILEGE_SET; AccessGranted: BOOL): BOOL;
(*END PrivilegedServiceAuditAlarmA;*)
PROCEDURE PrivilegedServiceAuditAlarmW* ["ADVAPI32.dll", ""] (SubsystemName: PtrWSTR; ServiceName: PtrWSTR; ClientToken: HANDLE; VAR [nil] Privileges: PRIVILEGE_SET; AccessGranted: BOOL): BOOL;
(*END PrivilegedServiceAuditAlarmW;*)
PROCEDURE PrivilegedServiceAuditAlarm* ["ADVAPI32.dll", "PrivilegedServiceAuditAlarmA"] (SubsystemName: PtrSTR; ServiceName: PtrSTR; ClientToken: HANDLE; VAR [nil] Privileges: PRIVILEGE_SET; AccessGranted: BOOL): BOOL;
(*END PrivilegedServiceAuditAlarm;*)
PROCEDURE IsValidSid* ["ADVAPI32.dll", ""] (pSid: PSID): BOOL;
(*END IsValidSid;*)
PROCEDURE EqualSid* ["ADVAPI32.dll", ""] (pSid1: PSID; pSid2: PSID): BOOL;
(*END EqualSid;*)
PROCEDURE EqualPrefixSid* ["ADVAPI32.dll", ""] (pSid1: PSID; pSid2: PSID): BOOL;
(*END EqualPrefixSid;*)
PROCEDURE GetSidLengthRequired* ["ADVAPI32.dll", ""] (nSubAuthorityCount: SHORTCHAR): INTEGER;
(*END GetSidLengthRequired;*)
PROCEDURE AllocateAndInitializeSid* ["ADVAPI32.dll", ""] (VAR [nil] pIdentifierAuthority: SID_IDENTIFIER_AUTHORITY; nSubAuthorityCount: SHORTCHAR; nSubAuthority0: INTEGER; nSubAuthority1: INTEGER; nSubAuthority2: INTEGER; nSubAuthority3: INTEGER; nSubAuthority4: INTEGER; nSubAuthority5: INTEGER; nSubAuthority6: INTEGER; nSubAuthority7: INTEGER; VAR [nil] pSid: PSID): BOOL;
(*END AllocateAndInitializeSid;*)
PROCEDURE FreeSid* ["ADVAPI32.dll", ""] (pSid: PSID): PtrVoid;
(*END FreeSid;*)
PROCEDURE InitializeSid* ["ADVAPI32.dll", ""] (Sid: PSID; VAR [nil] pIdentifierAuthority: SID_IDENTIFIER_AUTHORITY; nSubAuthorityCount: SHORTCHAR): BOOL;
(*END InitializeSid;*)
PROCEDURE GetSidIdentifierAuthority* ["ADVAPI32.dll", ""] (pSid: PSID): PtrSID_IDENTIFIER_AUTHORITY;
(*END GetSidIdentifierAuthority;*)
PROCEDURE GetSidSubAuthority* ["ADVAPI32.dll", ""] (pSid: PSID; nSubAuthority: INTEGER): RetGetSidSubAuthority;
(*END GetSidSubAuthority;*)
PROCEDURE GetSidSubAuthorityCount* ["ADVAPI32.dll", ""] (pSid: PSID): PtrSTR;
(*END GetSidSubAuthorityCount;*)
PROCEDURE GetLengthSid* ["ADVAPI32.dll", ""] (pSid: PSID): INTEGER;
(*END GetLengthSid;*)
PROCEDURE CopySid* ["ADVAPI32.dll", ""] (nDestinationSidLength: INTEGER; pDestinationSid: PSID; pSourceSid: PSID): BOOL;
(*END CopySid;*)
PROCEDURE AreAllAccessesGranted* ["ADVAPI32.dll", ""] (GrantedAccess: INTEGER; DesiredAccess: SET): BOOL;
(*END AreAllAccessesGranted;*)
PROCEDURE AreAnyAccessesGranted* ["ADVAPI32.dll", ""] (GrantedAccess: INTEGER; DesiredAccess: SET): BOOL;
(*END AreAnyAccessesGranted;*)
PROCEDURE MapGenericMask* ["ADVAPI32.dll", ""] (VAR [nil] AccessMask: INTEGER; VAR [nil] GenericMapping: GENERIC_MAPPING);
(*END MapGenericMask;*)
PROCEDURE IsValidAcl* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL): BOOL;
(*END IsValidAcl;*)
PROCEDURE InitializeAcl* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; nAclLength: INTEGER; dwAclRevision: INTEGER): BOOL;
(*END InitializeAcl;*)
PROCEDURE GetAclInformation* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; pAclInformation: PtrVoid; nAclInformationLength: INTEGER; dwAclInformationClass: ACL_INFORMATION_CLASS): BOOL;
(*END GetAclInformation;*)
PROCEDURE SetAclInformation* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; pAclInformation: PtrVoid; nAclInformationLength: INTEGER; dwAclInformationClass: ACL_INFORMATION_CLASS): BOOL;
(*END SetAclInformation;*)
PROCEDURE AddAce* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; dwAceRevision: INTEGER; dwStartingAceIndex: INTEGER; pAceList: PtrVoid; nAceListLength: INTEGER): BOOL;
(*END AddAce;*)
PROCEDURE DeleteAce* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; dwAceIndex: INTEGER): BOOL;
(*END DeleteAce;*)
PROCEDURE GetAce* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; dwAceIndex: INTEGER; pAce: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid): BOOL;
(*END GetAce;*)
PROCEDURE AddAccessAllowedAce* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; dwAceRevision: INTEGER; AccessMask: INTEGER; pSid: PSID): BOOL;
(*END AddAccessAllowedAce;*)
PROCEDURE AddAccessDeniedAce* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; dwAceRevision: INTEGER; AccessMask: INTEGER; pSid: PSID): BOOL;
(*END AddAccessDeniedAce;*)
PROCEDURE AddAuditAccessAce* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; dwAceRevision: INTEGER; dwAccessMask: INTEGER; pSid: PSID; bAuditSuccess: BOOL; bAuditFailure: BOOL): BOOL;
(*END AddAuditAccessAce;*)
PROCEDURE FindFirstFreeAce* ["ADVAPI32.dll", ""] (VAR [nil] pAcl: ACL; pAce: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid): BOOL;
(*END FindFirstFreeAce;*)
PROCEDURE InitializeSecurityDescriptor* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; dwRevision: INTEGER): BOOL;
(*END InitializeSecurityDescriptor;*)
PROCEDURE IsValidSecurityDescriptor* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR): BOOL;
(*END IsValidSecurityDescriptor;*)
PROCEDURE GetSecurityDescriptorLength* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR): INTEGER;
(*END GetSecurityDescriptorLength;*)
PROCEDURE GetSecurityDescriptorControl* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] pControl: SHORTINT; VAR [nil] lpdwRevision: INTEGER): BOOL;
(*END GetSecurityDescriptorControl;*)
PROCEDURE SetSecurityDescriptorDacl* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; bDaclPresent: BOOL; VAR [nil] pDacl: ACL; bDaclDefaulted: BOOL): BOOL;
(*END SetSecurityDescriptorDacl;*)
PROCEDURE GetSecurityDescriptorDacl* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] lpbDaclPresent: BOOL; VAR [nil] pDacl: PtrACL; VAR [nil] lpbDaclDefaulted: BOOL): BOOL;
(*END GetSecurityDescriptorDacl;*)
PROCEDURE SetSecurityDescriptorSacl* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; bSaclPresent: BOOL; VAR [nil] pSacl: ACL; bSaclDefaulted: BOOL): BOOL;
(*END SetSecurityDescriptorSacl;*)
PROCEDURE GetSecurityDescriptorSacl* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] lpbSaclPresent: BOOL; VAR [nil] pSacl: PtrACL; VAR [nil] lpbSaclDefaulted: BOOL): BOOL;
(*END GetSecurityDescriptorSacl;*)
PROCEDURE SetSecurityDescriptorOwner* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; pOwner: PSID; bOwnerDefaulted: BOOL): BOOL;
(*END SetSecurityDescriptorOwner;*)
PROCEDURE GetSecurityDescriptorOwner* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] pOwner: PSID; VAR [nil] lpbOwnerDefaulted: BOOL): BOOL;
(*END GetSecurityDescriptorOwner;*)
PROCEDURE SetSecurityDescriptorGroup* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; pGroup: PSID; bGroupDefaulted: BOOL): BOOL;
(*END SetSecurityDescriptorGroup;*)
PROCEDURE GetSecurityDescriptorGroup* ["ADVAPI32.dll", ""] (pSecurityDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] pGroup: PSID; VAR [nil] lpbGroupDefaulted: BOOL): BOOL;
(*END GetSecurityDescriptorGroup;*)
PROCEDURE CreatePrivateObjectSecurity* ["ADVAPI32.dll", ""] (ParentDescriptor: PSECURITY_DESCRIPTOR; CreatorDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] NewDescriptor: PSECURITY_DESCRIPTOR; IsDirectoryObject: BOOL; Token: HANDLE; VAR [nil] GenericMapping: GENERIC_MAPPING): BOOL;
(*END CreatePrivateObjectSecurity;*)
PROCEDURE SetPrivateObjectSecurity* ["ADVAPI32.dll", ""] (SecurityInformation: SECURITY_INFORMATION; ModificationDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] ObjectsSecurityDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] GenericMapping: GENERIC_MAPPING; Token: HANDLE): BOOL;
(*END SetPrivateObjectSecurity;*)
PROCEDURE GetPrivateObjectSecurity* ["ADVAPI32.dll", ""] (ObjectDescriptor: PSECURITY_DESCRIPTOR; SecurityInformation: SECURITY_INFORMATION; ResultantDescriptor: PSECURITY_DESCRIPTOR; DescriptorLength: INTEGER; VAR [nil] ReturnLength: INTEGER): BOOL;
(*END GetPrivateObjectSecurity;*)
PROCEDURE DestroyPrivateObjectSecurity* ["ADVAPI32.dll", ""] (VAR [nil] ObjectDescriptor: PSECURITY_DESCRIPTOR): BOOL;
(*END DestroyPrivateObjectSecurity;*)
PROCEDURE MakeSelfRelativeSD* ["ADVAPI32.dll", ""] (pAbsoluteSecurityDescriptor: PSECURITY_DESCRIPTOR; pSelfRelativeSecurityDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] lpdwBufferLength: INTEGER): BOOL;
(*END MakeSelfRelativeSD;*)
PROCEDURE MakeAbsoluteSD* ["ADVAPI32.dll", ""] (pSelfRelativeSecurityDescriptor: PSECURITY_DESCRIPTOR; pAbsoluteSecurityDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] lpdwAbsoluteSecurityDescriptorSize: INTEGER; VAR [nil] pDacl: ACL; VAR [nil] lpdwDaclSize: INTEGER; VAR [nil] pSacl: ACL; VAR [nil] lpdwSaclSize: INTEGER; pOwner: PSID; VAR [nil] lpdwOwnerSize: INTEGER; pPrimaryGroup: PSID; VAR [nil] lpdwPrimaryGroupSize: INTEGER): BOOL;
(*END MakeAbsoluteSD;*)
PROCEDURE SetFileSecurityA* ["ADVAPI32.dll", ""] (lpFileName: PtrSTR; SecurityInformation: SECURITY_INFORMATION; pSecurityDescriptor: PSECURITY_DESCRIPTOR): BOOL;
(*END SetFileSecurityA;*)
PROCEDURE SetFileSecurityW* ["ADVAPI32.dll", ""] (lpFileName: PtrWSTR; SecurityInformation: SECURITY_INFORMATION; pSecurityDescriptor: PSECURITY_DESCRIPTOR): BOOL;
(*END SetFileSecurityW;*)
PROCEDURE SetFileSecurity* ["ADVAPI32.dll", "SetFileSecurityA"] (lpFileName: PtrSTR; SecurityInformation: SECURITY_INFORMATION; pSecurityDescriptor: PSECURITY_DESCRIPTOR): BOOL;
(*END SetFileSecurity;*)
PROCEDURE GetFileSecurityA* ["ADVAPI32.dll", ""] (lpFileName: PtrSTR; RequestedInformation: SECURITY_INFORMATION; pSecurityDescriptor: PSECURITY_DESCRIPTOR; nLength: INTEGER; VAR [nil] lpnLengthNeeded: INTEGER): BOOL;
(*END GetFileSecurityA;*)
PROCEDURE GetFileSecurityW* ["ADVAPI32.dll", ""] (lpFileName: PtrWSTR; RequestedInformation: SECURITY_INFORMATION; pSecurityDescriptor: PSECURITY_DESCRIPTOR; nLength: INTEGER; VAR [nil] lpnLengthNeeded: INTEGER): BOOL;
(*END GetFileSecurityW;*)
PROCEDURE GetFileSecurity* ["ADVAPI32.dll", "GetFileSecurityA"] (lpFileName: PtrSTR; RequestedInformation: SECURITY_INFORMATION; pSecurityDescriptor: PSECURITY_DESCRIPTOR; nLength: INTEGER; VAR [nil] lpnLengthNeeded: INTEGER): BOOL;
(*END GetFileSecurity;*)
PROCEDURE SetKernelObjectSecurity* ["ADVAPI32.dll", ""] (Handle: HANDLE; SecurityInformation: SECURITY_INFORMATION; SecurityDescriptor: PSECURITY_DESCRIPTOR): BOOL;
(*END SetKernelObjectSecurity;*)
PROCEDURE FindFirstChangeNotificationA* (lpPathName: PtrSTR; bWatchSubtree: BOOL; dwNotifyFilter: SET): HANDLE;
(*END FindFirstChangeNotificationA;*)
PROCEDURE FindFirstChangeNotificationW* (lpPathName: PtrWSTR; bWatchSubtree: BOOL; dwNotifyFilter: SET): HANDLE;
(*END FindFirstChangeNotificationW;*)
PROCEDURE FindFirstChangeNotification* ["FindFirstChangeNotificationA"] (lpPathName: PtrSTR; bWatchSubtree: BOOL; dwNotifyFilter: SET): HANDLE;
(*END FindFirstChangeNotification;*)
PROCEDURE FindNextChangeNotification* (hChangeHandle: HANDLE): BOOL;
(*END FindNextChangeNotification;*)
PROCEDURE FindCloseChangeNotification* (hChangeHandle: HANDLE): BOOL;
(*END FindCloseChangeNotification;*)
PROCEDURE ReadDirectoryChangesW* (hDirectory: HANDLE; lpBuffer: PtrVoid; nBufferLength: INTEGER; bWatchSubtree: BOOL; dwNotifyFilter: SET; VAR [nil] lpBytesReturned: INTEGER; VAR [nil] lpOverlapped: OVERLAPPED; lpCompletionRoutine: OVERLAPPED_COMPLETION_ROUTINE): BOOL;
(*END ReadDirectoryChangesW;*)
PROCEDURE VirtualLock* (lpAddress: PtrVoid; dwSize: INTEGER): BOOL;
(*END VirtualLock;*)
PROCEDURE VirtualUnlock* (lpAddress: PtrVoid; dwSize: INTEGER): BOOL;
(*END VirtualUnlock;*)
PROCEDURE MapViewOfFileEx* (hFileMappingObject: HANDLE; dwDesiredAccess: SET; dwFileOffsetHigh: INTEGER; dwFileOffsetLow: INTEGER; dwNumberOfBytesToMap: INTEGER; lpBaseAddress: PtrVoid): PtrVoid;
(*END MapViewOfFileEx;*)
PROCEDURE SetPriorityClass* (hProcess: HANDLE; dwPriorityClass: INTEGER): BOOL;
(*END SetPriorityClass;*)
PROCEDURE GetPriorityClass* (hProcess: HANDLE): INTEGER;
(*END GetPriorityClass;*)
PROCEDURE IsBadReadPtr* (lp: PtrVoid; ucb: INTEGER): BOOL;
(*END IsBadReadPtr;*)
PROCEDURE IsBadWritePtr* (lp: PtrVoid; ucb: INTEGER): BOOL;
(*END IsBadWritePtr;*)
PROCEDURE IsBadHugeReadPtr* (lp: PtrVoid; ucb: INTEGER): BOOL;
(*END IsBadHugeReadPtr;*)
PROCEDURE IsBadHugeWritePtr* (lp: PtrVoid; ucb: INTEGER): BOOL;
(*END IsBadHugeWritePtr;*)
PROCEDURE IsBadCodePtr* (lpfn: FARPROC): BOOL;
(*END IsBadCodePtr;*)
PROCEDURE IsBadStringPtrA* (lpsz: PtrSTR; ucchMax: INTEGER): BOOL;
(*END IsBadStringPtrA;*)
PROCEDURE IsBadStringPtrW* (lpsz: PtrWSTR; ucchMax: INTEGER): BOOL;
(*END IsBadStringPtrW;*)
PROCEDURE IsBadStringPtr* ["IsBadStringPtrA"] (lpsz: PtrSTR; ucchMax: INTEGER): BOOL;
(*END IsBadStringPtr;*)
PROCEDURE LookupAccountSidA* ["ADVAPI32.dll", ""] (lpSystemName: PtrSTR; Sid: PSID; Name: PtrSTR; VAR [nil] cbName: INTEGER; ReferencedDomainName: PtrSTR; VAR [nil] cbReferencedDomainName: INTEGER; VAR [nil] peUse: SID_NAME_USE): BOOL;
(*END LookupAccountSidA;*)
PROCEDURE LookupAccountSidW* ["ADVAPI32.dll", ""] (lpSystemName: PtrWSTR; Sid: PSID; Name: PtrWSTR; VAR [nil] cbName: INTEGER; ReferencedDomainName: PtrWSTR; VAR [nil] cbReferencedDomainName: INTEGER; VAR [nil] peUse: SID_NAME_USE): BOOL;
(*END LookupAccountSidW;*)
PROCEDURE LookupAccountSid* ["ADVAPI32.dll", "LookupAccountSidA"] (lpSystemName: PtrSTR; Sid: PSID; Name: PtrSTR; VAR [nil] cbName: INTEGER; ReferencedDomainName: PtrSTR; VAR [nil] cbReferencedDomainName: INTEGER; VAR [nil] peUse: SID_NAME_USE): BOOL;
(*END LookupAccountSid;*)
PROCEDURE LookupAccountNameA* ["ADVAPI32.dll", ""] (lpSystemName: PtrSTR; lpAccountName: PtrSTR; Sid: PSID; VAR [nil] cbSid: INTEGER; ReferencedDomainName: PtrSTR; VAR [nil] cbReferencedDomainName: INTEGER; VAR [nil] peUse: SID_NAME_USE): BOOL;
(*END LookupAccountNameA;*)
PROCEDURE LookupAccountNameW* ["ADVAPI32.dll", ""] (lpSystemName: PtrWSTR; lpAccountName: PtrWSTR; Sid: PSID; VAR [nil] cbSid: INTEGER; ReferencedDomainName: PtrWSTR; VAR [nil] cbReferencedDomainName: INTEGER; VAR [nil] peUse: SID_NAME_USE): BOOL;
(*END LookupAccountNameW;*)
PROCEDURE LookupAccountName* ["ADVAPI32.dll", "LookupAccountNameA"] (lpSystemName: PtrSTR; lpAccountName: PtrSTR; Sid: PSID; VAR [nil] cbSid: INTEGER; ReferencedDomainName: PtrSTR; VAR [nil] cbReferencedDomainName: INTEGER; VAR [nil] peUse: SID_NAME_USE): BOOL;
(*END LookupAccountName;*)
PROCEDURE LookupPrivilegeValueA* ["ADVAPI32.dll", ""] (lpSystemName: PtrSTR; lpName: PtrSTR; VAR [nil] lpLuid: LONGINT): BOOL;
(*END LookupPrivilegeValueA;*)
PROCEDURE LookupPrivilegeValueW* ["ADVAPI32.dll", ""] (lpSystemName: PtrWSTR; lpName: PtrWSTR; VAR [nil] lpLuid: LONGINT): BOOL;
(*END LookupPrivilegeValueW;*)
PROCEDURE LookupPrivilegeValue* ["ADVAPI32.dll", "LookupPrivilegeValueA"] (lpSystemName: PtrSTR; lpName: PtrSTR; VAR [nil] lpLuid: LONGINT): BOOL;
(*END LookupPrivilegeValue;*)
PROCEDURE LookupPrivilegeNameA* ["ADVAPI32.dll", ""] (lpSystemName: PtrSTR; VAR [nil] lpLuid: LONGINT; lpName: PtrSTR; VAR [nil] cbName: INTEGER): BOOL;
(*END LookupPrivilegeNameA;*)
PROCEDURE LookupPrivilegeNameW* ["ADVAPI32.dll", ""] (lpSystemName: PtrWSTR; VAR [nil] lpLuid: LONGINT; lpName: PtrWSTR; VAR [nil] cbName: INTEGER): BOOL;
(*END LookupPrivilegeNameW;*)
PROCEDURE LookupPrivilegeName* ["ADVAPI32.dll", "LookupPrivilegeNameA"] (lpSystemName: PtrSTR; VAR [nil] lpLuid: LONGINT; lpName: PtrSTR; VAR [nil] cbName: INTEGER): BOOL;
(*END LookupPrivilegeName;*)
PROCEDURE LookupPrivilegeDisplayNameA* ["ADVAPI32.dll", ""] (lpSystemName: PtrSTR; lpName: PtrSTR; lpDisplayName: PtrSTR; VAR [nil] cbDisplayName: INTEGER; VAR [nil] lpLanguageId: INTEGER): BOOL;
(*END LookupPrivilegeDisplayNameA;*)
PROCEDURE LookupPrivilegeDisplayNameW* ["ADVAPI32.dll", ""] (lpSystemName: PtrWSTR; lpName: PtrWSTR; lpDisplayName: PtrWSTR; VAR [nil] cbDisplayName: INTEGER; VAR [nil] lpLanguageId: INTEGER): BOOL;
(*END LookupPrivilegeDisplayNameW;*)
PROCEDURE LookupPrivilegeDisplayName* ["ADVAPI32.dll", "LookupPrivilegeDisplayNameA"] (lpSystemName: PtrSTR; lpName: PtrSTR; lpDisplayName: PtrSTR; VAR [nil] cbDisplayName: INTEGER; VAR [nil] lpLanguageId: INTEGER): BOOL;
(*END LookupPrivilegeDisplayName;*)
PROCEDURE AllocateLocallyUniqueId* ["ADVAPI32.dll", ""] (VAR [nil] Luid: LONGINT): BOOL;
(*END AllocateLocallyUniqueId;*)
PROCEDURE BuildCommDCBA* (lpDef: PtrSTR; VAR [nil] lpDCB: DCB): BOOL;
(*END BuildCommDCBA;*)
PROCEDURE BuildCommDCBW* (lpDef: PtrWSTR; VAR [nil] lpDCB: DCB): BOOL;
(*END BuildCommDCBW;*)
PROCEDURE BuildCommDCB* ["BuildCommDCBA"] (lpDef: PtrSTR; VAR [nil] lpDCB: DCB): BOOL;
(*END BuildCommDCB;*)
PROCEDURE BuildCommDCBAndTimeoutsA* (lpDef: PtrSTR; VAR [nil] lpDCB: DCB; VAR [nil] lpCommTimeouts: COMMTIMEOUTS): BOOL;
(*END BuildCommDCBAndTimeoutsA;*)
PROCEDURE BuildCommDCBAndTimeoutsW* (lpDef: PtrWSTR; VAR [nil] lpDCB: DCB; VAR [nil] lpCommTimeouts: COMMTIMEOUTS): BOOL;
(*END BuildCommDCBAndTimeoutsW;*)
PROCEDURE BuildCommDCBAndTimeouts* ["BuildCommDCBAndTimeoutsA"] (lpDef: PtrSTR; VAR [nil] lpDCB: DCB; VAR [nil] lpCommTimeouts: COMMTIMEOUTS): BOOL;
(*END BuildCommDCBAndTimeouts;*)
PROCEDURE CommConfigDialogA* (lpszName: PtrSTR; hWnd: HWND; VAR [nil] lpCC: COMMCONFIG): BOOL;
(*END CommConfigDialogA;*)
PROCEDURE CommConfigDialogW* (lpszName: PtrWSTR; hWnd: HWND; VAR [nil] lpCC: COMMCONFIG): BOOL;
(*END CommConfigDialogW;*)
PROCEDURE CommConfigDialog* ["CommConfigDialogA"] (lpszName: PtrSTR; hWnd: HWND; VAR [nil] lpCC: COMMCONFIG): BOOL;
(*END CommConfigDialog;*)
PROCEDURE GetDefaultCommConfigA* (lpszName: PtrSTR; VAR [nil] lpCC: COMMCONFIG; VAR [nil] lpdwSize: INTEGER): BOOL;
(*END GetDefaultCommConfigA;*)
PROCEDURE GetDefaultCommConfigW* (lpszName: PtrWSTR; VAR [nil] lpCC: COMMCONFIG; VAR [nil] lpdwSize: INTEGER): BOOL;
(*END GetDefaultCommConfigW;*)
PROCEDURE GetDefaultCommConfig* ["GetDefaultCommConfigA"] (lpszName: PtrSTR; VAR [nil] lpCC: COMMCONFIG; VAR [nil] lpdwSize: INTEGER): BOOL;
(*END GetDefaultCommConfig;*)
PROCEDURE SetDefaultCommConfigA* (lpszName: PtrSTR; VAR [nil] lpCC: COMMCONFIG; dwSize: INTEGER): BOOL;
(*END SetDefaultCommConfigA;*)
PROCEDURE SetDefaultCommConfigW* (lpszName: PtrWSTR; VAR [nil] lpCC: COMMCONFIG; dwSize: INTEGER): BOOL;
(*END SetDefaultCommConfigW;*)
PROCEDURE SetDefaultCommConfig* ["SetDefaultCommConfigA"] (lpszName: PtrSTR; VAR [nil] lpCC: COMMCONFIG; dwSize: INTEGER): BOOL;
(*END SetDefaultCommConfig;*)
PROCEDURE GetComputerNameA* (lpBuffer: PtrSTR; VAR [nil] nSize: INTEGER): BOOL;
(*END GetComputerNameA;*)
PROCEDURE GetComputerNameW* (lpBuffer: PtrWSTR; VAR [nil] nSize: INTEGER): BOOL;
(*END GetComputerNameW;*)
PROCEDURE GetComputerName* ["GetComputerNameA"] (lpBuffer: PtrSTR; VAR [nil] nSize: INTEGER): BOOL;
(*END GetComputerName;*)
PROCEDURE SetComputerNameA* (lpComputerName: PtrSTR): BOOL;
(*END SetComputerNameA;*)
PROCEDURE SetComputerNameW* (lpComputerName: PtrWSTR): BOOL;
(*END SetComputerNameW;*)
PROCEDURE SetComputerName* ["SetComputerNameA"] (lpComputerName: PtrSTR): BOOL;
(*END SetComputerName;*)
PROCEDURE GetUserNameA* ["ADVAPI32.dll", ""] (lpBuffer: PtrSTR; VAR [nil] nSize: INTEGER): BOOL;
(*END GetUserNameA;*)
PROCEDURE GetUserNameW* ["ADVAPI32.dll", ""] (lpBuffer: PtrWSTR; VAR [nil] nSize: INTEGER): BOOL;
(*END GetUserNameW;*)
PROCEDURE GetUserName* ["ADVAPI32.dll", "GetUserNameA"] (lpBuffer: PtrSTR; VAR [nil] nSize: INTEGER): BOOL;
(*END GetUserName;*)
PROCEDURE LogonUserA* ["ADVAPI32.dll", ""] (lpszUsername: PtrSTR; lpszDomain: PtrSTR; lpszPassword: PtrSTR; dwLogonType: INTEGER; dwLogonProvider: INTEGER; VAR [nil] phToken: HANDLE): BOOL;
(*END LogonUserA;*)
PROCEDURE LogonUserW* ["ADVAPI32.dll", ""] (lpszUsername: PtrWSTR; lpszDomain: PtrWSTR; lpszPassword: PtrWSTR; dwLogonType: INTEGER; dwLogonProvider: INTEGER; VAR [nil] phToken: HANDLE): BOOL;
(*END LogonUserW;*)
PROCEDURE LogonUser* ["ADVAPI32.dll", "LogonUserA"] (lpszUsername: PtrSTR; lpszDomain: PtrSTR; lpszPassword: PtrSTR; dwLogonType: INTEGER; dwLogonProvider: INTEGER; VAR [nil] phToken: HANDLE): BOOL;
(*END LogonUser;*)
PROCEDURE ImpersonateLoggedOnUser* ["ADVAPI32.dll", ""] (hToken: HANDLE): BOOL;
(*END ImpersonateLoggedOnUser;*)
PROCEDURE CreateProcessAsUserA* ["ADVAPI32.dll", ""] (hToken: HANDLE; lpApplicationName: PtrSTR; lpCommandLine: PtrSTR; VAR [nil] lpProcessAttributes: SECURITY_ATTRIBUTES; VAR [nil] lpThreadAttributes: SECURITY_ATTRIBUTES; bInheritHandles: BOOL; dwCreationFlags: SET; lpEnvironment: PtrVoid; lpCurrentDirectory: PtrSTR; VAR [nil] lpStartupInfo: STARTUPINFOA; VAR [nil] lpProcessInformation: PROCESS_INFORMATION): BOOL;
(*END CreateProcessAsUserA;*)
PROCEDURE CreateProcessAsUserW* ["ADVAPI32.dll", ""] (hToken: HANDLE; lpApplicationName: PtrWSTR; lpCommandLine: PtrWSTR; VAR [nil] lpProcessAttributes: SECURITY_ATTRIBUTES; VAR [nil] lpThreadAttributes: SECURITY_ATTRIBUTES; bInheritHandles: BOOL; dwCreationFlags: SET; lpEnvironment: PtrVoid; lpCurrentDirectory: PtrWSTR; VAR [nil] lpStartupInfo: STARTUPINFOW; VAR [nil] lpProcessInformation: PROCESS_INFORMATION): BOOL;
(*END CreateProcessAsUserW;*)
PROCEDURE CreateProcessAsUser* ["ADVAPI32.dll", "CreateProcessAsUserA"] (hToken: HANDLE; lpApplicationName: PtrSTR; lpCommandLine: PtrSTR; VAR [nil] lpProcessAttributes: SECURITY_ATTRIBUTES; VAR [nil] lpThreadAttributes: SECURITY_ATTRIBUTES; bInheritHandles: BOOL; dwCreationFlags: SET; lpEnvironment: PtrVoid; lpCurrentDirectory: PtrSTR; VAR [nil] lpStartupInfo: STARTUPINFOA; VAR [nil] lpProcessInformation: PROCESS_INFORMATION): BOOL;
(*END CreateProcessAsUser;*)
PROCEDURE GetCurrentHwProfileA* ["ADVAPI32.dll", ""] (VAR [nil] lpHwProfileInfo: HW_PROFILE_INFOA): BOOL;
(*END GetCurrentHwProfileA;*)
PROCEDURE GetCurrentHwProfileW* ["ADVAPI32.dll", ""] (VAR [nil] lpHwProfileInfo: HW_PROFILE_INFOW): BOOL;
(*END GetCurrentHwProfileW;*)
PROCEDURE GetCurrentHwProfile* ["ADVAPI32.dll", "GetCurrentHwProfileA"] (VAR [nil] lpHwProfileInfo: HW_PROFILE_INFOA): BOOL;
(*END GetCurrentHwProfile;*)
PROCEDURE QueryPerformanceCounter* (VAR [nil] lpPerformanceCount: LONGINT): BOOL;
(*END QueryPerformanceCounter;*)
PROCEDURE QueryPerformanceFrequency* (VAR [nil] lpFrequency: LONGINT): BOOL;
(*END QueryPerformanceFrequency;*)
PROCEDURE GetVersionExA* (VAR [nil] lpVersionInformation: OSVERSIONINFOA): BOOL;
(*END GetVersionExA;*)
PROCEDURE GetVersionExW* (VAR [nil] lpVersionInformation: OSVERSIONINFOW): BOOL;
(*END GetVersionExW;*)
PROCEDURE GetVersionEx* ["GetVersionExA"] (VAR [nil] lpVersionInformation: OSVERSIONINFOA): BOOL;
(*END GetVersionEx;*)
PROCEDURE GetSystemPowerStatus* (VAR [nil] lpSystemPowerStatus: SYSTEM_POWER_STATUS): BOOL;
(*END GetSystemPowerStatus;*)
PROCEDURE SetSystemPowerState* (fSuspend: BOOL; fForce: BOOL): BOOL;
(*END SetSystemPowerState;*)
PROCEDURE AddFontResourceA* ["GDI32.dll", ""] (p0: PtrSTR): INTEGER;
(*END AddFontResourceA;*)
PROCEDURE AddFontResourceW* ["GDI32.dll", ""] (p0: PtrWSTR): INTEGER;
(*END AddFontResourceW;*)
PROCEDURE AddFontResource* ["GDI32.dll", "AddFontResourceA"] (p0: PtrSTR): INTEGER;
(*END AddFontResource;*)
PROCEDURE AnimatePalette* ["GDI32.dll", ""] (p0: HPALETTE; p1: INTEGER; p2: INTEGER; VAR [nil] p3: PALETTEENTRY): BOOL;
(*END AnimatePalette;*)
PROCEDURE Arc* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER): BOOL;
(*END Arc;*)
PROCEDURE BitBlt* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: HDC; p6: INTEGER; p7: INTEGER; p8: INTEGER): BOOL;
(*END BitBlt;*)
PROCEDURE CancelDC* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END CancelDC;*)
PROCEDURE Chord* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER): BOOL;
(*END Chord;*)
PROCEDURE ChoosePixelFormat* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: PIXELFORMATDESCRIPTOR): INTEGER;
(*END ChoosePixelFormat;*)
PROCEDURE CloseMetaFile* ["GDI32.dll", ""] (p0: HDC): HMETAFILE;
(*END CloseMetaFile;*)
PROCEDURE CombineRgn* ["GDI32.dll", ""] (p0: HRGN; p1: HRGN; p2: HRGN; p3: INTEGER): INTEGER;
(*END CombineRgn;*)
PROCEDURE CopyMetaFileA* ["GDI32.dll", ""] (p0: HMETAFILE; p1: PtrSTR): HMETAFILE;
(*END CopyMetaFileA;*)
PROCEDURE CopyMetaFileW* ["GDI32.dll", ""] (p0: HMETAFILE; p1: PtrWSTR): HMETAFILE;
(*END CopyMetaFileW;*)
PROCEDURE CopyMetaFile* ["GDI32.dll", "CopyMetaFileA"] (p0: HMETAFILE; p1: PtrSTR): HMETAFILE;
(*END CopyMetaFile;*)
PROCEDURE CreateBitmap* ["GDI32.dll", ""] (p0: INTEGER; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: PtrVoid): HBITMAP;
(*END CreateBitmap;*)
PROCEDURE CreateBitmapIndirect* ["GDI32.dll", ""] (VAR [nil] p0: BITMAP): HBITMAP;
(*END CreateBitmapIndirect;*)
PROCEDURE CreateBrushIndirect* ["GDI32.dll", ""] (VAR [nil] p0: LOGBRUSH): HBRUSH;
(*END CreateBrushIndirect;*)
PROCEDURE CreateCompatibleBitmap* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER): HBITMAP;
(*END CreateCompatibleBitmap;*)
PROCEDURE CreateDiscardableBitmap* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER): HBITMAP;
(*END CreateDiscardableBitmap;*)
PROCEDURE CreateCompatibleDC* ["GDI32.dll", ""] (p0: HDC): HDC;
(*END CreateCompatibleDC;*)
PROCEDURE CreateDCA* ["GDI32.dll", ""] (p0: PtrSTR; p1: PtrSTR; p2: PtrSTR; VAR [nil] p3: DEVMODEA): HDC;
(*END CreateDCA;*)
PROCEDURE CreateDCW* ["GDI32.dll", ""] (p0: PtrWSTR; p1: PtrWSTR; p2: PtrWSTR; VAR [nil] p3: DEVMODEW): HDC;
(*END CreateDCW;*)
PROCEDURE CreateDC* ["GDI32.dll", "CreateDCA"] (p0: PtrSTR; p1: PtrSTR; p2: PtrSTR; VAR [nil] p3: DEVMODEA): HDC;
(*END CreateDC;*)
PROCEDURE CreateDIBitmap* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: BITMAPINFOHEADER; p2: INTEGER; p3: PtrVoid; VAR [nil] p4: BITMAPINFO; p5: INTEGER): HBITMAP;
(*END CreateDIBitmap;*)
PROCEDURE CreateDIBPatternBrush* ["GDI32.dll", ""] (p0: HGLOBAL; p1: INTEGER): HBRUSH;
(*END CreateDIBPatternBrush;*)
PROCEDURE CreateDIBPatternBrushPt* ["GDI32.dll", ""] (p0: PtrVoid; p1: INTEGER): HBRUSH;
(*END CreateDIBPatternBrushPt;*)
PROCEDURE CreateEllipticRgn* ["GDI32.dll", ""] (p0: INTEGER; p1: INTEGER; p2: INTEGER; p3: INTEGER): HRGN;
(*END CreateEllipticRgn;*)
PROCEDURE CreateEllipticRgnIndirect* ["GDI32.dll", ""] (VAR [nil] p0: RECT): HRGN;
(*END CreateEllipticRgnIndirect;*)
PROCEDURE CreateFontIndirectA* ["GDI32.dll", ""] (VAR [nil] p0: LOGFONTA): HFONT;
(*END CreateFontIndirectA;*)
PROCEDURE CreateFontIndirectW* ["GDI32.dll", ""] (VAR [nil] p0: LOGFONTW): HFONT;
(*END CreateFontIndirectW;*)
PROCEDURE CreateFontIndirect* ["GDI32.dll", "CreateFontIndirectA"] (VAR [nil] p0: LOGFONTA): HFONT;
(*END CreateFontIndirect;*)
PROCEDURE CreateFontA* ["GDI32.dll", ""] (p0: INTEGER; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER; p9: INTEGER; p10: INTEGER; p11: INTEGER; p12: INTEGER; p13: PtrSTR): HFONT;
(*END CreateFontA;*)
PROCEDURE CreateFontW* ["GDI32.dll", ""] (p0: INTEGER; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER; p9: INTEGER; p10: INTEGER; p11: INTEGER; p12: INTEGER; p13: PtrWSTR): HFONT;
(*END CreateFontW;*)
PROCEDURE CreateFont* ["GDI32.dll", "CreateFontA"] (p0: INTEGER; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER; p9: INTEGER; p10: INTEGER; p11: INTEGER; p12: INTEGER; p13: PtrSTR): HFONT;
(*END CreateFont;*)
PROCEDURE CreateHatchBrush* ["GDI32.dll", ""] (p0: INTEGER; p1: COLORREF): HBRUSH;
(*END CreateHatchBrush;*)
PROCEDURE CreateICA* ["GDI32.dll", ""] (p0: PtrSTR; p1: PtrSTR; p2: PtrSTR; VAR [nil] p3: DEVMODEA): HDC;
(*END CreateICA;*)
PROCEDURE CreateICW* ["GDI32.dll", ""] (p0: PtrWSTR; p1: PtrWSTR; p2: PtrWSTR; VAR [nil] p3: DEVMODEW): HDC;
(*END CreateICW;*)
PROCEDURE CreateIC* ["GDI32.dll", "CreateICA"] (p0: PtrSTR; p1: PtrSTR; p2: PtrSTR; VAR [nil] p3: DEVMODEA): HDC;
(*END CreateIC;*)
PROCEDURE CreateMetaFileA* ["GDI32.dll", ""] (p0: PtrSTR): HDC;
(*END CreateMetaFileA;*)
PROCEDURE CreateMetaFileW* ["GDI32.dll", ""] (p0: PtrWSTR): HDC;
(*END CreateMetaFileW;*)
PROCEDURE CreateMetaFile* ["GDI32.dll", "CreateMetaFileA"] (p0: PtrSTR): HDC;
(*END CreateMetaFile;*)
PROCEDURE CreatePalette* ["GDI32.dll", ""] (VAR [nil] p0: LOGPALETTE): HPALETTE;
(*END CreatePalette;*)
PROCEDURE CreatePen* ["GDI32.dll", ""] (p0: INTEGER; p1: INTEGER; p2: COLORREF): HPEN;
(*END CreatePen;*)
PROCEDURE CreatePenIndirect* ["GDI32.dll", ""] (VAR [nil] p0: LOGPEN): HPEN;
(*END CreatePenIndirect;*)
PROCEDURE CreatePolyPolygonRgn* ["GDI32.dll", ""] (VAR [nil] p0: POINT; VAR [nil] p1: INTEGER; p2: INTEGER; p3: INTEGER): HRGN;
(*END CreatePolyPolygonRgn;*)
PROCEDURE CreatePatternBrush* ["GDI32.dll", ""] (p0: HBITMAP): HBRUSH;
(*END CreatePatternBrush;*)
PROCEDURE CreateRectRgn* ["GDI32.dll", ""] (p0: INTEGER; p1: INTEGER; p2: INTEGER; p3: INTEGER): HRGN;
(*END CreateRectRgn;*)
PROCEDURE CreateRectRgnIndirect* ["GDI32.dll", ""] (VAR [nil] p0: RECT): HRGN;
(*END CreateRectRgnIndirect;*)
PROCEDURE CreateRoundRectRgn* ["GDI32.dll", ""] (p0: INTEGER; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER): HRGN;
(*END CreateRoundRectRgn;*)
PROCEDURE CreateScalableFontResourceA* ["GDI32.dll", ""] (p0: INTEGER; p1: PtrSTR; p2: PtrSTR; p3: PtrSTR): BOOL;
(*END CreateScalableFontResourceA;*)
PROCEDURE CreateScalableFontResourceW* ["GDI32.dll", ""] (p0: INTEGER; p1: PtrWSTR; p2: PtrWSTR; p3: PtrWSTR): BOOL;
(*END CreateScalableFontResourceW;*)
PROCEDURE CreateScalableFontResource* ["GDI32.dll", "CreateScalableFontResourceA"] (p0: INTEGER; p1: PtrSTR; p2: PtrSTR; p3: PtrSTR): BOOL;
(*END CreateScalableFontResource;*)
PROCEDURE CreateSolidBrush* ["GDI32.dll", ""] (p0: COLORREF): HBRUSH;
(*END CreateSolidBrush;*)
PROCEDURE DeleteDC* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END DeleteDC;*)
PROCEDURE DeleteMetaFile* ["GDI32.dll", ""] (p0: HMETAFILE): BOOL;
(*END DeleteMetaFile;*)
PROCEDURE DeleteObject* ["GDI32.dll", ""] (p0: HGDIOBJ): BOOL;
(*END DeleteObject;*)
PROCEDURE DescribePixelFormat* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: PIXELFORMATDESCRIPTOR): INTEGER;
(*END DescribePixelFormat;*)
PROCEDURE DeviceCapabilitiesA* ["WINSPOOL.drv", ""] (p0: PtrSTR; p1: PtrSTR; p2: SHORTINT; p3: PtrSTR; VAR [nil] p4: DEVMODEA): INTEGER;
(*END DeviceCapabilitiesA;*)
PROCEDURE DeviceCapabilitiesW* ["WINSPOOL.drv", ""] (p0: PtrWSTR; p1: PtrWSTR; p2: SHORTINT; p3: PtrWSTR; VAR [nil] p4: DEVMODEW): INTEGER;
(*END DeviceCapabilitiesW;*)
PROCEDURE DeviceCapabilities* ["WINSPOOL.drv", "DeviceCapabilitiesA"] (p0: PtrSTR; p1: PtrSTR; p2: SHORTINT; p3: PtrSTR; VAR [nil] p4: DEVMODEA): INTEGER;
(*END DeviceCapabilities;*)
PROCEDURE DrawEscape* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: PtrSTR): INTEGER;
(*END DrawEscape;*)
PROCEDURE Ellipse* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER): BOOL;
(*END Ellipse;*)
PROCEDURE EnumFontFamiliesExA* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: LOGFONTA; p2: FONTENUMPROCEXA; p3: LPARAM; p4: INTEGER): INTEGER;
(*END EnumFontFamiliesExA;*)
PROCEDURE EnumFontFamiliesExW* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: LOGFONTW; p2: FONTENUMPROCEXW; p3: LPARAM; p4: INTEGER): INTEGER;
(*END EnumFontFamiliesExW;*)
PROCEDURE EnumFontFamiliesEx* ["GDI32.dll", "EnumFontFamiliesExA"] (p0: HDC; VAR [nil] p1: LOGFONTA; p2: FONTENUMPROCEXA; p3: LPARAM; p4: INTEGER): INTEGER;
(*END EnumFontFamiliesEx;*)
PROCEDURE EnumFontFamiliesA* ["GDI32.dll", ""] (p0: HDC; p1: PtrSTR; p2: NEWFONTENUMPROCA; p3: LPARAM): INTEGER;
(*END EnumFontFamiliesA;*)
PROCEDURE EnumFontFamiliesW* ["GDI32.dll", ""] (p0: HDC; p1: PtrWSTR; p2: NEWFONTENUMPROCW; p3: LPARAM): INTEGER;
(*END EnumFontFamiliesW;*)
PROCEDURE EnumFontFamilies* ["GDI32.dll", "EnumFontFamiliesA"] (p0: HDC; p1: PtrSTR; p2: NEWFONTENUMPROCA; p3: LPARAM): INTEGER;
(*END EnumFontFamilies;*)
PROCEDURE EnumFontsA* ["GDI32.dll", ""] (p0: HDC; p1: PtrSTR; p2: FONTENUMPROCA; p3: LPARAM): INTEGER;
(*END EnumFontsA;*)
PROCEDURE EnumFontsW* ["GDI32.dll", ""] (p0: HDC; p1: PtrWSTR; p2: FONTENUMPROCW; p3: LPARAM): INTEGER;
(*END EnumFontsW;*)
PROCEDURE EnumFonts* ["GDI32.dll", "EnumFontsA"] (p0: HDC; p1: PtrSTR; p2: FONTENUMPROCA; p3: LPARAM): INTEGER;
(*END EnumFonts;*)
PROCEDURE EnumObjects* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: GOBJENUMPROC; p3: PtrVoid): INTEGER;
(*END EnumObjects;*)
PROCEDURE EqualRgn* ["GDI32.dll", ""] (p0: HRGN; p1: HRGN): BOOL;
(*END EqualRgn;*)
PROCEDURE Escape* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: PtrSTR; p4: PtrVoid): INTEGER;
(*END Escape;*)
PROCEDURE ExtEscape* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: PtrSTR; p4: INTEGER; p5: PtrSTR): INTEGER;
(*END ExtEscape;*)
PROCEDURE ExcludeClipRect* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER): INTEGER;
(*END ExcludeClipRect;*)
PROCEDURE ExtCreateRegion* ["GDI32.dll", ""] (VAR [nil] p0: XFORM; p1: INTEGER; VAR [nil] p2: RGNDATA): HRGN;
(*END ExtCreateRegion;*)
PROCEDURE ExtFloodFill* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: COLORREF; p4: INTEGER): BOOL;
(*END ExtFloodFill;*)
PROCEDURE FillRgn* ["GDI32.dll", ""] (p0: HDC; p1: HRGN; p2: HBRUSH): BOOL;
(*END FillRgn;*)
PROCEDURE FloodFill* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: COLORREF): BOOL;
(*END FloodFill;*)
PROCEDURE FrameRgn* ["GDI32.dll", ""] (p0: HDC; p1: HRGN; p2: HBRUSH; p3: INTEGER; p4: INTEGER): BOOL;
(*END FrameRgn;*)
PROCEDURE GetROP2* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetROP2;*)
PROCEDURE GetAspectRatioFilterEx* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: SIZE): BOOL;
(*END GetAspectRatioFilterEx;*)
PROCEDURE GetBkColor* ["GDI32.dll", ""] (p0: HDC): COLORREF;
(*END GetBkColor;*)
PROCEDURE GetBkMode* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetBkMode;*)
PROCEDURE GetBitmapBits* ["GDI32.dll", ""] (p0: HBITMAP; p1: INTEGER; p2: PtrVoid): INTEGER;
(*END GetBitmapBits;*)
PROCEDURE GetBitmapDimensionEx* ["GDI32.dll", ""] (p0: HBITMAP; VAR [nil] p1: SIZE): BOOL;
(*END GetBitmapDimensionEx;*)
PROCEDURE GetBoundsRect* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: RECT; p2: SET): SET;
(*END GetBoundsRect;*)
PROCEDURE GetBrushOrgEx* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT): BOOL;
(*END GetBrushOrgEx;*)
PROCEDURE GetCharWidthA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY [untagged] OF INTEGER): BOOL;
(*END GetCharWidthA;*)
PROCEDURE GetCharWidthW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY [untagged] OF INTEGER): BOOL;
(*END GetCharWidthW;*)
PROCEDURE GetCharWidth* ["GDI32.dll", "GetCharWidthA"] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY [untagged] OF INTEGER): BOOL;
(*END GetCharWidth;*)
PROCEDURE GetCharWidth32A* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY [untagged] OF INTEGER): BOOL;
(*END GetCharWidth32A;*)
PROCEDURE GetCharWidth32W* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY [untagged] OF INTEGER): BOOL;
(*END GetCharWidth32W;*)
PROCEDURE GetCharWidth32* ["GDI32.dll", "GetCharWidth32A"] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY [untagged] OF INTEGER): BOOL;
(*END GetCharWidth32;*)
PROCEDURE GetCharWidthFloatA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: SHORTREAL): BOOL;
(*END GetCharWidthFloatA;*)
PROCEDURE GetCharWidthFloatW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: SHORTREAL): BOOL;
(*END GetCharWidthFloatW;*)
PROCEDURE GetCharWidthFloat* ["GDI32.dll", "GetCharWidthFloatA"] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: SHORTREAL): BOOL;
(*END GetCharWidthFloat;*)
PROCEDURE GetCharABCWidthsA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY [untagged] OF ABC): BOOL;
(*END GetCharABCWidthsA;*)
PROCEDURE GetCharABCWidthsW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY [untagged] OF ABC): BOOL;
(*END GetCharABCWidthsW;*)
PROCEDURE GetCharABCWidths* ["GDI32.dll", "GetCharABCWidthsA"] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY [untagged] OF ABC): BOOL;
(*END GetCharABCWidths;*)
PROCEDURE GetCharABCWidthsFloatA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ABCFLOAT): BOOL;
(*END GetCharABCWidthsFloatA;*)
PROCEDURE GetCharABCWidthsFloatW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ABCFLOAT): BOOL;
(*END GetCharABCWidthsFloatW;*)
PROCEDURE GetCharABCWidthsFloat* ["GDI32.dll", "GetCharABCWidthsFloatA"] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ABCFLOAT): BOOL;
(*END GetCharABCWidthsFloat;*)
PROCEDURE GetClipBox* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: RECT): INTEGER;
(*END GetClipBox;*)
PROCEDURE GetClipRgn* ["GDI32.dll", ""] (p0: HDC; p1: HRGN): INTEGER;
(*END GetClipRgn;*)
PROCEDURE GetMetaRgn* ["GDI32.dll", ""] (p0: HDC; p1: HRGN): INTEGER;
(*END GetMetaRgn;*)
PROCEDURE GetCurrentObject* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): HGDIOBJ;
(*END GetCurrentObject;*)
PROCEDURE GetCurrentPositionEx* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT): BOOL;
(*END GetCurrentPositionEx;*)
PROCEDURE GetDeviceCaps* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END GetDeviceCaps;*)
PROCEDURE GetDIBits* ["GDI32.dll", ""] (p0: HDC; p1: HBITMAP; p2: INTEGER; p3: INTEGER; p4: PtrVoid; VAR [nil] p5: BITMAPINFO; p6: INTEGER): INTEGER;
(*END GetDIBits;*)
PROCEDURE GetFontData* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: PtrVoid; p4: INTEGER): INTEGER;
(*END GetFontData;*)
PROCEDURE GetGlyphOutlineA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: GLYPHMETRICS; p4: INTEGER; p5: PtrVoid; VAR [nil] p6: MAT2): INTEGER;
(*END GetGlyphOutlineA;*)
PROCEDURE GetGlyphOutlineW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: GLYPHMETRICS; p4: INTEGER; p5: PtrVoid; VAR [nil] p6: MAT2): INTEGER;
(*END GetGlyphOutlineW;*)
PROCEDURE GetGlyphOutline* ["GDI32.dll", "GetGlyphOutlineA"] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: GLYPHMETRICS; p4: INTEGER; p5: PtrVoid; VAR [nil] p6: MAT2): INTEGER;
(*END GetGlyphOutline;*)
PROCEDURE GetGraphicsMode* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetGraphicsMode;*)
PROCEDURE GetMapMode* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetMapMode;*)
PROCEDURE GetMetaFileBitsEx* ["GDI32.dll", ""] (p0: HMETAFILE; p1: INTEGER; VAR [nil] p2: ARRAY [untagged] OF BYTE): INTEGER;
(*END GetMetaFileBitsEx;*)
PROCEDURE GetMetaFileA* ["GDI32.dll", ""] (p0: PtrSTR): HMETAFILE;
(*END GetMetaFileA;*)
PROCEDURE GetMetaFileW* ["GDI32.dll", ""] (p0: PtrWSTR): HMETAFILE;
(*END GetMetaFileW;*)
PROCEDURE GetMetaFile* ["GDI32.dll", "GetMetaFileA"] (p0: PtrSTR): HMETAFILE;
(*END GetMetaFile;*)
PROCEDURE GetNearestColor* ["GDI32.dll", ""] (p0: HDC; p1: COLORREF): COLORREF;
(*END GetNearestColor;*)
PROCEDURE GetNearestPaletteIndex* ["GDI32.dll", ""] (p0: HPALETTE; p1: COLORREF): INTEGER;
(*END GetNearestPaletteIndex;*)
PROCEDURE GetObjectType* ["GDI32.dll", ""] (h: HGDIOBJ): INTEGER;
(*END GetObjectType;*)
PROCEDURE GetOutlineTextMetricsA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; VAR [nil] p2: OUTLINETEXTMETRICA): INTEGER;
(*END GetOutlineTextMetricsA;*)
PROCEDURE GetOutlineTextMetricsW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; VAR [nil] p2: OUTLINETEXTMETRICW): INTEGER;
(*END GetOutlineTextMetricsW;*)
PROCEDURE GetOutlineTextMetrics* ["GDI32.dll", "GetOutlineTextMetricsA"] (p0: HDC; p1: INTEGER; VAR [nil] p2: OUTLINETEXTMETRICA): INTEGER;
(*END GetOutlineTextMetrics;*)
PROCEDURE GetPaletteEntries* ["GDI32.dll", ""] (p0: HPALETTE; p1: INTEGER; p2: INTEGER; VAR [nil] p3: PALETTEENTRY): INTEGER;
(*END GetPaletteEntries;*)
PROCEDURE GetPixel* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER): COLORREF;
(*END GetPixel;*)
PROCEDURE GetPixelFormat* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetPixelFormat;*)
PROCEDURE GetPolyFillMode* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetPolyFillMode;*)
PROCEDURE GetRasterizerCaps* ["GDI32.dll", ""] (VAR [nil] p0: RASTERIZER_STATUS; p1: INTEGER): BOOL;
(*END GetRasterizerCaps;*)
PROCEDURE GetRegionData* ["GDI32.dll", ""] (p0: HRGN; p1: INTEGER; VAR [nil] p2: RGNDATA): INTEGER;
(*END GetRegionData;*)
PROCEDURE GetRgnBox* ["GDI32.dll", ""] (p0: HRGN; VAR [nil] p1: RECT): INTEGER;
(*END GetRgnBox;*)
PROCEDURE GetStockObject* ["GDI32.dll", ""] (p0: INTEGER): HGDIOBJ;
(*END GetStockObject;*)
PROCEDURE GetStretchBltMode* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetStretchBltMode;*)
PROCEDURE GetSystemPaletteEntries* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: PALETTEENTRY): INTEGER;
(*END GetSystemPaletteEntries;*)
PROCEDURE GetSystemPaletteUse* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetSystemPaletteUse;*)
PROCEDURE GetTextCharacterExtra* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetTextCharacterExtra;*)
PROCEDURE GetTextAlign* ["GDI32.dll", ""] (p0: HDC): SET;
(*END GetTextAlign;*)
PROCEDURE GetTextColor* ["GDI32.dll", ""] (p0: HDC): COLORREF;
(*END GetTextColor;*)
PROCEDURE GetTextExtentPointA* ["GDI32.dll", ""] (p0: HDC; p1: PtrSTR; p2: INTEGER; VAR [nil] p3: SIZE): BOOL;
(*END GetTextExtentPointA;*)
PROCEDURE GetTextExtentPointW* ["GDI32.dll", ""] (p0: HDC; p1: PtrWSTR; p2: INTEGER; VAR [nil] p3: SIZE): BOOL;
(*END GetTextExtentPointW;*)
PROCEDURE GetTextExtentPoint* ["GDI32.dll", "GetTextExtentPointA"] (p0: HDC; p1: PtrSTR; p2: INTEGER; VAR [nil] p3: SIZE): BOOL;
(*END GetTextExtentPoint;*)
PROCEDURE GetTextExtentPoint32A* ["GDI32.dll", ""] (p0: HDC; p1: PtrSTR; p2: INTEGER; VAR [nil] p3: SIZE): BOOL;
(*END GetTextExtentPoint32A;*)
PROCEDURE GetTextExtentPoint32W* ["GDI32.dll", ""] (p0: HDC; p1: PtrWSTR; p2: INTEGER; VAR [nil] p3: SIZE): BOOL;
(*END GetTextExtentPoint32W;*)
PROCEDURE GetTextExtentPoint32* ["GDI32.dll", "GetTextExtentPoint32A"] (p0: HDC; p1: PtrSTR; p2: INTEGER; VAR [nil] p3: SIZE): BOOL;
(*END GetTextExtentPoint32;*)
PROCEDURE GetTextExtentExPointA* ["GDI32.dll", ""] (p0: HDC; p1: PtrSTR; p2: INTEGER; p3: INTEGER; VAR [nil] p4: INTEGER; VAR [nil] p5: INTEGER; VAR [nil] p6: SIZE): BOOL;
(*END GetTextExtentExPointA;*)
PROCEDURE GetTextExtentExPointW* ["GDI32.dll", ""] (p0: HDC; p1: PtrWSTR; p2: INTEGER; p3: INTEGER; VAR [nil] p4: INTEGER; VAR [nil] p5: INTEGER; VAR [nil] p6: SIZE): BOOL;
(*END GetTextExtentExPointW;*)
PROCEDURE GetTextExtentExPoint* ["GDI32.dll", "GetTextExtentExPointA"] (p0: HDC; p1: PtrSTR; p2: INTEGER; p3: INTEGER; VAR [nil] p4: INTEGER; VAR [nil] p5: INTEGER; VAR [nil] p6: SIZE): BOOL;
(*END GetTextExtentExPoint;*)
PROCEDURE GetTextCharset* ["GDI32.dll", ""] (hdc: HDC): INTEGER;
(*END GetTextCharset;*)
PROCEDURE GetTextCharsetInfo* ["GDI32.dll", ""] (hdc: HDC; VAR [nil] lpSig: FONTSIGNATURE; dwFlags: SET): INTEGER;
(*END GetTextCharsetInfo;*)
PROCEDURE TranslateCharsetInfo* ["GDI32.dll", ""] (VAR [nil] lpSrc: INTEGER; VAR [nil] lpCs: CHARSETINFO; dwFlags: SET): BOOL;
(*END TranslateCharsetInfo;*)
PROCEDURE GetFontLanguageInfo* ["GDI32.dll", ""] (p0: HDC): SET;
(*END GetFontLanguageInfo;*)
PROCEDURE GetCharacterPlacementA* ["GDI32.dll", ""] (p0: HDC; p1: PtrSTR; p2: INTEGER; p3: INTEGER; VAR [nil] p4: GCP_RESULTSA; p5: INTEGER): INTEGER;
(*END GetCharacterPlacementA;*)
PROCEDURE GetCharacterPlacementW* ["GDI32.dll", ""] (p0: HDC; p1: PtrWSTR; p2: INTEGER; p3: INTEGER; VAR [nil] p4: GCP_RESULTSW; p5: INTEGER): INTEGER;
(*END GetCharacterPlacementW;*)
PROCEDURE GetCharacterPlacement* ["GDI32.dll", "GetCharacterPlacementA"] (p0: HDC; p1: PtrSTR; p2: INTEGER; p3: INTEGER; VAR [nil] p4: GCP_RESULTSA; p5: INTEGER): INTEGER;
(*END GetCharacterPlacement;*)
PROCEDURE GetViewportExtEx* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: SIZE): BOOL;
(*END GetViewportExtEx;*)
PROCEDURE GetViewportOrgEx* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT): BOOL;
(*END GetViewportOrgEx;*)
PROCEDURE GetWindowExtEx* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: SIZE): BOOL;
(*END GetWindowExtEx;*)
PROCEDURE GetWindowOrgEx* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT): BOOL;
(*END GetWindowOrgEx;*)
PROCEDURE IntersectClipRect* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER): INTEGER;
(*END IntersectClipRect;*)
PROCEDURE InvertRgn* ["GDI32.dll", ""] (p0: HDC; p1: HRGN): BOOL;
(*END InvertRgn;*)
PROCEDURE LineDDA* ["GDI32.dll", ""] (p0: INTEGER; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: LINEDDAPROC; p5: LPARAM): BOOL;
(*END LineDDA;*)
PROCEDURE LineTo* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER): BOOL;
(*END LineTo;*)
PROCEDURE MaskBlt* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: HDC; p6: INTEGER; p7: INTEGER; p8: HBITMAP; p9: INTEGER; p10: INTEGER; p11: INTEGER): BOOL;
(*END MaskBlt;*)
PROCEDURE PlgBlt* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT; p2: HDC; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: HBITMAP; p8: INTEGER; p9: INTEGER): BOOL;
(*END PlgBlt;*)
PROCEDURE OffsetClipRgn* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER): INTEGER;
(*END OffsetClipRgn;*)
PROCEDURE OffsetRgn* ["GDI32.dll", ""] (p0: HRGN; p1: INTEGER; p2: INTEGER): INTEGER;
(*END OffsetRgn;*)
PROCEDURE PatBlt* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER): BOOL;
(*END PatBlt;*)
PROCEDURE Pie* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER): BOOL;
(*END Pie;*)
PROCEDURE PlayMetaFile* ["GDI32.dll", ""] (p0: HDC; p1: HMETAFILE): BOOL;
(*END PlayMetaFile;*)
PROCEDURE PaintRgn* ["GDI32.dll", ""] (p0: HDC; p1: HRGN): BOOL;
(*END PaintRgn;*)
PROCEDURE PolyPolygon* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT; VAR [nil] p2: INTEGER; p3: INTEGER): BOOL;
(*END PolyPolygon;*)
PROCEDURE PtInRegion* ["GDI32.dll", ""] (p0: HRGN; p1: INTEGER; p2: INTEGER): BOOL;
(*END PtInRegion;*)
PROCEDURE PtVisible* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER): BOOL;
(*END PtVisible;*)
PROCEDURE RectInRegion* ["GDI32.dll", ""] (p0: HRGN; VAR [nil] p1: RECT): BOOL;
(*END RectInRegion;*)
PROCEDURE RectVisible* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: RECT): BOOL;
(*END RectVisible;*)
PROCEDURE Rectangle* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER): BOOL;
(*END Rectangle;*)
PROCEDURE RestoreDC* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): BOOL;
(*END RestoreDC;*)
PROCEDURE ResetDCA* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: DEVMODEA): HDC;
(*END ResetDCA;*)
PROCEDURE ResetDCW* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: DEVMODEW): HDC;
(*END ResetDCW;*)
PROCEDURE ResetDC* ["GDI32.dll", "ResetDCA"] (p0: HDC; VAR [nil] p1: DEVMODEA): HDC;
(*END ResetDC;*)
PROCEDURE RealizePalette* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END RealizePalette;*)
PROCEDURE RemoveFontResourceA* ["GDI32.dll", ""] (p0: PtrSTR): BOOL;
(*END RemoveFontResourceA;*)
PROCEDURE RemoveFontResourceW* ["GDI32.dll", ""] (p0: PtrWSTR): BOOL;
(*END RemoveFontResourceW;*)
PROCEDURE RemoveFontResource* ["GDI32.dll", "RemoveFontResourceA"] (p0: PtrSTR): BOOL;
(*END RemoveFontResource;*)
PROCEDURE RoundRect* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER): BOOL;
(*END RoundRect;*)
PROCEDURE ResizePalette* ["GDI32.dll", ""] (p0: HPALETTE; p1: INTEGER): BOOL;
(*END ResizePalette;*)
PROCEDURE SaveDC* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END SaveDC;*)
PROCEDURE SelectClipRgn* ["GDI32.dll", ""] (p0: HDC; p1: HRGN): INTEGER;
(*END SelectClipRgn;*)
PROCEDURE ExtSelectClipRgn* ["GDI32.dll", ""] (p0: HDC; p1: HRGN; p2: INTEGER): INTEGER;
(*END ExtSelectClipRgn;*)
PROCEDURE SetMetaRgn* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END SetMetaRgn;*)
PROCEDURE SelectObject* ["GDI32.dll", ""] (p0: HDC; p1: HGDIOBJ): HGDIOBJ;
(*END SelectObject;*)
PROCEDURE SelectPalette* ["GDI32.dll", ""] (p0: HDC; p1: HPALETTE; p2: BOOL): HPALETTE;
(*END SelectPalette;*)
PROCEDURE SetBkColor* ["GDI32.dll", ""] (p0: HDC; p1: COLORREF): COLORREF;
(*END SetBkColor;*)
PROCEDURE SetBkMode* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetBkMode;*)
PROCEDURE SetBitmapBits* ["GDI32.dll", ""] (p0: HBITMAP; p1: INTEGER; p2: PtrVoid): INTEGER;
(*END SetBitmapBits;*)
PROCEDURE SetBoundsRect* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: RECT; p2: SET): SET;
(*END SetBoundsRect;*)
PROCEDURE SetDIBits* ["GDI32.dll", ""] (p0: HDC; p1: HBITMAP; p2: INTEGER; p3: INTEGER; p4: PtrVoid; VAR [nil] p5: BITMAPINFO; p6: INTEGER): INTEGER;
(*END SetDIBits;*)
PROCEDURE SetDIBitsToDevice* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER; p9: PtrVoid; VAR [nil] p10: BITMAPINFO; p11: INTEGER): INTEGER;
(*END SetDIBitsToDevice;*)
PROCEDURE SetMapperFlags* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetMapperFlags;*)
PROCEDURE SetGraphicsMode* ["GDI32.dll", ""] (hdc: HDC; iMode: INTEGER): INTEGER;
(*END SetGraphicsMode;*)
PROCEDURE SetMapMode* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetMapMode;*)
PROCEDURE SetMetaFileBitsEx* ["GDI32.dll", ""] (p0: INTEGER; VAR [nil] p1: ARRAY [untagged] OF BYTE): HMETAFILE;
(*END SetMetaFileBitsEx;*)
PROCEDURE SetPaletteEntries* ["GDI32.dll", ""] (p0: HPALETTE; p1: INTEGER; p2: INTEGER; VAR [nil] p3: PALETTEENTRY): INTEGER;
(*END SetPaletteEntries;*)
PROCEDURE SetPixel* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: COLORREF): COLORREF;
(*END SetPixel;*)
PROCEDURE SetPixelV* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: COLORREF): BOOL;
(*END SetPixelV;*)
PROCEDURE SetPixelFormat* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; VAR [nil] p2: PIXELFORMATDESCRIPTOR): BOOL;
(*END SetPixelFormat;*)
PROCEDURE SetPolyFillMode* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetPolyFillMode;*)
PROCEDURE StretchBlt* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: HDC; p6: INTEGER; p7: INTEGER; p8: INTEGER; p9: INTEGER; p10: INTEGER): BOOL;
(*END StretchBlt;*)
PROCEDURE SetRectRgn* ["GDI32.dll", ""] (p0: HRGN; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER): BOOL;
(*END SetRectRgn;*)
PROCEDURE StretchDIBits* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER; p9: PtrVoid; VAR [nil] p10: BITMAPINFO; p11: INTEGER; p12: INTEGER): INTEGER;
(*END StretchDIBits;*)
PROCEDURE SetROP2* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetROP2;*)
PROCEDURE SetStretchBltMode* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetStretchBltMode;*)
PROCEDURE SetSystemPaletteUse* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetSystemPaletteUse;*)
PROCEDURE SetTextCharacterExtra* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetTextCharacterExtra;*)
PROCEDURE SetTextColor* ["GDI32.dll", ""] (p0: HDC; p1: COLORREF): COLORREF;
(*END SetTextColor;*)
PROCEDURE SetTextAlign* ["GDI32.dll", ""] (p0: HDC; p1: SET): SET;
(*END SetTextAlign;*)
PROCEDURE SetTextJustification* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER): BOOL;
(*END SetTextJustification;*)
PROCEDURE UpdateColors* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END UpdateColors;*)
PROCEDURE PlayMetaFileRecord* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: HANDLETABLE; VAR [nil] p2: METARECORD; p3: INTEGER): BOOL;
(*END PlayMetaFileRecord;*)
PROCEDURE EnumMetaFile* ["GDI32.dll", ""] (p0: HDC; p1: HMETAFILE; p2: MFENUMPROC; p3: LPARAM): BOOL;
(*END EnumMetaFile;*)
PROCEDURE CloseEnhMetaFile* ["GDI32.dll", ""] (p0: HDC): HENHMETAFILE;
(*END CloseEnhMetaFile;*)
PROCEDURE CopyEnhMetaFileA* ["GDI32.dll", ""] (p0: HENHMETAFILE; p1: PtrSTR): HENHMETAFILE;
(*END CopyEnhMetaFileA;*)
PROCEDURE CopyEnhMetaFileW* ["GDI32.dll", ""] (p0: HENHMETAFILE; p1: PtrWSTR): HENHMETAFILE;
(*END CopyEnhMetaFileW;*)
PROCEDURE CopyEnhMetaFile* ["GDI32.dll", "CopyEnhMetaFileA"] (p0: HENHMETAFILE; p1: PtrSTR): HENHMETAFILE;
(*END CopyEnhMetaFile;*)
PROCEDURE CreateEnhMetaFileA* ["GDI32.dll", ""] (p0: HDC; p1: PtrSTR; VAR [nil] p2: RECT; p3: PtrSTR): HDC;
(*END CreateEnhMetaFileA;*)
PROCEDURE CreateEnhMetaFileW* ["GDI32.dll", ""] (p0: HDC; p1: PtrWSTR; VAR [nil] p2: RECT; p3: PtrWSTR): HDC;
(*END CreateEnhMetaFileW;*)
PROCEDURE CreateEnhMetaFile* ["GDI32.dll", "CreateEnhMetaFileA"] (p0: HDC; p1: PtrSTR; VAR [nil] p2: RECT; p3: PtrSTR): HDC;
(*END CreateEnhMetaFile;*)
PROCEDURE DeleteEnhMetaFile* ["GDI32.dll", ""] (p0: HENHMETAFILE): BOOL;
(*END DeleteEnhMetaFile;*)
PROCEDURE EnumEnhMetaFile* ["GDI32.dll", ""] (p0: HDC; p1: HENHMETAFILE; p2: ENHMFENUMPROC; p3: PtrVoid; VAR [nil] p4: RECT): BOOL;
(*END EnumEnhMetaFile;*)
PROCEDURE GetEnhMetaFileA* ["GDI32.dll", ""] (p0: PtrSTR): HENHMETAFILE;
(*END GetEnhMetaFileA;*)
PROCEDURE GetEnhMetaFileW* ["GDI32.dll", ""] (p0: PtrWSTR): HENHMETAFILE;
(*END GetEnhMetaFileW;*)
PROCEDURE GetEnhMetaFile* ["GDI32.dll", "GetEnhMetaFileA"] (p0: PtrSTR): HENHMETAFILE;
(*END GetEnhMetaFile;*)
PROCEDURE GetEnhMetaFileBits* ["GDI32.dll", ""] (p0: HENHMETAFILE; p1: INTEGER; VAR [nil] p2: SHORTCHAR): INTEGER;
(*END GetEnhMetaFileBits;*)
PROCEDURE GetEnhMetaFileDescriptionA* ["GDI32.dll", ""] (p0: HENHMETAFILE; p1: INTEGER; p2: PtrSTR): INTEGER;
(*END GetEnhMetaFileDescriptionA;*)
PROCEDURE GetEnhMetaFileDescriptionW* ["GDI32.dll", ""] (p0: HENHMETAFILE; p1: INTEGER; p2: PtrWSTR): INTEGER;
(*END GetEnhMetaFileDescriptionW;*)
PROCEDURE GetEnhMetaFileDescription* ["GDI32.dll", "GetEnhMetaFileDescriptionA"] (p0: HENHMETAFILE; p1: INTEGER; p2: PtrSTR): INTEGER;
(*END GetEnhMetaFileDescription;*)
PROCEDURE GetEnhMetaFileHeader* ["GDI32.dll", ""] (p0: HENHMETAFILE; p1: INTEGER; VAR [nil] p2: ENHMETAHEADER): INTEGER;
(*END GetEnhMetaFileHeader;*)
PROCEDURE GetEnhMetaFilePaletteEntries* ["GDI32.dll", ""] (p0: HENHMETAFILE; p1: INTEGER; VAR [nil] p2: PALETTEENTRY): INTEGER;
(*END GetEnhMetaFilePaletteEntries;*)
PROCEDURE GetEnhMetaFilePixelFormat* ["GDI32.dll", ""] (p0: HENHMETAFILE; p1: INTEGER; VAR [nil] p2: PIXELFORMATDESCRIPTOR): INTEGER;
(*END GetEnhMetaFilePixelFormat;*)
PROCEDURE GetWinMetaFileBits* ["GDI32.dll", ""] (p0: HENHMETAFILE; p1: INTEGER; VAR [nil] p2: SHORTCHAR; p3: INTEGER; p4: HDC): INTEGER;
(*END GetWinMetaFileBits;*)
PROCEDURE PlayEnhMetaFile* ["GDI32.dll", ""] (p0: HDC; p1: HENHMETAFILE; VAR [nil] p2: RECT): BOOL;
(*END PlayEnhMetaFile;*)
PROCEDURE PlayEnhMetaFileRecord* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: HANDLETABLE; VAR [nil] p2: ENHMETARECORD; p3: INTEGER): BOOL;
(*END PlayEnhMetaFileRecord;*)
PROCEDURE SetEnhMetaFileBits* ["GDI32.dll", ""] (p0: INTEGER; VAR [nil] p1: SHORTCHAR): HENHMETAFILE;
(*END SetEnhMetaFileBits;*)
PROCEDURE SetWinMetaFileBits* ["GDI32.dll", ""] (p0: INTEGER; VAR [nil] p1: SHORTCHAR; p2: HDC; VAR [nil] p3: METAFILEPICT): HENHMETAFILE;
(*END SetWinMetaFileBits;*)
PROCEDURE GdiComment* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; VAR [nil] p2: SHORTCHAR): BOOL;
(*END GdiComment;*)
PROCEDURE GetTextMetricsA* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: TEXTMETRICA): BOOL;
(*END GetTextMetricsA;*)
PROCEDURE GetTextMetricsW* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: TEXTMETRICW): BOOL;
(*END GetTextMetricsW;*)
PROCEDURE GetTextMetrics* ["GDI32.dll", "GetTextMetricsA"] (p0: HDC; VAR [nil] p1: TEXTMETRICA): BOOL;
(*END GetTextMetrics;*)
PROCEDURE AngleArc* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: SHORTREAL; p5: SHORTREAL): BOOL;
(*END AngleArc;*)
PROCEDURE PolyPolyline* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT; VAR [nil] p2: INTEGER; p3: INTEGER): BOOL;
(*END PolyPolyline;*)
PROCEDURE GetWorldTransform* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: XFORM): BOOL;
(*END GetWorldTransform;*)
PROCEDURE SetWorldTransform* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: XFORM): BOOL;
(*END SetWorldTransform;*)
PROCEDURE ModifyWorldTransform* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: XFORM; p2: INTEGER): BOOL;
(*END ModifyWorldTransform;*)
PROCEDURE CombineTransform* ["GDI32.dll", ""] (VAR [nil] p0: XFORM; VAR [nil] p1: XFORM; VAR [nil] p2: XFORM): BOOL;
(*END CombineTransform;*)
PROCEDURE CreateDIBSection* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: BITMAPINFO; p2: INTEGER; VAR [nil] p3: PtrVoid; p4: HANDLE; p5: INTEGER): HBITMAP;
(*END CreateDIBSection;*)
PROCEDURE GetDIBColorTable* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: RGBQUAD): INTEGER;
(*END GetDIBColorTable;*)
PROCEDURE SetDIBColorTable* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: ARRAY OF RGBQUAD): INTEGER;
(*END SetDIBColorTable;*)
PROCEDURE SetColorAdjustment* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: COLORADJUSTMENT): BOOL;
(*END SetColorAdjustment;*)
PROCEDURE GetColorAdjustment* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: COLORADJUSTMENT): BOOL;
(*END GetColorAdjustment;*)
PROCEDURE CreateHalftonePalette* ["GDI32.dll", ""] (p0: HDC): HPALETTE;
(*END CreateHalftonePalette;*)
PROCEDURE StartDocA* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: DOCINFOA): INTEGER;
(*END StartDocA;*)
PROCEDURE StartDocW* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: DOCINFOW): INTEGER;
(*END StartDocW;*)
PROCEDURE StartDoc* ["GDI32.dll", "StartDocA"] (p0: HDC; VAR [nil] p1: DOCINFOA): INTEGER;
(*END StartDoc;*)
PROCEDURE EndDoc* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END EndDoc;*)
PROCEDURE StartPage* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END StartPage;*)
PROCEDURE EndPage* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END EndPage;*)
PROCEDURE AbortDoc* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END AbortDoc;*)
PROCEDURE SetAbortProc* ["GDI32.dll", ""] (p0: HDC; p1: ABORTPROC): INTEGER;
(*END SetAbortProc;*)
PROCEDURE AbortPath* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END AbortPath;*)
PROCEDURE ArcTo* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER): BOOL;
(*END ArcTo;*)
PROCEDURE BeginPath* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END BeginPath;*)
PROCEDURE CloseFigure* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END CloseFigure;*)
PROCEDURE EndPath* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END EndPath;*)
PROCEDURE FillPath* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END FillPath;*)
PROCEDURE FlattenPath* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END FlattenPath;*)
PROCEDURE GetPath* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT; VAR [nil] p2: SHORTCHAR; p3: INTEGER): INTEGER;
(*END GetPath;*)
PROCEDURE PathToRegion* ["GDI32.dll", ""] (p0: HDC): HRGN;
(*END PathToRegion;*)
PROCEDURE PolyDraw* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT; VAR [nil] p2: SHORTCHAR; p3: INTEGER): BOOL;
(*END PolyDraw;*)
PROCEDURE SelectClipPath* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): BOOL;
(*END SelectClipPath;*)
PROCEDURE SetArcDirection* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetArcDirection;*)
PROCEDURE SetMiterLimit* ["GDI32.dll", ""] (p0: HDC; p1: SHORTREAL; VAR [nil] p2: SHORTREAL): BOOL;
(*END SetMiterLimit;*)
PROCEDURE StrokeAndFillPath* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END StrokeAndFillPath;*)
PROCEDURE StrokePath* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END StrokePath;*)
PROCEDURE WidenPath* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END WidenPath;*)
PROCEDURE ExtCreatePen* ["GDI32.dll", ""] (p0: INTEGER; p1: INTEGER; VAR [nil] p2: LOGBRUSH; p3: INTEGER; VAR [nil] p4: INTEGER): HPEN;
(*END ExtCreatePen;*)
PROCEDURE GetMiterLimit* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: SHORTREAL): BOOL;
(*END GetMiterLimit;*)
PROCEDURE GetArcDirection* ["GDI32.dll", ""] (p0: HDC): INTEGER;
(*END GetArcDirection;*)
PROCEDURE GetObjectA* ["GDI32.dll", ""] (p0: HGDIOBJ; p1: INTEGER; p2: PtrVoid): INTEGER;
(*END GetObjectA;*)
PROCEDURE GetObjectW* ["GDI32.dll", ""] (p0: HGDIOBJ; p1: INTEGER; p2: PtrVoid): INTEGER;
(*END GetObjectW;*)
PROCEDURE GetObject* ["GDI32.dll", "GetObjectA"] (p0: HGDIOBJ; p1: INTEGER; p2: PtrVoid): INTEGER;
(*END GetObject;*)
PROCEDURE MoveToEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: POINT): BOOL;
(*END MoveToEx;*)
PROCEDURE TextOutA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: PtrSTR; p4: INTEGER): BOOL;
(*END TextOutA;*)
PROCEDURE TextOutW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: PtrWSTR; p4: INTEGER): BOOL;
(*END TextOutW;*)
PROCEDURE TextOut* ["GDI32.dll", "TextOutA"] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: PtrSTR; p4: INTEGER): BOOL;
(*END TextOut;*)
PROCEDURE ExtTextOutA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; VAR [nil] p4: RECT; p5: PtrSTR; p6: INTEGER; VAR [nil] p7: ARRAY [untagged] OF INTEGER): BOOL;
(*END ExtTextOutA;*)
PROCEDURE ExtTextOutW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; VAR [nil] p4: RECT; p5: PtrWSTR; p6: INTEGER; VAR [nil] p7: ARRAY [untagged] OF INTEGER): BOOL;
(*END ExtTextOutW;*)
PROCEDURE ExtTextOut* ["GDI32.dll", "ExtTextOutA"] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; VAR [nil] p4: RECT; p5: PtrSTR; p6: INTEGER; VAR [nil] p7: ARRAY [untagged] OF INTEGER): BOOL;
(*END ExtTextOut;*)
PROCEDURE PolyTextOutA* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POLYTEXTA; p2: INTEGER): BOOL;
(*END PolyTextOutA;*)
PROCEDURE PolyTextOutW* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POLYTEXTW; p2: INTEGER): BOOL;
(*END PolyTextOutW;*)
PROCEDURE PolyTextOut* ["GDI32.dll", "PolyTextOutA"] (p0: HDC; VAR [nil] p1: POLYTEXTA; p2: INTEGER): BOOL;
(*END PolyTextOut;*)
PROCEDURE CreatePolygonRgn* ["GDI32.dll", ""] (VAR [nil] p0: POINT; p1: INTEGER; p2: INTEGER): HRGN;
(*END CreatePolygonRgn;*)
PROCEDURE DPtoLP* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT; p2: INTEGER): BOOL;
(*END DPtoLP;*)
PROCEDURE LPtoDP* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT; p2: INTEGER): BOOL;
(*END LPtoDP;*)
PROCEDURE Polygon* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: ARRAY [untagged] OF POINT; p2: INTEGER): BOOL;
(*END Polygon;*)
PROCEDURE Polyline* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: ARRAY [untagged] OF POINT; p2: INTEGER): BOOL;
(*END Polyline;*)
PROCEDURE PolyBezier* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: ARRAY [untagged] OF POINT; p2: INTEGER): BOOL;
(*END PolyBezier;*)
PROCEDURE PolyBezierTo* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: ARRAY [untagged] OF POINT; p2: INTEGER): BOOL;
(*END PolyBezierTo;*)
PROCEDURE PolylineTo* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: ARRAY [untagged] OF POINT; p2: INTEGER): BOOL;
(*END PolylineTo;*)
PROCEDURE SetViewportExtEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: SIZE): BOOL;
(*END SetViewportExtEx;*)
PROCEDURE SetViewportOrgEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: POINT): BOOL;
(*END SetViewportOrgEx;*)
PROCEDURE SetWindowExtEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: SIZE): BOOL;
(*END SetWindowExtEx;*)
PROCEDURE SetWindowOrgEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: POINT): BOOL;
(*END SetWindowOrgEx;*)
PROCEDURE OffsetViewportOrgEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: POINT): BOOL;
(*END OffsetViewportOrgEx;*)
PROCEDURE OffsetWindowOrgEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: POINT): BOOL;
(*END OffsetWindowOrgEx;*)
PROCEDURE ScaleViewportExtEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; VAR [nil] p5: SIZE): BOOL;
(*END ScaleViewportExtEx;*)
PROCEDURE ScaleWindowExtEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER; VAR [nil] p5: SIZE): BOOL;
(*END ScaleWindowExtEx;*)
PROCEDURE SetBitmapDimensionEx* ["GDI32.dll", ""] (p0: HBITMAP; p1: INTEGER; p2: INTEGER; VAR [nil] p3: SIZE): BOOL;
(*END SetBitmapDimensionEx;*)
PROCEDURE SetBrushOrgEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: POINT): BOOL;
(*END SetBrushOrgEx;*)
PROCEDURE GetTextFaceA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: PtrSTR): INTEGER;
(*END GetTextFaceA;*)
PROCEDURE GetTextFaceW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: PtrWSTR): INTEGER;
(*END GetTextFaceW;*)
PROCEDURE GetTextFace* ["GDI32.dll", "GetTextFaceA"] (p0: HDC; p1: INTEGER; p2: PtrSTR): INTEGER;
(*END GetTextFace;*)
PROCEDURE GetKerningPairsA* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; VAR [nil] p2: KERNINGPAIR): INTEGER;
(*END GetKerningPairsA;*)
PROCEDURE GetKerningPairsW* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; VAR [nil] p2: KERNINGPAIR): INTEGER;
(*END GetKerningPairsW;*)
PROCEDURE GetKerningPairs* ["GDI32.dll", "GetKerningPairsA"] (p0: HDC; p1: INTEGER; VAR [nil] p2: KERNINGPAIR): INTEGER;
(*END GetKerningPairs;*)
PROCEDURE GetDCOrgEx* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: POINT): BOOL;
(*END GetDCOrgEx;*)
PROCEDURE FixBrushOrgEx* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; VAR [nil] p3: POINT): BOOL;
(*END FixBrushOrgEx;*)
PROCEDURE UnrealizeObject* ["GDI32.dll", ""] (p0: HGDIOBJ): BOOL;
(*END UnrealizeObject;*)
PROCEDURE GdiFlush* ["GDI32.dll", ""] (): BOOL;
(*END GdiFlush;*)
PROCEDURE GdiSetBatchLimit* ["GDI32.dll", ""] (p0: INTEGER): INTEGER;
(*END GdiSetBatchLimit;*)
PROCEDURE GdiGetBatchLimit* ["GDI32.dll", ""] (): INTEGER;
(*END GdiGetBatchLimit;*)
PROCEDURE SetICMMode* ["GDI32.dll", ""] (p0: HDC; p1: INTEGER): INTEGER;
(*END SetICMMode;*)
PROCEDURE CheckColorsInGamut* ["GDI32.dll", ""] (p0: HDC; p1: PtrVoid; p2: PtrVoid; p3: INTEGER): BOOL;
(*END CheckColorsInGamut;*)
PROCEDURE GetColorSpace* ["GDI32.dll", ""] (p0: HDC): HANDLE;
(*END GetColorSpace;*)
PROCEDURE GetLogColorSpaceA* ["GDI32.dll", ""] (p0: HCOLORSPACE; VAR [nil] p1: LOGCOLORSPACEA; p2: INTEGER): BOOL;
(*END GetLogColorSpaceA;*)
PROCEDURE GetLogColorSpaceW* ["GDI32.dll", ""] (p0: HCOLORSPACE; VAR [nil] p1: LOGCOLORSPACEW; p2: INTEGER): BOOL;
(*END GetLogColorSpaceW;*)
PROCEDURE GetLogColorSpace* ["GDI32.dll", "GetLogColorSpaceA"] (p0: HCOLORSPACE; VAR [nil] p1: LOGCOLORSPACEA; p2: INTEGER): BOOL;
(*END GetLogColorSpace;*)
PROCEDURE CreateColorSpaceA* ["GDI32.dll", ""] (VAR [nil] p0: LOGCOLORSPACEA): HCOLORSPACE;
(*END CreateColorSpaceA;*)
PROCEDURE CreateColorSpaceW* ["GDI32.dll", ""] (VAR [nil] p0: LOGCOLORSPACEW): HCOLORSPACE;
(*END CreateColorSpaceW;*)
PROCEDURE CreateColorSpace* ["GDI32.dll", "CreateColorSpaceA"] (VAR [nil] p0: LOGCOLORSPACEA): HCOLORSPACE;
(*END CreateColorSpace;*)
PROCEDURE SetColorSpace* ["GDI32.dll", ""] (p0: HDC; p1: HCOLORSPACE): BOOL;
(*END SetColorSpace;*)
PROCEDURE DeleteColorSpace* ["GDI32.dll", ""] (p0: HCOLORSPACE): BOOL;
(*END DeleteColorSpace;*)
PROCEDURE GetICMProfileA* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: INTEGER; p2: PtrSTR): BOOL;
(*END GetICMProfileA;*)
PROCEDURE GetICMProfileW* ["GDI32.dll", ""] (p0: HDC; VAR [nil] p1: INTEGER; p2: PtrWSTR): BOOL;
(*END GetICMProfileW;*)
PROCEDURE GetICMProfile* ["GDI32.dll", "GetICMProfileA"] (p0: HDC; VAR [nil] p1: INTEGER; p2: PtrSTR): BOOL;
(*END GetICMProfile;*)
PROCEDURE SetICMProfileA* ["GDI32.dll", ""] (p0: HDC; p1: PtrSTR): BOOL;
(*END SetICMProfileA;*)
PROCEDURE SetICMProfileW* ["GDI32.dll", ""] (p0: HDC; p1: PtrWSTR): BOOL;
(*END SetICMProfileW;*)
PROCEDURE SetICMProfile* ["GDI32.dll", "SetICMProfileA"] (p0: HDC; p1: PtrSTR): BOOL;
(*END SetICMProfile;*)
PROCEDURE GetDeviceGammaRamp* ["GDI32.dll", ""] (p0: HDC; p1: PtrVoid): BOOL;
(*END GetDeviceGammaRamp;*)
PROCEDURE SetDeviceGammaRamp* ["GDI32.dll", ""] (p0: HDC; p1: PtrVoid): BOOL;
(*END SetDeviceGammaRamp;*)
PROCEDURE ColorMatchToTarget* ["GDI32.dll", ""] (p0: HDC; p1: HDC; p2: INTEGER): BOOL;
(*END ColorMatchToTarget;*)
PROCEDURE EnumICMProfilesA* ["GDI32.dll", ""] (p0: HDC; p1: ICMENUMPROCA; p2: LPARAM): INTEGER;
(*END EnumICMProfilesA;*)
PROCEDURE EnumICMProfilesW* ["GDI32.dll", ""] (p0: HDC; p1: ICMENUMPROCW; p2: LPARAM): INTEGER;
(*END EnumICMProfilesW;*)
PROCEDURE EnumICMProfiles* ["GDI32.dll", "EnumICMProfilesA"] (p0: HDC; p1: ICMENUMPROCA; p2: LPARAM): INTEGER;
(*END EnumICMProfiles;*)
PROCEDURE wglCopyContext* ["OPENGL32.dll", ""] (p0: HGLRC; p1: HGLRC; p2: INTEGER): BOOL;
(*END wglCopyContext;*)
PROCEDURE wglCreateContext* ["OPENGL32.dll", ""] (p0: HDC): HGLRC;
(*END wglCreateContext;*)
PROCEDURE wglCreateLayerContext* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER): HGLRC;
(*END wglCreateLayerContext;*)
PROCEDURE wglDeleteContext* ["OPENGL32.dll", ""] (p0: HGLRC): BOOL;
(*END wglDeleteContext;*)
PROCEDURE wglGetCurrentContext* ["OPENGL32.dll", ""] (): HGLRC;
(*END wglGetCurrentContext;*)
PROCEDURE wglGetCurrentDC* ["OPENGL32.dll", ""] (): HDC;
(*END wglGetCurrentDC;*)
PROCEDURE wglGetProcAddress* ["OPENGL32.dll", ""] (p0: PtrSTR): ROC;
(*END wglGetProcAddress;*)
PROCEDURE wglMakeCurrent* ["OPENGL32.dll", ""] (p0: HDC; p1: HGLRC): BOOL;
(*END wglMakeCurrent;*)
PROCEDURE wglShareLists* ["OPENGL32.dll", ""] (p0: HGLRC; p1: HGLRC): BOOL;
(*END wglShareLists;*)
PROCEDURE wglUseFontBitmapsA* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER): BOOL;
(*END wglUseFontBitmapsA;*)
PROCEDURE wglUseFontBitmapsW* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER): BOOL;
(*END wglUseFontBitmapsW;*)
PROCEDURE wglUseFontBitmaps* ["OPENGL32.dll", "wglUseFontBitmapsA"] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER): BOOL;
(*END wglUseFontBitmaps;*)
PROCEDURE SwapBuffers* ["GDI32.dll", ""] (p0: HDC): BOOL;
(*END SwapBuffers;*)
PROCEDURE wglUseFontOutlinesA* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: SHORTREAL; p5: SHORTREAL; p6: INTEGER; VAR [nil] p7: GLYPHMETRICSFLOAT): BOOL;
(*END wglUseFontOutlinesA;*)
PROCEDURE wglUseFontOutlinesW* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: SHORTREAL; p5: SHORTREAL; p6: INTEGER; VAR [nil] p7: GLYPHMETRICSFLOAT): BOOL;
(*END wglUseFontOutlinesW;*)
PROCEDURE wglUseFontOutlines* ["OPENGL32.dll", "wglUseFontOutlinesA"] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: SHORTREAL; p5: SHORTREAL; p6: INTEGER; VAR [nil] p7: GLYPHMETRICSFLOAT): BOOL;
(*END wglUseFontOutlines;*)
PROCEDURE wglDescribeLayerPlane* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; VAR [nil] p4: LAYERPLANEDESCRIPTOR): BOOL;
(*END wglDescribeLayerPlane;*)
PROCEDURE wglSetLayerPaletteEntries* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; VAR [nil] p4: COLORREF): INTEGER;
(*END wglSetLayerPaletteEntries;*)
PROCEDURE wglGetLayerPaletteEntries* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER; p2: INTEGER; p3: INTEGER; VAR [nil] p4: COLORREF): INTEGER;
(*END wglGetLayerPaletteEntries;*)
PROCEDURE wglRealizeLayerPalette* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER; p2: BOOL): BOOL;
(*END wglRealizeLayerPalette;*)
PROCEDURE wglSwapLayerBuffers* ["OPENGL32.dll", ""] (p0: HDC; p1: INTEGER): BOOL;
(*END wglSwapLayerBuffers;*)
PROCEDURE wvsprintfA* ["USER32.dll", ""] (p0: PtrSTR; p1: PtrSTR; arglist: PtrSTR): INTEGER;
(*END wvsprintfA;*)
PROCEDURE wvsprintfW* ["USER32.dll", ""] (p0: PtrWSTR; p1: PtrWSTR; arglist: PtrSTR): INTEGER;
(*END wvsprintfW;*)
PROCEDURE wvsprintf* ["USER32.dll", "wvsprintfA"] (p0: PtrSTR; p1: PtrSTR; arglist: PtrSTR): INTEGER;
(*END wvsprintf;*)
PROCEDURE [ccall] wsprintfA* ["USER32.dll", ""] (p0: PtrSTR; p1: PtrSTR): INTEGER;
(*END wsprintfA;*)
PROCEDURE [ccall] wsprintfW* ["USER32.dll", ""] (p0: PtrWSTR; p1: PtrWSTR): INTEGER;
(*END wsprintfW;*)
PROCEDURE [ccall] wsprintf* ["USER32.dll", "wsprintfA"] (p0: PtrSTR; p1: PtrSTR): INTEGER;
(*END wsprintf;*)
PROCEDURE LoadKeyboardLayoutA* ["USER32.dll", ""] (pwszKLID: PtrSTR; Flags: SET): HKL;
(*END LoadKeyboardLayoutA;*)
PROCEDURE LoadKeyboardLayoutW* ["USER32.dll", ""] (pwszKLID: PtrWSTR; Flags: SET): HKL;
(*END LoadKeyboardLayoutW;*)
PROCEDURE LoadKeyboardLayout* ["USER32.dll", "LoadKeyboardLayoutA"] (pwszKLID: PtrSTR; Flags: SET): HKL;
(*END LoadKeyboardLayout;*)
PROCEDURE ActivateKeyboardLayout* ["USER32.dll", ""] (hkl: HKL; Flags: SET): HKL;
(*END ActivateKeyboardLayout;*)
PROCEDURE ToUnicodeEx* ["USER32.dll", ""] (wVirtKey: INTEGER; wScanCode: INTEGER; VAR [nil] lpKeyState: SHORTCHAR; pwszBuff: PtrWSTR; cchBuff: INTEGER; wFlags: INTEGER; dwhkl: HKL): INTEGER;
(*END ToUnicodeEx;*)
PROCEDURE UnloadKeyboardLayout* ["USER32.dll", ""] (hkl: HKL): BOOL;
(*END UnloadKeyboardLayout;*)
PROCEDURE GetKeyboardLayoutNameA* ["USER32.dll", ""] (pwszKLID: PtrSTR): BOOL;
(*END GetKeyboardLayoutNameA;*)
PROCEDURE GetKeyboardLayoutNameW* ["USER32.dll", ""] (pwszKLID: PtrWSTR): BOOL;
(*END GetKeyboardLayoutNameW;*)
PROCEDURE GetKeyboardLayoutName* ["USER32.dll", "GetKeyboardLayoutNameA"] (pwszKLID: PtrSTR): BOOL;
(*END GetKeyboardLayoutName;*)
PROCEDURE GetKeyboardLayoutList* ["USER32.dll", ""] (nBuff: INTEGER; VAR [nil] lpList: HKL): INTEGER;
(*END GetKeyboardLayoutList;*)
PROCEDURE GetKeyboardLayout* ["USER32.dll", ""] (dwLayout: INTEGER): HKL;
(*END GetKeyboardLayout;*)
PROCEDURE CreateDesktopA* ["USER32.dll", ""] (lpszDesktop: PtrSTR; lpszDevice: PtrSTR; VAR [nil] pDevmode: DEVMODEA; dwFlags: SET; dwDesiredAccess: SET; VAR [nil] lpsa: SECURITY_ATTRIBUTES): HDESK;
(*END CreateDesktopA;*)
PROCEDURE CreateDesktopW* ["USER32.dll", ""] (lpszDesktop: PtrWSTR; lpszDevice: PtrWSTR; VAR [nil] pDevmode: DEVMODEW; dwFlags: SET; dwDesiredAccess: SET; VAR [nil] lpsa: SECURITY_ATTRIBUTES): HDESK;
(*END CreateDesktopW;*)
PROCEDURE CreateDesktop* ["USER32.dll", "CreateDesktopA"] (lpszDesktop: PtrSTR; lpszDevice: PtrSTR; VAR [nil] pDevmode: DEVMODEA; dwFlags: SET; dwDesiredAccess: SET; VAR [nil] lpsa: SECURITY_ATTRIBUTES): HDESK;
(*END CreateDesktop;*)
PROCEDURE OpenDesktopA* ["USER32.dll", ""] (lpszDesktop: PtrSTR; dwFlags: SET; fInherit: BOOL; dwDesiredAccess: SET): HDESK;
(*END OpenDesktopA;*)
PROCEDURE OpenDesktopW* ["USER32.dll", ""] (lpszDesktop: PtrWSTR; dwFlags: SET; fInherit: BOOL; dwDesiredAccess: SET): HDESK;
(*END OpenDesktopW;*)
PROCEDURE OpenDesktop* ["USER32.dll", "OpenDesktopA"] (lpszDesktop: PtrSTR; dwFlags: SET; fInherit: BOOL; dwDesiredAccess: SET): HDESK;
(*END OpenDesktop;*)
PROCEDURE OpenInputDesktop* ["USER32.dll", ""] (dwFlags: SET; fInherit: BOOL; dwDesiredAccess: SET): HDESK;
(*END OpenInputDesktop;*)
PROCEDURE EnumDesktopsA* ["USER32.dll", ""] (hwinsta: HWINSTA; lpEnumFunc: DESKTOPENUMPROCA; lParam: LPARAM): BOOL;
(*END EnumDesktopsA;*)
PROCEDURE EnumDesktopsW* ["USER32.dll", ""] (hwinsta: HWINSTA; lpEnumFunc: DESKTOPENUMPROCW; lParam: LPARAM): BOOL;
(*END EnumDesktopsW;*)
PROCEDURE EnumDesktops* ["USER32.dll", "EnumDesktopsA"] (hwinsta: HWINSTA; lpEnumFunc: DESKTOPENUMPROCA; lParam: LPARAM): BOOL;
(*END EnumDesktops;*)
PROCEDURE EnumDesktopWindows* ["USER32.dll", ""] (hDesktop: HDESK; lpfn: WNDENUMPROC; lParam: LPARAM): BOOL;
(*END EnumDesktopWindows;*)
PROCEDURE SwitchDesktop* ["USER32.dll", ""] (hDesktop: HDESK): BOOL;
(*END SwitchDesktop;*)
PROCEDURE SetThreadDesktop* ["USER32.dll", ""] (hDesktop: HDESK): BOOL;
(*END SetThreadDesktop;*)
PROCEDURE CloseDesktop* ["USER32.dll", ""] (hDesktop: HDESK): BOOL;
(*END CloseDesktop;*)
PROCEDURE GetThreadDesktop* ["USER32.dll", ""] (dwThreadId: INTEGER): HDESK;
(*END GetThreadDesktop;*)
PROCEDURE CreateWindowStationA* ["USER32.dll", ""] (lpwinsta: PtrSTR; dwReserved: INTEGER; dwDesiredAccess: SET; VAR [nil] lpsa: SECURITY_ATTRIBUTES): HWINSTA;
(*END CreateWindowStationA;*)
PROCEDURE CreateWindowStationW* ["USER32.dll", ""] (lpwinsta: PtrWSTR; dwReserved: INTEGER; dwDesiredAccess: SET; VAR [nil] lpsa: SECURITY_ATTRIBUTES): HWINSTA;
(*END CreateWindowStationW;*)
PROCEDURE CreateWindowStation* ["USER32.dll", "CreateWindowStationA"] (lpwinsta: PtrSTR; dwReserved: INTEGER; dwDesiredAccess: SET; VAR [nil] lpsa: SECURITY_ATTRIBUTES): HWINSTA;
(*END CreateWindowStation;*)
PROCEDURE OpenWindowStationA* ["USER32.dll", ""] (lpszWinSta: PtrSTR; fInherit: BOOL; dwDesiredAccess: SET): HWINSTA;
(*END OpenWindowStationA;*)
PROCEDURE OpenWindowStationW* ["USER32.dll", ""] (lpszWinSta: PtrWSTR; fInherit: BOOL; dwDesiredAccess: SET): HWINSTA;
(*END OpenWindowStationW;*)
PROCEDURE OpenWindowStation* ["USER32.dll", "OpenWindowStationA"] (lpszWinSta: PtrSTR; fInherit: BOOL; dwDesiredAccess: SET): HWINSTA;
(*END OpenWindowStation;*)
PROCEDURE EnumWindowStationsA* ["USER32.dll", ""] (lpEnumFunc: WINSTAENUMPROCA; lParam: LPARAM): BOOL;
(*END EnumWindowStationsA;*)
PROCEDURE EnumWindowStationsW* ["USER32.dll", ""] (lpEnumFunc: WINSTAENUMPROCW; lParam: LPARAM): BOOL;
(*END EnumWindowStationsW;*)
PROCEDURE EnumWindowStations* ["USER32.dll", "EnumWindowStationsA"] (lpEnumFunc: WINSTAENUMPROCA; lParam: LPARAM): BOOL;
(*END EnumWindowStations;*)
PROCEDURE CloseWindowStation* ["USER32.dll", ""] (hWinSta: HWINSTA): BOOL;
(*END CloseWindowStation;*)
PROCEDURE SetProcessWindowStation* ["USER32.dll", ""] (hWinSta: HWINSTA): BOOL;
(*END SetProcessWindowStation;*)
PROCEDURE GetProcessWindowStation* ["USER32.dll", ""] (): HWINSTA;
(*END GetProcessWindowStation;*)
PROCEDURE SetUserObjectSecurity* ["USER32.dll", ""] (hObj: HANDLE; VAR [nil] pSIRequested: INTEGER; pSID: PSECURITY_DESCRIPTOR): BOOL;
(*END SetUserObjectSecurity;*)
PROCEDURE GetUserObjectSecurity* ["USER32.dll", ""] (hObj: HANDLE; VAR [nil] pSIRequested: INTEGER; pSID: PSECURITY_DESCRIPTOR; nLength: INTEGER; VAR [nil] lpnLengthNeeded: INTEGER): BOOL;
(*END GetUserObjectSecurity;*)
PROCEDURE GetUserObjectInformationA* ["USER32.dll", ""] (hObj: HANDLE; nIndex: INTEGER; pvInfo: PtrVoid; nLength: INTEGER; VAR [nil] lpnLengthNeeded: INTEGER): BOOL;
(*END GetUserObjectInformationA;*)
PROCEDURE GetUserObjectInformationW* ["USER32.dll", ""] (hObj: HANDLE; nIndex: INTEGER; pvInfo: PtrVoid; nLength: INTEGER; VAR [nil] lpnLengthNeeded: INTEGER): BOOL;
(*END GetUserObjectInformationW;*)
PROCEDURE GetUserObjectInformation* ["USER32.dll", "GetUserObjectInformationA"] (hObj: HANDLE; nIndex: INTEGER; pvInfo: PtrVoid; nLength: INTEGER; VAR [nil] lpnLengthNeeded: INTEGER): BOOL;
(*END GetUserObjectInformation;*)
PROCEDURE SetUserObjectInformationA* ["USER32.dll", ""] (hObj: HANDLE; nIndex: INTEGER; pvInfo: PtrVoid; nLength: INTEGER): BOOL;
(*END SetUserObjectInformationA;*)
PROCEDURE SetUserObjectInformationW* ["USER32.dll", ""] (hObj: HANDLE; nIndex: INTEGER; pvInfo: PtrVoid; nLength: INTEGER): BOOL;
(*END SetUserObjectInformationW;*)
PROCEDURE SetUserObjectInformation* ["USER32.dll", "SetUserObjectInformationA"] (hObj: HANDLE; nIndex: INTEGER; pvInfo: PtrVoid; nLength: INTEGER): BOOL;
(*END SetUserObjectInformation;*)
PROCEDURE RegisterWindowMessageA* ["USER32.dll", ""] (lpString: PtrSTR): INTEGER;
(*END RegisterWindowMessageA;*)
PROCEDURE RegisterWindowMessageW* ["USER32.dll", ""] (lpString: PtrWSTR): INTEGER;
(*END RegisterWindowMessageW;*)
PROCEDURE RegisterWindowMessage* ["USER32.dll", "RegisterWindowMessageA"] (lpString: PtrSTR): INTEGER;
(*END RegisterWindowMessage;*)
PROCEDURE DrawEdge* ["USER32.dll", ""] (hdc: HDC; VAR [nil] qrc: RECT; edge: SET; grfFlags: SET): BOOL;
(*END DrawEdge;*)
PROCEDURE DrawFrameControl* ["USER32.dll", ""] (p0: HDC; VAR [nil] p1: RECT; p2: INTEGER; p3: SET): BOOL;
(*END DrawFrameControl;*)
PROCEDURE DrawCaption* ["USER32.dll", ""] (p0: HWND; p1: HDC; VAR [nil] p2: RECT; p3: INTEGER): BOOL;
(*END DrawCaption;*)
PROCEDURE DrawAnimatedRects* ["USER32.dll", ""] (hwnd: HWND; idAni: INTEGER; VAR [nil] lprcFrom: RECT; VAR [nil] lprcTo: RECT): BOOL;
(*END DrawAnimatedRects;*)
PROCEDURE GetMessageA* ["USER32.dll", ""] (VAR [nil] lpMsg: MSG; hWnd: HWND; wMsgFilterMin: INTEGER; wMsgFilterMax: INTEGER): BOOL;
(*END GetMessageA;*)
PROCEDURE GetMessageW* ["USER32.dll", ""] (VAR [nil] lpMsg: MSG; hWnd: HWND; wMsgFilterMin: INTEGER; wMsgFilterMax: INTEGER): BOOL;
(*END GetMessageW;*)
PROCEDURE GetMessage* ["USER32.dll", "GetMessageA"] (VAR [nil] lpMsg: MSG; hWnd: HWND; wMsgFilterMin: INTEGER; wMsgFilterMax: INTEGER): BOOL;
(*END GetMessage;*)
PROCEDURE TranslateMessage* ["USER32.dll", ""] (VAR [nil] lpMsg: MSG): BOOL;
(*END TranslateMessage;*)
PROCEDURE DispatchMessageA* ["USER32.dll", ""] (VAR [nil] lpMsg: MSG): INTEGER;
(*END DispatchMessageA;*)
PROCEDURE DispatchMessageW* ["USER32.dll", ""] (VAR [nil] lpMsg: MSG): INTEGER;
(*END DispatchMessageW;*)
PROCEDURE DispatchMessage* ["USER32.dll", "DispatchMessageA"] (VAR [nil] lpMsg: MSG): INTEGER;
(*END DispatchMessage;*)
PROCEDURE SetMessageQueue* ["USER32.dll", ""] (cMessagesMax: INTEGER): BOOL;
(*END SetMessageQueue;*)
PROCEDURE PeekMessageA* ["USER32.dll", ""] (VAR [nil] lpMsg: MSG; hWnd: HWND; wMsgFilterMin: INTEGER; wMsgFilterMax: INTEGER; wRemoveMsg: INTEGER): BOOL;
(*END PeekMessageA;*)
PROCEDURE PeekMessageW* ["USER32.dll", ""] (VAR [nil] lpMsg: MSG; hWnd: HWND; wMsgFilterMin: INTEGER; wMsgFilterMax: INTEGER; wRemoveMsg: INTEGER): BOOL;
(*END PeekMessageW;*)
PROCEDURE PeekMessage* ["USER32.dll", "PeekMessageA"] (VAR [nil] lpMsg: MSG; hWnd: HWND; wMsgFilterMin: INTEGER; wMsgFilterMax: INTEGER; wRemoveMsg: INTEGER): BOOL;
(*END PeekMessage;*)
PROCEDURE RegisterHotKey* ["USER32.dll", ""] (hWnd: HWND; id: INTEGER; fsModifiers: SET; vk: INTEGER): BOOL;
(*END RegisterHotKey;*)
PROCEDURE UnregisterHotKey* ["USER32.dll", ""] (hWnd: HWND; id: INTEGER): BOOL;
(*END UnregisterHotKey;*)
PROCEDURE ExitWindowsEx* ["USER32.dll", ""] (uFlags: SET; dwReserved: INTEGER): BOOL;
(*END ExitWindowsEx;*)
PROCEDURE SwapMouseButton* ["USER32.dll", ""] (fSwap: BOOL): BOOL;
(*END SwapMouseButton;*)
PROCEDURE GetMessagePos* ["USER32.dll", ""] (): INTEGER;
(*END GetMessagePos;*)
PROCEDURE GetMessageTime* ["USER32.dll", ""] (): INTEGER;
(*END GetMessageTime;*)
PROCEDURE GetMessageExtraInfo* ["USER32.dll", ""] (): INTEGER;
(*END GetMessageExtraInfo;*)
PROCEDURE SetMessageExtraInfo* ["USER32.dll", ""] (lParam: LPARAM): LPARAM;
(*END SetMessageExtraInfo;*)
PROCEDURE SendMessageA* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END SendMessageA;*)
PROCEDURE SendMessageW* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END SendMessageW;*)
PROCEDURE SendMessage* ["USER32.dll", "SendMessageA"] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END SendMessage;*)
PROCEDURE SendMessageTimeoutA* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM; fuFlags: SET; uTimeout: INTEGER; VAR [nil] lpdwResult: INTEGER): LRESULT;
(*END SendMessageTimeoutA;*)
PROCEDURE SendMessageTimeoutW* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM; fuFlags: SET; uTimeout: INTEGER; VAR [nil] lpdwResult: INTEGER): LRESULT;
(*END SendMessageTimeoutW;*)
PROCEDURE SendMessageTimeout* ["USER32.dll", "SendMessageTimeoutA"] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM; fuFlags: SET; uTimeout: INTEGER; VAR [nil] lpdwResult: INTEGER): LRESULT;
(*END SendMessageTimeout;*)
PROCEDURE SendNotifyMessageA* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): BOOL;
(*END SendNotifyMessageA;*)
PROCEDURE SendNotifyMessageW* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): BOOL;
(*END SendNotifyMessageW;*)
PROCEDURE SendNotifyMessage* ["USER32.dll", "SendNotifyMessageA"] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): BOOL;
(*END SendNotifyMessage;*)
PROCEDURE SendMessageCallbackA* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM; lpResultCallBack: SENDASYNCPROC; dwData: INTEGER): BOOL;
(*END SendMessageCallbackA;*)
PROCEDURE SendMessageCallbackW* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM; lpResultCallBack: SENDASYNCPROC; dwData: INTEGER): BOOL;
(*END SendMessageCallbackW;*)
PROCEDURE SendMessageCallback* ["USER32.dll", "SendMessageCallbackA"] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM; lpResultCallBack: SENDASYNCPROC; dwData: INTEGER): BOOL;
(*END SendMessageCallback;*)
PROCEDURE BroadcastSystemMessageA* ["USER32.dll", ""] (p0: SET; VAR [nil] p1: SET; p2: INTEGER; p3: WPARAM; p4: LPARAM): INTEGER;
(*END BroadcastSystemMessageA;*)
PROCEDURE BroadcastSystemMessageW* ["USER32.dll", ""] (p0: SET; VAR [nil] p1: SET; p2: INTEGER; p3: WPARAM; p4: LPARAM): INTEGER;
(*END BroadcastSystemMessageW;*)
PROCEDURE BroadcastSystemMessage* ["USER32.dll", "BroadcastSystemMessageA"] (p0: SET; VAR [nil] p1: SET; p2: INTEGER; p3: WPARAM; p4: LPARAM): INTEGER;
(*END BroadcastSystemMessage;*)
PROCEDURE PostMessageA* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): BOOL;
(*END PostMessageA;*)
PROCEDURE PostMessageW* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): BOOL;
(*END PostMessageW;*)
PROCEDURE PostMessage* ["USER32.dll", "PostMessageA"] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): BOOL;
(*END PostMessage;*)
PROCEDURE PostThreadMessageA* ["USER32.dll", ""] (idThread: INTEGER; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): BOOL;
(*END PostThreadMessageA;*)
PROCEDURE PostThreadMessageW* ["USER32.dll", ""] (idThread: INTEGER; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): BOOL;
(*END PostThreadMessageW;*)
PROCEDURE PostThreadMessage* ["USER32.dll", "PostThreadMessageA"] (idThread: INTEGER; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): BOOL;
(*END PostThreadMessage;*)
PROCEDURE AttachThreadInput* ["USER32.dll", ""] (idAttach: INTEGER; idAttachTo: INTEGER; fAttach: BOOL): BOOL;
(*END AttachThreadInput;*)
PROCEDURE ReplyMessage* ["USER32.dll", ""] (lResult: LRESULT): BOOL;
(*END ReplyMessage;*)
PROCEDURE WaitMessage* ["USER32.dll", ""] (): BOOL;
(*END WaitMessage;*)
PROCEDURE WaitForInputIdle* ["USER32.dll", ""] (hProcess: HANDLE; dwMilliseconds: INTEGER): INTEGER;
(*END WaitForInputIdle;*)
PROCEDURE DefWindowProcA* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefWindowProcA;*)
PROCEDURE DefWindowProcW* ["USER32.dll", ""] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefWindowProcW;*)
PROCEDURE DefWindowProc* ["USER32.dll", "DefWindowProcA"] (hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefWindowProc;*)
PROCEDURE PostQuitMessage* ["USER32.dll", ""] (nExitCode: INTEGER);
(*END PostQuitMessage;*)
PROCEDURE CallWindowProcA* ["USER32.dll", ""] (lpPrevWndFunc: FARPROC; hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END CallWindowProcA;*)
PROCEDURE CallWindowProcW* ["USER32.dll", ""] (lpPrevWndFunc: FARPROC; hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END CallWindowProcW;*)
PROCEDURE CallWindowProc* ["USER32.dll", "CallWindowProcA"] (lpPrevWndFunc: FARPROC; hWnd: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END CallWindowProc;*)
PROCEDURE InSendMessage* ["USER32.dll", ""] (): BOOL;
(*END InSendMessage;*)
PROCEDURE GetDoubleClickTime* ["USER32.dll", ""] (): INTEGER;
(*END GetDoubleClickTime;*)
PROCEDURE SetDoubleClickTime* ["USER32.dll", ""] (p0: INTEGER): BOOL;
(*END SetDoubleClickTime;*)
PROCEDURE RegisterClassA* ["USER32.dll", ""] (VAR [nil] lpWndClass: WNDCLASSA): ATOM;
(*END RegisterClassA;*)
PROCEDURE RegisterClassW* ["USER32.dll", ""] (VAR [nil] lpWndClass: WNDCLASSW): ATOM;
(*END RegisterClassW;*)
PROCEDURE RegisterClass* ["USER32.dll", "RegisterClassA"] (VAR [nil] lpWndClass: WNDCLASSA): ATOM;
(*END RegisterClass;*)
PROCEDURE UnregisterClassA* ["USER32.dll", ""] (lpClassName: PtrSTR; hInstance: HINSTANCE): BOOL;
(*END UnregisterClassA;*)
PROCEDURE UnregisterClassW* ["USER32.dll", ""] (lpClassName: PtrWSTR; hInstance: HINSTANCE): BOOL;
(*END UnregisterClassW;*)
PROCEDURE UnregisterClass* ["USER32.dll", "UnregisterClassA"] (lpClassName: PtrSTR; hInstance: HINSTANCE): BOOL;
(*END UnregisterClass;*)
PROCEDURE GetClassInfoA* ["USER32.dll", ""] (hInstance: HINSTANCE; lpClassName: PtrSTR; VAR [nil] lpWndClass: WNDCLASSA): BOOL;
(*END GetClassInfoA;*)
PROCEDURE GetClassInfoW* ["USER32.dll", ""] (hInstance: HINSTANCE; lpClassName: PtrWSTR; VAR [nil] lpWndClass: WNDCLASSW): BOOL;
(*END GetClassInfoW;*)
PROCEDURE GetClassInfo* ["USER32.dll", "GetClassInfoA"] (hInstance: HINSTANCE; lpClassName: PtrSTR; VAR [nil] lpWndClass: WNDCLASSA): BOOL;
(*END GetClassInfo;*)
PROCEDURE RegisterClassExA* ["USER32.dll", ""] (VAR [nil] p0: WNDCLASSEXA): ATOM;
(*END RegisterClassExA;*)
PROCEDURE RegisterClassExW* ["USER32.dll", ""] (VAR [nil] p0: WNDCLASSEXW): ATOM;
(*END RegisterClassExW;*)
PROCEDURE RegisterClassEx* ["USER32.dll", "RegisterClassExA"] (VAR [nil] p0: WNDCLASSEXA): ATOM;
(*END RegisterClassEx;*)
PROCEDURE GetClassInfoExA* ["USER32.dll", ""] (p0: HINSTANCE; p1: PtrSTR; VAR [nil] p2: WNDCLASSEXA): BOOL;
(*END GetClassInfoExA;*)
PROCEDURE GetClassInfoExW* ["USER32.dll", ""] (p0: HINSTANCE; p1: PtrWSTR; VAR [nil] p2: WNDCLASSEXW): BOOL;
(*END GetClassInfoExW;*)
PROCEDURE GetClassInfoEx* ["USER32.dll", "GetClassInfoExA"] (p0: HINSTANCE; p1: PtrSTR; VAR [nil] p2: WNDCLASSEXA): BOOL;
(*END GetClassInfoEx;*)
PROCEDURE CreateWindowExA* ["USER32.dll", ""] (dwExStyle: SET; lpClassName: PtrSTR; lpWindowName: PtrSTR; dwStyle: SET; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER; hWndParent: HWND; hMenu: HMENU; hInstance: HINSTANCE; lpParam: PtrVoid): HWND;
(*END CreateWindowExA;*)
PROCEDURE CreateWindowExW* ["USER32.dll", ""] (dwExStyle: SET; lpClassName: PtrWSTR; lpWindowName: PtrWSTR; dwStyle: SET; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER; hWndParent: HWND; hMenu: HMENU; hInstance: HINSTANCE; lpParam: PtrVoid): HWND;
(*END CreateWindowExW;*)
PROCEDURE CreateWindowEx* ["USER32.dll", "CreateWindowExA"] (dwExStyle: SET; lpClassName: PtrSTR; lpWindowName: PtrSTR; dwStyle: SET; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER; hWndParent: HWND; hMenu: HMENU; hInstance: HINSTANCE; lpParam: PtrVoid): HWND;
(*END CreateWindowEx;*)
PROCEDURE IsWindow* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END IsWindow;*)
PROCEDURE IsMenu* ["USER32.dll", ""] (hMenu: HMENU): BOOL;
(*END IsMenu;*)
PROCEDURE IsChild* ["USER32.dll", ""] (hWndParent: HWND; hWnd: HWND): BOOL;
(*END IsChild;*)
PROCEDURE DestroyWindow* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END DestroyWindow;*)
PROCEDURE ShowWindow* ["USER32.dll", ""] (hWnd: HWND; nCmdShow: INTEGER): BOOL;
(*END ShowWindow;*)
PROCEDURE ShowWindowAsync* ["USER32.dll", ""] (hWnd: HWND; nCmdShow: INTEGER): BOOL;
(*END ShowWindowAsync;*)
PROCEDURE FlashWindow* ["USER32.dll", ""] (hWnd: HWND; bInvert: BOOL): BOOL;
(*END FlashWindow;*)
PROCEDURE ShowOwnedPopups* ["USER32.dll", ""] (hWnd: HWND; fShow: BOOL): BOOL;
(*END ShowOwnedPopups;*)
PROCEDURE OpenIcon* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END OpenIcon;*)
PROCEDURE CloseWindow* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END CloseWindow;*)
PROCEDURE MoveWindow* ["USER32.dll", ""] (hWnd: HWND; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER; bRepaint: BOOL): BOOL;
(*END MoveWindow;*)
PROCEDURE SetWindowPos* ["USER32.dll", ""] (hWnd: HWND; hWndInsertAfter: HWND; X: INTEGER; Y: INTEGER; cx: INTEGER; cy: INTEGER; uFlags: SET): BOOL;
(*END SetWindowPos;*)
PROCEDURE GetWindowPlacement* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpwndpl: WINDOWPLACEMENT): BOOL;
(*END GetWindowPlacement;*)
PROCEDURE SetWindowPlacement* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpwndpl: WINDOWPLACEMENT): BOOL;
(*END SetWindowPlacement;*)
PROCEDURE BeginDeferWindowPos* ["USER32.dll", ""] (nNumWindows: INTEGER): HDWP;
(*END BeginDeferWindowPos;*)
PROCEDURE DeferWindowPos* ["USER32.dll", ""] (hWinPosInfo: HDWP; hWnd: HWND; hWndInsertAfter: HWND; x: INTEGER; y: INTEGER; cx: INTEGER; cy: INTEGER; uFlags: SET): HDWP;
(*END DeferWindowPos;*)
PROCEDURE EndDeferWindowPos* ["USER32.dll", ""] (hWinPosInfo: HDWP): BOOL;
(*END EndDeferWindowPos;*)
PROCEDURE IsWindowVisible* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END IsWindowVisible;*)
PROCEDURE IsIconic* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END IsIconic;*)
PROCEDURE AnyPopup* ["USER32.dll", ""] (): BOOL;
(*END AnyPopup;*)
PROCEDURE BringWindowToTop* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END BringWindowToTop;*)
PROCEDURE IsZoomed* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END IsZoomed;*)
PROCEDURE CreateDialogParamA* ["USER32.dll", ""] (hInstance: HINSTANCE; lpTemplateName: PtrSTR; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): HWND;
(*END CreateDialogParamA;*)
PROCEDURE CreateDialogParamW* ["USER32.dll", ""] (hInstance: HINSTANCE; lpTemplateName: PtrWSTR; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): HWND;
(*END CreateDialogParamW;*)
PROCEDURE CreateDialogParam* ["USER32.dll", "CreateDialogParamA"] (hInstance: HINSTANCE; lpTemplateName: PtrSTR; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): HWND;
(*END CreateDialogParam;*)
PROCEDURE CreateDialogIndirectParamA* ["USER32.dll", ""] (hInstance: HINSTANCE; VAR [nil] lpTemplate: DLGTEMPLATE; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): HWND;
(*END CreateDialogIndirectParamA;*)
PROCEDURE CreateDialogIndirectParamW* ["USER32.dll", ""] (hInstance: HINSTANCE; VAR [nil] lpTemplate: DLGTEMPLATE; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): HWND;
(*END CreateDialogIndirectParamW;*)
PROCEDURE CreateDialogIndirectParam* ["USER32.dll", "CreateDialogIndirectParamA"] (hInstance: HINSTANCE; VAR [nil] lpTemplate: DLGTEMPLATE; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): HWND;
(*END CreateDialogIndirectParam;*)
PROCEDURE DialogBoxParamA* ["USER32.dll", ""] (hInstance: HINSTANCE; lpTemplateName: PtrSTR; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): INTEGER;
(*END DialogBoxParamA;*)
PROCEDURE DialogBoxParamW* ["USER32.dll", ""] (hInstance: HINSTANCE; lpTemplateName: PtrWSTR; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): INTEGER;
(*END DialogBoxParamW;*)
PROCEDURE DialogBoxParam* ["USER32.dll", "DialogBoxParamA"] (hInstance: HINSTANCE; lpTemplateName: PtrSTR; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): INTEGER;
(*END DialogBoxParam;*)
PROCEDURE DialogBoxIndirectParamA* ["USER32.dll", ""] (hInstance: HINSTANCE; VAR [nil] hDialogTemplate: DLGTEMPLATE; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): INTEGER;
(*END DialogBoxIndirectParamA;*)
PROCEDURE DialogBoxIndirectParamW* ["USER32.dll", ""] (hInstance: HINSTANCE; VAR [nil] hDialogTemplate: DLGTEMPLATE; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): INTEGER;
(*END DialogBoxIndirectParamW;*)
PROCEDURE DialogBoxIndirectParam* ["USER32.dll", "DialogBoxIndirectParamA"] (hInstance: HINSTANCE; VAR [nil] hDialogTemplate: DLGTEMPLATE; hWndParent: HWND; lpDialogFunc: DLGPROC; dwInitParam: LPARAM): INTEGER;
(*END DialogBoxIndirectParam;*)
PROCEDURE EndDialog* ["USER32.dll", ""] (hDlg: HWND; nResult: INTEGER): BOOL;
(*END EndDialog;*)
PROCEDURE GetDlgItem* ["USER32.dll", ""] (hDlg: HWND; nIDDlgItem: INTEGER): HWND;
(*END GetDlgItem;*)
PROCEDURE SetDlgItemInt* ["USER32.dll", ""] (hDlg: HWND; nIDDlgItem: INTEGER; uValue: INTEGER; bSigned: BOOL): BOOL;
(*END SetDlgItemInt;*)
PROCEDURE GetDlgItemInt* ["USER32.dll", ""] (hDlg: HWND; nIDDlgItem: INTEGER; VAR [nil] lpTranslated: BOOL; bSigned: BOOL): INTEGER;
(*END GetDlgItemInt;*)
PROCEDURE SetDlgItemTextA* ["USER32.dll", ""] (hDlg: HWND; nIDDlgItem: INTEGER; lpString: PtrSTR): BOOL;
(*END SetDlgItemTextA;*)
PROCEDURE SetDlgItemTextW* ["USER32.dll", ""] (hDlg: HWND; nIDDlgItem: INTEGER; lpString: PtrWSTR): BOOL;
(*END SetDlgItemTextW;*)
PROCEDURE SetDlgItemText* ["USER32.dll", "SetDlgItemTextA"] (hDlg: HWND; nIDDlgItem: INTEGER; lpString: PtrSTR): BOOL;
(*END SetDlgItemText;*)
PROCEDURE GetDlgItemTextA* ["USER32.dll", ""] (hDlg: HWND; nIDDlgItem: INTEGER; lpString: PtrSTR; nMaxCount: INTEGER): INTEGER;
(*END GetDlgItemTextA;*)
PROCEDURE GetDlgItemTextW* ["USER32.dll", ""] (hDlg: HWND; nIDDlgItem: INTEGER; lpString: PtrWSTR; nMaxCount: INTEGER): INTEGER;
(*END GetDlgItemTextW;*)
PROCEDURE GetDlgItemText* ["USER32.dll", "GetDlgItemTextA"] (hDlg: HWND; nIDDlgItem: INTEGER; lpString: PtrSTR; nMaxCount: INTEGER): INTEGER;
(*END GetDlgItemText;*)
PROCEDURE CheckDlgButton* ["USER32.dll", ""] (hDlg: HWND; nIDButton: INTEGER; uCheck: SET): BOOL;
(*END CheckDlgButton;*)
PROCEDURE CheckRadioButton* ["USER32.dll", ""] (hDlg: HWND; nIDFirstButton: INTEGER; nIDLastButton: INTEGER; nIDCheckButton: INTEGER): BOOL;
(*END CheckRadioButton;*)
PROCEDURE IsDlgButtonChecked* ["USER32.dll", ""] (hDlg: HWND; nIDButton: INTEGER): INTEGER;
(*END IsDlgButtonChecked;*)
PROCEDURE SendDlgItemMessageA* ["USER32.dll", ""] (hDlg: HWND; nIDDlgItem: INTEGER; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): INTEGER;
(*END SendDlgItemMessageA;*)
PROCEDURE SendDlgItemMessageW* ["USER32.dll", ""] (hDlg: HWND; nIDDlgItem: INTEGER; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): INTEGER;
(*END SendDlgItemMessageW;*)
PROCEDURE SendDlgItemMessage* ["USER32.dll", "SendDlgItemMessageA"] (hDlg: HWND; nIDDlgItem: INTEGER; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): INTEGER;
(*END SendDlgItemMessage;*)
PROCEDURE GetNextDlgGroupItem* ["USER32.dll", ""] (hDlg: HWND; hCtl: HWND; bPrevious: BOOL): HWND;
(*END GetNextDlgGroupItem;*)
PROCEDURE GetNextDlgTabItem* ["USER32.dll", ""] (hDlg: HWND; hCtl: HWND; bPrevious: BOOL): HWND;
(*END GetNextDlgTabItem;*)
PROCEDURE GetDlgCtrlID* ["USER32.dll", ""] (hWnd: HWND): INTEGER;
(*END GetDlgCtrlID;*)
PROCEDURE GetDialogBaseUnits* ["USER32.dll", ""] (): INTEGER;
(*END GetDialogBaseUnits;*)
PROCEDURE DefDlgProcA* ["USER32.dll", ""] (hDlg: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefDlgProcA;*)
PROCEDURE DefDlgProcW* ["USER32.dll", ""] (hDlg: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefDlgProcW;*)
PROCEDURE DefDlgProc* ["USER32.dll", "DefDlgProcA"] (hDlg: HWND; Msg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefDlgProc;*)
PROCEDURE CallMsgFilterA* ["USER32.dll", ""] (VAR [nil] lpMsg: MSG; nCode: INTEGER): BOOL;
(*END CallMsgFilterA;*)
PROCEDURE CallMsgFilterW* ["USER32.dll", ""] (VAR [nil] lpMsg: MSG; nCode: INTEGER): BOOL;
(*END CallMsgFilterW;*)
PROCEDURE CallMsgFilter* ["USER32.dll", "CallMsgFilterA"] (VAR [nil] lpMsg: MSG; nCode: INTEGER): BOOL;
(*END CallMsgFilter;*)
PROCEDURE OpenClipboard* ["USER32.dll", ""] (hWndNewOwner: HWND): BOOL;
(*END OpenClipboard;*)
PROCEDURE CloseClipboard* ["USER32.dll", ""] (): BOOL;
(*END CloseClipboard;*)
PROCEDURE GetClipboardOwner* ["USER32.dll", ""] (): HWND;
(*END GetClipboardOwner;*)
PROCEDURE SetClipboardViewer* ["USER32.dll", ""] (hWndNewViewer: HWND): HWND;
(*END SetClipboardViewer;*)
PROCEDURE GetClipboardViewer* ["USER32.dll", ""] (): HWND;
(*END GetClipboardViewer;*)
PROCEDURE ChangeClipboardChain* ["USER32.dll", ""] (hWndRemove: HWND; hWndNewNext: HWND): BOOL;
(*END ChangeClipboardChain;*)
PROCEDURE SetClipboardData* ["USER32.dll", ""] (uFormat: INTEGER; hMem: HANDLE): HANDLE;
(*END SetClipboardData;*)
PROCEDURE GetClipboardData* ["USER32.dll", ""] (uFormat: INTEGER): HANDLE;
(*END GetClipboardData;*)
PROCEDURE RegisterClipboardFormatA* ["USER32.dll", ""] (lpszFormat: PtrSTR): INTEGER;
(*END RegisterClipboardFormatA;*)
PROCEDURE RegisterClipboardFormatW* ["USER32.dll", ""] (lpszFormat: PtrWSTR): INTEGER;
(*END RegisterClipboardFormatW;*)
PROCEDURE RegisterClipboardFormat* ["USER32.dll", "RegisterClipboardFormatA"] (lpszFormat: PtrSTR): INTEGER;
(*END RegisterClipboardFormat;*)
PROCEDURE CountClipboardFormats* ["USER32.dll", ""] (): INTEGER;
(*END CountClipboardFormats;*)
PROCEDURE EnumClipboardFormats* ["USER32.dll", ""] (format: INTEGER): INTEGER;
(*END EnumClipboardFormats;*)
PROCEDURE GetClipboardFormatNameA* ["USER32.dll", ""] (format: INTEGER; lpszFormatName: PtrSTR; cchMaxCount: INTEGER): INTEGER;
(*END GetClipboardFormatNameA;*)
PROCEDURE GetClipboardFormatNameW* ["USER32.dll", ""] (format: INTEGER; lpszFormatName: PtrWSTR; cchMaxCount: INTEGER): INTEGER;
(*END GetClipboardFormatNameW;*)
PROCEDURE GetClipboardFormatName* ["USER32.dll", "GetClipboardFormatNameA"] (format: INTEGER; lpszFormatName: PtrSTR; cchMaxCount: INTEGER): INTEGER;
(*END GetClipboardFormatName;*)
PROCEDURE EmptyClipboard* ["USER32.dll", ""] (): BOOL;
(*END EmptyClipboard;*)
PROCEDURE IsClipboardFormatAvailable* ["USER32.dll", ""] (format: INTEGER): BOOL;
(*END IsClipboardFormatAvailable;*)
PROCEDURE GetPriorityClipboardFormat* ["USER32.dll", ""] (VAR [nil] paFormatPriorityList: INTEGER; cFormats: INTEGER): INTEGER;
(*END GetPriorityClipboardFormat;*)
PROCEDURE GetOpenClipboardWindow* ["USER32.dll", ""] (): HWND;
(*END GetOpenClipboardWindow;*)
PROCEDURE CharToOemA* ["USER32.dll", ""] (lpszSrc: PtrSTR; lpszDst: PtrSTR): BOOL;
(*END CharToOemA;*)
PROCEDURE CharToOemW* ["USER32.dll", ""] (lpszSrc: PtrWSTR; lpszDst: PtrSTR): BOOL;
(*END CharToOemW;*)
PROCEDURE CharToOem* ["USER32.dll", "CharToOemA"] (lpszSrc: PtrSTR; lpszDst: PtrSTR): BOOL;
(*END CharToOem;*)
PROCEDURE OemToCharA* ["USER32.dll", ""] (lpszSrc: PtrSTR; lpszDst: PtrSTR): BOOL;
(*END OemToCharA;*)
PROCEDURE OemToCharW* ["USER32.dll", ""] (lpszSrc: PtrSTR; lpszDst: PtrWSTR): BOOL;
(*END OemToCharW;*)
PROCEDURE OemToChar* ["USER32.dll", "OemToCharA"] (lpszSrc: PtrSTR; lpszDst: PtrSTR): BOOL;
(*END OemToChar;*)
PROCEDURE CharToOemBuffA* ["USER32.dll", ""] (lpszSrc: PtrSTR; lpszDst: PtrSTR; cchDstLength: INTEGER): BOOL;
(*END CharToOemBuffA;*)
PROCEDURE CharToOemBuffW* ["USER32.dll", ""] (lpszSrc: PtrWSTR; lpszDst: PtrSTR; cchDstLength: INTEGER): BOOL;
(*END CharToOemBuffW;*)
PROCEDURE CharToOemBuff* ["USER32.dll", "CharToOemBuffA"] (lpszSrc: PtrSTR; lpszDst: PtrSTR; cchDstLength: INTEGER): BOOL;
(*END CharToOemBuff;*)
PROCEDURE OemToCharBuffA* ["USER32.dll", ""] (lpszSrc: PtrSTR; lpszDst: PtrSTR; cchDstLength: INTEGER): BOOL;
(*END OemToCharBuffA;*)
PROCEDURE OemToCharBuffW* ["USER32.dll", ""] (lpszSrc: PtrSTR; lpszDst: PtrWSTR; cchDstLength: INTEGER): BOOL;
(*END OemToCharBuffW;*)
PROCEDURE OemToCharBuff* ["USER32.dll", "OemToCharBuffA"] (lpszSrc: PtrSTR; lpszDst: PtrSTR; cchDstLength: INTEGER): BOOL;
(*END OemToCharBuff;*)
PROCEDURE CharUpperA* ["USER32.dll", ""] (lpsz: PtrSTR): PtrSTR;
(*END CharUpperA;*)
PROCEDURE CharUpperW* ["USER32.dll", ""] (lpsz: PtrWSTR): PtrWSTR;
(*END CharUpperW;*)
PROCEDURE CharUpper* ["USER32.dll", "CharUpperA"] (lpsz: PtrSTR): PtrSTR;
(*END CharUpper;*)
PROCEDURE CharUpperBuffA* ["USER32.dll", ""] (lpsz: PtrSTR; cchLength: INTEGER): INTEGER;
(*END CharUpperBuffA;*)
PROCEDURE CharUpperBuffW* ["USER32.dll", ""] (lpsz: PtrWSTR; cchLength: INTEGER): INTEGER;
(*END CharUpperBuffW;*)
PROCEDURE CharUpperBuff* ["USER32.dll", "CharUpperBuffA"] (lpsz: PtrSTR; cchLength: INTEGER): INTEGER;
(*END CharUpperBuff;*)
PROCEDURE CharLowerA* ["USER32.dll", ""] (lpsz: PtrSTR): PtrSTR;
(*END CharLowerA;*)
PROCEDURE CharLowerW* ["USER32.dll", ""] (lpsz: PtrWSTR): PtrWSTR;
(*END CharLowerW;*)
PROCEDURE CharLower* ["USER32.dll", "CharLowerA"] (lpsz: PtrSTR): PtrSTR;
(*END CharLower;*)
PROCEDURE CharLowerBuffA* ["USER32.dll", ""] (lpsz: PtrSTR; cchLength: INTEGER): INTEGER;
(*END CharLowerBuffA;*)
PROCEDURE CharLowerBuffW* ["USER32.dll", ""] (lpsz: PtrWSTR; cchLength: INTEGER): INTEGER;
(*END CharLowerBuffW;*)
PROCEDURE CharLowerBuff* ["USER32.dll", "CharLowerBuffA"] (lpsz: PtrSTR; cchLength: INTEGER): INTEGER;
(*END CharLowerBuff;*)
PROCEDURE CharNextA* ["USER32.dll", ""] (lpsz: PtrSTR): PtrSTR;
(*END CharNextA;*)
PROCEDURE CharNextW* ["USER32.dll", ""] (lpsz: PtrWSTR): PtrWSTR;
(*END CharNextW;*)
PROCEDURE CharNext* ["USER32.dll", "CharNextA"] (lpsz: PtrSTR): PtrSTR;
(*END CharNext;*)
PROCEDURE CharPrevA* ["USER32.dll", ""] (lpszStart: PtrSTR; lpszCurrent: PtrSTR): PtrSTR;
(*END CharPrevA;*)
PROCEDURE CharPrevW* ["USER32.dll", ""] (lpszStart: PtrWSTR; lpszCurrent: PtrWSTR): PtrWSTR;
(*END CharPrevW;*)
PROCEDURE CharPrev* ["USER32.dll", "CharPrevA"] (lpszStart: PtrSTR; lpszCurrent: PtrSTR): PtrSTR;
(*END CharPrev;*)
PROCEDURE CharNextExA* ["USER32.dll", ""] (CodePage: SHORTINT; lpCurrentChar: PtrSTR; dwFlags: SET): PtrSTR;
(*END CharNextExA;*)
PROCEDURE CharPrevExA* ["USER32.dll", ""] (CodePage: SHORTINT; lpStart: PtrSTR; lpCurrentChar: PtrSTR; dwFlags: SET): PtrSTR;
(*END CharPrevExA;*)
PROCEDURE AnsiToOem* ["USER32.dll", "CharToOemA"] (lpszSrc: PtrSTR; lpszDst: PtrSTR): BOOL;
(*END AnsiToOem;*)
PROCEDURE OemToAnsi* ["USER32.dll", "OemToCharA"] (lpszSrc: PtrSTR; lpszDst: PtrSTR): BOOL;
(*END OemToAnsi;*)
PROCEDURE AnsiToOemBuff* ["USER32.dll", "CharToOemBuffA"] (lpszSrc: PtrSTR; lpszDst: PtrSTR; cchDstLength: INTEGER): BOOL;
(*END AnsiToOemBuff;*)
PROCEDURE OemToAnsiBuff* ["USER32.dll", "OemToCharBuffA"] (lpszSrc: PtrSTR; lpszDst: PtrSTR; cchDstLength: INTEGER): BOOL;
(*END OemToAnsiBuff;*)
PROCEDURE AnsiUpper* ["USER32.dll", "CharUpperA"] (lpsz: PtrSTR): PtrSTR;
(*END AnsiUpper;*)
PROCEDURE AnsiUpperBuff* ["USER32.dll", "CharUpperBuffA"] (lpsz: PtrSTR; cchLength: INTEGER): INTEGER;
(*END AnsiUpperBuff;*)
PROCEDURE AnsiLower* ["USER32.dll", "CharLowerA"] (lpsz: PtrSTR): PtrSTR;
(*END AnsiLower;*)
PROCEDURE AnsiLowerBuff* ["USER32.dll", "CharLowerBuffA"] (lpsz: PtrSTR; cchLength: INTEGER): INTEGER;
(*END AnsiLowerBuff;*)
PROCEDURE AnsiNext* ["USER32.dll", "CharNextA"] (lpsz: PtrSTR): PtrSTR;
(*END AnsiNext;*)
PROCEDURE AnsiPrev* ["USER32.dll", "CharPrevA"] (lpszStart: PtrSTR; lpszCurrent: PtrSTR): PtrSTR;
(*END AnsiPrev;*)
PROCEDURE IsCharAlphaA* ["USER32.dll", ""] (ch: SHORTCHAR): BOOL;
(*END IsCharAlphaA;*)
PROCEDURE IsCharAlphaW* ["USER32.dll", ""] (ch: CHAR): BOOL;
(*END IsCharAlphaW;*)
PROCEDURE IsCharAlpha* ["USER32.dll", "IsCharAlphaA"] (ch: SHORTCHAR): BOOL;
(*END IsCharAlpha;*)
PROCEDURE IsCharAlphaNumericA* ["USER32.dll", ""] (ch: SHORTCHAR): BOOL;
(*END IsCharAlphaNumericA;*)
PROCEDURE IsCharAlphaNumericW* ["USER32.dll", ""] (ch: CHAR): BOOL;
(*END IsCharAlphaNumericW;*)
PROCEDURE IsCharAlphaNumeric* ["USER32.dll", "IsCharAlphaNumericA"] (ch: SHORTCHAR): BOOL;
(*END IsCharAlphaNumeric;*)
PROCEDURE IsCharUpperA* ["USER32.dll", ""] (ch: SHORTCHAR): BOOL;
(*END IsCharUpperA;*)
PROCEDURE IsCharUpperW* ["USER32.dll", ""] (ch: CHAR): BOOL;
(*END IsCharUpperW;*)
PROCEDURE IsCharUpper* ["USER32.dll", "IsCharUpperA"] (ch: SHORTCHAR): BOOL;
(*END IsCharUpper;*)
PROCEDURE IsCharLowerA* ["USER32.dll", ""] (ch: SHORTCHAR): BOOL;
(*END IsCharLowerA;*)
PROCEDURE IsCharLowerW* ["USER32.dll", ""] (ch: CHAR): BOOL;
(*END IsCharLowerW;*)
PROCEDURE IsCharLower* ["USER32.dll", "IsCharLowerA"] (ch: SHORTCHAR): BOOL;
(*END IsCharLower;*)
PROCEDURE SetFocus* ["USER32.dll", ""] (hWnd: HWND): HWND;
(*END SetFocus;*)
PROCEDURE GetActiveWindow* ["USER32.dll", ""] (): HWND;
(*END GetActiveWindow;*)
PROCEDURE GetFocus* ["USER32.dll", ""] (): HWND;
(*END GetFocus;*)
PROCEDURE GetKBCodePage* ["USER32.dll", ""] (): INTEGER;
(*END GetKBCodePage;*)
PROCEDURE GetKeyState* ["USER32.dll", ""] (nVirtKey: INTEGER): SHORTINT;
(*END GetKeyState;*)
PROCEDURE GetAsyncKeyState* ["USER32.dll", ""] (vKey: INTEGER): SHORTINT;
(*END GetAsyncKeyState;*)
PROCEDURE GetKeyboardState* ["USER32.dll", ""] (VAR [nil] lpKeyState: SHORTCHAR): BOOL;
(*END GetKeyboardState;*)
PROCEDURE SetKeyboardState* ["USER32.dll", ""] (VAR [nil] lpKeyState: SHORTCHAR): BOOL;
(*END SetKeyboardState;*)
PROCEDURE GetKeyNameTextA* ["USER32.dll", ""] (lParam: INTEGER; lpString: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetKeyNameTextA;*)
PROCEDURE GetKeyNameTextW* ["USER32.dll", ""] (lParam: INTEGER; lpString: PtrWSTR; nSize: INTEGER): INTEGER;
(*END GetKeyNameTextW;*)
PROCEDURE GetKeyNameText* ["USER32.dll", "GetKeyNameTextA"] (lParam: INTEGER; lpString: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetKeyNameText;*)
PROCEDURE GetKeyboardType* ["USER32.dll", ""] (nTypeFlag: INTEGER): INTEGER;
(*END GetKeyboardType;*)
PROCEDURE ToAscii* ["USER32.dll", ""] (uVirtKey: INTEGER; uScanCode: INTEGER; VAR [nil] lpKeyState: SHORTCHAR; VAR [nil] lpChar: SHORTINT; uFlags: SET): INTEGER;
(*END ToAscii;*)
PROCEDURE ToAsciiEx* ["USER32.dll", ""] (uVirtKey: INTEGER; uScanCode: INTEGER; VAR [nil] lpKeyState: SHORTCHAR; VAR [nil] lpChar: SHORTINT; uFlags: SET; dwhkl: HKL): INTEGER;
(*END ToAsciiEx;*)
PROCEDURE ToUnicode* ["USER32.dll", ""] (wVirtKey: INTEGER; wScanCode: INTEGER; VAR [nil] lpKeyState: SHORTCHAR; pwszBuff: PtrWSTR; cchBuff: INTEGER; wFlags: INTEGER): INTEGER;
(*END ToUnicode;*)
PROCEDURE OemKeyScan* ["USER32.dll", ""] (wOemChar: SHORTINT): INTEGER;
(*END OemKeyScan;*)
PROCEDURE VkKeyScanA* ["USER32.dll", ""] (ch: SHORTCHAR): SHORTINT;
(*END VkKeyScanA;*)
PROCEDURE VkKeyScanW* ["USER32.dll", ""] (ch: CHAR): SHORTINT;
(*END VkKeyScanW;*)
PROCEDURE VkKeyScan* ["USER32.dll", "VkKeyScanA"] (ch: SHORTCHAR): SHORTINT;
(*END VkKeyScan;*)
PROCEDURE VkKeyScanExA* ["USER32.dll", ""] (ch: SHORTCHAR; dwhkl: HKL): SHORTINT;
(*END VkKeyScanExA;*)
PROCEDURE VkKeyScanExW* ["USER32.dll", ""] (ch: CHAR; dwhkl: HKL): SHORTINT;
(*END VkKeyScanExW;*)
PROCEDURE VkKeyScanEx* ["USER32.dll", "VkKeyScanExA"] (ch: SHORTCHAR; dwhkl: HKL): SHORTINT;
(*END VkKeyScanEx;*)
PROCEDURE keybd_event* ["USER32.dll", ""] (bVk: SHORTCHAR; bScan: SHORTCHAR; dwFlags: SET; dwExtraInfo: INTEGER);
(*END keybd_event;*)
PROCEDURE mouse_event* ["USER32.dll", ""] (dwFlags: SET; dx: INTEGER; dy: INTEGER; cButtons: INTEGER; dwExtraInfo: INTEGER);
(*END mouse_event;*)
PROCEDURE MapVirtualKeyA* ["USER32.dll", ""] (uCode: INTEGER; uMapType: INTEGER): INTEGER;
(*END MapVirtualKeyA;*)
PROCEDURE MapVirtualKeyW* ["USER32.dll", ""] (uCode: INTEGER; uMapType: INTEGER): INTEGER;
(*END MapVirtualKeyW;*)
PROCEDURE MapVirtualKey* ["USER32.dll", "MapVirtualKeyA"] (uCode: INTEGER; uMapType: INTEGER): INTEGER;
(*END MapVirtualKey;*)
PROCEDURE MapVirtualKeyExA* ["USER32.dll", ""] (uCode: INTEGER; uMapType: INTEGER; dwhkl: HKL): INTEGER;
(*END MapVirtualKeyExA;*)
PROCEDURE MapVirtualKeyExW* ["USER32.dll", ""] (uCode: INTEGER; uMapType: INTEGER; dwhkl: HKL): INTEGER;
(*END MapVirtualKeyExW;*)
PROCEDURE MapVirtualKeyEx* ["USER32.dll", "MapVirtualKeyExA"] (uCode: INTEGER; uMapType: INTEGER; dwhkl: HKL): INTEGER;
(*END MapVirtualKeyEx;*)
PROCEDURE GetInputState* ["USER32.dll", ""] (): BOOL;
(*END GetInputState;*)
PROCEDURE GetQueueStatus* ["USER32.dll", ""] (flags: SET): INTEGER;
(*END GetQueueStatus;*)
PROCEDURE GetCapture* ["USER32.dll", ""] (): HWND;
(*END GetCapture;*)
PROCEDURE SetCapture* ["USER32.dll", ""] (hWnd: HWND): HWND;
(*END SetCapture;*)
PROCEDURE ReleaseCapture* ["USER32.dll", ""] (): BOOL;
(*END ReleaseCapture;*)
PROCEDURE MsgWaitForMultipleObjects* ["USER32.dll", ""] (nCount: INTEGER; VAR [nil] pHandles: HANDLE; fWaitAll: BOOL; dwMilliseconds: INTEGER; dwWakeMask: INTEGER): INTEGER;
(*END MsgWaitForMultipleObjects;*)
PROCEDURE MsgWaitForMultipleObjectsEx* ["USER32.dll", ""] (nCount: INTEGER; VAR [nil] pHandles: HANDLE; dwMilliseconds: INTEGER; dwWakeMask: INTEGER; dwFlags: SET): INTEGER;
(*END MsgWaitForMultipleObjectsEx;*)
PROCEDURE SetTimer* ["USER32.dll", ""] (hWnd: HWND; nIDEvent: INTEGER; uElapse: INTEGER; lpTimerFunc: TIMERPROC): INTEGER;
(*END SetTimer;*)
PROCEDURE KillTimer* ["USER32.dll", ""] (hWnd: HWND; uIDEvent: INTEGER): BOOL;
(*END KillTimer;*)
PROCEDURE IsWindowUnicode* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END IsWindowUnicode;*)
PROCEDURE EnableWindow* ["USER32.dll", ""] (hWnd: HWND; bEnable: BOOL): BOOL;
(*END EnableWindow;*)
PROCEDURE IsWindowEnabled* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END IsWindowEnabled;*)
PROCEDURE LoadAcceleratorsA* ["USER32.dll", ""] (hInstance: HINSTANCE; lpTableName: PtrSTR): HACCEL;
(*END LoadAcceleratorsA;*)
PROCEDURE LoadAcceleratorsW* ["USER32.dll", ""] (hInstance: HINSTANCE; lpTableName: PtrWSTR): HACCEL;
(*END LoadAcceleratorsW;*)
PROCEDURE LoadAccelerators* ["USER32.dll", "LoadAcceleratorsA"] (hInstance: HINSTANCE; lpTableName: PtrSTR): HACCEL;
(*END LoadAccelerators;*)
PROCEDURE CreateAcceleratorTableA* ["USER32.dll", ""] (VAR [nil] p0: ACCEL; p1: INTEGER): HACCEL;
(*END CreateAcceleratorTableA;*)
PROCEDURE CreateAcceleratorTableW* ["USER32.dll", ""] (VAR [nil] p0: ACCEL; p1: INTEGER): HACCEL;
(*END CreateAcceleratorTableW;*)
PROCEDURE CreateAcceleratorTable* ["USER32.dll", "CreateAcceleratorTableA"] (VAR [nil] p0: ACCEL; p1: INTEGER): HACCEL;
(*END CreateAcceleratorTable;*)
PROCEDURE DestroyAcceleratorTable* ["USER32.dll", ""] (hAccel: HACCEL): BOOL;
(*END DestroyAcceleratorTable;*)
PROCEDURE CopyAcceleratorTableA* ["USER32.dll", ""] (hAccelSrc: HACCEL; VAR [nil] lpAccelDst: ACCEL; cAccelEntries: INTEGER): INTEGER;
(*END CopyAcceleratorTableA;*)
PROCEDURE CopyAcceleratorTableW* ["USER32.dll", ""] (hAccelSrc: HACCEL; VAR [nil] lpAccelDst: ACCEL; cAccelEntries: INTEGER): INTEGER;
(*END CopyAcceleratorTableW;*)
PROCEDURE CopyAcceleratorTable* ["USER32.dll", "CopyAcceleratorTableA"] (hAccelSrc: HACCEL; VAR [nil] lpAccelDst: ACCEL; cAccelEntries: INTEGER): INTEGER;
(*END CopyAcceleratorTable;*)
PROCEDURE TranslateAcceleratorA* ["USER32.dll", ""] (hWnd: HWND; hAccTable: HACCEL; VAR [nil] lpMsg: MSG): INTEGER;
(*END TranslateAcceleratorA;*)
PROCEDURE TranslateAcceleratorW* ["USER32.dll", ""] (hWnd: HWND; hAccTable: HACCEL; VAR [nil] lpMsg: MSG): INTEGER;
(*END TranslateAcceleratorW;*)
PROCEDURE TranslateAccelerator* ["USER32.dll", "TranslateAcceleratorA"] (hWnd: HWND; hAccTable: HACCEL; VAR [nil] lpMsg: MSG): INTEGER;
(*END TranslateAccelerator;*)
PROCEDURE GetSystemMetrics* ["USER32.dll", ""] (nIndex: INTEGER): INTEGER;
(*END GetSystemMetrics;*)
PROCEDURE LoadMenuA* ["USER32.dll", ""] (hInstance: HINSTANCE; lpMenuName: PtrSTR): HMENU;
(*END LoadMenuA;*)
PROCEDURE LoadMenuW* ["USER32.dll", ""] (hInstance: HINSTANCE; lpMenuName: PtrWSTR): HMENU;
(*END LoadMenuW;*)
PROCEDURE LoadMenu* ["USER32.dll", "LoadMenuA"] (hInstance: HINSTANCE; lpMenuName: PtrSTR): HMENU;
(*END LoadMenu;*)
PROCEDURE LoadMenuIndirectA* ["USER32.dll", ""] (lpMenuTemplate: PtrMENUTEMPLATEA): HMENU;
(*END LoadMenuIndirectA;*)
PROCEDURE LoadMenuIndirectW* ["USER32.dll", ""] (lpMenuTemplate: PtrMENUTEMPLATEW): HMENU;
(*END LoadMenuIndirectW;*)
PROCEDURE LoadMenuIndirect* ["USER32.dll", "LoadMenuIndirectA"] (lpMenuTemplate: PtrMENUTEMPLATEA): HMENU;
(*END LoadMenuIndirect;*)
PROCEDURE GetMenu* ["USER32.dll", ""] (hWnd: HWND): HMENU;
(*END GetMenu;*)
PROCEDURE SetMenu* ["USER32.dll", ""] (hWnd: HWND; hMenu: HMENU): BOOL;
(*END SetMenu;*)
PROCEDURE ChangeMenuA* ["USER32.dll", ""] (hMenu: HMENU; cmd: INTEGER; lpszNewItem: PtrSTR; cmdInsert: INTEGER; flags: SET): BOOL;
(*END ChangeMenuA;*)
PROCEDURE ChangeMenuW* ["USER32.dll", ""] (hMenu: HMENU; cmd: INTEGER; lpszNewItem: PtrWSTR; cmdInsert: INTEGER; flags: SET): BOOL;
(*END ChangeMenuW;*)
PROCEDURE ChangeMenu* ["USER32.dll", "ChangeMenuA"] (hMenu: HMENU; cmd: INTEGER; lpszNewItem: PtrSTR; cmdInsert: INTEGER; flags: SET): BOOL;
(*END ChangeMenu;*)
PROCEDURE HiliteMenuItem* ["USER32.dll", ""] (hWnd: HWND; hMenu: HMENU; uIDHiliteItem: INTEGER; uHilite: INTEGER): BOOL;
(*END HiliteMenuItem;*)
PROCEDURE GetMenuStringA* ["USER32.dll", ""] (hMenu: HMENU; uIDItem: INTEGER; lpString: PtrSTR; nMaxCount: INTEGER; uFlag: SET): INTEGER;
(*END GetMenuStringA;*)
PROCEDURE GetMenuStringW* ["USER32.dll", ""] (hMenu: HMENU; uIDItem: INTEGER; lpString: PtrWSTR; nMaxCount: INTEGER; uFlag: SET): INTEGER;
(*END GetMenuStringW;*)
PROCEDURE GetMenuString* ["USER32.dll", "GetMenuStringA"] (hMenu: HMENU; uIDItem: INTEGER; lpString: PtrSTR; nMaxCount: INTEGER; uFlag: SET): INTEGER;
(*END GetMenuString;*)
PROCEDURE GetMenuState* ["USER32.dll", ""] (hMenu: HMENU; uId: INTEGER; uFlags: SET): INTEGER;
(*END GetMenuState;*)
PROCEDURE DrawMenuBar* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END DrawMenuBar;*)
PROCEDURE GetSystemMenu* ["USER32.dll", ""] (hWnd: HWND; bRevert: BOOL): HMENU;
(*END GetSystemMenu;*)
PROCEDURE CreateMenu* ["USER32.dll", ""] (): HMENU;
(*END CreateMenu;*)
PROCEDURE CreatePopupMenu* ["USER32.dll", ""] (): HMENU;
(*END CreatePopupMenu;*)
PROCEDURE DestroyMenu* ["USER32.dll", ""] (hMenu: HMENU): BOOL;
(*END DestroyMenu;*)
PROCEDURE CheckMenuItem* ["USER32.dll", ""] (hMenu: HMENU; uIDCheckItem: INTEGER; uCheck: SET): INTEGER;
(*END CheckMenuItem;*)
PROCEDURE EnableMenuItem* ["USER32.dll", ""] (hMenu: HMENU; uIDEnableItem: INTEGER; uEnable: SET): BOOL;
(*END EnableMenuItem;*)
PROCEDURE GetSubMenu* ["USER32.dll", ""] (hMenu: HMENU; nPos: INTEGER): HMENU;
(*END GetSubMenu;*)
PROCEDURE GetMenuItemID* ["USER32.dll", ""] (hMenu: HMENU; nPos: INTEGER): INTEGER;
(*END GetMenuItemID;*)
PROCEDURE GetMenuItemCount* ["USER32.dll", ""] (hMenu: HMENU): INTEGER;
(*END GetMenuItemCount;*)
PROCEDURE InsertMenuA* ["USER32.dll", ""] (hMenu: HMENU; uPosition: INTEGER; uFlags: SET; uIDNewItem: INTEGER; lpNewItem: PtrSTR): BOOL;
(*END InsertMenuA;*)
PROCEDURE InsertMenuW* ["USER32.dll", ""] (hMenu: HMENU; uPosition: INTEGER; uFlags: SET; uIDNewItem: INTEGER; lpNewItem: PtrWSTR): BOOL;
(*END InsertMenuW;*)
PROCEDURE InsertMenu* ["USER32.dll", "InsertMenuA"] (hMenu: HMENU; uPosition: INTEGER; uFlags: SET; uIDNewItem: INTEGER; lpNewItem: PtrSTR): BOOL;
(*END InsertMenu;*)
PROCEDURE AppendMenuA* ["USER32.dll", ""] (hMenu: HMENU; uFlags: SET; uIDNewItem: INTEGER; lpNewItem: PtrSTR): BOOL;
(*END AppendMenuA;*)
PROCEDURE AppendMenuW* ["USER32.dll", ""] (hMenu: HMENU; uFlags: SET; uIDNewItem: INTEGER; lpNewItem: PtrWSTR): BOOL;
(*END AppendMenuW;*)
PROCEDURE AppendMenu* ["USER32.dll", "AppendMenuA"] (hMenu: HMENU; uFlags: SET; uIDNewItem: INTEGER; lpNewItem: PtrSTR): BOOL;
(*END AppendMenu;*)
PROCEDURE ModifyMenuA* ["USER32.dll", ""] (hMnu: HMENU; uPosition: INTEGER; uFlags: SET; uIDNewItem: INTEGER; lpNewItem: PtrSTR): BOOL;
(*END ModifyMenuA;*)
PROCEDURE ModifyMenuW* ["USER32.dll", ""] (hMnu: HMENU; uPosition: INTEGER; uFlags: SET; uIDNewItem: INTEGER; lpNewItem: PtrWSTR): BOOL;
(*END ModifyMenuW;*)
PROCEDURE ModifyMenu* ["USER32.dll", "ModifyMenuA"] (hMnu: HMENU; uPosition: INTEGER; uFlags: SET; uIDNewItem: INTEGER; lpNewItem: PtrSTR): BOOL;
(*END ModifyMenu;*)
PROCEDURE RemoveMenu* ["USER32.dll", ""] (hMenu: HMENU; uPosition: INTEGER; uFlags: SET): BOOL;
(*END RemoveMenu;*)
PROCEDURE DeleteMenu* ["USER32.dll", ""] (hMenu: HMENU; uPosition: INTEGER; uFlags: SET): BOOL;
(*END DeleteMenu;*)
PROCEDURE SetMenuItemBitmaps* ["USER32.dll", ""] (hMenu: HMENU; uPosition: INTEGER; uFlags: SET; hBitmapUnchecked: HBITMAP; hBitmapChecked: HBITMAP): BOOL;
(*END SetMenuItemBitmaps;*)
PROCEDURE GetMenuCheckMarkDimensions* ["USER32.dll", ""] (): INTEGER;
(*END GetMenuCheckMarkDimensions;*)
PROCEDURE TrackPopupMenu* ["USER32.dll", ""] (hMenu: HMENU; uFlags: SET; x: INTEGER; y: INTEGER; nReserved: INTEGER; hWnd: HWND; VAR [nil] prcRect: RECT): BOOL;
(*END TrackPopupMenu;*)
PROCEDURE TrackPopupMenuEx* ["USER32.dll", ""] (p0: HMENU; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: HWND; VAR [nil] p5: TPMPARAMS): BOOL;
(*END TrackPopupMenuEx;*)
PROCEDURE InsertMenuItemA* ["USER32.dll", ""] (p0: HMENU; p1: INTEGER; p2: BOOL; VAR [nil] p3: MENUITEMINFOA): BOOL;
(*END InsertMenuItemA;*)
PROCEDURE InsertMenuItemW* ["USER32.dll", ""] (p0: HMENU; p1: INTEGER; p2: BOOL; VAR [nil] p3: MENUITEMINFOW): BOOL;
(*END InsertMenuItemW;*)
PROCEDURE InsertMenuItem* ["USER32.dll", "InsertMenuItemA"] (p0: HMENU; p1: INTEGER; p2: BOOL; VAR [nil] p3: MENUITEMINFOA): BOOL;
(*END InsertMenuItem;*)
PROCEDURE GetMenuItemInfoA* ["USER32.dll", ""] (p0: HMENU; p1: INTEGER; p2: BOOL; VAR [nil] p3: MENUITEMINFOA): BOOL;
(*END GetMenuItemInfoA;*)
PROCEDURE GetMenuItemInfoW* ["USER32.dll", ""] (p0: HMENU; p1: INTEGER; p2: BOOL; VAR [nil] p3: MENUITEMINFOW): BOOL;
(*END GetMenuItemInfoW;*)
PROCEDURE GetMenuItemInfo* ["USER32.dll", "GetMenuItemInfoA"] (p0: HMENU; p1: INTEGER; p2: BOOL; VAR [nil] p3: MENUITEMINFOA): BOOL;
(*END GetMenuItemInfo;*)
PROCEDURE SetMenuItemInfoA* ["USER32.dll", ""] (p0: HMENU; p1: INTEGER; p2: BOOL; VAR [nil] p3: MENUITEMINFOA): BOOL;
(*END SetMenuItemInfoA;*)
PROCEDURE SetMenuItemInfoW* ["USER32.dll", ""] (p0: HMENU; p1: INTEGER; p2: BOOL; VAR [nil] p3: MENUITEMINFOW): BOOL;
(*END SetMenuItemInfoW;*)
PROCEDURE SetMenuItemInfo* ["USER32.dll", "SetMenuItemInfoA"] (p0: HMENU; p1: INTEGER; p2: BOOL; VAR [nil] p3: MENUITEMINFOA): BOOL;
(*END SetMenuItemInfo;*)
PROCEDURE GetMenuDefaultItem* ["USER32.dll", ""] (hMenu: HMENU; fByPos: INTEGER; gmdiFlags: SET): INTEGER;
(*END GetMenuDefaultItem;*)
PROCEDURE SetMenuDefaultItem* ["USER32.dll", ""] (hMenu: HMENU; uItem: INTEGER; fByPos: INTEGER): BOOL;
(*END SetMenuDefaultItem;*)
PROCEDURE GetMenuItemRect* ["USER32.dll", ""] (hWnd: HWND; hMenu: HMENU; uItem: INTEGER; VAR [nil] lprcItem: RECT): BOOL;
(*END GetMenuItemRect;*)
PROCEDURE MenuItemFromPoint* ["USER32.dll", ""] (hWnd: HWND; hMenu: HMENU; ptScreen: POINT): INTEGER;
(*END MenuItemFromPoint;*)
PROCEDURE DragObject* ["USER32.dll", ""] (p0: HWND; p1: HWND; p2: INTEGER; p3: INTEGER; p4: HCURSOR): INTEGER;
(*END DragObject;*)
PROCEDURE DragDetect* ["USER32.dll", ""] (p0: HWND; p1: POINT): BOOL;
(*END DragDetect;*)
PROCEDURE DrawIcon* ["USER32.dll", ""] (hDC: HDC; X: INTEGER; Y: INTEGER; hIcon: HICON): BOOL;
(*END DrawIcon;*)
PROCEDURE DrawTextA* ["USER32.dll", ""] (hDC: HDC; lpString: PtrSTR; nCount: INTEGER; VAR [nil] lpRect: RECT; uFormat: SET): INTEGER;
(*END DrawTextA;*)
PROCEDURE DrawTextW* ["USER32.dll", ""] (hDC: HDC; lpString: PtrWSTR; nCount: INTEGER; VAR [nil] lpRect: RECT; uFormat: SET): INTEGER;
(*END DrawTextW;*)
PROCEDURE DrawText* ["USER32.dll", "DrawTextA"] (hDC: HDC; lpString: PtrSTR; nCount: INTEGER; VAR [nil] lpRect: RECT; uFormat: SET): INTEGER;
(*END DrawText;*)
PROCEDURE DrawTextExA* ["USER32.dll", ""] (p0: HDC; p1: PtrSTR; p2: INTEGER; VAR [nil] p3: RECT; p4: INTEGER; VAR [nil] p5: DRAWTEXTPARAMS): INTEGER;
(*END DrawTextExA;*)
PROCEDURE DrawTextExW* ["USER32.dll", ""] (p0: HDC; p1: PtrWSTR; p2: INTEGER; VAR [nil] p3: RECT; p4: INTEGER; VAR [nil] p5: DRAWTEXTPARAMS): INTEGER;
(*END DrawTextExW;*)
PROCEDURE DrawTextEx* ["USER32.dll", "DrawTextExA"] (p0: HDC; p1: PtrSTR; p2: INTEGER; VAR [nil] p3: RECT; p4: INTEGER; VAR [nil] p5: DRAWTEXTPARAMS): INTEGER;
(*END DrawTextEx;*)
PROCEDURE GrayStringA* ["USER32.dll", ""] (hDC: HDC; hBrush: HBRUSH; lpOutputFunc: GRAYSTRINGPROC; lpData: LPARAM; nCount: INTEGER; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER): BOOL;
(*END GrayStringA;*)
PROCEDURE GrayStringW* ["USER32.dll", ""] (hDC: HDC; hBrush: HBRUSH; lpOutputFunc: GRAYSTRINGPROC; lpData: LPARAM; nCount: INTEGER; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER): BOOL;
(*END GrayStringW;*)
PROCEDURE GrayString* ["USER32.dll", "GrayStringA"] (hDC: HDC; hBrush: HBRUSH; lpOutputFunc: GRAYSTRINGPROC; lpData: LPARAM; nCount: INTEGER; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER): BOOL;
(*END GrayString;*)
PROCEDURE DrawStateA* ["USER32.dll", ""] (p0: HDC; p1: HBRUSH; p2: DRAWSTATEPROC; p3: LPARAM; p4: WPARAM; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER; p9: SET): BOOL;
(*END DrawStateA;*)
PROCEDURE DrawStateW* ["USER32.dll", ""] (p0: HDC; p1: HBRUSH; p2: DRAWSTATEPROC; p3: LPARAM; p4: WPARAM; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER; p9: SET): BOOL;
(*END DrawStateW;*)
PROCEDURE DrawState* ["USER32.dll", "DrawStateA"] (p0: HDC; p1: HBRUSH; p2: DRAWSTATEPROC; p3: LPARAM; p4: WPARAM; p5: INTEGER; p6: INTEGER; p7: INTEGER; p8: INTEGER; p9: SET): BOOL;
(*END DrawState;*)
PROCEDURE TabbedTextOutA* ["USER32.dll", ""] (hDC: HDC; X: INTEGER; Y: INTEGER; lpString: PtrSTR; nCount: INTEGER; nTabPositions: INTEGER; VAR [nil] lpnTabStopPositions: INTEGER; nTabOrigin: INTEGER): INTEGER;
(*END TabbedTextOutA;*)
PROCEDURE TabbedTextOutW* ["USER32.dll", ""] (hDC: HDC; X: INTEGER; Y: INTEGER; lpString: PtrWSTR; nCount: INTEGER; nTabPositions: INTEGER; VAR [nil] lpnTabStopPositions: INTEGER; nTabOrigin: INTEGER): INTEGER;
(*END TabbedTextOutW;*)
PROCEDURE TabbedTextOut* ["USER32.dll", "TabbedTextOutA"] (hDC: HDC; X: INTEGER; Y: INTEGER; lpString: PtrSTR; nCount: INTEGER; nTabPositions: INTEGER; VAR [nil] lpnTabStopPositions: INTEGER; nTabOrigin: INTEGER): INTEGER;
(*END TabbedTextOut;*)
PROCEDURE GetTabbedTextExtentA* ["USER32.dll", ""] (hDC: HDC; lpString: PtrSTR; nCount: INTEGER; nTabPositions: INTEGER; VAR [nil] lpnTabStopPositions: INTEGER): INTEGER;
(*END GetTabbedTextExtentA;*)
PROCEDURE GetTabbedTextExtentW* ["USER32.dll", ""] (hDC: HDC; lpString: PtrWSTR; nCount: INTEGER; nTabPositions: INTEGER; VAR [nil] lpnTabStopPositions: INTEGER): INTEGER;
(*END GetTabbedTextExtentW;*)
PROCEDURE GetTabbedTextExtent* ["USER32.dll", "GetTabbedTextExtentA"] (hDC: HDC; lpString: PtrSTR; nCount: INTEGER; nTabPositions: INTEGER; VAR [nil] lpnTabStopPositions: INTEGER): INTEGER;
(*END GetTabbedTextExtent;*)
PROCEDURE UpdateWindow* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END UpdateWindow;*)
PROCEDURE SetActiveWindow* ["USER32.dll", ""] (hWnd: HWND): HWND;
(*END SetActiveWindow;*)
PROCEDURE GetForegroundWindow* ["USER32.dll", ""] (): HWND;
(*END GetForegroundWindow;*)
PROCEDURE PaintDesktop* ["USER32.dll", ""] (hdc: HDC): BOOL;
(*END PaintDesktop;*)
PROCEDURE SetForegroundWindow* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END SetForegroundWindow;*)
PROCEDURE WindowFromDC* ["USER32.dll", ""] (hDC: HDC): HWND;
(*END WindowFromDC;*)
PROCEDURE GetDC* ["USER32.dll", ""] (hWnd: HWND): HDC;
(*END GetDC;*)
PROCEDURE GetDCEx* ["USER32.dll", ""] (hWnd: HWND; hrgnClip: HRGN; flags: SET): HDC;
(*END GetDCEx;*)
PROCEDURE GetWindowDC* ["USER32.dll", ""] (hWnd: HWND): HDC;
(*END GetWindowDC;*)
PROCEDURE ReleaseDC* ["USER32.dll", ""] (hWnd: HWND; hDC: HDC): INTEGER;
(*END ReleaseDC;*)
PROCEDURE BeginPaint* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpPaint: PAINTSTRUCT): HDC;
(*END BeginPaint;*)
PROCEDURE EndPaint* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpPaint: PAINTSTRUCT): BOOL;
(*END EndPaint;*)
PROCEDURE GetUpdateRect* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpRect: RECT; bErase: BOOL): BOOL;
(*END GetUpdateRect;*)
PROCEDURE GetUpdateRgn* ["USER32.dll", ""] (hWnd: HWND; hRgn: HRGN; bErase: BOOL): INTEGER;
(*END GetUpdateRgn;*)
PROCEDURE SetWindowRgn* ["USER32.dll", ""] (hWnd: HWND; hRgn: HRGN; bRedraw: BOOL): INTEGER;
(*END SetWindowRgn;*)
PROCEDURE GetWindowRgn* ["USER32.dll", ""] (hWnd: HWND; hRgn: HRGN): INTEGER;
(*END GetWindowRgn;*)
PROCEDURE ExcludeUpdateRgn* ["USER32.dll", ""] (hDC: HDC; hWnd: HWND): INTEGER;
(*END ExcludeUpdateRgn;*)
PROCEDURE InvalidateRect* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpRect: RECT; bErase: BOOL): BOOL;
(*END InvalidateRect;*)
PROCEDURE ValidateRect* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpRect: RECT): BOOL;
(*END ValidateRect;*)
PROCEDURE InvalidateRgn* ["USER32.dll", ""] (hWnd: HWND; hRgn: HRGN; bErase: BOOL): BOOL;
(*END InvalidateRgn;*)
PROCEDURE ValidateRgn* ["USER32.dll", ""] (hWnd: HWND; hRgn: HRGN): BOOL;
(*END ValidateRgn;*)
PROCEDURE RedrawWindow* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lprcUpdate: RECT; hrgnUpdate: HRGN; flags: SET): BOOL;
(*END RedrawWindow;*)
PROCEDURE LockWindowUpdate* ["USER32.dll", ""] (hWndLock: HWND): BOOL;
(*END LockWindowUpdate;*)
PROCEDURE ScrollWindow* ["USER32.dll", ""] (hWnd: HWND; XAmount: INTEGER; YAmount: INTEGER; VAR [nil] lpRect: RECT; VAR [nil] lpClipRect: RECT): BOOL;
(*END ScrollWindow;*)
PROCEDURE ScrollDC* ["USER32.dll", ""] (hDC: HDC; dx: INTEGER; dy: INTEGER; VAR [nil] lprcScroll: RECT; VAR [nil] lprcClip: RECT; hrgnUpdate: HRGN; VAR [nil] lprcUpdate: RECT): BOOL;
(*END ScrollDC;*)
PROCEDURE ScrollWindowEx* ["USER32.dll", ""] (hWnd: HWND; dx: INTEGER; dy: INTEGER; VAR [nil] prcScroll: RECT; VAR [nil] prcClip: RECT; hrgnUpdate: HRGN; VAR [nil] prcUpdate: RECT; flags: SET): INTEGER;
(*END ScrollWindowEx;*)
PROCEDURE SetScrollPos* ["USER32.dll", ""] (hWnd: HWND; nBar: INTEGER; nPos: INTEGER; bRedraw: BOOL): INTEGER;
(*END SetScrollPos;*)
PROCEDURE GetScrollPos* ["USER32.dll", ""] (hWnd: HWND; nBar: INTEGER): INTEGER;
(*END GetScrollPos;*)
PROCEDURE SetScrollRange* ["USER32.dll", ""] (hWnd: HWND; nBar: INTEGER; nMinPos: INTEGER; nMaxPos: INTEGER; bRedraw: BOOL): BOOL;
(*END SetScrollRange;*)
PROCEDURE GetScrollRange* ["USER32.dll", ""] (hWnd: HWND; nBar: INTEGER; VAR [nil] lpMinPos: INTEGER; VAR [nil] lpMaxPos: INTEGER): BOOL;
(*END GetScrollRange;*)
PROCEDURE ShowScrollBar* ["USER32.dll", ""] (hWnd: HWND; wBar: INTEGER; bShow: BOOL): BOOL;
(*END ShowScrollBar;*)
PROCEDURE EnableScrollBar* ["USER32.dll", ""] (hWnd: HWND; wSBflags: INTEGER; wArrows: INTEGER): BOOL;
(*END EnableScrollBar;*)
PROCEDURE SetPropA* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrSTR; hData: HANDLE): BOOL;
(*END SetPropA;*)
PROCEDURE SetPropW* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrWSTR; hData: HANDLE): BOOL;
(*END SetPropW;*)
PROCEDURE SetProp* ["USER32.dll", "SetPropA"] (hWnd: HWND; lpString: PtrSTR; hData: HANDLE): BOOL;
(*END SetProp;*)
PROCEDURE GetPropA* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrSTR): HANDLE;
(*END GetPropA;*)
PROCEDURE GetPropW* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrWSTR): HANDLE;
(*END GetPropW;*)
PROCEDURE GetProp* ["USER32.dll", "GetPropA"] (hWnd: HWND; lpString: PtrSTR): HANDLE;
(*END GetProp;*)
PROCEDURE RemovePropA* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrSTR): HANDLE;
(*END RemovePropA;*)
PROCEDURE RemovePropW* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrWSTR): HANDLE;
(*END RemovePropW;*)
PROCEDURE RemoveProp* ["USER32.dll", "RemovePropA"] (hWnd: HWND; lpString: PtrSTR): HANDLE;
(*END RemoveProp;*)
PROCEDURE EnumPropsExA* ["USER32.dll", ""] (hWnd: HWND; lpEnumFunc: ROPENUMPROCEXA; lParam: LPARAM): INTEGER;
(*END EnumPropsExA;*)
PROCEDURE EnumPropsExW* ["USER32.dll", ""] (hWnd: HWND; lpEnumFunc: ROPENUMPROCEXW; lParam: LPARAM): INTEGER;
(*END EnumPropsExW;*)
PROCEDURE EnumPropsEx* ["USER32.dll", "EnumPropsExA"] (hWnd: HWND; lpEnumFunc: ROPENUMPROCEXA; lParam: LPARAM): INTEGER;
(*END EnumPropsEx;*)
PROCEDURE EnumPropsA* ["USER32.dll", ""] (hWnd: HWND; lpEnumFunc: ROPENUMPROCA): INTEGER;
(*END EnumPropsA;*)
PROCEDURE EnumPropsW* ["USER32.dll", ""] (hWnd: HWND; lpEnumFunc: ROPENUMPROCW): INTEGER;
(*END EnumPropsW;*)
PROCEDURE EnumProps* ["USER32.dll", "EnumPropsA"] (hWnd: HWND; lpEnumFunc: ROPENUMPROCA): INTEGER;
(*END EnumProps;*)
PROCEDURE SetWindowTextA* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrSTR): BOOL;
(*END SetWindowTextA;*)
PROCEDURE SetWindowTextW* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrWSTR): BOOL;
(*END SetWindowTextW;*)
PROCEDURE SetWindowText* ["USER32.dll", "SetWindowTextA"] (hWnd: HWND; lpString: PtrSTR): BOOL;
(*END SetWindowText;*)
PROCEDURE GetWindowTextA* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrSTR; nMaxCount: INTEGER): INTEGER;
(*END GetWindowTextA;*)
PROCEDURE GetWindowTextW* ["USER32.dll", ""] (hWnd: HWND; lpString: PtrWSTR; nMaxCount: INTEGER): INTEGER;
(*END GetWindowTextW;*)
PROCEDURE GetWindowText* ["USER32.dll", "GetWindowTextA"] (hWnd: HWND; lpString: PtrSTR; nMaxCount: INTEGER): INTEGER;
(*END GetWindowText;*)
PROCEDURE GetWindowTextLengthA* ["USER32.dll", ""] (hWnd: HWND): INTEGER;
(*END GetWindowTextLengthA;*)
PROCEDURE GetWindowTextLengthW* ["USER32.dll", ""] (hWnd: HWND): INTEGER;
(*END GetWindowTextLengthW;*)
PROCEDURE GetWindowTextLength* ["USER32.dll", "GetWindowTextLengthA"] (hWnd: HWND): INTEGER;
(*END GetWindowTextLength;*)
PROCEDURE GetClientRect* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpRect: RECT): BOOL;
(*END GetClientRect;*)
PROCEDURE GetWindowRect* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpRect: RECT): BOOL;
(*END GetWindowRect;*)
PROCEDURE AdjustWindowRect* ["USER32.dll", ""] (VAR [nil] lpRect: RECT; dwStyle: SET; bMenu: BOOL): BOOL;
(*END AdjustWindowRect;*)
PROCEDURE AdjustWindowRectEx* ["USER32.dll", ""] (VAR [nil] lpRect: RECT; dwStyle: SET; bMenu: BOOL; dwExStyle: SET): BOOL;
(*END AdjustWindowRectEx;*)
PROCEDURE SetWindowContextHelpId* ["USER32.dll", ""] (p0: HWND; p1: INTEGER): BOOL;
(*END SetWindowContextHelpId;*)
PROCEDURE GetWindowContextHelpId* ["USER32.dll", ""] (p0: HWND): INTEGER;
(*END GetWindowContextHelpId;*)
PROCEDURE SetMenuContextHelpId* ["USER32.dll", ""] (p0: HMENU; p1: INTEGER): BOOL;
(*END SetMenuContextHelpId;*)
PROCEDURE GetMenuContextHelpId* ["USER32.dll", ""] (p0: HMENU): INTEGER;
(*END GetMenuContextHelpId;*)
PROCEDURE MessageBoxA* ["USER32.dll", ""] (hWnd: HWND; lpText: PtrSTR; lpCaption: PtrSTR; uType: SET): INTEGER;
(*END MessageBoxA;*)
PROCEDURE MessageBoxW* ["USER32.dll", ""] (hWnd: HWND; lpText: PtrWSTR; lpCaption: PtrWSTR; uType: SET): INTEGER;
(*END MessageBoxW;*)
PROCEDURE MessageBox* ["USER32.dll", "MessageBoxA"] (hWnd: HWND; lpText: PtrSTR; lpCaption: PtrSTR; uType: SET): INTEGER;
(*END MessageBox;*)
PROCEDURE MessageBoxExA* ["USER32.dll", ""] (hWnd: HWND; lpText: PtrSTR; lpCaption: PtrSTR; uType: SET; wLanguageId: SHORTINT): INTEGER;
(*END MessageBoxExA;*)
PROCEDURE MessageBoxExW* ["USER32.dll", ""] (hWnd: HWND; lpText: PtrWSTR; lpCaption: PtrWSTR; uType: SET; wLanguageId: SHORTINT): INTEGER;
(*END MessageBoxExW;*)
PROCEDURE MessageBoxEx* ["USER32.dll", "MessageBoxExA"] (hWnd: HWND; lpText: PtrSTR; lpCaption: PtrSTR; uType: SET; wLanguageId: SHORTINT): INTEGER;
(*END MessageBoxEx;*)
PROCEDURE MessageBoxIndirectA* ["USER32.dll", ""] (VAR [nil] p0: MSGBOXPARAMSA): INTEGER;
(*END MessageBoxIndirectA;*)
PROCEDURE MessageBoxIndirectW* ["USER32.dll", ""] (VAR [nil] p0: MSGBOXPARAMSW): INTEGER;
(*END MessageBoxIndirectW;*)
PROCEDURE MessageBoxIndirect* ["USER32.dll", "MessageBoxIndirectA"] (VAR [nil] p0: MSGBOXPARAMSA): INTEGER;
(*END MessageBoxIndirect;*)
PROCEDURE MessageBeep* ["USER32.dll", ""] (uType: SET): BOOL;
(*END MessageBeep;*)
PROCEDURE ShowCursor* ["USER32.dll", ""] (bShow: BOOL): INTEGER;
(*END ShowCursor;*)
PROCEDURE SetCursorPos* ["USER32.dll", ""] (X: INTEGER; Y: INTEGER): BOOL;
(*END SetCursorPos;*)
PROCEDURE SetCursor* ["USER32.dll", ""] (hCursor: HCURSOR): HCURSOR;
(*END SetCursor;*)
PROCEDURE GetCursorPos* ["USER32.dll", ""] (VAR [nil] lpPoint: POINT): BOOL;
(*END GetCursorPos;*)
PROCEDURE ClipCursor* ["USER32.dll", ""] (VAR [nil] lpRect: RECT): BOOL;
(*END ClipCursor;*)
PROCEDURE GetClipCursor* ["USER32.dll", ""] (VAR [nil] lpRect: RECT): BOOL;
(*END GetClipCursor;*)
PROCEDURE GetCursor* ["USER32.dll", ""] (): HCURSOR;
(*END GetCursor;*)
PROCEDURE CreateCaret* ["USER32.dll", ""] (hWnd: HWND; hBitmap: HBITMAP; nWidth: INTEGER; nHeight: INTEGER): BOOL;
(*END CreateCaret;*)
PROCEDURE GetCaretBlinkTime* ["USER32.dll", ""] (): INTEGER;
(*END GetCaretBlinkTime;*)
PROCEDURE SetCaretBlinkTime* ["USER32.dll", ""] (uMSeconds: INTEGER): BOOL;
(*END SetCaretBlinkTime;*)
PROCEDURE DestroyCaret* ["USER32.dll", ""] (): BOOL;
(*END DestroyCaret;*)
PROCEDURE HideCaret* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END HideCaret;*)
PROCEDURE ShowCaret* ["USER32.dll", ""] (hWnd: HWND): BOOL;
(*END ShowCaret;*)
PROCEDURE SetCaretPos* ["USER32.dll", ""] (X: INTEGER; Y: INTEGER): BOOL;
(*END SetCaretPos;*)
PROCEDURE GetCaretPos* ["USER32.dll", ""] (VAR [nil] lpPoint: POINT): BOOL;
(*END GetCaretPos;*)
PROCEDURE ClientToScreen* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpPoint: POINT): BOOL;
(*END ClientToScreen;*)
PROCEDURE ScreenToClient* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpPoint: POINT): BOOL;
(*END ScreenToClient;*)
PROCEDURE MapWindowPoints* ["USER32.dll", ""] (hWndFrom: HWND; hWndTo: HWND; VAR [nil] lpPoints: POINT; cPoints: INTEGER): INTEGER;
(*END MapWindowPoints;*)
PROCEDURE WindowFromPoint* ["USER32.dll", ""] (Point: POINT): HWND;
(*END WindowFromPoint;*)
PROCEDURE ChildWindowFromPoint* ["USER32.dll", ""] (hWndParent: HWND; Point: POINT): HWND;
(*END ChildWindowFromPoint;*)
PROCEDURE ChildWindowFromPointEx* ["USER32.dll", ""] (p0: HWND; p1: POINT; p2: SET): HWND;
(*END ChildWindowFromPointEx;*)
PROCEDURE GetSysColor* ["USER32.dll", ""] (nIndex: INTEGER): INTEGER;
(*END GetSysColor;*)
PROCEDURE GetSysColorBrush* ["USER32.dll", ""] (nIndex: INTEGER): HBRUSH;
(*END GetSysColorBrush;*)
PROCEDURE SetSysColors* ["USER32.dll", ""] (cElements: INTEGER; VAR [nil] lpaElements: INTEGER; VAR [nil] lpaRgbValues: COLORREF): BOOL;
(*END SetSysColors;*)
PROCEDURE DrawFocusRect* ["USER32.dll", ""] (hDC: HDC; VAR [nil] lprc: RECT): BOOL;
(*END DrawFocusRect;*)
PROCEDURE FillRect* ["USER32.dll", ""] (hDC: HDC; VAR [nil] lprc: RECT; hbr: HBRUSH): INTEGER;
(*END FillRect;*)
PROCEDURE FrameRect* ["USER32.dll", ""] (hDC: HDC; VAR [nil] lprc: RECT; hbr: HBRUSH): INTEGER;
(*END FrameRect;*)
PROCEDURE InvertRect* ["USER32.dll", ""] (hDC: HDC; VAR [nil] lprc: RECT): BOOL;
(*END InvertRect;*)
PROCEDURE SetRect* ["USER32.dll", ""] (VAR [nil] lprc: RECT; xLeft: INTEGER; yTop: INTEGER; xRight: INTEGER; yBottom: INTEGER): BOOL;
(*END SetRect;*)
PROCEDURE SetRectEmpty* ["USER32.dll", ""] (VAR [nil] lprc: RECT): BOOL;
(*END SetRectEmpty;*)
PROCEDURE CopyRect* ["USER32.dll", ""] (VAR [nil] lprcDst: RECT; VAR [nil] lprcSrc: RECT): BOOL;
(*END CopyRect;*)
PROCEDURE InflateRect* ["USER32.dll", ""] (VAR [nil] lprc: RECT; dx: INTEGER; dy: INTEGER): BOOL;
(*END InflateRect;*)
PROCEDURE IntersectRect* ["USER32.dll", ""] (VAR [nil] lprcDst: RECT; VAR [nil] lprcSrc1: RECT; VAR [nil] lprcSrc2: RECT): BOOL;
(*END IntersectRect;*)
PROCEDURE UnionRect* ["USER32.dll", ""] (VAR [nil] lprcDst: RECT; VAR [nil] lprcSrc1: RECT; VAR [nil] lprcSrc2: RECT): BOOL;
(*END UnionRect;*)
PROCEDURE SubtractRect* ["USER32.dll", ""] (VAR [nil] lprcDst: RECT; VAR [nil] lprcSrc1: RECT; VAR [nil] lprcSrc2: RECT): BOOL;
(*END SubtractRect;*)
PROCEDURE OffsetRect* ["USER32.dll", ""] (VAR [nil] lprc: RECT; dx: INTEGER; dy: INTEGER): BOOL;
(*END OffsetRect;*)
PROCEDURE IsRectEmpty* ["USER32.dll", ""] (VAR [nil] lprc: RECT): BOOL;
(*END IsRectEmpty;*)
PROCEDURE EqualRect* ["USER32.dll", ""] (VAR [nil] lprc1: RECT; VAR [nil] lprc2: RECT): BOOL;
(*END EqualRect;*)
PROCEDURE PtInRect* ["USER32.dll", ""] (VAR [nil] lprc: RECT; pt: POINT): BOOL;
(*END PtInRect;*)
PROCEDURE GetWindowWord* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER): SHORTINT;
(*END GetWindowWord;*)
PROCEDURE SetWindowWord* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER; wNewWord: SHORTINT): SHORTINT;
(*END SetWindowWord;*)
PROCEDURE GetWindowLongA* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER): INTEGER;
(*END GetWindowLongA;*)
PROCEDURE GetWindowLongW* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER): INTEGER;
(*END GetWindowLongW;*)
PROCEDURE GetWindowLong* ["USER32.dll", "GetWindowLongA"] (hWnd: HWND; nIndex: INTEGER): INTEGER;
(*END GetWindowLong;*)
PROCEDURE SetWindowLongA* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER; dwNewLong: INTEGER): INTEGER;
(*END SetWindowLongA;*)
PROCEDURE SetWindowLongW* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER; dwNewLong: INTEGER): INTEGER;
(*END SetWindowLongW;*)
PROCEDURE SetWindowLong* ["USER32.dll", "SetWindowLongA"] (hWnd: HWND; nIndex: INTEGER; dwNewLong: INTEGER): INTEGER;
(*END SetWindowLong;*)
PROCEDURE GetClassWord* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER): SHORTINT;
(*END GetClassWord;*)
PROCEDURE SetClassWord* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER; wNewWord: SHORTINT): SHORTINT;
(*END SetClassWord;*)
PROCEDURE GetClassLongA* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER): INTEGER;
(*END GetClassLongA;*)
PROCEDURE GetClassLongW* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER): INTEGER;
(*END GetClassLongW;*)
PROCEDURE GetClassLong* ["USER32.dll", "GetClassLongA"] (hWnd: HWND; nIndex: INTEGER): INTEGER;
(*END GetClassLong;*)
PROCEDURE SetClassLongA* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER; dwNewLong: INTEGER): INTEGER;
(*END SetClassLongA;*)
PROCEDURE SetClassLongW* ["USER32.dll", ""] (hWnd: HWND; nIndex: INTEGER; dwNewLong: INTEGER): INTEGER;
(*END SetClassLongW;*)
PROCEDURE SetClassLong* ["USER32.dll", "SetClassLongA"] (hWnd: HWND; nIndex: INTEGER; dwNewLong: INTEGER): INTEGER;
(*END SetClassLong;*)
PROCEDURE GetDesktopWindow* ["USER32.dll", ""] (): HWND;
(*END GetDesktopWindow;*)
PROCEDURE GetParent* ["USER32.dll", ""] (hWnd: HWND): HWND;
(*END GetParent;*)
PROCEDURE SetParent* ["USER32.dll", ""] (hWndChild: HWND; hWndNewParent: HWND): HWND;
(*END SetParent;*)
PROCEDURE EnumChildWindows* ["USER32.dll", ""] (hWndParent: HWND; lpEnumFunc: WNDENUMPROC; lParam: LPARAM): BOOL;
(*END EnumChildWindows;*)
PROCEDURE FindWindowA* ["USER32.dll", ""] (lpClassName: PtrSTR; lpWindowName: PtrSTR): HWND;
(*END FindWindowA;*)
PROCEDURE FindWindowW* ["USER32.dll", ""] (lpClassName: PtrWSTR; lpWindowName: PtrWSTR): HWND;
(*END FindWindowW;*)
PROCEDURE FindWindow* ["USER32.dll", "FindWindowA"] (lpClassName: PtrSTR; lpWindowName: PtrSTR): HWND;
(*END FindWindow;*)
PROCEDURE FindWindowExA* ["USER32.dll", ""] (p0: HWND; p1: HWND; p2: PtrSTR; p3: PtrSTR): HWND;
(*END FindWindowExA;*)
PROCEDURE FindWindowExW* ["USER32.dll", ""] (p0: HWND; p1: HWND; p2: PtrWSTR; p3: PtrWSTR): HWND;
(*END FindWindowExW;*)
PROCEDURE FindWindowEx* ["USER32.dll", "FindWindowExA"] (p0: HWND; p1: HWND; p2: PtrSTR; p3: PtrSTR): HWND;
(*END FindWindowEx;*)
PROCEDURE EnumWindows* ["USER32.dll", ""] (lpEnumFunc: WNDENUMPROC; lParam: LPARAM): BOOL;
(*END EnumWindows;*)
PROCEDURE EnumThreadWindows* ["USER32.dll", ""] (dwThreadId: INTEGER; lpfn: WNDENUMPROC; lParam: LPARAM): BOOL;
(*END EnumThreadWindows;*)
PROCEDURE GetClassNameA* ["USER32.dll", ""] (hWnd: HWND; lpClassName: PtrSTR; nMaxCount: INTEGER): INTEGER;
(*END GetClassNameA;*)
PROCEDURE GetClassNameW* ["USER32.dll", ""] (hWnd: HWND; lpClassName: PtrWSTR; nMaxCount: INTEGER): INTEGER;
(*END GetClassNameW;*)
PROCEDURE GetClassName* ["USER32.dll", "GetClassNameA"] (hWnd: HWND; lpClassName: PtrSTR; nMaxCount: INTEGER): INTEGER;
(*END GetClassName;*)
PROCEDURE GetTopWindow* ["USER32.dll", ""] (hWnd: HWND): HWND;
(*END GetTopWindow;*)
PROCEDURE GetWindowThreadProcessId* ["USER32.dll", ""] (hWnd: HWND; VAR [nil] lpdwProcessId: INTEGER): INTEGER;
(*END GetWindowThreadProcessId;*)
PROCEDURE GetLastActivePopup* ["USER32.dll", ""] (hWnd: HWND): HWND;
(*END GetLastActivePopup;*)
PROCEDURE GetWindow* ["USER32.dll", ""] (hWnd: HWND; uCmd: INTEGER): HWND;
(*END GetWindow;*)
PROCEDURE SetWindowsHookA* ["USER32.dll", ""] (nFilterType: INTEGER; pfnFilterProc: HOOKPROC): HOOKPROC;
(*END SetWindowsHookA;*)
PROCEDURE SetWindowsHookW* ["USER32.dll", ""] (nFilterType: INTEGER; pfnFilterProc: HOOKPROC): HOOKPROC;
(*END SetWindowsHookW;*)
PROCEDURE SetWindowsHook* ["USER32.dll", "SetWindowsHookA"] (nFilterType: INTEGER; pfnFilterProc: HOOKPROC): HOOKPROC;
(*END SetWindowsHook;*)
PROCEDURE UnhookWindowsHook* ["USER32.dll", ""] (nCode: INTEGER; pfnFilterProc: HOOKPROC): BOOL;
(*END UnhookWindowsHook;*)
PROCEDURE SetWindowsHookExA* ["USER32.dll", ""] (idHook: INTEGER; lpfn: HOOKPROC; hmod: HINSTANCE; dwThreadId: INTEGER): HHOOK;
(*END SetWindowsHookExA;*)
PROCEDURE SetWindowsHookExW* ["USER32.dll", ""] (idHook: INTEGER; lpfn: HOOKPROC; hmod: HINSTANCE; dwThreadId: INTEGER): HHOOK;
(*END SetWindowsHookExW;*)
PROCEDURE SetWindowsHookEx* ["USER32.dll", "SetWindowsHookExA"] (idHook: INTEGER; lpfn: HOOKPROC; hmod: HINSTANCE; dwThreadId: INTEGER): HHOOK;
(*END SetWindowsHookEx;*)
PROCEDURE UnhookWindowsHookEx* ["USER32.dll", ""] (hhk: HHOOK): BOOL;
(*END UnhookWindowsHookEx;*)
PROCEDURE CallNextHookEx* ["USER32.dll", ""] (hhk: HHOOK; nCode: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END CallNextHookEx;*)
PROCEDURE CheckMenuRadioItem* ["USER32.dll", ""] (p0: HMENU; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER): BOOL;
(*END CheckMenuRadioItem;*)
PROCEDURE LoadBitmapA* ["USER32.dll", ""] (hInstance: HINSTANCE; lpBitmapName: PtrSTR): HBITMAP;
(*END LoadBitmapA;*)
PROCEDURE LoadBitmapW* ["USER32.dll", ""] (hInstance: HINSTANCE; lpBitmapName: PtrWSTR): HBITMAP;
(*END LoadBitmapW;*)
PROCEDURE LoadBitmap* ["USER32.dll", "LoadBitmapA"] (hInstance: HINSTANCE; lpBitmapName: PtrSTR): HBITMAP;
(*END LoadBitmap;*)
PROCEDURE LoadCursorA* ["USER32.dll", ""] (hInstance: HINSTANCE; lpCursorName: PtrSTR): HCURSOR;
(*END LoadCursorA;*)
PROCEDURE LoadCursorW* ["USER32.dll", ""] (hInstance: HINSTANCE; lpCursorName: PtrWSTR): HCURSOR;
(*END LoadCursorW;*)
PROCEDURE LoadCursor* ["USER32.dll", "LoadCursorA"] (hInstance: HINSTANCE; lpCursorName: PtrSTR): HCURSOR;
(*END LoadCursor;*)
PROCEDURE LoadCursorFromFileA* ["USER32.dll", ""] (lpFileName: PtrSTR): HCURSOR;
(*END LoadCursorFromFileA;*)
PROCEDURE LoadCursorFromFileW* ["USER32.dll", ""] (lpFileName: PtrWSTR): HCURSOR;
(*END LoadCursorFromFileW;*)
PROCEDURE LoadCursorFromFile* ["USER32.dll", "LoadCursorFromFileA"] (lpFileName: PtrSTR): HCURSOR;
(*END LoadCursorFromFile;*)
PROCEDURE CreateCursor* ["USER32.dll", ""] (hInst: HINSTANCE; xHotSpot: INTEGER; yHotSpot: INTEGER; nWidth: INTEGER; nHeight: INTEGER; pvANDPlane: PtrVoid; pvXORPlane: PtrVoid): HCURSOR;
(*END CreateCursor;*)
PROCEDURE DestroyCursor* ["USER32.dll", ""] (hCursor: HCURSOR): BOOL;
(*END DestroyCursor;*)
PROCEDURE SetSystemCursor* ["USER32.dll", ""] (hcur: HCURSOR; id: INTEGER): BOOL;
(*END SetSystemCursor;*)
PROCEDURE LoadIconA* ["USER32.dll", ""] (hInstance: HINSTANCE; lpIconName: PtrSTR): HICON;
(*END LoadIconA;*)
PROCEDURE LoadIconW* ["USER32.dll", ""] (hInstance: HINSTANCE; lpIconName: PtrWSTR): HICON;
(*END LoadIconW;*)
PROCEDURE LoadIcon* ["USER32.dll", "LoadIconA"] (hInstance: HINSTANCE; lpIconName: PtrSTR): HICON;
(*END LoadIcon;*)
PROCEDURE CreateIcon* ["USER32.dll", ""] (hInstance: HINSTANCE; nWidth: INTEGER; nHeight: INTEGER; cPlanes: SHORTCHAR; cBitsPixel: SHORTCHAR; VAR [nil] lpbANDbits: SHORTCHAR; VAR [nil] lpbXORbits: SHORTCHAR): HICON;
(*END CreateIcon;*)
PROCEDURE DestroyIcon* ["USER32.dll", ""] (hIcon: HICON): BOOL;
(*END DestroyIcon;*)
PROCEDURE LookupIconIdFromDirectory* ["USER32.dll", ""] (VAR [nil] presbits: SHORTCHAR; fIcon: BOOL): INTEGER;
(*END LookupIconIdFromDirectory;*)
PROCEDURE LookupIconIdFromDirectoryEx* ["USER32.dll", ""] (VAR [nil] presbits: SHORTCHAR; fIcon: BOOL; cxDesired: INTEGER; cyDesired: INTEGER; Flags: SET): INTEGER;
(*END LookupIconIdFromDirectoryEx;*)
PROCEDURE CreateIconFromResource* ["USER32.dll", ""] (VAR [nil] presbits: SHORTCHAR; dwResSize: INTEGER; fIcon: BOOL; dwVer: INTEGER): HICON;
(*END CreateIconFromResource;*)
PROCEDURE CreateIconFromResourceEx* ["USER32.dll", ""] (VAR [nil] presbits: SHORTCHAR; dwResSize: INTEGER; fIcon: BOOL; dwVer: INTEGER; cxDesired: INTEGER; cyDesired: INTEGER; Flags: SET): HICON;
(*END CreateIconFromResourceEx;*)
PROCEDURE LoadImageA* ["USER32.dll", ""] (p0: HINSTANCE; p1: PtrSTR; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER): HANDLE;
(*END LoadImageA;*)
PROCEDURE LoadImageW* ["USER32.dll", ""] (p0: HINSTANCE; p1: PtrWSTR; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER): HANDLE;
(*END LoadImageW;*)
PROCEDURE LoadImage* ["USER32.dll", "LoadImageA"] (p0: HINSTANCE; p1: PtrSTR; p2: INTEGER; p3: INTEGER; p4: INTEGER; p5: INTEGER): HANDLE;
(*END LoadImage;*)
PROCEDURE CopyImage* ["USER32.dll", ""] (p0: HANDLE; p1: INTEGER; p2: INTEGER; p3: INTEGER; p4: INTEGER): HANDLE;
(*END CopyImage;*)
PROCEDURE DrawIconEx* ["USER32.dll", ""] (hdc: HDC; xLeft: INTEGER; yTop: INTEGER; hIcon: HICON; cxWidth: INTEGER; cyWidth: INTEGER; istepIfAniCur: INTEGER; hbrFlickerFreeDraw: HBRUSH; diFlags: SET): BOOL;
(*END DrawIconEx;*)
PROCEDURE CreateIconIndirect* ["USER32.dll", ""] (VAR [nil] piconinfo: ICONINFO): HICON;
(*END CreateIconIndirect;*)
PROCEDURE CopyIcon* ["USER32.dll", ""] (hIcon: HICON): HICON;
(*END CopyIcon;*)
PROCEDURE GetIconInfo* ["USER32.dll", ""] (hIcon: HICON; VAR [nil] piconinfo: ICONINFO): BOOL;
(*END GetIconInfo;*)
PROCEDURE LoadStringA* ["USER32.dll", ""] (hInstance: HINSTANCE; uID: INTEGER; lpBuffer: PtrSTR; nBufferMax: INTEGER): INTEGER;
(*END LoadStringA;*)
PROCEDURE LoadStringW* ["USER32.dll", ""] (hInstance: HINSTANCE; uID: INTEGER; lpBuffer: PtrWSTR; nBufferMax: INTEGER): INTEGER;
(*END LoadStringW;*)
PROCEDURE LoadString* ["USER32.dll", "LoadStringA"] (hInstance: HINSTANCE; uID: INTEGER; lpBuffer: PtrSTR; nBufferMax: INTEGER): INTEGER;
(*END LoadString;*)
PROCEDURE IsDialogMessageA* ["USER32.dll", ""] (hDlg: HWND; VAR [nil] lpMsg: MSG): BOOL;
(*END IsDialogMessageA;*)
PROCEDURE IsDialogMessageW* ["USER32.dll", ""] (hDlg: HWND; VAR [nil] lpMsg: MSG): BOOL;
(*END IsDialogMessageW;*)
PROCEDURE IsDialogMessage* ["USER32.dll", "IsDialogMessageA"] (hDlg: HWND; VAR [nil] lpMsg: MSG): BOOL;
(*END IsDialogMessage;*)
PROCEDURE MapDialogRect* ["USER32.dll", ""] (hDlg: HWND; VAR [nil] lpRect: RECT): BOOL;
(*END MapDialogRect;*)
PROCEDURE DlgDirListA* ["USER32.dll", ""] (hDlg: HWND; lpPathSpec: PtrSTR; nIDListBox: INTEGER; nIDStaticPath: INTEGER; uFileType: SET): INTEGER;
(*END DlgDirListA;*)
PROCEDURE DlgDirListW* ["USER32.dll", ""] (hDlg: HWND; lpPathSpec: PtrWSTR; nIDListBox: INTEGER; nIDStaticPath: INTEGER; uFileType: SET): INTEGER;
(*END DlgDirListW;*)
PROCEDURE DlgDirList* ["USER32.dll", "DlgDirListA"] (hDlg: HWND; lpPathSpec: PtrSTR; nIDListBox: INTEGER; nIDStaticPath: INTEGER; uFileType: SET): INTEGER;
(*END DlgDirList;*)
PROCEDURE DlgDirSelectExA* ["USER32.dll", ""] (hDlg: HWND; lpString: PtrSTR; nCount: INTEGER; nIDListBox: INTEGER): BOOL;
(*END DlgDirSelectExA;*)
PROCEDURE DlgDirSelectExW* ["USER32.dll", ""] (hDlg: HWND; lpString: PtrWSTR; nCount: INTEGER; nIDListBox: INTEGER): BOOL;
(*END DlgDirSelectExW;*)
PROCEDURE DlgDirSelectEx* ["USER32.dll", "DlgDirSelectExA"] (hDlg: HWND; lpString: PtrSTR; nCount: INTEGER; nIDListBox: INTEGER): BOOL;
(*END DlgDirSelectEx;*)
PROCEDURE DlgDirListComboBoxA* ["USER32.dll", ""] (hDlg: HWND; lpPathSpec: PtrSTR; nIDComboBox: INTEGER; nIDStaticPath: INTEGER; uFiletype: INTEGER): INTEGER;
(*END DlgDirListComboBoxA;*)
PROCEDURE DlgDirListComboBoxW* ["USER32.dll", ""] (hDlg: HWND; lpPathSpec: PtrWSTR; nIDComboBox: INTEGER; nIDStaticPath: INTEGER; uFiletype: INTEGER): INTEGER;
(*END DlgDirListComboBoxW;*)
PROCEDURE DlgDirListComboBox* ["USER32.dll", "DlgDirListComboBoxA"] (hDlg: HWND; lpPathSpec: PtrSTR; nIDComboBox: INTEGER; nIDStaticPath: INTEGER; uFiletype: INTEGER): INTEGER;
(*END DlgDirListComboBox;*)
PROCEDURE DlgDirSelectComboBoxExA* ["USER32.dll", ""] (hDlg: HWND; lpString: PtrSTR; nCount: INTEGER; nIDComboBox: INTEGER): BOOL;
(*END DlgDirSelectComboBoxExA;*)
PROCEDURE DlgDirSelectComboBoxExW* ["USER32.dll", ""] (hDlg: HWND; lpString: PtrWSTR; nCount: INTEGER; nIDComboBox: INTEGER): BOOL;
(*END DlgDirSelectComboBoxExW;*)
PROCEDURE DlgDirSelectComboBoxEx* ["USER32.dll", "DlgDirSelectComboBoxExA"] (hDlg: HWND; lpString: PtrSTR; nCount: INTEGER; nIDComboBox: INTEGER): BOOL;
(*END DlgDirSelectComboBoxEx;*)
PROCEDURE SetScrollInfo* ["USER32.dll", ""] (p0: HWND; p1: INTEGER; VAR [nil] p2: SCROLLINFO; p3: BOOL): INTEGER;
(*END SetScrollInfo;*)
PROCEDURE GetScrollInfo* ["USER32.dll", ""] (p0: HWND; p1: INTEGER; VAR [nil] p2: SCROLLINFO): BOOL;
(*END GetScrollInfo;*)
PROCEDURE DefFrameProcA* ["USER32.dll", ""] (hWnd: HWND; hWndMDIClient: HWND; uMsg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefFrameProcA;*)
PROCEDURE DefFrameProcW* ["USER32.dll", ""] (hWnd: HWND; hWndMDIClient: HWND; uMsg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefFrameProcW;*)
PROCEDURE DefFrameProc* ["USER32.dll", "DefFrameProcA"] (hWnd: HWND; hWndMDIClient: HWND; uMsg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefFrameProc;*)
PROCEDURE DefMDIChildProcA* ["USER32.dll", ""] (hWnd: HWND; uMsg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefMDIChildProcA;*)
PROCEDURE DefMDIChildProcW* ["USER32.dll", ""] (hWnd: HWND; uMsg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefMDIChildProcW;*)
PROCEDURE DefMDIChildProc* ["USER32.dll", "DefMDIChildProcA"] (hWnd: HWND; uMsg: INTEGER; wParam: WPARAM; lParam: LPARAM): LRESULT;
(*END DefMDIChildProc;*)
PROCEDURE TranslateMDISysAccel* ["USER32.dll", ""] (hWndClient: HWND; VAR [nil] lpMsg: MSG): BOOL;
(*END TranslateMDISysAccel;*)
PROCEDURE ArrangeIconicWindows* ["USER32.dll", ""] (hWnd: HWND): INTEGER;
(*END ArrangeIconicWindows;*)
PROCEDURE CreateMDIWindowA* ["USER32.dll", ""] (lpClassName: PtrSTR; lpWindowName: PtrSTR; dwStyle: SET; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER; hWndParent: HWND; hInstance: HINSTANCE; lParam: LPARAM): HWND;
(*END CreateMDIWindowA;*)
PROCEDURE CreateMDIWindowW* ["USER32.dll", ""] (lpClassName: PtrWSTR; lpWindowName: PtrWSTR; dwStyle: SET; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER; hWndParent: HWND; hInstance: HINSTANCE; lParam: LPARAM): HWND;
(*END CreateMDIWindowW;*)
PROCEDURE CreateMDIWindow* ["USER32.dll", "CreateMDIWindowA"] (lpClassName: PtrSTR; lpWindowName: PtrSTR; dwStyle: SET; X: INTEGER; Y: INTEGER; nWidth: INTEGER; nHeight: INTEGER; hWndParent: HWND; hInstance: HINSTANCE; lParam: LPARAM): HWND;
(*END CreateMDIWindow;*)
PROCEDURE TileWindows* ["USER32.dll", ""] (hwndParent: HWND; wHow: INTEGER; VAR [nil] lpRect: RECT; cKids: INTEGER; VAR [nil] lpKids: HWND): SHORTINT;
(*END TileWindows;*)
PROCEDURE CascadeWindows* ["USER32.dll", ""] (hwndParent: HWND; wHow: INTEGER; VAR [nil] lpRect: RECT; cKids: INTEGER; VAR [nil] lpKids: HWND): SHORTINT;
(*END CascadeWindows;*)
PROCEDURE WinHelpA* ["USER32.dll", ""] (hWndMain: HWND; lpszHelp: PtrSTR; uCommand: INTEGER; dwData: INTEGER): BOOL;
(*END WinHelpA;*)
PROCEDURE WinHelpW* ["USER32.dll", ""] (hWndMain: HWND; lpszHelp: PtrWSTR; uCommand: INTEGER; dwData: INTEGER): BOOL;
(*END WinHelpW;*)
PROCEDURE WinHelp* ["USER32.dll", "WinHelpA"] (hWndMain: HWND; lpszHelp: PtrSTR; uCommand: INTEGER; dwData: INTEGER): BOOL;
(*END WinHelp;*)
PROCEDURE ChangeDisplaySettingsA* ["USER32.dll", ""] (VAR [nil] lpDevMode: DEVMODEA; dwFlags: SET): INTEGER;
(*END ChangeDisplaySettingsA;*)
PROCEDURE ChangeDisplaySettingsW* ["USER32.dll", ""] (VAR [nil] lpDevMode: DEVMODEW; dwFlags: SET): INTEGER;
(*END ChangeDisplaySettingsW;*)
PROCEDURE ChangeDisplaySettings* ["USER32.dll", "ChangeDisplaySettingsA"] (VAR [nil] lpDevMode: DEVMODEA; dwFlags: SET): INTEGER;
(*END ChangeDisplaySettings;*)
PROCEDURE EnumDisplaySettingsA* ["USER32.dll", ""] (lpszDeviceName: PtrSTR; iModeNum: INTEGER; VAR [nil] lpDevMode: DEVMODEA): BOOL;
(*END EnumDisplaySettingsA;*)
PROCEDURE EnumDisplaySettingsW* ["USER32.dll", ""] (lpszDeviceName: PtrWSTR; iModeNum: INTEGER; VAR [nil] lpDevMode: DEVMODEW): BOOL;
(*END EnumDisplaySettingsW;*)
PROCEDURE EnumDisplaySettings* ["USER32.dll", "EnumDisplaySettingsA"] (lpszDeviceName: PtrSTR; iModeNum: INTEGER; VAR [nil] lpDevMode: DEVMODEA): BOOL;
(*END EnumDisplaySettings;*)
PROCEDURE SystemParametersInfoA* ["USER32.dll", ""] (uiAction: INTEGER; uiParam: INTEGER; pvParam: PtrVoid; fWinIni: INTEGER): BOOL;
(*END SystemParametersInfoA;*)
PROCEDURE SystemParametersInfoW* ["USER32.dll", ""] (uiAction: INTEGER; uiParam: INTEGER; pvParam: PtrVoid; fWinIni: INTEGER): BOOL;
(*END SystemParametersInfoW;*)
PROCEDURE SystemParametersInfo* ["USER32.dll", "SystemParametersInfoA"] (uiAction: INTEGER; uiParam: INTEGER; pvParam: PtrVoid; fWinIni: INTEGER): BOOL;
(*END SystemParametersInfo;*)
PROCEDURE SetDebugErrorLevel* ["USER32.dll", ""] (dwLevel: INTEGER);
(*END SetDebugErrorLevel;*)
PROCEDURE SetLastErrorEx* ["USER32.dll", ""] (dwErrCode: INTEGER; dwType: INTEGER);
(*END SetLastErrorEx;*)
PROCEDURE IsValidCodePage* (CodePage: INTEGER): BOOL;
(*END IsValidCodePage;*)
PROCEDURE GetACP* (): INTEGER;
(*END GetACP;*)
PROCEDURE GetOEMCP* (): INTEGER;
(*END GetOEMCP;*)
PROCEDURE GetCPInfo* (CodePage: INTEGER; VAR [nil] lpCPInfo: CPINFO): BOOL;
(*END GetCPInfo;*)
PROCEDURE IsDBCSLeadByte* (TestChar: SHORTCHAR): BOOL;
(*END IsDBCSLeadByte;*)
PROCEDURE IsDBCSLeadByteEx* (CodePage: INTEGER; TestChar: SHORTCHAR): BOOL;
(*END IsDBCSLeadByteEx;*)
PROCEDURE MultiByteToWideChar* (CodePage: INTEGER; dwFlags: SET; lpMultiByteStr: PtrSTR; cchMultiByte: INTEGER; lpWideCharStr: PtrWSTR; cchWideChar: INTEGER): INTEGER;
(*END MultiByteToWideChar;*)
PROCEDURE WideCharToMultiByte* (CodePage: INTEGER; dwFlags: SET; lpWideCharStr: PtrWSTR; cchWideChar: INTEGER; lpMultiByteStr: PtrSTR; cchMultiByte: INTEGER; lpDefaultChar: PtrSTR; VAR [nil] lpUsedDefaultChar: BOOL): INTEGER;
(*END WideCharToMultiByte;*)
PROCEDURE CompareStringA* (Locale: LCID; dwCmpFlags: SET; lpString1: PtrSTR; cchCount1: INTEGER; lpString2: PtrSTR; cchCount2: INTEGER): INTEGER;
(*END CompareStringA;*)
PROCEDURE CompareStringW* (Locale: LCID; dwCmpFlags: SET; lpString1: PtrWSTR; cchCount1: INTEGER; lpString2: PtrWSTR; cchCount2: INTEGER): INTEGER;
(*END CompareStringW;*)
PROCEDURE CompareString* ["CompareStringA"] (Locale: LCID; dwCmpFlags: SET; lpString1: PtrSTR; cchCount1: INTEGER; lpString2: PtrSTR; cchCount2: INTEGER): INTEGER;
(*END CompareString;*)
PROCEDURE LCMapStringA* (Locale: LCID; dwMapFlags: SET; lpSrcStr: PtrSTR; cchSrc: INTEGER; lpDestStr: PtrSTR; cchDest: INTEGER): INTEGER;
(*END LCMapStringA;*)
PROCEDURE LCMapStringW* (Locale: LCID; dwMapFlags: SET; lpSrcStr: PtrWSTR; cchSrc: INTEGER; lpDestStr: PtrWSTR; cchDest: INTEGER): INTEGER;
(*END LCMapStringW;*)
PROCEDURE LCMapString* ["LCMapStringA"] (Locale: LCID; dwMapFlags: SET; lpSrcStr: PtrSTR; cchSrc: INTEGER; lpDestStr: PtrSTR; cchDest: INTEGER): INTEGER;
(*END LCMapString;*)
PROCEDURE GetLocaleInfoA* (Locale: LCID; LCType: LCTYPE; lpLCData: PtrSTR; cchData: INTEGER): INTEGER;
(*END GetLocaleInfoA;*)
PROCEDURE GetLocaleInfoW* (Locale: LCID; LCType: LCTYPE; lpLCData: PtrWSTR; cchData: INTEGER): INTEGER;
(*END GetLocaleInfoW;*)
PROCEDURE GetLocaleInfo* ["GetLocaleInfoA"] (Locale: LCID; LCType: LCTYPE; lpLCData: PtrSTR; cchData: INTEGER): INTEGER;
(*END GetLocaleInfo;*)
PROCEDURE SetLocaleInfoA* (Locale: LCID; LCType: LCTYPE; lpLCData: PtrSTR): BOOL;
(*END SetLocaleInfoA;*)
PROCEDURE SetLocaleInfoW* (Locale: LCID; LCType: LCTYPE; lpLCData: PtrWSTR): BOOL;
(*END SetLocaleInfoW;*)
PROCEDURE SetLocaleInfo* ["SetLocaleInfoA"] (Locale: LCID; LCType: LCTYPE; lpLCData: PtrSTR): BOOL;
(*END SetLocaleInfo;*)
PROCEDURE GetTimeFormatA* (Locale: LCID; dwFlags: SET; VAR [nil] lpTime: SYSTEMTIME; lpFormat: PtrSTR; lpTimeStr: PtrSTR; cchTime: INTEGER): INTEGER;
(*END GetTimeFormatA;*)
PROCEDURE GetTimeFormatW* (Locale: LCID; dwFlags: SET; VAR [nil] lpTime: SYSTEMTIME; lpFormat: PtrWSTR; lpTimeStr: PtrWSTR; cchTime: INTEGER): INTEGER;
(*END GetTimeFormatW;*)
PROCEDURE GetTimeFormat* ["GetTimeFormatA"] (Locale: LCID; dwFlags: SET; VAR [nil] lpTime: SYSTEMTIME; lpFormat: PtrSTR; lpTimeStr: PtrSTR; cchTime: INTEGER): INTEGER;
(*END GetTimeFormat;*)
PROCEDURE GetDateFormatA* (Locale: LCID; dwFlags: SET; VAR [nil] lpDate: SYSTEMTIME; lpFormat: PtrSTR; lpDateStr: PtrSTR; cchDate: INTEGER): INTEGER;
(*END GetDateFormatA;*)
PROCEDURE GetDateFormatW* (Locale: LCID; dwFlags: SET; VAR [nil] lpDate: SYSTEMTIME; lpFormat: PtrWSTR; lpDateStr: PtrWSTR; cchDate: INTEGER): INTEGER;
(*END GetDateFormatW;*)
PROCEDURE GetDateFormat* ["GetDateFormatA"] (Locale: LCID; dwFlags: SET; VAR [nil] lpDate: SYSTEMTIME; lpFormat: PtrSTR; lpDateStr: PtrSTR; cchDate: INTEGER): INTEGER;
(*END GetDateFormat;*)
PROCEDURE GetNumberFormatA* (Locale: LCID; dwFlags: SET; lpValue: PtrSTR; VAR [nil] lpFormat: NUMBERFMTA; lpNumberStr: PtrSTR; cchNumber: INTEGER): INTEGER;
(*END GetNumberFormatA;*)
PROCEDURE GetNumberFormatW* (Locale: LCID; dwFlags: SET; lpValue: PtrWSTR; VAR [nil] lpFormat: NUMBERFMTW; lpNumberStr: PtrWSTR; cchNumber: INTEGER): INTEGER;
(*END GetNumberFormatW;*)
PROCEDURE GetNumberFormat* ["GetNumberFormatA"] (Locale: LCID; dwFlags: SET; lpValue: PtrSTR; VAR [nil] lpFormat: NUMBERFMTA; lpNumberStr: PtrSTR; cchNumber: INTEGER): INTEGER;
(*END GetNumberFormat;*)
PROCEDURE GetCurrencyFormatA* (Locale: LCID; dwFlags: SET; lpValue: PtrSTR; VAR [nil] lpFormat: CURRENCYFMTA; lpCurrencyStr: PtrSTR; cchCurrency: INTEGER): INTEGER;
(*END GetCurrencyFormatA;*)
PROCEDURE GetCurrencyFormatW* (Locale: LCID; dwFlags: SET; lpValue: PtrWSTR; VAR [nil] lpFormat: CURRENCYFMTW; lpCurrencyStr: PtrWSTR; cchCurrency: INTEGER): INTEGER;
(*END GetCurrencyFormatW;*)
PROCEDURE GetCurrencyFormat* ["GetCurrencyFormatA"] (Locale: LCID; dwFlags: SET; lpValue: PtrSTR; VAR [nil] lpFormat: CURRENCYFMTA; lpCurrencyStr: PtrSTR; cchCurrency: INTEGER): INTEGER;
(*END GetCurrencyFormat;*)
PROCEDURE EnumCalendarInfoA* (lpCalInfoEnumProc: CALINFO_ENUMPROCA; Locale: LCID; Calendar: CALID; CalType: CALTYPE): BOOL;
(*END EnumCalendarInfoA;*)
PROCEDURE EnumCalendarInfoW* (lpCalInfoEnumProc: CALINFO_ENUMPROCW; Locale: LCID; Calendar: CALID; CalType: CALTYPE): BOOL;
(*END EnumCalendarInfoW;*)
PROCEDURE EnumCalendarInfo* ["EnumCalendarInfoA"] (lpCalInfoEnumProc: CALINFO_ENUMPROCA; Locale: LCID; Calendar: CALID; CalType: CALTYPE): BOOL;
(*END EnumCalendarInfo;*)
PROCEDURE EnumTimeFormatsA* (lpTimeFmtEnumProc: TIMEFMT_ENUMPROCA; Locale: LCID; dwFlags: SET): BOOL;
(*END EnumTimeFormatsA;*)
PROCEDURE EnumTimeFormatsW* (lpTimeFmtEnumProc: TIMEFMT_ENUMPROCW; Locale: LCID; dwFlags: SET): BOOL;
(*END EnumTimeFormatsW;*)
PROCEDURE EnumTimeFormats* ["EnumTimeFormatsA"] (lpTimeFmtEnumProc: TIMEFMT_ENUMPROCA; Locale: LCID; dwFlags: SET): BOOL;
(*END EnumTimeFormats;*)
PROCEDURE EnumDateFormatsA* (lpDateFmtEnumProc: DATEFMT_ENUMPROCA; Locale: LCID; dwFlags: SET): BOOL;
(*END EnumDateFormatsA;*)
PROCEDURE EnumDateFormatsW* (lpDateFmtEnumProc: DATEFMT_ENUMPROCW; Locale: LCID; dwFlags: SET): BOOL;
(*END EnumDateFormatsW;*)
PROCEDURE EnumDateFormats* ["EnumDateFormatsA"] (lpDateFmtEnumProc: DATEFMT_ENUMPROCA; Locale: LCID; dwFlags: SET): BOOL;
(*END EnumDateFormats;*)
PROCEDURE IsValidLocale* (Locale: LCID; dwFlags: SET): BOOL;
(*END IsValidLocale;*)
PROCEDURE ConvertDefaultLocale* (Locale: LCID): LCID;
(*END ConvertDefaultLocale;*)
PROCEDURE GetThreadLocale* (): LCID;
(*END GetThreadLocale;*)
PROCEDURE SetThreadLocale* (Locale: LCID): BOOL;
(*END SetThreadLocale;*)
PROCEDURE GetSystemDefaultLangID* (): LANGID;
(*END GetSystemDefaultLangID;*)
PROCEDURE GetUserDefaultLangID* (): LANGID;
(*END GetUserDefaultLangID;*)
PROCEDURE GetSystemDefaultLCID* (): LCID;
(*END GetSystemDefaultLCID;*)
PROCEDURE GetUserDefaultLCID* (): LCID;
(*END GetUserDefaultLCID;*)
PROCEDURE GetStringTypeExA* (Locale: LCID; dwInfoType: SET; lpSrcStr: PtrSTR; cchSrc: INTEGER; VAR [nil] lpCharType: SHORTINT): BOOL;
(*END GetStringTypeExA;*)
PROCEDURE GetStringTypeExW* (Locale: LCID; dwInfoType: SET; lpSrcStr: PtrWSTR; cchSrc: INTEGER; VAR [nil] lpCharType: SHORTINT): BOOL;
(*END GetStringTypeExW;*)
PROCEDURE GetStringTypeEx* ["GetStringTypeExA"] (Locale: LCID; dwInfoType: SET; lpSrcStr: PtrSTR; cchSrc: INTEGER; VAR [nil] lpCharType: SHORTINT): BOOL;
(*END GetStringTypeEx;*)
PROCEDURE GetStringTypeA* (Locale: LCID; dwInfoType: SET; lpSrcStr: PtrSTR; cchSrc: INTEGER; VAR [nil] lpCharType: SHORTINT): BOOL;
(*END GetStringTypeA;*)
PROCEDURE GetStringTypeW* (dwInfoType: SET; lpSrcStr: PtrWSTR; cchSrc: INTEGER; VAR [nil] lpCharType: SHORTINT): BOOL;
(*END GetStringTypeW;*)
PROCEDURE FoldStringA* (dwMapFlags: SET; lpSrcStr: PtrSTR; cchSrc: INTEGER; lpDestStr: PtrSTR; cchDest: INTEGER): INTEGER;
(*END FoldStringA;*)
PROCEDURE FoldStringW* (dwMapFlags: SET; lpSrcStr: PtrWSTR; cchSrc: INTEGER; lpDestStr: PtrWSTR; cchDest: INTEGER): INTEGER;
(*END FoldStringW;*)
PROCEDURE FoldString* ["FoldStringA"] (dwMapFlags: SET; lpSrcStr: PtrSTR; cchSrc: INTEGER; lpDestStr: PtrSTR; cchDest: INTEGER): INTEGER;
(*END FoldString;*)
PROCEDURE EnumSystemLocalesA* (lpLocaleEnumProc: LOCALE_ENUMPROCA; dwFlags: SET): BOOL;
(*END EnumSystemLocalesA;*)
PROCEDURE EnumSystemLocalesW* (lpLocaleEnumProc: LOCALE_ENUMPROCW; dwFlags: SET): BOOL;
(*END EnumSystemLocalesW;*)
PROCEDURE EnumSystemLocales* ["EnumSystemLocalesA"] (lpLocaleEnumProc: LOCALE_ENUMPROCA; dwFlags: SET): BOOL;
(*END EnumSystemLocales;*)
PROCEDURE EnumSystemCodePagesA* (lpCodePageEnumProc: CODEPAGE_ENUMPROCA; dwFlags: SET): BOOL;
(*END EnumSystemCodePagesA;*)
PROCEDURE EnumSystemCodePagesW* (lpCodePageEnumProc: CODEPAGE_ENUMPROCW; dwFlags: SET): BOOL;
(*END EnumSystemCodePagesW;*)
PROCEDURE EnumSystemCodePages* ["EnumSystemCodePagesA"] (lpCodePageEnumProc: CODEPAGE_ENUMPROCA; dwFlags: SET): BOOL;
(*END EnumSystemCodePages;*)
PROCEDURE PeekConsoleInputA* (hConsoleInput: HANDLE; VAR [nil] lpBuffer: INPUT_RECORD; nLength: INTEGER; VAR [nil] lpNumberOfEventsRead: INTEGER): BOOL;
(*END PeekConsoleInputA;*)
PROCEDURE PeekConsoleInputW* (hConsoleInput: HANDLE; VAR [nil] lpBuffer: INPUT_RECORD; nLength: INTEGER; VAR [nil] lpNumberOfEventsRead: INTEGER): BOOL;
(*END PeekConsoleInputW;*)
PROCEDURE PeekConsoleInput* ["PeekConsoleInputA"] (hConsoleInput: HANDLE; VAR [nil] lpBuffer: INPUT_RECORD; nLength: INTEGER; VAR [nil] lpNumberOfEventsRead: INTEGER): BOOL;
(*END PeekConsoleInput;*)
PROCEDURE ReadConsoleInputA* (hConsoleInput: HANDLE; VAR [nil] lpBuffer: INPUT_RECORD; nLength: INTEGER; VAR [nil] lpNumberOfEventsRead: INTEGER): BOOL;
(*END ReadConsoleInputA;*)
PROCEDURE ReadConsoleInputW* (hConsoleInput: HANDLE; VAR [nil] lpBuffer: INPUT_RECORD; nLength: INTEGER; VAR [nil] lpNumberOfEventsRead: INTEGER): BOOL;
(*END ReadConsoleInputW;*)
PROCEDURE ReadConsoleInput* ["ReadConsoleInputA"] (hConsoleInput: HANDLE; VAR [nil] lpBuffer: INPUT_RECORD; nLength: INTEGER; VAR [nil] lpNumberOfEventsRead: INTEGER): BOOL;
(*END ReadConsoleInput;*)
PROCEDURE WriteConsoleInputA* (hConsoleInput: HANDLE; VAR [nil] lpBuffer: INPUT_RECORD; nLength: INTEGER; VAR [nil] lpNumberOfEventsWritten: INTEGER): BOOL;
(*END WriteConsoleInputA;*)
PROCEDURE WriteConsoleInputW* (hConsoleInput: HANDLE; VAR [nil] lpBuffer: INPUT_RECORD; nLength: INTEGER; VAR [nil] lpNumberOfEventsWritten: INTEGER): BOOL;
(*END WriteConsoleInputW;*)
PROCEDURE WriteConsoleInput* ["WriteConsoleInputA"] (hConsoleInput: HANDLE; VAR [nil] lpBuffer: INPUT_RECORD; nLength: INTEGER; VAR [nil] lpNumberOfEventsWritten: INTEGER): BOOL;
(*END WriteConsoleInput;*)
PROCEDURE ReadConsoleOutputA* (hConsoleOutput: HANDLE; VAR [nil] lpBuffer: CHAR_INFO; dwBufferSize: COORD; dwBufferCoord: COORD; VAR [nil] lpReadRegion: SMALL_RECT): BOOL;
(*END ReadConsoleOutputA;*)
PROCEDURE ReadConsoleOutputW* (hConsoleOutput: HANDLE; VAR [nil] lpBuffer: CHAR_INFO; dwBufferSize: COORD; dwBufferCoord: COORD; VAR [nil] lpReadRegion: SMALL_RECT): BOOL;
(*END ReadConsoleOutputW;*)
PROCEDURE ReadConsoleOutput* ["ReadConsoleOutputA"] (hConsoleOutput: HANDLE; VAR [nil] lpBuffer: CHAR_INFO; dwBufferSize: COORD; dwBufferCoord: COORD; VAR [nil] lpReadRegion: SMALL_RECT): BOOL;
(*END ReadConsoleOutput;*)
PROCEDURE WriteConsoleOutputA* (hConsoleOutput: HANDLE; VAR [nil] lpBuffer: CHAR_INFO; dwBufferSize: COORD; dwBufferCoord: COORD; VAR [nil] lpWriteRegion: SMALL_RECT): BOOL;
(*END WriteConsoleOutputA;*)
PROCEDURE WriteConsoleOutputW* (hConsoleOutput: HANDLE; VAR [nil] lpBuffer: CHAR_INFO; dwBufferSize: COORD; dwBufferCoord: COORD; VAR [nil] lpWriteRegion: SMALL_RECT): BOOL;
(*END WriteConsoleOutputW;*)
PROCEDURE WriteConsoleOutput* ["WriteConsoleOutputA"] (hConsoleOutput: HANDLE; VAR [nil] lpBuffer: CHAR_INFO; dwBufferSize: COORD; dwBufferCoord: COORD; VAR [nil] lpWriteRegion: SMALL_RECT): BOOL;
(*END WriteConsoleOutput;*)
PROCEDURE ReadConsoleOutputCharacterA* (hConsoleOutput: HANDLE; lpCharacter: PtrSTR; nLength: INTEGER; dwReadCoord: COORD; VAR [nil] lpNumberOfCharsRead: INTEGER): BOOL;
(*END ReadConsoleOutputCharacterA;*)
PROCEDURE ReadConsoleOutputCharacterW* (hConsoleOutput: HANDLE; lpCharacter: PtrWSTR; nLength: INTEGER; dwReadCoord: COORD; VAR [nil] lpNumberOfCharsRead: INTEGER): BOOL;
(*END ReadConsoleOutputCharacterW;*)
PROCEDURE ReadConsoleOutputCharacter* ["ReadConsoleOutputCharacterA"] (hConsoleOutput: HANDLE; lpCharacter: PtrSTR; nLength: INTEGER; dwReadCoord: COORD; VAR [nil] lpNumberOfCharsRead: INTEGER): BOOL;
(*END ReadConsoleOutputCharacter;*)
PROCEDURE ReadConsoleOutputAttribute* (hConsoleOutput: HANDLE; VAR [nil] lpAttribute: SHORTINT; nLength: INTEGER; dwReadCoord: COORD; VAR [nil] lpNumberOfAttrsRead: INTEGER): BOOL;
(*END ReadConsoleOutputAttribute;*)
PROCEDURE WriteConsoleOutputCharacterA* (hConsoleOutput: HANDLE; lpCharacter: PtrSTR; nLength: INTEGER; dwWriteCoord: COORD; VAR [nil] lpNumberOfCharsWritten: INTEGER): BOOL;
(*END WriteConsoleOutputCharacterA;*)
PROCEDURE WriteConsoleOutputCharacterW* (hConsoleOutput: HANDLE; lpCharacter: PtrWSTR; nLength: INTEGER; dwWriteCoord: COORD; VAR [nil] lpNumberOfCharsWritten: INTEGER): BOOL;
(*END WriteConsoleOutputCharacterW;*)
PROCEDURE WriteConsoleOutputCharacter* ["WriteConsoleOutputCharacterA"] (hConsoleOutput: HANDLE; lpCharacter: PtrSTR; nLength: INTEGER; dwWriteCoord: COORD; VAR [nil] lpNumberOfCharsWritten: INTEGER): BOOL;
(*END WriteConsoleOutputCharacter;*)
PROCEDURE WriteConsoleOutputAttribute* (hConsoleOutput: HANDLE; VAR [nil] lpAttribute: SHORTINT; nLength: INTEGER; dwWriteCoord: COORD; VAR [nil] lpNumberOfAttrsWritten: INTEGER): BOOL;
(*END WriteConsoleOutputAttribute;*)
PROCEDURE FillConsoleOutputCharacterA* (hConsoleOutput: HANDLE; cCharacter: SHORTCHAR; nLength: INTEGER; dwWriteCoord: COORD; VAR [nil] lpNumberOfCharsWritten: INTEGER): BOOL;
(*END FillConsoleOutputCharacterA;*)
PROCEDURE FillConsoleOutputCharacterW* (hConsoleOutput: HANDLE; cCharacter: CHAR; nLength: INTEGER; dwWriteCoord: COORD; VAR [nil] lpNumberOfCharsWritten: INTEGER): BOOL;
(*END FillConsoleOutputCharacterW;*)
PROCEDURE FillConsoleOutputCharacter* ["FillConsoleOutputCharacterA"] (hConsoleOutput: HANDLE; cCharacter: SHORTCHAR; nLength: INTEGER; dwWriteCoord: COORD; VAR [nil] lpNumberOfCharsWritten: INTEGER): BOOL;
(*END FillConsoleOutputCharacter;*)
PROCEDURE FillConsoleOutputAttribute* (hConsoleOutput: HANDLE; wAttribute: SHORTINT; nLength: INTEGER; dwWriteCoord: COORD; VAR [nil] lpNumberOfAttrsWritten: INTEGER): BOOL;
(*END FillConsoleOutputAttribute;*)
PROCEDURE GetConsoleMode* (hConsoleHandle: HANDLE; VAR [nil] lpMode: SET): BOOL;
(*END GetConsoleMode;*)
PROCEDURE GetNumberOfConsoleInputEvents* (hConsoleInput: HANDLE; VAR [nil] lpNumberOfEvents: INTEGER): BOOL;
(*END GetNumberOfConsoleInputEvents;*)
PROCEDURE GetConsoleScreenBufferInfo* (hConsoleOutput: HANDLE; VAR [nil] lpConsoleScreenBufferInfo: CONSOLE_SCREEN_BUFFER_INFO): BOOL;
(*END GetConsoleScreenBufferInfo;*)
PROCEDURE GetLargestConsoleWindowSize* (hConsoleOutput: HANDLE): INTEGER;
(*END GetLargestConsoleWindowSize;*)
PROCEDURE GetConsoleCursorInfo* (hConsoleOutput: HANDLE; VAR [nil] lpConsoleCursorInfo: CONSOLE_CURSOR_INFO): BOOL;
(*END GetConsoleCursorInfo;*)
PROCEDURE GetNumberOfConsoleMouseButtons* (VAR [nil] lpNumberOfMouseButtons: INTEGER): BOOL;
(*END GetNumberOfConsoleMouseButtons;*)
PROCEDURE SetConsoleMode* (hConsoleHandle: HANDLE; dwMode: SET): BOOL;
(*END SetConsoleMode;*)
PROCEDURE SetConsoleActiveScreenBuffer* (hConsoleOutput: HANDLE): BOOL;
(*END SetConsoleActiveScreenBuffer;*)
PROCEDURE FlushConsoleInputBuffer* (hConsoleInput: HANDLE): BOOL;
(*END FlushConsoleInputBuffer;*)
PROCEDURE SetConsoleScreenBufferSize* (hConsoleOutput: HANDLE; dwSize: COORD): BOOL;
(*END SetConsoleScreenBufferSize;*)
PROCEDURE SetConsoleCursorPosition* (hConsoleOutput: HANDLE; dwCursorPosition: COORD): BOOL;
(*END SetConsoleCursorPosition;*)
PROCEDURE SetConsoleCursorInfo* (hConsoleOutput: HANDLE; VAR [nil] lpConsoleCursorInfo: CONSOLE_CURSOR_INFO): BOOL;
(*END SetConsoleCursorInfo;*)
PROCEDURE ScrollConsoleScreenBufferA* (hConsoleOutput: HANDLE; VAR [nil] lpScrollRectangle: SMALL_RECT; VAR [nil] lpClipRectangle: SMALL_RECT; dwDestinationOrigin: COORD; VAR [nil] lpFill: CHAR_INFO): BOOL;
(*END ScrollConsoleScreenBufferA;*)
PROCEDURE ScrollConsoleScreenBufferW* (hConsoleOutput: HANDLE; VAR [nil] lpScrollRectangle: SMALL_RECT; VAR [nil] lpClipRectangle: SMALL_RECT; dwDestinationOrigin: COORD; VAR [nil] lpFill: CHAR_INFO): BOOL;
(*END ScrollConsoleScreenBufferW;*)
PROCEDURE ScrollConsoleScreenBuffer* ["ScrollConsoleScreenBufferA"] (hConsoleOutput: HANDLE; VAR [nil] lpScrollRectangle: SMALL_RECT; VAR [nil] lpClipRectangle: SMALL_RECT; dwDestinationOrigin: COORD; VAR [nil] lpFill: CHAR_INFO): BOOL;
(*END ScrollConsoleScreenBuffer;*)
PROCEDURE SetConsoleWindowInfo* (hConsoleOutput: HANDLE; bAbsolute: BOOL; VAR [nil] lpConsoleWindow: SMALL_RECT): BOOL;
(*END SetConsoleWindowInfo;*)
PROCEDURE SetConsoleTextAttribute* (hConsoleOutput: HANDLE; wAttributes: SHORTINT): BOOL;
(*END SetConsoleTextAttribute;*)
PROCEDURE SetConsoleCtrlHandler* (HandlerRoutine: HANDLER_ROUTINE; Add: BOOL): BOOL;
(*END SetConsoleCtrlHandler;*)
PROCEDURE GenerateConsoleCtrlEvent* (dwCtrlEvent: INTEGER; dwProcessGroupId: INTEGER): BOOL;
(*END GenerateConsoleCtrlEvent;*)
PROCEDURE AllocConsole* (): BOOL;
(*END AllocConsole;*)
PROCEDURE FreeConsole* (): BOOL;
(*END FreeConsole;*)
PROCEDURE GetConsoleTitleA* (lpConsoleTitle: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetConsoleTitleA;*)
PROCEDURE GetConsoleTitleW* (lpConsoleTitle: PtrWSTR; nSize: INTEGER): INTEGER;
(*END GetConsoleTitleW;*)
PROCEDURE GetConsoleTitle* ["GetConsoleTitleA"] (lpConsoleTitle: PtrSTR; nSize: INTEGER): INTEGER;
(*END GetConsoleTitle;*)
PROCEDURE SetConsoleTitleA* (lpConsoleTitle: PtrSTR): BOOL;
(*END SetConsoleTitleA;*)
PROCEDURE SetConsoleTitleW* (lpConsoleTitle: PtrWSTR): BOOL;
(*END SetConsoleTitleW;*)
PROCEDURE SetConsoleTitle* ["SetConsoleTitleA"] (lpConsoleTitle: PtrSTR): BOOL;
(*END SetConsoleTitle;*)
PROCEDURE ReadConsoleA* (hConsoleInput: HANDLE; lpBuffer: PtrVoid; nNumberOfCharsToRead: INTEGER; VAR [nil] lpNumberOfCharsRead: INTEGER; lpReserved: PtrVoid): BOOL;
(*END ReadConsoleA;*)
PROCEDURE ReadConsoleW* (hConsoleInput: HANDLE; lpBuffer: PtrVoid; nNumberOfCharsToRead: INTEGER; VAR [nil] lpNumberOfCharsRead: INTEGER; lpReserved: PtrVoid): BOOL;
(*END ReadConsoleW;*)
PROCEDURE ReadConsole* ["ReadConsoleA"] (hConsoleInput: HANDLE; lpBuffer: PtrVoid; nNumberOfCharsToRead: INTEGER; VAR [nil] lpNumberOfCharsRead: INTEGER; lpReserved: PtrVoid): BOOL;
(*END ReadConsole;*)
PROCEDURE WriteConsoleA* (hConsoleOutput: HANDLE; lpBuffer: PtrVoid; nNumberOfCharsToWrite: INTEGER; VAR [nil] lpNumberOfCharsWritten: INTEGER; lpReserved: PtrVoid): BOOL;
(*END WriteConsoleA;*)
PROCEDURE WriteConsoleW* (hConsoleOutput: HANDLE; lpBuffer: PtrVoid; nNumberOfCharsToWrite: INTEGER; VAR [nil] lpNumberOfCharsWritten: INTEGER; lpReserved: PtrVoid): BOOL;
(*END WriteConsoleW;*)
PROCEDURE WriteConsole* ["WriteConsoleA"] (hConsoleOutput: HANDLE; lpBuffer: PtrVoid; nNumberOfCharsToWrite: INTEGER; VAR [nil] lpNumberOfCharsWritten: INTEGER; lpReserved: PtrVoid): BOOL;
(*END WriteConsole;*)
PROCEDURE CreateConsoleScreenBuffer* (dwDesiredAccess: SET; dwShareMode: SET; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES; dwFlags: SET; lpScreenBufferData: PtrVoid): HANDLE;
(*END CreateConsoleScreenBuffer;*)
PROCEDURE GetConsoleCP* (): INTEGER;
(*END GetConsoleCP;*)
PROCEDURE SetConsoleCP* (wCodePageID: INTEGER): BOOL;
(*END SetConsoleCP;*)
PROCEDURE GetConsoleOutputCP* (): INTEGER;
(*END GetConsoleOutputCP;*)
PROCEDURE SetConsoleOutputCP* (wCodePageID: INTEGER): BOOL;
(*END SetConsoleOutputCP;*)
PROCEDURE VerFindFileA* ["VERSION.dll", ""] (uFlags: SET; szFileName: PtrSTR; szWinDir: PtrSTR; szAppDir: PtrSTR; szCurDir: PtrSTR; VAR [nil] lpuCurDirLen: INTEGER; szDestDir: PtrSTR; VAR [nil] lpuDestDirLen: INTEGER): SET;
(*END VerFindFileA;*)
PROCEDURE VerFindFileW* ["VERSION.dll", ""] (uFlags: SET; szFileName: PtrWSTR; szWinDir: PtrWSTR; szAppDir: PtrWSTR; szCurDir: PtrWSTR; VAR [nil] lpuCurDirLen: INTEGER; szDestDir: PtrWSTR; VAR [nil] lpuDestDirLen: INTEGER): SET;
(*END VerFindFileW;*)
PROCEDURE VerFindFile* ["VERSION.dll", "VerFindFileA"] (uFlags: SET; szFileName: PtrSTR; szWinDir: PtrSTR; szAppDir: PtrSTR; szCurDir: PtrSTR; VAR [nil] lpuCurDirLen: INTEGER; szDestDir: PtrSTR; VAR [nil] lpuDestDirLen: INTEGER): SET;
(*END VerFindFile;*)
PROCEDURE VerInstallFileA* ["VERSION.dll", ""] (uFlags: SET; szSrcFileName: PtrSTR; szDestFileName: PtrSTR; szSrcDir: PtrSTR; szDestDir: PtrSTR; szCurDir: PtrSTR; szTmpFile: PtrSTR; VAR [nil] lpuTmpFileLen: INTEGER): SET;
(*END VerInstallFileA;*)
PROCEDURE VerInstallFileW* ["VERSION.dll", ""] (uFlags: SET; szSrcFileName: PtrWSTR; szDestFileName: PtrWSTR; szSrcDir: PtrWSTR; szDestDir: PtrWSTR; szCurDir: PtrWSTR; szTmpFile: PtrWSTR; VAR [nil] lpuTmpFileLen: INTEGER): SET;
(*END VerInstallFileW;*)
PROCEDURE VerInstallFile* ["VERSION.dll", "VerInstallFileA"] (uFlags: SET; szSrcFileName: PtrSTR; szDestFileName: PtrSTR; szSrcDir: PtrSTR; szDestDir: PtrSTR; szCurDir: PtrSTR; szTmpFile: PtrSTR; VAR [nil] lpuTmpFileLen: INTEGER): SET;
(*END VerInstallFile;*)
PROCEDURE GetFileVersionInfoSizeA* ["VERSION.dll", ""] (lptstrFilename: PtrSTR; VAR [nil] lpdwHandle: INTEGER): INTEGER;
(*END GetFileVersionInfoSizeA;*)
PROCEDURE GetFileVersionInfoSizeW* ["VERSION.dll", ""] (lptstrFilename: PtrWSTR; VAR [nil] lpdwHandle: INTEGER): INTEGER;
(*END GetFileVersionInfoSizeW;*)
PROCEDURE GetFileVersionInfoSize* ["VERSION.dll", "GetFileVersionInfoSizeA"] (lptstrFilename: PtrSTR; VAR [nil] lpdwHandle: INTEGER): INTEGER;
(*END GetFileVersionInfoSize;*)
PROCEDURE GetFileVersionInfoA* ["VERSION.dll", ""] (lptstrFilename: PtrSTR; dwHandle: INTEGER; dwLen: INTEGER; lpData: PtrVoid): BOOL;
(*END GetFileVersionInfoA;*)
PROCEDURE GetFileVersionInfoW* ["VERSION.dll", ""] (lptstrFilename: PtrWSTR; dwHandle: INTEGER; dwLen: INTEGER; lpData: PtrVoid): BOOL;
(*END GetFileVersionInfoW;*)
PROCEDURE GetFileVersionInfo* ["VERSION.dll", "GetFileVersionInfoA"] (lptstrFilename: PtrSTR; dwHandle: INTEGER; dwLen: INTEGER; lpData: PtrVoid): BOOL;
(*END GetFileVersionInfo;*)
PROCEDURE VerLanguageNameA* (wLang: INTEGER; szLang: PtrSTR; nSize: INTEGER): INTEGER;
(*END VerLanguageNameA;*)
PROCEDURE VerLanguageNameW* (wLang: INTEGER; szLang: PtrWSTR; nSize: INTEGER): INTEGER;
(*END VerLanguageNameW;*)
PROCEDURE VerLanguageName* ["VerLanguageNameA"] (wLang: INTEGER; szLang: PtrSTR; nSize: INTEGER): INTEGER;
(*END VerLanguageName;*)
PROCEDURE VerQueryValueA* ["VERSION.dll", ""] (pBlock: PtrVoid; lpSubBlock: PtrSTR; lplpBuffer: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid; VAR [nil] puLen: INTEGER): BOOL;
(*END VerQueryValueA;*)
PROCEDURE VerQueryValueW* ["VERSION.dll", ""] (pBlock: PtrVoid; lpSubBlock: PtrWSTR; lplpBuffer: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid; VAR [nil] puLen: INTEGER): BOOL;
(*END VerQueryValueW;*)
PROCEDURE VerQueryValue* ["VERSION.dll", "VerQueryValueA"] (pBlock: PtrVoid; lpSubBlock: PtrSTR; lplpBuffer: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid; VAR [nil] puLen: INTEGER): BOOL;
(*END VerQueryValue;*)
PROCEDURE RegCloseKey* ["ADVAPI32.dll", ""] (hKey: HKEY): INTEGER;
(*END RegCloseKey;*)
PROCEDURE RegConnectRegistryA* ["ADVAPI32.dll", ""] (lpMachineName: PtrSTR; hKey: HKEY; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegConnectRegistryA;*)
PROCEDURE RegConnectRegistryW* ["ADVAPI32.dll", ""] (lpMachineName: PtrWSTR; hKey: HKEY; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegConnectRegistryW;*)
PROCEDURE RegConnectRegistry* ["ADVAPI32.dll", "RegConnectRegistryA"] (lpMachineName: PtrSTR; hKey: HKEY; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegConnectRegistry;*)
PROCEDURE RegCreateKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegCreateKeyA;*)
PROCEDURE RegCreateKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegCreateKeyW;*)
PROCEDURE RegCreateKey* ["ADVAPI32.dll", "RegCreateKeyA"] (hKey: HKEY; lpSubKey: PtrSTR; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegCreateKey;*)
PROCEDURE RegCreateKeyExA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR; Reserved: INTEGER; lpClass: PtrSTR; dwOptions: SET; samDesired: REGSAM; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES; VAR [nil] phkResult: HKEY; VAR [nil] lpdwDisposition: INTEGER): INTEGER;
(*END RegCreateKeyExA;*)
PROCEDURE RegCreateKeyExW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR; Reserved: INTEGER; lpClass: PtrWSTR; dwOptions: SET; samDesired: REGSAM; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES; VAR [nil] phkResult: HKEY; VAR [nil] lpdwDisposition: INTEGER): INTEGER;
(*END RegCreateKeyExW;*)
PROCEDURE RegCreateKeyEx* ["ADVAPI32.dll", "RegCreateKeyExA"] (hKey: HKEY; lpSubKey: PtrSTR; Reserved: INTEGER; lpClass: PtrSTR; dwOptions: SET; samDesired: REGSAM; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES; VAR [nil] phkResult: HKEY; VAR [nil] lpdwDisposition: INTEGER): INTEGER;
(*END RegCreateKeyEx;*)
PROCEDURE RegDeleteKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR): INTEGER;
(*END RegDeleteKeyA;*)
PROCEDURE RegDeleteKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR): INTEGER;
(*END RegDeleteKeyW;*)
PROCEDURE RegDeleteKey* ["ADVAPI32.dll", "RegDeleteKeyA"] (hKey: HKEY; lpSubKey: PtrSTR): INTEGER;
(*END RegDeleteKey;*)
PROCEDURE RegDeleteValueA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpValueName: PtrSTR): INTEGER;
(*END RegDeleteValueA;*)
PROCEDURE RegDeleteValueW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpValueName: PtrWSTR): INTEGER;
(*END RegDeleteValueW;*)
PROCEDURE RegDeleteValue* ["ADVAPI32.dll", "RegDeleteValueA"] (hKey: HKEY; lpValueName: PtrSTR): INTEGER;
(*END RegDeleteValue;*)
PROCEDURE RegEnumKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; dwIndex: INTEGER; lpName: PtrSTR; cbName: INTEGER): INTEGER;
(*END RegEnumKeyA;*)
PROCEDURE RegEnumKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; dwIndex: INTEGER; lpName: PtrWSTR; cbName: INTEGER): INTEGER;
(*END RegEnumKeyW;*)
PROCEDURE RegEnumKey* ["ADVAPI32.dll", "RegEnumKeyA"] (hKey: HKEY; dwIndex: INTEGER; lpName: PtrSTR; cbName: INTEGER): INTEGER;
(*END RegEnumKey;*)
PROCEDURE RegEnumKeyExA* ["ADVAPI32.dll", ""] (hKey: HKEY; dwIndex: INTEGER; lpName: PtrSTR; VAR [nil] lpcbName: INTEGER; VAR [nil] lpReserved: INTEGER; lpClass: PtrSTR; VAR [nil] lpcbClass: INTEGER; VAR [nil] lpftLastWriteTime: FILETIME): INTEGER;
(*END RegEnumKeyExA;*)
PROCEDURE RegEnumKeyExW* ["ADVAPI32.dll", ""] (hKey: HKEY; dwIndex: INTEGER; lpName: PtrWSTR; VAR [nil] lpcbName: INTEGER; VAR [nil] lpReserved: INTEGER; lpClass: PtrWSTR; VAR [nil] lpcbClass: INTEGER; VAR [nil] lpftLastWriteTime: FILETIME): INTEGER;
(*END RegEnumKeyExW;*)
PROCEDURE RegEnumKeyEx* ["ADVAPI32.dll", "RegEnumKeyExA"] (hKey: HKEY; dwIndex: INTEGER; lpName: PtrSTR; VAR [nil] lpcbName: INTEGER; VAR [nil] lpReserved: INTEGER; lpClass: PtrSTR; VAR [nil] lpcbClass: INTEGER; VAR [nil] lpftLastWriteTime: FILETIME): INTEGER;
(*END RegEnumKeyEx;*)
PROCEDURE RegEnumValueA* ["ADVAPI32.dll", ""] (hKey: HKEY; dwIndex: INTEGER; lpValueName: PtrSTR; VAR [nil] lpcbValueName: INTEGER; VAR [nil] lpReserved: INTEGER; VAR [nil] lpType: INTEGER; lpData: PtrVoid; VAR [nil] lpcbData: INTEGER): INTEGER;
(*END RegEnumValueA;*)
PROCEDURE RegEnumValueW* ["ADVAPI32.dll", ""] (hKey: HKEY; dwIndex: INTEGER; lpValueName: PtrWSTR; VAR [nil] lpcbValueName: INTEGER; VAR [nil] lpReserved: INTEGER; VAR [nil] lpType: INTEGER; lpData: PtrVoid; VAR [nil] lpcbData: INTEGER): INTEGER;
(*END RegEnumValueW;*)
PROCEDURE RegEnumValue* ["ADVAPI32.dll", "RegEnumValueA"] (hKey: HKEY; dwIndex: INTEGER; lpValueName: PtrSTR; VAR [nil] lpcbValueName: INTEGER; VAR [nil] lpReserved: INTEGER; VAR [nil] lpType: INTEGER; lpData: PtrVoid; VAR [nil] lpcbData: INTEGER): INTEGER;
(*END RegEnumValue;*)
PROCEDURE RegFlushKey* ["ADVAPI32.dll", ""] (hKey: HKEY): INTEGER;
(*END RegFlushKey;*)
PROCEDURE RegGetKeySecurity* ["ADVAPI32.dll", ""] (hKey: HKEY; SecurityInformation: SECURITY_INFORMATION; pSecurityDescriptor: PSECURITY_DESCRIPTOR; VAR [nil] lpcbSecurityDescriptor: INTEGER): INTEGER;
(*END RegGetKeySecurity;*)
PROCEDURE RegLoadKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR; lpFile: PtrSTR): INTEGER;
(*END RegLoadKeyA;*)
PROCEDURE RegLoadKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR; lpFile: PtrWSTR): INTEGER;
(*END RegLoadKeyW;*)
PROCEDURE RegLoadKey* ["ADVAPI32.dll", "RegLoadKeyA"] (hKey: HKEY; lpSubKey: PtrSTR; lpFile: PtrSTR): INTEGER;
(*END RegLoadKey;*)
PROCEDURE RegNotifyChangeKeyValue* ["ADVAPI32.dll", ""] (hKey: HKEY; bWatchSubtree: BOOL; dwNotifyFilter: SET; hEvent: HANDLE; fAsynchronus: BOOL): INTEGER;
(*END RegNotifyChangeKeyValue;*)
PROCEDURE RegOpenKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegOpenKeyA;*)
PROCEDURE RegOpenKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegOpenKeyW;*)
PROCEDURE RegOpenKey* ["ADVAPI32.dll", "RegOpenKeyA"] (hKey: HKEY; lpSubKey: PtrSTR; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegOpenKey;*)
PROCEDURE RegOpenKeyExA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR; ulOptions: INTEGER; samDesired: REGSAM; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegOpenKeyExA;*)
PROCEDURE RegOpenKeyExW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR; ulOptions: INTEGER; samDesired: REGSAM; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegOpenKeyExW;*)
PROCEDURE RegOpenKeyEx* ["ADVAPI32.dll", "RegOpenKeyExA"] (hKey: HKEY; lpSubKey: PtrSTR; ulOptions: INTEGER; samDesired: REGSAM; VAR [nil] phkResult: HKEY): INTEGER;
(*END RegOpenKeyEx;*)
PROCEDURE RegQueryInfoKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpClass: PtrSTR; VAR [nil] lpcbClass: INTEGER; VAR [nil] lpReserved: INTEGER; VAR [nil] lpcSubKeys: INTEGER; VAR [nil] lpcbMaxSubKeyLen: INTEGER; VAR [nil] lpcbMaxClassLen: INTEGER; VAR [nil] lpcValues: INTEGER; VAR [nil] lpcbMaxValueNameLen: INTEGER; VAR [nil] lpcbMaxValueLen: INTEGER; VAR [nil] lpcbSecurityDescriptor: INTEGER; VAR [nil] lpftLastWriteTime: FILETIME): INTEGER;
(*END RegQueryInfoKeyA;*)
PROCEDURE RegQueryInfoKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpClass: PtrWSTR; VAR [nil] lpcbClass: INTEGER; VAR [nil] lpReserved: INTEGER; VAR [nil] lpcSubKeys: INTEGER; VAR [nil] lpcbMaxSubKeyLen: INTEGER; VAR [nil] lpcbMaxClassLen: INTEGER; VAR [nil] lpcValues: INTEGER; VAR [nil] lpcbMaxValueNameLen: INTEGER; VAR [nil] lpcbMaxValueLen: INTEGER; VAR [nil] lpcbSecurityDescriptor: INTEGER; VAR [nil] lpftLastWriteTime: FILETIME): INTEGER;
(*END RegQueryInfoKeyW;*)
PROCEDURE RegQueryInfoKey* ["ADVAPI32.dll", "RegQueryInfoKeyA"] (hKey: HKEY; lpClass: PtrSTR; VAR [nil] lpcbClass: INTEGER; VAR [nil] lpReserved: INTEGER; VAR [nil] lpcSubKeys: INTEGER; VAR [nil] lpcbMaxSubKeyLen: INTEGER; VAR [nil] lpcbMaxClassLen: INTEGER; VAR [nil] lpcValues: INTEGER; VAR [nil] lpcbMaxValueNameLen: INTEGER; VAR [nil] lpcbMaxValueLen: INTEGER; VAR [nil] lpcbSecurityDescriptor: INTEGER; VAR [nil] lpftLastWriteTime: FILETIME): INTEGER;
(*END RegQueryInfoKey;*)
PROCEDURE RegQueryValueA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR; lpValue: PtrSTR; VAR [nil] lpcbValue: INTEGER): INTEGER;
(*END RegQueryValueA;*)
PROCEDURE RegQueryValueW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR; lpValue: PtrWSTR; VAR [nil] lpcbValue: INTEGER): INTEGER;
(*END RegQueryValueW;*)
PROCEDURE RegQueryValue* ["ADVAPI32.dll", "RegQueryValueA"] (hKey: HKEY; lpSubKey: PtrSTR; lpValue: PtrSTR; VAR [nil] lpcbValue: INTEGER): INTEGER;
(*END RegQueryValue;*)
PROCEDURE RegQueryMultipleValuesA* ["ADVAPI32.dll", ""] (hKey: HKEY; VAR [nil] val_list: VALENTA; num_vals: INTEGER; lpValueBuf: PtrSTR; VAR [nil] ldwTotsize: INTEGER): INTEGER;
(*END RegQueryMultipleValuesA;*)
PROCEDURE RegQueryMultipleValuesW* ["ADVAPI32.dll", ""] (hKey: HKEY; VAR [nil] val_list: VALENTW; num_vals: INTEGER; lpValueBuf: PtrWSTR; VAR [nil] ldwTotsize: INTEGER): INTEGER;
(*END RegQueryMultipleValuesW;*)
PROCEDURE RegQueryMultipleValues* ["ADVAPI32.dll", "RegQueryMultipleValuesA"] (hKey: HKEY; VAR [nil] val_list: VALENTA; num_vals: INTEGER; lpValueBuf: PtrSTR; VAR [nil] ldwTotsize: INTEGER): INTEGER;
(*END RegQueryMultipleValues;*)
PROCEDURE RegQueryValueExA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpValueName: PtrSTR; VAR [nil] lpReserved: INTEGER; VAR [nil] lpType: INTEGER; lpData: PtrVoid; VAR [nil] lpcbData: INTEGER): INTEGER;
(*END RegQueryValueExA;*)
PROCEDURE RegQueryValueExW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpValueName: PtrWSTR; VAR [nil] lpReserved: INTEGER; VAR [nil] lpType: INTEGER; lpData: PtrVoid; VAR [nil] lpcbData: INTEGER): INTEGER;
(*END RegQueryValueExW;*)
PROCEDURE RegQueryValueEx* ["ADVAPI32.dll", "RegQueryValueExA"] (hKey: HKEY; lpValueName: PtrSTR; VAR [nil] lpReserved: INTEGER; VAR [nil] lpType: INTEGER; lpData: PtrVoid; VAR [nil] lpcbData: INTEGER): INTEGER;
(*END RegQueryValueEx;*)
PROCEDURE RegReplaceKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR; lpNewFile: PtrSTR; lpOldFile: PtrSTR): INTEGER;
(*END RegReplaceKeyA;*)
PROCEDURE RegReplaceKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR; lpNewFile: PtrWSTR; lpOldFile: PtrWSTR): INTEGER;
(*END RegReplaceKeyW;*)
PROCEDURE RegReplaceKey* ["ADVAPI32.dll", "RegReplaceKeyA"] (hKey: HKEY; lpSubKey: PtrSTR; lpNewFile: PtrSTR; lpOldFile: PtrSTR): INTEGER;
(*END RegReplaceKey;*)
PROCEDURE RegRestoreKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpFile: PtrSTR; dwFlags: SET): INTEGER;
(*END RegRestoreKeyA;*)
PROCEDURE RegRestoreKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpFile: PtrWSTR; dwFlags: SET): INTEGER;
(*END RegRestoreKeyW;*)
PROCEDURE RegRestoreKey* ["ADVAPI32.dll", "RegRestoreKeyA"] (hKey: HKEY; lpFile: PtrSTR; dwFlags: SET): INTEGER;
(*END RegRestoreKey;*)
PROCEDURE RegSaveKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpFile: PtrSTR; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): INTEGER;
(*END RegSaveKeyA;*)
PROCEDURE RegSaveKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpFile: PtrWSTR; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): INTEGER;
(*END RegSaveKeyW;*)
PROCEDURE RegSaveKey* ["ADVAPI32.dll", "RegSaveKeyA"] (hKey: HKEY; lpFile: PtrSTR; VAR [nil] lpSecurityAttributes: SECURITY_ATTRIBUTES): INTEGER;
(*END RegSaveKey;*)
PROCEDURE RegSetKeySecurity* ["ADVAPI32.dll", ""] (hKey: HKEY; SecurityInformation: SECURITY_INFORMATION; pSecurityDescriptor: PSECURITY_DESCRIPTOR): INTEGER;
(*END RegSetKeySecurity;*)
PROCEDURE RegSetValueA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR; dwType: INTEGER; lpData: PtrSTR; cbData: INTEGER): INTEGER;
(*END RegSetValueA;*)
PROCEDURE RegSetValueW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR; dwType: INTEGER; lpData: PtrWSTR; cbData: INTEGER): INTEGER;
(*END RegSetValueW;*)
PROCEDURE RegSetValue* ["ADVAPI32.dll", "RegSetValueA"] (hKey: HKEY; lpSubKey: PtrSTR; dwType: INTEGER; lpData: PtrSTR; cbData: INTEGER): INTEGER;
(*END RegSetValue;*)
PROCEDURE RegSetValueExA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpValueName: PtrSTR; Reserved: INTEGER; dwType: INTEGER; lpData: PtrVoid; cbData: INTEGER): INTEGER;
(*END RegSetValueExA;*)
PROCEDURE RegSetValueExW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpValueName: PtrWSTR; Reserved: INTEGER; dwType: INTEGER; lpData: PtrVoid; cbData: INTEGER): INTEGER;
(*END RegSetValueExW;*)
PROCEDURE RegSetValueEx* ["ADVAPI32.dll", "RegSetValueExA"] (hKey: HKEY; lpValueName: PtrSTR; Reserved: INTEGER; dwType: INTEGER; lpData: PtrVoid; cbData: INTEGER): INTEGER;
(*END RegSetValueEx;*)
PROCEDURE RegUnLoadKeyA* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrSTR): INTEGER;
(*END RegUnLoadKeyA;*)
PROCEDURE RegUnLoadKeyW* ["ADVAPI32.dll", ""] (hKey: HKEY; lpSubKey: PtrWSTR): INTEGER;
(*END RegUnLoadKeyW;*)
PROCEDURE RegUnLoadKey* ["ADVAPI32.dll", "RegUnLoadKeyA"] (hKey: HKEY; lpSubKey: PtrSTR): INTEGER;
(*END RegUnLoadKey;*)
PROCEDURE InitiateSystemShutdownA* ["ADVAPI32.dll", ""] (lpMachineName: PtrSTR; lpMessage: PtrSTR; dwTimeout: INTEGER; bForceAppsClosed: BOOL; bRebootAfterShutdown: BOOL): BOOL;
(*END InitiateSystemShutdownA;*)
PROCEDURE InitiateSystemShutdownW* ["ADVAPI32.dll", ""] (lpMachineName: PtrWSTR; lpMessage: PtrWSTR; dwTimeout: INTEGER; bForceAppsClosed: BOOL; bRebootAfterShutdown: BOOL): BOOL;
(*END InitiateSystemShutdownW;*)
PROCEDURE InitiateSystemShutdown* ["ADVAPI32.dll", "InitiateSystemShutdownA"] (lpMachineName: PtrSTR; lpMessage: PtrSTR; dwTimeout: INTEGER; bForceAppsClosed: BOOL; bRebootAfterShutdown: BOOL): BOOL;
(*END InitiateSystemShutdown;*)
PROCEDURE AbortSystemShutdownA* ["ADVAPI32.dll", ""] (lpMachineName: PtrSTR): BOOL;
(*END AbortSystemShutdownA;*)
PROCEDURE AbortSystemShutdownW* ["ADVAPI32.dll", ""] (lpMachineName: PtrWSTR): BOOL;
(*END AbortSystemShutdownW;*)
PROCEDURE AbortSystemShutdown* ["ADVAPI32.dll", "AbortSystemShutdownA"] (lpMachineName: PtrSTR): BOOL;
(*END AbortSystemShutdown;*)
PROCEDURE DdeSetQualityOfService* ["USER32.dll", ""] (hwndClient: HWND; VAR [nil] pqosNew: SECURITY_QUALITY_OF_SERVICE; VAR [nil] pqosPrev: SECURITY_QUALITY_OF_SERVICE): BOOL;
(*END DdeSetQualityOfService;*)
PROCEDURE ImpersonateDdeClientWindow* ["USER32.dll", ""] (hWndClient: HWND; hWndServer: HWND): BOOL;
(*END ImpersonateDdeClientWindow;*)
PROCEDURE PackDDElParam* ["USER32.dll", ""] (msg: INTEGER; uiLo: INTEGER; uiHi: INTEGER): INTEGER;
(*END PackDDElParam;*)
PROCEDURE UnpackDDElParam* ["USER32.dll", ""] (msg: INTEGER; lParam: INTEGER; VAR [nil] puiLo: INTEGER; VAR [nil] puiHi: INTEGER): BOOL;
(*END UnpackDDElParam;*)
PROCEDURE FreeDDElParam* ["USER32.dll", ""] (msg: INTEGER; lParam: INTEGER): BOOL;
(*END FreeDDElParam;*)
PROCEDURE ReuseDDElParam* ["USER32.dll", ""] (lParam: INTEGER; msgIn: INTEGER; msgOut: INTEGER; uiLo: INTEGER; uiHi: INTEGER): INTEGER;
(*END ReuseDDElParam;*)
PROCEDURE DdeInitializeA* ["USER32.dll", ""] (VAR [nil] pidInst: INTEGER; pfnCallback: FNCALLBACK; afCmd: INTEGER; ulRes: INTEGER): INTEGER;
(*END DdeInitializeA;*)
PROCEDURE DdeInitializeW* ["USER32.dll", ""] (VAR [nil] pidInst: INTEGER; pfnCallback: FNCALLBACK; afCmd: INTEGER; ulRes: INTEGER): INTEGER;
(*END DdeInitializeW;*)
PROCEDURE DdeInitialize* ["USER32.dll", "DdeInitializeA"] (VAR [nil] pidInst: INTEGER; pfnCallback: FNCALLBACK; afCmd: INTEGER; ulRes: INTEGER): INTEGER;
(*END DdeInitialize;*)
PROCEDURE DdeUninitialize* ["USER32.dll", ""] (idInst: INTEGER): BOOL;
(*END DdeUninitialize;*)
PROCEDURE DdeConnectList* ["USER32.dll", ""] (idInst: INTEGER; hszService: HSZ; hszTopic: HSZ; hConvList: HCONVLIST; VAR [nil] pCC: CONVCONTEXT): HCONVLIST;
(*END DdeConnectList;*)
PROCEDURE DdeQueryNextServer* ["USER32.dll", ""] (hConvList: HCONVLIST; hConvPrev: HCONV): HCONV;
(*END DdeQueryNextServer;*)
PROCEDURE DdeDisconnectList* ["USER32.dll", ""] (hConvList: HCONVLIST): BOOL;
(*END DdeDisconnectList;*)
PROCEDURE DdeConnect* ["USER32.dll", ""] (idInst: INTEGER; hszService: HSZ; hszTopic: HSZ; VAR [nil] pCC: CONVCONTEXT): HCONV;
(*END DdeConnect;*)
PROCEDURE DdeDisconnect* ["USER32.dll", ""] (hConv: HCONV): BOOL;
(*END DdeDisconnect;*)
PROCEDURE DdeReconnect* ["USER32.dll", ""] (hConv: HCONV): HCONV;
(*END DdeReconnect;*)
PROCEDURE DdeQueryConvInfo* ["USER32.dll", ""] (hConv: HCONV; idTransaction: INTEGER; VAR [nil] pConvInfo: CONVINFO): INTEGER;
(*END DdeQueryConvInfo;*)
PROCEDURE DdeSetUserHandle* ["USER32.dll", ""] (hConv: HCONV; id: INTEGER; hUser: INTEGER): BOOL;
(*END DdeSetUserHandle;*)
PROCEDURE DdeAbandonTransaction* ["USER32.dll", ""] (idInst: INTEGER; hConv: HCONV; idTransaction: INTEGER): BOOL;
(*END DdeAbandonTransaction;*)
PROCEDURE DdePostAdvise* ["USER32.dll", ""] (idInst: INTEGER; hszTopic: HSZ; hszItem: HSZ): BOOL;
(*END DdePostAdvise;*)
PROCEDURE DdeEnableCallback* ["USER32.dll", ""] (idInst: INTEGER; hConv: HCONV; wCmd: INTEGER): BOOL;
(*END DdeEnableCallback;*)
PROCEDURE DdeImpersonateClient* ["USER32.dll", ""] (hConv: HCONV): BOOL;
(*END DdeImpersonateClient;*)
PROCEDURE DdeNameService* ["USER32.dll", ""] (idInst: INTEGER; hsz1: HSZ; hsz2: HSZ; afCmd: INTEGER): HDDEDATA;
(*END DdeNameService;*)
PROCEDURE DdeClientTransaction* ["USER32.dll", ""] (VAR [nil] pData: SHORTCHAR; cbData: INTEGER; hConv: HCONV; hszItem: HSZ; wFmt: INTEGER; wType: INTEGER; dwTimeout: INTEGER; VAR [nil] pdwResult: INTEGER): HDDEDATA;
(*END DdeClientTransaction;*)
PROCEDURE DdeCreateDataHandle* ["USER32.dll", ""] (idInst: INTEGER; VAR [nil] pSrc: SHORTCHAR; cb: INTEGER; cbOff: INTEGER; hszItem: HSZ; wFmt: INTEGER; afCmd: INTEGER): HDDEDATA;
(*END DdeCreateDataHandle;*)
PROCEDURE DdeAddData* ["USER32.dll", ""] (hData: HDDEDATA; VAR [nil] pSrc: SHORTCHAR; cb: INTEGER; cbOff: INTEGER): HDDEDATA;
(*END DdeAddData;*)
PROCEDURE DdeGetData* ["USER32.dll", ""] (hData: HDDEDATA; VAR [nil] pDst: SHORTCHAR; cbMax: INTEGER; cbOff: INTEGER): INTEGER;
(*END DdeGetData;*)
PROCEDURE DdeAccessData* ["USER32.dll", ""] (hData: HDDEDATA; VAR [nil] pcbDataSize: INTEGER): RetDdeAccessData;
(*END DdeAccessData;*)
PROCEDURE DdeUnaccessData* ["USER32.dll", ""] (hData: HDDEDATA): BOOL;
(*END DdeUnaccessData;*)
PROCEDURE DdeFreeDataHandle* ["USER32.dll", ""] (hData: HDDEDATA): BOOL;
(*END DdeFreeDataHandle;*)
PROCEDURE DdeGetLastError* ["USER32.dll", ""] (idInst: INTEGER): INTEGER;
(*END DdeGetLastError;*)
PROCEDURE DdeCreateStringHandleA* ["USER32.dll", ""] (idInst: INTEGER; psz: PtrSTR; iCodePage: INTEGER): HSZ;
(*END DdeCreateStringHandleA;*)
PROCEDURE DdeCreateStringHandleW* ["USER32.dll", ""] (idInst: INTEGER; psz: PtrWSTR; iCodePage: INTEGER): HSZ;
(*END DdeCreateStringHandleW;*)
PROCEDURE DdeCreateStringHandle* ["USER32.dll", "DdeCreateStringHandleA"] (idInst: INTEGER; psz: PtrSTR; iCodePage: INTEGER): HSZ;
(*END DdeCreateStringHandle;*)
PROCEDURE DdeQueryStringA* ["USER32.dll", ""] (idInst: INTEGER; hsz: HSZ; psz: PtrSTR; cchMax: INTEGER; iCodePage: INTEGER): INTEGER;
(*END DdeQueryStringA;*)
PROCEDURE DdeQueryStringW* ["USER32.dll", ""] (idInst: INTEGER; hsz: HSZ; psz: PtrWSTR; cchMax: INTEGER; iCodePage: INTEGER): INTEGER;
(*END DdeQueryStringW;*)
PROCEDURE DdeQueryString* ["USER32.dll", "DdeQueryStringA"] (idInst: INTEGER; hsz: HSZ; psz: PtrSTR; cchMax: INTEGER; iCodePage: INTEGER): INTEGER;
(*END DdeQueryString;*)
PROCEDURE DdeFreeStringHandle* ["USER32.dll", ""] (idInst: INTEGER; hsz: HSZ): BOOL;
(*END DdeFreeStringHandle;*)
PROCEDURE DdeKeepStringHandle* ["USER32.dll", ""] (idInst: INTEGER; hsz: HSZ): BOOL;
(*END DdeKeepStringHandle;*)
PROCEDURE DdeCmpStringHandles* ["USER32.dll", ""] (hsz1: HSZ; hsz2: HSZ): INTEGER;
(*END DdeCmpStringHandles;*)
PROCEDURE SendInput* ["USER32.dll", ""] (nInputs: INTEGER; pInputs: POINTER TO ARRAY [untagged] OF INPUT; cbSize: INTEGER): INTEGER;
(*END SendInput;*)
PROCEDURE LZStart* ["LZ32.dll", ""] (): INTEGER;
(*END LZStart;*)
PROCEDURE LZDone* ["LZ32.dll", ""] ();
(*END LZDone;*)
PROCEDURE CopyLZFile* ["LZ32.dll", ""] (p0: INTEGER; p1: INTEGER): INTEGER;
(*END CopyLZFile;*)
PROCEDURE LZCopy* ["LZ32.dll", ""] (p0: INTEGER; p1: INTEGER): INTEGER;
(*END LZCopy;*)
PROCEDURE LZInit* ["LZ32.dll", ""] (p0: INTEGER): INTEGER;
(*END LZInit;*)
PROCEDURE GetExpandedNameA* ["LZ32.dll", ""] (p0: PtrSTR; p1: PtrSTR): INTEGER;
(*END GetExpandedNameA;*)
PROCEDURE GetExpandedNameW* ["LZ32.dll", ""] (p0: PtrWSTR; p1: PtrWSTR): INTEGER;
(*END GetExpandedNameW;*)
PROCEDURE GetExpandedName* ["LZ32.dll", "GetExpandedNameA"] (p0: PtrSTR; p1: PtrSTR): INTEGER;
(*END GetExpandedName;*)
PROCEDURE LZOpenFileA* ["LZ32.dll", ""] (p0: PtrSTR; VAR [nil] p1: OFSTRUCT; p2: SHORTINT): INTEGER;
(*END LZOpenFileA;*)
PROCEDURE LZOpenFileW* ["LZ32.dll", ""] (p0: PtrWSTR; VAR [nil] p1: OFSTRUCT; p2: SHORTINT): INTEGER;
(*END LZOpenFileW;*)
PROCEDURE LZOpenFile* ["LZ32.dll", "LZOpenFileA"] (p0: PtrSTR; VAR [nil] p1: OFSTRUCT; p2: SHORTINT): INTEGER;
(*END LZOpenFile;*)
PROCEDURE LZSeek* ["LZ32.dll", ""] (p0: INTEGER; p1: INTEGER; p2: INTEGER): INTEGER;
(*END LZSeek;*)
PROCEDURE LZRead* ["LZ32.dll", ""] (p0: INTEGER; p1: PtrSTR; p2: INTEGER): INTEGER;
(*END LZRead;*)
PROCEDURE LZClose* ["LZ32.dll", ""] (p0: INTEGER);
(*END LZClose;*)
PROCEDURE DragQueryFileA* ["SHELL32.dll", ""] (p0: HDROP; p1: INTEGER; p2: PtrSTR; p3: INTEGER): INTEGER;
(*END DragQueryFileA;*)
PROCEDURE DragQueryFileW* ["SHELL32.dll", ""] (p0: HDROP; p1: INTEGER; p2: PtrWSTR; p3: INTEGER): INTEGER;
(*END DragQueryFileW;*)
PROCEDURE DragQueryFile* ["SHELL32.dll", "DragQueryFileA"] (p0: HDROP; p1: INTEGER; p2: PtrSTR; p3: INTEGER): INTEGER;
(*END DragQueryFile;*)
PROCEDURE DragQueryPoint* ["SHELL32.dll", ""] (p0: HDROP; VAR [nil] p1: POINT): BOOL;
(*END DragQueryPoint;*)
PROCEDURE DragFinish* ["SHELL32.dll", ""] (p0: HDROP);
(*END DragFinish;*)
PROCEDURE DragAcceptFiles* ["SHELL32.dll", ""] (p0: HWND; p1: BOOL);
(*END DragAcceptFiles;*)
PROCEDURE ShellExecuteA* ["SHELL32.dll", ""] (hwnd: HWND; lpOperation: PtrSTR; lpFile: PtrSTR; lpParameters: PtrSTR; lpDirectory: PtrSTR; nShowCmd: INTEGER): HINSTANCE;
(*END ShellExecuteA;*)
PROCEDURE ShellExecuteW* ["SHELL32.dll", ""] (hwnd: HWND; lpOperation: PtrWSTR; lpFile: PtrWSTR; lpParameters: PtrWSTR; lpDirectory: PtrWSTR; nShowCmd: INTEGER): HINSTANCE;
(*END ShellExecuteW;*)
PROCEDURE ShellExecute* ["SHELL32.dll", "ShellExecuteA"] (hwnd: HWND; lpOperation: PtrSTR; lpFile: PtrSTR; lpParameters: PtrSTR; lpDirectory: PtrSTR; nShowCmd: INTEGER): HINSTANCE;
(*END ShellExecute;*)
PROCEDURE FindExecutableA* ["SHELL32.dll", ""] (lpFile: PtrSTR; lpDirectory: PtrSTR; lpResult: PtrSTR): HINSTANCE;
(*END FindExecutableA;*)
PROCEDURE FindExecutableW* ["SHELL32.dll", ""] (lpFile: PtrWSTR; lpDirectory: PtrWSTR; lpResult: PtrWSTR): HINSTANCE;
(*END FindExecutableW;*)
PROCEDURE FindExecutable* ["SHELL32.dll", "FindExecutableA"] (lpFile: PtrSTR; lpDirectory: PtrSTR; lpResult: PtrSTR): HINSTANCE;
(*END FindExecutable;*)
PROCEDURE CommandLineToArgvW* ["SHELL32.dll", ""] (lpCmdLine: PtrWSTR; VAR [nil] pNumArgs: INTEGER): RetCommandLineToArgvW;
(*END CommandLineToArgvW;*)
PROCEDURE ShellAboutA* ["SHELL32.dll", ""] (hWnd: HWND; szApp: PtrSTR; szOtherStuff: PtrSTR; hIcon: HICON): INTEGER;
(*END ShellAboutA;*)
PROCEDURE ShellAboutW* ["SHELL32.dll", ""] (hWnd: HWND; szApp: PtrWSTR; szOtherStuff: PtrWSTR; hIcon: HICON): INTEGER;
(*END ShellAboutW;*)
PROCEDURE ShellAbout* ["SHELL32.dll", "ShellAboutA"] (hWnd: HWND; szApp: PtrSTR; szOtherStuff: PtrSTR; hIcon: HICON): INTEGER;
(*END ShellAbout;*)
PROCEDURE DuplicateIcon* ["SHELL32.dll", ""] (hInst: HINSTANCE; hIcon: HICON): HICON;
(*END DuplicateIcon;*)
PROCEDURE ExtractAssociatedIconA* ["SHELL32.dll", ""] (hInst: HINSTANCE; lpIconPath: PtrSTR; VAR [nil] lpiIcon: SHORTINT): HICON;
(*END ExtractAssociatedIconA;*)
PROCEDURE ExtractAssociatedIconW* ["SHELL32.dll", ""] (hInst: HINSTANCE; lpIconPath: PtrWSTR; VAR [nil] lpiIcon: SHORTINT): HICON;
(*END ExtractAssociatedIconW;*)
PROCEDURE ExtractAssociatedIcon* ["SHELL32.dll", "ExtractAssociatedIconA"] (hInst: HINSTANCE; lpIconPath: PtrSTR; VAR [nil] lpiIcon: SHORTINT): HICON;
(*END ExtractAssociatedIcon;*)
PROCEDURE ExtractIconA* ["SHELL32.dll", ""] (hInst: HINSTANCE; lpszExeFileName: PtrSTR; nIconIndex: INTEGER): HICON;
(*END ExtractIconA;*)
PROCEDURE ExtractIconW* ["SHELL32.dll", ""] (hInst: HINSTANCE; lpszExeFileName: PtrWSTR; nIconIndex: INTEGER): HICON;
(*END ExtractIconW;*)
PROCEDURE ExtractIcon* ["SHELL32.dll", "ExtractIconA"] (hInst: HINSTANCE; lpszExeFileName: PtrSTR; nIconIndex: INTEGER): HICON;
(*END ExtractIcon;*)
PROCEDURE SHAppBarMessage* ["SHELL32.dll", ""] (dwMessage: INTEGER; VAR [nil] pData: APPBARDATA): INTEGER;
(*END SHAppBarMessage;*)
PROCEDURE DoEnvironmentSubstA* ["SHELL32.dll", ""] (szString: PtrSTR; cbString: INTEGER): INTEGER;
(*END DoEnvironmentSubstA;*)
PROCEDURE DoEnvironmentSubstW* ["SHELL32.dll", ""] (szString: PtrWSTR; cbString: INTEGER): INTEGER;
(*END DoEnvironmentSubstW;*)
PROCEDURE DoEnvironmentSubst* ["SHELL32.dll", "DoEnvironmentSubstA"] (szString: PtrSTR; cbString: INTEGER): INTEGER;
(*END DoEnvironmentSubst;*)
PROCEDURE ExtractIconExA* ["SHELL32.dll", ""] (lpszFile: PtrSTR; nIconIndex: INTEGER; VAR [nil] phiconLarge: HICON; VAR [nil] phiconSmall: HICON; nIcons: INTEGER): INTEGER;
(*END ExtractIconExA;*)
PROCEDURE ExtractIconExW* ["SHELL32.dll", ""] (lpszFile: PtrWSTR; nIconIndex: INTEGER; VAR [nil] phiconLarge: HICON; VAR [nil] phiconSmall: HICON; nIcons: INTEGER): INTEGER;
(*END ExtractIconExW;*)
PROCEDURE ExtractIconEx* ["SHELL32.dll", "ExtractIconExA"] (lpszFile: PtrSTR; nIconIndex: INTEGER; VAR [nil] phiconLarge: HICON; VAR [nil] phiconSmall: HICON; nIcons: INTEGER): INTEGER;
(*END ExtractIconEx;*)
PROCEDURE SHFileOperationA* ["SHELL32.dll", ""] (VAR [nil] lpFileOp: SHFILEOPSTRUCTA): INTEGER;
(*END SHFileOperationA;*)
PROCEDURE SHFileOperationW* ["SHELL32.dll", ""] (VAR [nil] lpFileOp: SHFILEOPSTRUCTW): INTEGER;
(*END SHFileOperationW;*)
PROCEDURE SHFileOperation* ["SHELL32.dll", "SHFileOperationA"] (VAR [nil] lpFileOp: SHFILEOPSTRUCTA): INTEGER;
(*END SHFileOperation;*)
PROCEDURE SHFreeNameMappings* ["SHELL32.dll", ""] (hNameMappings: HANDLE);
(*END SHFreeNameMappings;*)
PROCEDURE ShellExecuteExA* ["SHELL32.dll", ""] (VAR [nil] lpExecInfo: SHELLEXECUTEINFOA): BOOL;
(*END ShellExecuteExA;*)
PROCEDURE ShellExecuteExW* ["SHELL32.dll", ""] (VAR [nil] lpExecInfo: SHELLEXECUTEINFOW): BOOL;
(*END ShellExecuteExW;*)
PROCEDURE ShellExecuteEx* ["SHELL32.dll", "ShellExecuteExA"] (VAR [nil] lpExecInfo: SHELLEXECUTEINFOA): BOOL;
(*END ShellExecuteEx;*)
PROCEDURE Shell_NotifyIconA* ["SHELL32.dll", ""] (dwMessage: INTEGER; VAR [nil] lpData: NOTIFYICONDATAA): BOOL;
(*END Shell_NotifyIconA;*)
PROCEDURE Shell_NotifyIconW* ["SHELL32.dll", ""] (dwMessage: INTEGER; VAR [nil] lpData: NOTIFYICONDATAW): BOOL;
(*END Shell_NotifyIconW;*)
PROCEDURE Shell_NotifyIcon* ["SHELL32.dll", "Shell_NotifyIconA"] (dwMessage: INTEGER; VAR [nil] lpData: NOTIFYICONDATAA): BOOL;
(*END Shell_NotifyIcon;*)
PROCEDURE SHGetFileInfoA* ["SHELL32.dll", ""] (pszPath: PtrSTR; dwFileAttributes: SET; VAR [nil] psfi: SHFILEINFOA; cbFileInfo: INTEGER; uFlags: SET): INTEGER;
(*END SHGetFileInfoA;*)
PROCEDURE SHGetFileInfoW* ["SHELL32.dll", ""] (pszPath: PtrWSTR; dwFileAttributes: SET; VAR [nil] psfi: SHFILEINFOW; cbFileInfo: INTEGER; uFlags: SET): INTEGER;
(*END SHGetFileInfoW;*)
PROCEDURE SHGetFileInfo* ["SHELL32.dll", "SHGetFileInfoA"] (pszPath: PtrSTR; dwFileAttributes: SET; VAR [nil] psfi: SHFILEINFOA; cbFileInfo: INTEGER; uFlags: SET): INTEGER;
(*END SHGetFileInfo;*)
PROCEDURE SHGetNewLinkInfoA* ["SHELL32.dll", ""] (pszLinkTo: PtrSTR; pszDir: PtrSTR; pszName: PtrSTR; VAR [nil] pfMustCopy: BOOL; uFlags: SET): BOOL;
(*END SHGetNewLinkInfoA;*)
PROCEDURE SHGetNewLinkInfoW* ["SHELL32.dll", ""] (pszLinkTo: PtrWSTR; pszDir: PtrWSTR; pszName: PtrWSTR; VAR [nil] pfMustCopy: BOOL; uFlags: SET): BOOL;
(*END SHGetNewLinkInfoW;*)
PROCEDURE SHGetNewLinkInfo* ["SHELL32.dll", "SHGetNewLinkInfoA"] (pszLinkTo: PtrSTR; pszDir: PtrSTR; pszName: PtrSTR; VAR [nil] pfMustCopy: BOOL; uFlags: SET): BOOL;
(*END SHGetNewLinkInfo;*)
PROCEDURE CreatePropertySheetPageA* ["COMCTL32.dll", ""] (VAR [nil] p0: PROPSHEETPAGEA): Ptr_PSP;
(*END CreatePropertySheetPageA;*)
PROCEDURE CreatePropertySheetPageW* ["COMCTL32.dll", ""] (VAR [nil] p0: PROPSHEETPAGEW): Ptr_PSP;
(*END CreatePropertySheetPageW;*)
PROCEDURE DestroyPropertySheetPage* ["COMCTL32.dll", ""] (p0: Ptr_PSP): BOOL;
(*END DestroyPropertySheetPage;*)
PROCEDURE PropertySheetA* ["COMCTL32.dll", ""] (VAR [nil] p0: PROPSHEETHEADERA): INTEGER;
(*END PropertySheetA;*)
PROCEDURE PropertySheetW* ["COMCTL32.dll", ""] (VAR [nil] p0: PROPSHEETHEADERW): INTEGER;
(*END PropertySheetW;*)
PROCEDURE CreatePropertySheetPage* ["COMCTL32.dll", "CreatePropertySheetPageA"] (VAR [nil] p0: PROPSHEETPAGEA): Ptr_PSP;
(*END CreatePropertySheetPage;*)
PROCEDURE PropertySheet* ["COMCTL32.dll", "PropertySheetA"] (VAR [nil] p0: PROPSHEETHEADERA): INTEGER;
(*END PropertySheet;*)
PROCEDURE EnumPrintersA* ["WINSPOOL.drv", ""] (Flags: SET; Name: PtrSTR; Level: INTEGER; VAR [nil] pPrinterEnum: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrintersA;*)
PROCEDURE EnumPrintersW* ["WINSPOOL.drv", ""] (Flags: SET; Name: PtrWSTR; Level: INTEGER; VAR [nil] pPrinterEnum: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrintersW;*)
PROCEDURE EnumPrinters* ["WINSPOOL.drv", "EnumPrintersA"] (Flags: SET; Name: PtrSTR; Level: INTEGER; VAR [nil] pPrinterEnum: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrinters;*)
PROCEDURE OpenPrinterA* ["WINSPOOL.drv", ""] (pPrinterName: PtrSTR; VAR [nil] phPrinter: HANDLE; VAR [nil] pDefault: PRINTER_DEFAULTSA): BOOL;
(*END OpenPrinterA;*)
PROCEDURE OpenPrinterW* ["WINSPOOL.drv", ""] (pPrinterName: PtrWSTR; VAR [nil] phPrinter: HANDLE; VAR [nil] pDefault: PRINTER_DEFAULTSW): BOOL;
(*END OpenPrinterW;*)
PROCEDURE OpenPrinter* ["WINSPOOL.drv", "OpenPrinterA"] (pPrinterName: PtrSTR; VAR [nil] phPrinter: HANDLE; VAR [nil] pDefault: PRINTER_DEFAULTSA): BOOL;
(*END OpenPrinter;*)
PROCEDURE ResetPrinterA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; VAR [nil] pDefault: PRINTER_DEFAULTSA): BOOL;
(*END ResetPrinterA;*)
PROCEDURE ResetPrinterW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; VAR [nil] pDefault: PRINTER_DEFAULTSW): BOOL;
(*END ResetPrinterW;*)
PROCEDURE ResetPrinter* ["WINSPOOL.drv", "ResetPrinterA"] (hPrinter: HANDLE; VAR [nil] pDefault: PRINTER_DEFAULTSA): BOOL;
(*END ResetPrinter;*)
PROCEDURE SetJobA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; JobId: INTEGER; Level: INTEGER; VAR [nil] pJob: SHORTCHAR; Command: INTEGER): BOOL;
(*END SetJobA;*)
PROCEDURE SetJobW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; JobId: INTEGER; Level: INTEGER; VAR [nil] pJob: SHORTCHAR; Command: INTEGER): BOOL;
(*END SetJobW;*)
PROCEDURE SetJob* ["WINSPOOL.drv", "SetJobA"] (hPrinter: HANDLE; JobId: INTEGER; Level: INTEGER; VAR [nil] pJob: SHORTCHAR; Command: INTEGER): BOOL;
(*END SetJob;*)
PROCEDURE GetJobA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; JobId: INTEGER; Level: INTEGER; VAR [nil] pJob: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetJobA;*)
PROCEDURE GetJobW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; JobId: INTEGER; Level: INTEGER; VAR [nil] pJob: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetJobW;*)
PROCEDURE GetJob* ["WINSPOOL.drv", "GetJobA"] (hPrinter: HANDLE; JobId: INTEGER; Level: INTEGER; VAR [nil] pJob: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetJob;*)
PROCEDURE EnumJobsA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; FirstJob: INTEGER; NoJobs: INTEGER; Level: INTEGER; VAR [nil] pJob: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumJobsA;*)
PROCEDURE EnumJobsW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; FirstJob: INTEGER; NoJobs: INTEGER; Level: INTEGER; VAR [nil] pJob: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumJobsW;*)
PROCEDURE EnumJobs* ["WINSPOOL.drv", "EnumJobsA"] (hPrinter: HANDLE; FirstJob: INTEGER; NoJobs: INTEGER; Level: INTEGER; VAR [nil] pJob: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumJobs;*)
PROCEDURE AddPrinterA* ["WINSPOOL.drv", ""] (pName: PtrSTR; Level: INTEGER; VAR [nil] pPrinter: SHORTCHAR): HANDLE;
(*END AddPrinterA;*)
PROCEDURE AddPrinterW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; Level: INTEGER; VAR [nil] pPrinter: SHORTCHAR): HANDLE;
(*END AddPrinterW;*)
PROCEDURE AddPrinter* ["WINSPOOL.drv", "AddPrinterA"] (pName: PtrSTR; Level: INTEGER; VAR [nil] pPrinter: SHORTCHAR): HANDLE;
(*END AddPrinter;*)
PROCEDURE DeletePrinter* ["WINSPOOL.drv", ""] (hPrinter: HANDLE): BOOL;
(*END DeletePrinter;*)
PROCEDURE SetPrinterA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pPrinter: SHORTCHAR; Command: INTEGER): BOOL;
(*END SetPrinterA;*)
PROCEDURE SetPrinterW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pPrinter: SHORTCHAR; Command: INTEGER): BOOL;
(*END SetPrinterW;*)
PROCEDURE SetPrinter* ["WINSPOOL.drv", "SetPrinterA"] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pPrinter: SHORTCHAR; Command: INTEGER): BOOL;
(*END SetPrinter;*)
PROCEDURE GetPrinterA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pPrinter: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrinterA;*)
PROCEDURE GetPrinterW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pPrinter: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrinterW;*)
PROCEDURE GetPrinter* ["WINSPOOL.drv", "GetPrinterA"] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pPrinter: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrinter;*)
PROCEDURE AddPrinterDriverA* ["WINSPOOL.drv", ""] (pName: PtrSTR; Level: INTEGER; VAR [nil] pDriverInfo: SHORTCHAR): BOOL;
(*END AddPrinterDriverA;*)
PROCEDURE AddPrinterDriverW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; Level: INTEGER; VAR [nil] pDriverInfo: SHORTCHAR): BOOL;
(*END AddPrinterDriverW;*)
PROCEDURE AddPrinterDriver* ["WINSPOOL.drv", "AddPrinterDriverA"] (pName: PtrSTR; Level: INTEGER; VAR [nil] pDriverInfo: SHORTCHAR): BOOL;
(*END AddPrinterDriver;*)
PROCEDURE EnumPrinterDriversA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pDriverInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrinterDriversA;*)
PROCEDURE EnumPrinterDriversW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pEnvironment: PtrWSTR; Level: INTEGER; VAR [nil] pDriverInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrinterDriversW;*)
PROCEDURE EnumPrinterDrivers* ["WINSPOOL.drv", "EnumPrinterDriversA"] (pName: PtrSTR; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pDriverInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrinterDrivers;*)
PROCEDURE GetPrinterDriverA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pDriverInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrinterDriverA;*)
PROCEDURE GetPrinterDriverW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pEnvironment: PtrWSTR; Level: INTEGER; VAR [nil] pDriverInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrinterDriverW;*)
PROCEDURE GetPrinterDriver* ["WINSPOOL.drv", "GetPrinterDriverA"] (hPrinter: HANDLE; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pDriverInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrinterDriver;*)
PROCEDURE GetPrinterDriverDirectoryA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pDriverDirectory: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrinterDriverDirectoryA;*)
PROCEDURE GetPrinterDriverDirectoryW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pEnvironment: PtrWSTR; Level: INTEGER; VAR [nil] pDriverDirectory: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrinterDriverDirectoryW;*)
PROCEDURE GetPrinterDriverDirectory* ["WINSPOOL.drv", "GetPrinterDriverDirectoryA"] (pName: PtrSTR; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pDriverDirectory: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrinterDriverDirectory;*)
PROCEDURE DeletePrinterDriverA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pEnvironment: PtrSTR; pDriverName: PtrSTR): BOOL;
(*END DeletePrinterDriverA;*)
PROCEDURE DeletePrinterDriverW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pEnvironment: PtrWSTR; pDriverName: PtrWSTR): BOOL;
(*END DeletePrinterDriverW;*)
PROCEDURE DeletePrinterDriver* ["WINSPOOL.drv", "DeletePrinterDriverA"] (pName: PtrSTR; pEnvironment: PtrSTR; pDriverName: PtrSTR): BOOL;
(*END DeletePrinterDriver;*)
PROCEDURE AddPrintProcessorA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pEnvironment: PtrSTR; pPathName: PtrSTR; pPrintProcessorName: PtrSTR): BOOL;
(*END AddPrintProcessorA;*)
PROCEDURE AddPrintProcessorW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pEnvironment: PtrWSTR; pPathName: PtrWSTR; pPrintProcessorName: PtrWSTR): BOOL;
(*END AddPrintProcessorW;*)
PROCEDURE AddPrintProcessor* ["WINSPOOL.drv", "AddPrintProcessorA"] (pName: PtrSTR; pEnvironment: PtrSTR; pPathName: PtrSTR; pPrintProcessorName: PtrSTR): BOOL;
(*END AddPrintProcessor;*)
PROCEDURE EnumPrintProcessorsA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pPrintProcessorInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrintProcessorsA;*)
PROCEDURE EnumPrintProcessorsW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pEnvironment: PtrWSTR; Level: INTEGER; VAR [nil] pPrintProcessorInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrintProcessorsW;*)
PROCEDURE EnumPrintProcessors* ["WINSPOOL.drv", "EnumPrintProcessorsA"] (pName: PtrSTR; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pPrintProcessorInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrintProcessors;*)
PROCEDURE GetPrintProcessorDirectoryA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pPrintProcessorInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrintProcessorDirectoryA;*)
PROCEDURE GetPrintProcessorDirectoryW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pEnvironment: PtrWSTR; Level: INTEGER; VAR [nil] pPrintProcessorInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrintProcessorDirectoryW;*)
PROCEDURE GetPrintProcessorDirectory* ["WINSPOOL.drv", "GetPrintProcessorDirectoryA"] (pName: PtrSTR; pEnvironment: PtrSTR; Level: INTEGER; VAR [nil] pPrintProcessorInfo: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetPrintProcessorDirectory;*)
PROCEDURE EnumPrintProcessorDatatypesA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pPrintProcessorName: PtrSTR; Level: INTEGER; VAR [nil] pDatatypes: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrintProcessorDatatypesA;*)
PROCEDURE EnumPrintProcessorDatatypesW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pPrintProcessorName: PtrWSTR; Level: INTEGER; VAR [nil] pDatatypes: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrintProcessorDatatypesW;*)
PROCEDURE EnumPrintProcessorDatatypes* ["WINSPOOL.drv", "EnumPrintProcessorDatatypesA"] (pName: PtrSTR; pPrintProcessorName: PtrSTR; Level: INTEGER; VAR [nil] pDatatypes: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPrintProcessorDatatypes;*)
PROCEDURE DeletePrintProcessorA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pEnvironment: PtrSTR; pPrintProcessorName: PtrSTR): BOOL;
(*END DeletePrintProcessorA;*)
PROCEDURE DeletePrintProcessorW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pEnvironment: PtrWSTR; pPrintProcessorName: PtrWSTR): BOOL;
(*END DeletePrintProcessorW;*)
PROCEDURE DeletePrintProcessor* ["WINSPOOL.drv", "DeletePrintProcessorA"] (pName: PtrSTR; pEnvironment: PtrSTR; pPrintProcessorName: PtrSTR): BOOL;
(*END DeletePrintProcessor;*)
PROCEDURE StartDocPrinterA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pDocInfo: SHORTCHAR): INTEGER;
(*END StartDocPrinterA;*)
PROCEDURE StartDocPrinterW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pDocInfo: SHORTCHAR): INTEGER;
(*END StartDocPrinterW;*)
PROCEDURE StartDocPrinter* ["WINSPOOL.drv", "StartDocPrinterA"] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pDocInfo: SHORTCHAR): INTEGER;
(*END StartDocPrinter;*)
PROCEDURE StartPagePrinter* ["WINSPOOL.drv", ""] (hPrinter: HANDLE): BOOL;
(*END StartPagePrinter;*)
PROCEDURE WritePrinter* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pBuf: PtrVoid; cbBuf: INTEGER; VAR [nil] pcWritten: INTEGER): BOOL;
(*END WritePrinter;*)
PROCEDURE EndPagePrinter* ["WINSPOOL.drv", ""] (hPrinter: HANDLE): BOOL;
(*END EndPagePrinter;*)
PROCEDURE AbortPrinter* ["WINSPOOL.drv", ""] (hPrinter: HANDLE): BOOL;
(*END AbortPrinter;*)
PROCEDURE ReadPrinter* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pBuf: PtrVoid; cbBuf: INTEGER; VAR [nil] pNoBytesRead: INTEGER): BOOL;
(*END ReadPrinter;*)
PROCEDURE EndDocPrinter* ["WINSPOOL.drv", ""] (hPrinter: HANDLE): BOOL;
(*END EndDocPrinter;*)
PROCEDURE AddJobA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pData: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END AddJobA;*)
PROCEDURE AddJobW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pData: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END AddJobW;*)
PROCEDURE AddJob* ["WINSPOOL.drv", "AddJobA"] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pData: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END AddJob;*)
PROCEDURE ScheduleJob* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; JobId: INTEGER): BOOL;
(*END ScheduleJob;*)
PROCEDURE PrinterProperties* ["WINSPOOL.drv", ""] (hWnd: HWND; hPrinter: HANDLE): BOOL;
(*END PrinterProperties;*)
PROCEDURE DocumentPropertiesA* ["WINSPOOL.drv", ""] (hWnd: HWND; hPrinter: HANDLE; pDeviceName: PtrSTR; VAR [nil] pDevModeOutput: DEVMODEA; VAR [nil] pDevModeInput: DEVMODEA; fMode: SET): INTEGER;
(*END DocumentPropertiesA;*)
PROCEDURE DocumentPropertiesW* ["WINSPOOL.drv", ""] (hWnd: HWND; hPrinter: HANDLE; pDeviceName: PtrWSTR; VAR [nil] pDevModeOutput: DEVMODEW; VAR [nil] pDevModeInput: DEVMODEW; fMode: SET): INTEGER;
(*END DocumentPropertiesW;*)
PROCEDURE DocumentProperties* ["WINSPOOL.drv", "DocumentPropertiesA"] (hWnd: HWND; hPrinter: HANDLE; pDeviceName: PtrSTR; VAR [nil] pDevModeOutput: DEVMODEA; VAR [nil] pDevModeInput: DEVMODEA; fMode: SET): INTEGER;
(*END DocumentProperties;*)
PROCEDURE AdvancedDocumentPropertiesA* ["WINSPOOL.drv", ""] (hWnd: HWND; hPrinter: HANDLE; pDeviceName: PtrSTR; VAR [nil] pDevModeOutput: DEVMODEA; VAR [nil] pDevModeInput: DEVMODEA): INTEGER;
(*END AdvancedDocumentPropertiesA;*)
PROCEDURE AdvancedDocumentPropertiesW* ["WINSPOOL.drv", ""] (hWnd: HWND; hPrinter: HANDLE; pDeviceName: PtrWSTR; VAR [nil] pDevModeOutput: DEVMODEW; VAR [nil] pDevModeInput: DEVMODEW): INTEGER;
(*END AdvancedDocumentPropertiesW;*)
PROCEDURE AdvancedDocumentProperties* ["WINSPOOL.drv", "AdvancedDocumentPropertiesA"] (hWnd: HWND; hPrinter: HANDLE; pDeviceName: PtrSTR; VAR [nil] pDevModeOutput: DEVMODEA; VAR [nil] pDevModeInput: DEVMODEA): INTEGER;
(*END AdvancedDocumentProperties;*)
PROCEDURE GetPrinterDataA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pValueName: PtrSTR; VAR [nil] pType: INTEGER; VAR [nil] pData: SHORTCHAR; nSize: INTEGER; VAR [nil] pcbNeeded: INTEGER): INTEGER;
(*END GetPrinterDataA;*)
PROCEDURE GetPrinterDataW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pValueName: PtrWSTR; VAR [nil] pType: INTEGER; VAR [nil] pData: SHORTCHAR; nSize: INTEGER; VAR [nil] pcbNeeded: INTEGER): INTEGER;
(*END GetPrinterDataW;*)
PROCEDURE GetPrinterData* ["WINSPOOL.drv", "GetPrinterDataA"] (hPrinter: HANDLE; pValueName: PtrSTR; VAR [nil] pType: INTEGER; VAR [nil] pData: SHORTCHAR; nSize: INTEGER; VAR [nil] pcbNeeded: INTEGER): INTEGER;
(*END GetPrinterData;*)
PROCEDURE SetPrinterDataA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pValueName: PtrSTR; Type: INTEGER; VAR [nil] pData: SHORTCHAR; cbData: INTEGER): INTEGER;
(*END SetPrinterDataA;*)
PROCEDURE SetPrinterDataW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pValueName: PtrWSTR; Type: INTEGER; VAR [nil] pData: SHORTCHAR; cbData: INTEGER): INTEGER;
(*END SetPrinterDataW;*)
PROCEDURE SetPrinterData* ["WINSPOOL.drv", "SetPrinterDataA"] (hPrinter: HANDLE; pValueName: PtrSTR; Type: INTEGER; VAR [nil] pData: SHORTCHAR; cbData: INTEGER): INTEGER;
(*END SetPrinterData;*)
PROCEDURE WaitForPrinterChange* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Flags: SET): INTEGER;
(*END WaitForPrinterChange;*)
PROCEDURE FindFirstPrinterChangeNotification* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; fdwFlags: SET; fdwOptions: INTEGER; pPrinterNotifyOptions: PtrVoid): HANDLE;
(*END FindFirstPrinterChangeNotification;*)
PROCEDURE FindNextPrinterChangeNotification* ["WINSPOOL.drv", ""] (hChange: HANDLE; VAR [nil] pdwChange: INTEGER; pvReserved: PtrVoid; ppPrinterNotifyInfo: POINTER TO (*?*) ARRAY [untagged] OF PtrVoid): BOOL;
(*END FindNextPrinterChangeNotification;*)
PROCEDURE FreePrinterNotifyInfo* ["WINSPOOL.drv", ""] (VAR [nil] pPrinterNotifyInfo: PRINTER_NOTIFY_INFO): BOOL;
(*END FreePrinterNotifyInfo;*)
PROCEDURE FindClosePrinterChangeNotification* ["WINSPOOL.drv", ""] (hChange: HANDLE): BOOL;
(*END FindClosePrinterChangeNotification;*)
PROCEDURE PrinterMessageBoxA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Error: INTEGER; hWnd: HWND; pText: PtrSTR; pCaption: PtrSTR; dwType: INTEGER): INTEGER;
(*END PrinterMessageBoxA;*)
PROCEDURE PrinterMessageBoxW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Error: INTEGER; hWnd: HWND; pText: PtrWSTR; pCaption: PtrWSTR; dwType: INTEGER): INTEGER;
(*END PrinterMessageBoxW;*)
PROCEDURE PrinterMessageBox* ["WINSPOOL.drv", "PrinterMessageBoxA"] (hPrinter: HANDLE; Error: INTEGER; hWnd: HWND; pText: PtrSTR; pCaption: PtrSTR; dwType: INTEGER): INTEGER;
(*END PrinterMessageBox;*)
PROCEDURE ClosePrinter* ["WINSPOOL.drv", ""] (hPrinter: HANDLE): BOOL;
(*END ClosePrinter;*)
PROCEDURE AddFormA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pForm: SHORTCHAR): BOOL;
(*END AddFormA;*)
PROCEDURE AddFormW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pForm: SHORTCHAR): BOOL;
(*END AddFormW;*)
PROCEDURE AddForm* ["WINSPOOL.drv", "AddFormA"] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pForm: SHORTCHAR): BOOL;
(*END AddForm;*)
PROCEDURE DeleteFormA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pFormName: PtrSTR): BOOL;
(*END DeleteFormA;*)
PROCEDURE DeleteFormW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pFormName: PtrWSTR): BOOL;
(*END DeleteFormW;*)
PROCEDURE DeleteForm* ["WINSPOOL.drv", "DeleteFormA"] (hPrinter: HANDLE; pFormName: PtrSTR): BOOL;
(*END DeleteForm;*)
PROCEDURE GetFormA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pFormName: PtrSTR; Level: INTEGER; VAR [nil] pForm: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetFormA;*)
PROCEDURE GetFormW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pFormName: PtrWSTR; Level: INTEGER; VAR [nil] pForm: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetFormW;*)
PROCEDURE GetForm* ["WINSPOOL.drv", "GetFormA"] (hPrinter: HANDLE; pFormName: PtrSTR; Level: INTEGER; VAR [nil] pForm: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER): BOOL;
(*END GetForm;*)
PROCEDURE SetFormA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pFormName: PtrSTR; Level: INTEGER; VAR [nil] pForm: SHORTCHAR): BOOL;
(*END SetFormA;*)
PROCEDURE SetFormW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; pFormName: PtrWSTR; Level: INTEGER; VAR [nil] pForm: SHORTCHAR): BOOL;
(*END SetFormW;*)
PROCEDURE SetForm* ["WINSPOOL.drv", "SetFormA"] (hPrinter: HANDLE; pFormName: PtrSTR; Level: INTEGER; VAR [nil] pForm: SHORTCHAR): BOOL;
(*END SetForm;*)
PROCEDURE EnumFormsA* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pForm: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumFormsA;*)
PROCEDURE EnumFormsW* ["WINSPOOL.drv", ""] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pForm: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumFormsW;*)
PROCEDURE EnumForms* ["WINSPOOL.drv", "EnumFormsA"] (hPrinter: HANDLE; Level: INTEGER; VAR [nil] pForm: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumForms;*)
PROCEDURE EnumMonitorsA* ["WINSPOOL.drv", ""] (pName: PtrSTR; Level: INTEGER; VAR [nil] pMonitors: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumMonitorsA;*)
PROCEDURE EnumMonitorsW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; Level: INTEGER; VAR [nil] pMonitors: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumMonitorsW;*)
PROCEDURE EnumMonitors* ["WINSPOOL.drv", "EnumMonitorsA"] (pName: PtrSTR; Level: INTEGER; VAR [nil] pMonitors: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumMonitors;*)
PROCEDURE AddMonitorA* ["WINSPOOL.drv", ""] (pName: PtrSTR; Level: INTEGER; VAR [nil] pMonitors: SHORTCHAR): BOOL;
(*END AddMonitorA;*)
PROCEDURE AddMonitorW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; Level: INTEGER; VAR [nil] pMonitors: SHORTCHAR): BOOL;
(*END AddMonitorW;*)
PROCEDURE AddMonitor* ["WINSPOOL.drv", "AddMonitorA"] (pName: PtrSTR; Level: INTEGER; VAR [nil] pMonitors: SHORTCHAR): BOOL;
(*END AddMonitor;*)
PROCEDURE DeleteMonitorA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pEnvironment: PtrSTR; pMonitorName: PtrSTR): BOOL;
(*END DeleteMonitorA;*)
PROCEDURE DeleteMonitorW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pEnvironment: PtrWSTR; pMonitorName: PtrWSTR): BOOL;
(*END DeleteMonitorW;*)
PROCEDURE DeleteMonitor* ["WINSPOOL.drv", "DeleteMonitorA"] (pName: PtrSTR; pEnvironment: PtrSTR; pMonitorName: PtrSTR): BOOL;
(*END DeleteMonitor;*)
PROCEDURE EnumPortsA* ["WINSPOOL.drv", ""] (pName: PtrSTR; Level: INTEGER; VAR [nil] pPorts: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPortsA;*)
PROCEDURE EnumPortsW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; Level: INTEGER; VAR [nil] pPorts: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPortsW;*)
PROCEDURE EnumPorts* ["WINSPOOL.drv", "EnumPortsA"] (pName: PtrSTR; Level: INTEGER; VAR [nil] pPorts: SHORTCHAR; cbBuf: INTEGER; VAR [nil] pcbNeeded: INTEGER; VAR [nil] pcReturned: INTEGER): BOOL;
(*END EnumPorts;*)
PROCEDURE AddPortA* ["WINSPOOL.drv", ""] (pName: PtrSTR; hWnd: HWND; pMonitorName: PtrSTR): BOOL;
(*END AddPortA;*)
PROCEDURE AddPortW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; hWnd: HWND; pMonitorName: PtrWSTR): BOOL;
(*END AddPortW;*)
PROCEDURE AddPort* ["WINSPOOL.drv", "AddPortA"] (pName: PtrSTR; hWnd: HWND; pMonitorName: PtrSTR): BOOL;
(*END AddPort;*)
PROCEDURE ConfigurePortA* ["WINSPOOL.drv", ""] (pName: PtrSTR; hWnd: HWND; pPortName: PtrSTR): BOOL;
(*END ConfigurePortA;*)
PROCEDURE ConfigurePortW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; hWnd: HWND; pPortName: PtrWSTR): BOOL;
(*END ConfigurePortW;*)
PROCEDURE ConfigurePort* ["WINSPOOL.drv", "ConfigurePortA"] (pName: PtrSTR; hWnd: HWND; pPortName: PtrSTR): BOOL;
(*END ConfigurePort;*)
PROCEDURE DeletePortA* ["WINSPOOL.drv", ""] (pName: PtrSTR; hWnd: HWND; pPortName: PtrSTR): BOOL;
(*END DeletePortA;*)
PROCEDURE DeletePortW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; hWnd: HWND; pPortName: PtrWSTR): BOOL;
(*END DeletePortW;*)
PROCEDURE DeletePort* ["WINSPOOL.drv", "DeletePortA"] (pName: PtrSTR; hWnd: HWND; pPortName: PtrSTR): BOOL;
(*END DeletePort;*)
PROCEDURE AddPrinterConnectionA* ["WINSPOOL.drv", ""] (pName: PtrSTR): BOOL;
(*END AddPrinterConnectionA;*)
PROCEDURE AddPrinterConnectionW* ["WINSPOOL.drv", ""] (pName: PtrWSTR): BOOL;
(*END AddPrinterConnectionW;*)
PROCEDURE AddPrinterConnection* ["WINSPOOL.drv", "AddPrinterConnectionA"] (pName: PtrSTR): BOOL;
(*END AddPrinterConnection;*)
PROCEDURE DeletePrinterConnectionA* ["WINSPOOL.drv", ""] (pName: PtrSTR): BOOL;
(*END DeletePrinterConnectionA;*)
PROCEDURE DeletePrinterConnectionW* ["WINSPOOL.drv", ""] (pName: PtrWSTR): BOOL;
(*END DeletePrinterConnectionW;*)
PROCEDURE DeletePrinterConnection* ["WINSPOOL.drv", "DeletePrinterConnectionA"] (pName: PtrSTR): BOOL;
(*END DeletePrinterConnection;*)
PROCEDURE ConnectToPrinterDlg* ["WINSPOOL.drv", ""] (hwnd: HWND; Flags: SET): HANDLE;
(*END ConnectToPrinterDlg;*)
PROCEDURE AddPrintProvidorA* ["WINSPOOL.drv", ""] (pName: PtrSTR; level: INTEGER; VAR [nil] pProvidorInfo: SHORTCHAR): BOOL;
(*END AddPrintProvidorA;*)
PROCEDURE AddPrintProvidorW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; level: INTEGER; VAR [nil] pProvidorInfo: SHORTCHAR): BOOL;
(*END AddPrintProvidorW;*)
PROCEDURE AddPrintProvidor* ["WINSPOOL.drv", "AddPrintProvidorA"] (pName: PtrSTR; level: INTEGER; VAR [nil] pProvidorInfo: SHORTCHAR): BOOL;
(*END AddPrintProvidor;*)
PROCEDURE DeletePrintProvidorA* ["WINSPOOL.drv", ""] (pName: PtrSTR; pEnvironment: PtrSTR; pPrintProvidorName: PtrSTR): BOOL;
(*END DeletePrintProvidorA;*)
PROCEDURE DeletePrintProvidorW* ["WINSPOOL.drv", ""] (pName: PtrWSTR; pEnvironment: PtrWSTR; pPrintProvidorName: PtrWSTR): BOOL;
(*END DeletePrintProvidorW;*)
PROCEDURE DeletePrintProvidor* ["WINSPOOL.drv", "DeletePrintProvidorA"] (pName: PtrSTR; pEnvironment: PtrSTR; pPrintProvidorName: PtrSTR): BOOL;
(*END DeletePrintProvidor;*)
PROCEDURE ChangeServiceConfigA* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; dwServiceType: SET; dwStartType: INTEGER; dwErrorControl: INTEGER; lpBinaryPathName: PtrSTR; lpLoadOrderGroup: PtrSTR; VAR [nil] lpdwTagId: INTEGER; lpDependencies: PtrSTR; lpServiceStartName: PtrSTR; lpPassword: PtrSTR; lpDisplayName: PtrSTR): BOOL;
(*END ChangeServiceConfigA;*)
PROCEDURE ChangeServiceConfigW* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; dwServiceType: SET; dwStartType: INTEGER; dwErrorControl: INTEGER; lpBinaryPathName: PtrWSTR; lpLoadOrderGroup: PtrWSTR; VAR [nil] lpdwTagId: INTEGER; lpDependencies: PtrWSTR; lpServiceStartName: PtrWSTR; lpPassword: PtrWSTR; lpDisplayName: PtrWSTR): BOOL;
(*END ChangeServiceConfigW;*)
PROCEDURE ChangeServiceConfig* ["ADVAPI32.dll", "ChangeServiceConfigA"] (hService: SC_HANDLE; dwServiceType: SET; dwStartType: INTEGER; dwErrorControl: INTEGER; lpBinaryPathName: PtrSTR; lpLoadOrderGroup: PtrSTR; VAR [nil] lpdwTagId: INTEGER; lpDependencies: PtrSTR; lpServiceStartName: PtrSTR; lpPassword: PtrSTR; lpDisplayName: PtrSTR): BOOL;
(*END ChangeServiceConfig;*)
PROCEDURE CloseServiceHandle* ["ADVAPI32.dll", ""] (hSCObject: SC_HANDLE): BOOL;
(*END CloseServiceHandle;*)
PROCEDURE ControlService* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; dwControl: INTEGER; VAR [nil] lpServiceStatus: SERVICE_STATUS): BOOL;
(*END ControlService;*)
PROCEDURE CreateServiceA* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; lpServiceName: PtrSTR; lpDisplayName: PtrSTR; dwDesiredAccess: SET; dwServiceType: SET; dwStartType: INTEGER; dwErrorControl: INTEGER; lpBinaryPathName: PtrSTR; lpLoadOrderGroup: PtrSTR; VAR [nil] lpdwTagId: INTEGER; lpDependencies: PtrSTR; lpServiceStartName: PtrSTR; lpPassword: PtrSTR): SC_HANDLE;
(*END CreateServiceA;*)
PROCEDURE CreateServiceW* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; lpServiceName: PtrWSTR; lpDisplayName: PtrWSTR; dwDesiredAccess: SET; dwServiceType: SET; dwStartType: INTEGER; dwErrorControl: INTEGER; lpBinaryPathName: PtrWSTR; lpLoadOrderGroup: PtrWSTR; VAR [nil] lpdwTagId: INTEGER; lpDependencies: PtrWSTR; lpServiceStartName: PtrWSTR; lpPassword: PtrWSTR): SC_HANDLE;
(*END CreateServiceW;*)
PROCEDURE CreateService* ["ADVAPI32.dll", "CreateServiceA"] (hSCManager: SC_HANDLE; lpServiceName: PtrSTR; lpDisplayName: PtrSTR; dwDesiredAccess: SET; dwServiceType: SET; dwStartType: INTEGER; dwErrorControl: INTEGER; lpBinaryPathName: PtrSTR; lpLoadOrderGroup: PtrSTR; VAR [nil] lpdwTagId: INTEGER; lpDependencies: PtrSTR; lpServiceStartName: PtrSTR; lpPassword: PtrSTR): SC_HANDLE;
(*END CreateService;*)
PROCEDURE DeleteService* ["ADVAPI32.dll", ""] (hService: SC_HANDLE): BOOL;
(*END DeleteService;*)
PROCEDURE EnumDependentServicesA* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; dwServiceState: INTEGER; VAR [nil] lpServices: ENUM_SERVICE_STATUSA; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER; VAR [nil] lpServicesReturned: INTEGER): BOOL;
(*END EnumDependentServicesA;*)
PROCEDURE EnumDependentServicesW* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; dwServiceState: INTEGER; VAR [nil] lpServices: ENUM_SERVICE_STATUSW; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER; VAR [nil] lpServicesReturned: INTEGER): BOOL;
(*END EnumDependentServicesW;*)
PROCEDURE EnumDependentServices* ["ADVAPI32.dll", "EnumDependentServicesA"] (hService: SC_HANDLE; dwServiceState: INTEGER; VAR [nil] lpServices: ENUM_SERVICE_STATUSA; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER; VAR [nil] lpServicesReturned: INTEGER): BOOL;
(*END EnumDependentServices;*)
PROCEDURE EnumServicesStatusA* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; dwServiceType: SET; dwServiceState: INTEGER; VAR [nil] lpServices: ENUM_SERVICE_STATUSA; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER; VAR [nil] lpServicesReturned: INTEGER; VAR [nil] lpResumeHandle: INTEGER): BOOL;
(*END EnumServicesStatusA;*)
PROCEDURE EnumServicesStatusW* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; dwServiceType: SET; dwServiceState: INTEGER; VAR [nil] lpServices: ENUM_SERVICE_STATUSW; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER; VAR [nil] lpServicesReturned: INTEGER; VAR [nil] lpResumeHandle: INTEGER): BOOL;
(*END EnumServicesStatusW;*)
PROCEDURE EnumServicesStatus* ["ADVAPI32.dll", "EnumServicesStatusA"] (hSCManager: SC_HANDLE; dwServiceType: SET; dwServiceState: INTEGER; VAR [nil] lpServices: ENUM_SERVICE_STATUSA; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER; VAR [nil] lpServicesReturned: INTEGER; VAR [nil] lpResumeHandle: INTEGER): BOOL;
(*END EnumServicesStatus;*)
PROCEDURE GetServiceKeyNameA* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; lpDisplayName: PtrSTR; lpServiceName: PtrSTR; VAR [nil] lpcchBuffer: INTEGER): BOOL;
(*END GetServiceKeyNameA;*)
PROCEDURE GetServiceKeyNameW* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; lpDisplayName: PtrWSTR; lpServiceName: PtrWSTR; VAR [nil] lpcchBuffer: INTEGER): BOOL;
(*END GetServiceKeyNameW;*)
PROCEDURE GetServiceKeyName* ["ADVAPI32.dll", "GetServiceKeyNameA"] (hSCManager: SC_HANDLE; lpDisplayName: PtrSTR; lpServiceName: PtrSTR; VAR [nil] lpcchBuffer: INTEGER): BOOL;
(*END GetServiceKeyName;*)
PROCEDURE GetServiceDisplayNameA* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; lpServiceName: PtrSTR; lpDisplayName: PtrSTR; VAR [nil] lpcchBuffer: INTEGER): BOOL;
(*END GetServiceDisplayNameA;*)
PROCEDURE GetServiceDisplayNameW* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; lpServiceName: PtrWSTR; lpDisplayName: PtrWSTR; VAR [nil] lpcchBuffer: INTEGER): BOOL;
(*END GetServiceDisplayNameW;*)
PROCEDURE GetServiceDisplayName* ["ADVAPI32.dll", "GetServiceDisplayNameA"] (hSCManager: SC_HANDLE; lpServiceName: PtrSTR; lpDisplayName: PtrSTR; VAR [nil] lpcchBuffer: INTEGER): BOOL;
(*END GetServiceDisplayName;*)
PROCEDURE LockServiceDatabase* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE): SC_LOCK;
(*END LockServiceDatabase;*)
PROCEDURE NotifyBootConfigStatus* ["ADVAPI32.dll", ""] (BootAcceptable: BOOL): BOOL;
(*END NotifyBootConfigStatus;*)
PROCEDURE OpenSCManagerA* ["ADVAPI32.dll", ""] (lpMachineName: PtrSTR; lpDatabaseName: PtrSTR; dwDesiredAccess: SET): SC_HANDLE;
(*END OpenSCManagerA;*)
PROCEDURE OpenSCManagerW* ["ADVAPI32.dll", ""] (lpMachineName: PtrWSTR; lpDatabaseName: PtrWSTR; dwDesiredAccess: SET): SC_HANDLE;
(*END OpenSCManagerW;*)
PROCEDURE OpenSCManager* ["ADVAPI32.dll", "OpenSCManagerA"] (lpMachineName: PtrSTR; lpDatabaseName: PtrSTR; dwDesiredAccess: SET): SC_HANDLE;
(*END OpenSCManager;*)
PROCEDURE OpenServiceA* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; lpServiceName: PtrSTR; dwDesiredAccess: SET): SC_HANDLE;
(*END OpenServiceA;*)
PROCEDURE OpenServiceW* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; lpServiceName: PtrWSTR; dwDesiredAccess: SET): SC_HANDLE;
(*END OpenServiceW;*)
PROCEDURE OpenService* ["ADVAPI32.dll", "OpenServiceA"] (hSCManager: SC_HANDLE; lpServiceName: PtrSTR; dwDesiredAccess: SET): SC_HANDLE;
(*END OpenService;*)
PROCEDURE QueryServiceConfigA* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; VAR [nil] lpServiceConfig: QUERY_SERVICE_CONFIGA; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER): BOOL;
(*END QueryServiceConfigA;*)
PROCEDURE QueryServiceConfigW* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; VAR [nil] lpServiceConfig: QUERY_SERVICE_CONFIGW; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER): BOOL;
(*END QueryServiceConfigW;*)
PROCEDURE QueryServiceConfig* ["ADVAPI32.dll", "QueryServiceConfigA"] (hService: SC_HANDLE; VAR [nil] lpServiceConfig: QUERY_SERVICE_CONFIGA; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER): BOOL;
(*END QueryServiceConfig;*)
PROCEDURE QueryServiceLockStatusA* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; VAR [nil] lpLockStatus: QUERY_SERVICE_LOCK_STATUSA; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER): BOOL;
(*END QueryServiceLockStatusA;*)
PROCEDURE QueryServiceLockStatusW* ["ADVAPI32.dll", ""] (hSCManager: SC_HANDLE; VAR [nil] lpLockStatus: QUERY_SERVICE_LOCK_STATUSW; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER): BOOL;
(*END QueryServiceLockStatusW;*)
PROCEDURE QueryServiceLockStatus* ["ADVAPI32.dll", "QueryServiceLockStatusA"] (hSCManager: SC_HANDLE; VAR [nil] lpLockStatus: QUERY_SERVICE_LOCK_STATUSA; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER): BOOL;
(*END QueryServiceLockStatus;*)
PROCEDURE QueryServiceObjectSecurity* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; dwSecurityInformation: SECURITY_INFORMATION; lpSecurityDescriptor: PSECURITY_DESCRIPTOR; cbBufSize: INTEGER; VAR [nil] pcbBytesNeeded: INTEGER): BOOL;
(*END QueryServiceObjectSecurity;*)
PROCEDURE QueryServiceStatus* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; VAR [nil] lpServiceStatus: SERVICE_STATUS): BOOL;
(*END QueryServiceStatus;*)
PROCEDURE RegisterServiceCtrlHandlerA* ["ADVAPI32.dll", ""] (lpServiceName: PtrSTR; lpHandlerProc: HANDLER_FUNCTION): SERVICE_STATUS_HANDLE;
(*END RegisterServiceCtrlHandlerA;*)
PROCEDURE RegisterServiceCtrlHandlerW* ["ADVAPI32.dll", ""] (lpServiceName: PtrWSTR; lpHandlerProc: HANDLER_FUNCTION): SERVICE_STATUS_HANDLE;
(*END RegisterServiceCtrlHandlerW;*)
PROCEDURE RegisterServiceCtrlHandler* ["ADVAPI32.dll", "RegisterServiceCtrlHandlerA"] (lpServiceName: PtrSTR; lpHandlerProc: HANDLER_FUNCTION): SERVICE_STATUS_HANDLE;
(*END RegisterServiceCtrlHandler;*)
PROCEDURE SetServiceObjectSecurity* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; dwSecurityInformation: SECURITY_INFORMATION; lpSecurityDescriptor: PSECURITY_DESCRIPTOR): BOOL;
(*END SetServiceObjectSecurity;*)
PROCEDURE SetServiceStatus* ["ADVAPI32.dll", ""] (hServiceStatus: SERVICE_STATUS_HANDLE; VAR [nil] lpServiceStatus: SERVICE_STATUS): BOOL;
(*END SetServiceStatus;*)
PROCEDURE StartServiceCtrlDispatcherA* ["ADVAPI32.dll", ""] (VAR [nil] lpServiceStartTable: SERVICE_TABLE_ENTRYA): BOOL;
(*END StartServiceCtrlDispatcherA;*)
PROCEDURE StartServiceCtrlDispatcherW* ["ADVAPI32.dll", ""] (VAR [nil] lpServiceStartTable: SERVICE_TABLE_ENTRYW): BOOL;
(*END StartServiceCtrlDispatcherW;*)
PROCEDURE StartServiceCtrlDispatcher* ["ADVAPI32.dll", "StartServiceCtrlDispatcherA"] (VAR [nil] lpServiceStartTable: SERVICE_TABLE_ENTRYA): BOOL;
(*END StartServiceCtrlDispatcher;*)
PROCEDURE StartServiceA* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; dwNumServiceArgs: INTEGER; VAR [nil] lpServiceArgVectors: PtrSTR): BOOL;
(*END StartServiceA;*)
PROCEDURE StartServiceW* ["ADVAPI32.dll", ""] (hService: SC_HANDLE; dwNumServiceArgs: INTEGER; lpServiceArgVectors: POINTER TO (*?*) ARRAY [untagged] OF PtrWSTR): BOOL;
(*END StartServiceW;*)
PROCEDURE StartService* ["ADVAPI32.dll", "StartServiceA"] (hService: SC_HANDLE; dwNumServiceArgs: INTEGER; VAR [nil] lpServiceArgVectors: PtrSTR): BOOL;
(*END StartService;*)
PROCEDURE UnlockServiceDatabase* ["ADVAPI32.dll", ""] (ScLock: SC_LOCK): BOOL;
(*END UnlockServiceDatabase;*)
PROCEDURE RtlUnwind* (targetFrame: PtrVoid; targetIp: INTEGER; excpRec: PtrEXCEPTION_RECORD; retVal: INTEGER);
(*END RtlUnwind;*)
PROCEDURE PathIsDirectoryW* ["shlwapi.dll", ""] (path: PtrWSTR): BOOL;
PROCEDURE AlphaBlend* ["msimg32.dll", "AlphaBlend"] (hdcDest: HDC; xoriginDest, yoriginDest, wDest, hDest: INTEGER; hdcSrc: HDC; xoriginSrc, yoriginSrc, wSrc, hSrc: INTEGER; ftn: BLENDFUNCTION): BOOL;
END WinApi.
| Win/Mod/Api.odc |
MODULE WinBackends;
IMPORT SYSTEM, Kernel, Ports, Views, Services, Controllers, Containers,
StdWindows, StdMenuTool, StdDialog, WinGui, Files, Converters,
Dialog, Windows, WinApi, WinPorts, WinMechanisms, WinDialog;
CONST
stdBorderW = 5 * Ports.point;
inPlace* = 31; (* flag for OLE in place windows; not sure it's needed or rightly placed *)
ENTER = 0DX; ESC = 1BX;
TAB = 09X; LTAB = 0AX; RDEL = 07X; LDEL = 08X;
PL = 10X; PR = 11X; PU = 12X; PD = 13X;
DL = 14X; DR = 15X; DU = 16X; DD = 17X;
AL = 1CX; AR = 1DX; AU = 1EX; AD = 1FX;
dbl = 7; click = 8; hover = 9; wheel = 10; (* additional constants for MouseHandler.flags *)
VK_BROWSER_FAVORITES = 0ABH; VK_BROWSER_BACK = 0A6H;
VK_BROWSER_FORWARD = 0A7H;
TYPE
Backend = POINTER TO RECORD (StdWindows.WindowBackend)
wnd: WinApi.HANDLE;
END;
BackendDirectory = POINTER TO RECORD (StdWindows.BackendDirectory)
END;
ShortcutMatcher = RECORD (StdMenuTool.ShortcutMatcher)
mod: SET;
code: INTEGER;
END;
Pixels = INTEGER;
PaintHandler = RECORD (Services.SafeAction)
win: StdWindows.Window;
wnd: WinApi.HANDLE;
END;
SizeHandler = RECORD (Services.SafeAction)
win: StdWindows.Window;
w, h: INTEGER
END;
CreateHandler = RECORD (Services.SafeAction)
wnd: WinApi.HANDLE;
createStruct: WinApi.PtrCREATESTRUCTW
END;
CharHandler = RECORD (Services.SafeAction)
win: StdWindows.Window;
char: CHAR;
flags: SET
END;
KeyHandler = RECORD (Services.SafeAction)
win: StdWindows.Window;
code: INTEGER;
keystrokeFlags: SET;
END;
MouseHandler = RECORD (Services.SafeAction)
win: StdWindows.Window;
flags: SET;
x, y, wheel: INTEGER
END;
FocusHandler = RECORD (Services.SafeAction)
win: StdWindows.Window;
on: BOOLEAN;
END;
CancelRefocusAction = POINTER TO RECORD (Services.Action)
in, out: StdWindows.Window
END;
CloseHandler = RECORD (Services.SafeAction)
win: StdWindows.Window
END;
DropFilesHandler = RECORD (Services.SafeAction)
wnd, drop: WinApi.HANDLE
END;
VAR
docIcon, dirtyIcon: WinApi.HANDLE;
instance: WinApi.HANDLE; (* application instance *)
unit-: INTEGER; (* resolution of main window *)
scW-, scH-: INTEGER; (* screen width and height *)
borderW: INTEGER;
dir: BackendDirectory;
cancelRefocus: CancelRefocusAction;
PROCEDURE (wb: Backend) SetTitle (IN title: Views.Title);
VAR _: INTEGER;
BEGIN _ := WinApi.SetWindowTextW(wb.wnd, title)
END SetTitle;
PROCEDURE GetOrigin (wnd: WinApi.HANDLE; OUT xRoot, yRoot: Pixels): BOOLEAN;
VAR point: WinApi.POINT; res: BOOLEAN;
BEGIN
point.x := 0; point.y := 0;
res := 0 # WinApi.ClientToScreen(wnd, point);
IF res THEN xRoot := point.x; yRoot := point.y END;
RETURN res
END GetOrigin;
PROCEDURE (wb: Backend) GetOrigin* (OUT xRoot, yRoot: Pixels): BOOLEAN;
BEGIN RETURN GetOrigin(wb.wnd, xRoot, yRoot)
END GetOrigin;
PROCEDURE (wb: Backend) Close;
VAR _: INTEGER;
BEGIN
WinMechanisms.RemoveDropTarget(wb.wnd);
_ := WinApi.DestroyWindow(wb.wnd);
wb.wnd := 0
END Close;
PROCEDURE (wb: Backend) Select;
VAR _: INTEGER;
BEGIN
WinGui.mainWnd := wb.wnd;
_ := WinApi.SetFocus(wb.wnd)
END Select;
(* Procedures relating to window resizing *)
PROCEDURE (wb: Backend) SetSize- (width, height: Pixels);
VAR res, x, y, dw, dh: INTEGER; cr, wr: WinApi.RECT; p: WinApi.POINT; w: StdWindows.Window;
BEGIN wb.win.port.SetSize(width, height); w := wb.win;
IF (w.port # NIL) & (wb.wnd # 0) THEN
IF (width = 0) & (height = 0) THEN
(*w.minimized := TRUE*)
(* no SetSize^ call *)
ELSE
(*w.minimized := FALSE;*)
(*w.SetSize^(width, height);*)
res := WinApi.GetClientRect(wb.wnd, cr);
dw := width - cr.right; dh := height - cr.bottom;
IF ~(inPlace IN w.flags) (*& (w # cbViewer)*) & ((dw # 0) OR (dh # 0)) THEN
res := WinApi.GetWindowRect(wb.wnd, wr);
p.x := wr.left; p.y := wr.top;
(*IF ~(StdWindows.isTool IN w.flags) THEN res := WinApi.ScreenToClient(client, p) END;*)
x := p.x; y := p.y;
IF Windows.isTool IN w.flags THEN DEC(x, dw DIV 2); DEC(y, dh DIV 2) END;
width := wr.right - wr.left + dw; height := wr.bottom - wr.top + dh;
(*IF w.child THEN
res := WinApi.GetClientRect(client, cr);
dw := cr.right; dh := cr.bottom
ELSE*)
dw := scW; dh := scH
(*END*);
IF x + width > dw THEN x := dw - width END;
IF y + height > dh THEN y := dh - height END;
IF x < 0 THEN x := 0 END;
IF y < 0 THEN y := 0 END;
res := WinApi.SetWindowPos(wb.wnd, 0, x, y, width, height,
WinApi.SWP_FRAMECHANGED + WinApi.SWP_NOZORDER + WinApi.SWP_NOACTIVATE)
END
END
END
END SetSize;
PROCEDURE (wb: Backend) Port (): Ports.Port;
VAR res: Ports.Port; p: WinPorts.Port;
BEGIN
IF (wb.win # NIL) & (wb.win.port # NIL) THEN res := wb.win.port
ELSE NEW(p); p.Init(unit, FALSE); p.SetSize(0, 0); res := p
END;
RETURN res
END Port;
PROCEDURE ThisStyle (base, flags: SET): SET;
BEGIN
(*IF ~(StdWindows.noHScroll IN flags) THEN INCL(base, 20) END; (* hor scrollbar *)
IF ~(StdWindows.noVScroll IN flags) THEN INCL(base, 21) END; (* ver scrollbar *)*)
IF ~(Windows.noResize IN flags) THEN INCL(base, 18) END; (* sizing border *)
RETURN base
END ThisStyle;
PROCEDURE ThisBackend (wnd: WinApi.HANDLE): Backend;
(** determine backend by its HANDLE *)
BEGIN
(*IF wnd = cbViewer.wnd THEN RETURN cbViewer
ELSE*) RETURN SYSTEM.VAL(Backend, WinApi.GetWindowLongW(wnd, 0))
(*END*)
END ThisBackend;
PROCEDURE (wb: Backend) Open- (isDialog: BOOLEAN);
(** First (outer) part of backend creation, second (inner) - in CreateHandler.Do *)
VAR _, l, t, wid, hei: INTEGER; menu, dc, wnd: WinApi.HANDLE; exstyle, style: SET;
rect: WinApi.RECT;
BEGIN ASSERT(wb.win # NIL, 20); ASSERT(wb.win.port # NIL, 21);
IF (Windows.L # Windows.none) THEN
Gtk.gtk_window_move(wb.wnd, Windows.L, Windows.T)
END;
IF isDialog THEN
Gtk.gtk_window_set_policy(wb.wnd, 0, 0, 1);
Gtk.gtk_window_set_keep_above(wb.wnd, GLib.True)
ELSE
Gtk.gtk_window_set_policy(wb.wnd, 1, 1, 1)
END;
Gtk.gtk_widget_show_all(wb.wnd);
IF Windows.dir.l = StdWindows.none THEN l := WinApi.CW_USEDEFAULT
ELSE l := Windows.dir.l; t := Windows.dir.t
END;
IF isDialog THEN exstyle := WinApi.WS_EX_TOPMOST;
style := {7, 19, 22, 23, 31}; (* dialog, sysmenu, border, clipchildren, popup *)
ELSE exstyle := {};
style := {(*7,*) 19, 22, 23, (*25,*) 31} + WinApi.WS_MINIMIZEBOX + WinApi.WS_MAXIMIZEBOX (* dialog, sysmenu, border, clipchildren, popup *)
END;
wb.win.GetSize(wid, hei); rect.left := 0; rect.top := 0; rect.right := wid; rect.bottom := hei;
_ := WinApi.AdjustWindowRectEx(rect, style, WinApi.FALSE, exstyle);
wid := rect.right - rect.left; hei := rect.bottom - rect.top;
wnd := WinApi.CreateWindowExW(exstyle, "Oberon Doc", "", ThisStyle(style, wb.win.flags), l, t, wid, hei, 0(*parent*), 0, instance, SYSTEM.VAL(INTEGER, wb));
wb.wnd := wnd;
IF isDialog THEN
menu := WinApi.GetSystemMenu(wnd, 0);
_ := WinApi.RemoveMenu(menu, 0F000H, {}); (* SC_SIZE *)
_ := WinApi.RemoveMenu(menu, 0F020H, {}); (* SC_MINIMIZE *)
_ := WinApi.RemoveMenu(menu, 0F030H, {}); (* SC_MAXIMIZE *)
_ := WinApi.RemoveMenu(menu, 0F120H, {}); (* SC_RESTORE *)
END;
_ := WinApi.ShowWindow(wnd, WinApi.SW_SHOWNOACTIVATE);
(* SW_SHOWNOACTIVATE shows but doesn't send WM_SETFOCUS => it is up to StdWindows to set proper focus *)
WinMechanisms.InstallDropTarget(wnd, wb.win);
WinApi.DragAcceptFiles(wnd, WinApi.TRUE);
(*eliminate? _ := WinApi.SetFocus(wnd); _ := WinApi.UpdateWindow(wnd)*)
END Open;
PROCEDURE (VAR h: CreateHandler) Do;
(** Second part of backend creation, called from window procedure in response to WM_CREATE *)
VAR wb: Backend; _: INTEGER; wnd: WinApi.HANDLE; hdc: WinApi.HDC;
BEGIN
wnd := h.wnd;
wb := SYSTEM.VAL(Backend, h.createStruct.lpCreateParams);
_ := WinApi.SetWindowLongW(wnd, 0, SYSTEM.VAL(INTEGER, wb));
hdc := WinApi.GetDC(wnd);
wb.win.port(WinPorts.Port).SetDC(hdc, wnd);
(*creatingDoc := TRUE;
Kernel.Try(CreateDoc, wnd, wParam, lParam);
creatingDoc := FALSE*)
END Do;
(* Directory *)
PROCEDURE (d: BackendDirectory) NewBackend* (): Backend;
VAR wb: Backend;
BEGIN NEW(wb);
wb.resizing := FALSE;
wb.wnd := Gtk.gtk_window_new(Gtk.GTK_WINDOW_TOPLEVEL);
wb.da := Gtk.gtk_drawing_area_new(); (* DrawingArea has a GdkWindow by default *)
Gtk.gtk_widget_set_double_buffered(wb.da, 1);
Gtk.gtk_drawing_area_size(wb.da, 0, 0);
wb.fixed := Gtk.gtk_fixed_new(); Gtk.gtk_widget_set_has_window(wb.fixed, 1); (* AD: this is critical to make sure GTK widgets inserted into .fixed do kind of have a z-order; otherwise they may mesh up with widgets from .wnd, should there be any *)*)
Gtk.gtk_fixed_put(wb.fixed, wb.da, 0, 0);
Gtk.gtk_widget_set_can_focus(wb.da, 1);
ConnectSignals(wb);
IF first = NIL THEN
first := wb.wnd;
Dialog.Call("LinClipboard.SetSignals", "", res);
END;
Gtk.gtk_container_add(wb.wnd, wb.fixed);
Gtk.gtk_window_set_focus(wb.wnd, wb.da);
IF wb.wnd = NIL THEN wb := NIL END;
;
RETURN wb
END NewBackend;
PROCEDURE (d: BackendDirectory) GetBounds* (OUT w, h: Pixels);
BEGIN
w := scW; h := scH
END GetBounds;
PROCEDURE (VAR h: PaintHandler) Do;
VAR _: INTEGER; hdc: WinApi.HDC; w: StdWindows.Window; wnd: WinApi.HANDLE;
ps: WinApi.PAINTSTRUCT;
BEGIN
w := h.win; wnd := h.wnd;
(* clip region must be reset to ensure correct ps.paint ! *)
_ := WinApi.SelectClipRgn(w.port(WinPorts.Port).dc, 0);
hdc := WinApi.BeginPaint(wnd, ps);
w.port(WinPorts.Port).SetDC(hdc, wnd);
StdWindows.UpdateIn(w, ps.rcPaint.left, ps.rcPaint.top, ps.rcPaint.right, ps.rcPaint.bottom, Views.keepFrames);
_ := WinApi.EndPaint(wnd, ps);
END Do;
PROCEDURE ValidateWin (wnd: WinApi.HANDLE; a, b: INTEGER);
BEGIN
StdWindows.Validate(ThisBackend(wnd).win)
END ValidateWin;
PROCEDURE UpdateWin (wnd, dc: WinApi.HANDLE; paint: INTEGER);
TYPE RectPtr = POINTER TO WinApi.RECT;
VAR w: StdWindows.Window; rp: RectPtr;
BEGIN
w := ThisBackend(wnd).win;
w.port(WinPorts.Port).SetDC(dc, wnd);
rp := SYSTEM.VAL(RectPtr, paint);
w.Restore(rp.left, rp.top, rp.right, rp.bottom)StdWindows.UpdateIn(w, rp.left, rp.top, rp.right, rp.bottom, Views.keepFrames)
END UpdateWin;
PROCEDURE (VAR h: SizeHandler) Do;
BEGIN
IF ~(inPlace IN h.win.flags) THEN
h.win.SetSize(h.w, h.h)
END;
IF h.win.hook # NIL THEN (*h.win.hook.Resize(h.w, h.h)*) END
END Do;
PROCEDURE WmSize (wnd: WinApi.HANDLE; wid, hei: INTEGER);
VAR h: SizeHandler; b: Backend;
BEGIN
b := ThisBackend(wnd); ASSERT(b # NIL, 60);
h.win := ThisBackend(wnd).win; h.w := wid; h.h := hei; Services.Try(h)
END WmSize;
PROCEDURE KeyModifiers (keystrokeFlags: SET): SET;
CONST contextCode = 29;
VAR b: SET;
BEGIN
b := {};
IF WinApi.GetKeyState(10H) < 0 THEN INCL(b, Controllers.extend); INCL(b, WinPorts.shift) END;
IF WinApi.GetKeyState(11H) < 0 THEN INCL(b, Controllers.modify); INCL(b, WinPorts.ctrl) END;
IF contextCode IN keystrokeFlags THEN INCL(b, WinPorts.alt); INCL(b, Controllers.pick) END;
RETURN b
END KeyModifiers;
PROCEDURE (VAR h: CharHandler) Do;
VAR mod: SET; ch: CHAR;
BEGIN ch := h.char;
IF (ch >= 20X) & (ch # 7FX) THEN
mod := KeyModifiers(h.flags); (*w.used := TRUE;*)
IF WinApi.VkKeyScanW(ch) >= 4 * 256 THEN mod := mod - {WinPorts.alt, Controllers.pick} END;
h.win.KeyDown(ch, mod)
END;
Controllers.ResetCurrentPath();
END Do;
PROCEDURE EncodeShortcut (IN shortcut: ARRAY OF CHAR; OUT code: INTEGER);
VAR ch, nch: CHAR; n, j: INTEGER;
BEGIN
code := -1; ch := shortcut[0]; nch := shortcut[1]; j := 1;
IF (ch = "F") & ('0' <= nch) & (nch <= '9') THEN
n := 0;
WHILE (nch >= "0") & (nch <= "9") DO
n := 10 * n + ORD(nch) - ORD("0"); INC(j); nch := shortcut[j]
END;
IF (n >= 1) & (n <= 16) THEN code := WinApi.VK_F1 + n - 1 END
ELSIF shortcut = "Ins" THEN code := WinApi.VK_INSERT
ELSIF shortcut = "Del" THEN code := WinApi.VK_DELETE
ELSIF shortcut = "Home" THEN code := WinApi.VK_HOME
ELSIF shortcut = "Fav" THEN code := VK_BROWSER_FAVORITES
ELSIF shortcut = "Back" THEN code := VK_BROWSER_BACK
ELSIF shortcut = "Fwd" THEN code := VK_BROWSER_FORWARD
ELSIF shortcut = "Apps" THEN code := WinApi.VK_APPS
ELSE HALT(0)
END
END EncodeShortcut;
PROCEDURE ValidShortcutKey (code: INTEGER): BOOLEAN;
BEGIN
RETURN ((code >= WinApi.VK_F1) & (code <= WinApi.VK_F24)) OR (code = WinApi.VK_APPS)
OR (code = WinApi.VK_INSERT) OR (code = WinApi.VK_DELETE) OR (code = WinApi.VK_HOME) OR (code = VK_BROWSER_FAVORITES) OR (code = VK_BROWSER_BACK) OR (code = VK_BROWSER_FORWARD)
END ValidShortcutKey;
PROCEDURE (VAR m: ShortcutMatcher) Match (_: StdDialog.Item; code: INTEGER; mod: SET): BOOLEAN;
CONST shortcutModifiers = { Controllers.extend, Controllers.modify, Controllers.pick };
BEGIN
RETURN (m.code = code) & (m.mod = mod * shortcutModifiers)
END Match;
PROCEDURE (VAR h: KeyHandler) Do;
CONST shortcutModifiers = { Controllers.extend, Controllers.modify, Controllers.pick };
VAR b, b0: SET; w: StdWindows.Window; pmsg: Controllers.PollFocusMsg;
done, modify, scroll: BOOLEAN; c: Containers.Controller; ch: CHAR; m: ShortcutMatcher;
it: StdDialog.Item;
BEGIN
w := h.win; b := KeyModifiers(h.keystrokeFlags); (*w.used := TRUE;*)
done := FALSE;
m.mod := shortcutModifiers * b;
IF (StdMenuTool.dir # NIL) & (m.mod - { Controllers.extend } # {} (*^ or Alt*)) OR ValidShortcutKey(h.code) THEN
m.code := h.code;
it := StdMenuTool.dir.FirstMatch(m);
IF it # NIL THEN StdMenuTool.dir.Execute(it); done := TRUE END
END;
IF ~done THEN
scroll := ODD(WinApi.GetKeyState(91H)) (* scroll lock *); (* should this scroll behavior go to StdWindows? *)
pmsg.focus := NIL; w.ForwardCtrlMsg(pmsg);
IF (pmsg.focus # NIL) & (pmsg.focus.view IS Containers.View) THEN
c := pmsg.focus.view(Containers.View).ThisController();
IF (c # NIL) & (Containers.noCaret IN c.opts) THEN scroll := TRUE END
END;
IF scroll THEN INCL(b, StdWindows.scrollLock) END;
modify := Controllers.modify IN b; IF modify THEN b0 := b - { Controllers.modify } END;
CASE h.code OF
| 2EH: ch := RDEL (* delete -> right delete *)
| 08H: ch := LDEL (* backspace -> left delete *)
| 09H: (* tab *)
IF Controllers.extend IN b THEN ch := LTAB; EXCL(b, Controllers.extend) (* left tab *)
ELSE ch := TAB (* right tab *)
END
| 0DH: ch := ENTER (* enter *)
| 1BH: ch := ESC (* escape *)
| 21H: (* page up *) IF modify THEN ch := PL; b := b0 ELSE ch := PU END
IF scroll THEN
w.Scroll(WinApi.SB_PAGEUP, 0, TRUE, ~(Controllers.modify IN b))
ELSIF Controllers.modify IN b THEN (* move caret left one page *)
StdWindows.PasteChar(w, PL, b - {Controllers.modify})
ELSE (* move caret up one page *)
StdWindows.PasteChar(w, PU, b)
END
| 22H: (* page down *) IF modify THEN ch := PR; b := b0 ELSE ch := PD END
IF scroll THEN
w.Scroll(WinApi.SB_PAGEDOWN, 0, TRUE, ~(Controllers.modify IN b))
ELSIF Controllers.modify IN b THEN (* move caret right one page *)
StdWindows.PasteChar(w, PR, b - {Controllers.modify})
ELSE (* move caret down one page *)
StdWindows.PasteChar(w, PD, b)
END
| 23H: (* end *) IF modify THEN ch := DD; b := b0 ELSE ch := DR END
IF scroll THEN
w.Scroll(WinApi.SB_THUMBPOSITION, scrollRange, TRUE, Controllers.modify IN b)
ELSIF Controllers.modify IN b THEN (* move caret to doc end *)
StdWindows.PasteChar(w, DD, b - {Controllers.modify})
ELSE (* move caret to line end *)
StdWindows.PasteChar(w, DR, b)
END
| 24H: (* home *) IF modify THEN ch := DU; b := b0 ELSE ch := DL END
IF scroll THEN
w.Scroll(WinApi.SB_THUMBPOSITION, 0, TRUE, Controllers.modify IN b)
ELSIF Controllers.modify IN b THEN (* move caret to doc start *)
StdWindows.PasteChar(w, DU, b - {Controllers.modify})
ELSE (* move caret to line start *)
StdWindows.PasteChar(w, DL, b)
END
| 25H: (* left *) ch := AL
IF scroll THEN
w.Scroll(WinApi.SB_LINEUP, 0, TRUE, FALSE)
ELSE
StdWindows.PasteChar(w, AL, b)
END
| 26H: (* up *) ch := AU
IF scroll THEN
w.Scroll(WinApi.SB_LINEUP, 0, TRUE, TRUE)
ELSE
StdWindows.PasteChar(w, AU, b)
END
| 27H: (* right *) ch := AR
IF scroll THEN
w.Scroll(WinApi.SB_LINEDOWN, 0, TRUE, FALSE)
ELSE
StdWindows.PasteChar(w, AR, b)
END
| 28H: (* down *) ch := AD
IF scroll THEN
w.Scroll(WinApi.SB_LINEDOWN, 0, TRUE, TRUE)
ELSE
StdWindows.PasteChar(w, AD, b)
END
ELSE ch := 0X
END;
IF ch # 0X THEN h.win.KeyDown(ch, b) END
END
END Do;
PROCEDURE WmKeydown (wnd: WinApi.HANDLE; wParam, lParam: INTEGER);
VAR key: KeyHandler; res_: INTEGER;
BEGIN
key.win := ThisBackend(wnd).win; key.code := wParam; key.keystrokeFlags := BITS(lParam);
Services.Try(key);
IF (wParam = WinApi.VK_TAB)
OR (wParam = WinApi.VK_LEFT) OR (wParam = WinApi.VK_UP)
OR (wParam = WinApi.VK_RIGHT) OR (wParam = WinApi.VK_DOWN)
THEN
(* this branch is for obsolete WinApi menus and controls *)
res_ := WinApi.SendMessageW(wnd, 0127H (* WM_CHANGEUISTATE *),
2 (* UIS_CLEAR *) + 10000H (* UISF_HIDEFOCUS *), 0)
END
END WmKeydown;
PROCEDURE (VAR h: FocusHandler) Do;
BEGIN
IF (h.win = NIL) OR (h.win.doc = NIL) THEN (* window closed since last click *)
ELSIF h.on THEN Windows.dir.Select(h.win, Windows.lazy)
ELSE
(* StdWindows.Defocus(h.win) *)
END
END Do;
PROCEDURE (a: CancelRefocusAction) Do;
VAR h: FocusHandler; _: INTEGER;
BEGIN
IF a.in # NIL THEN
h.win := a.out; h.on := FALSE; Services.Try(h);
h.win := a.in; h.on := TRUE; Services.Try(h)
END
END Do;
PROCEDURE (VAR h: MouseHandler) Do;
VAR w: StdWindows.Window; isDown: BOOLEAN; op, x, y: INTEGER; b: SET; f, g: Views.Frame;
BEGIN
w := h.win; b := {}; (*w.used := TRUE;*)
IF 0 IN h.flags THEN INCL(b, WinPorts.left) END;
IF 4 IN h.flags THEN INCL(b, WinPorts.middle); INCL(b, Controllers.pick) END;
IF 1 IN h.flags THEN INCL(b, WinPorts.right); INCL(b, Controllers.popup) END;
isDown := b # {};
IF 2 IN h.flags THEN INCL(b, WinPorts.shift); INCL(b, Controllers.extend) END;
IF 3 IN h.flags THEN INCL(b, WinPorts.ctrl); INCL(b, Controllers.modify) END;
IF WinApi.GetAsyncKeyState(12H) < 0 THEN INCL(b, WinPorts.alt); INCL(b, Controllers.pick) END;
IF dbl IN h.flags THEN INCL(b, Controllers.doubleClick) END;
x := h.x; y := h.y;
WinPorts.SetMouseState(x, y, b, isDown);
IF click IN h.flags THEN StdWindows.Track(w, x, y, b)
ELSIF hover IN h.flags THEN StdWindows.UpdateCursor(w, x, y, b)
ELSIF wheel IN h.flags THEN
IF h.wheel < 0 THEN op := Controllers.incLine
ELSIF h.wheel > 0 THEN op := Controllers.decLine
ELSE HALT(20)
END;
StdWindows.Wheel(w, op, x, y, b)
END
END Do;
PROCEDURE WmMouse (wnd: WinApi.HANDLE; flags: SET; lParam, dir: INTEGER);
VAR mouse: MouseHandler; _: INTEGER; pt: WinApi.POINT;
BEGIN
mouse.win := ThisBackend(wnd).win; mouse.flags := flags; mouse.wheel := dir;
mouse.x := lParam MOD 10000H; mouse.y := lParam DIV 10000H;
IF wheel IN flags THEN
pt.x := mouse.x; pt.y := mouse.y; _ := WinApi.ScreenToClient(wnd, pt);
mouse.x := pt.x; mouse.y := pt.y
END;
IF click IN flags THEN
_ := WinApi.SetCapture(wnd);
cancelRefocus.in := NIL; cancelRefocus.out := NIL
END;
Services.Try(mouse);
IF (click IN flags) & (WinApi.GetCapture() = wnd) THEN _ := WinApi.ReleaseCapture() END
END WmMouse;
PROCEDURE (VAR h: CloseHandler) Do;
BEGIN StdWindows.GuardedClose(h.win)
END Do;
PROCEDURE (VAR h: DropFilesHandler) Do; (* adapted from WinMenus.DropFiles *)
VAR i, n, res_: INTEGER; path, fname: Files.Name; ok: BOOLEAN; loc: Files.Locator;
np: WinApi.PtrWSTR; v: Views.View; conv: Converters.Converter; f: Files.File;
BEGIN
n := WinApi.DragQueryFileW(h.drop, -1, fname, LEN(fname)); i := 0; ok := FALSE;
WHILE i < n DO
IF 0 # WinApi.DragQueryFileW(h.drop, i, fname, LEN(fname)) THEN
IF LEN(path) > WinApi.GetFullPathNameW(fname, LEN(path), path, np) THEN
IF np # NIL THEN fname := np^$ ELSE fname := '' END;
IF fname # '' THEN
DEC(SYSTEM.VAL(INTEGER, np), 2); np^[0] := 0X;
loc := Files.dir.This(path);
f := Files.dir.Old(loc, fname, Files.shared);
IF f # NIL THEN
conv := Converters.list;
WHILE (conv # NIL) & (conv.fileType # f.type) DO conv := conv.next END;
IF conv = NIL THEN
conv := Converters.list;
WHILE (conv # NIL) & ~(Converters.importAll IN conv.opts) DO
conv := conv.next
END
END;
IF f.type = "" THEN fname := fname + "." END;
v := Views.Old(Views.dontAsk, loc, fname, conv);
IF v # NIL THEN Views.Open(v, loc, fname, conv); ok := TRUE
END
END
ELSE (* silently devour what's probably a folder name *)
END
ELSE HALT(21) (* name too long *)
END
ELSE HALT(20) (* couldn't query dragged files name; name too long? *)
END;
INC(i)
END;
WinApi.DragFinish(h.drop);
IF ok THEN res_ := WinApi.SetForegroundWindow(h.wnd) END
END Do;
PROCEDURE [callback] DocWinHandler (wnd: WinApi.HANDLE; message, wParam, lParam: INTEGER): INTEGER;
VAR _, x, dx, dy: INTEGER; w: StdWindows.Window; ps: WinApi.PAINTSTRUCT; hdc: WinApi.HDC;
(* pm: WinApi.PMinMaxInfo; *)
rec: WinApi.RECT; style, st: SET; wp: WinApi.WINDOWPOS;
paint: PaintHandler; create: CreateHandler; char: CharHandler; mouse: MouseHandler;
focus: FocusHandler; close: CloseHandler; drop: DropFilesHandler;
done: BOOLEAN; delta, res: INTEGER;
BEGIN
done := FALSE;
(*IF (hookDocWinHandler # NIL) & hookDocWinHandler(wnd, message, wParam, lParam, res) THEN
Controllers.ResetCurrentPath();
RETURN res
END;*)
CASE message OF
| WinApi.WM_LBUTTONDOWN, WinApi.WM_RBUTTONDOWN, WinApi.WM_MBUTTONDOWN:
WmMouse(wnd, BITS(wParam) + { click }, lParam, 0); done := TRUE;
IF wnd # WinApi.GetFocus() THEN
res := WinApi.SendMessageW(client, WinApi.WM_MDIACTIVATE, wnd, 0);
res := WinApi.SetFocus(wnd)
END;
res := WinApi.SetCapture(wnd);
Kernel.Try(HandleMouse, wnd, wParam + 256, lParam);
IF WinApi.GetCapture() = wnd THEN res := WinApi.ReleaseCapture() END;
Controllers.ResetCurrentPath();
RETURN 0
| WinApi.WM_LBUTTONDBLCLK, WinApi.WM_RBUTTONDBLCLK, WinApi.WM_MBUTTONDBLCLK:
WmMouse(wnd, BITS(wParam) + { click, dbl }, lParam, 0); done := TRUE;
res := WinApi.SetCapture(wnd);
Kernel.Try(HandleMouse, wnd, wParam + (128 + 256), lParam);
IF WinApi.GetCapture() = wnd THEN res := WinApi.ReleaseCapture() END;
Controllers.ResetCurrentPath();
RETURN 0
| WinApi.WM_LBUTTONUP, WinApi.WM_RBUTTONUP, WinApi.WM_MBUTTONUP:
WmMouse(wnd, BITS(wParam), lParam, 0); done := TRUE;
Kernel.Try(HandleMouse, wnd, wParam, lParam);
Controllers.ResetCurrentPath();
RETURN 0
| WinApi.WM_MOUSEMOVE:
WmMouse(wnd, BITS(wParam) + { hover }, lParam, 0); done := TRUE;
Kernel.Try(HandleMouse, wnd, wParam + (2 * 256), lParam);
Controllers.ResetCurrentPath();
RETURN 0
| WinApi.WM_KEYDOWN, WinApi.WM_SYSKEYDOWN:
Kernel.Try(HandleKey, wnd, wParam, lParam);
IF (wParam = WinApi.VK_TAB)
OR (wParam = WinApi.VK_LEFT) OR (wParam = WinApi.VK_UP)
OR (wParam = WinApi.VK_RIGHT) OR (wParam = WinApi.VK_DOWN)
THEN
res := WinApi.SendMessageW(wnd, 0127H (* WM_CHANGEUISTATE *),
2 (* UIS_CLEAR *) + 10000H (* UISF_HIDEFOCUS *), 0)
END
IF wParam = WinApi.VK_MENU THEN
(* this branch is for obsolete WinApi menus and controls *)
res := WinApi.SendMessageW(wnd, 0127H (* WM_CHANGEUISTATE *),
2 (* UIS_CLEAR *) + 10000H (* UISF_HIDEFOCUS *) + 20000H (* UISF_HIDEACCEL *), 0)
ELSE WmKeydown(wnd, wParam, lParam)
END
| WinApi.WM_CHAR:
char.win := ThisBackend(wnd).win; char.char := CHR(wParam); char.flags := BITS(lParam);
Services.Try(char);
done := TRUE
Kernel.Try(HandleChar, wnd, wParam, lParam);
Controllers.ResetCurrentPath();
RETURN 0
(*
| WinApi.WM_UNICHAR:
IF wParam = WinApi.UNICODE_NOCHAR THEN RETURN 1 END;
Kernel.Try(HandleChar, wnd, wParam, lParam);
Controllers.ResetCurrentPath();
RETURN 0
*)
| WinApi.WM_SIZE:
WmSize(wnd, lParam MOD 65536, lParam DIV 65536)
| WinApi.WM_PAINT:
paint.wnd := wnd; paint.win := ThisBackend(wnd).win; Services.Try(paint); done := TRUE;
| WinApi.WM_CREATE:
create.wnd := wnd; create.createStruct := SYSTEM.VAL(WinApi.PtrCREATESTRUCTW, lParam);
Services.Try(create)
| WinApi.WM_CLOSE: close.win := ThisBackend(wnd).win; Services.Try(close); done := TRUE
| WinApi.WM_DESTROY:
| WinApi.WM_CHILDACTIVATE: (* Sent to a child window when the user clicks the window's title bar or when the window is activated, moved, or sized.*)
| WinApi.WM_SETFOCUS:
cancelRefocus.in := ThisBackend(wnd).win; Services.DoLater(cancelRefocus, Services.Ticks() + 2);
| WinApi.WM_KILLFOCUS:
cancelRefocus.out := ThisBackend(wnd).win; Services.DoLater(cancelRefocus, Services.Ticks() + 2);
| WinApi.WM_MOUSEWHEEL:
delta := wParam DIV 10000H;
(* weirdly, smtms WM_MOUSEWHEEL arrives that has delta = 0,
i.e. wheel wasn't rotated? or is it bunching? *)
IF delta # 0 THEN
WmMouse(wnd, BITS(wParam MOD 10000H) + { wheel }, lParam, delta)
END;
done := TRUE
| WinApi.WM_DROPFILES:
drop.drop := wParam; drop.wnd := wnd; Services.Try(drop); done := TRUE
ELSE
END;
IF done THEN res := 0 ELSE res := WinApi.DefWindowProcW(wnd, message, wParam, lParam) END;
RETURN res
END DocWinHandler;
PROCEDURE PortOrigin (p: Ports.Port; OUT xRoot, yRoot: Pixels): BOOLEAN;
VAR res: BOOLEAN;
BEGIN
res := FALSE;
WITH p: WinPorts.Port DO
IF p.wnd # 0 THEN res := GetOrigin(p.wnd, xRoot, yRoot) END
ELSE
END;
RETURN res
END PortOrigin;
(* simulates modal dialog TEMPORARY SOLUTION FOR SIMPLE MODAL WINDOWS *)
PROCEDURE WaitFrontWindowClose;
VAR res: INTEGER; w: StdWindows.Window; msg: WinApi.MSG;
BEGIN
w := Windows.dir.First()(StdWindows.Window);
REPEAT
IF WinApi.PeekMessageW(msg, 0, 0, 0, 1) # 0 THEN
IF (msg.hwnd = w.backend(Backend).wnd) OR (msg.message = WinApi.WM_PAINT) THEN
res := WinApi.TranslateMessage(msg);
res := WinApi.DispatchMessageW(msg)
END
END
UNTIL w.backend = NIL
END WaitFrontWindowClose;
PROCEDURE Init;
VAR _: INTEGER; class: WinApi.WNDCLASSW; ccs: WinApi.CLIENTCREATESTRUCT;
dc: WinApi.HANDLE; tm: WinApi.TEXTMETRICW;
BEGIN
instance := WinApi.GetModuleHandleW(NIL);
dc := WinApi.GetDC(0);
unit := SHORT(ENTIER(
(Ports.inch DIV WinApi.GetDeviceCaps(dc, WinApi.LOGPIXELSY)) * 100 / Dialog.scaleFactor));
WinGui.unit := unit;
borderW := stdBorderW DIV unit * unit;
_ := WinApi.ReleaseDC(0, dc);
scW := WinApi.GetSystemMetrics(0); (* screen width *)
scH := WinApi.GetSystemMetrics(1); (* screen height *)
(* init window classes *)
class.hCursor := WinApi.LoadCursorW(0, SYSTEM.VAL(WinApi.PtrWSTR, WinApi.IDC_ARROW));
class.hIcon := WinApi.LoadIconW(instance, SYSTEM.VAL(WinApi.PtrWSTR, 1));
IF (class.hIcon = 0) OR (class.hIcon = 1) THEN
class.hIcon := WinApi.LoadIconW(0, SYSTEM.VAL(WinApi.PtrWSTR, WinApi.IDI_APPLICATION))
END;
class.lpszMenuName := NIL;
class.lpszClassName := "Tyler Oberon App";
class.hbrBackground := 0; (* 12 + 1; *) (* application workspace color *)
class.style := WinApi.CS_VREDRAW + WinApi.CS_HREDRAW + WinApi.CS_DBLCLKS + WinApi.CS_OWNDC;
class.hInstance := instance;
class.lpfnWndProc := Handler;
class.cbClsExtra := 0;
class.cbWndExtra := 4;
_ := WinApi.RegisterClassW(class);
class.hCursor := 0; (* no class cursor *)
class.lpszMenuName := NIL;
class.hbrBackground := 0; (* no background *)
class.lpszClassName := "Oberon Dlg";
class.lpfnWndProc := DialogHandler;
_ := WinApi.RegisterClassW(class);
class.lpszClassName := "Oberon Aux";
class.lpfnWndProc := DocWinHandler;
_ := WinApi.RegisterClassW(class);
class.hCursor := 0; (* no class cursor *)
class.lpszMenuName := NIL;
class.hbrBackground := 0; (* no background *)
class.style := (*WinApi.CS_VREDRAW + WinApi.CS_HREDRAW +*) WinApi.CS_DBLCLKS + WinApi.CS_OWNDC;
(* VREDRAW and HREDRAW result in Windows invalidating the whole window when only it's height or width is changed - I guess without them it only invalidates the newly added area or nothing if the window is shrinked. This is not critical, because WinBackends handles all the resizing and redrawing logic in response to resize messages *)
class.hInstance := instance;
class.cbClsExtra := 0;
class.cbWndExtra := 4;
docIcon := WinApi.LoadIconW(instance, SYSTEM.VAL(WinApi.PtrWSTR, 2));
IF (docIcon = 0) OR (docIcon = 1) THEN
docIcon := WinApi.LoadIconW(0, SYSTEM.VAL(WinApi.PtrWSTR, WinApi.IDI_APPLICATION))
END;
dirtyIcon := WinApi.LoadIconW(instance, SYSTEM.VAL(WinApi.PtrWSTR, 5));
IF (dirtyIcon = 0) OR (dirtyIcon = 1) THEN dirtyIcon := docIcon END;
class.hIcon := docIcon;
class.lpszClassName := "Oberon Doc";
class.lpfnWndProc := DocWinHandler;
_ := WinApi.RegisterClassW(class);
NEW(dir); StdWindows.SetBackendDir(dir);
StdMenuTool.encodeShortcut := EncodeShortcut;
WinDialog.WaitFrontWindowClose := WaitFrontWindowClose;
StdWindows.PortOrigin := PortOrigin;
NEW(cancelRefocus)
END Init;
BEGIN Init;
END WinBackends.
| Win/Mod/Backends.odc |
MODULE WinBitmaps;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20070201, bh, Unicode support
"
issues = "
- ...
"
**)
IMPORT
SYSTEM, WinApi, WinOle, WinGui,
Files, Fonts, Ports, Stores, Models, Views, Controllers, Containers, Properties, Dialog, Converters,
HostPorts := WinPorts;
CONST
minVersion = 0; maxVersion = 1;
TYPE
Model = POINTER TO RECORD
file: Files.File;
pos, len: INTEGER;
ref: WinApi.HBITMAP
END;
StdView = POINTER TO RECORD (Views.View)
model: Model;
w, h: INTEGER; (* in pixels *)
bits: INTEGER; (* bit per pixel *)
END;
BITMAPINFO8 = RECORD [untagged]
header: WinApi.BITMAPINFOHEADER;
colors: ARRAY 256 OF INTEGER
END;
RootContext = POINTER TO RECORD (Models.Context)
w, h: INTEGER
END;
RootView = POINTER TO RECORD (Views.View)
view: Views.View;
END;
(* helpers for painting to bitmap *)
PROCEDURE (c: RootContext) ThisModel (): Models.Model;
BEGIN
RETURN NIL
END ThisModel;
PROCEDURE (c: RootContext) GetSize (OUT w, h: INTEGER);
BEGIN
w := c.w; h := c.h
END GetSize;
PROCEDURE (c: RootContext) Normalize (): BOOLEAN;
BEGIN
RETURN TRUE
END Normalize;
PROCEDURE (d: RootView) Restore (f: Views.Frame; l, t, r, b: INTEGER);
BEGIN
Views.InstallFrame(f, d.view, 0, 0, 0, FALSE)
END Restore;
PROCEDURE (d: RootView) GetNewFrame (VAR frame: Views.Frame);
VAR f: Views.RootFrame;
BEGIN
NEW(f); frame := f
END GetNewFrame;
PROCEDURE (d: RootView) GetBackground (VAR color: Ports.Color);
BEGIN
color := Ports.background
END GetBackground;
PROCEDURE Paint (dc: WinApi.HDC; v: Views.View; w, h, unit: INTEGER);
VAR d: RootView; c: RootContext; p: HostPorts.Port; f: Views.RootFrame; g: Views.Frame;
BEGIN
NEW(p);
p.Init(unit, Ports.screen);
p.SetSize(w, h);
p.SetDC(dc, 0);
NEW(c);
c.w := w * p.unit;
c.h := h * p.unit;
NEW(d);
d.view := Views.CopyOf(v, Views.shallow);
Stores.Join(d, d.view);
d.InitContext(c);
d.view.InitContext(c);
Stores.InitDomain(d);
d.GetNewFrame(g); f := g(Views.RootFrame); f.ConnectTo(p);
Views.SetRoot(f, d, FALSE, {});
Views.AdaptRoot(f);
Views.RestoreRoot(f, 0, 0, c.w, c.h);
END Paint;
PROCEDURE GetHeader (v: StdView; OUT hdr: WinApi.BITMAPINFOHEADER; OUT colors: INTEGER);
BEGIN
hdr.biSize := SIZE(WinApi.BITMAPINFOHEADER);
hdr.biWidth := v.w;
hdr.biHeight := v.h;
hdr.biPlanes := 1;
hdr.biBitCount := SHORT(v.bits);
IF v.bits = 8 THEN (* use 8 bit & run length encoding *)
hdr.biCompression := WinApi.BI_RLE8;
colors := 256
ELSIF v.bits = 24 THEN (* use 24 bit true color *)
hdr.biCompression := WinApi.BI_RGB;
colors := 0
ELSIF v.bits = 0 THEN (* use jpeg *)
hdr.biCompression := 4 (* WinApi.BI_JPEG *);
colors := 0
ELSE
HALT(100) (* unsupported format *)
END;
hdr.biSizeImage := 0;
hdr.biXPelsPerMeter := 0;
hdr.biYPelsPerMeter := 0;
hdr.biClrUsed := 0;
hdr.biClrImportant := 0
END GetHeader;
PROCEDURE Evaluate (v: StdView; dc: WinApi.HDC);
VAR len, adr, res, colors, i: INTEGER;
rd: Stores.Reader; info: BITMAPINFO8; data: POINTER TO ARRAY OF BYTE;
BEGIN
rd.ConnectTo(v.model.file);
rd.SetPos(v.model.pos);
len := v.model.len;
GetHeader(v, info.header, colors);
i := 0; WHILE i < colors DO rd.ReadInt(info.colors[i]); INC(i); DEC(len, 4) END;
NEW(data, len);
rd.rider.ReadBytes(data^, 0, len);
v.model.ref := WinApi.CreateCompatibleBitmap(dc, v.w, v.h);
info.header.biSizeImage := len;
res := WinApi.SetDIBits(dc, v.model.ref, 0, v.h, SYSTEM.ADR(data[0]),
SYSTEM.VAL(WinApi.BITMAPINFO, info), WinApi.DIB_RGB_COLORS);
IF res = 0 THEN
res := WinApi.GetLastError();
IF res = WinApi.ERROR_NOT_ENOUGH_MEMORY THEN HALT(101) ELSE HALT(100) END
END;
ASSERT(v.model.ref # 0, 102)
END Evaluate;
(* Model *)
PROCEDURE (m: Model) FINALIZE;
VAR res: INTEGER;
BEGIN
IF m.ref # 0 THEN
res := WinApi.DeleteObject(m.ref);
m.ref := 0
END
END FINALIZE;
(* View *)
PROCEDURE (v: StdView) Internalize (VAR rd: Stores.Reader);
VAR m: Model; thisVersion: INTEGER;
BEGIN
v.Internalize^(rd);
IF rd.cancelled THEN RETURN END;
rd.ReadVersion(minVersion, maxVersion, thisVersion);
IF rd.cancelled THEN RETURN END;
rd.ReadInt(v.w);
rd.ReadInt(v.h);
IF thisVersion > 0 THEN rd.ReadInt(v.bits) ELSE v.bits := 24 END;
NEW(m); m.file := rd.rider.Base();
rd.ReadInt(m.len);
m.pos := rd.Pos();
m.ref := 0; (* lazy allocation of bitmap data *)
v.model := m;
rd.SetPos(m.pos + m.len)
END Internalize;
PROCEDURE (v: StdView) Externalize (VAR wr: Stores.Writer);
VAR len, res, colors, i: INTEGER;
r: Files.Reader; b: BYTE; info: BITMAPINFO8; data: POINTER TO ARRAY OF BYTE;
BEGIN
v.Externalize^(wr);
wr.WriteVersion(maxVersion);
wr.WriteInt(v.w);
wr.WriteInt(v.h);
wr.WriteInt(v.bits);
IF v.model.file # NIL THEN
len := v.model.len;
wr.WriteInt(len);
r := v.model.file.NewReader(NIL); r.SetPos(v.model.pos);
WHILE len # 0 DO r.ReadByte(b); wr.WriteSChar(SHORT(CHR(b))); DEC(len) END
ELSE
ASSERT(v.model.ref # 0, 100);
GetHeader(v, info.header, colors);
res := WinApi.GetDIBits(WinApi.GetDC(WinGui.mainWnd), v.model.ref, 0, v.h, 0,
SYSTEM.VAL(WinApi.BITMAPINFO, info), WinApi.DIB_RGB_COLORS);
IF res = 0 THEN res := WinApi.GetLastError(); HALT(100) END;
len := info.header.biSizeImage;
NEW(data, len);
res := WinApi.GetDIBits(WinApi.GetDC(WinGui.mainWnd), v.model.ref, 0, v.h,
SYSTEM.ADR(data[0]),
SYSTEM.VAL(WinApi.BITMAPINFO, info), WinApi.DIB_RGB_COLORS);
IF res = 0 THEN res := WinApi.GetLastError(); HALT(100) END;
INC(len, 4 * colors);
wr.WriteInt(len);
i := 0; WHILE i < colors DO wr.WriteInt(info.colors[i]); INC(i) END;
wr.rider.WriteBytes(data^, 0, LEN(data));
v.model.len := len
END;
END Externalize;
PROCEDURE (v: StdView) CopyFromSimpleView (source: Views.View);
BEGIN
WITH source: StdView DO
v.model := source.model;
v.w := source.w;
v.h := source.h;
v.bits := source.bits;
END
END CopyFromSimpleView;
PROCEDURE (v: StdView) Restore (f: Views.Frame; l, t, r, b: INTEGER);
VAR rd: HostPorts.Rider; res, w, h: INTEGER; dc, pdc, bdc, bdc1: WinApi.HDC; memBM: WinApi.HBITMAP;
BEGIN
ASSERT(v.model # NIL, 20);
v.context.GetSize(w, h);
dc := f.rider(HostPorts.Rider).port.homedc;
IF WinApi.WindowFromDC(dc) = 0 THEN dc := WinApi.GetDC(WinGui.mainWnd) END;
IF v.model.ref = 0 THEN Evaluate(v, dc) END;
IF Views.IsPrinterFrame(f) THEN (* need to make a print copy of the existing bitmap *)
bdc1 := WinApi.CreateCompatibleDC(dc);
res := WinApi.SelectObject(bdc1, v.model.ref);
pdc := f.rider(HostPorts.Rider).port.dc;
bdc := WinApi.CreateCompatibleDC(pdc);
memBM := WinApi.CreateCompatibleBitmap(pdc, v.w, v.h);
res := WinApi.SelectObject(bdc, memBM);
res := WinApi.BitBlt(bdc, 0, 0, v.w, v.h, bdc1, 0, 0, 00CC0020H); (* copy *)
res := WinApi.DeleteDC(bdc1)
ELSE
bdc := WinApi.CreateCompatibleDC(dc);
res := WinApi.SelectObject(bdc, v.model.ref)
END;
f.rider(HostPorts.Rider).DrawBitmap(bdc, v.w, v.h, f.gx, f.gy, w, h);
res := WinApi.DeleteDC(bdc)
END Restore;
PROCEDURE (v: StdView) HandlePropMsg (VAR msg: Properties.Message);
BEGIN
WITH msg: Properties.SizePref DO
IF (msg.w > Views.undefined) & (msg.h > Views.undefined) THEN
Properties.ProportionalConstraint(v.w, v.h, msg.fixedW, msg.fixedH, msg.w, msg.h)
ELSE
IF (v.w > 0) & (v.h > 0) THEN (* default sizes *)
msg.w := v.w * WinGui.unit; msg.h := v.h * WinGui.unit
END
END
ELSE
END
END HandlePropMsg;
PROCEDURE TurnToBitmap* (bits: INTEGER);
VAR v: Views.View; f: Views.Frame; rd: HostPorts.Rider; dc, bdc: WinApi.HDC; bm: WinApi.HBITMAP;
res, w, h: INTEGER; obj: StdView;
BEGIN
ASSERT((bits = 0) OR (bits = 8) OR (bits = 24), 20);
v := Containers.FocusSingleton();
IF v # NIL THEN
f := Controllers.FocusFrame();
f := Views.ThisFrame(f, v);
rd := f.rider(HostPorts.Rider);
dc := rd.port.homedc;
bdc := WinApi.CreateCompatibleDC(dc);
res := WinApi.SetBkMode(bdc, WinApi.TRANSPARENT);
v.context.GetSize(w, h);
w := w DIV f.unit; h := h DIV f.unit;
bm := WinApi.CreateCompatibleBitmap(dc, w, h);
res := WinApi.SelectObject(bdc, bm);
Paint(bdc, v, w, h, f.unit);
res := WinApi.DeleteDC(bdc);
NEW(obj); obj.w := w; obj.h := h; obj.bits := bits;
NEW(obj.model); obj.model.ref := bm;
Containers.Focus().ThisView().ThisModel().ReplaceView(v, obj)
END
END TurnToBitmap;
(*
PROCEDURE TurnThisToBitmap* (v: Views.View; owner: Containers.Model; bits: INTEGER);
VAR dc, bdc: WinApi.HDC; bm: WinApi.HBITMAP; res, w, h: INTEGER; obj: StdView;
BEGIN
dc := WinApi.GetDC(HostWindows.main);
bdc := WinApi.CreateCompatibleDC(dc);
res := WinApi.SetBkMode(bdc, WinApi.TRANSPARENT);
v.context.GetSize(w, h);
w := w DIV HostWindows.unit; h := h DIV HostWindows.unit;
bm := WinApi.CreateCompatibleBitmap(dc, w, h);
res := WinApi.SelectObject(bdc, bm);
Paint(bdc, v, w, h, HostWindows.unit);
res := WinApi.DeleteDC(bdc);
NEW(obj); obj.w := w; obj.h := h; obj.bits := bits;
NEW(obj.model); obj.model.ref := bm;
owner.ReplaceView(v, obj)
END TurnThisToBitmap;
*)
PROCEDURE ViewToBitmap* (v: Views.View; bits: INTEGER): Views.View;
VAR dc, bdc: WinApi.HDC; bm: WinApi.HBITMAP; res, w, h: INTEGER; obj: StdView;
BEGIN
ASSERT(v # NIL, 20);
IF v IS StdView THEN
RETURN v
ELSE
ASSERT((bits = 0) OR (bits = 8) OR (bits = 24), 21);
dc := WinApi.GetDC(WinGui.mainWnd);
bdc := WinApi.CreateCompatibleDC(dc);
res := WinApi.SetBkMode(bdc, WinApi.TRANSPARENT);
v.context.GetSize(w, h);
w := w DIV WinGui.unit; h := h DIV WinGui.unit;
bm := WinApi.CreateCompatibleBitmap(dc, w, h);
res := WinApi.SelectObject(bdc, bm);
Paint(bdc, v, w, h, WinGui.unit);
res := WinApi.DeleteDC(bdc);
NEW(obj); obj.w := w; obj.h := h; obj.bits := bits;
NEW(obj.model); obj.model.ref := bm;
RETURN obj
END
END ViewToBitmap;
PROCEDURE ImportBitmap* (f: Files.File; OUT s: Stores.Store);
TYPE Str = POINTER TO ARRAY [untagged] OF CHAR;
VAR name: Str; bm: WinApi.HBITMAP; obj: StdView; res: INTEGER;
info: WinApi.BITMAP;
BEGIN
name := SYSTEM.VAL(Str, SYSTEM.VAL(INTEGER, f) + 40); (* f(HostFiles.File).name *)
bm := WinApi.LoadImageW(0, name, WinApi.IMAGE_BITMAP, 0, 0, ORD(WinApi.LR_LOADFROMFILE));
IF bm = 0 THEN res := WinApi.GetLastError(); HALT(100) END;
res := WinApi.GetObjectW(bm, SIZE(WinApi.BITMAP), SYSTEM.ADR(info));
NEW(obj); obj.w := info.bmWidth; obj.h := info.bmHeight;
IF info.bmBitsPixel > 8 THEN obj.bits := 24 ELSE obj.bits := 8 END;
NEW(obj.model); obj.model.ref := bm;
s := obj
END ImportBitmap;
PROCEDURE ExportBitmap* (v: Stores.Store; f: Files.File);
VAR w: Stores.Writer; info: BITMAPINFO8; i, col, res: INTEGER; data: POINTER TO ARRAY OF BYTE;
BEGIN
ASSERT(v # NIL, 20); ASSERT(f # NIL, 21);
WITH v: StdView DO
GetHeader(v, info.header, col);
res := WinApi.GetDIBits(WinApi.GetDC(WinGui.mainWnd), v.model.ref, 0, v.h, 0,
SYSTEM.VAL(WinApi.BITMAPINFO, info), WinApi.DIB_RGB_COLORS);
IF res = 0 THEN res := WinApi.GetLastError(); HALT(100) END;
NEW(data, info.header.biSizeImage);
res := WinApi.GetDIBits(WinApi.GetDC(WinGui.mainWnd), v.model.ref, 0, v.h,
SYSTEM.ADR(data[0]),
SYSTEM.VAL(WinApi.BITMAPINFO, info), WinApi.DIB_RGB_COLORS);
IF res = 0 THEN res := WinApi.GetLastError(); HALT(100) END;
w.ConnectTo(f);
w.SetPos(0);
(* file header *)
w.WriteSInt(4D42H); (* type *)
w.WriteInt(14 + 40 + 4 * col + LEN(data)); (* size *)
w.WriteInt(0);
w.WriteInt(14 + 40 + 4 * col); (* offset *)
(* bitmap header *)
w.WriteInt(info.header.biSize);
w.WriteInt(info.header.biWidth);
w.WriteInt(info.header.biHeight);
w.WriteSInt(info.header.biPlanes);
w.WriteSInt(info.header.biBitCount);
w.WriteInt(info.header.biCompression);
w.WriteInt(info.header.biSizeImage);
w.WriteInt(info.header.biXPelsPerMeter);
w.WriteInt(info.header.biYPelsPerMeter);
w.WriteInt(info.header.biClrUsed);
w.WriteInt(info.header.biClrImportant);
(* colors *)
i := 0; WHILE i < col DO w.WriteInt(info.colors[i]); INC(i) END;
(* bits *)
w.rider.WriteBytes(data^, 0, LEN(data))
ELSE
END
END ExportBitmap;
PROCEDURE ImportDPictAsBitmap* (VAR med: WinOle.STGMEDIUM;
OUT v: Views.View; OUT w, h: INTEGER; OUT isSingle: BOOLEAN
);
VAR hm: WinApi.HMETAFILEPICT; mp: WinApi.PtrMETAFILEPICT;
dc, bdc: WinApi.HDC; res, u: INTEGER; bm: WinApi.HBITMAP; obj: StdView; s: SET;
BEGIN
hm := med.u.hMetaFilePict;
mp := SYSTEM.VAL(WinApi.PtrMETAFILEPICT, WinApi.GlobalLock(hm));
CASE mp.mm OF
| 1: u := WinGui.unit
| 2: u := Ports.point DIV 20
| 3: u := Ports.mm DIV 100
| 4: u := Ports.inch DIV 100
| 5: u := Ports.inch DIV 1000
| 6: u := Ports.mm DIV 10
| 7: u := Ports.mm DIV 100
| 8: u := Ports.mm DIV 100
END;
w := mp.xExt * u; h := mp.yExt * u;
NEW(obj); obj.bits := 24;
obj.w := w DIV WinGui.unit;
obj.h := h DIV WinGui.unit;
dc := WinApi.GetDC(WinGui.mainWnd);
bdc := WinApi.CreateCompatibleDC(dc);
res := WinApi.SetBkMode(bdc, WinApi.TRANSPARENT);
bm := WinApi.CreateCompatibleBitmap(dc, obj.w, obj.h);
res := WinApi.SelectObject(bdc, bm);
res := WinApi.SetMapMode(bdc, mp.mm);
res := WinApi.SetViewportOrgEx(bdc, 0, 0, NIL);
res := WinApi.SetViewportExtEx(bdc, obj.w, obj.h, NIL);
s := WinApi.SetTextAlign(bdc, {});
res := WinApi.PlayMetaFile(bdc, mp.hMF);
res := WinApi.GlobalUnlock(hm);
res := WinApi.DeleteDC(bdc);
WinOle.ReleaseStgMedium(med);
NEW(obj.model); obj.model.ref := bm;
v := obj; isSingle := FALSE
END ImportDPictAsBitmap;
PROCEDURE ImportDBitmap* (VAR med: WinOle.STGMEDIUM;
OUT v: Views.View; OUT w, h: INTEGER; OUT isSingle: BOOLEAN
);
VAR obj: StdView; res: INTEGER;
bm, bm0: WinApi.HBITMAP; info: WinApi.BITMAP; dc, bdc, bdc0: WinApi.HDC;
BEGIN
ASSERT(med.tymed = WinOle.TYMED_GDI, 20);
bm0 := med.u.hBitmap;
ASSERT(bm0 # 0, 20);
res := WinApi.GetObjectW(bm0, SIZE(WinApi.BITMAP), SYSTEM.ADR(info));
NEW(obj);
obj.w := info.bmWidth;
obj.h := info.bmHeight;
IF info.bmBitsPixel > 8 THEN obj.bits := 24 ELSE obj.bits := 8 END;
dc := WinApi.GetDC(WinGui.mainWnd);
bdc0 := WinApi.CreateCompatibleDC(dc);
res := WinApi.SelectObject(bdc0, bm0);
bdc := WinApi.CreateCompatibleDC(dc);
bm := WinApi.CreateCompatibleBitmap(dc, obj.w, obj.h);
res := WinApi.SelectObject(bdc, bm);
res := WinApi.BitBlt(bdc, 0, 0, obj.w, obj.h, bdc0, 0, 0, 00CC0020H); (* copy *)
IF res = 0 THEN res := WinApi.GetLastError(); HALT(100) END;
res := WinApi.DeleteDC(bdc0);
res := WinApi.DeleteDC(bdc);
WinOle.ReleaseStgMedium(med);
NEW(obj.model); obj.model.ref := bm;
v := obj; w := obj.w * WinGui.unit; h := obj.h * WinGui.unit; isSingle := FALSE
END ImportDBitmap;
PROCEDURE ExportDBitmap* (v: Views.View; w, h, x, y: INTEGER; isSingle: BOOLEAN;
VAR med: WinOle.STGMEDIUM
);
BEGIN
ASSERT(v # NIL, 20);
WITH v: StdView DO
IF v.model.ref = 0 THEN Evaluate(v, WinApi.GetDC(WinGui.mainWnd)) END;
med.tymed := WinOle.TYMED_GDI;
med.u.hBitmap := v.model.ref;
med.pUnkForRelease := NIL
ELSE
END
END ExportDBitmap;
END WinBitmaps.
| Win/Mod/Bitmaps.odc |
MODULE WinCFrames;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20060407, mf, ListBox.DblClickOk: case f.sorted handled
- 20070131, bh, Unicode support
- 20070209, bh, Euro handling removed
- 20151203, center #90, adding horizontal scroll bar to list boxes
- 20160122, center #98, improvements of GUI controls
- 20160704, center #116, calling Dialog.Update in the notifier of a selection box does not work as expected
- 20170702, center #164 Backward compatibilty with UpDn Controls
"
issues = "
- ...
"
**)
(* ColorField, DateField, TimeField, UpDownField *)
IMPORT
SYSTEM, WinApi, WinCtl,
Kernel, Strings, Dates, Fonts, Ports, Views,
Controllers, Dialog,
WinDialog,
HostFonts := WinFonts,
HostRegistry := WinRegistry,
HostPorts := WinPorts,
StdCFrames;
CONST
ENTER = 0DX; ESC = 1BX; DEL = 07X; BS = 08X; TAB = 09X; LTAB = 0AX;
AL = 1CX; AR = 1DX; AU = 1EX; AD = 1FX;
PL = 10X; PR = 11X; PU = 12X; PD = 13X;
DL = 14X; DR = 15X; DU = 16X; DD = 17X;
dlgWindowExtra = 30;
dropDownHeight = 30 * Ports.point;
upDownWidth = 11 * Ports.point;
numColors = 7;
scrollRange = 16384;
(* unicode non-characters, known in HostMenus, HostCFrames, Controls *)
apps = 0FDD0X; (* 'menu key', WinApi.VK_APPS, bypasses BB's popup mechanism for edit controls *)
ctrlZ = 0FDD1X; (* bypasses BB's undo mechanism for edit controls *)
ctrlA = 0FDD2X; (* send ctrl-A (select all) to edit controls *)
TYPE
Procedure = PROCEDURE;
Info = RECORD
wnd, ctrl, ud: WinApi.HANDLE;
x1, y1, w1, h1, x2, y2, w2, h2: INTEGER;
hasFocus, dropDown, readOnly, undef: BOOLEAN;
bkgnd: Ports.Color
END;
PushButton = POINTER TO RECORD (StdCFrames.PushButton)
i: Info
END;
CheckBox = POINTER TO RECORD (StdCFrames.CheckBox)
i: Info
END;
RadioButton = POINTER TO RECORD (StdCFrames.RadioButton)
i: Info
END;
ScrollBar = POINTER TO RECORD (StdCFrames.ScrollBar)
i: Info
END;
Field = POINTER TO RECORD (StdCFrames.Field)
i: Info;
isUpdate: BOOLEAN;
del: BOOLEAN (* needed know when an empty field is allowed. not perfect. *)
END;
UpDownField = POINTER TO RECORD (StdCFrames.UpDownField)
i: Info;
val: INTEGER;
isUpdate: BOOLEAN
END;
DateField = POINTER TO RECORD (StdCFrames.DateField)
i: Info;
isUpdate: BOOLEAN;
cnt, val: INTEGER (* input state: val = current val, cnt = number of key strokes *)
END;
TimeField = POINTER TO RECORD (StdCFrames.TimeField)
i: Info;
isUpdate: BOOLEAN;
cur: INTEGER
END;
ColorField = POINTER TO RECORD (StdCFrames.ColorField)
i: Info;
color: Ports.Color
END;
ListBox = POINTER TO RECORD (StdCFrames.ListBox)
i: Info
END;
SelectionBox = POINTER TO RECORD (StdCFrames.SelectionBox)
i: Info;
num: INTEGER;
delayUpdate, needsUpdate: BOOLEAN
END;
ComboBox = POINTER TO RECORD (StdCFrames.ComboBox)
i: Info;
edit: WinApi.HANDLE
END;
Caption = POINTER TO RECORD (StdCFrames.Caption)
i: Info
END;
Group = POINTER TO RECORD (StdCFrames.Group)
i: Info
END;
TFInfo = RECORD
tn: Dialog.TreeNode;
wndAdr: INTEGER
END;
TreeFrame = POINTER TO RECORD (StdCFrames.TreeFrame)
i: Info;
inUpdateList: BOOLEAN;
treeArray: POINTER TO ARRAY OF TFInfo;
curindex, selIndex: INTEGER;
folderimg, openimg, leafimg: INTEGER;
himl: WinCtl.Ptr_IMAGELIST
END;
Directory = POINTER TO RECORD (StdCFrames.Directory) END;
TrapCleaner = POINTER TO RECORD (Kernel.TrapCleaner) END;
BrushCache = POINTER TO RECORD
next: BrushCache;
col: Ports.Color;
brush: WinApi.HANDLE
END;
VAR
instance: WinApi.HANDLE;
SubclassCtl: PROCEDURE(wnd: WinApi.HANDLE);
CtlColor: PROCEDURE(msg, wPar, lPar: INTEGER): INTEGER;
scW, scH: INTEGER; (* screen width and height *)
updateAllowed: BOOLEAN;
colors: ARRAY numColors OF Ports.Color;
(* date format *)
dateSep: CHAR; (* separator character *)
yearPart, monthPart, dayPart: INTEGER; (* first = 1, last = 3 *)
del1, del2: INTEGER; (* position of separators *)
(* time format *)
timeSep: CHAR; (* separator character *)
lastPart: INTEGER; (* 3 for 24h format, 4 for 12h format *)
desig: ARRAY 2, 8 OF CHAR; (* AM, PM strings *)
inHandleMouse*: BOOLEAN; (* to disable the main window handler in HostMenus *)
brushes: BrushCache;
(* auxiliary procedures *)
PROCEDURE WheelToArrow (f: StdCFrames.Frame; op: INTEGER; VAR done: BOOLEAN);
BEGIN
IF op IN {Controllers.incLine, Controllers.incPage} THEN
f.KeyDown(AD, {})
ELSE
f.KeyDown(AU, {})
END;
done := TRUE
END WheelToArrow;
PROCEDURE GetSize (f: StdCFrames.Frame; VAR x, y, w, h: INTEGER);
VAR u, x0, y0: INTEGER;
BEGIN
u := f.unit; f.view.context.GetSize(w, h); x0 := f.gx; y0 := f.gy;
x := x0 DIV u; y := y0 DIV u;
w := (x0 + w) DIV u - x; h := (y0 + h) DIV u - y;
IF (SubclassCtl # NIL)
& ((f IS Field) OR (f IS UpDownField) OR (f IS TimeField) OR (f IS DateField)
OR (f IS ColorField) OR (f IS ListBox) OR (f IS SelectionBox) OR (f IS ComboBox)) THEN
INC(x, 1); INC(y, 1); DEC(w, 2); DEC(h, 2) (* space for 3d border *)
END
END GetSize;
PROCEDURE Adapt (f: StdCFrames.Frame; VAR i: Info);
VAR res, x, y, w, h, cx, cy, cw, ch, udw, n, h0, h1: INTEGER; r: HostPorts.Rider;
BEGIN
IF i.wnd # 0 THEN
r := f.rider(HostPorts.Rider);
IF r.port.wnd # 0 THEN (* port is a window *)
GetSize(f, x, y, w, h);
IF i.dropDown THEN
n := WinApi.SendMessageW(i.ctrl, WinApi.CB_GETCOUNT, 0, 0);
h0 := WinApi.SendMessageW(i.ctrl, WinApi.CB_GETITEMHEIGHT, -1, 0);
h1 := WinApi.SendMessageW(i.ctrl, WinApi.CB_GETITEMHEIGHT, 0, 0);
IF n < 1 THEN n := 1 ELSIF n > 8 THEN n := 8 END;
h := h0 + h1 * n + 8
END;
cx := r.l; cy := r.t; cw := r.r - r.l; ch := r.b - r.t;
IF (cx # i.x1) OR (cy # i.y1) OR (cw # i.w1) OR (ch # i.h1) THEN
i.x1 := cx; i.y1 := cy; i.w1 := cw; i.h1 := ch;
res := WinApi.MoveWindow(i.wnd, cx, cy, cw, ch, 0)
END;
DEC(x, cx); DEC(y, cy);
IF (x # i.x2) OR (y # i.y2) OR (w # i.w2) OR (h # i.h2) THEN
i.x2 := x; i.y2 := y; i.w2 := w; i.h2 := h;
IF i.ud # 0 THEN
udw := upDownWidth DIV f.unit;
res := WinApi.MoveWindow(i.ud, x + w - udw, y + 1, udw, h - 2, 0);
DEC(w, udw);
IF SubclassCtl # NIL THEN DEC(w) END
END;
res := WinApi.MoveWindow(i.ctrl, x, y, w, h, 0)
END
END
END
END Adapt;
PROCEDURE BkGndColor (f: Views.Frame): Ports.Color;
VAR bgnd: Ports.Color; g: Views.Frame;
BEGIN
g := f;
REPEAT
g := Views.HostOf(g);
bgnd := Views.transparent;
g.view.GetBackground(bgnd)
UNTIL bgnd # Views.transparent;
RETURN bgnd
END BkGndColor;
PROCEDURE Open (f: StdCFrames.Frame; class, name: WinApi.PtrWSTR;
style, ex: SET; VAR i: Info);
VAR res, x, y, w, h, cx, cy, cw, ch, udw: INTEGER; p: HostPorts.Port; s: SET; r: Ports.Rider;
icex: WinCtl.INITCOMMONCONTROLSEX;
BEGIN
f.noRedraw := TRUE;
r := f.rider; GetSize(f, x, y, w, h);
r.GetRect(cx, cy, cw, ch); cw := cw - cx; ch := ch - cy;
p := f.rider(HostPorts.Rider).port;
IF p.wnd # 0 THEN (* port is a window *)
i.bkgnd := BkGndColor(f);
s := {27, 30}; (* disabled, child *)
i.wnd := WinApi.CreateWindowExW({}, "Oberon Ctrl", "", s, cx, cy, cw, ch, p.wnd, 0, instance, 0);
IF i.wnd # 0 THEN
DEC(x, cx); DEC(y, cy);
res := WinApi.SetWindowLongW(i.wnd, dlgWindowExtra, SYSTEM.VAL(INTEGER, f));
i.ctrl := WinApi.CreateWindowExW(ex, class, name, style, x, y, w, h, i.wnd, 0, instance, 0);
IF i.ctrl # 0 THEN
IF (SubclassCtl # NIL) & ~(f IS PushButton) THEN SubclassCtl(i.ctrl) END;
IF f.font # NIL THEN
res := WinApi.SendMessageW(i.ctrl, WinApi.WM_SETFONT, f.font(HostFonts.Font).dev.id, 0)
END;
IF (f IS UpDownField) OR (f IS TimeField) OR (f IS DateField) THEN
style := {23, 28, 30} + WinCtl.UDS_ALIGNRIGHT + WinCtl.UDS_ARROWKEYS;
udw := upDownWidth DIV f.unit;
i.ud := WinCtl.CreateUpDownControl(style, x + w - udw, y, udw, h, i.wnd, 0, instance, 0, 1, 0, 0)
(*
icex.dwSize := SIZE(WinCtl.INITCOMMONCONTROLSEX); icex.dwICC := WinCtl.ICC_UPDOWN_CLASS;
res := WinCtl.InitCommonControlsEx(icex);
i.ud := WinApi.CreateWindowExW (
{}, WinCtl.UPDOWN_CLASSW, "", style,
x + w - udw, y, udw, h,
(*0, 0, 0, 0, (*Set to zero to automatically size to fit the buddy window.*)*)
i.wnd, 0, instance, 0);
res := WinApi.SendMessageW(i.ud, WinCtl.UDM_SETBUDDY, i.ctrl, 0);
res := WinApi.SendMessageW(i.ud, WinApi.WM_USER+111(*UDM_SETRANGE32*), 0, 1);
res := WinApi.SendMessageW(i.ud, WinCtl.UDM_SETPOS, 0, 0);
alternative for "obsoleted" CreateUpDownControl*)
END;
Adapt(f, i);
res := WinApi.ShowWindow(i.wnd, 1);
res := WinApi.ShowWindow(i.ctrl, 1);
IF i.ud # 0 THEN res := WinApi.ShowWindow(i.ud, 1) END
ELSE res := WinApi.DestroyWindow(i.wnd); i.wnd := 0
END
ELSE i.ctrl := 0
END
ELSE (* port is a printer -> define temp windows *)
i.wnd := 0; i.ctrl := 0
(*
s := {27, 31}; (* disabled, popup *)
i.wnd := WinApi.CreateWindowExW({}, "Oberon Ctrl", "", s, scW - cw, scH - ch, cw, ch, 0, 0, instance, 0);
res := WinApi.SetWindowLongW(i.wnd, dlgWindowExtra, SYSTEM.VAL(LONGINT, f));
i.ctrl := WinApi.CreateWindowExW({}, class, name, style, x - cx, y - cy, w, h, i.wnd, 0, instance, 0)
*)
END
END Open;
PROCEDURE Paint (f: StdCFrames.Frame; VAR i: Info);
VAR res, u: INTEGER; r: HostPorts.Rider;
BEGIN
r := f.rider(HostPorts.Rider); u := f.unit;
r.port.CloseBuffer;
updateAllowed := TRUE;
res := WinApi.InvalidateRect(i.wnd, NIL, 0);
res := WinApi.InvalidateRect(i.ctrl, NIL, 0);
res := WinApi.UpdateWindow(i.wnd);
res := WinApi.UpdateWindow(i.ctrl);
IF i.ud # 0 THEN res := WinApi.UpdateWindow(i.ud) END;
updateAllowed := FALSE
END Paint;
PROCEDURE PaintRect (f: StdCFrames.Frame; VAR i: Info; l, t, r, b: INTEGER);
VAR res, u: INTEGER; ri: HostPorts.Rider; rect: WinApi.RECT;
BEGIN
ri := f.rider(HostPorts.Rider); u := f.unit;
ri.port.CloseBuffer;
updateAllowed := TRUE;
rect.left := l DIV f.unit; rect.top := t DIV f.unit; rect.right := r DIV f.unit; rect.bottom := b DIV f.unit;
rect.left := rect.left; rect.top := rect.top; rect.right := rect.right; rect.bottom := rect.bottom ;
(* round up if possible *)
IF rect.left > i.x1 THEN rect.left := rect.left - 1 END;
IF rect.top > i.y1 THEN rect.top := rect.top - 1 END;
IF rect.right < i.x1 + i.w1 THEN rect.right := rect.right + 1 END;
IF rect.bottom < i.y1 + i.h1 THEN rect.bottom := rect.bottom + 1 END;
res := WinApi.InvalidateRect(i.wnd, rect, 0);
res := WinApi.InvalidateRect(i.ctrl, rect, 0);
res := WinApi.UpdateWindow(i.wnd);
res := WinApi.UpdateWindow(i.ctrl);
IF i.ud # 0 THEN res := WinApi.UpdateWindow(i.ud) END;
updateAllowed := FALSE
END PaintRect;
PROCEDURE ExtractLine (IN s: ARRAY OF CHAR; beg: INTEGER; fnt: Fonts.Font; maxW: INTEGER;
OUT line: Dialog.String; OUT lineW, end: INTEGER
);
VAR i, len, w: INTEGER; ch: CHAR;
BEGIN
len := LEN(s$);
ASSERT(beg >= 0, 20); ASSERT(beg < LEN(s$), 21); ASSERT(maxW > 0, 22); ASSERT(fnt # NIL, 23);
i := 0; end := beg; lineW := 0; w := 0;
REPEAT
ch := s[i + beg];
IF ch <= " " THEN end := i + beg; lineW := w END;
line[i] := ch; INC(i); line[i] := 0X; w := fnt.StringWidth(line);
IF (w <= maxW) & ((ch = "-") OR (ch = "_")) THEN end := i + beg; lineW := w END
UNTIL (i + beg = len) OR (w > maxW);
IF w <= maxW THEN end := beg + i; line[end - beg] := 0X; lineW := w
ELSIF end # beg THEN line[end - beg] := 0X
ELSE end := beg + i - 1; line[i - 1] := 0X; lineW := fnt.StringWidth(line)
END;
ASSERT(end > beg, 80)
END ExtractLine;
PROCEDURE PrintString (f: Views.Frame; w: INTEGER;
IN string: ARRAY OF CHAR; fnt: Fonts.Font; col: Ports.Color;
x0, y0: INTEGER; left, right, multiLine: BOOLEAN
);
VAR x, sw, asc, dsc, fw, beg, end, len, n: INTEGER; s: Dialog.String;
BEGIN
fnt.GetBounds(asc, dsc, fw); sw := fnt.StringWidth(string);
w := MAX(fw, w - 2 * x0); (* ensures that always at least one character fits *)
beg := 0; len := LEN(string$); n := 0;
WHILE beg < len DO
IF multiLine THEN ExtractLine(string, beg, fnt, w, s, sw, end)
ELSE s := string$; sw := fnt.StringWidth(s); end := len
END;
IF ~left & ~right THEN x := (w - sw) DIV 2 ELSIF right & ~left THEN x := w - sw ELSE x := 0 END;
f.DrawString(x0 + x, n * (asc + dsc) + y0, col, s, fnt);
beg := end; INC(n);
IF (beg < len) & (string[beg] = " ") THEN INC(beg) END
END
END PrintString;
PROCEDURE Print (f: StdCFrames.Frame; d, x, y: INTEGER; label: ARRAY OF CHAR);
VAR w, h, sw, a, asc, dsc, fw: INTEGER; font: Fonts.Font; on: BOOLEAN;
BEGIN
IF f.font # NIL THEN font := f.font ELSE font := HostFonts.dlgFont END;
f.view.context.GetSize(w, h);
font.GetBounds(asc, dsc, fw);
IF x < 0 THEN sw := font.StringWidth(label); x := (w - sw) DIV 2 END;
IF y < 0 THEN y := (h + asc - dsc) DIV 2
ELSIF y = 0 THEN y := asc
END;
a := (h - 8 * Ports.point) DIV 2;
IF d = -1 THEN
f.DrawRect(2 * Ports.point, a, 10 * Ports.point, a + 8 * Ports.point, f.dot, Ports.defaultColor);
IF (f IS CheckBox) & (f(CheckBox).Get # NIL) THEN
f(CheckBox).Get(f(CheckBox), on);
IF on THEN
f.DrawLine(
2 * Ports.point + 2 * f.dot, a + 4 * Ports.point, 5 * Ports.point, a + 8 * Ports.point - 2 * f.dot,
2 * Ports.point, Ports.defaultColor
);
f.DrawLine(
5 * Ports.point, a + 8 * Ports.point - 2 * f.dot, 10 * Ports.point - 2 * f.dot, a + 2 * f.dot,
2 * Ports.point, Ports.defaultColor
)
END
END
ELSIF d = -2 THEN f.DrawOval(2 * Ports.point, a, 10 * Ports.point, a + 8 * Ports.point, f.dot, Ports.defaultColor);
IF f(RadioButton).Get # NIL THEN f(RadioButton).Get(f(RadioButton), on);
IF on THEN f.DrawOval(2*Ports.point + 2*f.dot, a+2*f.dot,
10*Ports.point - 2*f.dot, a + 8*Ports.point-2*f.dot, Ports.fill, Ports.black)
END
END
ELSIF d = -3 THEN
f.DrawRect(0, MIN(asc - f.dot, h), w, MAX(asc - f.dot, h), f.dot, Ports.defaultColor);
f.DrawRect(x, y - asc, x + font.StringWidth(label), y + dsc, Ports.fill, Ports.background)
ELSIF d > 0 THEN f.DrawRect(0, 0, w, h, d, Ports.defaultColor)
END;
(*
WITH f: Field DO
IF f.right & ~f.left THEN x := w - x - font.SStringWidth(label)
ELSIF ~f.right & ~f.left THEN x := (w DIV 2) - (font.SStringWidth(label) DIV 2)
END
| f: Caption DO
IF f.right & ~f.left THEN x := w - x - font.SStringWidth(label)
ELSIF ~f.right & ~f.left THEN x := (w DIV 2) - (font.SStringWidth(label) DIV 2)
END
ELSE
END;
f.DrawSString(x, y, Ports.defaultColor, label, font)
*)
WITH f: Field DO
PrintString(f, w, label, font, Ports.defaultColor, x, y, f.left, f.right, f.multiLine)
| f: Caption DO
PrintString(f, w, label, font, Ports.defaultColor, x, y, f.left, f.right, TRUE)
ELSE
PrintString(f, w, label, font, Ports.defaultColor, x, y, TRUE, FALSE, FALSE)
END
END Print;
PROCEDURE IsEdit (wnd: WinApi.HANDLE): BOOLEAN;
VAR res: INTEGER; nm: ARRAY 32 OF CHAR;
BEGIN
res := WinApi.GetClassNameW(wnd, nm, LEN(nm));
IF res > 0 THEN Strings.ToUpper(nm, nm)
ELSE nm := ""
END;
RETURN nm = "EDIT"
END IsEdit;
PROCEDURE SendRightClick (edit: WinApi.HANDLE);
VAR res, n, pos, x, y: INTEGER;
BEGIN
res := WinApi.SendMessageW(edit, WinApi.EM_GETSEL, 0, SYSTEM.ADR(n));
IF n > 0 THEN DEC(n) END;
pos := WinApi.SendMessageW(edit, WinApi.EM_POSFROMCHAR, n, 0);
x := (pos MOD 65536) + 8; y := (pos DIV 65536) + 8;
pos := x + 65536*y;
res := WinApi.SendMessageW(edit, WinApi.WM_RBUTTONDOWN, 0, pos);
res := WinApi.SendMessageW(edit, WinApi.WM_RBUTTONUP, 0, pos )
END SendRightClick;
PROCEDURE SendKey (ch: CHAR; wnd: WinApi.HANDLE);
VAR res, code: INTEGER;
BEGIN
CASE ch OF
| 10X: code := 21H
| 11X: code := 22H
| 12X: code := 21H
| 13X: code := 22H
| 14X: code := 24H
| 15X: code := 23H
| 16X: code := 24H
| 17X: code := 23H
| 1CX: code := 25H
| 1DX: code := 27H
| 1EX: code := 26H
| 1FX: code := 28H
| DEL: code := 2EH
ELSE code := 0
END;
IF code # 0 THEN
res := WinApi.SendMessageW(wnd, WinApi.WM_KEYDOWN, code, 0);
res := WinApi.SendMessageW(wnd, WinApi.WM_KEYUP, code, 0)
ELSIF IsEdit(wnd) THEN
IF ch = apps THEN SendRightClick(wnd)
ELSIF ch = ctrlZ THEN res := WinApi.SendMessageW(wnd, WinApi.EM_UNDO, 0, 0)
ELSIF ch = ctrlA THEN res := WinApi.SendMessageW(wnd, WinApi.EM_SETSEL, 0, -1)
ELSE res := WinApi.SendMessageW(wnd, WinApi.WM_CHAR, ORD(ch), 0)
END
ELSE
res := WinApi.SendMessageW(wnd, WinApi.WM_CHAR, ORD(ch), 0)
END
END SendKey;
PROCEDURE (t: TrapCleaner) Cleanup;
BEGIN
inHandleMouse := FALSE
END Cleanup;
PROCEDURE HandleMouse (wnd: WinApi.HANDLE; x, y: INTEGER; buttons: SET);
VAR res, b, hc, m: INTEGER; pt: WinApi.POINT; w: WinApi.HANDLE; msg: WinApi.MSG;
tc: TrapCleaner;
BEGIN
NEW(tc); Kernel.PushTrapCleaner(tc); inHandleMouse := TRUE;
res := WinApi.ReleaseCapture(); b := 0;
IF HostPorts.left IN buttons THEN INC(b) END;
IF HostPorts.right IN buttons THEN INC(b, 2) END;
IF Controllers.extend IN buttons THEN INC(b, 4) END;
IF Controllers.modify IN buttons THEN INC(b, 8) END;
pt.x := x; pt.y := y;
REPEAT
w := wnd; wnd := WinApi.ChildWindowFromPoint(wnd, pt);
res := WinApi.ClientToScreen(w, pt);
hc := WinApi.SendMessageW(wnd, WinApi.WM_NCHITTEST, 0, pt.x + pt.y * 65536);
res := WinApi.ScreenToClient(wnd, pt)
UNTIL (hc # 1) OR (w = wnd);
IF hc > 1 THEN
res := WinApi.ClientToScreen(wnd, pt);
IF ODD(b) THEN m := WinApi.WM_NCLBUTTONDOWN ELSE m := WinApi.WM_NCRBUTTONDOWN END;
res := WinApi.SendMessageW(wnd, m, hc, pt.x + pt.y * 65536)
ELSE
res := WinApi.GetClassLongW(wnd, -26); (* classStyle *)
IF (Controllers.doubleClick IN buttons) & ODD(res DIV 8) THEN (* DblClks IN classStyle *)
IF ODD(b) THEN m := WinApi.WM_LBUTTONDBLCLK ELSE m := WinApi.WM_RBUTTONDBLCLK END
ELSE
IF ODD(b) THEN m := WinApi.WM_LBUTTONDOWN ELSE m := WinApi.WM_RBUTTONDOWN END
END;
res := WinApi.SendMessageW(wnd, m, b, pt.x + pt.y * 65536)
END;
REPEAT
res := WinApi.GetMessageW(msg, 0, 0, 0);
IF (msg.message >= WinApi.WM_MOUSEMOVE) & (msg.message <= WinApi.WM_MBUTTONDBLCLK) THEN
b := msg.wParam
END;
IF (msg.message = WinApi.WM_RBUTTONUP) & (b MOD 4 = 0) & (31 IN buttons) THEN
pt.x := msg.lParam MOD 65536; pt.y := msg.lParam DIV 65536;
res := WinApi.ClientToScreen(msg.hwnd, pt);
res := WinApi.ScreenToClient(wnd, pt);
msg.lParam := pt.x + pt.y * 65536;
res := WinApi.SendMessageW(wnd, WinApi.WM_RBUTTONDOWN, msg.wParam, msg.lParam);
res := WinApi.SendMessageW(wnd, WinApi.WM_RBUTTONUP, msg.wParam, msg.lParam);
ELSE
res := WinApi.TranslateMessage(msg);
res := WinApi.DispatchMessageW(msg)
END;
UNTIL b MOD 4 = 0;
inHandleMouse := FALSE; Kernel.PopTrapCleaner(tc)
END HandleMouse;
PROCEDURE HandleWheel (wnd: WinApi.HANDLE; x, y: INTEGER; op, nofLines: INTEGER;
VAR done: BOOLEAN
);
VAR res: INTEGER;
BEGIN
IF op = Controllers.incPage THEN
res := WinApi.SendMessageW(wnd, WinApi.WM_VSCROLL, WinApi.SB_PAGEDOWN, WinApi.NULL)
ELSIF op = Controllers.decPage THEN
res := WinApi.SendMessageW(wnd, WinApi.WM_VSCROLL, WinApi.SB_PAGEUP, WinApi.NULL)
ELSE
IF op = Controllers.incLine THEN
op := WinApi.SB_LINEDOWN
ELSE
op := WinApi.SB_LINEUP
END;
WHILE nofLines > 0 DO
res := WinApi.SendMessageW(wnd, WinApi.WM_VSCROLL, op, WinApi.NULL);
DEC(nofLines)
END
END;
done := TRUE
END HandleWheel;
PROCEDURE Mark (on, focus: BOOLEAN; VAR i: Info);
VAR res: INTEGER;
BEGIN
IF focus THEN
IF on THEN
IF ~i.hasFocus THEN
res := WinApi.SendMessageW(i.ctrl, WinApi.WM_SETFOCUS, 0, 0);
i.hasFocus := TRUE
END
ELSE
IF i.hasFocus THEN
res := WinApi.SendMessageW(i.ctrl, WinApi.WM_KILLFOCUS, 0, 0);
i.hasFocus := FALSE
END
END
END
END Mark;
PROCEDURE SetLabel (IN in: ARRAY OF CHAR; OUT out: ARRAY OF CHAR);
BEGIN
Dialog.MapString(in, out);
END SetLabel;
PROCEDURE CheckLabel (IN label: ARRAY OF CHAR; ctrl: INTEGER);
VAR res: INTEGER; lbl, s: Dialog.String;
BEGIN
Dialog.MapString(label, lbl);
res := WinApi.GetWindowTextW(ctrl, s, LEN(s));
IF s # lbl THEN res := WinApi.SetWindowTextW(ctrl, lbl) END
END CheckLabel;
(* PushButton *)
PROCEDURE (f: PushButton) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: PushButton) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: PushButton) Update;
VAR res: INTEGER; style: SET;
BEGIN
IF ~f.disabled & ~f.readOnly THEN
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN
IF f.default THEN
style := BITS(WinApi.GetWindowLongW(f.i.ctrl, -16)); (* window style *)
res := WinApi.SetWindowLongW(f.i.ctrl, -16, ORD(style + {0}))
END;
res := WinApi.EnableWindow(f.i.ctrl, 1)
END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
IF f.default THEN
style := BITS(WinApi.GetWindowLongW(f.i.ctrl, -16)); (* window style *)
res := WinApi.SetWindowLongW(f.i.ctrl, -16, ORD(style - {0}))
END;
res := WinApi.EnableWindow(f.i.ctrl, 0)
END
END;
CheckLabel(f.label, f.i.ctrl);
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: PushButton) Restore (l, t, r, b: INTEGER);
VAR style: SET; lbl: Dialog.String;
BEGIN
SetLabel(f.label, lbl);
IF f.i.ctrl = 0 THEN (* lazy allocation *)
style := {16, 30}; (* pushbutton, tabstop, child *)
IF f.default & ~f.disabled THEN INCL(style, 0) END; (* default *)
Open(f, "BUTTON", lbl, style, {}, f.i)
END;
f.Update;
IF f.i.wnd # 0 THEN Paint(f, f.i) ELSE Print(f, f.dot, -1, -1, lbl) END
END Restore;
PROCEDURE (f: PushButton) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE Execute (f: PushButton);
VAR old: WinApi.HANDLE;
BEGIN
IF f.Do # NIL THEN
old := WinApi.SetCursor(HostPorts.cursors[HostPorts.busyCursor]);
Dialog.ShowStatus("");
f.Do(f);
old := WinApi.SetCursor(old)
END
END Execute;
PROCEDURE (f: PushButton) KeyDown (ch: CHAR; modifiers: SET);
BEGIN
ASSERT(~f.disabled, 100);
Execute(f)
END KeyDown;
PROCEDURE (f: PushButton) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
(* CheckBox *)
PROCEDURE (f: CheckBox) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: CheckBox) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: CheckBox) Update;
VAR res: INTEGER; value: BOOLEAN;
BEGIN
IF ~f.disabled THEN
f.Get(f, value);
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
IF f.undef THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETCHECK, 2, 0)
ELSIF value THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETCHECK, 1, 0)
ELSE res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETCHECK, 0, 0)
END;
IF f.readOnly THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETSTATE, WinApi.TRUE, 0)
ELSE res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETSTATE, WinApi.FALSE, 0)
END
ELSE
res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETCHECK, 0, 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETSTATE, WinApi.FALSE, 0);
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
res := WinApi.EnableWindow(f.i.ctrl, 0)
END
END;
CheckLabel(f.label, f.i.ctrl);
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: CheckBox) Restore (l, t, r, b: INTEGER);
VAR style: SET; lbl: Dialog.String;
BEGIN
SetLabel(f.label, lbl);
IF f.i.ctrl = 0 THEN (* lazy allocation *)
(*
f.Get(f, value); (* update f.undef *)
IF f.undef THEN style := {1, 2, 16, 30} (* auto 3state, tabstop, child *)
ELSE style := {0, 1, 16, 30} (* auto checkbox, tabstop, child *)
END;
*)
style := {0, 2, 16, 30}; (* 3state, tabstop, child *)
Open(f, "BUTTON", lbl, style, {}, f.i)
END;
f.Update;
IF f.i.wnd # 0 THEN Paint(f, f.i) ELSE Print(f, -1, 12 * Ports.point, -1, lbl) END
END Restore;
PROCEDURE (f: CheckBox) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: CheckBox) KeyDown (ch: CHAR; modifiers: SET);
VAR res: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
IF ch >= " " THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, ORD(" "), 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYUP, ORD(" "), 0)
END
END KeyDown;
PROCEDURE (f: CheckBox) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
(* RadioButton *)
PROCEDURE (f: RadioButton) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: RadioButton) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: RadioButton) Update;
VAR res: INTEGER; value: BOOLEAN;
BEGIN
IF ~f.disabled THEN
f.Get(f, value);
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
IF f.undef THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETCHECK, 0, 0)
ELSIF value THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETCHECK, 1, 0)
ELSE res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETCHECK, 0, 0)
END;
IF f.readOnly THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETSTATE, WinApi.TRUE, 0)
ELSE res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETSTATE, WinApi.FALSE, 0)
END
ELSE
res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETCHECK, 0, 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.BM_SETSTATE, WinApi.FALSE, 0);
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 0) END
END;
CheckLabel(f.label, f.i.ctrl);
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: RadioButton) Restore (l, t, r, b: INTEGER);
VAR lbl: Dialog.String;
BEGIN
SetLabel(f.label, lbl);
IF f.i.ctrl = 0 THEN (* lazy allocation *)
Open(f, "BUTTON", lbl, {0, 3, 16, 30}, {}, f.i) (* auto radiobutton, tabstop, child *)
END;
f.Update;
IF f.i.wnd # 0 THEN Paint(f, f.i) ELSE Print(f, -2, 12 * Ports.point, -1, lbl) END
END Restore;
PROCEDURE (f: RadioButton) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: RadioButton) KeyDown (ch: CHAR; modifiers: SET);
VAR res: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, ORD(" "), 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYUP, ORD(" "), 0)
END KeyDown;
PROCEDURE (f: RadioButton) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
(* ScrollBar *)
PROCEDURE (f: ScrollBar) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: ScrollBar) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: ScrollBar) Update;
VAR res, size, sect, pos, p, q, m: INTEGER; i: WinApi.SCROLLINFO;
BEGIN
IF ~f.disabled THEN
f.Get(f, size, sect, pos);
IF size > sect THEN
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
p := WinApi.MulDiv(pos, scrollRange, size - sect);
i.cbSize := SIZE(WinApi.SCROLLINFO); i.fMask := {0, 1, 2}; (* range, page, pos *)
res := WinApi.GetScrollInfo(f.i.ctrl, WinApi.SB_CTL, i);
IF (res # 0) THEN
IF sect > 0 THEN q := WinApi.MulDiv(sect, scrollRange, size - sect); m := scrollRange + q
ELSE q := -1; m := scrollRange
END;
IF (i.nPos # p) OR (i.nPage # q + 1) THEN
i.nPos := p; i.nPage := q + 1; i.nMax := m;
res := WinApi.SetScrollInfo(f.i.ctrl, WinApi.SB_CTL, i, 1)
END
ELSIF p # WinApi.GetScrollPos(f.i.ctrl, WinApi.SB_CTL) THEN
res := WinApi.SetScrollPos(f.i.ctrl, WinApi.SB_CTL, p, 1)
END
(*
IF WinApi.GetScrollPos(f.i.ctrl, WinApi.SBCtl) # pos THEN
res := WinApi.SetScrollRange(f.i.ctrl, WinApi.SBCtl, 0, size, 1);
res := WinApi.SetScrollPos(f.i.ctrl, WinApi.SBCtl, pos, 1)
END
*)
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 0) END
END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 0) END
END;
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: ScrollBar) Restore (l, t, r, b: INTEGER);
VAR res, w, h: INTEGER; style: SET;
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
style := {(*1,*) 16, 30}; (* topalign, tabstop, child *)
f.view.context.GetSize(w, h);
IF h > w THEN INCL(style, 0) END; (* vertical *)
Open(f, "SCROLLBAR", "", style, {}, f.i);
res := WinApi.SetScrollRange(f.i.ctrl, WinApi.SB_CTL, 0, scrollRange, 1)
END;
f.Update;
IF f.i.wnd # 0 THEN Paint(f, f.i) ELSE Print(f, f.dot, -1, -1, "") END
END Restore;
PROCEDURE (f: ScrollBar) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: ScrollBar) KeyDown (ch: CHAR; modifiers: SET);
BEGIN
ASSERT(~f.disabled, 100);
SendKey(ch, f.i.ctrl)
END KeyDown;
PROCEDURE (f: ScrollBar) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
(* Field *)
PROCEDURE (f: Field) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: Field) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE InsLF (VAR x: ARRAY OF CHAR);
VAR i, j: INTEGER;
BEGIN
i := 0; j := 0;
WHILE x[i] # 0X DO
IF x[i] = 0DX THEN INC(j) END;
INC(i); INC(j)
END;
x[j] := 0X;
WHILE i # j DO
DEC(i); DEC(j);
IF x[i] = 0DX THEN x[j] := 0AX; DEC(j) END;
x[j] := x[i]
END
END InsLF;
PROCEDURE DelLF (VAR x: ARRAY OF CHAR);
VAR i, j: INTEGER;
BEGIN
i := 0; j := 0;
WHILE x[i] # 0X DO
IF x[i] = 0AX THEN INC(i) END;
x[j] := x[i]; INC(i); INC(j)
END;
x[j] := 0X
END DelLF;
PROCEDURE Equal (f: Field; VAR x, y: ARRAY OF CHAR): BOOLEAN;
BEGIN
DelLF(y);
RETURN f.Equal(f, x, y)
END Equal;
PROCEDURE (f: Field) Update;
VAR res: INTEGER; s, s1: ARRAY 512 OF CHAR; ps, ps1: POINTER TO ARRAY OF CHAR; style: SET;
BEGIN
IF f.maxLen > 255 THEN
NEW(ps, 2 * f.maxLen + 1); NEW(ps1, 2 * f.maxLen + 1);
IF f.undef OR f.disabled THEN ps[0] := 0X ELSE f.Get(f, ps^) END;
res := WinApi.GetWindowTextW(f.i.ctrl, ps1^, LEN(ps1^));
IF (WinApi.GetWindowTextLengthW(f.i.ctrl) >= LEN(ps^)) OR ~Equal(f, ps^, ps1^) THEN
f.isUpdate := TRUE;
IF f.multiLine THEN InsLF(ps^) END;
res := WinApi.SetWindowTextW(f.i.ctrl, ps^);
f.isUpdate := FALSE
END
ELSE
IF f.undef OR f.disabled THEN s := "" ELSE f.Get(f, s) END;
res := WinApi.GetWindowTextW(f.i.ctrl, s1, LEN(s1));
IF (WinApi.GetWindowTextLengthW(f.i.ctrl) >= LEN(s)) OR ~Equal(f, s, s1) THEN
f.isUpdate := TRUE;
IF f.multiLine THEN InsLF(s) END;
res := WinApi.SetWindowTextW(f.i.ctrl, s);
f.isUpdate := FALSE
END
END;
style := BITS(WinApi.GetWindowLongW(f.i.ctrl, -16)); (* window style *)
IF (f.readOnly # f.i.readOnly) OR (f.undef # f.i.undef) THEN
(*
res := WinApi.SetWindowLongW(f.i.ctrl, -16, ORD(style / {11}));
*)
res := WinApi.InvalidateRect(f.i.ctrl, NIL, 1);
f.i.readOnly := f.readOnly; f.i.undef := f.undef
END;
IF f.disabled THEN
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 0) END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END
END;
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: Field) Restore (l, t, r, b: INTEGER);
VAR res, w, h: INTEGER; style: SET; s: Dialog.String;
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
f.view.context.GetSize(w, h);
IF h > dropDownHeight THEN
style := {2, 6, 16, 23, 30}; (* multiline, autovscroll, tabstop, border, child *)
IF f.multiLine THEN INCL(style, 21) END (* ver scroll *)
ELSE
style := {7, 16, 23, 30} (* autohscroll, tabstop, border, child *)
END;
(*
IF f.readOnly THEN INCL(style, 11) END; (* readonly *)
*)
f.i.readOnly := f.readOnly; f.i.undef := f.undef;
IF f.right & ~f.left THEN style := style + {1, 2} (* right align, multiline *)
ELSIF ~f.left THEN style := style + {0, 2} (* center, multiline *)
END;
IF f.password THEN INCL(style, 5) END; (* password *)
Open(f, "EDIT", "", style, WinApi.WS_EX_CLIENTEDGE, f.i);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_LIMITTEXT, f.maxLen, 0);
f.Update;
IF f.front & ~f.disabled THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_SETFOCUS, 0, 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, 23H, 0)
END
ELSE f.Update
END;
IF f.i.wnd # 0 THEN
Paint(f, f.i)
ELSE
f.Get(f, s);
Print(f, f.dot, 2 * Ports.point, 0, s)
END
END Restore;
PROCEDURE (f: Field) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
IF ~f.readOnly THEN INCL(buttons, 31) END;
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: Field) KeyDown (ch: CHAR; modifiers: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.multiLine OR (ch # 0DX) THEN
f.del := FALSE;
IF (ch = DEL) OR (ch = BS) THEN f.del := TRUE END;
SendKey(ch, f.i.ctrl)
END
END KeyDown;
PROCEDURE (f: Field) WheelMove (x, y: INTEGER; op, nofLines: INTEGER; VAR done: BOOLEAN);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleWheel(f.i.ctrl, x, y, op, nofLines, done)
END
END WheelMove;
PROCEDURE (f: Field) Edit (op: INTEGER; VAR v: Views.View; VAR w, h: INTEGER;
VAR singleton, clipboard: BOOLEAN);
VAR res: INTEGER;
BEGIN
IF clipboard THEN
IF op = Controllers.cut THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_CUT, 0, 0)
ELSIF op = Controllers.copy THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_COPY, 0, 0)
ELSIF op = Controllers.paste THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_PASTE, 0, 0)
END
ELSIF op = Controllers.cut THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_CLEAR, 0, 0)
END
END Edit;
PROCEDURE (f: Field) Idle, EMPTY;
PROCEDURE (f: Field) Select (from, to: INTEGER);
VAR res: INTEGER;
BEGIN
IF to = MAX(INTEGER) THEN to := -1 END;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_SETSEL, from, to)
END Select;
PROCEDURE (f: Field) GetSelection (OUT from, to: INTEGER);
VAR res: INTEGER;
BEGIN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_GETSEL, SYSTEM.ADR(from), SYSTEM.ADR(to));
IF from = -1 THEN to := -1 ELSIF to = -1 THEN to := MAX(INTEGER) END
END GetSelection;
PROCEDURE (f: Field) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
PROCEDURE (f: Field) Length (): INTEGER;
VAR res: INTEGER;
BEGIN
res := WinApi.GetWindowTextLengthW(f.i.ctrl);
RETURN res
END Length;
PROCEDURE (f: Field) GetCursor (x, y: INTEGER; modifiers: SET; VAR cursor: INTEGER);
VAR res, hc: INTEGER; pt: WinApi.POINT;
BEGIN
pt.x := (x - 1) DIV f.unit + 1; pt.y := (y - 1) DIV f.unit + 1;
res := WinApi.ClientToScreen(f.i.wnd, pt);
hc := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_NCHITTEST, 0, pt.x + pt.y * 65536);
IF hc = 1 THEN cursor := Ports.textCursor END
END GetCursor;
(* UpDownField *)
PROCEDURE (f: UpDownField) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: UpDownField) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0; f.i.ud := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: UpDownField) Update;
VAR res, val: INTEGER; s, s1: ARRAY 16 OF CHAR; style: SET; upd: BOOLEAN;
BEGIN
IF ~f.disabled THEN
IF f.undef THEN upd := TRUE; s := ""
ELSE f.Get(f, val);
res := WinApi.GetWindowTextW(f.i.ctrl, s1, LEN(s1));
Strings.IntToString(val, s);
upd := (val # f.val) OR (s1 # s)
END;
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN
res := WinApi.EnableWindow(f.i.ctrl, 1); upd := TRUE
END;
IF f.readOnly THEN
IF WinApi.IsWindowEnabled(f.i.ud) # 0 THEN res := WinApi.EnableWindow(f.i.ud, 0) END
ELSE
IF WinApi.IsWindowEnabled(f.i.ud) = 0 THEN res := WinApi.EnableWindow(f.i.ud, 1) END
END;
IF upd THEN
f.isUpdate := TRUE;
res := WinApi.SetWindowTextW(f.i.ctrl, s);
f.val := val; f.isUpdate := FALSE
END;
style := BITS(WinApi.GetWindowLongW(f.i.ctrl, -16)); (* window style *)
IF (f.readOnly # f.i.readOnly) OR (f.undef # f.i.undef) THEN
(*
res := WinApi.SetWindowLongW(f.i.ctrl, -16, ORD(style / {11}));
*)
res := WinApi.InvalidateRect(f.i.ctrl, NIL, 1);
f.i.readOnly := f.readOnly; f.i.undef := f.undef
END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
f.isUpdate := TRUE;
res := WinApi.SetWindowTextW(f.i.ctrl, "");
f.isUpdate := FALSE;
res := WinApi.EnableWindow(f.i.ctrl, 0)
END;
IF WinApi.IsWindowEnabled(f.i.ud) # 0 THEN res := WinApi.EnableWindow(f.i.ud, 0) END
END;
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: UpDownField) Restore (l, t, r, b: INTEGER);
VAR res, w, h: INTEGER; style: SET; s: ARRAY 16 OF CHAR;
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
f.view.context.GetSize(w, h);
style := {7, 16, 23, 30}; (* autohscroll, tabstop, border, child *)
(*
IF f.readOnly THEN INCL(style, 11) END; (* readonly *)
*)
f.i.readOnly := f.readOnly; f.i.undef := f.undef;
f.val := 0;
Open(f, "EDIT", "0", style, WinApi.WS_EX_CLIENTEDGE, f.i);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_LIMITTEXT, 16, 0);
f.Update;
IF f.front & ~f.disabled THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_SETFOCUS, 0, 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, 23H, 0)
END
ELSE f.Update
END;
IF f.i.wnd # 0 THEN
Paint(f, f.i)
ELSE
f.Get(f, w);
Strings.IntToString(w, s);
Print(f, f.dot, 2 * Ports.point, 0, s)
END
END Restore;
PROCEDURE (f: UpDownField) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
IF (HostPorts.right IN buttons) & ~f.readOnly THEN
INCL(buttons, 31)
END;
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: UpDownField) KeyDown (ch: CHAR; modifiers: SET);
VAR val: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
IF (ch = AU) OR (ch = AD) THEN
val := f.val;
IF WinApi.GetKeyState(WinApi.VK_CONTROL) < 0 THEN (* Ctrl key pressed *)
IF ch = AU THEN
IF ((f.min + 9) DIV 10 <= val) & (val <= f.max DIV 10) THEN val := val * 10 END
ELSE
IF val < 0 THEN INC(val, 9) END;
val := val DIV 10
END
ELSE
IF ch = AU THEN
IF val <= f.max - f.inc THEN val := val + f.inc ELSE val := f.max END
ELSE
IF val >= f.min + f.inc THEN val := val - f.inc ELSE val := f.min END
END
END;
IF val # f.val THEN f.Set(f, val); f.Update END
ELSIF (ch # 0DX) THEN
SendKey(ch, f.i.ctrl)
END
END KeyDown;
PROCEDURE (f: UpDownField) WheelMove (x, y: INTEGER; op, nofLines: INTEGER; VAR done: BOOLEAN);
BEGIN
WheelToArrow(f, op, done)
END WheelMove;
PROCEDURE (f: UpDownField) Edit (op: INTEGER; VAR v: Views.View; VAR w, h: INTEGER;
VAR singleton, clipboard: BOOLEAN);
VAR res: INTEGER;
BEGIN
IF clipboard THEN
IF op = Controllers.cut THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_CUT, 0, 0)
ELSIF op = Controllers.copy THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_COPY, 0, 0)
ELSIF op = Controllers.paste THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_PASTE, 0, 0)
END
ELSIF op = Controllers.cut THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_CLEAR, 0, 0)
END
END Edit;
PROCEDURE (f: UpDownField) Idle, EMPTY;
PROCEDURE (f: UpDownField) Select (from, to: INTEGER);
VAR res: INTEGER;
BEGIN
IF to = MAX(INTEGER) THEN to := -1 END;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_SETSEL, from, to)
END Select;
PROCEDURE (f: UpDownField) GetSelection (OUT from, to: INTEGER);
VAR res: INTEGER;
BEGIN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_GETSEL, SYSTEM.ADR(from), SYSTEM.ADR(to));
IF from = -1 THEN to := -1 ELSIF to = -1 THEN to := MAX(INTEGER) END
END GetSelection;
PROCEDURE (f: UpDownField) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
PROCEDURE (f: UpDownField) GetCursor (x, y: INTEGER; modifiers: SET; VAR cursor: INTEGER);
VAR res, hc: INTEGER; pt: WinApi.POINT;
BEGIN
pt.x := (x - 1) DIV f.unit + 1; pt.y := (y - 1) DIV f.unit + 1;
res := WinApi.ClientToScreen(f.i.wnd, pt);
hc := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_NCHITTEST, 0, pt.x + pt.y * 65536);
IF hc = 1 THEN cursor := Ports.textCursor END
END GetCursor;
(* TimeField *)
PROCEDURE GetTimePart (VAR time: Dates.Time; part: INTEGER; VAR val, min, max: INTEGER);
BEGIN
IF part = -1 THEN part := lastPart END;
IF part = 4 THEN val := time.hour DIV 12; min := 0; max := 1
ELSIF part = 3 THEN val := time.second; min := 0; max := 59
ELSIF part = 2 THEN val := time.minute; min := 0; max := 59
ELSIF lastPart = 3 THEN val := time.hour; min := 0; max := 23
ELSE val := (time.hour - 1) MOD 12 + 1; min := 1; max := 12
END
END GetTimePart;
PROCEDURE SetTimePart (VAR time: Dates.Time; part: INTEGER; val: INTEGER);
BEGIN
IF part = -1 THEN part := lastPart END;
IF part = 4 THEN time.hour := val * 12 + time.hour MOD 12
ELSIF part = 3 THEN time.second := val
ELSIF part = 2 THEN time.minute := val
ELSIF lastPart = 3 THEN time.hour := val
ELSE time.hour := time.hour DIV 12 * 12 + val MOD 12
END
END SetTimePart;
PROCEDURE TimeToString (VAR time: Dates.Time; VAR str: ARRAY OF CHAR);
VAR val, min, max, i, j, k: INTEGER;
BEGIN
GetTimePart(time, 1, val, min, max);
str[0] := CHR(val DIV 10 + ORD("0"));
str[1] := CHR(val MOD 10 + ORD("0"));
str[2] := timeSep;
GetTimePart(time, 2, val, min, max);
str[3] := CHR(val DIV 10 + ORD("0"));
str[4] := CHR(val MOD 10 + ORD("0"));
str[5] := timeSep;
GetTimePart(time, 3, val, min, max);
str[6] := CHR(val DIV 10 + ORD("0"));
str[7] := CHR(val MOD 10 + ORD("0"));
IF lastPart = 3 THEN
str[8] := 0X
ELSE
str[8] := " ";
i := 9; j := 0; k := time.hour DIV 12;
WHILE desig[k, j] # 0X DO str[i] := desig[k, j]; INC(i); INC(j) END;
str[i] := 0X
END
END TimeToString;
PROCEDURE (f: TimeField) Select, NEW;
VAR res: INTEGER; sel: INTEGER;
BEGIN
f.GetSel(f, sel);
IF sel = -1 THEN sel := lastPart END;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_SETSEL, 3 * sel - 3, 3 * sel - 1)
END Select;
PROCEDURE (f: TimeField) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: TimeField) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0; f.i.ud := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: TimeField) Update;
VAR res: INTEGER; s, s1: ARRAY 20 OF CHAR; time: Dates.Time; style: SET;
BEGIN
IF ~f.disabled THEN
IF f.undef THEN s := "" ELSE f.Get(f, time); TimeToString(time, s) END;
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
IF f.readOnly THEN
IF WinApi.IsWindowEnabled(f.i.ud) # 0 THEN res := WinApi.EnableWindow(f.i.ud, 0) END
ELSE
IF WinApi.IsWindowEnabled(f.i.ud) = 0 THEN res := WinApi.EnableWindow(f.i.ud, 1) END
END;
res := WinApi.GetWindowTextW(f.i.ctrl, s1, LEN(s1));
IF s # s1 THEN
f.isUpdate := TRUE;
res := WinApi.SetWindowTextW(f.i.ctrl, s);
f.isUpdate := FALSE
END;
style := BITS(WinApi.GetWindowLongW(f.i.ctrl, -16)); (* window style *)
IF (f.readOnly # f.i.readOnly) OR (f.undef # f.i.undef) THEN
(*
res := WinApi.SetWindowLongW(f.i.ctrl, -16, ORD(style / {11}));
*)
res := WinApi.InvalidateRect(f.i.ctrl, NIL, 1);
f.i.readOnly := f.readOnly; f.i.undef := f.undef
END;
f.Select
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
f.isUpdate := TRUE;
res := WinApi.SetWindowTextW(f.i.ctrl, "");
f.isUpdate := FALSE;
res := WinApi.EnableWindow(f.i.ctrl, 0)
END;
IF WinApi.IsWindowEnabled(f.i.ud) # 0 THEN res := WinApi.EnableWindow(f.i.ud, 0) END
END;
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: TimeField) Restore (l, t, r, b: INTEGER);
VAR res, w, h: INTEGER; style: SET; s: ARRAY 20 OF CHAR; time: Dates.Time;
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
f.view.context.GetSize(w, h);
style := {7, 16, 23, 30}; (* autohscroll, tabstop, border, child *)
(*
IF f.readOnly THEN INCL(style, 11) END; (* readonly *)
*)
f.i.readOnly := f.readOnly; f.i.undef := f.undef;
Open(f, "EDIT", "", style, WinApi.WS_EX_CLIENTEDGE, f.i);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_LIMITTEXT, 16, 0);
f.Update;
IF f.front & ~f.disabled THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_SETFOCUS, 0, 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, 23H, 0)
END
ELSE f.Update
END;
IF f.i.wnd # 0 THEN
Paint(f, f.i)
ELSE
f.Get(f, time);
TimeToString(time, s);
Print(f, f.dot, 2 * Ports.point, 0, s)
END
END Restore;
PROCEDURE (f: TimeField) MouseDown (x, y: INTEGER; buttons: SET);
VAR res: INTEGER; sel: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
f.GetSel(f, sel);
IF sel = 0 THEN f.SetSel(f, 1); f.Select END;
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_GETSEL, 0, 0);
sel := res MOD 65536 DIV 3 + 1;
IF sel >= lastPart THEN sel := -1 END;
f.cur := 0; f.SetSel(f, sel); f.Select
END
END MouseDown;
PROCEDURE (f: TimeField) KeyDown (ch: CHAR; modifiers: SET);
VAR sel, s, val, v, min, max: INTEGER; time: Dates.Time;
BEGIN
ASSERT(~f.disabled, 100);
f.GetSel(f, sel); s := sel;
IF s = -1 THEN s := lastPart END;
f.Get(f, time);
GetTimePart(time, s, val, min, max); v := val;
IF (ch = TAB) OR (ch = AR) THEN
s := s MOD lastPart + 1; f.cur := 0
ELSIF (ch = LTAB) OR (ch = AL) THEN
DEC(s); f.cur := 0;
IF s <= 0 THEN s := lastPart END
ELSIF (ch = PL) OR (ch = DL) THEN
s := 1; f.cur := 0
ELSIF (ch = PR) OR (ch = DR) THEN
s := lastPart; f.cur := 0
ELSIF (ch = DEL) OR (ch = BS) THEN
v := min
ELSIF ch = AU THEN
IF v < max THEN INC(v) ELSE v := min END
ELSIF ch = AD THEN
IF v > min THEN DEC(v) ELSE v := max END
ELSIF (ch >= "0") & (ch <= "9") & (s < 4) THEN
v := v * 10 MOD 100 + ORD(ch) - ORD("0");
IF v > max THEN v := v MOD 10 ELSIF v < min THEN v := min END
ELSIF s = 4 THEN
IF (ch = " ") OR (CAP(ch) = CAP(desig[1 - v, 0])) THEN v := 1 - v END
END;
IF s = lastPart THEN s := -1 END;
IF v # val THEN
SetTimePart(time, s, v); f.Set(f, time); f.Update
ELSIF s # sel THEN
f.SetSel(f, s); f.Select
END
END KeyDown;
PROCEDURE (f: TimeField) WheelMove (x, y: INTEGER; op, nofLines: INTEGER; VAR done: BOOLEAN);
BEGIN
WheelToArrow(f, op, done)
END WheelMove;
PROCEDURE (f: TimeField) Edit (op: INTEGER; VAR v: Views.View; VAR w, h: INTEGER;
VAR singleton, clipboard: BOOLEAN);
VAR res: INTEGER;
BEGIN
IF clipboard THEN
IF op = Controllers.copy THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_COPY, 0, 0)
END
END
END Edit;
PROCEDURE (f: TimeField) Mark (on, focus: BOOLEAN);
VAR res: INTEGER;
BEGIN
Mark(on, f.front, f.i);
IF ~on & focus THEN
f.SetSel(f, 0); f.cur := 0;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_SETSEL, 0, 0)
END
END Mark;
PROCEDURE (f: TimeField) GetCursor (x, y: INTEGER; modifiers: SET; VAR cursor: INTEGER);
VAR res, hc: INTEGER; pt: WinApi.POINT;
BEGIN
pt.x := (x - 1) DIV f.unit + 1; pt.y := (y - 1) DIV f.unit + 1;
res := WinApi.ClientToScreen(f.i.wnd, pt);
hc := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_NCHITTEST, 0, pt.x + pt.y * 65536);
IF hc = 1 THEN cursor := Ports.textCursor END
END GetCursor;
(* DateField *)
PROCEDURE GetDatePart (VAR date: Dates.Date; part: INTEGER; OUT val, min, max: INTEGER);
(* GetDatePart picks the day, month or year part out of a given date and asigns it to the out
parameter val, together with the min and max possible values for this part
*)
BEGIN
IF part = -1 THEN part := 3 END;
IF part = yearPart THEN val := date.year; min := 1; max := 9999
ELSIF part = monthPart THEN val := date.month; min := 1; max := 12
ELSE
val := date.day; min := 1;
IF date.month = 0 THEN
max := 31
ELSIF date.month = 2 THEN
IF (date.year MOD 4 = 0)
& ((date.year < 1583) OR (date.year MOD 100 # 0) OR (date.year MOD 400 = 0))
THEN
max := 29
ELSE max := 28
END
ELSIF date.month IN {1, 3, 5, 7, 8, 10, 12} THEN max := 31
ELSE max := 30
END
END
END GetDatePart;
PROCEDURE SetDatePart (VAR date: Dates.Date; part: INTEGER; val: INTEGER);
(* SetDatePart sets the day, month or year part in a given date to the value specivied
by the parameter val.
If the month is set, the day is adjusted to the possible range of days in this month.
If the day is set, then the month may be changed in order to obtain a valid date
*)
VAR v, min, max: INTEGER;
BEGIN
IF part = -1 THEN part := 3 END;
IF part = yearPart THEN date.year := val
ELSIF part = monthPart THEN date.month := val
ELSE date.day := val
END;
GetDatePart(date, dayPart, v, min, max);
IF (part = monthPart) THEN (* adjust day if month value is set and day > max *)
IF v > max THEN date.day := max END
ELSIF part = yearPart THEN (* adjust month is day value is set and day > max *)
IF v > max THEN INC(date.month) END
END
END SetDatePart;
PROCEDURE DateToString (VAR date: Dates.Date; VAR str: ARRAY OF CHAR);
VAR val, min, max, p, i: INTEGER;
BEGIN
p := 1; i := 0;
WHILE p <= 3 DO
IF p > 1 THEN str[i] := dateSep; INC(i) END;
GetDatePart(date, p, val, min, max);
IF max = 9999 THEN
str[i] := CHR(val DIV 1000 MOD 10 + ORD("0")); INC(i);
str[i] := CHR(val DIV 100 MOD 10 + ORD("0")); INC(i)
END;
str[i] := CHR(val DIV 10 MOD 10 + ORD("0")); INC(i);
str[i] := CHR(val MOD 10 + ORD("0")); INC(i);
INC(p)
END;
str[i] := 0X
END DateToString;
PROCEDURE (f: DateField) Select, NEW;
VAR res: INTEGER; sel, a, b: INTEGER;
BEGIN
f.GetSel(f, sel);
IF sel = 1 THEN a := 0; b := del1
ELSIF sel = 2 THEN a := del1 + 1; b := del2
ELSE a := del2 + 1; b := del2 + 5
END;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_SETSEL, a, b)
END Select;
PROCEDURE (f: DateField) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: DateField) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0; f.i.ud := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: DateField) Update;
VAR res: INTEGER; s, s1: ARRAY 20 OF CHAR; date: Dates.Date; style: SET; sel: INTEGER;
BEGIN
IF ~f.disabled THEN
IF f.undef THEN s := ""
ELSE f.Get(f, date);
IF f.cnt > 0 THEN f.GetSel(f, sel); SetDatePart(date, sel, f.val) END;
DateToString(date, s)
END;
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
IF f.readOnly THEN
IF WinApi.IsWindowEnabled(f.i.ud) # 0 THEN res := WinApi.EnableWindow(f.i.ud, 0) END
ELSE
IF WinApi.IsWindowEnabled(f.i.ud) = 0 THEN res := WinApi.EnableWindow(f.i.ud, 1) END
END;
res := WinApi.GetWindowTextW(f.i.ctrl, s1, LEN(s1));
IF s # s1 THEN
f.isUpdate := TRUE;
res := WinApi.SetWindowTextW(f.i.ctrl, s);
f.isUpdate := FALSE
END;
style := BITS(WinApi.GetWindowLongW(f.i.ctrl, -16)); (* window style *)
IF (f.readOnly # f.i.readOnly) OR (f.undef # f.i.undef) THEN
(*
res := WinApi.SetWindowLongW(f.i.ctrl, -16, ORD(style / {11}));
*)
res := WinApi.InvalidateRect(f.i.ctrl, NIL, 1);
f.i.readOnly := f.readOnly; f.i.undef := f.undef
END;
f.Select
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
f.isUpdate := TRUE;
res := WinApi.SetWindowTextW(f.i.ctrl, "");
f.isUpdate := FALSE;
res := WinApi.EnableWindow(f.i.ctrl, 0)
END;
IF WinApi.IsWindowEnabled(f.i.ud) # 0 THEN res := WinApi.EnableWindow(f.i.ud, 0) END
END;
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: DateField) Restore (l, t, r, b: INTEGER);
VAR res, w, h: INTEGER; style: SET; s: ARRAY 20 OF CHAR; date: Dates.Date;
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
f.view.context.GetSize(w, h);
style := {7, 16, 23, 30}; (* autohscroll, tabstop, border, child *)
(*
IF f.readOnly THEN INCL(style, 11) END; (* readonly *)
*)
f.i.readOnly := f.readOnly; f.i.undef := f.undef;
Open(f, "EDIT", "", style, WinApi.WS_EX_CLIENTEDGE, f.i);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_LIMITTEXT, 16, 0);
f.Update;
IF f.front & ~f.disabled THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_SETFOCUS, 0, 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, 23H, 0)
END
ELSE f.Update
END;
IF f.i.wnd # 0 THEN
Paint(f, f.i)
ELSE
f.Get(f, date);
DateToString(date, s);
Print(f, f.dot, 2 * Ports.point, 0, s)
END
END Restore;
PROCEDURE ActualizeDate(f: DateField);
VAR sel: INTEGER; date: Dates.Date; val, min, max: INTEGER;
BEGIN
IF f.cnt > 0 THEN
f.GetSel(f, sel); IF sel = -1 THEN sel := 3 END;
f.Get(f, date);
IF (sel = yearPart) & (f.cnt <= 2) THEN
IF f.val < 50 THEN f.val := f.val + 2000
ELSIF f.val < 100 THEN f.val := f.val + 1900
END
END;
GetDatePart(date, sel, val, min, max);
IF (min <= f.val) & (f.val <= max) THEN
SetDatePart(date, sel, f.val); f.Set(f, date)
END;
f.cnt := 0;
f.Update
END
END ActualizeDate;
PROCEDURE (f: DateField) MouseDown (x, y: INTEGER; buttons: SET);
VAR res: INTEGER; sel: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
ActualizeDate(f);
f.GetSel(f, sel);
IF sel = 0 THEN f.SetSel(f, 1); f.Select END;
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_GETSEL, 0, 0);
res := res MOD 65536;
IF res <= del1 THEN sel := 1
ELSIF res <= del2 THEN sel := 2
ELSE sel := -1
END;
f.SetSel(f, sel); f.Select
END
END MouseDown;
PROCEDURE (f: DateField) KeyDown (ch: CHAR; modifiers: SET);
VAR sel, s, val, min, max: INTEGER; date: Dates.Date;
BEGIN
ASSERT(~f.disabled, 100);
f.GetSel(f, sel); s := sel;
IF s = -1 THEN s := 3 END;
f.Get(f, date);
GetDatePart(date, s, val, min, max);
IF (ch = TAB) OR (ch = AR) THEN
s := s MOD 3 + 1;
ActualizeDate(f)
ELSIF ((ch = ".") OR (ch = ",")) & (f.cnt > 0) THEN
s := s MOD 3 + 1;
ActualizeDate(f)
ELSIF (ch = LTAB) OR (ch = AL) THEN
IF s = 0 THEN s := 1 END;
s := (s - 2) MOD 3 + 1;
ActualizeDate(f)
ELSIF (ch = PL) OR (ch = DL) THEN
s := 1;
ActualizeDate(f)
ELSIF (ch = PR) OR (ch = DR) THEN
s := 3;
ActualizeDate(f)
ELSIF (ch = DEL) OR (ch = BS) THEN
f.cnt := 4; f.val := min;
ActualizeDate(f)
ELSIF ch = AU THEN
IF f.cnt = 0 THEN f.cnt := 4; f.val := val END;
IF f.val < max THEN INC(f.val) ELSE f.val := min END;
ActualizeDate(f)
ELSIF ch = AD THEN
IF f.cnt = 0 THEN f.cnt := 4; f.val := val END;
IF f.val > min THEN DEC(f.val) ELSE f.val := max END;
ActualizeDate(f)
ELSIF (ch >= "0") & (ch <= "9") THEN
IF s = yearPart THEN
IF f.cnt = 0 THEN
f.val := ORD(ch) - ORD("0"); INC(f.cnt);
f.Update
ELSE
f.val := f.val * 10 + ORD(ch) - ORD("0");
INC(f.cnt);
IF f.cnt = 4 THEN ActualizeDate(f) ELSE f.Update END
END
ELSE
IF f.cnt = 0 THEN
f.val := ORD(ch) - ORD("0"); f.cnt := 1;
f.Update
ELSE
f.val := f.val * 10 MOD 100 + ORD(ch) - ORD("0");
IF (s = dayPart) & (max < f.val) & (f.val <= 31) THEN
INC(date.month); f.Set(f, date); max := 31
END;
IF f.val > max THEN f.val := f.val MOD 10 END;
ActualizeDate(f);
INC(s)
END
END
END;
IF s = 3 THEN s := -1 END;
IF s # sel THEN
f.SetSel(f, s); f.Select
END
END KeyDown;
PROCEDURE (f: DateField) WheelMove (x, y: INTEGER; op, nofLines: INTEGER; VAR done: BOOLEAN);
BEGIN
WheelToArrow(f, op, done)
END WheelMove;
PROCEDURE (f: DateField) Edit (op: INTEGER; VAR v: Views.View; VAR w, h: INTEGER;
VAR singleton, clipboard: BOOLEAN);
VAR res: INTEGER;
BEGIN
IF clipboard THEN
IF op = Controllers.copy THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_COPY, 0, 0)
END
END
END Edit;
PROCEDURE (f: DateField) Mark (on, focus: BOOLEAN);
VAR res: INTEGER;
BEGIN
IF ~on THEN ActualizeDate(f) END;
Mark(on, f.front, f.i);
IF ~on & focus THEN
f.SetSel(f, 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.EM_SETSEL, 0, 0)
END
END Mark;
PROCEDURE (f: DateField) GetCursor (x, y: INTEGER; modifiers: SET; VAR cursor: INTEGER);
VAR res, hc: INTEGER; pt: WinApi.POINT;
BEGIN
pt.x := (x - 1) DIV f.unit + 1; pt.y := (y - 1) DIV f.unit + 1;
res := WinApi.ClientToScreen(f.i.wnd, pt);
hc := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_NCHITTEST, 0, pt.x + pt.y * 65536);
IF hc = 1 THEN cursor := Ports.textCursor END
END GetCursor;
(* ColorField *)
PROCEDURE (f: ColorField) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: ColorField) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: ColorField) Update;
VAR res, i, j: INTEGER; c: Ports.Color;
BEGIN
IF ~f.disabled THEN
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
IF f.undef THEN j := -1
ELSE
f.Get(f, c); j := 0;
WHILE (j < numColors) & (c # colors[j]) DO INC(j) END
END;
i := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_GETCURSEL, 0, 0);
IF (i # j) OR (j = numColors) & (c # f.color) THEN
f.color := c;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETCURSEL, j, 0)
END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETCURSEL, -1, 0);
res := WinApi.EnableWindow(f.i.ctrl, 0)
END
END;
IF f.readOnly # f.i.readOnly THEN
res := WinApi.InvalidateRect(f.i.ctrl, NIL, 1);
f.i.readOnly := f.readOnly
END;
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: ColorField) Restore (l, t, r, b: INTEGER);
VAR res, w, h, i: INTEGER; style: SET;
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
f.view.context.GetSize(w, h);
f.i.dropDown := TRUE; f.i.readOnly := f.readOnly;
(* drop down list, auto scroll, ownerdrawn, tabstop, ver scroll, border, child *)
style := {0, 1, 4, 6, 16, 21, 23, 30};
Open(f, "COMBOBOX", "", style, WinApi.WS_EX_CLIENTEDGE, f.i); i := 0;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETEXTENDEDUI, 1, 0);
WHILE i < numColors DO
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_ADDSTRING, 0, colors[i]);
INC(i)
END;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_ADDSTRING, 0, -1);
Adapt(f, f.i)
END;
f.Update;
IF f.i.wnd # 0 THEN Paint(f, f.i) ELSE Print(f, f.dot, -1, -1, "") END
END Restore;
PROCEDURE (f: ColorField) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: ColorField) KeyDown (ch: CHAR; modifiers: SET);
VAR res: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
IF ch = " " THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, ORD(ch), 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYUP, ORD(ch), 0)
ELSE SendKey(ch, f.i.ctrl)
END
END KeyDown;
PROCEDURE (f: ColorField) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
(* ListBox *)
PROCEDURE (f: ListBox) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: ListBox) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: ListBox) Update;
VAR res, i, j: INTEGER;
BEGIN
IF ~f.disabled THEN
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
IF f.undef THEN i := -1 ELSE f.Get(f, i) END; j := i;
IF f.i.dropDown THEN
IF (i < 0) OR (i >= WinApi.SendMessageW(f.i.ctrl, WinApi.CB_GETCOUNT, 0, 0)) THEN j := -1
ELSIF f.sorted THEN
j := 0;
WHILE i # WinApi.SendMessageW(f.i.ctrl, WinApi.CB_GETITEMDATA, j, 0) DO INC(j) END
END;
i := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_GETCURSEL, j, 0);
IF i # j THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETCURSEL, j, 0) END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
IF (i < 0) OR (i >= WinApi.SendMessageW(f.i.ctrl, WinApi.LB_GETCOUNT, 0, 0)) THEN j := -1
ELSIF f.sorted THEN
j := 0;
WHILE i # WinApi.SendMessageW(f.i.ctrl, WinApi.LB_GETITEMDATA, j, 0) DO INC(j) END
END;
i := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_GETCURSEL, j, 0);
IF i # j THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_SETCURSEL, j, 0) END
END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
IF f.i.dropDown THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETCURSEL, -1, 0)
ELSE
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_SETCURSEL, -1, 0)
END;
res := WinApi.EnableWindow(f.i.ctrl, 0)
END
END;
IF f.readOnly # f.i.readOnly THEN
res := WinApi.InvalidateRect(f.i.ctrl, NIL, 1);
f.i.readOnly := f.readOnly
END;
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: ListBox) UpdateList;
VAR res, i, w, maxW: INTEGER; s: Dialog.String;
BEGIN
IF f.i.dropDown THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_RESETCONTENT, 0, 0);
i := 0; f.GetName(f, i, s);
Dialog.MapString(s, s);
WHILE s # "" DO
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_ADDSTRING, 0, SYSTEM.ADR(s));
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETITEMDATA, res, i);
INC(i); f.GetName(f, i, s); Dialog.MapString(s, s);
END;
Adapt(f, f.i)
ELSE
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_RESETCONTENT, 0, 0);
i := 0; f.GetName(f, i, s);
Dialog.MapString(s, s);
maxW := f.font.StringWidth(s);
WHILE s # "" DO
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_ADDSTRING, 0, SYSTEM.ADR(s));
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_SETITEMDATA, res, i);
INC(i); f.GetName(f, i, s); Dialog.MapString(s, s);
w := f.font.StringWidth(s);
IF w > maxW THEN maxW := w END
END
END;
maxW := (maxW + Ports.point * 3) DIV f.unit;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_SETHORIZONTALEXTENT, maxW, 0);
f.Update
END UpdateList;
PROCEDURE (f: ListBox) Restore (l, t, r, b: INTEGER);
VAR i, res, w, h: INTEGER; style: SET; s: ARRAY 512 OF CHAR;
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
f.view.context.GetSize(w, h);
IF h > dropDownHeight THEN
f.i.dropDown := FALSE; f.i.readOnly := f.readOnly;
style := {0, 16, 20, 21, 23, 30}; (* notify, tabstop, hor scroll, ver scroll, border, child *)
IF f.sorted THEN INCL(style, 1) END; (* sort *)
Open(f, "LISTBOX", "", style, WinApi.WS_EX_CLIENTEDGE, f.i)
ELSE
f.i.dropDown := TRUE;
style := {0, 1, 6, 16, 21, 23, 30}; (* drop down list, auto scroll, tabstop, ver scroll, border, child *)
IF f.sorted THEN INCL(style, 8) END; (* sort *)
Open(f, "COMBOBOX", "", style, WinApi.WS_EX_CLIENTEDGE, f.i);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETEXTENDEDUI, WinApi.TRUE, 0)
END;
f.UpdateList
ELSE
f.Update
END;
IF f.i.wnd # 0 THEN Paint(f, f.i)
ELSE
f.Get(f, i); f.GetName(f, i, s);
Print(f, f.dot, 2 * Ports.point, 0, s)
END
END Restore;
PROCEDURE (f: ListBox) DblClickOk (x, y: INTEGER): BOOLEAN;
VAR res, i, j, msg: INTEGER; rect: WinApi.RECT;
BEGIN
f.Get(f, i); j := i;
IF f.sorted THEN
IF f.i.dropDown THEN msg := WinApi.CB_GETITEMDATA ELSE msg := WinApi.LB_GETITEMDATA END;
j := 0;
WHILE i # WinApi.SendMessageW(f.i.ctrl, msg, j, 0) DO INC(j) END
END;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_GETITEMRECT, j, SYSTEM.ADR(rect));
IF res = WinApi.LB_ERR THEN RETURN FALSE END;
x := x DIV f.unit; y := y DIV f.unit;
RETURN (x >= rect.left) & (x <= rect.right) & (y >= rect.top) & (y <= rect.bottom)
END DblClickOk;
PROCEDURE (f: ListBox) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: ListBox) WheelMove (x, y: INTEGER; op, nofLines: INTEGER; VAR done: BOOLEAN);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleWheel(f.i.ctrl, x DIV f.unit, y DIV f.unit, op, nofLines, done)
END
END WheelMove;
PROCEDURE (f: ListBox) KeyDown (ch: CHAR; modifiers: SET);
VAR res: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
IF ch = " " THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, ORD(ch), 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYUP, ORD(ch), 0)
ELSE
SendKey(ch, f.i.ctrl)
END
END KeyDown;
PROCEDURE (f: ListBox) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
(* SelectionBox *)
PROCEDURE (f: SelectionBox) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: SelectionBox) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: SelectionBox) DblClickOk (x, y: INTEGER): BOOLEAN;
VAR res, i: INTEGER; s: Dialog.String;
sel: BOOLEAN; rect: WinApi.RECT;
BEGIN
i := 0; f.GetName(f, i, s);
x := x DIV f.unit; y := y DIV f.unit;
WHILE s # "" DO
f.Get(f, i, sel);
IF sel THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_GETITEMRECT, i, SYSTEM.ADR(rect));
IF res = WinApi.LB_ERR THEN RETURN FALSE END;
IF (x >= rect.left) & (x <= rect.right) & (y >= rect.top) & (y <= rect.bottom) THEN RETURN TRUE END
END;
INC(i); f.GetName(f, i, s); Dialog.MapString(s, s);
END;
RETURN FALSE
END DblClickOk;
PROCEDURE (f: SelectionBox) Update;
VAR res, i, j, a, b: INTEGER; sel: BOOLEAN;
BEGIN
IF f.delayUpdate THEN f.needsUpdate := TRUE; RETURN END;
IF ~f.disabled THEN
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
i := 0;
WHILE i < f.num DO j := i;
IF f.sorted THEN
j := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_GETITEMDATA, i, 0)
END;
f.Get(f, j, sel);
IF sel & ~f.undef THEN a := 1 ELSE a := 0 END;
b := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_GETSEL, i, 0);
IF a # b THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_SETSEL, a, i) END;
INC(i)
END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_SETSEL, 0, -1);
res := WinApi.EnableWindow(f.i.ctrl, 0)
END
END;
IF f.readOnly # f.i.readOnly THEN
res := WinApi.InvalidateRect(f.i.ctrl, NIL, 1);
f.i.readOnly := f.readOnly
END;
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: SelectionBox) UpdateRange (op, from, to: INTEGER);
VAR res, i, a, b: INTEGER; sel: BOOLEAN;
BEGIN
ASSERT((from >= 0) & (from <= to) & (to < f.num), 100);
IF (op = Dialog.set) OR (from # to) THEN f.Update; RETURN END;
IF ~f.disabled THEN
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
i := from;
IF f.sorted THEN
i := 0;
WHILE WinApi.SendMessageW(f.i.ctrl, WinApi.LB_GETITEMDATA, i, 0) # from DO INC(i) END
END;
f.Get(f, from, sel);
IF sel THEN a := 1 ELSE a := 0 END;
b := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_GETSEL, i, 0);
IF a # b THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_SETSEL, a, i) END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 0) END
END
END UpdateRange;
PROCEDURE (f: SelectionBox) UpdateList;
VAR res, i, w, maxW: INTEGER; s: Dialog.String;
BEGIN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_RESETCONTENT, 0, 0);
i := 0;
f.GetName(f, i, s); Dialog.MapString(s, s);
maxW := f.font.StringWidth(s);
WHILE s # "" DO
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_ADDSTRING, 0, SYSTEM.ADR(s));
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_SETITEMDATA, res, i);
INC(i); f.GetName(f, i, s);
Dialog.MapString(s, s);
w := f.font.StringWidth(s);
IF w > maxW THEN maxW := w END
END;
maxW := (maxW + Ports.point * 3) DIV f.unit;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.LB_SETHORIZONTALEXTENT, maxW, 0);
f.num := i;
f.Update
END UpdateList;
PROCEDURE (f: SelectionBox) Restore (l, t, r, b: INTEGER);
VAR style: SET;
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
f.i.readOnly := f.readOnly;
style := {0, 3, 16, 20, 21, 23, 30} + WinApi.LBS_EXTENDEDSEL;
(* notify, multiple sel, tabstop, hor scroll, ver scroll, border, child *)
IF f.sorted THEN INCL(style, 1) END; (* sort *)
Open(f, "LISTBOX", "", style, WinApi.WS_EX_CLIENTEDGE, f.i);
f.UpdateList
ELSE
f.Update
END;
IF f.i.wnd # 0 THEN Paint(f, f.i) ELSE Print(f, f.dot, -1, -1, "") END
END Restore;
PROCEDURE (f: SelectionBox) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: SelectionBox) WheelMove (x, y: INTEGER; op, nofLines: INTEGER; VAR done: BOOLEAN);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleWheel(f.i.ctrl, x, y, op, nofLines, done)
END
END WheelMove;
PROCEDURE (f: SelectionBox) KeyDown (ch: CHAR; modifiers: SET);
VAR res: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
IF ch = " " THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, ORD(ch), 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYUP, ORD(ch), 0)
ELSE
SendKey(ch, f.i.ctrl)
END
END KeyDown;
PROCEDURE (f: SelectionBox) Select (from, to: INTEGER), EMPTY;
PROCEDURE (f: SelectionBox) GetSelection (OUT from, to: INTEGER);
BEGIN
from := 0; to := MAX(INTEGER)
END GetSelection;
PROCEDURE (f: SelectionBox) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
(* ComboBox *)
PROCEDURE (f: ComboBox) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: ComboBox) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: ComboBox) Update;
VAR res: INTEGER; s, s1: Dialog.String;
BEGIN
IF ~f.disabled THEN
IF f.undef THEN s := "" ELSE f.Get(f, s) END;
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END;
res := WinApi.GetWindowTextW(f.i.ctrl, s1, LEN(s1));
IF (WinApi.GetWindowTextLengthW(f.i.ctrl) >= LEN(s)) OR (s # s1) THEN
IF ~f.i.dropDown THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_FINDSTRINGEXACT, -1, SYSTEM.ADR(s));
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETCURSEL, res, 0)
END;
res := WinApi.SetWindowTextW(f.i.ctrl, s)
END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETCURSEL, -1, 0);
res := WinApi.SetWindowTextW(f.i.ctrl, "");
res := WinApi.EnableWindow(f.i.ctrl, 0)
END
END;
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: ComboBox) UpdateList;
VAR res, i: INTEGER; s: Dialog.String;
BEGIN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_RESETCONTENT, 0, 0);
i := 0; f.GetName(f, i, s); Dialog.MapString(s, s);
WHILE s # "" DO
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_ADDSTRING, 0, SYSTEM.ADR(s));
INC(i); f.GetName(f, i, s); Dialog.MapString(s, s)
END;
Adapt(f, f.i);
f.Update
END UpdateList;
PROCEDURE (f: ComboBox) Restore (l, t, r, b: INTEGER);
VAR res, w, h: INTEGER; s: Dialog.String;
style: SET; pt: WinApi.POINT;
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
f.Get(f, s); f.view.context.GetSize(w, h);
style := {6, 16, 21, 23, 30}; (* auto scroll, tabstop, ver scroll, border, child *)
IF f.sorted THEN INCL(style, 8) END; (* sort *)
f.i.dropDown := h <= dropDownHeight;
IF f.i.dropDown THEN INCL(style, 1) ELSE INCL(style, 0) END; (* dropdown / simple *)
Open(f, "COMBOBOX", s, style, WinApi.WS_EX_CLIENTEDGE, f.i);
pt.x := 4; pt.y := 4;
f.edit := WinApi.ChildWindowFromPoint(f.i.ctrl, pt); (* hack found in win api manual ! *)
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETEXTENDEDUI, 1, 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_LIMITTEXT, 255, 0);
f.UpdateList
ELSE
f.Update
END;
IF f.i.wnd # 0 THEN Paint(f, f.i) ELSE Print(f, f.dot, -1, -1, "") END
END Restore;
PROCEDURE (f: ComboBox) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
IF ~f.readOnly THEN INCL(buttons, 31) END;
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: ComboBox) KeyDown (ch: CHAR; modifiers: SET);
BEGIN
ASSERT(~f.disabled, 100);
SendKey(ch, f.edit)
END KeyDown;
PROCEDURE (f: ComboBox) WheelMove (x, y: INTEGER; op, nofLines: INTEGER; VAR done: BOOLEAN);
VAR list: WinApi.HANDLE; res: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
list := WinApi.GetWindow(f.edit, WinApi.GW_HWNDPREV);
IF list = 0 THEN
IF op IN {Controllers.incLine, Controllers.incPage} THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SHOWDROPDOWN, WinApi.TRUE, 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_SETCURSOR, f.i.ctrl,
WinApi.HTBORDER + WinApi.WM_MOUSEMOVE * 65536)
ELSE
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SHOWDROPDOWN, WinApi.FALSE, 0)
END;
done := TRUE
ELSE
HandleWheel(list, x DIV f.unit, y DIV f.unit, op, nofLines, done)
END;
END
END WheelMove;
PROCEDURE (f: ComboBox) Edit (op: INTEGER;
VAR v: Views.View; VAR w, h: INTEGER; VAR singleton, clipboard: BOOLEAN
);
VAR res: INTEGER;
BEGIN
IF clipboard THEN
IF op = Controllers.cut THEN
res := WinApi.SendMessageW(f.edit, WinApi.WM_CUT, 0, 0)
ELSIF op = Controllers.copy THEN
res := WinApi.SendMessageW(f.edit, WinApi.WM_COPY, 0, 0)
ELSIF op = Controllers.paste THEN
res := WinApi.SendMessageW(f.edit, WinApi.WM_PASTE, 0, 0)
END
ELSIF op = Controllers.cut THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_CLEAR, 0, 0)
END
END Edit;
PROCEDURE (f: ComboBox) Idle, EMPTY;
PROCEDURE (f: ComboBox) Select (from, to: INTEGER);
VAR res: INTEGER;
BEGIN
IF to > 32767 THEN to := -1 END;
IF from < 0 THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETEDITSEL, 0, 65535)
ELSE res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_SETEDITSEL, 0, from MOD 65536 + to * 65536)
END
END Select;
PROCEDURE (f: ComboBox) GetSelection (OUT from, to: INTEGER);
VAR res: INTEGER;
BEGIN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.CB_GETEDITSEL, SYSTEM.ADR(from), SYSTEM.ADR(to));
IF from = -1 THEN to := -1 ELSIF to = -1 THEN to := MAX(INTEGER) END
END GetSelection;
PROCEDURE (f: ComboBox) Mark (on, focus: BOOLEAN);
VAR res: INTEGER;
BEGIN
IF f.front THEN
IF on THEN
IF ~f.i.hasFocus THEN
res := WinApi.SendMessageW(f.edit, WinApi.WM_SETFOCUS, 0, 0);
f.i.hasFocus := TRUE
END
ELSE
IF f.i.hasFocus THEN
res := WinApi.SendMessageW(f.edit, WinApi.WM_KILLFOCUS, 0, 0);
f.i.hasFocus := FALSE
END
END
END
END Mark;
PROCEDURE (f: ComboBox) Length (): INTEGER;
VAR res: INTEGER;
BEGIN
res := WinApi.GetWindowTextLengthW(f.i.ctrl);
RETURN res
END Length;
PROCEDURE (f: ComboBox) GetCursor (x, y: INTEGER; modifiers: SET; VAR cursor: INTEGER);
VAR res, hc: INTEGER; pt: WinApi.POINT;
BEGIN
pt.x := (x - 1) DIV f.unit + 1; pt.y := (y - 1) DIV f.unit + 1;
res := WinApi.ClientToScreen(f.i.wnd, pt);
hc := WinApi.SendMessageW(f.edit, WinApi.WM_NCHITTEST, 0, pt.x + pt.y * 65536);
IF hc = 1 THEN cursor := Ports.textCursor END
(*
u := f.unit; pt.x := x DIV u - 1; pt.y := y DIV u - 1;
wnd := WinApi.ChildWindowFromPoint(f.i.ctrl, pt);
IF wnd = f.edit THEN cursor := Ports.textCursor
ELSE cursor := Ports.arrowCursor
END
u := f.unit; pt.x := x DIV u; pt.y := y DIV u;
res := WinApi.ClientToScreen(f.i.wnd, pt);
ChildWindowAt(f.i.wnd, pt, wnd, hc);
res := WinApi.ScreenToClient(wnd, pt);
res := WinApi.SendMessageW(wnd, WinApi.WMSetCursor, wnd, hc + WinApi.WMMouseMove * 65536);
cursor := -1
*)
END GetCursor;
(* Caption *)
PROCEDURE (f: Caption) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: Caption) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f:Caption ) Update;
VAR res: INTEGER;
BEGIN
IF ~f.disabled THEN
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 0) END
END;
CheckLabel(f.label, f.i.ctrl);
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: Caption) Restore (l, t, r, b: INTEGER);
VAR lbl: Dialog.String; style: SET;
BEGIN
SetLabel(f.label, lbl);
IF f.i.ctrl = 0 THEN (* lazy allocation *)
style := {30};
IF f.left THEN style := style + WinApi.SS_LEFT
ELSIF f.right THEN style := style + WinApi.SS_RIGHT
ELSE style := style + WinApi.SS_CENTER
END;
Open(f, "STATIC", lbl, style, {}, f.i) (* left, child *)
END;
f.Update;
IF f.i.wnd # 0 THEN Paint(f, f.i) ELSE Print(f, 0, 2 * Ports.point, 0, lbl) END
END Restore;
(* Group *)
PROCEDURE (f: Group) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: Group) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END
(*f.Close^*)
END Close;
PROCEDURE (f: Group) Update;
VAR res: INTEGER;
BEGIN
IF ~f.disabled THEN
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 1) END
ELSE
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN res := WinApi.EnableWindow(f.i.ctrl, 0) END
END;
CheckLabel(f.label, f.i.ctrl);
res := WinApi.UpdateWindow(f.i.ctrl)
END Update;
PROCEDURE (f: Group) Restore (l, t, r, b: INTEGER);
VAR lbl: Dialog.String;
BEGIN
SetLabel(f.label, lbl);
IF f.i.ctrl = 0 THEN (* lazy allocation *)
Open(f, "BUTTON", lbl, {0, 1, 2, 30}, {}, f.i) (* group box, child *)
END;
f.Update;
IF f.i.wnd # 0 THEN Paint(f, f.i) ELSE Print(f, -3, 2 * Ports.point, 0, lbl) END
END Restore;
(* TreeFrame *)
PROCEDURE (f: TreeFrame) SetOffset (x, y: INTEGER);
BEGIN
f.SetOffset^(x, y);
Adapt(f, f.i)
END SetOffset;
PROCEDURE (f: TreeFrame) Close;
VAR res: INTEGER;
BEGIN
IF f.i.wnd # 0 THEN (* deallocate *)
ASSERT(f.rider # NIL, 100); ASSERT(f.rider.Base() # NIL, 101);
res := WinApi.DestroyWindow(f.i.wnd);
f.i.wnd := 0; f.i.ctrl := 0
END;
IF f.himl # NIL THEN res := WinCtl.ImageList_Destroy(f.himl) END
END Close;
PROCEDURE (f: TreeFrame) Recreate (), NEW;
VAR res: INTEGER; style: SET;
icex: WinCtl.INITCOMMONCONTROLSEX; ok: WinApi.BOOL; hbmp: WinApi.HANDLE;
BEGIN
f.Close(); f.i.readOnly := f.readOnly;
icex.dwSize := SIZE(WinCtl.INITCOMMONCONTROLSEX);
icex.dwICC := WinCtl.ICC_TREEVIEW_CLASSES;
ok := WinCtl.InitCommonControlsEx(icex);
style := WinApi.WS_VISIBLE + WinApi.WS_CHILD + WinApi.WS_BORDER + WinCtl.TVS_SHOWSELALWAYS
+ WinCtl.TVS_DISABLEDRAGDROP;
IF f.haslines THEN style := style + WinCtl.TVS_HASLINES END;
IF f.hasbuttons THEN style := style + WinCtl.TVS_HASBUTTONS END;
IF f.atroot THEN style := style + WinCtl.TVS_LINESATROOT END;
Open(f, WinCtl.WC_TREEVIEWW, "", style, {}, f.i); (* 3 *)
res := WinApi.SendMessageW(f.i.ctrl, WinCtl.TV_FIRST + 033, 100, 0); (* TVM_SETSCROLLTIME*)
IF f.foldericons THEN
(* Create an imagelist and associate it with the control *)
IF f.himl # NIL THEN ok := WinCtl.ImageList_Destroy(f.himl) END;
f.himl := WinCtl.ImageList_Create(16, 16, {}, 3, 0);
IF f.himl # NIL THEN
hbmp := WinApi.LoadImageW(
instance, "#6", WinApi.IMAGE_ICON, 16, 16, ORD(WinApi.LR_LOADTRANSPARENT));
f.folderimg := WinCtl.ImageList_ReplaceIcon(f.himl, -1, hbmp);
ok := WinApi.DestroyIcon(hbmp);
hbmp := WinApi.LoadImageW(
instance, "#7", WinApi.IMAGE_ICON, 16, 16, ORD(WinApi.LR_LOADTRANSPARENT));
f.openimg := WinCtl.ImageList_ReplaceIcon(f.himl, -1, hbmp);
ok := WinApi.DestroyIcon(hbmp);
hbmp := WinApi.LoadImageW(
instance, "#8", WinApi.IMAGE_ICON, 16, 16, ORD(WinApi.LR_LOADTRANSPARENT));
f.leafimg := WinCtl.ImageList_ReplaceIcon(f.himl, -1, hbmp);
ok := WinApi.DestroyIcon(hbmp);
res := WinApi.SendMessageW(
f.i.ctrl, WinCtl.TVM_SETIMAGELIST, WinCtl.TVSIL_NORMAL, SYSTEM.VAL(INTEGER, f.himl))
END
END
END Recreate;
PROCEDURE (f: TreeFrame) Update;
VAR res: INTEGER;
BEGIN
IF ~f.disabled & ~f.readOnly THEN
res := WinApi.SendMessageW(f.i.ctrl, WinCtl.TV_FIRST + 029, 0, -1); (* TVM_SETBKCOLOR *)
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN
res := WinApi.EnableWindow(f.i.ctrl, 1)
END
ELSIF ~f.disabled & f.readOnly THEN
res := WinApi.SendMessageW(
f.i.ctrl, WinCtl.TV_FIRST + 029, 0, Ports.dialogBackground); (* TVM_SETBKCOLOR *)
IF WinApi.IsWindowEnabled(f.i.ctrl) = 0 THEN
res := WinApi.EnableWindow(f.i.ctrl, 1)
END
ELSE
res := WinApi.SendMessageW(
f.i.ctrl, WinCtl.TV_FIRST + 029, 0, Ports.dialogBackground); (* TVM_SETBKCOLOR *)
IF WinApi.IsWindowEnabled(f.i.ctrl) # 0 THEN
res := WinApi.EnableWindow(f.i.ctrl, 0)
END
END;
res := WinApi.UpdateWindow(f.i.ctrl);
IF ~f.disabled & (f.readOnly # f.i.readOnly) THEN
IF f.readOnly THEN
(* Selection has to be focused since it won't be visible on a gray backround otherwise *)
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_SETFOCUS, 0, 0)
ELSE
IF ~f.i.hasFocus THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KILLFOCUS, 0, 0)
END
END;
f.i.readOnly := f.readOnly
END;
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_SETFOCUS, 0, 0)
END Update;
PROCEDURE (f: TreeFrame) WinInsertItem (
VAR tn: Dialog.TreeNode; pWndAdr: INTEGER; OUT wndAdr: INTEGER
), NEW;
VAR res: INTEGER; p: Dialog.TreeNode; s: Dialog.String;
tvi: WinCtl.TVITEMW; tvins: WinCtl.TVINSERTSTRUCTW;
BEGIN
ASSERT(tn # NIL, 20);
f.treeArray[f.curindex].tn := tn;
p := f.Parent(f, tn);
tvi.mask := WinCtl.TVIF_TEXT + WinCtl.TVIF_PARAM + WinCtl.TVIF_IMAGE + WinCtl.TVIF_SELECTEDIMAGE;
tn.GetName(s); Dialog.MapString(s, s);
tvi.pszText := s; tvi.cchTextMax := LEN(s); tvi.lParam := f.curindex;
IF tn.IsFolder() THEN
IF tn.IsExpanded() THEN tvi.iImage := f.openimg
ELSE tvi.iImage := f.folderimg
END
ELSE
tvi.iImage := f.leafimg
END;
tvi.iSelectedImage := tvi.iImage; tvins.item := tvi;
tvins.hParent := SYSTEM.VAL(WinCtl.Ptr_TREEITEM, pWndAdr);
IF f.sorted THEN tvins.hInsertAfter := SYSTEM.VAL(WinCtl.Ptr_TREEITEM, WinCtl.TVI_SORT)
ELSE tvins.hInsertAfter := SYSTEM.VAL(WinCtl.Ptr_TREEITEM, WinCtl.TVI_LAST)
END;
wndAdr := WinApi.SendMessageW(f.i.ctrl, WinCtl.TVM_INSERTITEMW, 0, SYSTEM.ADR(tvins));
f.treeArray[f.curindex].wndAdr := wndAdr;
IF p # NIL THEN
IF p.IsExpanded() THEN
res := WinApi.SendMessageW(f.i.ctrl, WinCtl.TVM_EXPAND, WinCtl.TVE_EXPAND, pWndAdr)
ELSE
res := WinApi.SendMessageW(f.i.ctrl, WinCtl.TVM_EXPAND, WinCtl.TVE_COLLAPSE, pWndAdr)
END
END;
INC(f.curindex)
END WinInsertItem;
PROCEDURE (f: TreeFrame) InsertNode(tn: Dialog.TreeNode; pWndAdr: INTEGER), NEW;
VAR wndAdr: INTEGER;
BEGIN
IF tn # NIL THEN
f.WinInsertItem(tn, pWndAdr, wndAdr);
f.InsertNode(f.Child(f, tn), wndAdr);
f.InsertNode(f.Next(f, tn), pWndAdr)
END
END InsertNode;
PROCEDURE (f: TreeFrame) UpdateList;
VAR res, len, i: INTEGER; done: BOOLEAN; sel: Dialog.TreeNode;
BEGIN
f.inUpdateList := TRUE;
len := 0; f.curindex := 0; sel := f.Selected(f);
len := f.NofNodes(f); IF len > 0 THEN NEW(f.treeArray, len) END;
(* Throw away the old windows control and create a new one *)
f.Recreate();
(* Go through the tree and insert new nodes into the treeview *)
f.InsertNode(f.Child(f, NIL), WinCtl.TVI_ROOT);
(* Select the node that is selected *)
IF sel = NIL THEN
res := WinApi.SendMessageW(f.i.ctrl, WinCtl.TVM_SELECTITEM, WinCtl.TVGN_CARET, 0)
ELSE
i := 0; done := FALSE;
WHILE (i < len) & (~done) DO
IF sel = f.treeArray[i].tn THEN
res := WinApi.SendMessageW(
f.i.ctrl, WinCtl.TVM_SELECTITEM, WinCtl.TVGN_CARET, f.treeArray[i].wndAdr);
done := TRUE
END;
INC(i)
END
END;
f.Select(f, sel);
f.Update;
IF f.i.hasFocus THEN res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_SETFOCUS, 0, 0) END;
f.inUpdateList := FALSE
END UpdateList;
PROCEDURE (f: TreeFrame) ExpandCollapse(index, action: INTEGER), NEW;
VAR res: INTEGER; tn: Dialog.TreeNode; tvi: WinCtl.TVITEMW;
BEGIN
tn := f.treeArray[index].tn;
IF action = WinCtl.TVE_COLLAPSE THEN
f.SetExpansion(f, tn, FALSE)
ELSIF action = WinCtl.TVE_EXPAND THEN
f.SetExpansion(f, tn, TRUE)
ELSIF action = WinCtl.TVE_TOGGLE THEN
f.SetExpansion(f, tn, ~tn.IsExpanded())
END;
tvi.mask := WinCtl.TVIF_IMAGE + WinCtl.TVIF_SELECTEDIMAGE;
tvi.hItem := SYSTEM.VAL(WinCtl.Ptr_TREEITEM, f.treeArray[index].wndAdr);
IF tn.IsExpanded() THEN
tvi.iImage := f.openimg; tvi.iSelectedImage := f.openimg
ELSE
tvi.iImage := f.folderimg; tvi.iSelectedImage := f.folderimg
END;
res := WinApi.SendMessageW(f.i.ctrl, WinCtl.TVM_SETITEMW, 0, SYSTEM.ADR(tvi))
END ExpandCollapse;
PROCEDURE (f: TreeFrame) DblClickOk (x, y: INTEGER): BOOLEAN;
VAR res: INTEGER; hinf: WinCtl.TVHITTESTINFO;
BEGIN
hinf.pt.x := x DIV f.unit; hinf.pt.y := y DIV f.unit;
res := WinApi.SendMessageW(f.i.ctrl, WinCtl.TVM_HITTEST, 0, SYSTEM.ADR(hinf));
IF hinf.hItem = NIL THEN
RETURN FALSE
ELSE
RETURN SYSTEM.VAL(INTEGER, hinf.hItem) = f.treeArray[f.selIndex].wndAdr
END
END DblClickOk;
PROCEDURE (f: TreeFrame) MouseDown (x, y: INTEGER; buttons: SET);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleMouse(f.i.wnd, x DIV f.unit, y DIV f.unit, buttons)
END
END MouseDown;
PROCEDURE (f: TreeFrame) WheelMove (x, y: INTEGER; op, nofLines: INTEGER; VAR done: BOOLEAN);
BEGIN
ASSERT(~f.disabled, 100);
IF f.rider # NIL THEN
HandleWheel(f.i.ctrl, x, y, op, nofLines, done)
END
END WheelMove;
PROCEDURE (f: TreeFrame) Restore (l, t, r, b: INTEGER);
BEGIN
IF f.i.ctrl = 0 THEN (* lazy allocation *)
f.UpdateList
ELSE
f.Update
END;
IF f.i.wnd # 0 THEN PaintRect(f, f.i, l, t, r, b) ELSE Print(f, f.dot, -1, -1, "") END
END Restore;
PROCEDURE (f: TreeFrame) KeyDown (ch: CHAR; modifiers: SET);
VAR res: INTEGER;
BEGIN
ASSERT(~f.disabled, 100);
IF ch = " " THEN
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYDOWN, ORD(ch), 0);
res := WinApi.SendMessageW(f.i.ctrl, WinApi.WM_KEYUP, ORD(ch), 0)
ELSE
SendKey(ch, f.i.ctrl)
END
END KeyDown;
PROCEDURE (f: TreeFrame) Mark (on, focus: BOOLEAN);
BEGIN
Mark(on, f.front, f.i)
END Mark;
PROCEDURE (f: TreeFrame) GetSize (OUT w, h: INTEGER);
VAR rect: WinApi.RECT; res: INTEGER;
BEGIN
res := WinApi.GetWindowRect(f.i.wnd, rect);
w := (rect.right - rect.left) * f.unit; h := (rect.bottom - rect.top) * f.unit
END GetSize;
(* Directory *)
PROCEDURE (d: Directory) GetPushButtonSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 56 * Ports.point END;
IF h = Views.undefined THEN h := 18 * Ports.point END
END GetPushButtonSize;
PROCEDURE (d: Directory) GetCheckBoxSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 60 * Ports.point END;
IF h = Views.undefined THEN h := 12 * Ports.point END
END GetCheckBoxSize;
PROCEDURE (d: Directory) GetRadioButtonSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 60 * Ports.point END;
IF h = Views.undefined THEN h := 12 * Ports.point END
END GetRadioButtonSize;
PROCEDURE (d: Directory) GetScrollBarSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 120 * Ports.point END;
IF h = Views.undefined THEN h := 12 * Ports.point END
END GetScrollBarSize;
PROCEDURE (d: Directory) GetFieldSize (max: INTEGER; VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN
IF max = 0 THEN w := 80 * Ports.point
ELSIF max < 10 THEN w := 32 * Ports.point
ELSIF max < 15 THEN w := 56 * Ports.point
ELSIF max < 30 THEN w := 80 * Ports.point
ELSIF max < 100 THEN w := 120 * Ports.point
ELSE w := 150 * Ports.point
END
END;
IF h = Views.undefined THEN h := 17 * Ports.point END
END GetFieldSize;
PROCEDURE (d: Directory) GetUpDownFieldSize (max: INTEGER; VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 56 * Ports.point END;
IF h = Views.undefined THEN h := 17 * Ports.point END
END GetUpDownFieldSize;
PROCEDURE (d: Directory) GetDateFieldSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 72 * Ports.point END;
IF h = Views.undefined THEN h := 17 * Ports.point END
END GetDateFieldSize;
PROCEDURE (d: Directory) GetTimeFieldSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 72 * Ports.point END;
IF h = Views.undefined THEN h := 17 * Ports.point END
END GetTimeFieldSize;
PROCEDURE (d: Directory) GetColorFieldSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 36 * Ports.point END;
IF h = Views.undefined THEN h := 18 * Ports.point END
END GetColorFieldSize;
PROCEDURE (d: Directory) GetListBoxSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 100 * Ports.point END;
IF h = Views.undefined THEN h := 18 * Ports.point END
END GetListBoxSize;
PROCEDURE (d: Directory) GetSelectionBoxSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 100 * Ports.point END;
IF h = Views.undefined THEN h := 54 * Ports.point END
END GetSelectionBoxSize;
PROCEDURE (d: Directory) GetComboBoxSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 100 * Ports.point END;
IF h = Views.undefined THEN h := 18 * Ports.point END
END GetComboBoxSize;
PROCEDURE (d: Directory) GetCaptionSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 50 * Ports.point END;
IF h = Views.undefined THEN h := 12 * Ports.point END
END GetCaptionSize;
PROCEDURE (d: Directory) GetGroupSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 100 * Ports.point END;
IF h = Views.undefined THEN h := 100 * Ports.point END
END GetGroupSize;
PROCEDURE (d: Directory) GetTreeFrameSize (VAR w, h: INTEGER);
BEGIN
IF w = Views.undefined THEN w := 100 * Ports.point END;
IF h = Views.undefined THEN h := 100 * Ports.point END
END GetTreeFrameSize;
PROCEDURE (d: Directory) NewPushButton (): StdCFrames.PushButton;
VAR f: PushButton;
BEGIN
NEW(f); RETURN f
END NewPushButton;
PROCEDURE (d: Directory) NewCheckBox (): StdCFrames.CheckBox;
VAR f: CheckBox;
BEGIN
NEW(f); RETURN f
END NewCheckBox;
PROCEDURE (d: Directory) NewRadioButton (): StdCFrames.RadioButton;
VAR f: RadioButton;
BEGIN
NEW(f); RETURN f
END NewRadioButton;
PROCEDURE (d: Directory) NewScrollBar (): StdCFrames.ScrollBar;
VAR f: ScrollBar;
BEGIN
NEW(f); RETURN f
END NewScrollBar;
PROCEDURE (d: Directory) NewField (): StdCFrames.Field;
VAR f: Field;
BEGIN
NEW(f); RETURN f
END NewField;
PROCEDURE (d: Directory) NewUpDownField (): StdCFrames.UpDownField;
VAR f: UpDownField;
BEGIN
NEW(f); RETURN f
END NewUpDownField;
PROCEDURE (d: Directory) NewDateField (): StdCFrames.DateField;
VAR f: DateField;
BEGIN
NEW(f); RETURN f
END NewDateField;
PROCEDURE (d: Directory) NewTimeField (): StdCFrames.TimeField;
VAR f: TimeField;
BEGIN
NEW(f); RETURN f
END NewTimeField;
PROCEDURE (d: Directory) NewColorField (): StdCFrames.ColorField;
VAR f: ColorField;
BEGIN
NEW(f); RETURN f
END NewColorField;
PROCEDURE (d: Directory) NewListBox (): StdCFrames.ListBox;
VAR f: ListBox;
BEGIN
NEW(f); RETURN f
END NewListBox;
PROCEDURE (d: Directory) NewSelectionBox (): StdCFrames.SelectionBox;
VAR f: SelectionBox;
BEGIN
NEW(f); RETURN f
END NewSelectionBox;
PROCEDURE (d: Directory) NewComboBox (): StdCFrames.ComboBox;
VAR f: ComboBox;
BEGIN
NEW(f); RETURN f
END NewComboBox;
PROCEDURE (d: Directory) NewCaption (): StdCFrames.Caption;
VAR f: Caption;
BEGIN
NEW(f); RETURN f
END NewCaption;
PROCEDURE (d: Directory) NewGroup (): StdCFrames.Group;
VAR f: Group;
BEGIN
NEW(f); RETURN f
END NewGroup;
PROCEDURE (d: Directory) NewTreeFrame (): StdCFrames.TreeFrame;
VAR f: TreeFrame;
BEGIN
NEW(f); f.inUpdateList := FALSE; RETURN f
END NewTreeFrame;
(* control window class *)
(* Used for common controls, not standard controls *)
PROCEDURE HandleNotifyMsg (wnd: WinApi.HANDLE; lParam, out: INTEGER);
VAR
c: StdCFrames.Frame; ret: INTEGER;
pnmhdr: WinApi.PtrNMHDR; pnmtv: WinCtl.PtrNMTREEVIEWW;
BEGIN
ret := WinApi.FALSE;
c := SYSTEM.VAL(StdCFrames.Frame, WinApi.GetWindowLongW(wnd, dlgWindowExtra));
pnmhdr := SYSTEM.VAL(WinApi.PtrNMHDR, lParam);
WITH c: TreeFrame DO
IF c.i.ctrl # 0 THEN
IF ~c.inUpdateList & c.readOnly & (pnmhdr.code = WinCtl.TVN_SELCHANGINGW) THEN
ret := WinApi.TRUE
ELSIF pnmhdr.code = WinCtl.TVN_SELCHANGEDW THEN
pnmtv := SYSTEM.VAL(WinCtl.PtrNMTREEVIEWW, lParam);
c.selIndex := pnmtv.itemNew.lParam;
c.Select(c, c.treeArray[c.selIndex].tn)
ELSIF pnmhdr.code = WinCtl.TVN_ITEMEXPANDEDW THEN
pnmtv := SYSTEM.VAL(WinCtl.PtrNMTREEVIEWW, lParam);
c.ExpandCollapse(pnmtv.itemNew.lParam, pnmtv.action)
END
END
ELSE
END;
SYSTEM.PUT(out, ret)
END HandleNotifyMsg;
PROCEDURE HandleCommand (wnd: WinApi.HANDLE; wParam, lParam: INTEGER);
VAR res, nc, i, j: INTEGER; c: StdCFrames.Frame; s: ARRAY 512 OF CHAR;
ps: POINTER TO ARRAY OF CHAR; b: BOOLEAN;
BEGIN
c := SYSTEM.VAL(StdCFrames.Frame, WinApi.GetWindowLongW(wnd, dlgWindowExtra));
nc := wParam DIV 65536;
WITH c: PushButton DO
IF c.i.ctrl # 0 THEN
IF nc = WinApi.BN_CLICKED THEN Execute(c)
END
END
| c: CheckBox DO
IF c.i.ctrl # 0 THEN
IF nc = WinApi.BN_CLICKED THEN
i := WinApi.SendMessageW(c.i.ctrl, WinApi.BM_GETCHECK, 0, 0);
IF i = 0 THEN i := 1 ELSE i := 0 END;
res := WinApi.SendMessageW(c.i.ctrl, WinApi.BM_SETCHECK, i, 0);
c.undef := FALSE; c.Set(c, i = 1)
(*
c.undef := res = 2;
c.Set(c, res = 1)
*)
END
END
| c: RadioButton DO
IF c.i.ctrl # 0 THEN
IF nc = WinApi.BN_CLICKED THEN
res := WinApi.SendMessageW(c.i.ctrl, WinApi.BM_GETCHECK, 0, 0);
c.Set(c, res # 0)
END
END
| c: Field DO
IF c.i.ctrl # 0 THEN
IF (nc = WinApi.EN_CHANGE) & ~c.isUpdate THEN
IF ~c.left THEN (* right center alignment implies multiline which sends two update messages *)
IF c.maxLen > 255 THEN
NEW(ps, 2 * c.maxLen + 1);
res := WinApi.GetWindowTextW(c.i.ctrl, ps^, LEN(ps^));
IF c.multiLine THEN DelLF(ps^) END;
IF c.del OR (ps$ # "") THEN c.Set(c, ps^) END
ELSE
res := WinApi.GetWindowTextW(c.i.ctrl, s, LEN(s));
IF c.multiLine THEN DelLF(s) END;
IF c.del OR (s$ # "") THEN c.Set(c, s) END
END
ELSE
IF c.maxLen > 255 THEN
NEW(ps, 2 * c.maxLen + 1);
res := WinApi.GetWindowTextW(c.i.ctrl, ps^, LEN(ps^));
IF c.multiLine THEN DelLF(ps^) END;
c.Set(c, ps^)
ELSE
res := WinApi.GetWindowTextW(c.i.ctrl, s, LEN(s));
IF c.multiLine THEN DelLF(s) END;
c.Set(c, s)
END
END
END
END
| c: UpDownField DO
IF c.i.ctrl # 0 THEN
IF (nc = WinApi.EN_CHANGE) & ~c.isUpdate THEN
res := WinApi.GetWindowTextW(c.i.ctrl, s, LEN(s));
IF (s = "") OR (s = "-") THEN c.val := 0; res := 0
ELSE Strings.StringToInt(s, c.val, res)
END;
IF res = 0 THEN c.Set(c, c.val)
ELSE Dialog.Beep; c.Update
END
END
END
| c: ColorField DO
IF c.i.ctrl # 0 THEN
IF nc = WinApi.CBN_SELCHANGE THEN
i := WinApi.SendMessageW(c.i.ctrl, WinApi.CB_GETCURSEL, 0, 0);
IF i = numColors THEN
Dialog.GetColor(c.color, i, b);
IF b THEN c.Set(c, i); c.Update END
ELSIF i >= 0 THEN
c.color := colors[i]; c.Set(c, c.color)
END
END
END
| c: ListBox DO
IF c.i.ctrl # 0 THEN
IF c.i.dropDown THEN
IF nc = WinApi.CBN_SELCHANGE THEN
i := WinApi.SendMessageW(c.i.ctrl, WinApi.CB_GETCURSEL, 0, 0);
IF c.sorted THEN i := WinApi.SendMessageW(c.i.ctrl, WinApi.CB_GETITEMDATA, i, 0) END;
IF i >= 0 THEN c.Set(c, i) END
END
ELSE
IF nc = WinApi.LBN_SELCHANGE THEN
i := WinApi.SendMessageW(c.i.ctrl, WinApi.LB_GETCURSEL, 0, 0);
IF c.sorted THEN i := WinApi.SendMessageW(c.i.ctrl, WinApi.LB_GETITEMDATA, i, 0) END;
IF i >= 0 THEN c.Set(c, i) END
END
END
END
| c: SelectionBox DO
IF c.i.ctrl # 0 THEN
IF nc = WinApi.LBN_SELCHANGE THEN
(*
i := WinApi.SendMessageW(c.i.ctrl, WinApi.LBGetAnchorIndex, 0, 0);
j := WinApi.SendMessageW(c.i.ctrl, WinApi.LBGetCaretIndex, 0, 0);
res := WinApi.SendMessageW(c.i.ctrl, WinApi.LBGetSel, i, 0);
IF c.sorted THEN
i := WinApi.SendMessageW(c.i.ctrl, WinApi.LBGetItemData, i, 0);
j := WinApi.SendMessageW(c.i.ctrl, WinApi.LBGetItemData, j, 0)
END;
IF (i >= 0) & (i < c.num) THEN
Log.Int(i); Log.Int(j); Log.Ln; Log.Int(wParam); Log.Int(lParam); Log.Int(res); Log.Ln;
IF (res # 0) THEN c.Incl(c, i, i) ELSE c.Excl(c, i, i) END
END
*)
c.delayUpdate := TRUE; c.needsUpdate := FALSE;
i := 0;
WHILE i < c.num DO
j := i;
res := WinApi.SendMessageW(c.i.ctrl, WinApi.LB_GETSEL, j, 0);
IF c.sorted THEN j := WinApi.SendMessageW(c.i.ctrl, WinApi.LB_GETITEMDATA, j, 0) END;
c.Get(c, j, b);
IF (res # 0) & ~b THEN c.Incl(c, j, j)
ELSIF (res = 0) & b THEN c.Excl(c, j, j)
END;
INC(i)
END;
c.delayUpdate := FALSE;
IF c.needsUpdate THEN c.Update END
END
END
| c: ComboBox DO
IF c.i.ctrl # 0 THEN
IF nc = WinApi.CBN_EDITCHANGE THEN
res := WinApi.GetWindowTextW(c.i.ctrl, s, LEN(s));
c.Set(c, s)
ELSIF nc = WinApi.CBN_SELCHANGE THEN
i := WinApi.SendMessageW(c.i.ctrl, WinApi.CB_GETCURSEL, 0, 0);
IF i >= 0 THEN
res := WinApi.SendMessageW(c.i.ctrl, WinApi.CB_GETLBTEXT, i, SYSTEM.ADR(s));
c.Set(c, s)
END
END
END
ELSE
END
END HandleCommand;
PROCEDURE HandleScroll (wnd: WinApi.HANDLE; wParam, lParam: INTEGER);
VAR nc, size, sect, pos: INTEGER; c: StdCFrames.Frame; arrows: BOOLEAN;
BEGIN
arrows := FALSE;
c := SYSTEM.VAL(StdCFrames.Frame, WinApi.GetWindowLongW(wnd, dlgWindowExtra));
WITH c: ScrollBar DO
IF c.i.ctrl # 0 THEN
Views.ValidateRoot(Views.RootOf(c));
nc := wParam MOD 65536; c.Get(c, size, sect, pos);
IF (nc = WinApi.SB_THUMBPOSITION) OR
WinDialog.visualScroll & (nc = WinApi.SB_THUMBTRACK) THEN
c.Set(c, WinApi.MulDiv(wParam DIV 65536, size - sect, scrollRange))
ELSIF nc = WinApi.SB_LINEUP THEN c.Track(c, StdCFrames.lineUp, pos)
ELSIF nc = WinApi.SB_LINEDOWN THEN c.Track(c, StdCFrames.lineDown, pos)
ELSIF nc = WinApi.SB_PAGEUP THEN c.Track(c, StdCFrames.pageUp, pos)
ELSIF nc = WinApi.SB_PAGEDOWN THEN c.Track(c, StdCFrames.pageDown, pos)
END;
c.Update
END
| c: UpDownField DO
IF c.i.ctrl # 0 THEN arrows := TRUE END
| c: TimeField DO
IF c.i.ctrl # 0 THEN arrows := TRUE END
| c: DateField DO
IF c.i.ctrl # 0 THEN arrows := TRUE END
ELSE
END;
IF arrows THEN
nc := wParam MOD 65536;
IF nc = WinApi.SB_THUMBPOSITION THEN
IF wParam DIV 65536 # 0 THEN c.KeyDown(AU, {})
ELSE c.KeyDown(AD, {})
END
END
END
END HandleScroll;
PROCEDURE HandleDraw (wnd: WinApi.HANDLE; wParam, lParam: INTEGER);
VAR res: INTEGER; c: StdCFrames.Frame; p: WinApi.PtrDRAWITEMSTRUCT;
brush: WinApi.HANDLE; rect: WinApi.RECT; col: Ports.Color;
BEGIN
c := SYSTEM.VAL(StdCFrames.Frame, WinApi.GetWindowLongW(wnd, dlgWindowExtra));
p := SYSTEM.VAL(WinApi.PtrDRAWITEMSTRUCT, lParam);
WITH c: ColorField DO
IF 0 IN p.itemState THEN
rect := p.rcItem;
brush := WinApi.CreateSolidBrush(HostPorts.selBackground);
res := WinApi.FillRect(p.hDC, rect, brush);
res := WinApi.DeleteObject(brush);
INC(rect.left); INC(rect.top); DEC(rect.right); DEC(rect.bottom);
brush := WinApi.CreateSolidBrush(Ports.background);
res := WinApi.FillRect(p.hDC, rect, brush);
res := WinApi.DeleteObject(brush)
ELSE
IF c.disabled OR c.readOnly THEN
brush := WinApi.CreateSolidBrush(Ports.dialogBackground)
ELSE
brush := WinApi.CreateSolidBrush(Ports.background)
END;
res := WinApi.FillRect(p.hDC, p.rcItem, brush);
res := WinApi.DeleteObject(brush)
END;
IF (p.itemID = numColors) & (p.rcItem.top > 20) THEN
brush := WinApi.CreateSolidBrush(HostPorts.textCol);
rect.top := p.rcItem.bottom - 6; rect.bottom := rect.top + 2;
rect.left := p.rcItem.left + 4; rect.right := rect.left + 2;
res := WinApi.FillRect(p.hDC, rect, brush);
rect.left := p.rcItem.left + 8; rect.right := rect.left + 2;
res := WinApi.FillRect(p.hDC, rect, brush);
rect.left := p.rcItem.left + 12; rect.right := rect.left + 2;
res := WinApi.FillRect(p.hDC, rect, brush)
ELSIF p.itemID >= 0 THEN
rect := p.rcItem; INC(rect.left, 2); INC(rect.top, 2); DEC(rect.right, 2); DEC(rect.bottom, 2);
IF p.itemID = numColors THEN col := c.color
ELSIF (p.itemID >= 0) & (p.itemID < LEN(colors)) THEN col := colors[p.itemID]
ELSE col := HostPorts.textCol
END;
brush := WinApi.CreateSolidBrush(col);
res := WinApi.FillRect(p.hDC, rect, brush);
res := WinApi.DeleteObject(brush)
END
END
END HandleDraw;
PROCEDURE ColorBrush (col: Ports.Color): WinApi.HANDLE;
VAR p: BrushCache;
BEGIN
IF col = Ports.white THEN RETURN WinApi.GetStockObject(WinApi.WHITE_BRUSH)
ELSIF col = Ports.dialogBackground THEN RETURN HostPorts.dialogBrush
ELSE
p := brushes;
WHILE (p # NIL) & (p.col # col) DO p := p.next END;
IF p # NIL THEN RETURN p.brush
ELSE
NEW(p); p.col := col; p.brush := WinApi.CreateSolidBrush(col); p.next := brushes; brushes := p;
RETURN p.brush
END
END
END ColorBrush;
PROCEDURE [2] CtrlHandler (wnd: WinApi.HANDLE; message, wParam, lParam: INTEGER): INTEGER;
VAR res: INTEGER; c: StdCFrames.Frame; p: WinApi.PtrMEASUREITEMSTRUCT;
BEGIN
IF message = WinApi.WM_COMMAND THEN
Kernel.Try(HandleCommand, wnd, wParam, lParam);
RETURN 0
ELSIF message = WinApi.WM_NOTIFY THEN
res := -1;
Kernel.Try(HandleNotifyMsg, wnd, lParam, SYSTEM.ADR(res));
IF res # -1 THEN RETURN res ELSE RETURN 0 END
ELSIF (message = WinApi.WM_HSCROLL) OR (message = WinApi.WM_VSCROLL) THEN
Kernel.Try(HandleScroll, wnd, wParam, lParam);
RETURN 0
ELSIF message = WinApi.WM_DRAWITEM THEN
Kernel.Try(HandleDraw, wnd, wParam, lParam);
RETURN 1
ELSIF message = WinApi.WM_MEASUREITEM THEN
c := SYSTEM.VAL(StdCFrames.Frame, WinApi.GetWindowLongW(wnd, dlgWindowExtra));
WITH c: ColorField DO
p := SYSTEM.VAL(WinApi.PtrMEASUREITEMSTRUCT, lParam);
IF p.itemID = -1 THEN p.itemHeight := 11 * Ports.point DIV c.unit + 1
ELSE p.itemHeight := 11 * Ports.point DIV c.unit - 1
END;
RETURN 1
ELSE
END
ELSIF (message >= WinApi.WM_CTLCOLORMSGBOX) & (message <= WinApi.WM_CTLCOLORSTATIC) THEN
c := SYSTEM.VAL(StdCFrames.Frame, WinApi.GetWindowLongW(wnd, dlgWindowExtra));
IF ((c IS Field) OR (c IS UpDownField) OR (c IS TimeField) OR (c IS DateField)
OR (c IS ListBox) OR (c IS SelectionBox) OR (c IS ColorField))
& (c.disabled OR c.readOnly) THEN
res := WinApi.SetBkColor(wParam, Ports.dialogBackground);
res := WinApi.SetBkMode(wParam, 2); (* opaque *)
RETURN HostPorts.dialogBrush
ELSIF (c IS TreeFrame) & (c.disabled OR c.readOnly) THEN
res := WinApi.SetBkColor(wParam, Ports.dialogBackground);
res := WinApi.SetBkMode(wParam, 2); (* opaque *)
RETURN HostPorts.dialogBrush
ELSIF ((c IS Field) OR (c IS UpDownField) OR (c IS TimeField) OR (c IS DateField))
& ~c.disabled & c.undef THEN
res := WinApi.SetBkMode(wParam, 1); (* transparent *)
res := WinApi.SetTextColor(wParam, 0C0C0C0H);
RETURN HostPorts.dim50Brush
ELSIF c IS Caption THEN
res := WinApi.SetTextColor(wParam, HostPorts.dialogTextCol);
res := WinApi.SetBkColor(wParam, c(Caption).i.bkgnd);
res := WinApi.SetBkMode(wParam, 2); (* opaque *)
RETURN ColorBrush(c(Caption).i.bkgnd)
ELSIF CtlColor # NIL THEN
res := CtlColor(message, wParam, lParam);
IF res # 0 THEN RETURN res END
ELSIF c IS CheckBox THEN
res := WinApi.SetTextColor(wParam, HostPorts.dialogTextCol);
res := WinApi.SetBkColor(wParam, c(CheckBox).i.bkgnd);
res := WinApi.SetBkMode(wParam, 2); (* opaque *)
RETURN ColorBrush(c(CheckBox).i.bkgnd)
ELSIF c IS RadioButton THEN
res := WinApi.SetTextColor(wParam, HostPorts.dialogTextCol);
res := WinApi.SetBkColor(wParam, c(RadioButton).i.bkgnd);
res := WinApi.SetBkMode(wParam, 2); (* opaque *)
RETURN ColorBrush(c(RadioButton).i.bkgnd)
ELSIF c IS Group THEN
res := WinApi.SetTextColor(wParam, HostPorts.dialogTextCol);
res := WinApi.SetBkColor(wParam, c(Group).i.bkgnd);
res := WinApi.SetBkMode(wParam, 2); (* opaque *)
RETURN ColorBrush(c(Group).i.bkgnd)
END
ELSIF message = WinApi.WM_ERASEBKGND THEN
RETURN 1
END;
RETURN WinApi.DefWindowProcW(wnd, message, wParam, lParam)
END CtrlHandler;
PROCEDURE SetDefFonts*;
BEGIN
StdCFrames.defaultFont := HostFonts.dlgFont;
StdCFrames.defaultLightFont := Fonts.dir.This(
HostFonts.dlgFont.typeface, HostFonts.dlgFont.size, HostFonts.dlgFont.style, Fonts.normal)
END SetDefFonts;
PROCEDURE Install;
VAR dir: Directory;
BEGIN
NEW(dir); StdCFrames.SetDir(dir)
END Install;
PROCEDURE InitClass;
VAR res: INTEGER; class: WinApi.WNDCLASSW;
BEGIN
class.hCursor := WinApi.LoadCursorW(0, SYSTEM.VAL(WinApi.PtrWSTR, WinApi.IDC_ARROW));
class.hIcon := WinApi.LoadIconW(instance, SYSTEM.VAL(WinApi.PtrWSTR, 1));
class.lpszMenuName := NIL;
class.lpszClassName := "Oberon Ctrl";
class.hbrBackground := 0; (* no background *)
class.style := {};
class.hInstance := instance;
class.lpfnWndProc := CtrlHandler;
class.cbClsExtra := 0;
class.cbWndExtra := dlgWindowExtra + 4;
res := WinApi.RegisterClassW(class)
END InitClass;
PROCEDURE InitNationalInfo;
VAR res: INTEGER; str: ARRAY 8 OF CHAR;
BEGIN
res := WinApi.GetLocaleInfoW(HostRegistry.localeId, WinApi.LOCALE_SDATE, str, LEN(str));
dateSep := str[0];
res := WinApi.GetLocaleInfoW(HostRegistry.localeId, WinApi.LOCALE_STIME, str, LEN(str));
timeSep := str[0];
res := WinApi.GetLocaleInfoW(HostRegistry.localeId, WinApi.LOCALE_IDATE, str, LEN(str));
IF str = "1" THEN dayPart := 1; monthPart := 2; yearPart := 3; del1 := 2; del2 := 5
ELSIF str = "2" THEN yearPart := 1; monthPart := 2; dayPart := 3; del1 := 4; del2 := 7
ELSE monthPart := 1; dayPart := 2; yearPart := 3; del1 := 2; del2 := 5
END;
res := WinApi.GetLocaleInfoW(HostRegistry.localeId, WinApi.LOCALE_ITIME, str, LEN(str));
IF str = "1" THEN
lastPart := 3
ELSE
lastPart := 4;
res := WinApi.GetLocaleInfoW(HostRegistry.localeId, WinApi.LOCALE_S1159, str, LEN(str));
desig[0] := str$;
res := WinApi.GetLocaleInfoW(HostRegistry.localeId, WinApi.LOCALE_S2359, str, LEN(str));
desig[1] := str$
END
END InitNationalInfo;
PROCEDURE InitColors;
BEGIN
colors[0] := 000000FFH;
colors[1] := 0000FF00H;
colors[2] := 00FF0000H;
colors[3] := 0000FFFFH;
colors[4] := 00FFFF00H;
colors[5] := 00FF00FFH;
colors[6] := 00000000H
END InitColors;
PROCEDURE Init;
BEGIN
StdCFrames.setFocus := TRUE;
SetDefFonts;
scW := WinApi.GetSystemMetrics(0); (* screen width *)
scH := WinApi.GetSystemMetrics(1); (* screen height *)
instance := WinApi.GetModuleHandleW(NIL);
InitClass;
InitNationalInfo;
InitColors;
Install
END Init;
BEGIN
Init
END WinCFrames.
| Win/Mod/CFrames.odc |
MODULE WinClipboard;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT
COM, WinApi, WinOle,
Services, Stores, Views, Documents, Controllers, OleData, (*, HostWindows := WinWindows*)
StdCmds;
TYPE
EmptyView = POINTER TO RECORD (Views.View) END;
ClipboardHook = POINTER TO RECORD (StdCmds.ClipboardHook) END;
VAR
cloneAttributes*: BOOLEAN; (* set by HostCmds, used by Importers *)
isText*: BOOLEAN; (* set by HostCmds, used by GetClipView *)
doc: Documents.Document; (* contents of clipboard window *)
isSingleton: BOOLEAN; (* contents of clipboard is singleton view *)
width, height: INTEGER; (* size of clipboard content *)
empty: Views.View; (* contents of empty clipboard *)
cbdata: WinOle.IDataObject; (* data object registred via OLE *)
(* doc.ThisView() is BB's internal clipboard: it holds the view placed into the clipboard thru Cut/Copy commands, or a representation of a Windows's clipboard as a BB view after a Paste command.
It's not clear to me why a view copy of a pasted Windows clipboard has to be kept around
It's also not clear to me why the clipboard view has to be held in a document, and the document - in a special window .cbviewer that is not in the list of windows in WinWindows. Maybe it is needed down the road somewhere where the BB view is converted to some host format in HostTextConv?
width and height hold the doc.ThisView()'s size
cbdata is an OLE wrapper around doc.ThisView(); it is used to represent the BB clipboard to the rest of Windows*)
PROCEDURE (hook: ClipboardHook) Register* (v: Views.View; w, h: INTEGER; isSingle: BOOLEAN);
VAR res: COM.RESULT;
BEGIN
(*ASSERT(doc.context # NIL, 20 (* InitClipboardDoc called *));*)
doc.SetView(v, w, h);
width := w; height := h;
isSingleton := isSingle;
cbdata := OleData.ViewData(v, w, h, isSingle);
res := WinOle.OleSetClipboard(cbdata)
END Register;
PROCEDURE GetClipView* (
IN type: Stores.TypeName; OUT v: Views.View; OUT w, h: INTEGER; OUT isSingle: BOOLEAN
);
VAR dobj: WinOle.IDataObject; res: COM.RESULT;
BEGIN
(*ASSERT(doc.context # NIL, 20 (* InitClipboardDoc called *));*)
v := NIL;
IF WinOle.OleIsCurrentClipboard(cbdata) = WinApi.S_OK THEN
v := Views.CopyOf(doc.ThisView(), Views.deep);
w := width; h := height; isSingle := isSingleton;
IF (type # "") & ~Services.Is(v, type) THEN v := NIL END
ELSE
res := WinOle.OleGetClipboard(dobj);
IF res >= 0 THEN
IF isText THEN
OleData.GetTextDataView(dobj, v, w, h, isSingle)
ELSE
OleData.GetDataView(dobj, type, v, w, h, isSingle)
END;
IF v # NIL THEN
doc.SetView(Views.CopyOf(v, Views.deep), w, h);
width := w; height := h;
isSingleton := isSingle
END
END
END
END GetClipView;
PROCEDURE ConvertibleTo* (type: Stores.TypeName): BOOLEAN;
VAR dobj: WinOle.IDataObject; res: COM.RESULT;
BEGIN
IF WinOle.OleIsCurrentClipboard(cbdata) = WinApi.S_OK THEN
RETURN (type = "") OR Services.Is(doc.ThisView(), type)
ELSE
res := WinOle.OleGetClipboard(dobj);
IF res >= 0 THEN
RETURN OleData.DataConvTo(dobj, type)
END
END;
RETURN FALSE
END ConvertibleTo;
PROCEDURE Flush*;
VAR res: COM.RESULT;
BEGIN
IF WinOle.OleIsCurrentClipboard(cbdata) = WinApi.S_OK THEN
res := WinOle.OleFlushClipboard()
END
END Flush;
PROCEDURE Dump*;
VAR res: COM.RESULT; dobj: WinOle.IDataObject;
BEGIN
res := WinOle.OleGetClipboard(dobj);
OleData.DumpData(dobj)
END Dump;
PROCEDURE (v: EmptyView) Restore (f: Views.Frame; l, t, r, b: INTEGER);
END Restore;
PROCEDURE Init;
VAR e: EmptyView;
BEGIN
NEW(e); empty := e;
(* init document to be used to display the clipboard *)
doc := Documents.dir.New(empty, Views.undefined, Views.undefined);
(*HostWindows.OpenClipboard(doc)*)
END Init;
PROCEDURE InitClipboardDoc* (OUT clipDoc: Documents.Document);
BEGIN ASSERT(doc.context = NIL, 20 (*run once*)); clipDoc := doc
END InitClipboardDoc;
PROCEDURE (h: ClipboardHook) Paste*;
(** let focus document insert a copy of the clipboard's contents **)
(* adapted from WinCmds.Paste; has to go back in some form *)
VAR ops: Controllers.PollOpsMsg; msg: Controllers.EditMsg;
BEGIN
cloneAttributes := TRUE;
isText := TRUE;
Controllers.PollOps(ops);
isText := ops.type = "TextViews.View";
IF Controllers.paste IN ops.valid THEN
msg.clipboard := TRUE;
GetClipView(ops.pasteType, msg.view, msg.w, msg.h, msg.isSingle);
IF msg.view # NIL THEN
msg.op := Controllers.paste; Controllers.Forward(msg)
END
END;
cloneAttributes := FALSE;
isText := TRUE;
END Paste;
PROCEDURE Install*;
VAR h: ClipboardHook;
BEGIN NEW(h); StdCmds.clipboardHook := h
END Install;
BEGIN
Init
END WinClipboard.
WinClipboard.Flush
WinClipboard.Dump | Win/Mod/Clipboard.odc |
MODULE WinCmc ["MAPI32"];
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
CONST
NO_TIMEZONE* = MIN(SHORTINT);
EXT_REQUIRED* = {16};
EXT_OUTPUT* = {17};
EXT_LAST_ELEMENT* = {31};
EXT_RSV_FLAG_MASK* = {16..31};
EXT_ITEM_FLAG_MASK* = {0..15};
ATT_APP_OWNS_FILE* = {0};
ATT_LAST_ELEMENT* = {31};
ATT_OID_BINARY* = "? ? ? ? ? ?";
ATT_OID_TEXT* = "? ? ? ? ? ?";
TYPE_UNKNOWN* = 0;
TYPE_INDIVIDUAL* = 1;
TYPE_GROUP* = 2;
ROLE_TO* = 0;
ROLE_CC* = 1;
ROLE_BCC* = 2;
ROLE_ORIGINATOR* = 3;
ROLE_AUTHORIZING_USER* = 4;
RECIP_IGNORE* = {0};
RECIP_LIST_TRUNCATED* = {1};
RECIP_LAST_ELEMENT* = {31};
MSG_READ* = {0};
MSG_TEXT_NOTE_AS_FILE* = {1};
MSG_UNSENT* = {2};
MSG_LAST_ELEMENT* = {31};
SUM_READ* = {0};
SUM_UNSENT* = {1};
SUM_LAST_ELEMENT* = {31};
ERROR_UI_ALLOWED* = {24};
LOGON_UI_ALLOWED* = {25};
COUNTED_STRING_TYPE* = {26};
SEND_UI_REQUESTED* = {0};
FIRST_ATTACH_AS_TEXT_NOTE* = {1};
ACT_ON_EXTENDED* = 0;
ACT_ON_DELETE* = 1;
LIST_UNREAD_ONLY* = {0};
LIST_MSG_REFS_ONLY* = {1};
LIST_COUNT_ONLY* = {2};
LENGTH_UNKNOWN* = 0FFFFFFFFH;
DO_NOT_MARK_AS_READ* = {0};
MSG_AND_ATT_HDRS_ONLY* = {1};
READ_FIRST_UNREAD_MESSAGE* = {2};
LOOKUP_RESOLVE_PREFIX_SEARCH* = {0};
LOOKUP_RESOLVE_IDENTITY* = {1};
LOOKUP_RESOLVE_UI* = {2};
LOOKUP_DETAILS_UI* = {3};
LOOKUP_ADDRESSING_UI* = {4};
LOGOFF_UI_ALLOWED* = {0};
VERSION* = 100;
CONFIG_CHARACTER_SET* = 1;
CONFIG_LINE_TERM* = 2;
CONFIG_DEFAULT_SERVICE* = 3;
CONFIG_DEFAULT_USER* = 4;
CONFIG_REQ_PASSWORD* = 5;
CONFIG_REQ_SERVICE* = 6;
CONFIG_REQ_USER* = 7;
CONFIG_UI_AVAIL* = 8;
CONFIG_SUP_NOMKMSGREAD* = 9;
CONFIG_SUP_COUNTED_STR* = 10;
CONFIG_VER_IMPLEM* = 11;
CONFIG_VER_SPEC* = 12;
LINE_TERM_CRLF* = 0;
LINE_TERM_CR* = 1;
LINE_TERM_LF* = 2;
REQUIRED_NO* = 0;
REQUIRED_YES* = 1;
REQUIRED_OPT* = 2;
CHAR_CP437* = "1 2 840 113556 3 2 437";
CHAR_CP850* = "1 2 840 113556 3 2 850";
CHAR_CP1252* = "1 2 840 113556 3 2 1252";
CHAR_ISTRING* = "1 2 840 113556 3 2 0";
CHAR_UNICODE* = "1 2 840 113556 3 2 1";
ERROR_DISPLAYED* = 00008000H;
ERROR_RSV_MASK* = 0000FFFFH;
ERROR_IMPL_MASK* = 0FFFF0000H;
SUCCESS* = 0;
E_AMBIGUOUS_RECIPIENT* = 1;
E_ATTACHMENT_NOT_FOUND* = 2;
E_ATTACHMENT_OPEN_FAILURE* = 3;
E_ATTACHMENT_READ_FAILURE* = 4;
E_ATTACHMENT_WRITE_FAILURE* = 5;
E_COUNTED_STRING_UNSUPPORTED* = 6;
E_DISK_FULL* = 7;
E_FAILURE* = 8;
E_INSUFFICIENT_MEMORY* = 9;
E_INVALID_CONFIGURATION* = 10;
E_INVALID_ENUM* = 11;
E_INVALID_FLAG* = 12;
E_INVALID_MEMORY* = 13;
E_INVALID_MESSAGE_PARAMETER* = 14;
E_INVALID_MESSAGE_REFERENCE* = 15;
E_INVALID_PARAMETER* = 16;
E_INVALID_SESSION_ID* = 17;
E_INVALID_UI_ID* = 18;
E_LOGON_FAILURE* = 19;
E_MESSAGE_IN_USE* = 20;
E_NOT_SUPPORTED* = 21;
E_PASSWORD_REQUIRED* = 22;
E_RECIPIENT_NOT_FOUND* = 23;
E_SERVICE_UNAVAILABLE* = 24;
E_TEXT_TOO_LARGE* = 25;
E_TOO_MANY_FILES* = 26;
E_TOO_MANY_RECIPIENTS* = 27;
E_UNABLE_TO_NOT_MARK_AS_READ* = 28;
E_UNRECOGNIZED_MESSAGE_TYPE* = 29;
E_UNSUPPORTED_ACTION* = 30;
E_UNSUPPORTED_CHARACTER_SET* = 31;
E_UNSUPPORTED_DATA_EXT* = 32;
E_UNSUPPORTED_FLAG* = 33;
E_UNSUPPORTED_FUNCTION_EXT* = 34;
E_UNSUPPORTED_VERSION* = 35;
E_USER_CANCEL* = 36;
E_USER_NOT_LOGGED_ON* = 37;
TYPE
sint8* = BYTE;
sint16* = SHORTINT;
sint32* = INTEGER;
uint16* = SHORTINT;
uint32* = INTEGER;
buffer* = INTEGER; (* POINTER TO RECORD [untagged] END *)
string* = POINTER TO ARRAY [untagged] OF SHORTCHAR;
boolean* = uint16;
enum* = sint32;
return_code* = uint32;
flags* = SET;
object_identifier* = string;
session_id* = uint32;
ui_id* = uint32;
counted_string* = RECORD [untagged]
length*: uint32;
string*: ARRAY 32000 OF SHORTCHAR;
END;
message_reference* = counted_string;
time* = RECORD [untagged]
second*, minute*, hour*: sint8;
day*, month*, year*: sint8;
isdst*: sint8;
tmzone*: sint16
END;
extension* = RECORD [untagged]
item_code*: uint32;
item_data*: uint32;
item_reference*: buffer;
extension_flags*: flags
END;
attachment* = RECORD [untagged]
attach_title*: string;
attach_type*: object_identifier;
attach_filename*: string;
attach_flags*: flags;
attach_extensions*: POINTER TO extension
END;
recipient* = RECORD [untagged]
name*: string;
name_type*: enum;
address*: string;
role*: enum;
recip_flags*: flags;
recip_extensions*: POINTER TO extension
END;
message* = RECORD [untagged]
message_ref*: POINTER TO message_reference;
message_type*: string;
subject*: string;
time_sent*: time;
text_note*: string;
recipients*: POINTER TO recipient;
attachments*: POINTER TO attachment;
message_flags*: flags;
message_extensions*: POINTER TO extension
END;
message_summary* = RECORD [untagged]
message_ref*: POINTER TO message_reference;
message_type*: string;
subject*: string;
time_sent*: time;
byte_length*: uint32;
originator*: POINTER TO recipient;
summary_flags*: flags;
message_summary_extensions*: POINTER TO extension
END;
PROCEDURE send* ["cmc_send"] (session: session_id; VAR msg: message; flgs: flags; id: ui_id; VAR [nil] ext: ARRAY [untagged] OF extension): return_code;
(*END send;*)
PROCEDURE send_documents* ["cmc_send_documents"] (adr, subject, note: string; flgs: flags; paths, names, delimiter: string; id: ui_id): return_code;
(*END send_documents;*)
PROCEDURE act_on* ["cmc_act_on"] (session: session_id; VAR ref: message_reference; operation: enum; flgs: flags; id: ui_id; VAR [nil] ext: ARRAY [untagged] OF extension): return_code;
(*END act_on;*)
PROCEDURE list* ["cmc_list"] (session: session_id; type: string; flgs: flags; VAR [nil] seed: message_reference; VAR count: uint32; id: ui_id; VAR result: POINTER TO ARRAY [untagged] OF message_summary; VAR [nil] ext: ARRAY [untagged] OF extension): return_code;
(*END list;*)
PROCEDURE read* ["cmc_read"] (session: session_id; VAR ref: message_reference; flgs: flags; VAR msg: POINTER TO message; id: ui_id; VAR [nil] ext: ARRAY [untagged] OF extension): return_code;
(*END read;*)
PROCEDURE look_up* ["cmc_look_up"] (session: session_id; VAR rin: ARRAY [untagged] OF recipient; flgs: flags; id: ui_id; VAR count: uint32; VAR rout: POINTER TO ARRAY [untagged] OF recipient; VAR [nil] ext: ARRAY [untagged] OF extension): return_code;
(*END look_up;*)
PROCEDURE logoff* ["cmc_logoff"] (session: session_id; id: ui_id; flgs: flags; VAR [nil] ext: ARRAY [untagged] OF extension): return_code;
(*END logoff;*)
PROCEDURE logon* ["cmc_logon"] (service, user, password: string; chset: object_identifier; id: ui_id; version: uint16; flgs: flags; VAR session: session_id; VAR [nil] ext: ARRAY [untagged] OF extension): return_code;
(*END logon;*)
PROCEDURE query_configuration* ["cmc_query_configuration"] (session: session_id; item: enum; ref: buffer; VAR [nil] ext: ARRAY [untagged] OF extension): return_code;
(*END query_configuration;*)
PROCEDURE free* ["cmc_free"] (mem: buffer): return_code;
(*END free;*)
END WinCmc.
| Win/Mod/Cmc.odc |
MODULE WinCmds;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20150329, center #34, fixing the reuse of open documents
"
issues = "
- ...
"
**)
IMPORT
Views, Controllers, Dialog, Documents, Windows, StdCmds,
HostFiles := WinFiles, HostClipboard := WinClipboard;
(** Edit menu **)
PROCEDURE PasteObject*;
(** let focus document insert a copy of the clipboard's contents **)
VAR ops: Controllers.PollOpsMsg; v: Views.View; w, h: INTEGER; s: BOOLEAN;
BEGIN
HostClipboard.cloneAttributes := FALSE;
Controllers.PollOps(ops);
IF Controllers.paste IN ops.valid THEN
HostClipboard.GetClipView(ops.pasteType, v, w, h, s);
IF v # NIL THEN
Controllers.PasteView(v, w, h, TRUE)
END
END
END PasteObject;
PROCEDURE PasteToWindow*;
VAR v: Views.View; w, h: INTEGER; d: Documents.Document; s: BOOLEAN;
BEGIN
HostClipboard.cloneAttributes := FALSE;
HostClipboard.GetClipView("", v, w, h, s);
IF v # NIL THEN
d := Documents.dir.New(v, w, h);
Views.OpenView(d)
END
END PasteToWindow;
PROCEDURE OpenDoc* (file: ARRAY OF CHAR);
VAR w: Windows.Window;
BEGIN
w := Windows.dir.Focus(FALSE);
IF (w.loc # NIL) & (w.loc IS HostFiles.Locator) & (w.loc(HostFiles.Locator).path # "") THEN
StdCmds.OpenDoc(w.loc(HostFiles.Locator).path + "\" + file)
ELSE
StdCmds.OpenDoc(file)
END
END OpenDoc;
(* Guards *)
PROCEDURE PasteObjectGuard* (VAR par: Dialog.Par);
VAR ops: Controllers.PollOpsMsg;
BEGIN
Controllers.PollOps(ops);
IF ~(Controllers.paste IN ops.valid)
OR ~HostClipboard.ConvertibleTo("") THEN par.disabled := TRUE END
END PasteObjectGuard;
PROCEDURE PasteToWindowGuard* (VAR par: Dialog.Par);
BEGIN
IF ~HostClipboard.ConvertibleTo("") THEN par.disabled := TRUE END
END PasteToWindowGuard;
END WinCmds.
| Win/Mod/Cmds.odc |
MODULE WinConfig;
(**
project = "BlackBox 2.0"
organization = "www.oberon.ch blackbox.oberon.org"
contributors = "Oberon microsystems, Anton Dmitriev, Ivan Denisov"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- 20211027, ...
"
issues = "
- ...
"
**)
IMPORT OleData, WinRasters, WinPorts, Dialog;
PROCEDURE SetupBefore*;
BEGIN
WinRasters.Install;
WinPorts.noGDIplus := Dialog.isWine;
END SetupBefore;
(* StdConfig.Setup calling between in LinInit.Init *)
PROCEDURE SetupAfter*;
BEGIN
OleData.Register("OleData.ImportInfo", "OleData.ExportInfo", "BlackBox Info", "", {OleData.info});
OleData.Register("OleData.ImportNative", "OleData.ExportNative", "BlackBox Data", "", {});
OleData.Register("WinTextConv.ImportDRichText", "WinTextConv.ExportDRichText", "Rich Text Format", "TextViews.View", {});
(*OleData.Register("OleClient.ImportInfo", "OleClient.ExportInfo", "Object Descriptor", "", {OleData.info});
OleData.Register("", "OleClient.Export", "Embedded Object", "OleClient.View", {OleData.storage});
OleData.Register("OleClient.Import", "OleServer.Export", "Embed Source", "", {OleData.storage});
OleData.Register("OleClient.Import", "", "Embedded Object", "", {OleData.storage});*)
OleData.Register("WinTextConv.ImportDUnicode", "WinTextConv.ExportDUnicode", "UNICODETEXT", "TextViews.View", {});
OleData.Register("WinTextConv.ImportDText", "WinTextConv.ExportDText", "TEXT", "TextViews.View", {});
OleData.Register("WinPictures.ImportDPict", "WinPictures.ExportDPict", "METAFILEPICT", "WinPictures.View", {});
(*OleData.Register("WinBitmaps.ImportDBitmap", "WinBitmaps.ExportDBitmap", "BITMAP", "WinBitmaps.View", {});
OleData.Register("WinBitmaps.ImportDPictAsBitmap", "", "METAFILEPICT", "WinBitmaps.View", {});*)
OleData.Register("", "OleData.ExportPicture", "METAFILEPICT", "", {});
END SetupAfter;
END WinConfig.
| Win/Mod/Config.odc |
MODULE WinConsole;
(**
A. V. Shiryaev, 2012.10
Console implementation for Windows
**)
IMPORT SYSTEM, Console, WinApi;
TYPE
Cons = POINTER TO RECORD (Console.Console) END;
CONST
inBufLen = 128; (* > 0 *)
VAR
cons: Cons;
out, in: WinApi.HANDLE;
ss: ARRAY 4096 OF SHORTCHAR;
inBuf: ARRAY[untagged] inBufLen OF SHORTCHAR;
inBufW, inBufR: INTEGER; (* 0 <= inBufR <= inBufW <= inBufLen *)
PROCEDURE (cons: Cons) ReadLn (OUT text: ARRAY OF CHAR);
VAR
W: INTEGER;
res: WinApi.BOOL;
i: INTEGER;
done: BOOLEAN;
res1: INTEGER;
BEGIN
(* ReadLine -> ss, W *)
W := 0;
done := FALSE;
REPEAT
i := inBufR;
WHILE (i < inBufW) & (inBuf[i] # 0AX) & (W < LEN(ss)) DO
ss[W] := inBuf[i];
INC(W);
INC(i)
END;
IF i = inBufW THEN
inBufW := 0; inBufR := 0;
res := WinApi.ReadFile(in, SYSTEM.ADR(inBuf[0]), inBufLen, i, NIL);
IF res # 0 THEN (* TRUE *)
inBufW := i
ELSE
(* W := 0; *) done := TRUE
END
ELSIF inBuf[i] = 0AX THEN
ss[W] := 0AX; INC(W); done := TRUE;
inBufR := i + 1
ELSE (* ss is too small *)
W := 0; done := TRUE
END
UNTIL done;
IF W > 0 THEN
res1 := WinApi.MultiByteToWideChar(WinApi.CP_OEMCP, {}, ss, W, text, LEN(text) - 1);
IF (res1 > 0) & (res1 < LEN(text)) THEN
text[res1] := 0X
ELSE
text[0] := 0X
END
ELSE
text[0] := 0X
END
END ReadLn;
PROCEDURE Print (IN s: ARRAY OF CHAR; len: INTEGER);
VAR res, written: INTEGER;
BEGIN
IF len > 0 THEN
res := WinApi.WideCharToMultiByte(WinApi.CP_OEMCP, {}, s, len, ss, LEN(ss), NIL, NIL);
IF (res > 0) & (res <= LEN(ss)) THEN
res := WinApi.WriteFile(out, SYSTEM.ADR(ss[0]), res, written, NIL)
END
END
END Print;
PROCEDURE (cons: Cons) WriteChar (c: CHAR);
VAR ss: ARRAY 1 OF CHAR;
BEGIN
ss[0] := c;
Print(ss, 1)
END WriteChar;
PROCEDURE (cons: Cons) WriteStr (IN text: ARRAY OF CHAR);
BEGIN
Print(text, LEN(text$))
END WriteStr;
PROCEDURE (cons: Cons) WriteLn;
BEGIN
Print(0DX + 0AX, 2)
END WriteLn;
PROCEDURE Init;
VAR res: WinApi.BOOL;
BEGIN
NEW(cons);
(* this solution needs WinApi update
res := WinApi.AttachConsole(WinApi.ATTACH_PARENT_PROCESS);
IF res = WinApi.ERROR_ACCESS_DENIED THEN (* already attached )
ELSIF res = WinApi.ERROR_INVALID_HANDLE THEN
res := WinApi.AllocConsole()
ELSE ( error *)
END;
*)
out := WinApi.GetStdHandle(WinApi.STD_OUTPUT_HANDLE);
in := WinApi.GetStdHandle(WinApi.STD_INPUT_HANDLE);
inBufW := 0; inBufR := 0;
Console.SetConsole(cons)
END Init;
BEGIN
Init
END WinConsole.
| Win/Mod/Console.odc |
MODULE WinCtl ["COMCTL32.dll"];
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT WinOle, WinApi;
CONST (* macros *)
CDN_FIRST* = -601;
CDN_LAST* = -699;
ICC_LISTVIEW_CLASSES* = {0};
ICC_TREEVIEW_CLASSES* = {1};
ICC_BAR_CLASSES* = {2};
ICC_TAB_CLASSES* = {3};
ICC_UPDOWN_CLASS* = {4};
ICC_PROGRESS_CLASS* = {5};
ICC_HOTKEY_CLASS* = {6};
ICC_ANIMATE_CLASS* = {7};
ICC_WIN95_CLASSES* = {0..7};
ICC_DATE_CLASSES* = {8};
ICC_USEREX_CLASSES* = {9};
ODT_HEADER* = 100;
ODT_TAB* = 101;
ODT_LISTVIEW* = 102;
LVM_FIRST* = 4096;
TV_FIRST* = 4352;
HDM_FIRST* = 4608;
NM_OUTOFMEMORY* = -1;
NM_CLICK* = -2;
NM_DBLCLK* = -3;
NM_RETURN* = -4;
NM_RCLICK* = -5;
NM_RDBLCLK* = -6;
NM_SETFOCUS* = -7;
NM_KILLFOCUS* = -8;
NM_CUSTOMDRAW* = -12;
NM_HOVER* = -13;
NM_FIRST* = 0;
NM_LAST* = -99;
LVN_FIRST* = -100;
LVN_LAST* = -199;
HDN_FIRST* = -300;
HDN_LAST* = -399;
TVN_FIRST* = -400;
TVN_LAST* = -499;
TTN_FIRST* = -520;
TTN_LAST* = -549;
TCN_FIRST* = -550;
TCN_LAST* = -580;
TBN_FIRST* = -700;
TBN_LAST* = -720;
UDN_FIRST* = -721;
UDN_LAST* = -740;
MCN_FIRST* = -750;
MCN_LAST* = -759;
DTN_FIRST* = -760;
DTN_LAST* = -769;
CBEN_FIRST* = -800;
CBEN_LAST* = -830;
MSGF_COMMCTRL_BEGINDRAG* = 16896;
MSGF_COMMCTRL_SIZEHEADER* = 16897;
MSGF_COMMCTRL_DRAGSELECT* = 16898;
MSGF_COMMCTRL_TOOLBARCUST* = 16899;
CDRF_DODEFAULT* = {};
CDRF_SKIPDEFAULT* = {0};
CDRF_NEWFONT* = {1};
CDRF_NOTIFYPOSTPAINT* = {4};
CDRF_NOTIFYITEMDRAW* = {5};
CDDS_PREPAINT* = {0};
CDDS_POSTPAINT* = {1};
CDDS_ITEM* = {16};
CDDS_ITEMPREPAINT* = {0, 16};
CDDS_ITEMPOSTPAINT* = {1, 16};
CDIS_SELECTED* = {0};
CDIS_GRAYED* = {1};
CDIS_DISABLED* = {2};
CDIS_CHECKED* = {3};
CDIS_FOCUS* = {4};
CDIS_DEFAULT* = {5};
CLR_NONE* = -1;
CLR_DEFAULT* = -16777216;
ILC_MASK* = {0};
ILC_COLOR* = {};
ILC_COLORDDB* = {1..7};
ILC_COLOR4* = {2};
ILC_COLOR8* = {3};
ILC_COLOR16* = {4};
ILC_COLOR24* = {3, 4};
ILC_COLOR32* = {5};
ILC_PALETTE* = {11};
ILD_NORMAL* = {};
ILD_TRANSPARENT* = {0};
ILD_MASK* = {4};
ILD_IMAGE* = {5};
ILD_ROP* = {6};
ILD_BLEND25* = {1};
ILD_BLEND50* = {2};
ILD_OVERLAYMASK* = {8..11};
ILD_SELECTED* = {2};
ILD_FOCUS* = {1};
ILD_BLEND* = {2};
CLR_HILIGHT* = -16777216;
ILCF_MOVE* = {};
ILCF_SWAP* = {0};
WC_HEADERA* = "SysHeader32";
WC_HEADERW* = "SysHeader32";
WC_HEADER* = "SysHeader32";
HDS_HORZ* = {};
HDS_BUTTONS* = {1};
HDS_HIDDEN* = {3};
HDS_DRAGDROP* = {6};
HDI_WIDTH* = {0};
HDI_HEIGHT* = {0};
HDI_TEXT* = {1};
HDI_FORMAT* = {2};
HDI_LPARAM* = {3};
HDI_BITMAP* = {4};
HDI_IMAGE* = {5};
HDI_DI_SETITEM* = {6};
HDI_ORDER* = {7};
HDF_LEFT* = 0;
HDF_RIGHT* = 1;
HDF_CENTER* = 2;
HDF_JUSTIFYMASK* = 3;
HDF_RTLREADING* = 4;
HDF_OWNERDRAW* = 32768;
HDF_STRING* = 16384;
HDF_BITMAP* = 8192;
HDF_BITMAP_ON_RIGHT* = 4096;
HDF_IMAGE* = 2048;
HDM_GETITEMCOUNT* = 4608;
HDM_INSERTITEMA* = 4609;
HDM_INSERTITEMW* = 4618;
HDM_INSERTITEM* = 4609;
HDM_DELETEITEM* = 4610;
HDM_GETITEMA* = 4611;
HDM_GETITEMW* = 4619;
HDM_GETITEM* = 4611;
HDM_SETITEMA* = 4612;
HDM_SETITEMW* = 4620;
HDM_SETITEM* = 4612;
HDM_LAYOUT* = 4613;
HHT_NOWHERE* = 1;
HHT_ONHEADER* = 2;
HHT_ONDIVIDER* = 4;
HHT_ONDIVOPEN* = 8;
HHT_ABOVE* = 256;
HHT_BELOW* = 512;
HHT_TORIGHT* = 1024;
HHT_TOLEFT* = 2048;
HDM_HITTEST* = 4614;
HDM_GETITEMRECT* = 4615;
HDM_SETIMAGELIST* = 4616;
HDM_GETIMAGELIST* = 4617;
HDM_ORDERTOINDEX* = 4623;
HDM_CREATEDRAGIMAGE* = 4624;
HDM_GETORDERARRAY* = 4625;
HDM_SETORDERARRAY* = 4626;
HDM_SETHOTDIVIDER* = 4627;
HDN_ITEMCHANGINGA* = -300;
HDN_ITEMCHANGINGW* = -320;
HDN_ITEMCHANGEDA* = -301;
HDN_ITEMCHANGEDW* = -321;
HDN_ITEMCLICKA* = -302;
HDN_ITEMCLICKW* = -322;
HDN_ITEMDBLCLICKA* = -303;
HDN_ITEMDBLCLICKW* = -323;
HDN_DIVIDERDBLCLICKA* = -305;
HDN_DIVIDERDBLCLICKW* = -325;
HDN_BEGINTRACKA* = -306;
HDN_BEGINTRACKW* = -326;
HDN_ENDTRACKA* = -307;
HDN_ENDTRACKW* = -327;
HDN_TRACKA* = -308;
HDN_TRACKW* = -328;
HDN_GETDISPINFOA* = -309;
HDN_GETDISPINFOW* = -329;
HDN_BEGINDRAG* = -310;
HDN_ENDDRAG* = -311;
HDN_ITEMCHANGING* = -300;
HDN_ITEMCHANGED* = -301;
HDN_ITEMCLICK* = -302;
HDN_ITEMDBLCLICK* = -303;
HDN_DIVIDERDBLCLICK* = -305;
HDN_BEGINTRACK* = -306;
HDN_ENDTRACK* = -307;
HDN_TRACK* = -308;
HDN_GETDISPINFO* = -309;
TOOLBARCLASSNAMEW* = "ToolbarWindow32";
TOOLBARCLASSNAMEA* = "ToolbarWindow32";
TOOLBARCLASSNAME* = "ToolbarWindow32";
CMB_MASKED* = 2;
TBSTATE_CHECKED* = {0};
TBSTATE_PRESSED* = {1};
TBSTATE_ENABLED* = {2};
TBSTATE_HIDDEN* = {3};
TBSTATE_INDETERMINATE* = {4};
TBSTATE_WRAP* = {5};
TBSTYLE_BUTTON* = {};
TBSTYLE_SEP* = {0};
TBSTYLE_CHECK* = {1};
TBSTYLE_GROUP* = {2};
TBSTYLE_CHECKGROUP* = {1, 2};
TBSTYLE_DROPDOWN* = {3};
TBSTYLE_TOOLTIPS* = {8};
TBSTYLE_WRAPABLE* = {9};
TBSTYLE_ALTDRAG* = {10};
TB_ENABLEBUTTON* = 1025;
TB_CHECKBUTTON* = 1026;
TB_PRESSBUTTON* = 1027;
TB_HIDEBUTTON* = 1028;
TB_INDETERMINATE* = 1029;
TB_ISBUTTONENABLED* = 1033;
TB_ISBUTTONCHECKED* = 1034;
TB_ISBUTTONPRESSED* = 1035;
TB_ISBUTTONHIDDEN* = 1036;
TB_ISBUTTONINDETERMINATE* = 1037;
TB_SETSTATE* = 1041;
TB_GETSTATE* = 1042;
TB_ADDBITMAP* = 1043;
IDB_STD_SMALL_COLOR* = 0;
IDB_STD_LARGE_COLOR* = 1;
IDB_VIEW_SMALL_COLOR* = 4;
IDB_VIEW_LARGE_COLOR* = 5;
IDB_HIST_SMALL_COLOR* = 8;
IDB_HIST_LARGE_COLOR* = 9;
STD_CUT* = 0;
STD_COPY* = 1;
STD_PASTE* = 2;
STD_UNDO* = 3;
STD_REDOW* = 4;
STD_DELETE* = 5;
STD_FILENEW* = 6;
STD_FILEOPEN* = 7;
STD_FILESAVE* = 8;
STD_PRINTPRE* = 9;
STD_PROPERTIES* = 10;
STD_HELP* = 11;
STD_FIND* = 12;
STD_REPLACE* = 13;
STD_PRINT* = 14;
VIEW_LARGEICONS* = 0;
VIEW_SMALLICONS* = 1;
VIEW_LIST* = 2;
VIEW_DETAILS* = 3;
VIEW_SORTNAME* = 4;
VIEW_SORTSIZE* = 5;
VIEW_SORTDATE* = 6;
VIEW_SORTTYPE* = 7;
VIEW_PARENTFOLDER* = 8;
VIEW_NETCONNECT* = 9;
VIEW_NETDISCONNECT* = 10;
VIEW_NEWFOLDER* = 11;
HIST_BACK* = 0;
HIST_FORWARD* = 1;
HIST_FAVORITES* = 2;
HIST_ADDTOFAVORITES* = 3;
HIST_VIEWTREE* = 4;
TB_ADDBUTTONS* = 1044;
TB_INSERTBUTTON* = 1045;
TB_DELETEBUTTON* = 1046;
TB_GETBUTTON* = 1047;
TB_BUTTONCOUNT* = 1048;
TB_COMMANDTOINDEX* = 1049;
TB_SAVERESTOREA* = 1050;
TB_SAVERESTOREW* = 1100;
TB_CUSTOMIZE* = 1051;
TB_ADDSTRINGA* = 1052;
TB_ADDSTRINGW* = 1101;
TB_GETITEMRECT* = 1053;
TB_BUTTONSTRUCTSIZE* = 1054;
TB_SETBUTTONSIZE* = 1055;
TB_SETBITMAPSIZE* = 1056;
TB_AUTOSIZE* = 1057;
TB_GETTOOLTIPS* = 1059;
TB_SETTOOLTIPS* = 1060;
TB_SETPARENT* = 1061;
TB_SETROWS* = 1063;
TB_GETROWS* = 1064;
TB_SETCMDID* = 1066;
TB_CHANGEBITMAP* = 1067;
TB_GETBITMAP* = 1068;
TB_GETBUTTONTEXTA* = 1069;
TB_GETBUTTONTEXTW* = 1099;
TB_REPLACEBITMAP* = 1070;
TB_SETINDENT* = 1071;
TB_SETIMAGELIST* = 1072;
TB_GETIMAGELIST* = 1073;
TB_LOADIMAGES* = 1074;
TB_GETRECT* = 1075;
TB_GETBUTTONTEXT* = 1069;
TB_SAVERESTORE* = 1050;
TB_ADDSTRING* = 1052;
TBBF_LARGE* = 1;
TB_GETBITMAPFLAGS* = 1065;
TBN_GETBUTTONINFOA* = -700;
TBN_GETBUTTONINFOW* = -720;
TBN_BEGINDRAG* = -701;
TBN_ENDDRAG* = -702;
TBN_BEGINADJUST* = -703;
TBN_ENDADJUST* = -704;
TBN_RESET* = -705;
TBN_QUERYINSERT* = -706;
TBN_QUERYDELETE* = -707;
TBN_TOOLBARCHANGE* = -708;
TBN_CUSTHELP* = -709;
TBN_DROPDOWN* = -710;
TBN_CLOSEUP* = -711;
TBN_GETBUTTONINFO* = -700;
TOOLTIPS_CLASSW* = "tooltips_class32";
TOOLTIPS_CLASSA* = "tooltips_class32";
TOOLTIPS_CLASS* = "tooltips_class32";
TTS_ALWAYSTIP* = {0};
TTS_NOPREFIX* = {1};
TTF_IDISHWND* = {0};
TTF_CENTERTIP* = {1};
TTF_RTLREADING* = {2};
TTF_SUBCLASS* = {4};
TTF_TRACK* = {5};
TTF_ABSOLUTE* = {7};
TTF_TRANSPARENT* = {8};
TTF_DI_SETITEM* = {15};
TTDT_AUTOMATIC* = 0;
TTDT_RESHOW* = 1;
TTDT_AUTOPOP* = 2;
TTDT_INITIAL* = 3;
TTM_ACTIVATE* = 1025;
TTM_SETDELAYTIME* = 1027;
TTM_ADDTOOLA* = 1028;
TTM_ADDTOOLW* = 1074;
TTM_DELTOOLA* = 1029;
TTM_DELTOOLW* = 1075;
TTM_NEWTOOLRECTA* = 1030;
TTM_NEWTOOLRECTW* = 1076;
TTM_RELAYEVENT* = 1031;
TTM_GETTOOLINFOA* = 1032;
TTM_GETTOOLINFOW* = 1077;
TTM_SETTOOLINFOA* = 1033;
TTM_SETTOOLINFOW* = 1078;
TTM_HITTESTA* = 1034;
TTM_HITTESTW* = 1079;
TTM_GETTEXTA* = 1035;
TTM_GETTEXTW* = 1080;
TTM_UPDATETIPTEXTA* = 1036;
TTM_UPDATETIPTEXTW* = 1081;
TTM_GETTOOLCOUNT* = 1037;
TTM_ENUMTOOLSA* = 1038;
TTM_ENUMTOOLSW* = 1082;
TTM_GETCURRENTTOOLA* = 1039;
TTM_GETCURRENTTOOLW* = 1083;
TTM_WINDOWFROMPOINT* = 1040;
TTM_TRACKACTIVATE* = 1041;
TTM_TRACKPOSITION* = 1042;
TTM_SETTIPBKCOLOR* = 1043;
TTM_SETTIPTEXTCOLOR* = 1044;
TTM_GETDELAYTIME* = 1045;
TTM_GETTIPBKCOLOR* = 1046;
TTM_GETTIPTEXTCOLOR* = 1047;
TTM_ADDTOOL* = 1028;
TTM_DELTOOL* = 1029;
TTM_NEWTOOLRECT* = 1030;
TTM_GETTOOLINFO* = 1032;
TTM_SETTOOLINFO* = 1033;
TTM_HITTEST* = 1034;
TTM_GETTEXT* = 1035;
TTM_UPDATETIPTEXT* = 1036;
TTM_ENUMTOOLS* = 1038;
TTM_GETCURRENTTOOL* = 1039;
TTN_GETDISPINFOA* = -520;
TTN_GETDISPINFOW* = -530;
TTN_SHOW* = -521;
TTN_POP* = -522;
TTN_GETDISPINFO* = -520;
TTN_NEEDTEXT* = -520;
TTN_NEEDTEXTA* = -520;
TTN_NEEDTEXTW* = -530;
SBARS_SIZEGRIP* = 256;
STATUSCLASSNAMEW* = "msctls_statusbar32";
STATUSCLASSNAMEA* = "msctls_statusbar32";
STATUSCLASSNAME* = "msctls_statusbar32";
SB_SETTEXTA* = 1025;
SB_SETTEXTW* = 1035;
SB_GETTEXTA* = 1026;
SB_GETTEXTW* = 1037;
SB_GETTEXTLENGTHA* = 1027;
SB_GETTEXTLENGTHW* = 1036;
SB_GETTEXT* = 1026;
SB_SETTEXT* = 1025;
SB_GETTEXTLENGTH* = 1027;
SB_SETPARTS* = 1028;
SB_GETPARTS* = 1030;
SB_GETBORDERS* = 1031;
SB_SETMINHEIGHT* = 1032;
SB_SIMPLE* = 1033;
SB_GETRECT* = 1034;
SBT_OWNERDRAW* = 4096;
SBT_NOBORDERS* = 256;
SBT_POPOUT* = 512;
SBT_RTLREADING* = 1024;
MINSYSCOMMAND* = 61440;
TRACKBAR_CLASSA* = "msctls_trackbar32";
TRACKBAR_CLASSW* = "msctls_trackbar32";
TRACKBAR_CLASS* = "msctls_trackbar32";
TBS_AUTOTICKS* = {0};
TBS_VERT* = {1};
TBS_HORZ* = {};
TBS_TOP* = {2};
TBS_BOTTOM* = {};
TBS_LEFT* = {2};
TBS_RIGHT* = {};
TBS_BOTH* = {3};
TBS_NOTICKS* = {4};
TBS_ENABLESELRANGE* = {5};
TBS_FIXEDLENGTH* = {6};
TBS_NOTHUMB* = {7};
TBS_TOOLTIPS* = {8};
TBM_GETPOS* = 1024;
TBM_GETRANGEMIN* = 1025;
TBM_GETRANGEMAX* = 1026;
TBM_GETTIC* = 1027;
TBM_SETTIC* = 1028;
TBM_SETPOS* = 1029;
TBM_SETRANGE* = 1030;
TBM_SETRANGEMIN* = 1031;
TBM_SETRANGEMAX* = 1032;
TBM_CLEARTICS* = 1033;
TBM_SETSEL* = 1034;
TBM_SETSELSTART* = 1035;
TBM_SETSELEND* = 1036;
TBM_GETPTICS* = 1038;
TBM_GETTICPOS* = 1039;
TBM_GETNUMTICS* = 1040;
TBM_GETSELSTART* = 1041;
TBM_GETSELEND* = 1042;
TBM_CLEARSEL* = 1043;
TBM_SETTICFREQ* = 1044;
TBM_SETPAGESIZE* = 1045;
TBM_GETPAGESIZE* = 1046;
TBM_SETLINESIZE* = 1047;
TBM_GETLINESIZE* = 1048;
TBM_GETTHUMBRECT* = 1049;
TBM_GETCHANNELRECT* = 1050;
TBM_SETTHUMBLENGTH* = 1051;
TBM_GETTHUMBLENGTH* = 1052;
TBM_SETTOOLTIPS* = 1053;
TBM_GETTOOLTIPS* = 1054;
TBM_SETTIPSIDE* = 1055;
TBTS_TOP* = 0;
TBTS_LEFT* = 1;
TBTS_BOTTOM* = 2;
TBTS_RIGHT* = 3;
TBM_SETBUDDY* = 1056;
TBM_GETBUDDY* = 1057;
TB_LINEUP* = 0;
TB_LINEDOWN* = 1;
TB_PAGEUP* = 2;
TB_PAGEDOWN* = 3;
TB_THUMBPOSITION* = 4;
TB_THUMBTRACK* = 5;
TB_TOP* = 6;
TB_BOTTOM* = 7;
TB_ENDTRACK* = 8;
TBCD_TICS* = 1;
TBCD_THUMB* = 2;
TBCD_CHANNEL* = 3;
DL_BEGINDRAG* = 1157;
DL_DRAGGING* = 1158;
DL_DROPPED* = 1159;
DL_CANCELDRAG* = 1160;
DL_CURSORSET* = 0;
DL_STOPCURSOR* = 1;
DL_COPYCURSOR* = 2;
DL_MOVECURSOR* = 3;
DRAGLISTMSGSTRING* = "commctrl_DragListMsg";
UPDOWN_CLASSA* = "msctls_updown32";
UPDOWN_CLASSW* = "msctls_updown32";
UPDOWN_CLASS* = "msctls_updown32";
UD_MAXVAL* = 32767;
UD_MINVAL* = -32767;
UDS_WRAP* = {0};
UDS_SETBUDDYINT* = {1};
UDS_ALIGNRIGHT* = {2};
UDS_ALIGNLEFT* = {3};
UDS_AUTOBUDDY* = {4};
UDS_ARROWKEYS* = {5};
UDS_HORZ* = {6};
UDS_NOTHOUSANDS* = {7};
UDM_SETRANGE* = 1125;
UDM_GETRANGE* = 1126;
UDM_SETPOS* = 1127;
UDM_GETPOS* = 1128;
UDM_SETBUDDY* = 1129;
UDM_GETBUDDY* = 1130;
UDM_SETACCEL* = 1131;
UDM_GETACCEL* = 1132;
UDM_SETBASE* = 1133;
UDM_GETBASE* = 1134;
UDN_DELTAPOS* = -722;
PROGRESS_CLASSA* = "msctls_progress32";
PROGRESS_CLASSW* = "msctls_progress32";
PROGRESS_CLASS* = "msctls_progress32";
PBS_SMOOTH* = 1;
PBS_VERTICAL* = 4;
PBM_SETRANGE* = 1025;
PBM_SETPOS* = 1026;
PBM_DELTAPOS* = 1027;
PBM_SETSTEP* = 1028;
PBM_STEPIT* = 1029;
PBM_SETRANGE32* = 1030;
HOTKEYF_SHIFT* = {0};
HOTKEYF_CONTROL* = {1};
HOTKEYF_ALT* = {2};
HOTKEYF_EXT* = {3};
HKCOMB_NONE* = {0};
HKCOMB_S* = {1};
HKCOMB_C* = {2};
HKCOMB_A* = {3};
HKCOMB_SC* = {4};
HKCOMB_SA* = {5};
HKCOMB_CA* = {6};
HKCOMB_SCA* = {7};
HKM_SETHOTKEY* = 1025;
HKM_GETHOTKEY* = 1026;
HKM_SETRULES* = 1027;
HOTKEY_CLASSA* = "msctls_hotkey32";
HOTKEY_CLASSW* = "msctls_hotkey32";
HOTKEY_CLASS* = "msctls_hotkey32";
CCS_TOP* = {0};
CCS_NOMOVEY* = {1};
CCS_BOTTOM* = {0, 1};
CCS_NORESIZE* = {2};
CCS_NOPARENTALIGN* = {3};
CCS_ADJUSTABLE* = {5};
CCS_NODIVIDER* = {6};
WC_LISTVIEWA* = "SysListView32";
WC_LISTVIEWW* = "SysListView32";
WC_LISTVIEW* = "SysListView32";
LVS_ICON* = {};
LVS_REPORT* = {0};
LVS_SMALLICON* = {1};
LVS_LIST* = {0, 1};
LVS_TYPEMASK* = {0, 1};
LVS_SINGLESEL* = {2};
LVS_SHOWSELALWAYS* = {3};
LVS_SORTASCENDING* = {4};
LVS_SORTDESCENDING* = {5};
LVS_SHAREIMAGELISTS* = {6};
LVS_NOLABELWRAP* = {7};
LVS_AUTOARRANGE* = {8};
LVS_EDITLABELS* = {9};
LVS_OWNERDATA* = {12};
LVS_NOSCROLL* = {13};
LVS_TYPESTYLEMASK* = {10..15};
LVS_ALIGNTOP* = {};
LVS_ALIGNLEFT* = {11};
LVS_ALIGNMASK* = {10, 11};
LVS_OWNERDRAWFIXED* = {10};
LVS_NOCOLUMNHEADER* = {14};
LVS_NOSORTHEADER* = {15};
LVM_GETBKCOLOR* = 4096;
LVM_SETBKCOLOR* = 4097;
LVM_GETIMAGELIST* = 4098;
LVSIL_NORMAL* = 0;
LVSIL_SMALL* = 1;
LVSIL_STATE* = 2;
LVM_SETIMAGELIST* = 4099;
LVM_GETITEMCOUNT* = 4100;
LVIF_TEXT* = {0};
LVIF_IMAGE* = {1};
LVIF_PARAM* = {2};
LVIF_STATE* = {3};
LVIF_INDENT* = {4};
LVIS_FOCUSED* = {0};
LVIS_SELECTED* = {1};
LVIS_CUT* = {2};
LVIS_DROPHILITED* = {3};
LVIS_OVERLAYMASK* = {8..11};
LVIS_STATEIMAGEMASK* = {12..15};
I_INDENTCALLBACK* = -1;
LPSTR_TEXTCALLBACKW* = -1;
LPSTR_TEXTCALLBACKA* = -1;
LPSTR_TEXTCALLBACK* = -1;
I_IMAGECALLBACK* = -1;
LVM_GETITEMA* = 4101;
LVM_GETITEMW* = 4171;
LVM_GETITEM* = 4101;
LVM_SETITEMA* = 4102;
LVM_SETITEMW* = 4172;
LVM_SETITEM* = 4102;
LVM_INSERTITEMA* = 4103;
LVM_INSERTITEMW* = 4173;
LVM_INSERTITEM* = 4103;
LVM_DELETEITEM* = 4104;
LVM_DELETEALLITEMS* = 4105;
LVM_GETCALLBACKMASK* = 4106;
LVM_SETCALLBACKMASK* = 4107;
LVNI_ALL* = {};
LVNI_FOCUSED* = {0};
LVNI_SELECTED* = {1};
LVNI_CUT* = {2};
LVNI_DROPHILITED* = {3};
LVNI_ABOVE* = {8};
LVNI_BELOW* = {9};
LVNI_TOLEFT* = {10};
LVNI_TORIGHT* = {11};
LVM_GETNEXTITEM* = 4108;
LVFI_PARAM* = {0};
LVFI_STRING* = {1};
LVFI_PARTIAL* = {3};
LVFI_WRAP* = {5};
LVFI_NEARESTXY* = {6};
LVM_FINDITEMA* = 4109;
LVM_FINDITEMW* = 4179;
LVM_FINDITEM* = 4109;
LVIR_BOUNDS* = 0;
LVIR_ICON* = 1;
LVIR_LABEL* = 2;
LVIR_SELECTBOUNDS* = 3;
LVM_GETITEMRECT* = 4110;
LVM_SETITEMPOSITION* = 4111;
LVM_GETITEMPOSITION* = 4112;
LVM_GETSTRINGWIDTHA* = 4113;
LVM_GETSTRINGWIDTHW* = 4183;
LVM_GETSTRINGWIDTH* = 4113;
LVHT_NOWHERE* = {0};
LVHT_ONITEMICON* = {1};
LVHT_ONITEMLABEL* = {2};
LVHT_ONITEMSTATEICON* = {3};
LVHT_ONITEM* = {1..3};
LVHT_ABOVE* = {3};
LVHT_BELOW* = {4};
LVHT_TORIGHT* = {5};
LVHT_TOLEFT* = {6};
LVM_HITTEST* = 4114;
LVM_ENSUREVISIBLE* = 4115;
LVM_SCROLL* = 4116;
LVM_REDRAWITEMS* = 4117;
LVA_DEFAULT* = 0;
LVA_ALIGNLEFT* = 1;
LVA_ALIGNTOP* = 2;
LVA_SNAPTOGRID* = 5;
LVM_ARRANGE* = 4118;
LVM_EDITLABELA* = 4119;
LVM_EDITLABELW* = 4214;
LVM_EDITLABEL* = 4119;
LVM_GETEDITCONTROL* = 4120;
LVCF_FMT* = {0};
LVCF_WIDTH* = {1};
LVCF_TEXT* = {2};
LVCF_SUBITEM* = {3};
LVCF_IMAGE* = {4};
LVCF_ORDER* = {5};
LVCFMT_LEFT* = 0;
LVCFMT_RIGHT* = 1;
LVCFMT_CENTER* = 2;
LVCFMT_JUSTIFYMASK* = 3;
LVCFMT_IMAGE* = 2048;
LVCFMT_BITMAP_ON_RIGHT* = 4096;
LVCFMT_COL_HAS_IMAGES* = 32768;
LVM_GETCOLUMNA* = 4121;
LVM_GETCOLUMNW* = 4191;
LVM_GETCOLUMN* = 4121;
LVM_SETCOLUMNA* = 4122;
LVM_SETCOLUMNW* = 4192;
LVM_SETCOLUMN* = 4122;
LVM_INSERTCOLUMNA* = 4123;
LVM_INSERTCOLUMNW* = 4193;
LVM_INSERTCOLUMN* = 4123;
LVM_DELETECOLUMN* = 4124;
LVM_GETCOLUMNWIDTH* = 4125;
LVSCW_AUTOSIZE* = -1;
LVSCW_AUTOSIZE_USEHEADER* = -2;
LVM_SETCOLUMNWIDTH* = 4126;
LVM_CREATEDRAGIMAGE* = 4129;
LVM_GETVIEWRECT* = 4130;
LVM_GETTEXTCOLOR* = 4131;
LVM_SETTEXTCOLOR* = 4132;
LVM_GETTEXTBKCOLOR* = 4133;
LVM_SETTEXTBKCOLOR* = 4134;
LVM_GETTOPINDEX* = 4135;
LVM_GETCOUNTPERPAGE* = 4136;
LVM_GETORIGIN* = 4137;
LVM_UPDATE* = 4138;
LVM_SETITEMSTATE* = 4139;
LVM_GETITEMSTATE* = 4140;
LVM_GETITEMTEXTA* = 4141;
LVM_GETITEMTEXTW* = 4211;
LVM_GETITEMTEXT* = 4141;
LVM_SETITEMTEXTA* = 4142;
LVM_SETITEMTEXTW* = 4212;
LVM_SETITEMTEXT* = 4142;
LVM_SETITEMCOUNT* = 4143;
LVM_SORTITEMS* = 4144;
LVM_SETITEMPOSITION32* = 4145;
LVM_GETSELECTEDCOUNT* = 4146;
LVM_GETITEMSPACING* = 4147;
LVM_GETISEARCHSTRINGA* = 4148;
LVM_GETISEARCHSTRINGW* = 4213;
LVM_GETISEARCHSTRING* = 4148;
LVM_SETICONSPACING* = 4149;
LVM_SETEXTENDEDLISTVIEWSTYLE* = 4150;
LVM_GETEXTENDEDLISTVIEWSTYLE* = 4151;
LVS_EX_GRIDLINES* = {0};
LVS_EX_SUBITEMIMAGES* = {1};
LVS_EX_CHECKBOXES* = {2};
LVS_EX_TRACKSELECT* = {3};
LVS_EX_HEADERDRAGDROP* = {4};
LVS_EX_FULLROWSELECT* = {5};
LVM_GETSUBITEMRECT* = 4152;
LVM_SUBITEMHITTEST* = 4153;
LVM_SETCOLUMNORDERARRAY* = 4154;
LVM_GETCOLUMNORDERARRAY* = 4155;
LVM_SETHOTITEM* = 4156;
LVM_GETHOTITEM* = 4157;
LVM_SETHOTCURSOR* = 4158;
LVM_GETHOTCURSOR* = 4159;
LVN_ITEMCHANGING* = -100;
LVN_ITEMCHANGED* = -101;
LVN_INSERTITEM* = -102;
LVN_DELETEITEM* = -103;
LVN_DELETEALLITEMS* = -104;
LVN_BEGINLABELEDITA* = -105;
LVN_BEGINLABELEDITW* = -175;
LVN_ENDLABELEDITA* = -106;
LVN_ENDLABELEDITW* = -176;
LVN_COLUMNCLICK* = -108;
LVN_BEGINDRAG* = -109;
LVN_BEGINRDRAG* = -111;
LVN_ODCACHEHINT* = -113;
LVN_ODFINDITEMA* = -152;
LVN_ODFINDITEMW* = -179;
LVN_ODFINDITEM* = -152;
LVN_GETDISPINFOA* = -150;
LVN_GETDISPINFOW* = -177;
LVN_SETDISPINFOA* = -151;
LVN_SETDISPINFOW* = -178;
LVN_BEGINLABELEDIT* = -105;
LVN_ENDLABELEDIT* = -106;
LVN_GETDISPINFO* = -150;
LVN_SETDISPINFO* = -151;
LVIF_DI_SETITEM* = {12};
LVN_KEYDOWN* = -155;
LVN_MARQUEEBEGIN* = -156;
WC_TREEVIEWA* = "SysTreeView32";
WC_TREEVIEWW* = "SysTreeView32";
WC_TREEVIEW* = "SysTreeView32";
TVS_HASBUTTONS* = {0};
TVS_HASLINES* = {1};
TVS_LINESATROOT* = {2};
TVS_EDITLABELS* = {3};
TVS_DISABLEDRAGDROP* = {4};
TVS_SHOWSELALWAYS* = {5};
TVS_SHAREDIMAGELISTS* = {};
TVS_PRIVATEIMAGELISTS* = {6};
TVS_NOTOOLTIPS* = {7};
TVS_CHECKBOXES* = {8};
TVS_TRACKSELECT* = {9};
TVS_NOSCROLL* = {13};
TVIF_TEXT* = {0};
TVIF_IMAGE* = {1};
TVIF_PARAM* = {2};
TVIF_STATE* = {3};
TVIF_HANDLE* = {4};
TVIF_SELECTEDIMAGE* = {5};
TVIF_CHILDREN* = {6};
TVIS_SELECTED* = {1};
TVIS_CUT* = {2};
TVIS_DROPHILITED* = {3};
TVIS_BOLD* = {4};
TVIS_EXPANDED* = {5};
TVIS_EXPANDEDONCE* = {6};
TVIS_EXPANDPARTIAL* = {7};
TVIS_OVERLAYMASK* = {8..11};
TVIS_STATEIMAGEMASK* = {12..15};
TVIS_USERMASK* = {12..15};
TVI_ROOT* = 0FFFF0000H;
TVI_FIRST* = 0FFFF0001H;
TVI_LAST* = 0FFFF0002H;
TVI_SORT* = 0FFFF0003H;
I_CHILDRENCALLBACK* = -1;
TVM_INSERTITEMA* = 4352;
TVM_INSERTITEMW* = 4402;
TVM_INSERTITEM* = 4352;
TVM_DELETEITEM* = 4353;
TVM_EXPAND* = 4354;
TVE_COLLAPSE* = 1;
TVE_EXPAND* = 2;
TVE_TOGGLE* = 3;
TVE_EXPANDPARTIAL* = 16384;
TVE_COLLAPSERESET* = 32768;
TVM_GETITEMRECT* = 4356;
TVM_GETCOUNT* = 4357;
TVM_GETINDENT* = 4358;
TVM_SETINDENT* = 4359;
TVM_GETIMAGELIST* = 4360;
TVSIL_NORMAL* = 0;
TVSIL_STATE* = 2;
TVM_SETIMAGELIST* = 4361;
TVM_GETNEXTITEM* = 4362;
TVGN_ROOT* = 0;
TVGN_NEXT* = 1;
TVGN_PREVIOUS* = 2;
TVGN_PARENT* = 3;
TVGN_CHILD* = 4;
TVGN_FIRSTVISIBLE* = 5;
TVGN_NEXTVISIBLE* = 6;
TVGN_PREVIOUSVISIBLE* = 7;
TVGN_DROPHILITE* = 8;
TVGN_CARET* = 9;
TVM_SELECTITEM* = 4363;
TVM_GETITEMA* = 4364;
TVM_GETITEMW* = 4414;
TVM_GETITEM* = 4364;
TVM_SETITEMA* = 4365;
TVM_SETITEMW* = 4415;
TVM_SETITEM* = 4365;
TVM_EDITLABELA* = 4366;
TVM_EDITLABELW* = 4417;
TVM_EDITLABEL* = 4366;
TVM_GETEDITCONTROL* = 4367;
TVM_GETVISIBLECOUNT* = 4368;
TVM_HITTEST* = 4369;
TVHT_NOWHERE* = {0};
TVHT_ONITEMICON* = {1};
TVHT_ONITEMLABEL* = {2};
TVHT_ONITEM* = {1, 2, 6};
TVHT_ONITEMINDENT* = {3};
TVHT_ONITEMBUTTON* = {4};
TVHT_ONITEMRIGHT* = {5};
TVHT_ONITEMSTATEICON* = {6};
TVHT_ABOVE* = {8};
TVHT_BELOW* = {9};
TVHT_TORIGHT* = {10};
TVHT_TOLEFT* = {11};
TVM_CREATEDRAGIMAGE* = 4370;
TVM_SORTCHILDREN* = 4371;
TVM_ENSUREVISIBLE* = 4372;
TVM_SORTCHILDRENCB* = 4373;
TVM_ENDEDITLABELNOW* = 4374;
TVM_GETISEARCHSTRINGA* = 4375;
TVM_GETISEARCHSTRINGW* = 4416;
TVM_GETISEARCHSTRING* = 4375;
TVM_SETTOOLTIPS* = 4376;
TVM_GETTOOLTIPS* = 4377;
TVN_SELCHANGINGA* = -401;
TVN_SELCHANGINGW* = -450;
TVN_SELCHANGEDA* = -402;
TVN_SELCHANGEDW* = -451;
TVC_UNKNOWN* = 0;
TVC_BYMOUSE* = 1;
TVC_BYKEYBOARD* = 2;
TVN_GETDISPINFOA* = -403;
TVN_GETDISPINFOW* = -452;
TVN_SETDISPINFOA* = -404;
TVN_SETDISPINFOW* = -453;
TVIF_DI_SETITEM* = {12};
TVN_ITEMEXPANDINGA* = -405;
TVN_ITEMEXPANDINGW* = -454;
TVN_ITEMEXPANDEDA* = -406;
TVN_ITEMEXPANDEDW* = -455;
TVN_BEGINDRAGA* = -407;
TVN_BEGINDRAGW* = -456;
TVN_BEGINRDRAGA* = -408;
TVN_BEGINRDRAGW* = -457;
TVN_DELETEITEMA* = -409;
TVN_DELETEITEMW* = -458;
TVN_BEGINLABELEDITA* = -410;
TVN_BEGINLABELEDITW* = -459;
TVN_ENDLABELEDITA* = -411;
TVN_ENDLABELEDITW* = -460;
TVN_KEYDOWN* = -412;
TVN_SELCHANGING* = -401;
TVN_SELCHANGED* = -402;
TVN_GETDISPINFO* = -403;
TVN_SETDISPINFO* = -404;
TVN_ITEMEXPANDING* = -405;
TVN_ITEMEXPANDED* = -406;
TVN_BEGINDRAG* = -407;
TVN_BEGINRDRAG* = -408;
TVN_DELETEITEM* = -409;
TVN_BEGINLABELEDIT* = -410;
TVN_ENDLABELEDIT* = -411;
WC_COMBOBOXEXW* = "ComboBoxEx";
WC_COMBOBOXEXA* = "ComboBoxEx32";
WC_COMBOBOXEX* = "ComboBoxEx32";
CBEIF_TEXT* = {0};
CBEIF_IMAGE* = {1};
CBEIF_SELECTEDIMAGE* = {2};
CBEIF_OVERLAY* = {3};
CBEIF_INDENT* = {4};
CBEIF_LPARAM* = {5};
CBEIF_DI_SETITEM* = {28};
CBEM_INSERTITEM* = 1025;
CBEM_SETIMAGELIST* = 1026;
CBEM_GETIMAGELIST* = 1027;
CBEM_GETITEM* = 1028;
CBEM_SETITEM* = 1029;
CBEM_DELETEITEM* = 324;
CBEM_GETCOMBOCONTROL* = 1030;
CBEM_GETEDITCONTROL* = 1031;
CBEM_SETEXSTYLE* = 1032;
CBEM_GETEXSTYLE* = 1033;
CBEM_HASEDITCHANGED* = 1034;
CBES_EX_NOEDITIMAGE* = {0};
CBES_EX_NOEDITIMAGEINDENT* = {1};
CBEN_GETDISPINFO* = -800;
CBEN_INSERTITEM* = -801;
CBEN_DELETEITEM* = -802;
CBEN_BEGINEDIT* = -804;
CBEN_ENDEDIT* = -805;
CBENF_KILLFOCUS* = 1;
CBENF_RETURN* = 2;
CBENF_ESCAPE* = 3;
CBENF_DROPDOWN* = 4;
CBEMAXSTRLEN* = 260;
WC_TABCONTROLA* = "SysTabControl32";
WC_TABCONTROLW* = "SysTabControl32";
WC_TABCONTROL* = "SysTabControl32";
TCS_SCROLLOPPOSITE* = {0};
TCS_BOTTOM* = {1};
TCS_RIGHT* = {1};
TCS_FORCEICONLEFT* = {4};
TCS_FORCELABELLEFT* = {5};
TCS_VERTICAL* = {7};
TCS_TABS* = {};
TCS_BUTTONS* = {8};
TCS_SINGLELINE* = {};
TCS_MULTILINE* = {9};
TCS_RIGHTJUSTIFY* = {};
TCS_FIXEDWIDTH* = {10};
TCS_RAGGEDRIGHT* = {11};
TCS_FOCUSONBUTTONDOWN* = {12};
TCS_OWNERDRAWFIXED* = {13};
TCS_TOOLTIPS* = {14};
TCS_FOCUSNEVER* = {15};
TCM_FIRST* = 4864;
TCM_GETIMAGELIST* = 4866;
TCM_SETIMAGELIST* = 4867;
TCM_GETITEMCOUNT* = 4868;
TCIF_TEXT* = {0};
TCIF_IMAGE* = {1};
TCIF_RTLREADING* = {2};
TCIF_PARAM* = {3};
TCIF_STATE* = {4};
TCIS_BUTTONPRESSED* = 1;
TCM_GETITEMA* = 4869;
TCM_GETITEMW* = 4924;
TCM_GETITEM* = 4869;
TCM_SETITEMA* = 4870;
TCM_SETITEMW* = 4925;
TCM_SETITEM* = 4870;
TCM_INSERTITEMA* = 4871;
TCM_INSERTITEMW* = 4926;
TCM_INSERTITEM* = 4871;
TCM_DELETEITEM* = 4872;
TCM_DELETEALLITEMS* = 4873;
TCM_GETITEMRECT* = 4874;
TCM_GETCURSEL* = 4875;
TCM_SETCURSEL* = 4876;
TCHT_NOWHERE* = {0};
TCHT_ONITEMICON* = {1};
TCHT_ONITEMLABEL* = {2};
TCHT_ONITEM* = {1, 2};
TCM_HITTEST* = 4877;
TCM_SETITEMEXTRA* = 4878;
TCM_ADJUSTRECT* = 4904;
TCM_SETITEMSIZE* = 4905;
TCM_REMOVEIMAGE* = 4906;
TCM_SETPADDING* = 4907;
TCM_GETROWCOUNT* = 4908;
TCM_GETTOOLTIPS* = 4909;
TCM_SETTOOLTIPS* = 4910;
TCM_GETCURFOCUS* = 4911;
TCM_SETCURFOCUS* = 4912;
TCM_SETMINTABWIDTH* = 4913;
TCM_DESELECTALL* = 4914;
TCN_KEYDOWN* = -550;
TCN_SELCHANGE* = -551;
TCN_SELCHANGING* = -552;
ANIMATE_CLASSW* = "SysAnimate32";
ANIMATE_CLASSA* = "SysAnimate32";
ANIMATE_CLASS* = "SysAnimate32";
ACS_CENTER* = {0};
ACS_TRANSPARENT* = {1};
ACS_AUTOPLAY* = {2};
ACS_TIMER* = {3};
ACM_OPENA* = 1124;
ACM_OPENW* = 1127;
ACM_OPEN* = 1124;
ACM_PLAY* = 1125;
ACM_STOP* = 1126;
ACN_START* = 1;
ACN_STOP* = 2;
MONTHCAL_CLASSW* = "SysMonthCal32";
MONTHCAL_CLASSA* = "SysMonthCal32";
MONTHCAL_CLASS* = "SysMonthCal32";
MCM_FIRST* = 4096;
MCM_GETCURSEL* = 4097;
MCM_SETCURSEL* = 4098;
MCM_GETMAXSELCOUNT* = 4099;
MCM_SETMAXSELCOUNT* = 4100;
MCM_GETSELRANGE* = 4101;
MCM_SETSELRANGE* = 4102;
MCM_GETMONTHRANGE* = 4103;
MCM_SETDAYSTATE* = 4104;
MCM_GETMINREQRECT* = 4105;
MCM_GETTODAY* = 4106;
MCM_SETTODAY* = 4107;
MCM_GETWEEKNUMBERS* = 4108;
MCM_SETWEEKNUMBERS* = 4109;
MCN_SELCHANGE* = -749;
MCN_GETDAYSTATE* = -748;
MCS_DAYSTATE* = {0};
MCS_MULTISELECT* = {1};
MCS_WEEKNUMBERS* = {2};
MCS_NOTODAY* = {3};
GMR_VISIBLE* = 0;
GMR_DAYSTATE* = 1;
DATETIMEPICK_CLASSW* = "SysDateTimePick32";
DATETIMEPICK_CLASSA* = "SysDateTimePick32";
DATETIMEPICK_CLASS* = "SysDateTimePick32";
DTM_FIRST* = 4096;
DTM_GETSYSTEMTIME* = 4097;
DTM_SETSYSTEMTIME* = 4098;
DTM_GETRANGE* = 4099;
DTM_SETRANGE* = 4100;
DTM_SETFORMAT* = 4101;
DTS_UPDOWN* = {0};
DTS_SHOWNONE* = {1};
DTS_SHORTDATEFORMAT* = {};
DTS_LONGDATEFORMAT* = {2};
DTS_TIMEFORMAT* = {0, 3};
DTS_APPCANPARSE* = {4};
DTN_DATETIMECHANGE* = -759;
DTN_USERSTRING* = -758;
DTN_WMKEYDOWN* = -757;
DTN_FORMAT* = -756;
DTN_FORMATQUERY* = -755;
GDTR_MIN* = 1;
GDTR_MAX* = 2;
GDT_ERROR* = -1;
GDT_VALID* = 0;
GDT_NONE* = 1;
CONST (* enumerations *)
TYPE
INITCOMMONCONTROLSEX* = RECORD [noalign]
dwSize*: INTEGER;
dwICC*: SET;
END;
PtrINITCOMMONCONTROLSEX* = POINTER TO INITCOMMONCONTROLSEX;
NMCUSTOMDRAW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
dwDrawStage*: SET;
hdc*: WinApi.HDC;
rc*: WinApi.RECT;
dwItemSpec*: INTEGER;
uItemState*: SET;
END;
PtrNMCUSTOMDRAW* = POINTER TO NMCUSTOMDRAW;
_IMAGELIST* = RECORD [untagged] (*i*) END;
Ptr_IMAGELIST* = POINTER TO _IMAGELIST;
IMAGELISTDRAWPARAMS* = RECORD [noalign]
cbSize*: INTEGER;
himl*: Ptr_IMAGELIST;
i*: INTEGER;
hdcDst*: WinApi.HDC;
x*: INTEGER;
y*: INTEGER;
cx*: INTEGER;
cy*: INTEGER;
xBitmap*: INTEGER;
yBitmap*: INTEGER;
rgbBk*: WinApi.COLORREF;
rgbFg*: WinApi.COLORREF;
fStyle*: SET;
dwRop*: INTEGER;
END;
PtrIMAGELISTDRAWPARAMS* = POINTER TO IMAGELISTDRAWPARAMS;
IMAGEINFO* = RECORD [noalign]
hbmImage*: WinApi.HBITMAP;
hbmMask*: WinApi.HBITMAP;
Unused1*: INTEGER;
Unused2*: INTEGER;
rcImage*: WinApi.RECT;
END;
PtrIMAGEINFO* = POINTER TO IMAGEINFO;
HDITEMA* = RECORD [noalign]
mask*: SET;
cxy*: INTEGER;
pszText*: WinApi.PtrSTR;
hbm*: WinApi.HBITMAP;
cchTextMax*: INTEGER;
fmt*: INTEGER;
lParam*: WinApi.LPARAM;
iImage*: INTEGER;
iOrder*: INTEGER;
END;
PtrHDITEMA* = POINTER TO HDITEMA;
HDITEMW* = RECORD [noalign]
mask*: SET;
cxy*: INTEGER;
pszText*: WinApi.PtrWSTR;
hbm*: WinApi.HBITMAP;
cchTextMax*: INTEGER;
fmt*: INTEGER;
lParam*: WinApi.LPARAM;
iImage*: INTEGER;
iOrder*: INTEGER;
END;
PtrHDITEMW* = POINTER TO HDITEMW;
HD_ITEMA* = HDITEMA; (*m*)
PtrHD_ITEMA* = PtrHDITEMA;
HD_ITEMW* = HDITEMW; (*m*)
PtrHD_ITEMW* = PtrHDITEMW;
HDITEM* = HDITEMA; (*m*)
PtrHDITEM* = PtrHDITEMA;
HD_ITEM* = HDITEMA; (*m*)
PtrHD_ITEM* = PtrHDITEMA;
HDLAYOUT* = RECORD [noalign]
prc*: WinApi.PtrRECT;
pwpos*: WinApi.PtrWINDOWPOS;
END;
PtrHDLAYOUT* = POINTER TO HDLAYOUT;
HD_LAYOUT* = HDLAYOUT; (*m*)
PtrHD_LAYOUT* = PtrHDLAYOUT;
HDHITTESTINFO* = RECORD [noalign]
pt*: WinApi.POINT;
flags*: SET;
iItem*: INTEGER;
END;
PtrHDHITTESTINFO* = POINTER TO HDHITTESTINFO;
HD_HITTESTINFO* = HDHITTESTINFO; (*m*)
PtrHD_HITTESTINFO* = PtrHDHITTESTINFO;
NMHEADERA* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iItem*: INTEGER;
iButton*: INTEGER;
pitem*: PtrHDITEMA;
END;
PtrNMHEADERA* = POINTER TO NMHEADERA;
NMHEADERW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iItem*: INTEGER;
iButton*: INTEGER;
pitem*: PtrHDITEMW;
END;
PtrNMHEADERW* = POINTER TO NMHEADERW;
NMHEADER* = NMHEADERA; (*m*)
PtrNMHEADER* = PtrNMHEADERA;
HD_NOTIFYA* = NMHEADERA; (*m*)
PtrHD_NOTIFYA* = PtrNMHEADERA;
HD_NOTIFYW* = NMHEADERW; (*m*)
PtrHD_NOTIFYW* = PtrNMHEADERW;
HD_NOTIFY* = NMHEADERA; (*m*)
PtrHD_NOTIFY* = PtrNMHEADERA;
NMHDDISPINFOW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iItem*: INTEGER;
mask*: SET;
pszText*: WinApi.PtrWSTR;
cchTextMax*: INTEGER;
iImage*: INTEGER;
lParam*: WinApi.LPARAM;
END;
PtrNMHDDISPINFOW* = POINTER TO NMHDDISPINFOW;
NMHDDISPINFOA* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iItem*: INTEGER;
mask*: SET;
pszText*: WinApi.PtrSTR;
cchTextMax*: INTEGER;
iImage*: INTEGER;
lParam*: WinApi.LPARAM;
END;
PtrNMHDDISPINFOA* = POINTER TO NMHDDISPINFOA;
NMHDDISPINFO* = NMHDDISPINFOA; (*m*)
PtrNMHDDISPINFO* = PtrNMHDDISPINFOA;
TBBUTTON* = RECORD [noalign]
iBitmap*: INTEGER;
idCommand*: INTEGER;
fsState*: SHORTCHAR;
fsStyle*: SHORTCHAR;
bReserved*: ARRAY [untagged] 2 OF SHORTCHAR;
dwData*: INTEGER;
iString*: INTEGER;
END;
PtrTBBUTTON* = POINTER TO TBBUTTON;
COLORMAP* = RECORD [noalign]
from*: WinApi.COLORREF;
to*: WinApi.COLORREF;
END;
PtrCOLORMAP* = POINTER TO COLORMAP;
TBADDBITMAP* = RECORD [noalign]
hInst*: WinApi.HINSTANCE;
nID*: INTEGER;
END;
PtrTBADDBITMAP* = POINTER TO TBADDBITMAP;
TBSAVEPARAMSA* = RECORD [noalign]
hkr*: WinApi.HKEY;
pszSubKey*: WinApi.PtrSTR;
pszValueName*: WinApi.PtrSTR;
END;
PtrTBSAVEPARAMSA* = POINTER TO TBSAVEPARAMSA;
TBSAVEPARAMSW* = RECORD [noalign]
hkr*: WinApi.HKEY;
pszSubKey*: WinApi.PtrWSTR;
pszValueName*: WinApi.PtrWSTR;
END;
PtrTBSAVEPARAMSW* = POINTER TO TBSAVEPARAMSW;
TBSAVEPARAMS* = TBSAVEPARAMSA; (*m*)
PtrTBSAVEPARAMS* = PtrTBSAVEPARAMSA;
TBREPLACEBITMAP* = RECORD [noalign]
hInstOld*: WinApi.HINSTANCE;
nIDOld*: INTEGER;
hInstNew*: WinApi.HINSTANCE;
nIDNew*: INTEGER;
nButtons*: INTEGER;
END;
PtrTBREPLACEBITMAP* = POINTER TO TBREPLACEBITMAP;
NMTOOLBARA* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iItem*: INTEGER;
tbButton*: TBBUTTON;
cchText*: INTEGER;
pszText*: WinApi.PtrSTR;
END;
PtrNMTOOLBARA* = POINTER TO NMTOOLBARA;
NMTOOLBARW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iItem*: INTEGER;
tbButton*: TBBUTTON;
cchText*: INTEGER;
pszText*: WinApi.PtrWSTR;
END;
PtrNMTOOLBARW* = POINTER TO NMTOOLBARW;
NMTOOLBAR* = NMTOOLBARA; (*m*)
PtrNMTOOLBAR* = PtrNMTOOLBARA;
TBNOTIFYA* = NMTOOLBARA; (*m*)
PtrTBNOTIFYA* = PtrNMTOOLBARA;
TBNOTIFYW* = NMTOOLBARW; (*m*)
PtrTBNOTIFYW* = PtrNMTOOLBARW;
TBNOTIFY* = NMTOOLBARA; (*m*)
PtrTBNOTIFY* = PtrNMTOOLBARA;
TTTOOLINFOA* = RECORD [noalign]
cbSize*: INTEGER;
uFlags*: SET;
hwnd*: WinApi.HWND;
uId*: INTEGER;
rect*: WinApi.RECT;
hinst*: WinApi.HINSTANCE;
lpszText*: WinApi.PtrSTR;
lParam*: WinApi.LPARAM;
END;
PtrTTTOOLINFOA* = POINTER TO TTTOOLINFOA;
TTTOOLINFOW* = RECORD [noalign]
cbSize*: INTEGER;
uFlags*: SET;
hwnd*: WinApi.HWND;
uId*: INTEGER;
rect*: WinApi.RECT;
hinst*: WinApi.HINSTANCE;
lpszText*: WinApi.PtrWSTR;
lParam*: WinApi.LPARAM;
END;
PtrTTTOOLINFOW* = POINTER TO TTTOOLINFOW;
TTTOOLINFO* = TTTOOLINFOA; (*m*)
PtrTTTOOLINFO* = PtrTTTOOLINFOA;
TOOLINFO* = TTTOOLINFOA; (*m*)
PtrTOOLINFO* = PtrTTTOOLINFOA;
TOOLINFOA* = TTTOOLINFOA; (*m*)
PtrTOOLINFOA* = PtrTTTOOLINFOA;
TOOLINFOW* = TTTOOLINFOW; (*m*)
PtrTOOLINFOW* = PtrTTTOOLINFOW;
TTHITTESTINFOA* = RECORD [noalign]
hwnd*: WinApi.HWND;
pt*: WinApi.POINT;
ti*: TTTOOLINFOA;
END;
PtrTTHITTESTINFOA* = POINTER TO TTHITTESTINFOA;
TTHITTESTINFOW* = RECORD [noalign]
hwnd*: WinApi.HWND;
pt*: WinApi.POINT;
ti*: TTTOOLINFOW;
END;
PtrTTHITTESTINFOW* = POINTER TO TTHITTESTINFOW;
TTHITTESTINFO* = TTHITTESTINFOA; (*m*)
PtrTTHITTESTINFO* = PtrTTHITTESTINFOA;
NMTTDISPINFOA* = RECORD [noalign]
hdr*: WinApi.NMHDR;
lpszText*: WinApi.PtrSTR;
szText*: ARRAY [untagged] 80 OF SHORTCHAR;
hinst*: WinApi.HINSTANCE;
uFlags*: SET;
lParam*: WinApi.LPARAM;
END;
PtrNMTTDISPINFOA* = POINTER TO NMTTDISPINFOA;
NMTTDISPINFOW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
lpszText*: WinApi.PtrWSTR;
szText*: ARRAY [untagged] 80 OF CHAR;
hinst*: WinApi.HINSTANCE;
uFlags*: SET;
lParam*: WinApi.LPARAM;
END;
PtrNMTTDISPINFOW* = POINTER TO NMTTDISPINFOW;
TOOLTIPTEXTW* = NMTTDISPINFOW; (*m*)
PtrTOOLTIPTEXTW* = PtrNMTTDISPINFOW;
TOOLTIPTEXTA* = NMTTDISPINFOA; (*m*)
PtrTOOLTIPTEXTA* = PtrNMTTDISPINFOA;
TOOLTIPTEXT* = NMTTDISPINFOA; (*m*)
PtrTOOLTIPTEXT* = PtrNMTTDISPINFOA;
NMTTDISPINFO* = NMTTDISPINFOA; (*m*)
PtrNMTTDISPINFO* = PtrNMTTDISPINFOA;
DRAGLISTINFO* = RECORD [noalign]
uNotification*: INTEGER;
hWnd*: WinApi.HWND;
ptCursor*: WinApi.POINT;
END;
PtrDRAGLISTINFO* = POINTER TO DRAGLISTINFO;
UDACCEL* = RECORD [noalign]
nSec*: INTEGER;
nInc*: INTEGER;
END;
PtrUDACCEL* = POINTER TO UDACCEL;
NMUPDOWN* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iPos*: INTEGER;
iDelta*: INTEGER;
END;
PtrNMUPDOWN* = POINTER TO NMUPDOWN;
NM_UPDOWN* = NMUPDOWN; (*m*)
PtrNM_UPDOWN* = PtrNMUPDOWN;
LVITEMA* = RECORD [noalign]
mask*: SET;
iItem*: INTEGER;
iSubItem*: INTEGER;
state*: INTEGER;
stateMask*: INTEGER;
pszText*: WinApi.PtrSTR;
cchTextMax*: INTEGER;
iImage*: INTEGER;
lParam*: WinApi.LPARAM;
iIndent*: INTEGER;
END;
PtrLVITEMA* = POINTER TO LVITEMA;
LV_ITEMA* = LVITEMA; (*m*)
PtrLV_ITEMA* = PtrLVITEMA;
LVITEMW* = RECORD [noalign]
mask*: SET;
iItem*: INTEGER;
iSubItem*: INTEGER;
state*: INTEGER;
stateMask*: INTEGER;
pszText*: WinApi.PtrWSTR;
cchTextMax*: INTEGER;
iImage*: INTEGER;
lParam*: WinApi.LPARAM;
iIndent*: INTEGER;
END;
PtrLVITEMW* = POINTER TO LVITEMW;
LV_ITEMW* = LVITEMW; (*m*)
PtrLV_ITEMW* = PtrLVITEMW;
LV_ITEM* = LVITEMA; (*m*)
PtrLV_ITEM* = PtrLVITEMA;
LVITEM* = LVITEMA; (*m*)
PtrLVITEM* = PtrLVITEMA;
LVFINDINFOA* = RECORD [noalign]
flags*: SET;
psz*: WinApi.PtrSTR;
lParam*: WinApi.LPARAM;
pt*: WinApi.POINT;
vkDirection*: INTEGER;
END;
PtrLVFINDINFOA* = POINTER TO LVFINDINFOA;
LV_FINDINFOA* = LVFINDINFOA; (*m*)
PtrLV_FINDINFOA* = PtrLVFINDINFOA;
LVFINDINFOW* = RECORD [noalign]
flags*: SET;
psz*: WinApi.PtrWSTR;
lParam*: WinApi.LPARAM;
pt*: WinApi.POINT;
vkDirection*: INTEGER;
END;
PtrLVFINDINFOW* = POINTER TO LVFINDINFOW;
LV_FINDINFOW* = LVFINDINFOW; (*m*)
PtrLV_FINDINFOW* = PtrLVFINDINFOW;
LV_FINDINFO* = LVFINDINFOA; (*m*)
PtrLV_FINDINFO* = PtrLVFINDINFOA;
LVFINDINFO* = LVFINDINFOA; (*m*)
PtrLVFINDINFO* = PtrLVFINDINFOA;
LVHITTESTINFO* = RECORD [noalign]
pt*: WinApi.POINT;
flags*: SET;
iItem*: INTEGER;
iSubItem*: INTEGER;
END;
PtrLVHITTESTINFO* = POINTER TO LVHITTESTINFO;
LV_HITTESTINFO* = LVHITTESTINFO; (*m*)
PtrLV_HITTESTINFO* = PtrLVHITTESTINFO;
LVCOLUMNA* = RECORD [noalign]
mask*: SET;
fmt*: INTEGER;
cx*: INTEGER;
pszText*: WinApi.PtrSTR;
cchTextMax*: INTEGER;
iSubItem*: INTEGER;
iImage*: INTEGER;
iOrder*: INTEGER;
END;
PtrLVCOLUMNA* = POINTER TO LVCOLUMNA;
LVCOLUMNW* = RECORD [noalign]
mask*: SET;
fmt*: INTEGER;
cx*: INTEGER;
pszText*: WinApi.PtrWSTR;
cchTextMax*: INTEGER;
iSubItem*: INTEGER;
iImage*: INTEGER;
iOrder*: INTEGER;
END;
PtrLVCOLUMNW* = POINTER TO LVCOLUMNW;
LVCOLUMN* = LVCOLUMNA; (*m*)
PtrLVCOLUMN* = PtrLVCOLUMNA;
LV_COLUMN* = LVCOLUMNA; (*m*)
PtrLV_COLUMN* = PtrLVCOLUMNA;
LV_COLUMNA* = LVCOLUMNA; (*m*)
PtrLV_COLUMNA* = PtrLVCOLUMNA;
LV_COLUMNW* = LVCOLUMNW; (*m*)
PtrLV_COLUMNW* = PtrLVCOLUMNW;
FNLVCOMPARE* = PROCEDURE (p0: WinApi.LPARAM; p1: WinApi.LPARAM; p2: WinApi.LPARAM): INTEGER;
NMLISTVIEW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iItem*: INTEGER;
iSubItem*: INTEGER;
uNewState*: INTEGER;
uOldState*: INTEGER;
uChanged*: INTEGER;
ptAction*: WinApi.POINT;
lParam*: WinApi.LPARAM;
END;
PtrNMLISTVIEW* = POINTER TO NMLISTVIEW;
NM_LISTVIEW* = NMLISTVIEW; (*m*)
PtrNM_LISTVIEW* = PtrNMLISTVIEW;
NMLVCUSTOMDRAW* = RECORD [noalign]
nmcd*: NMCUSTOMDRAW;
clrText*: WinApi.COLORREF;
clrTextBk*: WinApi.COLORREF;
END;
PtrNMLVCUSTOMDRAW* = POINTER TO NMLVCUSTOMDRAW;
NMLVCACHEHINT* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iFrom*: INTEGER;
iTo*: INTEGER;
END;
PtrNMLVCACHEHINT* = POINTER TO NMLVCACHEHINT;
NM_CACHEHINT* = NMLVCACHEHINT; (*m*)
PtrNM_CACHEHINT* = PtrNMLVCACHEHINT;
NMLVFINDITEM* = RECORD [noalign]
hdr*: WinApi.NMHDR;
iStart*: INTEGER;
lvfi*: LVFINDINFOA;
END;
PtrNMLVFINDITEM* = POINTER TO NMLVFINDITEM;
NM_FINDITEM* = NMLVFINDITEM; (*m*)
PtrNM_FINDITEM* = PtrNMLVFINDITEM;
NMLVDISPINFOA* = RECORD [noalign]
hdr*: WinApi.NMHDR;
item*: LVITEMA;
END;
PtrNMLVDISPINFOA* = POINTER TO NMLVDISPINFOA;
NMLVDISPINFOW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
item*: LVITEMW;
END;
PtrNMLVDISPINFOW* = POINTER TO NMLVDISPINFOW;
LV_DISPINFOA* = NMLVDISPINFOA; (*m*)
PtrLV_DISPINFOA* = PtrNMLVDISPINFOA;
LV_DISPINFOW* = NMLVDISPINFOW; (*m*)
PtrLV_DISPINFOW* = PtrNMLVDISPINFOW;
LV_DISPINFO* = NMLVDISPINFOA; (*m*)
PtrLV_DISPINFO* = PtrNMLVDISPINFOA;
NMLVDISPINFO* = NMLVDISPINFOA; (*m*)
PtrNMLVDISPINFO* = PtrNMLVDISPINFOA;
NMLVKEYDOWN* = RECORD [noalign]
hdr*: WinApi.NMHDR;
wVKey*: SHORTINT;
flags*: SET;
END;
PtrNMLVKEYDOWN* = POINTER TO NMLVKEYDOWN;
LV_KEYDOWN* = NMLVKEYDOWN; (*m*)
PtrLV_KEYDOWN* = PtrNMLVKEYDOWN;
_TREEITEM* = RECORD [untagged] (*i*) END;
Ptr_TREEITEM* = POINTER TO _TREEITEM;
TVITEMA* = RECORD [noalign]
mask*: SET;
hItem*: Ptr_TREEITEM;
state*: INTEGER;
stateMask*: INTEGER;
pszText*: WinApi.PtrSTR;
cchTextMax*: INTEGER;
iImage*: INTEGER;
iSelectedImage*: INTEGER;
cChildren*: INTEGER;
lParam*: WinApi.LPARAM;
END;
PtrTVITEMA* = POINTER TO TVITEMA;
TVITEMW* = RECORD [noalign]
mask*: SET;
hItem*: Ptr_TREEITEM;
state*: INTEGER;
stateMask*: INTEGER;
pszText*: WinApi.PtrWSTR;
cchTextMax*: INTEGER;
iImage*: INTEGER;
iSelectedImage*: INTEGER;
cChildren*: INTEGER;
lParam*: WinApi.LPARAM;
END;
PtrTVITEMW* = POINTER TO TVITEMW;
TV_ITEMW* = TVITEMW; (*m*)
PtrTV_ITEMW* = PtrTVITEMW;
TV_ITEMA* = TVITEMA; (*m*)
PtrTV_ITEMA* = PtrTVITEMA;
TV_ITEM* = TVITEMA; (*m*)
PtrTV_ITEM* = PtrTVITEMA;
TVITEM* = TVITEMA; (*m*)
PtrTVITEM* = PtrTVITEMA;
TVINSERTSTRUCTA* = RECORD [noalign]
hParent*: Ptr_TREEITEM;
hInsertAfter*: Ptr_TREEITEM;
item*: TVITEMA;
END;
PtrTVINSERTSTRUCTA* = POINTER TO TVINSERTSTRUCTA;
TVINSERTSTRUCTW* = RECORD [noalign]
hParent*: Ptr_TREEITEM;
hInsertAfter*: Ptr_TREEITEM;
item*: TVITEMW;
END;
PtrTVINSERTSTRUCTW* = POINTER TO TVINSERTSTRUCTW;
TV_INSERTSTRUCTA* = TVINSERTSTRUCTA; (*m*)
PtrTV_INSERTSTRUCTA* = PtrTVINSERTSTRUCTA;
TV_INSERTSTRUCTW* = TVINSERTSTRUCTW; (*m*)
PtrTV_INSERTSTRUCTW* = PtrTVINSERTSTRUCTW;
TVINSERTSTRUCT* = TVINSERTSTRUCTA; (*m*)
PtrTVINSERTSTRUCT* = PtrTVINSERTSTRUCTA;
TVHITTESTINFO* = RECORD [noalign]
pt*: WinApi.POINT;
flags*: SET;
hItem*: Ptr_TREEITEM;
END;
PtrTVHITTESTINFO* = POINTER TO TVHITTESTINFO;
TV_HITTESTINFO* = TVHITTESTINFO; (*m*)
PtrTV_HITTESTINFO* = PtrTVHITTESTINFO;
FNTVCOMPARE* = PROCEDURE (lParam1: WinApi.LPARAM; lParam2: WinApi.LPARAM; lParamSort: WinApi.LPARAM): INTEGER;
TVSORTCB* = RECORD [noalign]
hParent*: Ptr_TREEITEM;
lpfnCompare*: FNTVCOMPARE;
lParam*: WinApi.LPARAM;
END;
PtrTVSORTCB* = POINTER TO TVSORTCB;
TV_SORTCB* = TVSORTCB; (*m*)
PtrTV_SORTCB* = PtrTVSORTCB;
NMTREEVIEWA* = RECORD [noalign]
hdr*: WinApi.NMHDR;
action*: INTEGER;
itemOld*: TVITEMA;
itemNew*: TVITEMA;
ptDrag*: WinApi.POINT;
END;
PtrNMTREEVIEWA* = POINTER TO NMTREEVIEWA;
NMTREEVIEWW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
action*: INTEGER;
itemOld*: TVITEMW;
itemNew*: TVITEMW;
ptDrag*: WinApi.POINT;
END;
PtrNMTREEVIEWW* = POINTER TO NMTREEVIEWW;
NM_TREEVIEWW* = NMTREEVIEWW; (*m*)
PtrNM_TREEVIEWW* = PtrNMTREEVIEWW;
NM_TREEVIEWA* = NMTREEVIEWA; (*m*)
PtrNM_TREEVIEWA* = PtrNMTREEVIEWA;
NM_TREEVIEW* = NMTREEVIEWA; (*m*)
PtrNM_TREEVIEW* = PtrNMTREEVIEWA;
NMTREEVIEW* = NMTREEVIEWA; (*m*)
PtrNMTREEVIEW* = PtrNMTREEVIEWA;
NMTVDISPINFOA* = RECORD [noalign]
hdr*: WinApi.NMHDR;
item*: TVITEMA;
END;
PtrNMTVDISPINFOA* = POINTER TO NMTVDISPINFOA;
NMTVDISPINFOW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
item*: TVITEMW;
END;
PtrNMTVDISPINFOW* = POINTER TO NMTVDISPINFOW;
TV_DISPINFOA* = NMTVDISPINFOA; (*m*)
PtrTV_DISPINFOA* = PtrNMTVDISPINFOA;
TV_DISPINFOW* = NMTVDISPINFOW; (*m*)
PtrTV_DISPINFOW* = PtrNMTVDISPINFOW;
TV_DISPINFO* = NMTVDISPINFOA; (*m*)
PtrTV_DISPINFO* = PtrNMTVDISPINFOA;
NMTVDISPINFO* = NMTVDISPINFOA; (*m*)
PtrNMTVDISPINFO* = PtrNMTVDISPINFOA;
NMTVKEYDOWN* = RECORD [noalign]
hdr*: WinApi.NMHDR;
wVKey*: SHORTINT;
flags*: SET;
END;
PtrNMTVKEYDOWN* = POINTER TO NMTVKEYDOWN;
TV_KEYDOWN* = NMTVKEYDOWN; (*m*)
PtrTV_KEYDOWN* = PtrNMTVKEYDOWN;
COMBOBOXEXITEM* = RECORD [noalign]
mask*: SET;
iItem*: INTEGER;
pszText*: WinApi.PtrSTR;
cchTextMax*: INTEGER;
iImage*: INTEGER;
iSelectedImage*: INTEGER;
iOverlay*: INTEGER;
iIndent*: INTEGER;
lParam*: WinApi.LPARAM;
END;
PtrCOMBOBOXEXITEM* = POINTER TO COMBOBOXEXITEM;
NMCOMBOBOXEX* = RECORD [noalign]
hdr*: WinApi.NMHDR;
ceItem*: COMBOBOXEXITEM;
END;
PtrNMCOMBOBOXEX* = POINTER TO NMCOMBOBOXEX;
NMCBEENDEDIT* = RECORD [noalign]
hdr*: WinApi.NMHDR;
fChanged*: WinApi.BOOL;
iNewSelection*: INTEGER;
szText*: ARRAY [untagged] 260 OF SHORTCHAR;
iWhy*: INTEGER;
END;
PtrNMCBEENDEDIT* = POINTER TO NMCBEENDEDIT;
TCITEMA* = RECORD [noalign]
mask*: SET;
dwState*: INTEGER;
dwStateMask*: INTEGER;
pszText*: WinApi.PtrSTR;
cchTextMax*: INTEGER;
iImage*: INTEGER;
lParam*: WinApi.LPARAM;
END;
PtrTCITEMA* = POINTER TO TCITEMA;
TCITEMW* = RECORD [noalign]
mask*: SET;
dwState*: INTEGER;
dwStateMask*: INTEGER;
pszText*: WinApi.PtrWSTR;
cchTextMax*: INTEGER;
iImage*: INTEGER;
lParam*: WinApi.LPARAM;
END;
PtrTCITEMW* = POINTER TO TCITEMW;
TC_ITEMA* = TCITEMA; (*m*)
PtrTC_ITEMA* = PtrTCITEMA;
TC_ITEMW* = TCITEMW; (*m*)
PtrTC_ITEMW* = PtrTCITEMW;
TC_ITEM* = TCITEMA; (*m*)
PtrTC_ITEM* = PtrTCITEMA;
TCITEM* = TCITEMA; (*m*)
PtrTCITEM* = PtrTCITEMA;
TCHITTESTINFO* = RECORD [noalign]
pt*: WinApi.POINT;
flags*: SET;
END;
PtrTCHITTESTINFO* = POINTER TO TCHITTESTINFO;
TC_HITTESTINFO* = TCHITTESTINFO; (*m*)
PtrTC_HITTESTINFO* = PtrTCHITTESTINFO;
NMTCKEYDOWN* = RECORD [noalign]
hdr*: WinApi.NMHDR;
wVKey*: SHORTINT;
flags*: SET;
END;
TC_KEYDOWN* = NMTCKEYDOWN; (*m*)
MONTHDAYSTATE* = INTEGER;
NMDAYSTATE* = RECORD [noalign]
nmhdr*: WinApi.NMHDR;
stStart*: WinApi.SYSTEMTIME;
cDayState*: INTEGER;
rgDayState*: ARRAY [untagged] 1 OF MONTHDAYSTATE;
END;
NMSELCHANGE* = RECORD [noalign]
nmhdr*: WinApi.NMHDR;
stSelStart*: WinApi.SYSTEMTIME;
stSelEnd*: WinApi.SYSTEMTIME;
END;
NMDATETIMECHANGE* = RECORD [noalign]
nmhdr*: WinApi.NMHDR;
dwFlags*: SET;
st*: WinApi.SYSTEMTIME;
END;
PtrNMDATETIMECHANGE* = POINTER TO NMDATETIMECHANGE;
NMDATETIMESTRING* = RECORD [noalign]
nmhdr*: WinApi.NMHDR;
pszUserString*: WinApi.PtrSTR;
st*: WinApi.SYSTEMTIME;
dwFlags*: SET;
END;
PtrNMDATETIMESTRING* = POINTER TO NMDATETIMESTRING;
NMDATETIMEWMKEYDOWN* = RECORD [noalign]
nmhdr*: WinApi.NMHDR;
nVirtKey*: INTEGER;
pszFormat*: WinApi.PtrSTR;
st*: WinApi.SYSTEMTIME;
END;
PtrNMDATETIMEWMKEYDOWN* = POINTER TO NMDATETIMEWMKEYDOWN;
NMDATETIMEFORMAT* = RECORD [noalign]
nmhdr*: WinApi.NMHDR;
pszFormat*: WinApi.PtrSTR;
st*: WinApi.SYSTEMTIME;
pszDisplay*: WinApi.PtrSTR;
szDisplay*: ARRAY [untagged] 64 OF SHORTCHAR;
END;
PtrNMDATETIMEFORMAT* = POINTER TO NMDATETIMEFORMAT;
NMDATETIMEFORMATQUERY* = RECORD [noalign]
nmhdr*: WinApi.NMHDR;
pszFormat*: WinApi.PtrSTR;
szMax*: WinApi.SIZE;
END;
PtrNMDATETIMEFORMATQUERY* = POINTER TO NMDATETIMEFORMATQUERY;
PROCEDURE InitCommonControls* ();
(*END InitCommonControls;*)
PROCEDURE InitCommonControlsEx* (VAR [nil] p0: INITCOMMONCONTROLSEX): WinApi.BOOL;
(*END InitCommonControlsEx;*)
PROCEDURE ImageList_Create* (cx: INTEGER; cy: INTEGER; flags: SET; cInitial: INTEGER; cGrow: INTEGER): Ptr_IMAGELIST;
(*END ImageList_Create;*)
PROCEDURE ImageList_Destroy* (himl: Ptr_IMAGELIST): WinApi.BOOL;
(*END ImageList_Destroy;*)
PROCEDURE ImageList_GetImageCount* (himl: Ptr_IMAGELIST): INTEGER;
(*END ImageList_GetImageCount;*)
PROCEDURE ImageList_SetImageCount* (himl: Ptr_IMAGELIST; uNewCount: INTEGER): WinApi.BOOL;
(*END ImageList_SetImageCount;*)
PROCEDURE ImageList_Add* (himl: Ptr_IMAGELIST; hbmImage: WinApi.HBITMAP; hbmMask: WinApi.HBITMAP): INTEGER;
(*END ImageList_Add;*)
PROCEDURE ImageList_ReplaceIcon* (himl: Ptr_IMAGELIST; i: INTEGER; hicon: WinApi.HICON): INTEGER;
(*END ImageList_ReplaceIcon;*)
PROCEDURE ImageList_SetBkColor* (himl: Ptr_IMAGELIST; clrBk: WinApi.COLORREF): WinApi.COLORREF;
(*END ImageList_SetBkColor;*)
PROCEDURE ImageList_GetBkColor* (himl: Ptr_IMAGELIST): WinApi.COLORREF;
(*END ImageList_GetBkColor;*)
PROCEDURE ImageList_SetOverlayImage* (himl: Ptr_IMAGELIST; iImage: INTEGER; iOverlay: INTEGER): WinApi.BOOL;
(*END ImageList_SetOverlayImage;*)
PROCEDURE ImageList_Draw* (himl: Ptr_IMAGELIST; i: INTEGER; hdcDst: WinApi.HDC; x: INTEGER; y: INTEGER; fStyle: SET): WinApi.BOOL;
(*END ImageList_Draw;*)
PROCEDURE ImageList_Replace* (himl: Ptr_IMAGELIST; i: INTEGER; hbmImage: WinApi.HBITMAP; hbmMask: WinApi.HBITMAP): WinApi.BOOL;
(*END ImageList_Replace;*)
PROCEDURE ImageList_AddMasked* (himl: Ptr_IMAGELIST; hbmImage: WinApi.HBITMAP; crMask: WinApi.COLORREF): INTEGER;
(*END ImageList_AddMasked;*)
PROCEDURE ImageList_DrawEx* (himl: Ptr_IMAGELIST; i: INTEGER; hdcDst: WinApi.HDC; x: INTEGER; y: INTEGER; dx: INTEGER; dy: INTEGER; rgbBk: WinApi.COLORREF; rgbFg: WinApi.COLORREF; fStyle: SET): WinApi.BOOL;
(*END ImageList_DrawEx;*)
PROCEDURE ImageList_Remove* (himl: Ptr_IMAGELIST; i: INTEGER): WinApi.BOOL;
(*END ImageList_Remove;*)
PROCEDURE ImageList_GetIcon* (himl: Ptr_IMAGELIST; i: INTEGER; flags: SET): WinApi.HICON;
(*END ImageList_GetIcon;*)
PROCEDURE ImageList_LoadImageA* (hi: WinApi.HINSTANCE; lpbmp: WinApi.PtrSTR; cx: INTEGER; cGrow: INTEGER; crMask: WinApi.COLORREF; uType: SET; uFlags: SET): Ptr_IMAGELIST;
(*END ImageList_LoadImageA;*)
PROCEDURE ImageList_LoadImageW* (hi: WinApi.HINSTANCE; lpbmp: WinApi.PtrWSTR; cx: INTEGER; cGrow: INTEGER; crMask: WinApi.COLORREF; uType: SET; uFlags: SET): Ptr_IMAGELIST;
(*END ImageList_LoadImageW;*)
PROCEDURE ImageList_LoadImage* ["ImageList_LoadImageA"] (hi: WinApi.HINSTANCE; lpbmp: WinApi.PtrSTR; cx: INTEGER; cGrow: INTEGER; crMask: WinApi.COLORREF; uType: SET; uFlags: SET): Ptr_IMAGELIST;
(*END ImageList_LoadImage;*)
PROCEDURE ImageList_Copy* (himlDst: Ptr_IMAGELIST; iDst: INTEGER; himlSrc: Ptr_IMAGELIST; iSrc: INTEGER; uFlags: SET): WinApi.BOOL;
(*END ImageList_Copy;*)
PROCEDURE ImageList_BeginDrag* (himlTrack: Ptr_IMAGELIST; iTrack: INTEGER; dxHotspot: INTEGER; dyHotspot: INTEGER): WinApi.BOOL;
(*END ImageList_BeginDrag;*)
PROCEDURE ImageList_EndDrag* ();
(*END ImageList_EndDrag;*)
PROCEDURE ImageList_DragEnter* (hwndLock: WinApi.HWND; x: INTEGER; y: INTEGER): WinApi.BOOL;
(*END ImageList_DragEnter;*)
PROCEDURE ImageList_DragLeave* (hwndLock: WinApi.HWND): WinApi.BOOL;
(*END ImageList_DragLeave;*)
PROCEDURE ImageList_DragMove* (x: INTEGER; y: INTEGER): WinApi.BOOL;
(*END ImageList_DragMove;*)
PROCEDURE ImageList_SetDragCursorImage* (himlDrag: Ptr_IMAGELIST; iDrag: INTEGER; dxHotspot: INTEGER; dyHotspot: INTEGER): WinApi.BOOL;
(*END ImageList_SetDragCursorImage;*)
PROCEDURE ImageList_DragShowNolock* (fShow: WinApi.BOOL): WinApi.BOOL;
(*END ImageList_DragShowNolock;*)
PROCEDURE ImageList_GetDragImage* (VAR [nil] ppt: WinApi.POINT; VAR [nil] pptHotspot: WinApi.POINT): Ptr_IMAGELIST;
(*END ImageList_GetDragImage;*)
PROCEDURE ImageList_Read* (pstm: WinOle.IStream): Ptr_IMAGELIST;
(*END ImageList_Read;*)
PROCEDURE ImageList_Write* (himl: Ptr_IMAGELIST; pstm: WinOle.IStream): WinApi.BOOL;
(*END ImageList_Write;*)
PROCEDURE ImageList_GetIconSize* (himl: Ptr_IMAGELIST; VAR [nil] cx: INTEGER; VAR [nil] cy: INTEGER): WinApi.BOOL;
(*END ImageList_GetIconSize;*)
PROCEDURE ImageList_SetIconSize* (himl: Ptr_IMAGELIST; cx: INTEGER; cy: INTEGER): WinApi.BOOL;
(*END ImageList_SetIconSize;*)
PROCEDURE ImageList_GetImageInfo* (himl: Ptr_IMAGELIST; i: INTEGER; VAR [nil] pImageInfo: IMAGEINFO): WinApi.BOOL;
(*END ImageList_GetImageInfo;*)
PROCEDURE ImageList_Merge* (himl1: Ptr_IMAGELIST; i1: INTEGER; himl2: Ptr_IMAGELIST; i2: INTEGER; dx: INTEGER; dy: INTEGER): Ptr_IMAGELIST;
(*END ImageList_Merge;*)
PROCEDURE CreateToolbarEx* (hwnd: WinApi.HWND; ws: INTEGER; wID: INTEGER; nBitmaps: INTEGER; hBMInst: WinApi.HINSTANCE; wBMID: INTEGER; VAR [nil] lpButtons: TBBUTTON; iNumButtons: INTEGER; dxButton: INTEGER; dyButton: INTEGER; dxBitmap: INTEGER; dyBitmap: INTEGER; uStructSize: INTEGER): WinApi.HWND;
(*END CreateToolbarEx;*)
PROCEDURE CreateMappedBitmap* (hInstance: WinApi.HINSTANCE; idBitmap: INTEGER; wFlags: INTEGER; VAR [nil] lpColorMap: COLORMAP; iNumMaps: INTEGER): WinApi.HBITMAP;
(*END CreateMappedBitmap;*)
PROCEDURE DrawStatusTextA* (hDC: WinApi.HDC; VAR [nil] lprc: WinApi.RECT; pszText: WinApi.PtrSTR; uFlags: SET);
(*END DrawStatusTextA;*)
PROCEDURE DrawStatusTextW* (hDC: WinApi.HDC; VAR [nil] lprc: WinApi.RECT; pszText: WinApi.PtrWSTR; uFlags: SET);
(*END DrawStatusTextW;*)
PROCEDURE CreateStatusWindowA* (style: SET; lpszText: WinApi.PtrSTR; hwndParent: WinApi.HWND; wID: INTEGER): WinApi.HWND;
(*END CreateStatusWindowA;*)
PROCEDURE CreateStatusWindowW* (style: SET; lpszText: WinApi.PtrWSTR; hwndParent: WinApi.HWND; wID: INTEGER): WinApi.HWND;
(*END CreateStatusWindowW;*)
PROCEDURE CreateStatusWindow* ["CreateStatusWindowA"] (style: SET; lpszText: WinApi.PtrSTR; hwndParent: WinApi.HWND; wID: INTEGER): WinApi.HWND;
(*END CreateStatusWindow;*)
PROCEDURE DrawStatusText* ["DrawStatusTextA"] (hDC: WinApi.HDC; VAR [nil] lprc: WinApi.RECT; pszText: WinApi.PtrSTR; uFlags: SET);
(*END DrawStatusText;*)
PROCEDURE MenuHelp* (uMsg: INTEGER; wParam: WinApi.WPARAM; lParam: WinApi.LPARAM; hMainMenu: WinApi.HMENU; hInst: WinApi.HINSTANCE; hwndStatus: WinApi.HWND; VAR [nil] lpwIDs: INTEGER);
(*END MenuHelp;*)
PROCEDURE ShowHideMenuCtl* (hWnd: WinApi.HWND; uFlags: SET; VAR [nil] lpInfo: INTEGER): WinApi.BOOL;
(*END ShowHideMenuCtl;*)
PROCEDURE GetEffectiveClientRect* (hWnd: WinApi.HWND; VAR [nil] lprc: WinApi.RECT; VAR [nil] lpInfo: INTEGER);
(*END GetEffectiveClientRect;*)
PROCEDURE MakeDragList* (hLB: WinApi.HWND): WinApi.BOOL;
(*END MakeDragList;*)
PROCEDURE DrawInsert* (handParent: WinApi.HWND; hLB: WinApi.HWND; nItem: INTEGER);
(*END DrawInsert;*)
PROCEDURE LBItemFromPt* (hLB: WinApi.HWND; pt: WinApi.POINT; bAutoScroll: WinApi.BOOL): INTEGER;
(*END LBItemFromPt;*)
PROCEDURE CreateUpDownControl* (dwStyle: SET; x: INTEGER; y: INTEGER; cx: INTEGER; cy: INTEGER; hParent: WinApi.HWND; nID: INTEGER; hInst: WinApi.HINSTANCE; hBuddy: WinApi.HWND; nUpper: INTEGER; nLower: INTEGER; nPos: INTEGER): WinApi.HWND;
(*END CreateUpDownControl;*)
END WinCtl.
| Win/Mod/Ctl.odc |
MODULE WinDates;
IMPORT WinApi, Dates, Strings, HostRegistry := WinRegistry;
TYPE
DatesHook = POINTER TO RECORD (Dates.Hook) END;
(** time **)
PROCEDURE (hook: DatesHook) GetTime (OUT d: Dates.Date; OUT t: Dates.Time);
VAR dt: WinApi.SYSTEMTIME;
BEGIN
WinApi.GetLocalTime(dt);
d.year := dt.wYear; d.month := dt.wMonth; d.day := dt.wDay;
t.hour := dt.wHour; t.minute := dt.wMinute; t.second := dt.wSecond
END GetTime;
PROCEDURE (hook: DatesHook) GetUTCTime (OUT d: Dates.Date; OUT t: Dates.Time);
VAR dt: WinApi.SYSTEMTIME;
BEGIN
WinApi.GetSystemTime(dt);
d.year := dt.wYear; d.month := dt.wMonth; d.day := dt.wDay;
t.hour := dt.wHour; t.minute := dt.wMinute; t.second := dt.wSecond
END GetUTCTime;
PROCEDURE (hook: DatesHook) GetUTCBias (OUT bias: INTEGER);
VAR res: INTEGER; info: WinApi.TIME_ZONE_INFORMATION;
BEGIN
bias := 0;
res := WinApi.GetTimeZoneInformation(info);
IF res # -1 THEN
IF BITS(res) = WinApi.TIME_ZONE_ID_DAYLIGHT THEN bias := info.Bias + info.DaylightBias
ELSE bias := info.Bias + info.StandardBias
END
END
END GetUTCBias;
(* date / time *)
PROCEDURE (hook: DatesHook) DateToString (d: Dates.Date; format: INTEGER; OUT str: ARRAY OF CHAR);
VAR res, pos, i: INTEGER; time: WinApi.SYSTEMTIME; fmt: ARRAY 64 OF CHAR;
BEGIN
time.wYear := SHORT(d.year); time.wMonth := SHORT(d.month); time.wDay := SHORT(d.day);
IF format = Dates.short THEN
res := WinApi.GetDateFormatW(
HostRegistry.localeId, WinApi.DATE_SHORTDATE, time, NIL, str, LEN(str))
ELSIF format = Dates.long THEN
res := WinApi.GetDateFormatW(HostRegistry.localeId, WinApi.DATE_LONGDATE, time, NIL, str, LEN(str))
ELSE
res := WinApi.GetLocaleInfoW(HostRegistry.localeId, WinApi.LOCALE_SLONGDATE, fmt, LEN(fmt));
IF format # Dates.abbreviated THEN (* remove weekday *)
Strings.Find(fmt, "dddd", 0, pos); i := pos + 4;
IF pos < 0 THEN Strings.Find(fmt, "ddd", 0, pos); i := pos + 3 END;
IF pos >= 0 THEN
WHILE (fmt[i] # 0X) & (CAP(fmt[i]) < "A") OR (CAP(fmt[i]) > "Z") DO INC(i) END;
Strings.Replace(fmt, pos, i - pos, "")
END
END;
IF format # Dates.plainLong THEN (* abbreviated *)
Strings.Find(fmt, "dddd", 0, pos);
IF pos >= 0 THEN Strings.Replace(fmt, pos, 4, "ddd") END;
Strings.Find(fmt, "MMMM", 0, pos);
IF pos >= 0 THEN Strings.Replace(fmt, pos, 4, "MMM") END
END;
res := WinApi.GetDateFormatW(HostRegistry.localeId, {}, time, fmt, str, LEN(str))
END;
IF res = 0 THEN str := "?" END
END DateToString;
PROCEDURE (hook: DatesHook) TimeToString (t: Dates.Time; OUT str: ARRAY OF CHAR);
VAR res: INTEGER; time: WinApi.SYSTEMTIME;
BEGIN
time.wHour := SHORT(t.hour); time.wMinute := SHORT(t.minute);
time.wSecond := SHORT(t.second); time.wMilliseconds := 0;
res := WinApi.GetTimeFormatW(HostRegistry.localeId, {}, time, NIL, str, LEN(str));
IF res = 0 THEN str := "?" END
END TimeToString;
PROCEDURE Init;
VAR datesHook: DatesHook;
BEGIN
NEW(datesHook); Dates.SetHook(datesHook)
END Init;
BEGIN
Init
END WinDates.
| Win/Mod/Dates.odc |
MODULE WinDialog;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20070130, bh, new Windows versions
- 20070131, bh, Unicode support
- 20070319, bh, page orientation added to page setup dialog
- 20150326, center #33, adding platform detection for wine, Windows 7, and Windows 8
- 20150903, center #68, option for suppressing Dialog.Beep
- 20151202, center #89, adding language selection to Preferences dialog
- 20160307, center #105, serverMode added
- 20170823, center #155, Cleanups in the sources of HostDialog
- 20171106, center #181, fixing error handling of HostDialog.OpenExternal
- 20200311, Temirgaleev IE, ASSERT if converters dialog did not open
"
issues = "
- ...
"
**)
IMPORT
SYSTEM, WinApi, WinDlg,
Strings, Fonts, Ports, Files, Stores, Views, Controllers,
Printers, Dialog, Windows, Converters, Services, Librarian,
HostFiles := WinFiles,
StdRegistry,
HostPorts := WinPorts,
WinPrinters,
HostEnv := WinEnv,
StdCmds, StdDialog, WinGui, WinFonts, WinEnv ;
CONST
dirtyString = "#Std:SaveChanges";
TYPE
DialogGetHook = POINTER TO RECORD (Dialog.GetHook) END;
GetSpecHook = POINTER TO RECORD (Views.GetSpecHook) END;
LanguageHook = POINTER TO RECORD (Dialog.LanguageHook) END;
ExtCallHook = POINTER TO RECORD (Dialog.ExtCallHook) END;
CallName = ARRAY [untagged] 8191 OF CHAR;
CallNamePtr = POINTER TO CallName;
HostLocHook = POINTER TO RECORD (Dialog.HostLocHook) END;
BeepHook = POINTER TO RECORD (Dialog.BeepHook) END;
PrintHook = POINTER TO RECORD (StdDialog.PrintHook) END;
VAR
window-: Windows.Window; (** window created/selected by most recent Old or Open **)
oldWindow-: BOOLEAN; (** most recent Old or Open selected existing window **)
osVersion-: INTEGER;
extType*: Files.Type;
impType*: RECORD
list*: Dialog.List;
done: BOOLEAN
END;
visualScroll-: BOOLEAN;
prefs*: RECORD
visualScroll*: BOOLEAN;
useTTMetric*: BOOLEAN;
END;
ShowOleStatus*: PROCEDURE (w: Windows.Window; s: ARRAY OF CHAR);
WaitFrontWindowClose* : PROCEDURE; (* emulate modal dialogs: block until front window is closed *)
actualPath*: ARRAY 256 OF CHAR;
fn: WinDlg.OPENFILENAMEW;
ftype: ARRAY 16 OF CHAR;
filter: ARRAY 2048 OF CHAR;
fname: ARRAY 260 OF CHAR;
prt: WinDlg.PRINTDLGW;
font: WinDlg.CHOOSEFONTW;
logFont: WinApi.LOGFONTW;
col: WinDlg.CHOOSECOLORW;
customColors: ARRAY 16 OF Ports.Color;
typeList: ARRAY 64 OF Converters.Converter;
defConv: Converters.Converter;
all: Converters.Converter;
dialogGetHook: DialogGetHook;
callNameTaken: BOOLEAN; (* params of OpenExternal and RunExternal *)
openExtErr, runExtErr: ARRAY 64 OF CHAR;
hideExtRunWindow*: BOOLEAN;
PROCEDURE ActualWnd (): WinApi.HANDLE;
(* To replace WinWindows.ActualWnd(). It was used to supply the .hwndOwner to standard dialog boxes (open, save, print, color). However, winapi doc says this field may be NULL; it is not clear to me how the functioning would change if it were NULL. Furthermore, WinGui.mainWnd could be used for .hwndOwner, couldn't it? WinWindows.ActualWnd supplies the front window's .wnd, if it's not a .child - i.e. for tool dialogs.
Hey, .hwndOwner becomes unavailable to the user, because the dialog boxes are modal. Right?
*)
BEGIN
(* ? maybe add special case of a single main document window? *)
RETURN WinGui.mainWnd
END ActualWnd;
PROCEDURE Append (VAR s: ARRAY OF CHAR; VAR idx: INTEGER; IN t: ARRAY OF CHAR);
VAR len, i: INTEGER; ch: CHAR;
BEGIN
i := 0; ch := t[0]; len := LEN(s) - 1;
WHILE (idx < len) & (ch # 0X) DO s[idx] := ch; INC(idx); INC(i); ch := t[i] END;
s[idx] := 0X
END Append;
PROCEDURE MapConv (cmd: ARRAY OF CHAR; VAR name: ARRAY OF CHAR);
VAR i: INTEGER; sub, str: Dialog.String;
BEGIN
str := cmd$; i := 0;
WHILE str[i] >= "0" DO INC(i) END;
str[i] := 0X;
Librarian.lib.SplitName(str, sub, str);
str := "#"; i := 1;
Append(str, i, sub);
Append(str, i, ":");
Append(str, i, cmd);
Dialog.MapString(str, name)
END MapConv;
(* simulates modal dialog *)
PROCEDURE WaitDialogClose; (* Only used in PROCEDURE GetIntSpec to emulate modal waiting (?) *)
VAR res: INTEGER; w: HostWindows.Window; msg: WinApi.MSG;
BEGIN
w := HostWindows.dir.First();
REPEAT
IF WinApi.PeekMessageW(msg, 0, 0, 0, 1) # 0 THEN
IF (msg.hwnd = w.wnd) OR (msg.message = WinApi.WM_PAINT) THEN
res := WinApi.TranslateMessage(msg);
res := WinApi.DispatchMessageW(msg)
END
END
UNTIL w.wnd = 0
END WaitDialogClose;(*WaitDialogClose -> WaitFrontWindowClose, WinWindows.WaitFrontWindowClose *)
PROCEDURE (hook: PrintHook) GetPage (p: Printers.Printer; VAR w, h: INTEGER);
BEGIN
WinPrinters.GetPage(p, w, h)
END GetPage;
PROCEDURE (hook: PrintHook) PrintSetup;
VAR res: INTEGER; pt: Printers.Printer;
BEGIN
pt := Printers.dir.Current();
IF pt # NIL THEN
pt.SetOrientation(StdDialog.setup.landscape);
WinPrinters.GetCurrent(prt.hDevNames, prt.hDevMode)
END;
prt.Flags := {6}; (* PrintSetup *)
prt.hwndOwner := (*HostWindws.*)ActualWnd();
res := WinDlg.PrintDlgW(prt);
IF (res = 0) & (WinDlg.CommDlgExtendedError() = 4108) THEN
prt.hDevMode := 0; prt.hDevNames := 0;
res := WinDlg.PrintDlgW(prt)
END;
WinPrinters.SetCurrent(prt.hDevNames, prt.hDevMode);
pt := Printers.dir.Current();
IF pt # NIL THEN
WinPrinters.GetPage(pt, StdDialog.setup.w, StdDialog.setup.h);
StdDialog.setup.landscape := StdDialog.setup.w > StdDialog.setup.h
END;
StdDialog.SetupNotify(Dialog.changed, 0, 0)
END PrintSetup;
PROCEDURE (hook: PrintHook) PrintDialog (
hasSelection: BOOLEAN; VAR from, to, copies: INTEGER; VAR selection: BOOLEAN
);
VAR res: INTEGER;
BEGIN
prt.Flags := {18 (*, 20 *)}; (* use dev mode copies, hide print to file *)
IF ~hasSelection THEN INCL(prt.Flags, 2) END; (* no selection *)
prt.nCopies := 1;
prt.hwndOwner := (*HostWindws.*)ActualWnd();
prt.nFromPage := 1; prt.nToPage := 1;
res := WinDlg.PrintDlgW(prt);
IF (res = 0) & (WinDlg.CommDlgExtendedError() = 4106) THEN
prt.hDevMode := 0;
res := WinDlg.PrintDlgW(prt)
END;
IF (res = 0) & (WinDlg.CommDlgExtendedError() = 4108) THEN
prt.hDevMode := 0; prt.hDevNames := 0;
res := WinDlg.PrintDlgW(prt)
END;
WinPrinters.SetCurrent(prt.hDevNames, prt.hDevMode);
IF res # 0 THEN
IF 0 IN prt.Flags THEN selection := TRUE; from := 0; to := 0 (* print selection *)
ELSIF 1 IN prt.Flags THEN selection := FALSE; from := prt.nFromPage - 1; to := prt.nToPage - 1 (* print pages *)
ELSE selection := FALSE; from := 0; to := 32767 (* print all *)
END;
copies := prt.nCopies
ELSE
copies := 0;
res := WinDlg.CommDlgExtendedError();
ASSERT(res = 0, 100)
END
END PrintDialog;
(* Dialog with external paramiters *)
PROCEDURE (hook: DialogGetHook) GetPar (IN key: ARRAY OF CHAR;
OUT val: ARRAY OF CHAR; OUT res: INTEGER);
BEGIN
WinEnv.GetPar(key, val, res)
END GetPar;
(** general OK dialog **)
PROCEDURE (hook: DialogGetHook) GetOK (IN str, p0, p1, p2: ARRAY OF CHAR; form: SET; OUT res: INTEGER);
VAR r: INTEGER; st: ARRAY 512 OF CHAR; type: SET;
BEGIN
ASSERT(str # "", 20);
Dialog.MapParamString(str, p0, p1, p2, st);
IF Dialog.yes IN form THEN
IF Dialog.cancel IN form THEN type := WinApi.MB_YESNOCANCEL + WinApi.MB_ICONQUESTION
ELSE type := WinApi.MB_YESNO + WinApi.MB_ICONQUESTION
END
ELSE
IF Dialog.cancel IN form THEN type := WinApi.MB_OKCANCEL + WinApi.MB_ICONWARNING
ELSE type := WinApi.MB_OK + WinApi.MB_ICONWARNING
END
END;
r := WinApi.MessageBoxW((*HostWindws.*)ActualWnd(), st, Dialog.appName, type);
IF r = WinApi.IDOK THEN res := Dialog.ok
ELSIF r = WinApi.IDCANCEL THEN res := Dialog.cancel
ELSIF r = WinApi.IDYES THEN res := Dialog.yes
ELSIF r = WinApi.IDNO THEN res := Dialog.no
ELSE res := 0
END
END GetOK;
PROCEDURE SetVisualScroll* (do: BOOLEAN);
BEGIN
IF visualScroll # do THEN
visualScroll := do;
StdRegistry.WriteBool("VisualScroll", do)
END
END SetVisualScroll;
PROCEDURE PrefOk*;
BEGIN
WinFonts.SetTTMetric(prefs.useTTMetric);
SetVisualScroll(prefs.visualScroll);
END PrefOk;
PROCEDURE InitPrefDialog*;
BEGIN
prefs.useTTMetric := WinFonts.useTTMetric;
prefs.visualScroll := visualScroll;
END InitPrefDialog;
(** import type dialog **)
PROCEDURE ImpOk*;
BEGIN
impType.done := TRUE;
StdCmds.CloseDialog
END ImpOk;
(** file dialogs **)
(* asks user for a file name (for file internalization) *)
PROCEDURE (hook: DialogGetHook) GetIntSpec (
IN defType: Files.Type; VAR loc: Files.Locator; OUT name: Files.Name
);
VAR res, i, j: INTEGER; lfn: ARRAY 260 OF CHAR;
BEGIN
(* set filter *)
ftype := defType$; i := 0;
IF ftype = "" THEN ftype := "odc" END;
IF ftype # "*" THEN
Append(filter, i, "*."); Append(filter, i, ftype); INC(i);
Append(filter, i, "*."); Append(filter, i, ftype); INC(i)
ELSE ftype := ""
END;
Append(filter, i, "*.*"); INC(i);
Append(filter, i, "*.*"); INC(i);
filter[i] := 0X;
(* open dialog *)
fn.nFilterIndex := 1;
fname := "";
IF (loc # NIL) THEN (* set old dir *)
Dialog.GetLocPath(loc, actualPath)
END;
fn.Flags := {2, 3, 11, 12, 19}; (* hideReadOnly, noChangeDir, pathMustExist, fileMustExist, new look *)
fn.hwndOwner := (*HostWindws.*)ActualWnd();
IF WinDlg.GetOpenFileNameW(fn) # 0 THEN
i := 0; j := fn.nFileOffset;
WHILE fname[j] # 0X DO name[i] := fname[j]; INC(i); INC(j) END;
name[i] := 0X; fname[fn.nFileOffset - 1] := 0X;
actualPath := fname$; lfn := fname$;
loc := HostFiles.NewLocator(lfn)
ELSE
loc := NIL;
res := WinDlg.CommDlgExtendedError();
ASSERT(res = 0, 100)
END;
res := WinApi.SetCursor(HostPorts.cursors[HostPorts.busyCursor])
END GetIntSpec;
(** asks user for a file name (for file internalization) **)
PROCEDURE GetIntSpec* (VAR loc: Files.Locator; VAR name: Files.Name; VAR conv: Converters.Converter);
VAR res, i, j, n: INTEGER; t: Dialog.String; c: Converters.Converter; lfn: ARRAY 260 OF CHAR;
BEGIN
(* set filter *)
ftype := "odc";
IF loc # NIL THEN
defConv := conv;
IF conv # NIL THEN ftype := conv.fileType$ END
END;
typeList[0] := Converters.list; (* document converter *)
Dialog.MapString("#System:Document", t);
i := 0; Append(filter, i, t); Append(filter, i, " (*.odc)"); INC(i);
Append(filter, i, "*.odc"); INC(i); n := 1;
fn.nFilterIndex := 1;
c := Converters.list;
WHILE c # NIL DO
IF (c.imp # "") & (c.fileType # "odc") THEN
typeList[n] := c;
MapConv(c.imp, t); Append(filter, i, t);
Append(filter, i, " (*."); Append(filter, i, c.fileType);
Append(filter, i, ")"); INC(i);
Append(filter, i, "*."); Append(filter, i, c.fileType); INC(i);
IF defConv = c THEN fn.nFilterIndex := n + 1 END;
INC(n)
END;
c := c.next
END;
Dialog.MapString("#System:AllFiles", t);
Append(filter, i, t); Append(filter, i, " (*.*)"); INC(i);
Append(filter, i, "*.*"); INC(i);
filter[i] := 0X;
IF defConv = all THEN fn.nFilterIndex := n + 1 END;
(* open dialog *)
IF loc # NIL THEN fname := name$
ELSE fname := ""
END;
IF (loc # NIL) & (loc IS HostFiles.Locator) THEN (* set old dir *)
Dialog.GetLocPath(loc, actualPath);
i := 0; WHILE actualPath[i] # 0X DO INC(i) END;
actualPath[i] := "\"; actualPath[i+1] := 0X
END;
fn.Flags := {2, 3, 11, 12, 19}; (* hideReadOnly, noChangeDir, pathMustExist, fileMustExist, new look *)
fn.hwndOwner := (*HostWindws.*)ActualWnd();
IF WinDlg.GetOpenFileNameW(fn) # 0 THEN
i := 0; j := fn.nFileOffset;
WHILE fname[j] # 0X DO name[i] := fname[j]; INC(i); INC(j) END;
name[i] := 0X; fname[fn.nFileOffset - 1] := 0X;
actualPath := fname$; lfn := fname$;
loc := HostFiles.NewLocator(lfn);
IF fn.nFilterIndex <= n THEN
conv := typeList[fn.nFilterIndex - 1];
defConv := conv
ELSE (* ask for desired file type *)
impType.list.SetLen(n);
Dialog.MapString("#System:Document", t); impType.list.SetItem(0, t);
i := 1;
WHILE i < n DO
MapConv(typeList[i].imp, t); impType.list.SetItem(i, t);
INC(i)
END;
impType.list.index := 0;
impType.done := FALSE;
Dialog.Call("StdCmds.OpenToolDialog('WinDialog.impType', '#System:OpenFile')", " ", res);
ASSERT((res = 0) & (StdCmds.result = 0), 101);
ASSERT(WaitFrontWindowClose # NIL, 20);
WaitFrontWindowClose;
IF impType.done THEN
conv := typeList[impType.list.index]
ELSE
loc := NIL; conv := NIL
END;
defConv := all
END
ELSE
loc := NIL; conv := NIL;
res := WinDlg.CommDlgExtendedError();
ASSERT(res = 0, 100)
END;
res := WinApi.SetCursor(HostPorts.cursors[HostPorts.busyCursor])
END GetIntSpec;
PROCEDURE (h: GetSpecHook) GetIntSpec (VAR loc: Files.Locator; VAR name: Files.Name;
VAR conv: Converters.Converter);
BEGIN
GetIntSpec(loc, name, conv)
END GetIntSpec;
(* 06.11.02. not needed anymore.
For earlier Windows versions, this procedure was supposed to transfer the file-type from
the "Save as type" control to the "File name" control. But since Windows 98, it seems neither
to work properly nor to be need anymore. *)
PROCEDURE [2] HookProc (wnd: WinApi.HANDLE; msg, wParam, lParam: INTEGER): INTEGER;
VAR i, j: INTEGER; s: ARRAY 256 OF CHAR; t: ARRAY 8 OF CHAR; edit: WinApi.HANDLE;
BEGIN
IF (msg = WinApi.WM_COMMAND) & (lParam # 0) & (wParam = 10470H) THEN
i := WinApi.GetWindowTextW(lParam, s, LEN(s));
DEC(i);
IF s[i] = ")" THEN DEC(i) END;
j := i;
WHILE (j >= 0) & (s[j] # ".") DO DEC(j) END;
IF (j > 0) & (s[j-1] = "*") & (j >= i - 3) & (j < i) THEN
t[0] := s[j+1]; t[1] := s[j+2]; t[2] := s[j+3]; t[i-j] := 0X;
edit := WinApi.GetDlgItem(WinApi.GetParent(lParam), 480H);
IF edit # 0 THEN
i := WinApi.GetWindowTextW(edit, s, LEN(s)); j := i - 1;
WHILE (j >= 0) & (s[j] # ".") DO DEC(j) END;
IF j < 0 THEN j := i END;
s[j] := "."; s[j+1] := t[0]; s[j+2] := t[1]; s[j+3] := t[2]; s[j+4] := 0X;
i := WinApi.SetWindowTextW(edit, s)
END
END
END;
RETURN 0
END HookProc;
(* ask user for a file name (for file externalization) *)
PROCEDURE (hook: DialogGetHook) GetExtSpec (
IN default: Files.Name; IN defType: Files.Type; VAR loc: Files.Locator; OUT name: Files.Name
);
VAR res, i, j: INTEGER; lfn: ARRAY 260 OF CHAR;
BEGIN
(* set filter *)
ftype := defType$; i := 0;
IF ftype = "" THEN ftype := "odc" END;
IF ftype # "*" THEN
Append(filter, i, "*."); Append(filter, i, ftype); INC(i);
Append(filter, i, "*."); Append(filter, i, ftype); INC(i)
ELSE ftype := ""
END;
Append(filter, i, "*.*"); INC(i);
Append(filter, i, "*.*"); INC(i);
filter[i] := 0X;
(* open dialog *)
fn.nFilterIndex := 1;
fname := default$;
IF (loc # NIL) THEN (* set old dir *)
Dialog.GetLocPath(loc, actualPath)
END;
fn.Flags := {1, 2, 3, 11, 19}; (* overwritePrompt, hideReadOnly, noChangeDir, pathMustExist, new look *)
fn.hwndOwner := (*HostWindws.*)ActualWnd();
res := WinDlg.GetSaveFileNameW(fn);
IF (res = 0) & (WinDlg.CommDlgExtendedError() = 3002H) THEN
fname := "";
res := WinDlg.GetSaveFileNameW(fn)
END;
IF res # 0 THEN
i := 0; j := fn.nFileOffset;
WHILE fname[j] # 0X DO name[i] := fname[j]; INC(i); INC(j) END;
name[i] := 0X; fname[fn.nFileOffset - 1] := 0X;
actualPath := fname$; lfn := fname$;
loc := HostFiles.NewLocator(lfn)
ELSE
loc := NIL;
res := WinDlg.CommDlgExtendedError();
ASSERT(res = 0, 100)
END;
res := WinApi.SetCursor(HostPorts.cursors[HostPorts.busyCursor])
END GetExtSpec;
(** ask user for a file name (for file externalization) **)
PROCEDURE GetExtSpec* (
s: Stores.Store; VAR loc: Files.Locator; VAR name: Files.Name; VAR conv: Converters.Converter
);
VAR res, i, j, n: INTEGER; t: ARRAY 64 OF CHAR; c: Converters.Converter;
lfn: ARRAY 260 OF CHAR;
BEGIN
(* set filter *)
IF conv # NIL THEN ftype := conv.fileType$ ELSE ftype := "odc" END;
typeList[0] := Converters.list; (* document converter *)
c := Converters.list; fn.nFilterIndex := 1;
Dialog.MapString("#System:Document", t);
i := 0; Append(filter, i, t); Append(filter, i, " (*.odc)"); INC(i);
Append(filter, i, "*.odc"); INC(i); n := 1;
WHILE c # NIL DO
IF (c.exp # "") & ((c.storeType = "") OR Services.Is(s, c.storeType)) & (c.fileType # "odc") THEN
typeList[n] := c;
MapConv(c.exp, t); Append(filter, i, t);
Append(filter, i, " (*."); Append(filter, i, c.fileType);
Append(filter, i, ")"); INC(i);
Append(filter, i, "*."); Append(filter, i, c.fileType); INC(i);
IF c = conv THEN fn.nFilterIndex := n + 1 END;
INC(n)
END;
c := c.next
END;
filter[i] := 0X;
(* open dialog *)
fname := name$; i := 0;
(* overwritePrompt, hideReadOnly, noChangeDir, (* en hook, *) pathMustExist *)
fn.Flags := {1, 2, 3, (* 5 ,*) 11, 19};
WHILE fname[i] # 0X DO INC(i) END;
WHILE (i > 0) & (fname[i] # ".") DO DEC(i) END;
IF i > 0 THEN
IF (conv # NIL) & (conv.exp = "") THEN
ftype := "odc"; fname[i] := 0X
ELSE
j := 0;
WHILE (ftype[j] # 0X) & (CAP(fname[i+j+1]) = CAP(ftype[j])) DO INC(j) END;
IF fname[i+j+1] = ftype[j] THEN fname[i] := 0X END
END
END;
IF (loc # NIL) THEN (* set old dir *)
Dialog.GetLocPath(loc, actualPath);
i := 0; WHILE actualPath[i] # 0X DO INC(i) END;
actualPath[i] := "\"; actualPath[i+1] := 0X
END;
fn.hwndOwner := (*HostWindws.*)ActualWnd();
res := WinDlg.GetSaveFileNameW(fn);
IF (res = 0) & (WinDlg.CommDlgExtendedError() = 3002H) THEN
fname := "";
res := WinDlg.GetSaveFileNameW(fn)
END;
IF res # 0 THEN
i := 0; j := fn.nFileOffset;
WHILE fname[j] # 0X DO name[i] := fname[j]; INC(i); INC(j) END;
name[i] := 0X; fname[fn.nFileOffset - 1] := 0X;
actualPath := fname$; lfn := fname$;
loc := HostFiles.NewLocator(lfn);
conv := typeList[fn.nFilterIndex - 1]
ELSE
loc := NIL;
res := WinDlg.CommDlgExtendedError();
ASSERT(res = 0, 100)
END;
res := WinApi.SetCursor(HostPorts.cursors[HostPorts.busyCursor])
END GetExtSpec;
PROCEDURE (h: GetSpecHook) GetExtSpec (
s: Stores.Store; VAR loc: Files.Locator; VAR name: Files.Name; VAR conv: Converters.Converter
);
BEGIN
GetExtSpec(s, loc, name, conv)
END GetExtSpec;
PROCEDURE DirtyHook (w: Windows.Window; OUT action: INTEGER);
VAR r: INTEGER; title: Views.Title; text: ARRAY 256 OF CHAR;
BEGIN
w.GetTitle(title);
Dialog.MapParamString(dirtyString, title, 0DX, 0DX, text);
r := WinApi.MessageBoxW(ActualWnd(), text, Dialog.appName, {0, 1, 5});
IF r = 6 THEN action := StdCmds.save
ELSIF r = 2 THEN action := StdCmds.cancel
ELSE action := StdCmds.close
END;
r := WinApi.SetCursor(HostPorts.cursors[HostPorts.busyCursor])
END DirtyHook;
PROCEDURE (hook: DialogGetHook) GetColor (in: Ports.Color; OUT out: Ports.Color; OUT set: BOOLEAN);
VAR res: INTEGER;
BEGIN
col.rgbResult := in;
IF col.rgbResult = Ports.defaultColor THEN col.rgbResult := HostPorts.textCol END;
col.hwndOwner := (*HostWindws.*)ActualWnd();
set := WinDlg.ChooseColorW(col) # 0;
out := col.rgbResult;
IF ~set THEN
res := WinDlg.CommDlgExtendedError();
ASSERT(res = 0, 100)
END;
res := WinApi.SetCursor(HostPorts.cursors[HostPorts.busyCursor])
END GetColor;
PROCEDURE (hook: DialogGetHook) GetFont (full: BOOLEAN; VAR typeface: Fonts.Typeface; VAR size, color, weight: INTEGER; VAR style: SET; VAR set: BOOLEAN; IN title: Dialog.String );
VAR unit, res: INTEGER;
BEGIN
unit := Ports.inch DIV WinApi.GetDeviceCaps(WinApi.GetDC(0), WinApi.LOGPIXELSY);
logFont.lfHeight := -((size + (*HostWindws.*)unit DIV 2) DIV (*HostWindws.*)unit);
logFont.lfWeight := weight;
IF Fonts.italic IN style THEN logFont.lfItalic := 1X ELSE logFont.lfItalic := 0X END;
IF Fonts.underline IN style THEN logFont.lfUnderline := 1X ELSE logFont.lfUnderline := 0X END;
IF Fonts.strikeout IN style THEN logFont.lfStrikeOut := 1X ELSE logFont.lfStrikeOut := 0X END;
logFont.lfFaceName := typeface$;
font.hwndOwner := (*HostWindws.*)ActualWnd();
IF full THEN
font.Flags := {0, 6, 8, 11, 16} (* screenFonts, initToLogFont, effects, noVectorFonts, forceFontExist *)
ELSE
font.Flags := {0, 6, 11, 20, 21} (* screenFonts, initToLogFont, noVectorFonts, no style, no size *)
END;
IF color = Ports.defaultColor THEN font.rgbColors := HostPorts.textCol ELSE font.rgbColors := color END;
set := WinDlg.ChooseFontW(font) # 0;
IF set THEN
typeface := logFont.lfFaceName$;
size := font.iPointSize * Ports.point DIV 10;
ASSERT((size + (*HostWindws.*)unit DIV 2) DIV (*HostWindws.*)unit = ABS(logFont.lfHeight), 120);
weight := logFont.lfWeight;
style := {};
IF logFont.lfItalic # 0X THEN INCL(style, Fonts.italic) END;
IF logFont.lfUnderline # 0X THEN INCL(style, Fonts.underline) END;
IF logFont.lfStrikeOut # 0X THEN INCL(style, Fonts.strikeout) END;
IF font.rgbColors = HostPorts.textCol THEN color := Ports.defaultColor ELSE color := font.rgbColors END
ELSE
res := WinDlg.CommDlgExtendedError();
(* ASSERT(res = 0, 100) *)
END;
res := WinApi.SetCursor(HostPorts.cursors[HostPorts.busyCursor])
END GetFont;
PROCEDURE (hook: LanguageHook) SetLanguage (
lang: Dialog.Language; persistent: BOOLEAN; OUT ok: BOOLEAN
);
BEGIN
ok := (lang = "") OR (LEN(lang$) = 2);
IF ok & persistent THEN StdRegistry.WriteString("language", lang) END
END SetLanguage;
PROCEDURE (hook: LanguageHook) GetPersistentLanguage (OUT lang: Dialog.Language);
VAR res: INTEGER; s: ARRAY 32 OF CHAR;
BEGIN
StdRegistry.ReadString("language", s, res);
IF res = 0 THEN
ASSERT((s = "") OR (LEN(s$) = 2), 100);
lang := s$
ELSE lang := ""
END
END GetPersistentLanguage;
PROCEDURE IsWine(): BOOLEAN;
VAR h: WinApi.HMODULE; adr: WinApi.FARPROC; res: INTEGER;
BEGIN
(* http://habrahabr.ru/blogs/development/76131/ *)
h := WinApi.LoadLibraryW("ntdll.dll");
IF h # WinApi.NULL THEN
adr := WinApi.GetProcAddress(h, "wine_get_version");
res := WinApi.FreeLibrary(h);
IF adr # NIL THEN RETURN TRUE END
END ;
RETURN FALSE
END IsWine;
(* thread safe; error numbers as returned from WinApi.GetLastError() *)
PROCEDURE FormatErrorMsg* (error: INTEGER; IN arg1, arg2, arg3: ARRAY OF CHAR;
OUT errMsg: ARRAY OF CHAR);
CONST format =
WinApi.FORMAT_MESSAGE_FROM_SYSTEM + WinApi.FORMAT_MESSAGE_ARGUMENT_ARRAY;
VAR args: ARRAY 4 OF WinApi.PtrWSTR; res: INTEGER;
BEGIN
args[0] := arg1; args[1] := arg2; args[2] := arg3; args[3] := NIL;
res := WinApi.FormatMessageW(format, 0, error, 0, errMsg, LEN(errMsg), args[0])
END FormatErrorMsg;
(* thread safe; error numbers as returned from WinApi.GetLastError *)
PROCEDURE ShowErrorDialog* (error: INTEGER; IN arg1, arg2, arg3, msgPrefix: ARRAY OF CHAR);
VAR errMsg: CallName; res: INTEGER;
BEGIN
FormatErrorMsg(error, arg1, arg2, arg3, errMsg);
errMsg := msgPrefix + errMsg;
res := WinApi.MessageBoxW(WinGui.mainWnd, errMsg, Dialog.appName, WinApi.MB_ICONERROR)
END ShowErrorDialog;
PROCEDURE Start* (name: ARRAY OF CHAR); (* deprecated; better use Dialog.RunExternal *)
VAR info: WinApi.STARTUPINFOW; process: WinApi.PROCESS_INFORMATION;
BEGIN
(* res := WinApi.WinExec(name, WinApi.SW_NORMAL) *)
WinApi.GetStartupInfoW(info);
info.wShowWindow := WinApi.SW_NORMAL;
IF WinApi.CreateProcessW(NIL, name, NIL, NIL, WinApi.FALSE, {}, 0, NIL, info, process) = 0 THEN
ShowErrorDialog(WinApi.GetLastError(), name, "%2", "%3", runExtErr + name + 0DX + 0DX)
END
END Start;
PROCEDURE OpenExternal (lpParameter: INTEGER): INTEGER; (* runs in a thread *)
VAR
fileNamePtr: CallNamePtr; fileName, fileName2: CallName;
sxinfo: WinApi.SHELLEXECUTEINFOW; error: INTEGER;
BEGIN
fileNamePtr := SYSTEM.VAL(CallNamePtr, lpParameter);
fileName := fileNamePtr$;
callNameTaken := TRUE;
sxinfo.cbSize := SIZE(WinApi.SHELLEXECUTEINFOW);
sxinfo.fMask := {10}; (* SEE_MASK_DEFAULT + SEE_MASK_FLAG_NO_UI *)
sxinfo.hwnd := 0;
sxinfo.lpVerb := "open";
sxinfo.lpFile := fileName;
sxinfo.lpParameters := NIL;
sxinfo.lpDirectory := NIL;
sxinfo.nShow := WinApi.SW_SHOW;
IF WinApi.ShellExecuteExW(sxinfo) = 1 THEN RETURN 0 END;
error := WinApi.GetLastError();
IF Dialog.isWine & (error = 0) & (sxinfo.hInstApp <= 32) THEN (* work around a bug in wine: error can be 0 *)
error := WinApi.ERROR_NO_ASSOCIATION
END;
IF Dialog.isWine & (error = WinApi.ERROR_NO_ASSOCIATION) THEN (* retry with Linux desktop associations *)
fileName2 := "winebrowser " + fileName;
sxinfo.lpFile := fileName2;
IF WinApi.ShellExecuteExW(sxinfo) = 1 THEN RETURN 0 END
(* use original (error, fileName) for error reporting*)
END;
ShowErrorDialog(error, fileName, "%2", "%3", openExtErr + fileName + 0DX + 0DX);
RETURN 0
END OpenExternal;
PROCEDURE (h: ExtCallHook) OpenExternal* (IN fileName: ARRAY OF CHAR);
VAR t: WinApi.HANDLE; res: WinApi.BOOL;
BEGIN
callNameTaken := FALSE;
t := WinApi.CreateThread(NIL, 1024 * 64, OpenExternal, SYSTEM.ADR(fileName), {}, NIL);
IF t # 0 THEN
WHILE ~callNameTaken DO
WinApi.Sleep(1)
END;
res := WinApi.CloseHandle(t)
END
END OpenExternal;
PROCEDURE RunExternal (lpParameter: INTEGER): INTEGER; (* runs in a thread *)
VAR
exeNamePtr: CallNamePtr; exeName: CallName; opts: SET;
pos: INTEGER; info: WinApi.STARTUPINFOW; process: WinApi.PROCESS_INFORMATION;
cmd: ARRAY 12 OF CHAR;
BEGIN
exeNamePtr := SYSTEM.VAL(CallNamePtr, lpParameter);
exeName := exeNamePtr$;
WinApi.GetStartupInfoW(info);
IF hideExtRunWindow THEN
info.wShowWindow := WinApi.SW_HIDE;
opts := WinApi.CREATE_NO_WINDOW
ELSE
info.wShowWindow := WinApi.SW_NORMAL;
opts := {}
END;
callNameTaken := TRUE;
IF Dialog.isWine THEN (* work around a bug in wine 'cmd': requires a console to be already open *)
WHILE exeName[0] = " " DO Strings.Extract(exeName, 1, LEN(exeName$) - 1, exeName) END; (* trim left *)
Strings.Find(exeName, " ", 0, pos);
IF pos > 0 THEN Strings.Extract(exeName, 0, MIN(pos, 8), cmd)
ELSE Strings.Extract(exeName, 0, 8, cmd)
END;
Strings.ToUpper(cmd, cmd);
IF (cmd = "CMD") OR (cmd = "CMD.EXE") THEN exeName := "wineconsole " + exeName END
END;
IF WinApi.CreateProcessW(NIL, exeName, NIL, NIL, WinApi.FALSE, opts, 0, NIL, info, process) = 0 THEN
ShowErrorDialog(WinApi.GetLastError(), exeName, "%2", "%3", runExtErr + exeName + 0DX + 0DX)
END;
RETURN 0
END RunExternal;
PROCEDURE (h: ExtCallHook) RunExternal* (IN exeName: ARRAY OF CHAR);
VAR t: WinApi.HANDLE; res: WinApi.BOOL;
BEGIN
callNameTaken := FALSE;
t := WinApi.CreateThread(NIL, 1024 * 64, RunExternal, SYSTEM.ADR(exeName), {}, NIL);
IF t # 0 THEN
WHILE ~callNameTaken DO
WinApi.Sleep(1)
END;
hideExtRunWindow := FALSE;
res := WinApi.CloseHandle(t)
END
END RunExternal;
PROCEDURE (h: HostLocHook) GetLocPath (loc: Files.Locator; OUT path: ARRAY OF CHAR);
BEGIN
IF loc # NIL THEN
WITH loc: HostFiles.Locator DO
path := loc.path$; loc.res := 0
ELSE
path := ""; loc.res := 1 (* не получен *)
END
ELSE
path := ""
END
END GetLocPath;
PROCEDURE (h: HostLocHook) CheckHostLoc (loc: Files.Locator);
BEGIN
IF loc # NIL THEN
IF loc IS HostFiles.Locator THEN loc.res := 0 ELSE loc.res := 1 END
END
END CheckHostLoc;
PROCEDURE (h: BeepHook) Beep;
VAR res: INTEGER;
BEGIN
res := WinApi.MessageBeep(BITS(-1))
END Beep;
(* initialization *)
PROCEDURE InitDialogs;
VAR i: INTEGER;
BEGIN
(* file dialog data structure *)
fn.lStructSize := SIZE(WinDlg.OPENFILENAMEW);
fn.hInstance := 0;
fn.lpstrCustomFilter := NIL;
fn.lpstrFilter := filter; fn.nFilterIndex := 1;
i := WinApi.GetCurrentDirectoryW(LEN(actualPath), actualPath);
fn.lpstrInitialDir := actualPath;
fn.lpstrTitle := NIL; fn.lpstrFileTitle := NIL;
fn.lpstrFile := fname; fn.nMaxFile := LEN(fname);
fn.lpstrDefExt := ftype; ftype := "$";
fn.lpfnHook := HookProc;
(* print dialog data structure *)
prt.lStructSize := SIZE(WinDlg.PRINTDLGW);
prt.hDevMode := 0;
prt.hDevNames := 0;
prt.nMinPage := 1;
prt.nMaxPage := -1;
(* font dialog data structure *)
font.lStructSize := SIZE(WinDlg.CHOOSEFONTW);
font.hDC := 0;
font.lpLogFont := SYSTEM.VAL(WinApi.PtrLOGFONTW, SYSTEM.ADR(logFont));
font.rgbColors := 0;
font.hInstance := 0;
font.lpszStyle := NIL;
font.nFontType := 2000H; (* screenFontType *)
logFont.lfWidth := 0;
logFont.lfEscapement := 0;
logFont.lfOrientation := 0;
logFont.lfCharSet := 0X;
logFont.lfOutPrecision := 0X;
logFont.lfClipPrecision := 0X;
logFont.lfQuality := 0X;
logFont.lfPitchAndFamily := 0X;
(* color dialog data structure *)
col.lStructSize := SIZE(WinDlg.CHOOSECOLORW);
col.lpCustColors := customColors;
col.Flags := {0}; (* rgbInit *)
i := 0;
WHILE i < 16 DO customColors[i] := 0FFFFFFH; INC(i) END
END InitDialogs;
PROCEDURE Init*;
VAR n, v, res: INTEGER; b: BOOLEAN;
getSpecHook: GetSpecHook;
languageHook: LanguageHook;
extCallHook: ExtCallHook;
beepHook: BeepHook;
hostLocHook: HostLocHook;
printHook: PrintHook;
BEGIN
NEW(all);
v := WinApi.GetVersion();
osVersion := v MOD 256 * 100 + v DIV 256 MOD 256;
(*
IF v >= 0 THEN
IF osVersion < 400 THEN Dialog.platform := Dialog.windowsNT3
ELSIF osVersion < 500 THEN Dialog.platform := Dialog.windowsNT4
ELSIF osVersion = 500 THEN Dialog.platform := Dialog.windows2000
ELSIF osVersion < 600 THEN Dialog.platform := Dialog.windowsXP
ELSIF osVersion = 600 THEN Dialog.platform := Dialog.windowsVista
ELSIF osVersion = 601 THEN Dialog.platform := Dialog.windows7
ELSE Dialog.platform := Dialog.windows8
END
ELSE Dialog.platform := Dialog.windows98
END;
*)
Dialog.platform := Dialog.windows;
Dialog.isWine := IsWine();
HostEnv.GetPar("PAR", Dialog.commandLinePars, res);
NEW(dialogGetHook); Dialog.SetGetHook(dialogGetHook);
NEW(getSpecHook);
Views.SetGetSpecHook(getSpecHook);
StdCmds.SetGetSpecHook(getSpecHook);
StdCmds.stdDirtyHook := DirtyHook;
NEW(languageHook); Dialog.SetLanguageHook(languageHook);
NEW(extCallHook); Dialog.SetExtCallHook(extCallHook);
NEW(printHook); StdDialog.SetPrintHook(printHook);
NEW(beepHook); Dialog.SetBeepHook(beepHook);
NEW(hostLocHook); Dialog.SetHostLocHook(hostLocHook);
HostFiles.MapParamString := Dialog.MapParamString;
Dialog.ResetLanguage;
Dialog.MapString("#System:openExtErr", openExtErr);
Dialog.MapString("#System:runExtErr", runExtErr);
hideExtRunWindow := FALSE;
StdRegistry.ReadBool("VisualScroll", b, res); visualScroll := (res # 0) OR b;
StdDialog.platformPrefOk := PrefOk;
StdDialog.platformInitPrefDialog := InitPrefDialog;
END Init;
BEGIN
Init;
InitDialogs
END WinDialog.
| Win/Mod/Dialog.odc |
MODULE WinDlg ["COMDLG32.dll"];
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT WinApi;
CONST (* macros *)
OFN_READONLY* = {0};
OFN_OVERWRITEPROMPT* = {1};
OFN_HIDEREADONLY* = {2};
OFN_NOCHANGEDIR* = {3};
OFN_SHOWHELP* = {4};
OFN_ENABLEHOOK* = {5};
OFN_ENABLETEMPLATE* = {6};
OFN_ENABLETEMPLATEHANDLE* = {7};
OFN_NOVALIDATE* = {8};
OFN_ALLOWMULTISELECT* = {9};
OFN_EXTENSIONDIFFERENT* = {10};
OFN_PATHMUSTEXIST* = {11};
OFN_FILEMUSTEXIST* = {12};
OFN_CREATEPROMPT* = {13};
OFN_SHAREAWARE* = {14};
OFN_NOREADONLYRETURN* = {15};
OFN_NOTESTFILECREATE* = {16};
OFN_NONETWORKBUTTON* = {17};
OFN_NOLONGNAMES* = {18};
OFN_EXPLORER* = {19};
OFN_NODEREFERENCELINKS* = {20};
OFN_LONGNAMES* = {21};
OFN_SHAREFALLTHROUGH* = 2;
OFN_SHARENOWARN* = 1;
OFN_SHAREWARN* = 0;
CDN_INITDONE* = -601;
CDN_SELCHANGE* = -602;
CDN_FOLDERCHANGE* = -603;
CDN_SHAREVIOLATION* = -604;
CDN_HELP* = -605;
CDN_FILEOK* = -606;
CDN_TYPECHANGE* = -607;
CDM_FIRST* = 1124;
CDM_LAST* = 1224;
CDM_GETSPEC* = 1124;
CDM_GETFILEPATH* = 1125;
CDM_GETFOLDERPATH* = 1126;
CDM_GETFOLDERIDLIST* = 1127;
CDM_SETCONTROLTEXT* = 1128;
CDM_HIDECONTROL* = 1129;
CDM_SETDEFEXT* = 1130;
CC_RGBINIT* = {0};
CC_FULLOPEN* = {1};
CC_PREVENTFULLOPEN* = {2};
CC_SHOWHELP* = {3};
CC_ENABLEHOOK* = {4};
CC_ENABLETEMPLATE* = {5};
CC_ENABLETEMPLATEHANDLE* = {6};
CC_SOLIDCOLOR* = {7};
CC_ANYCOLOR* = {8};
FR_DOWN* = {0};
FR_WHOLEWORD* = {1};
FR_MATCHCASE* = {2};
FR_FINDNEXT* = {3};
FR_REPLACE* = {4};
FR_REPLACEALL* = {5};
FR_DIALOGTERM* = {6};
FR_SHOWHELP* = {7};
FR_ENABLEHOOK* = {8};
FR_ENABLETEMPLATE* = {9};
FR_NOUPDOWN* = {10};
FR_NOMATCHCASE* = {11};
FR_NOWHOLEWORD* = {12};
FR_ENABLETEMPLATEHANDLE* = {13};
FR_HIDEUPDOWN* = {14};
FR_HIDEMATCHCASE* = {15};
FR_HIDEWHOLEWORD* = {16};
CF_SCREENFONTS* = {0};
CF_PRINTERFONTS* = {1};
CF_BOTH* = {0, 1};
CF_SHOWHELP* = {2};
CF_ENABLEHOOK* = {3};
CF_ENABLETEMPLATE* = {4};
CF_ENABLETEMPLATEHANDLE* = {5};
CF_INITTOLOGFONTSTRUCT* = {6};
CF_USESTYLE* = {7};
CF_EFFECTS* = {8};
CF_APPLY* = {9};
CF_ANSIONLY* = {10};
CF_SCRIPTSONLY* = {10};
CF_NOVECTORFONTS* = {11};
CF_NOOEMFONTS* = {11};
CF_NOSIMULATIONS* = {12};
CF_LIMITSIZE* = {13};
CF_FIXEDPITCHONLY* = {14};
CF_WYSIWYG* = {15};
CF_FORCEFONTEXIST* = {16};
CF_SCALABLEONLY* = {17};
CF_TTONLY* = {18};
CF_NOFACESEL* = {19};
CF_NOSTYLESEL* = {20};
CF_NOSIZESEL* = {21};
CF_SELECTSCRIPT* = {22};
CF_NOSCRIPTSEL* = {23};
CF_NOVERTFONTS* = {24};
SIMULATED_FONTTYPE* = 32768;
PRINTER_FONTTYPE* = 16384;
SCREEN_FONTTYPE* = 8192;
BOLD_FONTTYPE* = 256;
ITALIC_FONTTYPE* = 512;
REGULAR_FONTTYPE* = 1024;
WM_CHOOSEFONT_GETLOGFONT* = 1025;
LBSELCHSTRINGA* = "commdlg_LBSelChangedNotify";
SHAREVISTRINGA* = "commdlg_ShareViolation";
FILEOKSTRINGA* = "commdlg_FileNameOK";
COLOROKSTRINGA* = "commdlg_ColorOK";
SETRGBSTRINGA* = "commdlg_SetRGBColor";
HELPMSGSTRINGA* = "commdlg_help";
FINDMSGSTRINGA* = "commdlg_FindReplace";
LBSELCHSTRINGW* = "commdlg_LBSelChangedNotify";
SHAREVISTRINGW* = "commdlg_ShareViolation";
FILEOKSTRINGW* = "commdlg_FileNameOK";
COLOROKSTRINGW* = "commdlg_ColorOK";
SETRGBSTRINGW* = "commdlg_SetRGBColor";
HELPMSGSTRINGW* = "commdlg_help";
FINDMSGSTRINGW* = "commdlg_FindReplace";
LBSELCHSTRING* = "commdlg_LBSelChangedNotify";
SHAREVISTRING* = "commdlg_ShareViolation";
FILEOKSTRING* = "commdlg_FileNameOK";
COLOROKSTRING* = "commdlg_ColorOK";
SETRGBSTRING* = "commdlg_SetRGBColor";
HELPMSGSTRING* = "commdlg_help";
FINDMSGSTRING* = "commdlg_FindReplace";
CD_LBSELNOITEMS* = -1;
CD_LBSELCHANGE* = 0;
CD_LBSELSUB* = 1;
CD_LBSELADD* = 2;
PD_ALLPAGES* = {};
PD_SELECTION* = {0};
PD_PAGENUMS* = {1};
PD_NOSELECTION* = {2};
PD_NOPAGENUMS* = {3};
PD_COLLATE* = {4};
PD_PRINTTOFILE* = {5};
PD_PRINTSETUP* = {6};
PD_NOWARNING* = {7};
PD_RETURNDC* = {8};
PD_RETURNIC* = {9};
PD_RETURNDEFAULT* = {10};
PD_SHOWHELP* = {11};
PD_ENABLEPRINTHOOK* = {12};
PD_ENABLESETUPHOOK* = {13};
PD_ENABLEPRINTTEMPLATE* = {14};
PD_ENABLESETUPTEMPLATE* = {15};
PD_ENABLEPRINTTEMPLATEHANDLE* = {16};
PD_ENABLESETUPTEMPLATEHANDLE* = {17};
PD_USEDEVMODECOPIES* = {18};
PD_USEDEVMODECOPIESANDCOLLATE* = {18};
PD_DISABLEPRINTTOFILE* = {19};
PD_HIDEPRINTTOFILE* = {20};
PD_NONETWORKBUTTON* = {21};
DN_DEFAULTPRN* = 1;
WM_PSD_PAGESETUPDLG* = 1024;
WM_PSD_FULLPAGERECT* = 1025;
WM_PSD_MINMARGINRECT* = 1026;
WM_PSD_MARGINRECT* = 1027;
WM_PSD_GREEKTEXTRECT* = 1028;
WM_PSD_ENVSTAMPRECT* = 1029;
WM_PSD_YAFULLPAGERECT* = 1030;
PSD_DEFAULTMINMARGINS* = {};
PSD_INWININIINTLMEASURE* = {};
PSD_MINMARGINS* = {0};
PSD_MARGINS* = {1};
PSD_INTHOUSANDTHSOFINCHES* = {2};
PSD_INHUNDREDTHSOFMILLIMETERS* = {3};
PSD_DISABLEMARGINS* = {4};
PSD_DISABLEPRINTER* = {5};
PSD_NOWARNING* = {7};
PSD_DISABLEORIENTATION* = {8};
PSD_RETURNDEFAULT* = {10};
PSD_DISABLEPAPER* = {9};
PSD_SHOWHELP* = {11};
PSD_ENABLEPAGESETUPHOOK* = {13};
PSD_ENABLEPAGESETUPTEMPLATE* = {15};
PSD_ENABLEPAGESETUPTEMPLATEHANDLE* = {17};
PSD_ENABLEPAGEPAINTHOOK* = {18};
PSD_DISABLEPAGEPAINTING* = {19};
PSD_NONETWORKBUTTON* = {21};
CONST (* enumerations *)
TYPE
OFNHOOKPROC* = PROCEDURE (p0: WinApi.HWND; p1: INTEGER; p2: WinApi.WPARAM; p3: WinApi.LPARAM): INTEGER;
OPENFILENAMEA* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hInstance*: WinApi.HINSTANCE;
lpstrFilter*: WinApi.PtrSTR;
lpstrCustomFilter*: WinApi.PtrSTR;
nMaxCustFilter*: INTEGER;
nFilterIndex*: INTEGER;
lpstrFile*: WinApi.PtrSTR;
nMaxFile*: INTEGER;
lpstrFileTitle*: WinApi.PtrSTR;
nMaxFileTitle*: INTEGER;
lpstrInitialDir*: WinApi.PtrSTR;
lpstrTitle*: WinApi.PtrSTR;
Flags*: SET;
nFileOffset*: SHORTINT;
nFileExtension*: SHORTINT;
lpstrDefExt*: WinApi.PtrSTR;
lCustData*: WinApi.LPARAM;
lpfnHook*: OFNHOOKPROC;
lpTemplateName*: WinApi.PtrSTR;
END;
PtrOPENFILENAMEA* = POINTER TO OPENFILENAMEA;
OPENFILENAMEW* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hInstance*: WinApi.HINSTANCE;
lpstrFilter*: WinApi.PtrWSTR;
lpstrCustomFilter*: WinApi.PtrWSTR;
nMaxCustFilter*: INTEGER;
nFilterIndex*: INTEGER;
lpstrFile*: WinApi.PtrWSTR;
nMaxFile*: INTEGER;
lpstrFileTitle*: WinApi.PtrWSTR;
nMaxFileTitle*: INTEGER;
lpstrInitialDir*: WinApi.PtrWSTR;
lpstrTitle*: WinApi.PtrWSTR;
Flags*: SET;
nFileOffset*: SHORTINT;
nFileExtension*: SHORTINT;
lpstrDefExt*: WinApi.PtrWSTR;
lCustData*: WinApi.LPARAM;
lpfnHook*: OFNHOOKPROC;
lpTemplateName*: WinApi.PtrWSTR;
END;
PtrOPENFILENAMEW* = POINTER TO OPENFILENAMEW;
OPENFILENAME* = OPENFILENAMEA;
PtrOPENFILENAME* = PtrOPENFILENAMEA;
CCHOOKPROC* = PROCEDURE (p0: WinApi.HWND; p1: INTEGER; p2: WinApi.WPARAM; p3: WinApi.LPARAM): INTEGER;
OFNOTIFYA* = RECORD [noalign]
hdr*: WinApi.NMHDR;
lpOFN*: PtrOPENFILENAMEA;
pszFile*: WinApi.PtrSTR;
END;
PtrOFNOTIFYA* = POINTER TO OFNOTIFYA;
OFNOTIFYW* = RECORD [noalign]
hdr*: WinApi.NMHDR;
lpOFN*: PtrOPENFILENAMEW;
pszFile*: WinApi.PtrWSTR;
END;
PtrOFNOTIFYW* = POINTER TO OFNOTIFYW;
OFNOTIFY* = OFNOTIFYA;
PtrOFNOTIFY* = PtrOFNOTIFYA;
CHOOSECOLORA* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hInstance*: WinApi.HWND;
rgbResult*: WinApi.COLORREF;
lpCustColors*: POINTER TO (*?*) ARRAY [untagged] OF WinApi.COLORREF;
Flags*: SET;
lCustData*: WinApi.LPARAM;
lpfnHook*: CCHOOKPROC;
lpTemplateName*: WinApi.PtrSTR;
END;
PtrCHOOSECOLORA* = POINTER TO CHOOSECOLORA;
CHOOSECOLORW* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hInstance*: WinApi.HWND;
rgbResult*: WinApi.COLORREF;
lpCustColors*: POINTER TO (*?*) ARRAY [untagged] OF WinApi.COLORREF;
Flags*: SET;
lCustData*: WinApi.LPARAM;
lpfnHook*: CCHOOKPROC;
lpTemplateName*: WinApi.PtrWSTR;
END;
PtrCHOOSECOLORW* = POINTER TO CHOOSECOLORW;
CHOOSECOLOR* = CHOOSECOLORA;
PtrCHOOSECOLOR* = PtrCHOOSECOLORA;
FRHOOKPROC* = PROCEDURE (p0: WinApi.HWND; p1: INTEGER; p2: WinApi.WPARAM; p3: WinApi.LPARAM): INTEGER;
FINDREPLACEA* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hInstance*: WinApi.HINSTANCE;
Flags*: SET;
lpstrFindWhat*: WinApi.PtrSTR;
lpstrReplaceWith*: WinApi.PtrSTR;
wFindWhatLen*: SHORTINT;
wReplaceWithLen*: SHORTINT;
lCustData*: WinApi.LPARAM;
lpfnHook*: FRHOOKPROC;
lpTemplateName*: WinApi.PtrSTR;
END;
PtrFINDREPLACEA* = POINTER TO FINDREPLACEA;
FINDREPLACEW* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hInstance*: WinApi.HINSTANCE;
Flags*: SET;
lpstrFindWhat*: WinApi.PtrWSTR;
lpstrReplaceWith*: WinApi.PtrWSTR;
wFindWhatLen*: SHORTINT;
wReplaceWithLen*: SHORTINT;
lCustData*: WinApi.LPARAM;
lpfnHook*: FRHOOKPROC;
lpTemplateName*: WinApi.PtrWSTR;
END;
PtrFINDREPLACEW* = POINTER TO FINDREPLACEW;
FINDREPLACE* = FINDREPLACEA;
PtrFINDREPLACE* = PtrFINDREPLACEA;
CFHOOKPROC* = PROCEDURE (p0: WinApi.HWND; p1: INTEGER; p2: WinApi.WPARAM; p3: WinApi.LPARAM): INTEGER;
CHOOSEFONTA* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hDC*: WinApi.HDC;
lpLogFont*: WinApi.PtrLOGFONTA;
iPointSize*: INTEGER;
Flags*: SET;
rgbColors*: WinApi.COLORREF;
lCustData*: WinApi.LPARAM;
lpfnHook*: CFHOOKPROC;
lpTemplateName*: WinApi.PtrSTR;
hInstance*: WinApi.HINSTANCE;
lpszStyle*: WinApi.PtrSTR;
nFontType*: SHORTINT;
___MISSING_ALIGNMENT__*: SHORTINT;
nSizeMin*: INTEGER;
nSizeMax*: INTEGER;
END;
PtrCHOOSEFONTA* = POINTER TO CHOOSEFONTA;
CHOOSEFONTW* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hDC*: WinApi.HDC;
lpLogFont*: WinApi.PtrLOGFONTW;
iPointSize*: INTEGER;
Flags*: SET;
rgbColors*: WinApi.COLORREF;
lCustData*: WinApi.LPARAM;
lpfnHook*: CFHOOKPROC;
lpTemplateName*: WinApi.PtrWSTR;
hInstance*: WinApi.HINSTANCE;
lpszStyle*: WinApi.PtrWSTR;
nFontType*: SHORTINT;
___MISSING_ALIGNMENT__*: SHORTINT;
nSizeMin*: INTEGER;
nSizeMax*: INTEGER;
END;
PtrCHOOSEFONTW* = POINTER TO CHOOSEFONTW;
CHOOSEFONT* = CHOOSEFONTA;
PtrCHOOSEFONT* = PtrCHOOSEFONTA;
PRINTHOOKPROC* = PROCEDURE (p0: WinApi.HWND; p1: INTEGER; p2: WinApi.WPARAM; p3: WinApi.LPARAM): INTEGER;
SETUPHOOKPROC* = PROCEDURE (p0: WinApi.HWND; p1: INTEGER; p2: WinApi.WPARAM; p3: WinApi.LPARAM): INTEGER;
PRINTDLGA* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hDevMode*: WinApi.HGLOBAL;
hDevNames*: WinApi.HGLOBAL;
hDC*: WinApi.HDC;
Flags*: SET;
nFromPage*: SHORTINT;
nToPage*: SHORTINT;
nMinPage*: SHORTINT;
nMaxPage*: SHORTINT;
nCopies*: SHORTINT;
hInstance*: WinApi.HINSTANCE;
lCustData*: WinApi.LPARAM;
lpfnPrintHook*: PRINTHOOKPROC;
lpfnSetupHook*: SETUPHOOKPROC;
lpPrintTemplateName*: WinApi.PtrSTR;
lpSetupTemplateName*: WinApi.PtrSTR;
hPrintTemplate*: WinApi.HGLOBAL;
hSetupTemplate*: WinApi.HGLOBAL;
END;
PtrPRINTDLGA* = POINTER TO PRINTDLGA;
PRINTDLGW* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hDevMode*: WinApi.HGLOBAL;
hDevNames*: WinApi.HGLOBAL;
hDC*: WinApi.HDC;
Flags*: SET;
nFromPage*: SHORTINT;
nToPage*: SHORTINT;
nMinPage*: SHORTINT;
nMaxPage*: SHORTINT;
nCopies*: SHORTINT;
hInstance*: WinApi.HINSTANCE;
lCustData*: WinApi.LPARAM;
lpfnPrintHook*: PRINTHOOKPROC;
lpfnSetupHook*: SETUPHOOKPROC;
lpPrintTemplateName*: WinApi.PtrWSTR;
lpSetupTemplateName*: WinApi.PtrWSTR;
hPrintTemplate*: WinApi.HGLOBAL;
hSetupTemplate*: WinApi.HGLOBAL;
END;
PtrPRINTDLGW* = POINTER TO PRINTDLGW;
PRINTDLG* = PRINTDLGA;
PtrPRINTDLG* = PtrPRINTDLGA;
DEVNAMES* = RECORD [noalign]
wDriverOffset*: SHORTINT;
wDeviceOffset*: SHORTINT;
wOutputOffset*: SHORTINT;
wDefault*: SHORTINT;
END;
PtrDEVNAMES* = POINTER TO DEVNAMES;
PAGEPAINTHOOK* = PROCEDURE (p0: WinApi.HWND; p1: INTEGER; p2: WinApi.WPARAM; p3: WinApi.LPARAM): INTEGER;
PAGESETUPHOOK* = PROCEDURE (p0: WinApi.HWND; p1: INTEGER; p2: WinApi.WPARAM; p3: WinApi.LPARAM): INTEGER;
PAGESETUPDLGA* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hDevMode*: WinApi.HGLOBAL;
hDevNames*: WinApi.HGLOBAL;
Flags*: SET;
ptPaperSize*: WinApi.POINT;
rtMinMargin*: WinApi.RECT;
rtMargin*: WinApi.RECT;
hInstance*: WinApi.HINSTANCE;
lCustData*: WinApi.LPARAM;
lpfnPageSetupHook*: PAGESETUPHOOK;
lpfnPagePaintHook*: PAGEPAINTHOOK;
lpPageSetupTemplateName*: WinApi.PtrSTR;
hPageSetupTemplate*: WinApi.HGLOBAL;
END;
PtrPAGESETUPDLGA* = POINTER TO PAGESETUPDLGA;
PAGESETUPDLGW* = RECORD [noalign]
lStructSize*: INTEGER;
hwndOwner*: WinApi.HWND;
hDevMode*: WinApi.HGLOBAL;
hDevNames*: WinApi.HGLOBAL;
Flags*: SET;
ptPaperSize*: WinApi.POINT;
rtMinMargin*: WinApi.RECT;
rtMargin*: WinApi.RECT;
hInstance*: WinApi.HINSTANCE;
lCustData*: WinApi.LPARAM;
lpfnPageSetupHook*: PAGESETUPHOOK;
lpfnPagePaintHook*: PAGEPAINTHOOK;
lpPageSetupTemplateName*: WinApi.PtrWSTR;
hPageSetupTemplate*: WinApi.HGLOBAL;
END;
PtrPAGESETUPDLGW* = POINTER TO PAGESETUPDLGW;
PAGESETUPDLG* = PAGESETUPDLGA;
PtrPAGESETUPDLG* = PtrPAGESETUPDLGA;
PROCEDURE GetOpenFileNameA* (VAR [nil] p0: OPENFILENAMEA): WinApi.BOOL;
(*END GetOpenFileNameA;*)
PROCEDURE GetOpenFileNameW* (VAR [nil] p0: OPENFILENAMEW): WinApi.BOOL;
(*END GetOpenFileNameW;*)
PROCEDURE GetOpenFileName* ["GetOpenFileNameA"] (VAR [nil] p0: OPENFILENAMEA): WinApi.BOOL;
(*END GetOpenFileName;*)
PROCEDURE GetSaveFileNameA* (VAR [nil] p0: OPENFILENAMEA): WinApi.BOOL;
(*END GetSaveFileNameA;*)
PROCEDURE GetSaveFileNameW* (VAR [nil] p0: OPENFILENAMEW): WinApi.BOOL;
(*END GetSaveFileNameW;*)
PROCEDURE GetSaveFileName* ["GetSaveFileNameA"] (VAR [nil] p0: OPENFILENAMEA): WinApi.BOOL;
(*END GetSaveFileName;*)
PROCEDURE GetFileTitleA* (p0: WinApi.PtrSTR; p1: WinApi.PtrSTR; p2: SHORTINT): SHORTINT;
(*END GetFileTitleA;*)
PROCEDURE GetFileTitleW* (p0: WinApi.PtrWSTR; p1: WinApi.PtrWSTR; p2: SHORTINT): SHORTINT;
(*END GetFileTitleW;*)
PROCEDURE GetFileTitle* ["GetFileTitleA"] (p0: WinApi.PtrSTR; p1: WinApi.PtrSTR; p2: SHORTINT): SHORTINT;
(*END GetFileTitle;*)
PROCEDURE ChooseColorA* (VAR [nil] p0: CHOOSECOLORA): WinApi.BOOL;
(*END ChooseColorA;*)
PROCEDURE ChooseColorW* (VAR [nil] p0: CHOOSECOLORW): WinApi.BOOL;
(*END ChooseColorW;*)
PROCEDURE ChooseColor* ["ChooseColorA"] (VAR [nil] p0: CHOOSECOLORA): WinApi.BOOL;
(*END ChooseColor;*)
PROCEDURE FindTextA* (VAR [nil] p0: FINDREPLACEA): WinApi.HWND;
(*END FindTextA;*)
PROCEDURE FindTextW* (VAR [nil] p0: FINDREPLACEW): WinApi.HWND;
(*END FindTextW;*)
PROCEDURE FindText* ["FindTextA"] (VAR [nil] p0: FINDREPLACEA): WinApi.HWND;
(*END FindText;*)
PROCEDURE ReplaceTextA* (VAR [nil] p0: FINDREPLACEA): WinApi.HWND;
(*END ReplaceTextA;*)
PROCEDURE ReplaceTextW* (VAR [nil] p0: FINDREPLACEW): WinApi.HWND;
(*END ReplaceTextW;*)
PROCEDURE ReplaceText* ["ReplaceTextA"] (VAR [nil] p0: FINDREPLACEA): WinApi.HWND;
(*END ReplaceText;*)
PROCEDURE ChooseFontA* (VAR [nil] p0: CHOOSEFONTA): WinApi.BOOL;
(*END ChooseFontA;*)
PROCEDURE ChooseFontW* (VAR [nil] p0: CHOOSEFONTW): WinApi.BOOL;
(*END ChooseFontW;*)
PROCEDURE ChooseFont* ["ChooseFontA"] (VAR [nil] p0: CHOOSEFONTA): WinApi.BOOL;
(*END ChooseFont;*)
PROCEDURE PrintDlgA* (VAR [nil] p0: PRINTDLGA): WinApi.BOOL;
(*END PrintDlgA;*)
PROCEDURE PrintDlgW* (VAR [nil] p0: PRINTDLGW): WinApi.BOOL;
(*END PrintDlgW;*)
PROCEDURE PrintDlg* ["PrintDlgA"] (VAR [nil] p0: PRINTDLGA): WinApi.BOOL;
(*END PrintDlg;*)
PROCEDURE CommDlgExtendedError* (): INTEGER;
(*END CommDlgExtendedError;*)
PROCEDURE PageSetupDlgA* (VAR [nil] p0: PAGESETUPDLGA): WinApi.BOOL;
(*END PageSetupDlgA;*)
PROCEDURE PageSetupDlgW* (VAR [nil] p0: PAGESETUPDLGW): WinApi.BOOL;
(*END PageSetupDlgW;*)
PROCEDURE PageSetupDlg* ["PageSetupDlgA"] (VAR [nil] p0: PAGESETUPDLGA): WinApi.BOOL;
(*END PageSetupDlg;*)
END WinDlg.
| Win/Mod/Dlg.odc |
MODULE WinEnv;
IMPORT SYSTEM, WinApi;
CONST
ok* = 0; tooLong* = 1; notFound* = 2; badChars* = 3;
VAR
argc: INTEGER;
argv: WinApi.RetCommandLineToArgvW;
PROCEDURE GetEnv (IN key: ARRAY OF CHAR; OUT val: ARRAY OF CHAR; OUT res: INTEGER);
VAR res1: INTEGER;
BEGIN
res1 := WinApi.GetEnvironmentVariableW(key, val, LEN(val));
IF res1 > LEN(val) THEN
res := tooLong
ELSIF res1 = 0 THEN
res1 := WinApi.GetLastError();
IF res1 = WinApi.ERROR_ENVVAR_NOT_FOUND THEN
res := notFound
ELSIF res1 # 0 THEN
res := badChars
ELSE
res := ok; val := ""
END
ELSE
res := ok
END;
ASSERT(res IN {0..3})
END GetEnv;
PROCEDURE SubStr (IN s: ARRAY OF CHAR; IN sub: ARRAY OF CHAR): BOOLEAN;
VAR i: INTEGER;
BEGIN
i := 0;
WHILE (s[i] # 0X) & (sub[i] # 0X) & (s[i] = sub[i]) DO INC(i) END;
RETURN ~(sub[i] # 0X)
END SubStr;
PROCEDURE Extract (IN s: ARRAY OF CHAR; pos: INTEGER;
OUT t: ARRAY OF CHAR; OUT res: INTEGER);
VAR i: INTEGER;
BEGIN
ASSERT(0 <= pos);
i := 0; WHILE (i < LEN(t)) & (s[pos] # 0X) DO t[i] := s[pos]; INC(i); INC(pos) END;
IF i < LEN(t) THEN
t[i] := 0X; res := ok
ELSE
t[i - 1] := 0X; res := tooLong
END
END Extract;
PROCEDURE GetPar* (IN key: ARRAY OF CHAR; OUT val: ARRAY OF CHAR; OUT res: INTEGER);
VAR i: INTEGER;
BEGIN
res := -1; i := 1;
WHILE (res = -1) & (i < argc) DO
IF (argv[i,0] = "-") & (argv[i]$ = "-" + key)
OR (argv[i,0] = "/") & (argv[i]$ = "/" + key) THEN
INC(i);
IF (i < argc) & (argv[i,0] # "-") & (argv[i,0] # "/") THEN
Extract(argv[i]$, 0, val, res)
ELSE
res := ok; val := ""
END
ELSIF (argv[i,0] = "-") & (argv[i,1] = "-") & SubStr(argv[i]$, "--" + key + "=") THEN
Extract(argv[i]$, LEN(key$) + 3, val, res)
ELSE
INC(i)
END
END;
IF res = -1 THEN GetEnv(key, val, res) END;
ASSERT(res IN {0..3});
IF ~(res IN {0..1}) THEN val := "" END
END GetPar;
BEGIN
argv := WinApi.CommandLineToArgvW(WinApi.GetCommandLineW(), argc);
IF argv = NIL THEN argc := 0 END
CLOSE
IF argv # NIL THEN
argc := WinApi.LocalFree(SYSTEM.VAL(WinApi.HLOCAL, argv));
argv := NIL; argc := 0
END
END WinEnv.
| Win/Mod/Env.odc |
MODULE WinFiles;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20070130, bh, Unicode support
- 20141027, center #19, full Unicode support for Component Pascal identifiers added
- 20141226, center #22, HostFiles.NewWriter violating the specification
- 20150529, center #56, fixes in HostFiles
- 20160111, center #94, using BlackBox without the Windows registry
- 20161022, center #138, Support for files larger than 2GB
- 20190630, center #200, network file delete under Win10 sometimes fails
- 20210116, bbcb, #045, restore Files interface to 1.6
"
issues = "
- ...
"
**)
IMPORT SYSTEM, WinApi, Files, Kernel, WinEnv;
CONST
tempName = "odcxxxxx.tmp";
pathLen* = 260;
nofbufs = 4; (* max number of buffers per file *)
bufsize = 2 * 1024; (* size of each buffer *)
invalid = WinApi.INVALID_HANDLE_VALUE;
temp = 0; new = 1; shared = 2; hidden = 3; exclusive = 4; closed = 5; (* file states *)
create = -1;
ok = 0;
invalidName = 1;
invalidNameErr = 123;
paramErr = 87;
notFound = 2;
fileNotFoundErr = 2;
pathNotFoundErr = 3;
existsAlready = 3;
fileExistsErr = 80;
alreadyExistsErr = 183;
writeProtected = 4;
writeProtectedErr = 19;
ioError = 5;
accessDenied = 6;
accessDeniedErr = 5;
sharingErr = 32;
netAccessDeniedErr = 65;
notEnoughMem = 80;
notEnoughMemoryErr = 8;
notEnoughDisk = 81;
diskFullErr = 39;
tooManyOpenFilesErr = 4;
noSystemResourcesErr = 1450;
noMoreFilesErr = 18;
cancel = -8; retry = -9;
TYPE
FullName* = ARRAY pathLen OF CHAR;
Locator* = POINTER TO RECORD (Files.Locator)
path-: FullName; (* without trailing "/" *)
maxLen-: INTEGER; (* maximum name length *)
caseSens-: BOOLEAN; (* case sensitive file compares *)
rootLen-: INTEGER (* for network version *)
END;
Buffer = POINTER TO RECORD
dirty: BOOLEAN;
org, len: INTEGER;
data: ARRAY bufsize OF BYTE
END;
File = POINTER TO RECORD (Files.File)
state: INTEGER;
name: FullName;
ref: WinApi.HANDLE;
loc: Locator;
swapper: INTEGER; (* index into file table / next buffer to swap *)
len: INTEGER;
bufs: ARRAY nofbufs OF Buffer;
t: LONGINT (* time stamp of last file operation *)
END;
Reader = POINTER TO RECORD (Files.Reader)
base: File;
org, offset: INTEGER;
buf: Buffer
END;
Writer = POINTER TO RECORD (Files.Writer)
base: File;
org, offset: INTEGER;
buf: Buffer
END;
Directory = POINTER TO RECORD (Files.Directory)
temp, startup: Locator
END;
Identifier = RECORD (Kernel.Identifier)
name: FullName
END;
Searcher = RECORD (Kernel.Identifier)
t0: INTEGER;
f: File
END;
Counter = RECORD (Kernel.Identifier)
count: INTEGER
END;
CONST
(* constants for the message boxes *)
mbClose = -1; mbOk = 0; mbCancel =1;
mbRetry = 2; mbIgnore = 3; mbYes = 4; mbNo = 5;
VAR
MessageBox*: PROCEDURE (title, msg: ARRAY OF CHAR; buttons: SET): INTEGER;
MapParamString*: PROCEDURE(in, p0, p1, p2: ARRAY OF CHAR; OUT out: ARRAY OF CHAR);
appName-: FullName;
dir: Directory;
wildcard: Files.Type;
startupDir, customDir: FullName;
startupLen, customLen: INTEGER;
isCustomDir, isUseDir: BOOLEAN;
res: INTEGER;
errString: PROCEDURE (IN string: ARRAY OF CHAR);
errLn: PROCEDURE;
stderr: WinApi.HANDLE;
(* debugging functions *)
PROCEDURE SetErr* (string: PROCEDURE(IN msg: ARRAY OF CHAR); ln: PROCEDURE);
BEGIN errString := string; errLn := ln
END SetErr;
PROCEDURE ErrString (IN msg: ARRAY OF CHAR);
BEGIN IF errString # NIL THEN errString(msg) END;
END ErrString;
PROCEDURE ErrLn;
BEGIN IF errLn # NIL THEN errLn END;
END ErrLn;
PROCEDURE Msg (IN msg: ARRAY OF CHAR);
BEGIN ErrString(msg); ErrLn
END Msg;
PROCEDURE Print (IN s: ARRAY OF CHAR; len: INTEGER);
VAR res, written: INTEGER; ss: ARRAY 2048 (* max * 2 *) OF SHORTCHAR;
BEGIN
IF len > 0 THEN
res := WinApi.WideCharToMultiByte(WinApi.CP_OEMCP,{},s,len,ss,LEN(ss),NIL,NIL);
IF (res > 0) & (res <= LEN(ss)) THEN
res := WinApi.WriteFile(stderr, SYSTEM.ADR(ss[0]), res, written, NIL)
END
END
END Print;
PROCEDURE DefErrLn;
BEGIN
Print(0DX + 0AX, 2)
END DefErrLn;
PROCEDURE DefErrString (IN str: ARRAY OF CHAR);
CONST max = 1024;
VAR s: ARRAY max + 2 OF CHAR; i, j, len: INTEGER;
BEGIN
IF LEN(str$) < max THEN
Print(str, LEN(str$))
ELSE
len := LEN(str); s[max+1] := 0X;
i := 0; j := 0;
WHILE (i < len) & (str[i] # 0X) DO
s[j] := SHORT(str[i]); INC(i);
IF j = max THEN
Print(s, j);
j := 0
ELSE INC(j) END
END;
IF j > 0 THEN
s[j] := 0X;
Print(s, j)
END
END
END DefErrString;
PROCEDURE IntToString (x: LONGINT; OUT a: ARRAY OF CHAR);
CONST max = 25;
VAR b: ARRAY max OF CHAR; i, j: INTEGER; y: LONGINT;
BEGIN
IF x < 0 THEN x := -x; a[0] := '-'; j := 1 ELSIF x > 0 THEN j := 0 ELSE j := 1; a[0] := '0' END;
i := 0;
WHILE x # 0 DO y := x MOD 10; b[i] := SHORT(CHR(y + ORD('0'))); x := x DIV 10; INC(i) END;
DEC(i); WHILE (i >= 0) & (j < max) DO a[j] := b[i]; INC(j); DEC(i) END;
ASSERT(j < max, 20);
a[j] := 0X;
END IntToString;
PROCEDURE Int (x: LONGINT);
VAR buf: ARRAY 16 OF CHAR;
BEGIN
IntToString(x, buf); ErrString(buf)
END Int;
(* end of debugging functions *)
PROCEDURE Error (n: INTEGER): INTEGER;
VAR res: INTEGER;
BEGIN
IF n = ok THEN res := ok
ELSIF n = invalidNameErr THEN res := invalidName
ELSIF (n = fileNotFoundErr) OR (n = pathNotFoundErr) THEN res := notFound
ELSIF (n = fileExistsErr) OR (n = alreadyExistsErr) THEN res := existsAlready
ELSIF n = writeProtectedErr THEN res := writeProtected
ELSIF (n = sharingErr) OR (n = accessDeniedErr) OR (n = netAccessDeniedErr) THEN res := accessDenied
ELSIF n = notEnoughMemoryErr THEN res := notEnoughMem
ELSIF (n = diskFullErr) OR (n = tooManyOpenFilesErr) THEN res := notEnoughDisk
ELSE res := -n
END;
RETURN res
END Error;
PROCEDURE Upper (ch: CHAR): CHAR;
BEGIN
IF ("a" <= ch) & (ch <= "z") THEN RETURN CAP(ch) (* common case optimized *)
ELSIF ch > 7FX THEN RETURN SYSTEM.VAL(CHAR, WinApi.CharUpperW( SYSTEM.VAL(WinApi.PtrWSTR, ORD(ch))))
ELSE RETURN ch
END
END Upper;
PROCEDURE Diff (IN a, b: ARRAY OF CHAR; caseSens: BOOLEAN): INTEGER;
VAR i: INTEGER; cha, chb: CHAR;
BEGIN
i := 0;
REPEAT
cha := a[i]; chb := b[i]; INC(i);
IF cha # chb THEN
IF ~caseSens THEN
cha := Upper(cha);
chb := Upper(chb);
END;
IF cha = "\" THEN cha := "/" END;
IF chb = "\" THEN chb := "/" END;
IF cha # chb THEN RETURN ORD(cha) - ORD(chb) END
END
UNTIL cha = 0X;
RETURN 0
END Diff;
PROCEDURE NewLocator* (IN fname: ARRAY OF CHAR): Locator;
VAR loc: Locator; res, n, max, i: INTEGER; root: FullName; ch: CHAR; f: SET;
BEGIN
NEW(loc); loc.path := fname$;
i := LEN(loc.path$);
IF (i > 1) & ((loc.path[i-1] = "/") OR (loc.path[i-1] = "\")) THEN
loc.path[i-1] := 0X
END;
i := 0; n := 1;
IF ((fname[0] = "\") OR (fname[0] = "/")) & ((fname[1] = "\") OR (fname[1] = "/")) THEN n := 4 END;
REPEAT
ch := fname[i]; root[i] := ch; INC(i);
IF (ch = "/") OR (ch = "\") THEN DEC(n) END
UNTIL (ch = 0X) OR (n = 0);
IF ch = 0X THEN root[i-1] := "\" END;
root[i] := 0X; res := WinApi.GetVolumeInformationW(root, NIL, 0, n, max, f, NIL, 0);
IF res = 0 THEN
max := 12; f := {} (* FAT values *)
END;
loc.maxLen := max; loc.caseSens := FALSE; (* 0 IN f; *) (* NT erroneously returns true here *)
RETURN loc
END NewLocator;
PROCEDURE Lower (ch: CHAR): CHAR;
BEGIN
IF ("A" <= ch) & (ch <= "Z") THEN RETURN CHR(ORD(ch) + 32)
ELSIF ch > 7FX THEN RETURN SYSTEM.VAL(CHAR, WinApi.CharLowerW(SYSTEM.VAL(WinApi.PtrWSTR, ORD(ch))))
ELSE RETURN ch
END
END Lower;
PROCEDURE GetType (IN name: ARRAY OF CHAR; VAR type: Files.Type);
VAR i, j: INTEGER; ch: CHAR;
BEGIN
j := 0; i := LEN(name$);
WHILE (i > 0) & (name[i] # ".") DO DEC(i) END;
IF i > 0 THEN
INC(i); ch := name[i];
WHILE (j < LEN(type) - 1) & (ch # 0X) DO
ch := Lower(ch);
type[j] := ch; INC(j);
INC(i); ch := name[i]
END
END;
type[j] := 0X
END GetType;
PROCEDURE Append (IN path, name: ARRAY OF CHAR; type: Files.Type; max: INTEGER;
VAR res: ARRAY OF CHAR
);
VAR i, j, n, m, dot: INTEGER; ch: CHAR;
BEGIN
i := 0;
WHILE path[i] # 0X DO res[i] := path[i]; INC(i) END;
IF path # "" THEN
ASSERT((res[i-1] # "/") & (res[i-1] # "\"), 100);
res[i] := "\"; INC(i)
END;
j := 0; ch := name[0]; n := 0; m := max; dot := -1;
IF max = 12 THEN m := 8 END;
WHILE (i < LEN(res) - 1) & (ch # 0X) DO
IF (ch = "/") OR (ch = "\") THEN
res[i] := ch; INC(i); n := 0; m := max; dot := -1;
IF max = 12 THEN m := 8 END
ELSIF (n < m) OR (ch = ".") & (n = 8) THEN
res[i] := ch; INC(i); INC(n);
IF ch = "." THEN dot := n;
IF max = 12 THEN m := n + 3 END
END
END;
INC(j); ch := name[j]
END;
IF (dot = -1) & (type # "") THEN
IF max = 12 THEN m := n + 4 END;
IF (n < m) & (i < LEN(res) - 1) THEN res[i] := "."; INC(i); INC(n); dot := n END
END;
IF n = dot THEN j := 0;
WHILE (n < m) & (i < LEN(res) - 1) & (type[j] # 0X) DO res[i] := type[j]; INC(i); INC(j) END
END;
res[i] := 0X
END Append;
PROCEDURE CloseFileHandle (f: File; VAR res: INTEGER);
BEGIN
IF (f.ref = invalid) OR (WinApi.CloseHandle(f.ref) # 0) THEN res := ok (* !!! *)
ELSE res := WinApi.GetLastError()
END;
f.ref := invalid
END CloseFileHandle;
PROCEDURE CloseFile (f: File; VAR res: INTEGER);
VAR s: INTEGER;
BEGIN
IF f.state = exclusive THEN
f.Flush;
res := WinApi.FlushFileBuffers(f.ref)
END;
s := f.state; f.state := closed;
CloseFileHandle (f, res);
IF (s IN {temp, new, hidden}) & (f.name # "") THEN
res := WinApi.DeleteFileW(f.name)
END
END CloseFile;
PROCEDURE (f: File) FINALIZE;
VAR res: INTEGER;
BEGIN
IF f.state # closed THEN CloseFile(f, res) END
END FINALIZE;
PROCEDURE (VAR id: Identifier) Identified (): BOOLEAN;
VAR f: File;
BEGIN
f := id.obj(File);
RETURN (f.state IN {shared, exclusive}) & (Diff(f.name, id.name, f.loc.caseSens) = 0)
END Identified;
PROCEDURE ThisFile (IN name: FullName): File;
VAR id: Identifier; p: ANYPTR;
BEGIN
id.typ := SYSTEM.TYP(File); id.name := name$;
p := Kernel.ThisFinObj(id);
IF p # NIL THEN RETURN p(File)
ELSE RETURN NIL
END
END ThisFile;
PROCEDURE (VAR s: Searcher) Identified (): BOOLEAN;
VAR f: File;
BEGIN
f := s.obj(File);
IF (f.ref # invalid) & ((s.f = NIL) OR (f.t < s.f.t)) THEN s.f := f END;
RETURN FALSE
END Identified;
PROCEDURE SearchFileToClose;
VAR s: Searcher; p: ANYPTR; (* res: LONGINT; *)
BEGIN
s.typ := SYSTEM.TYP(File); s.f := NIL;
p := Kernel.ThisFinObj(s);
IF s.f # NIL THEN
res := WinApi.CloseHandle(s.f.ref); s.f.ref := invalid;
IF res = 0 THEN res := WinApi.GetLastError(); HALT(100) END
END
END SearchFileToClose;
PROCEDURE NewFileRef (state: INTEGER; VAR name: FullName): WinApi.HANDLE;
BEGIN
IF state = create THEN
RETURN WinApi.CreateFileW(name, WinApi.GENERIC_READ + WinApi.GENERIC_WRITE, {},
NIL, WinApi.CREATE_NEW, WinApi.FILE_ATTRIBUTE_TEMPORARY, 0)
ELSIF state = shared THEN
RETURN WinApi.CreateFileW(name, WinApi.GENERIC_READ, WinApi.FILE_SHARE_READ,
NIL, WinApi.OPEN_EXISTING, {}, 0)
ELSE
RETURN WinApi.CreateFileW(name, WinApi.GENERIC_READ + WinApi.GENERIC_WRITE, {},
NIL, WinApi.OPEN_EXISTING, {}, 0)
END
END NewFileRef;
PROCEDURE OpenFile (state: INTEGER; VAR name: FullName; VAR ref, res: INTEGER);
BEGIN
ref := NewFileRef(state, name);
IF ref = invalid THEN
res := WinApi.GetLastError();
IF (res = tooManyOpenFilesErr) OR (res = noSystemResourcesErr) THEN
Kernel.Collect;
ref := NewFileRef(state, name);
IF ref = invalid THEN
res := WinApi.GetLastError();
IF (res = tooManyOpenFilesErr) OR (res = noSystemResourcesErr) THEN
SearchFileToClose;
ref := NewFileRef(state, name);
IF ref = invalid THEN
res := WinApi.GetLastError()
ELSE res := ok
END
END
ELSE res := ok
END
END
ELSE res := ok
END
END OpenFile;
PROCEDURE GetTempFileName (IN path: FullName; OUT name: FullName; num: INTEGER);
VAR i: INTEGER; str: ARRAY 16 OF CHAR;
BEGIN
str := tempName; i := 7;
WHILE i > 2 DO
str[i] := CHR(num MOD 10 + ORD("0")); DEC(i); num := num DIV 10
END;
Append(path, str, "", 8, name)
END GetTempFileName;
PROCEDURE CreateFile (f: File; VAR res: INTEGER);
VAR num, n: INTEGER;
BEGIN
IF f.name = "" THEN
num := WinApi.GetTickCount(); n := 200;
REPEAT
GetTempFileName(f.loc.path, f.name, num); INC(num); DEC(n);
OpenFile(create, f.name, f.ref, res)
UNTIL (res # fileExistsErr) & (res # alreadyExistsErr) & (res # paramErr) OR (n = 0)
ELSE
OpenFile(f.state, f.name, f.ref, res)
END
END CreateFile;
PROCEDURE Delete (IN fname, path: FullName; VAR res: INTEGER);
VAR num, n, s: INTEGER; f: File; new: FullName; attr: SET;
BEGIN
ASSERT(fname # "", 100);
f := ThisFile(fname);
IF f = NIL THEN
IF WinApi.DeleteFileW(fname) # 0 THEN res := ok
ELSE res := WinApi.GetLastError()
END
ELSE (* still in use => make it anonymous *)
IF f.ref # invalid THEN res := WinApi.CloseHandle(f.ref); f.ref := invalid END; (* !!! *)
attr := BITS(WinApi.GetFileAttributesW(fname));
ASSERT(attr # {0..MAX(SET)}, 101);
IF WinApi.FILE_ATTRIBUTE_READONLY * attr = {} THEN
s := f.state; num := WinApi.GetTickCount(); n := 200;
REPEAT
GetTempFileName(path, new, num); INC(num); DEC(n);
IF WinApi.MoveFileW(fname, new) # 0 THEN res := ok
ELSE res := WinApi.GetLastError()
END
UNTIL (res # fileExistsErr) & (res # alreadyExistsErr)
& (res # paramErr) & (res # sharingErr) & (res # accessDeniedErr) OR (n = 0);
IF res = ok THEN
f.state := hidden; f.name := new$
END
ELSE
res := writeProtectedErr
END
END
END Delete;
PROCEDURE FlushBuffer (f: File; i: INTEGER);
VAR buf: Buffer; res, h: INTEGER;
BEGIN
buf := f.bufs[i];
IF (buf # NIL) & buf.dirty THEN
IF f.ref = invalid THEN CreateFile(f, res) (* ASSERT(res = ok, 100) *) END;
IF f.ref # invalid THEN
h := 0; h := WinApi.SetFilePointer(f.ref, buf.org, h, 0);
IF (WinApi.WriteFile(f.ref, SYSTEM.ADR(buf.data), buf.len, h, NIL) = 0) OR (h < buf.len) THEN
res := WinApi.GetLastError(); HALT(101)
END;
buf.dirty := FALSE; f.t := Kernel.Time()
END
END
END FlushBuffer;
(* File *)
PROCEDURE (f: File) NewReader (old: Files.Reader): Files.Reader;
VAR r: Reader;
BEGIN (* portable *)
ASSERT(f.state # closed, 20);
IF (old # NIL) & (old IS Reader) THEN r := old(Reader) ELSE NEW(r) END;
IF r.base # f THEN
r.base := f; r.buf := NIL; r.SetPos(0)
END;
r.eof := FALSE;
RETURN r
END NewReader;
PROCEDURE (f: File) NewWriter (old: Files.Writer): Files.Writer;
VAR w: Writer;
BEGIN (* portable *)
ASSERT(f.state # closed, 20); ASSERT(f.state # shared, 21);
IF (old # NIL) & (old IS Writer) THEN w := old(Writer) ELSE NEW(w) END;
IF w.base # f THEN
w.base := f; w.buf := NIL; w.SetPos(f.len)
END;
RETURN w
END NewWriter;
PROCEDURE (f: File) Length (): INTEGER;
BEGIN (* portable *)
RETURN f.len
END Length;
PROCEDURE (f: File) Flush;
VAR i: INTEGER;
BEGIN (* portable *)
i := 0; WHILE i # nofbufs DO FlushBuffer(f, i); INC(i) END
END Flush;
PROCEDURE GetPath (IN fname: FullName; OUT path: FullName);
VAR i: INTEGER;
BEGIN
path := fname$; i := LEN(path$);
WHILE (i > 0) & (path[i] # "\") & (path[i] # "/") & (path[i-1] # ":") DO DEC(i) END;
path[i] := 0X
END GetPath;
PROCEDURE CreateDir (IN path: FullName; OUT res: INTEGER);
VAR sec: WinApi.SECURITY_ATTRIBUTES; p: FullName;
BEGIN
ASSERT(path # "", 100);
sec.nLength :=SIZE(WinApi.SECURITY_ATTRIBUTES);
sec.lpSecurityDescriptor := 0; sec.bInheritHandle := 0;
res := WinApi.CreateDirectoryW(path, sec);
IF res = 0 THEN res := WinApi.GetLastError() ELSE res := ok END;
IF (res = fileNotFoundErr) OR (res = pathNotFoundErr) THEN
GetPath(path, p);
IF path # p THEN
CreateDir(p, res); (* recursive call *)
IF res = ok THEN
res := WinApi.CreateDirectoryW(path, sec);
IF res = 0 THEN res := WinApi.GetLastError() ELSE res := ok END
END
END
END
END CreateDir;
PROCEDURE CheckPath (IN path: FullName; ask: BOOLEAN; VAR res: INTEGER);
VAR s: ARRAY 300 OF CHAR; t: ARRAY 32 OF CHAR;
BEGIN
IF ask & (MessageBox # NIL) THEN
IF MapParamString # NIL THEN
MapParamString("#System:CreateDir", path, "", "", s);
MapParamString("#System:MissingDirectory", "", "", "", t)
ELSE
s := path$; t := "Missing Directory"
END;
res := MessageBox(t, s, {0, 6}) (* ok cancel, icon information *)
ELSE
res := 1
END;
IF res = 1 THEN CreateDir(path, res)
ELSIF res = 2 THEN res := cancel
END
END CheckPath;
PROCEDURE CheckDelete (IN fname, path: FullName; ask: BOOLEAN; VAR res: INTEGER);
VAR s: ARRAY 300 OF CHAR; t: ARRAY 16 OF CHAR;
BEGIN
REPEAT
Delete(fname, path, res);
IF (res = writeProtectedErr) OR (res = sharingErr) OR (res = accessDeniedErr)
OR (res = netAccessDeniedErr)
THEN
IF ask & (MessageBox # NIL) THEN
IF MapParamString # NIL THEN
IF res = writeProtectedErr THEN
MapParamString("#System:ReplaceWriteProtected", fname, 0DX, "", s)
ELSIF (res = accessDeniedErr) OR (res = netAccessDeniedErr) THEN
MapParamString("#System:ReplaceAccessDenied", fname, 0DX, "", s)
ELSE
MapParamString("#System:ReplaceInUse", fname, 0DX, "", s)
END;
MapParamString("#System:FileError", "", "", "", t)
ELSE
s := fname$; t := "File Error"
END;
res := MessageBox(t, s, {0, 2, 4, 5}); (* retry cancel, icon warning *)
IF res = 2 THEN res := cancel
ELSIF res = 4 THEN res := retry
END
ELSE
res := cancel
END
ELSE
res := ok
END
UNTIL res # retry
END CheckDelete;
PROCEDURE (f: File) Register (name: Files.Name; type: Files.Type; ask: BOOLEAN; OUT res: INTEGER);
VAR b: INTEGER; fname: FullName;
BEGIN
ASSERT(f.state = new, 20); ASSERT(name # "", 21);
Append(f.loc.path, name, type, f.loc.maxLen, fname);
CheckDelete(fname, f.loc.path, ask, res);
ASSERT(res # paramErr, 100);
IF res = ok THEN
IF f.name = "" THEN
f.name := fname$;
OpenFile(create, f.name, f.ref, res);
IF res = ok THEN
f.state := exclusive; CloseFile(f, res);
b := WinApi.SetFileAttributesW(f.name, WinApi.FILE_ATTRIBUTE_ARCHIVE)
END
ELSE
f.state := exclusive; CloseFile(f, res);
IF WinApi.MoveFileW(f.name, fname) # 0 THEN
res := ok; f.name := fname$;
b := WinApi.SetFileAttributesW(f.name, WinApi.FILE_ATTRIBUTE_ARCHIVE)
ELSE
res := WinApi.GetLastError();
ASSERT(res # paramErr, 101);
b := WinApi.DeleteFileW(f.name)
END
END
END;
res := Error(res)
END Register;
PROCEDURE (f: File) Close;
VAR res: INTEGER;
BEGIN (* portable *)
IF f.state # closed THEN
(*
IF f.state = exclusive THEN
CloseFile(f, res)
ELSE
CloseFileHandle(f, res)
END
*)
CloseFile(f, res)
END
END Close;
(* Locator *)
PROCEDURE (loc: Locator) This* (IN path: ARRAY OF CHAR): Locator;
VAR new: Locator; i: INTEGER;
BEGIN
IF path = "" THEN
NEW(new); new^ := loc^
ELSIF path[1] = ":" THEN (* absolute path *)
new := NewLocator(path);
new.rootLen := 0
ELSIF (path[0] = "\") OR (path[0] = "/") THEN
IF (path[1] = "\") OR (path[1] = "/") THEN (* network path *)
new := NewLocator(path);
new.rootLen := 0
ELSE
NEW(new); new^ := dir.startup^;
new.res := invalidName;
RETURN new
END
ELSE
NEW(new); Append(loc.path, path, "", loc.maxLen, new.path);
i := 0; WHILE new.path[i] # 0X DO INC(i) END;
IF (new.path[i-1] = "/") OR (new.path[i-1] = "\") THEN new.path[i-1] := 0X END;
new.maxLen := loc.maxLen;
new.caseSens := loc.caseSens;
new.rootLen := loc.rootLen
END;
new.res := ok;
RETURN new
END This;
(* Reader *)
PROCEDURE (r: Reader) Base (): Files.File;
BEGIN (* portable *)
RETURN r.base
END Base;
PROCEDURE (r: Reader) SetPos (pos: INTEGER);
VAR f: File; org, offset, i, count, res: INTEGER; buf: Buffer;
BEGIN
f := r.base; ASSERT(f # NIL, 20); ASSERT(f.state # closed, 25);
ASSERT(pos >= 0, 22); ASSERT(pos <= f.len, 21);
offset := pos MOD bufsize; org := pos - offset;
i := 0; WHILE (i # nofbufs) & (f.bufs[i] # NIL) & (org # f.bufs[i].org) DO INC(i) END;
IF i # nofbufs THEN
buf := f.bufs[i];
IF buf = NIL THEN (* create new buffer *)
NEW(buf); f.bufs[i] := buf; buf.org := -1
END
ELSE (* choose an existing buffer *)
f.swapper := (f.swapper + 1) MOD nofbufs;
FlushBuffer(f, f.swapper); buf := f.bufs[f.swapper]; buf.org := -1
END;
IF buf.org # org THEN
IF org + bufsize > f.len THEN buf.len := f.len - org ELSE buf.len := bufsize END;
count := buf.len;
IF count > 0 THEN
IF f.ref = invalid THEN CreateFile(f, res) (* ASSERT(res = ok, 100) *) END;
IF f.ref # invalid THEN
i := 0; i := WinApi.SetFilePointer(f.ref, org, i, 0);
IF (WinApi.ReadFile(f.ref, SYSTEM.ADR(buf.data), count, i, NIL) = 0) OR (i < count) THEN
res := WinApi.GetLastError(); res := Error(res); HALT(101)
END;
f.t := Kernel.Time()
END
END;
buf.org := org; buf.dirty := FALSE
END;
r.buf := buf; r.org := org; r.offset := offset; r.eof := FALSE
(* 0<= r.org <= r.base.len *)
(* 0 <= r.offset < bufsize *)
(* 0 <= r.buf.len <= bufsize *)
(* r.offset <= r.base.len *)
(* r.offset <= r.buf.len *)
END SetPos;
PROCEDURE (r: Reader) Pos (): INTEGER;
BEGIN (* portable *)
ASSERT(r.base # NIL, 20);
RETURN r.org + r.offset
END Pos;
PROCEDURE (r: Reader) ReadByte (OUT x: BYTE);
BEGIN (* portable *)
IF (r.org # r.buf.org) OR (r.offset >= bufsize) THEN r.SetPos(r.org + r.offset) END;
IF r.offset < r.buf.len THEN
x := r.buf.data[r.offset]; INC(r.offset)
ELSE
x := 0; r.eof := TRUE
END
END ReadByte;
PROCEDURE (r: Reader) ReadBytes (VAR x: ARRAY OF BYTE; beg, len: INTEGER);
VAR from, to, count, restInBuf: INTEGER;
BEGIN (* portable *)
ASSERT(beg >= 0, 21);
IF len > 0 THEN
ASSERT(beg + len <= LEN(x), 23);
WHILE len # 0 DO
IF (r.org # r.buf.org) OR (r.offset >= bufsize) THEN r.SetPos(r.org + r.offset) END;
restInBuf := r.buf.len - r.offset;
IF restInBuf = 0 THEN r.eof := TRUE; RETURN
ELSIF restInBuf <= len THEN count := restInBuf
ELSE count := len
END;
from := SYSTEM.ADR(r.buf.data[r.offset]); to := SYSTEM.ADR(x) + beg;
SYSTEM.MOVE(from, to, count);
INC(r.offset, count); INC(beg, count); DEC(len, count)
END;
r.eof := FALSE
ELSE ASSERT(len = 0, 22)
END
END ReadBytes;
(* Writer *)
PROCEDURE (w: Writer) Base (): Files.File;
BEGIN (* portable *)
RETURN w.base
END Base;
PROCEDURE (w: Writer) SetPos (pos: INTEGER);
VAR f: File; org, offset, i, count, res: INTEGER; buf: Buffer;
BEGIN
f := w.base; ASSERT(f # NIL, 20); ASSERT(f.state # closed, 25);
ASSERT(pos >= 0, 22); ASSERT(pos <= f.len, 21);
offset := pos MOD bufsize; org := pos - offset;
i := 0; WHILE (i # nofbufs) & (f.bufs[i] # NIL) & (org # f.bufs[i].org) DO INC(i) END;
IF i # nofbufs THEN
buf := f.bufs[i];
IF buf = NIL THEN (* create new buffer *)
NEW(buf); f.bufs[i] := buf; buf.org := -1
END
ELSE (* choose an existing buffer *)
f.swapper := (f.swapper + 1) MOD nofbufs;
FlushBuffer(f, f.swapper); buf := f.bufs[f.swapper]; buf.org := -1
END;
IF buf.org # org THEN
IF org + bufsize > f.len THEN buf.len := f.len - org ELSE buf.len := bufsize END;
count := buf.len;
IF count > 0 THEN
IF f.ref = invalid THEN CreateFile(f, res) (* ASSERT(res = ok, 100) *) END;
IF f.ref # invalid THEN
i := 0; i := WinApi.SetFilePointer(f.ref, org, i, 0);
IF (WinApi.ReadFile(f.ref, SYSTEM.ADR(buf.data), count, i, NIL) = 0) OR (i < count) THEN
res := WinApi.GetLastError(); res := Error(res); HALT(101)
END;
f.t := Kernel.Time()
END
END;
buf.org := org; buf.dirty := FALSE
END;
w.buf := buf; w.org := org; w.offset := offset
(* 0<= w.org <= w.base.len *)
(* 0 <= w.offset < bufsize *)
(* 0 <= w.buf.len <= bufsize *)
(* w.offset <= w.base.len *)
(* w.offset <= w.buf.len *)
END SetPos;
PROCEDURE (w: Writer) Pos (): INTEGER;
BEGIN (* portable *)
ASSERT(w.base # NIL, 20);
RETURN w.org + w.offset
END Pos;
PROCEDURE (w: Writer) WriteByte (x: BYTE);
BEGIN (* portable *)
ASSERT(w.base.state # closed, 25);
IF (w.org # w.buf.org) OR (w.offset >= bufsize) THEN w.SetPos(w.org + w.offset) END;
w.buf.data[w.offset] := x; w.buf.dirty := TRUE;
IF w.offset = w.buf.len THEN INC(w.buf.len); INC(w.base.len) END;
INC(w.offset)
END WriteByte;
PROCEDURE (w: Writer) WriteBytes (IN x: ARRAY OF BYTE; beg, len: INTEGER);
VAR from, to, count, restInBuf: INTEGER;
BEGIN (* portable *)
ASSERT(beg >= 0, 21); ASSERT(w.base.state # closed, 25);
IF len > 0 THEN
ASSERT(beg + len <= LEN(x), 23);
WHILE len # 0 DO
IF (w.org # w.buf.org) OR (w.offset >= bufsize) THEN w.SetPos(w.org + w.offset) END;
restInBuf := bufsize - w.offset;
IF restInBuf <= len THEN count := restInBuf ELSE count := len END;
from := SYSTEM.ADR(x) + beg; to := SYSTEM.ADR(w.buf.data[w.offset]);
SYSTEM.MOVE(from, to, count);
INC(w.offset, count); INC(beg, count); DEC(len, count);
IF w.offset > w.buf.len THEN INC(w.base.len, w.offset - w.buf.len); w.buf.len := w.offset END;
w.buf.dirty := TRUE
END
ELSE ASSERT(len = 0, 22)
END
END WriteBytes;
(* Directory *)
PROCEDURE GetStartupDir (loc: Locator; OUT dir: FullName);
VAR i, j: INTEGER;
BEGIN
dir := startupDir$; i := startupLen; j := loc.rootLen;
WHILE loc.path[j] # 0X DO dir[i] := loc.path[j]; INC(i); INC(j) END;
dir[i] := 0X
END GetStartupDir;
PROCEDURE GetCustomDir (loc: Locator; OUT dir: FullName);
VAR i, j: INTEGER;
BEGIN
dir := customDir$; i := customLen; j := loc.rootLen;
WHILE loc.path[j] # 0X DO dir[i] := loc.path[j]; INC(i); INC(j) END;
dir[i] := 0X
END GetCustomDir;
PROCEDURE (d: Directory) This (IN path: ARRAY OF CHAR): Files.Locator;
BEGIN
IF path = "STANDARD:" THEN
RETURN NewLocator(startupDir);
ELSIF path = "CUSTOM:" THEN
IF isCustomDir THEN
RETURN NewLocator(customDir)
ELSE
RETURN d.startup.This("")
END
ELSE
RETURN d.startup.This(path)
END
END This;
PROCEDURE (d: Directory) New (loc: Files.Locator; ask: BOOLEAN): Files.File;
VAR f: File; res: INTEGER; attr: SET;
BEGIN
ASSERT(loc # NIL, 20); f := NIL; res := ok;
WITH loc: Locator DO
IF loc.path # "" THEN
attr := BITS(WinApi.GetFileAttributesW(loc.path));
IF attr = {0..MAX(SET)} THEN (* error *)
res := WinApi.GetLastError();
IF (res = fileNotFoundErr) OR (res = pathNotFoundErr) THEN
IF loc.res = 76 THEN CreateDir(loc.path, res)
ELSE CheckPath(loc.path, ask, res)
END
ELSE res := pathNotFoundErr
END
ELSIF WinApi.FILE_ATTRIBUTE_DIRECTORY * attr = {} THEN res := fileExistsErr
END
END;
IF res = ok THEN
NEW(f); f.loc := loc; f.name := "";
f.state := new; f.swapper := -1; f.len := 0; f.ref := invalid
END
ELSE res := invalidNameErr
END;
loc.res := Error(res);
RETURN f
END New;
PROCEDURE (d: Directory) Temp (): Files.File;
VAR f: File;
BEGIN
NEW(f); f.loc := d.temp; f.name := "";
f.state := temp; f.swapper := -1; f.len := 0; f.ref := invalid;
RETURN f
END Temp;
PROCEDURE (d: Directory) Old (loc: Files.Locator; name: Files.Name; shrd: BOOLEAN): Files.File;
VAR res, i, j: INTEGER; f: File; ref: WinApi.HANDLE; fname: FullName; type: Files.Type; s: BYTE;
BEGIN
ASSERT(loc # NIL, 20); ASSERT(name # "", 21);
res := ok; f := NIL;
WITH loc: Locator DO
Append(loc.path, name, "", loc.maxLen, fname);
f := ThisFile(fname);
IF f # NIL THEN
IF ~shrd OR (f.state = exclusive) THEN loc.res := Error(sharingErr); RETURN NIL
ELSE loc.res := ok; RETURN f
END
END;
IF shrd THEN s := shared ELSE s := exclusive END;
OpenFile(s, fname, ref, res);
IF ((res = fileNotFoundErr) OR (res = pathNotFoundErr))
& (isUseDir & isCustomDir) THEN
GetCustomDir(loc, fname);
Append(fname, name, "", loc.maxLen, fname);
f := ThisFile(fname);
IF f # NIL THEN
IF ~shrd OR (f.state = exclusive) THEN loc.res := Error(sharingErr); RETURN NIL
ELSE loc.res := ok; RETURN f
END
END;
OpenFile(s, fname, ref, res)
END;
IF ((res = fileNotFoundErr) OR (res = pathNotFoundErr))
& (isUseDir OR isCustomDir) THEN
GetStartupDir(loc, fname);
Append(fname, name, "", loc.maxLen, fname);
f := ThisFile(fname);
IF f # NIL THEN
IF ~shrd OR (f.state = exclusive) THEN loc.res := Error(sharingErr); RETURN NIL
ELSE loc.res := ok; RETURN f
END
END;
OpenFile(s, fname, ref, res)
END;
IF res = ok THEN
NEW(f); f.loc := loc;
f.swapper := -1;
GetType(name, type);
f.InitType(type);
ASSERT(ref # invalid, 107);
f.ref := ref; f.name := fname$; f.state := s; f.t := Kernel.Time();
f.len := WinApi.GetFileSize(ref, j);
IF (f.len < 0) OR (j # 0) THEN
f.len := -1 (* file length exceeds MAX(INTEGER) *)
END
END
END;
loc.res := Error(res);
RETURN f
END Old;
PROCEDURE (d: Directory) Delete* (loc: Files.Locator; name: Files.Name);
VAR res: INTEGER; fname: FullName;
BEGIN
ASSERT(loc # NIL, 20);
WITH loc: Locator DO
Append(loc.path, name, "", loc.maxLen, fname);
Delete(fname, loc.path, res)
ELSE res := invalidNameErr
END;
loc.res := Error(res)
END Delete;
PROCEDURE (d: Directory) Rename* (loc: Files.Locator; old, new: Files.Name; ask: BOOLEAN);
VAR res, i: INTEGER; oldname, newname, tn: FullName; f: File; attr: SET;
BEGIN
ASSERT(loc # NIL, 20);
WITH loc: Locator DO
Append(loc.path, old, "", loc.maxLen, oldname); Append(loc.path, new, "", loc.maxLen, newname);
attr := BITS( WinApi.GetFileAttributesW(oldname));
IF ORD(attr) # -1 THEN
f := ThisFile(oldname);
IF (f # NIL) & (f.ref # invalid) THEN res := WinApi.CloseHandle(f.ref); f.ref := invalid END;
IF Diff(oldname, newname, loc.caseSens) # 0 THEN
CheckDelete(newname, loc.path, ask, res);
IF res = ok THEN
IF WinApi.MoveFileW(oldname, newname) # 0 THEN
IF f # NIL THEN (* still in use => update file table *)
f.name := newname$
END
ELSE res := WinApi.GetLastError()
END
END
ELSE (* destination is same file as source *)
tn := oldname$; i := LEN(tn$) - 1;
REPEAT
tn[i] := CHR(ORD(tn[i]) + 1);
IF WinApi.MoveFileW(oldname, tn) # 0 THEN res := ok
ELSE res := WinApi.GetLastError()
END
UNTIL (res # fileExistsErr) & (res # alreadyExistsErr) & (res # paramErr);
IF res = ok THEN
IF WinApi.MoveFileW(tn, newname) = 0 THEN res := WinApi.GetLastError() END
END
END
ELSE res := fileNotFoundErr
END
ELSE res := invalidNameErr
END;
loc.res := Error(res)
END Rename;
PROCEDURE (d: Directory) SameFile* (loc0: Files.Locator; name0: Files.Name;
loc1: Files.Locator; name1: Files.Name): BOOLEAN;
VAR p0, p1: FullName;
BEGIN
ASSERT(loc0 # NIL, 20); ASSERT(loc1 # NIL, 21);
WITH loc0: Locator DO Append(loc0.path, name0, "", loc0.maxLen, p0) END;
WITH loc1: Locator DO Append(loc1.path, name1, "", loc1.maxLen, p1) END;
RETURN Diff(p0, p1, loc0(Locator).caseSens) = 0
END SameFile;
PROCEDURE (d: Directory) FileList* (loc: Files.Locator): Files.FileInfo;
VAR diff, res, firstRes: INTEGER; first, last, info: Files.FileInfo; s: FullName;
PROCEDURE Do (s: FullName): INTEGER;
VAR i: INTEGER; find: WinApi.HANDLE;
fd: WinApi.WIN32_FIND_DATAW; st: WinApi.SYSTEMTIME;
BEGIN
Append(s, wildcard, wildcard, loc(Locator).maxLen, s);
find := WinApi.FindFirstFileW(s, fd);
IF find # invalid THEN
REPEAT
IF ~(WinApi.FILE_ATTRIBUTE_DIRECTORY * fd.dwFileAttributes # {})
& (LEN(fd.cFileName$) < LEN(info.name)) THEN
info := first; last := NIL; s := fd.cFileName$;
IF info # NIL THEN
diff := Diff(info.name, s, loc(Locator).caseSens)
END;
WHILE (info # NIL) & (diff < 0) DO
last := info; info := info.next;
IF info # NIL THEN diff := Diff(info.name, s, loc(Locator).caseSens) END
END;
IF (info = NIL) OR (diff # 0) THEN
NEW(info);
info.name := fd.cFileName$;
info.length := fd.nFileSizeLow;
IF (info.length < 0) OR (fd.nFileSizeHigh # 0) THEN info.length := -1 END;
res := WinApi.FileTimeToSystemTime(fd.ftLastWriteTime, st);
info.modified.year := st.wYear;
info.modified.month := st.wMonth;
info.modified.day := st.wDay;
info.modified.hour := st.wHour;
info.modified.minute := st.wMinute;
info.modified.second := st.wSecond;
info.attr := {};
IF WinApi.FILE_ATTRIBUTE_HIDDEN * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.hidden)
END;
IF WinApi.FILE_ATTRIBUTE_READONLY * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.readOnly)
END;
IF WinApi.FILE_ATTRIBUTE_SYSTEM * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.system)
END;
IF WinApi.FILE_ATTRIBUTE_ARCHIVE * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.archive)
END;
GetType(fd.cFileName, info.type);
IF last = NIL THEN info.next := first; first := info ELSE info.next := last.next; last.next := info END
END
END;
i := WinApi.FindNextFileW(find, fd)
UNTIL i = 0;
res := WinApi.GetLastError(); i := WinApi.FindClose(find)
ELSE res := WinApi.GetLastError()
END;
IF res = noMoreFilesErr THEN res := ok END;
RETURN res
END Do;
BEGIN
ASSERT(loc # NIL, 20);
first := NIL; last :=NIL;
WITH loc: Locator DO
res := Do(loc.path);
firstRes := res;
(* check custom directory *)
IF (isUseDir & isCustomDir) & (res IN {ok, fileNotFoundErr, pathNotFoundErr}) THEN
GetCustomDir(loc, s);
res := Do(s);
END;
(* check startup directory *)
IF (isUseDir OR isCustomDir) & (res IN {ok, fileNotFoundErr, pathNotFoundErr}) THEN
GetStartupDir(loc, s);
res := Do(s);
END;
IF (res = fileNotFoundErr) OR (res = pathNotFoundErr) THEN res := firstRes END;
loc.res := Error(res)
ELSE loc.res := invalidName
END;
RETURN first
END FileList;
PROCEDURE (d: Directory) LocList* (loc: Files.Locator): Files.LocInfo;
VAR diff, res, firstRes: INTEGER; first, last, info: Files.LocInfo; s: FullName;
PROCEDURE Do (s: FullName): INTEGER;
VAR i: INTEGER; find: WinApi.HANDLE;
fd: WinApi.WIN32_FIND_DATAW;
BEGIN
Append(s, wildcard, wildcard, loc(Locator).maxLen, s);
find := WinApi.FindFirstFileW(s, fd);
IF find # invalid THEN
REPEAT
IF (WinApi.FILE_ATTRIBUTE_DIRECTORY * fd.dwFileAttributes # {})
& (fd.cFileName # ".") & (fd.cFileName # "..") & (LEN(fd.cFileName$) < LEN(info.name)) THEN
info := first; last := NIL; s := fd.cFileName$;
IF info # NIL THEN diff := Diff(info.name, s, loc(Locator).caseSens) END;
WHILE (info # NIL) & (diff < 0) DO
last := info; info := info.next;
IF info # NIL THEN diff := Diff(info.name, s, loc(Locator).caseSens) END
END;
IF (info = NIL) OR (diff # 0) THEN
NEW(info);
info.name := fd.cFileName$;
info.attr := {};
IF WinApi.FILE_ATTRIBUTE_HIDDEN * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.hidden)
END;
IF WinApi.FILE_ATTRIBUTE_READONLY * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.readOnly)
END;
IF WinApi.FILE_ATTRIBUTE_SYSTEM * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.system)
END;
IF WinApi.FILE_ATTRIBUTE_ARCHIVE * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.archive)
END;
IF last = NIL THEN
info.next := first; first := info
ELSE
info.next := last.next; last.next := info
END
END
END;
i := WinApi.FindNextFileW(find, fd)
UNTIL i = 0;
res := WinApi.GetLastError(); i := WinApi.FindClose(find)
ELSE res := WinApi.GetLastError()
END;
IF res = noMoreFilesErr THEN res := ok END;
RETURN res
END Do;
BEGIN
ASSERT(loc # NIL, 20);
first := NIL; last :=NIL;
WITH loc: Locator DO
res := Do(loc.path);
firstRes := res;
(* check custom directory *)
IF (isUseDir & isCustomDir) & (res IN {ok, fileNotFoundErr, pathNotFoundErr}) THEN
GetCustomDir(loc, s);
res := Do(s);
END;
(* check startup directory *)
IF (isUseDir OR isCustomDir) & (res IN {ok, fileNotFoundErr, pathNotFoundErr}) THEN
GetStartupDir(loc, s);
res := Do(s);
END;
IF (res = fileNotFoundErr) OR (res = pathNotFoundErr) THEN res := firstRes END;
loc.res := Error(res)
ELSE loc.res := invalidName
END;
RETURN first
END LocList;
PROCEDURE (d: Directory) GetFileName (name: Files.Name; type: Files.Type; OUT filename: Files.Name);
BEGIN
Append("", name, type, LEN(filename), filename)
END GetFileName;
(** Miscellaneous **)
PROCEDURE (VAR id: Counter) Identified (): BOOLEAN;
VAR f: File;
BEGIN
f := id.obj(File);
IF f.state # closed THEN INC(id.count) END;
RETURN FALSE
END Identified;
PROCEDURE NofFiles* (): INTEGER;
VAR p: ANYPTR; cnt: Counter;
BEGIN
cnt.typ := SYSTEM.TYP(File);
cnt.count := 0; p := Kernel.ThisFinObj(cnt);
RETURN cnt.count
END NofFiles;
PROCEDURE GetModDate* (f: Files.File; VAR year, month, day, hour, minute, second: INTEGER);
VAR res: INTEGER; ft: WinApi.FILETIME; st: WinApi.SYSTEMTIME;
BEGIN
ASSERT(f IS File, 20);
res := WinApi.GetFileTime(f(File).ref, NIL, NIL, ft);
res := WinApi.FileTimeToSystemTime(ft, st);
year := st.wYear; month := st.wMonth; day := st.wDay;
hour := st.wHour; minute := st.wMinute; second := st.wSecond
END GetModDate;
PROCEDURE SetRootDir* (path: ARRAY OF CHAR);
VAR i: INTEGER;
BEGIN
dir.startup := NewLocator(path);
dir.startup.rootLen := 0; i := 0;
WHILE startupDir[i] # 0X DO INC(i) END;
startupLen := i;
isCustomDir := FALSE;
isUseDir := FALSE;
END SetRootDir;
PROCEDURE IsLower (ch: CHAR): BOOLEAN;
BEGIN
IF ("a" <= ch) & (ch <= "z") THEN RETURN TRUE
ELSIF ch > 7FX THEN RETURN WinApi.IsCharLowerW(ch) # 0
ELSE RETURN FALSE
END
END IsLower;
PROCEDURE GetName* (VAR p: WinApi.PtrWSTR; VAR i: INTEGER; OUT name, opt: FullName);
VAR ch, tch: CHAR; j: INTEGER;
BEGIN
j := 0; ch := p[i]; tch := " ";
WHILE ch = " " DO INC(i); ch := p[i] END;
IF (ch = "'") OR (ch = '"') THEN tch := ch; INC(i); ch := p[i] END;
WHILE (ch >= " ") & (ch # tch) DO
name[j] := ch;
IF IsLower(ch) THEN ch := Upper(ch)
ELSIF ch = "-" THEN ch := "/"
END;
opt[j] := ch; INC(j); INC(i); ch := p[i]
END;
IF ch > " " THEN INC(i); ch := p[i] END;
WHILE (ch # 0X) & (ch <= " ") DO INC(i); ch := p[i] END;
name[j] := 0X; opt[j] := 0X
END GetName;
PROCEDURE Init;
CONST
bbStandartDir = "STANDARD";
bbCustomDir = "CUSTOM";
bbUseDir = "USE";
VAR res, res1, i, j: INTEGER; path, opt, s: FullName; attr: SET; p: WinApi.PtrWSTR;
find: WinApi.HANDLE; fd: WinApi.WIN32_FIND_DATAW;
BEGIN
wildcard := "*"; NEW(dir);
WinEnv.GetPar(bbStandartDir, path, res);
IF res = 0 THEN
startupDir := path$
ELSE
res := WinApi.GetModuleFileNameW(0, path, LEN(path));
GetPath(path, startupDir)
END;
dir.startup := NewLocator(startupDir);
dir.startup.rootLen := 0;
i := LEN(startupDir$); startupLen := i;
find := WinApi.FindFirstFileW(path, fd);
IF find # invalid THEN
appName := fd.cFileName$; res := WinApi.FindClose(find)
ELSE
INC(i); j := 0;
WHILE path[i] # 0X DO appName[j] := path[i]; INC(i); INC(j) END
END;
i := 0; j := -1;
WHILE appName[i] # 0X DO
IF appName[i] = "." THEN j := i END;
INC(i)
END;
IF j > 0 THEN appName[j] := 0X END;
isCustomDir := FALSE;
WinEnv.GetPar(bbCustomDir, path, res);
IF res = 0 THEN
res := 3; (* error *)
res1 := WinApi.ExpandEnvironmentStringsW(path, s, LEN(s) - 2);
IF (res1 = 0) OR (res1 > LEN(s) - 2) THEN s := path ELSE path := s$ END;
res1 := WinApi.GetFullPathNameW(s, LEN(path), path, NIL);
attr := BITS(WinApi.GetFileAttributesW(path));
IF (attr # {0..MAX(SET)}) & (WinApi.FILE_ATTRIBUTE_DIRECTORY * attr # {}) THEN
res := 0
ELSIF (path[1] = ":") & ((path[2] = 0X) OR (path[2] = "\") & (path[3] = 0X))
& (WinApi.GetDriveTypeW(s) >= 2) THEN res := 0
END
END;
IF res = 0 THEN
i := LEN(path$);
IF (path[i-1] = "/") OR (path[i-1] = "\") THEN DEC(i); path[i] := 0X END;
customDir := path; customLen := i;
dir.startup := NewLocator(path);
dir.startup.rootLen := i;
isCustomDir := TRUE;
END;
isUseDir := FALSE;
WinEnv.GetPar(bbUseDir, path, res);
Msg(path);
IF res = 0 THEN
res := 3; (* error *)
res1 := WinApi.ExpandEnvironmentStringsW(path, s, LEN(s) - 2);
IF (res1 = 0) OR (res1 > LEN(s) - 2) THEN s := path ELSE path := s$ END;
res1 := WinApi.GetFullPathNameW(s, LEN(path), path, NIL);
attr := BITS(WinApi.GetFileAttributesW(path));
IF (attr # {0..MAX(SET)}) & (WinApi.FILE_ATTRIBUTE_DIRECTORY * attr # {}) THEN
res := 0
ELSIF (path[1] = ":") & ((path[2] = 0X) OR (path[2] = "\") & (path[3] = 0X))
& (WinApi.GetDriveTypeW(s) >= 2) THEN res := 0
END
END;
IF res = 0 THEN
i := LEN(path$);
IF (path[i-1] = "/") OR (path[i-1] = "\") THEN DEC(i); path[i] := 0X END;
dir.startup := NewLocator(path);
dir.startup.rootLen := i;
isUseDir := TRUE;
END;
res := WinApi.GetTempPathW(LEN(path), path);
dir.temp := NewLocator(path);
Files.SetDir(dir)
END Init;
BEGIN
(* set debug out *)
stderr := WinApi.GetStdHandle(WinApi.STD_ERROR_HANDLE);
SetErr(DefErrString, DefErrLn);
Init
END WinFiles.
| Win/Mod/Files.odc |
MODULE WinFiles64;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20161022, center #138, Support for files larger than 2GB
- 20190630, center #200, network file delete under Win10 sometimes fails
- 20210116, bbcb, #045, restore Files interface to 1.6
"
issues = "
- ...
"
Based on HostFiles. Changes for 64-bit file length support are marked with (*64-bit*)
**)
IMPORT SYSTEM, WinApi, Files64, Files, HostFiles := WinFiles, Kernel, WinEnv;
CONST
tempName = "odcxxxxx.tmp";
docType = "odc";
pathLen* = HostFiles.pathLen;
nofbufs = 4; (* max number of buffers per file *)
bufsize = 2 * 1024; (* size of each buffer *)
invalid = WinApi.INVALID_HANDLE_VALUE;
temp = 0; new = 1; shared = 2; hidden = 3; exclusive = 4; closed = 5; (* file states *)
create = -1;
ok = 0;
invalidName = 1; invalidNameErr = 123; paramErr = 87;
notFound = 2; fileNotFoundErr = 2; pathNotFoundErr = 3;
existsAlready = 3; fileExistsErr = 80; alreadyExistsErr = 183;
writeProtected = 4; writeProtectedErr = 19;
ioError = 5;
accessDenied = 6; accessDeniedErr = 5; sharingErr = 32; netAccessDeniedErr = 65;
notEnoughMem = 80; notEnoughMemoryErr = 8;
notEnoughDisk = 81; diskFullErr = 39; tooManyOpenFilesErr = 4; noSystemResourcesErr = 1450;
noMoreFilesErr = 18;
cancel = -8; retry = -9;
TYPE
FullName* = HostFiles.FullName;
Locator* = HostFiles.Locator;
Buffer = POINTER TO RECORD
dirty: BOOLEAN;
org: LONGINT; (*64-bit*)
len: INTEGER;
data: ARRAY bufsize OF BYTE
END;
File = POINTER TO RECORD (Files64.File)
state: INTEGER;
name: FullName;
ref: WinApi.HANDLE;
loc: Locator;
swapper: INTEGER; (* index into file table / next buffer to swap *)
len: LONGINT; (*64-bit*)
bufs: ARRAY nofbufs OF Buffer;
t: LONGINT (* time stamp of last file operation *)
END;
Reader = POINTER TO RECORD (Files64.Reader)
base: File;
org: LONGINT; (*64-bit*)
offset: INTEGER;
buf: Buffer
END;
Writer = POINTER TO RECORD (Files64.Writer)
base: File;
org: LONGINT; (*64-bit*)
offset: INTEGER;
buf: Buffer
END;
Directory = POINTER TO RECORD (Files64.Directory)
temp: Locator
END;
Identifier = RECORD (Kernel.Identifier)
name: FullName
END;
Searcher = RECORD (Kernel.Identifier)
t0: INTEGER;
f: File
END;
Counter = RECORD (Kernel.Identifier)
count: INTEGER
END;
VAR
dir: Directory;
wildcard: Files.Type;
startupDir, customDir: FullName;
startupLen, customLen: INTEGER;
isCustomDir, isUseDir: BOOLEAN;
res: INTEGER;
errString: PROCEDURE (IN string: ARRAY OF CHAR);
errLn: PROCEDURE;
stderr: WinApi.HANDLE;
(* debugging functions *)
PROCEDURE SetErr* (string: PROCEDURE(IN msg: ARRAY OF CHAR); ln: PROCEDURE);
BEGIN errString := string; errLn := ln
END SetErr;
PROCEDURE ErrString (IN msg: ARRAY OF CHAR);
BEGIN IF errString # NIL THEN errString(msg) END;
END ErrString;
PROCEDURE ErrLn;
BEGIN IF errLn # NIL THEN errLn END;
END ErrLn;
PROCEDURE Msg (IN msg: ARRAY OF CHAR);
BEGIN ErrString(msg); ErrLn
END Msg;
PROCEDURE Print (IN s: ARRAY OF CHAR; len: INTEGER);
VAR res, written: INTEGER; ss: ARRAY 2048 (* max * 2 *) OF SHORTCHAR;
BEGIN
IF len > 0 THEN
res := WinApi.WideCharToMultiByte(WinApi.CP_OEMCP,{},s,len,ss,LEN(ss),NIL,NIL);
IF (res > 0) & (res <= LEN(ss)) THEN
res := WinApi.WriteFile(stderr, SYSTEM.ADR(ss[0]), res, written, NIL)
END
END
END Print;
PROCEDURE DefErrLn;
BEGIN
Print(0DX + 0AX, 2)
END DefErrLn;
PROCEDURE DefErrString (IN str: ARRAY OF CHAR);
CONST max = 1024;
VAR s: ARRAY max + 2 OF CHAR; i, j, len: INTEGER;
BEGIN
IF LEN(str$) < max THEN
Print(str, LEN(str$))
ELSE
len := LEN(str); s[max+1] := 0X;
i := 0; j := 0;
WHILE (i < len) & (str[i] # 0X) DO
s[j] := SHORT(str[i]); INC(i);
IF j = max THEN
Print(s, j);
j := 0
ELSE INC(j) END
END;
IF j > 0 THEN
s[j] := 0X;
Print(s, j)
END
END
END DefErrString;
PROCEDURE IntToString (x: LONGINT; OUT a: ARRAY OF CHAR);
CONST max = 25;
VAR b: ARRAY max OF CHAR; i, j: INTEGER; y: LONGINT;
BEGIN
IF x < 0 THEN x := -x; a[0] := '-'; j := 1 ELSIF x > 0 THEN j := 0 ELSE j := 1; a[0] := '0' END;
i := 0;
WHILE x # 0 DO y := x MOD 10; b[i] := SHORT(CHR(y + ORD('0'))); x := x DIV 10; INC(i) END;
DEC(i); WHILE (i >= 0) & (j < max) DO a[j] := b[i]; INC(j); DEC(i) END;
ASSERT(j < max, 20);
a[j] := 0X;
END IntToString;
PROCEDURE Int (x: LONGINT);
VAR buf: ARRAY 16 OF CHAR;
BEGIN
IntToString(x, buf); ErrString(buf)
END Int;
(* end of debugging functions *)
PROCEDURE Error (n: INTEGER): INTEGER;
VAR res: INTEGER;
BEGIN
IF n = ok THEN res := ok
ELSIF n = invalidNameErr THEN res := invalidName
ELSIF (n = fileNotFoundErr) OR (n = pathNotFoundErr) THEN res := notFound
ELSIF (n = fileExistsErr) OR (n = alreadyExistsErr) THEN res := existsAlready
ELSIF n = writeProtectedErr THEN res := writeProtected
ELSIF (n = sharingErr) OR (n = accessDeniedErr) OR (n = netAccessDeniedErr) THEN res := accessDenied
ELSIF n = notEnoughMemoryErr THEN res := notEnoughMem
ELSIF (n = diskFullErr) OR (n = tooManyOpenFilesErr) THEN res := notEnoughDisk
ELSE res := -n
END;
RETURN res
END Error;
PROCEDURE Upper (ch: CHAR): CHAR;
BEGIN
IF ("a" <= ch) & (ch <= "z") THEN RETURN CAP(ch) (* common case optimized *)
ELSIF ch > 7FX THEN RETURN SYSTEM.VAL(CHAR, WinApi.CharUpperW( SYSTEM.VAL(WinApi.PtrWSTR, ORD(ch))))
ELSE RETURN ch
END
END Upper;
PROCEDURE Diff (IN a, b: ARRAY OF CHAR; caseSens: BOOLEAN): INTEGER;
VAR i: INTEGER; cha, chb: CHAR;
BEGIN
i := 0;
REPEAT
cha := a[i]; chb := b[i]; INC(i);
IF cha # chb THEN
IF ~caseSens THEN
cha := Upper(cha);
chb := Upper(chb);
END;
IF cha = "\" THEN cha := "/" END;
IF chb = "\" THEN chb := "/" END;
IF cha # chb THEN RETURN ORD(cha) - ORD(chb) END
END
UNTIL cha = 0X;
RETURN 0
END Diff;
PROCEDURE Lower (ch: CHAR): CHAR;
BEGIN
IF ("A" <= ch) & (ch <= "Z") THEN RETURN CHR(ORD(ch) + 32)
ELSIF ch > 7FX THEN
RETURN SYSTEM.VAL(CHAR, WinApi.CharLowerW(SYSTEM.VAL(WinApi.PtrWSTR, ORD(ch))))
ELSE RETURN ch
END
END Lower;
PROCEDURE GetType (IN name: ARRAY OF CHAR; VAR type: Files.Type);
VAR i, j: INTEGER; ch: CHAR;
BEGIN
j := 0; i := LEN(name$);
WHILE (i > 0) & (name[i] # ".") DO DEC(i) END;
IF i > 0 THEN
INC(i); ch := name[i];
WHILE (j < LEN(type) - 1) & (ch # 0X) DO
ch := Lower(ch);
type[j] := ch; INC(j);
INC(i); ch := name[i]
END
END;
type[j] := 0X
END GetType;
PROCEDURE Append (IN path, name: ARRAY OF CHAR; type: Files.Type; max: INTEGER;
VAR res: ARRAY OF CHAR
);
VAR i, j, n, m, dot: INTEGER; ch: CHAR;
BEGIN
i := 0;
WHILE path[i] # 0X DO res[i] := path[i]; INC(i) END;
IF path # "" THEN
ASSERT((res[i-1] # "/") & (res[i-1] # "\"), 100);
res[i] := "\"; INC(i)
END;
j := 0; ch := name[0]; n := 0; m := max; dot := -1;
IF max = 12 THEN m := 8 END;
WHILE (i < LEN(res) - 1) & (ch # 0X) DO
IF (ch = "/") OR (ch = "\") THEN
res[i] := ch; INC(i); n := 0; m := max; dot := -1;
IF max = 12 THEN m := 8 END
ELSIF (n < m) OR (ch = ".") & (n = 8) THEN
res[i] := ch; INC(i); INC(n);
IF ch = "." THEN dot := n;
IF max = 12 THEN m := n + 3 END
END
END;
INC(j); ch := name[j]
END;
IF (dot = -1) & (type # "") THEN
IF max = 12 THEN m := n + 4 END;
IF (n < m) & (i < LEN(res) - 1) THEN res[i] := "."; INC(i); INC(n); dot := n END
END;
IF n = dot THEN j := 0;
WHILE (n < m) & (i < LEN(res) - 1) & (type[j] # 0X) DO res[i] := type[j]; INC(i); INC(j) END
END;
res[i] := 0X
END Append;
PROCEDURE CloseFileHandle (f: File; VAR res: INTEGER);
BEGIN
IF (f.ref = invalid) OR (WinApi.CloseHandle(f.ref) # 0) THEN res := ok (* !!! *)
ELSE res := WinApi.GetLastError()
END;
f.ref := invalid
END CloseFileHandle;
PROCEDURE CloseFile (f: File; VAR res: INTEGER);
VAR s: INTEGER;
BEGIN
IF f.state = exclusive THEN
f.Flush;
res := WinApi.FlushFileBuffers(f.ref)
END;
s := f.state; f.state := closed;
CloseFileHandle (f, res);
IF (s IN {temp, new, hidden}) & (f.name # "") THEN
res := WinApi.DeleteFileW(f.name)
END
END CloseFile;
PROCEDURE (f: File) FINALIZE;
VAR res: INTEGER;
BEGIN
IF f.state # closed THEN CloseFile(f, res) END
END FINALIZE;
PROCEDURE (VAR id: Identifier) Identified (): BOOLEAN;
VAR f: File;
BEGIN
f := id.obj(File);
RETURN (f.state IN {shared, exclusive}) & (Diff(f.name, id.name, f.loc.caseSens) = 0)
END Identified;
PROCEDURE ThisFile (IN name: FullName): File;
VAR id: Identifier; p: ANYPTR;
BEGIN
id.typ := SYSTEM.TYP(File); id.name := name$;
p := Kernel.ThisFinObj(id);
IF p # NIL THEN RETURN p(File)
ELSE RETURN NIL
END
END ThisFile;
PROCEDURE (VAR s: Searcher) Identified (): BOOLEAN;
VAR f: File;
BEGIN
f := s.obj(File);
IF (f.ref # invalid) & ((s.f = NIL) OR (f.t < s.f.t)) THEN s.f := f END;
RETURN FALSE
END Identified;
PROCEDURE SearchFileToClose;
VAR s: Searcher; p: ANYPTR; (* res: LONGINT; *)
BEGIN
s.typ := SYSTEM.TYP(File); s.f := NIL;
p := Kernel.ThisFinObj(s);
IF s.f # NIL THEN
res := WinApi.CloseHandle(s.f.ref); s.f.ref := invalid;
IF res = 0 THEN res := WinApi.GetLastError(); HALT(100) END
END
END SearchFileToClose;
PROCEDURE NewFileRef (state: INTEGER; VAR name: FullName): WinApi.HANDLE;
BEGIN
IF state = create THEN
RETURN WinApi.CreateFileW(name, WinApi.GENERIC_READ + WinApi.GENERIC_WRITE, {},
NIL, WinApi.CREATE_NEW, WinApi.FILE_ATTRIBUTE_TEMPORARY, 0)
ELSIF state = shared THEN
RETURN WinApi.CreateFileW(name, WinApi.GENERIC_READ, WinApi.FILE_SHARE_READ,
NIL, WinApi.OPEN_EXISTING, {}, 0)
ELSE
RETURN WinApi.CreateFileW(name, WinApi.GENERIC_READ + WinApi.GENERIC_WRITE, {},
NIL, WinApi.OPEN_EXISTING, {}, 0)
END
END NewFileRef;
PROCEDURE OpenFile (state: INTEGER; VAR name: FullName; VAR ref, res: INTEGER);
BEGIN
ref := NewFileRef(state, name);
IF ref = invalid THEN
res := WinApi.GetLastError();
IF (res = tooManyOpenFilesErr) OR (res = noSystemResourcesErr) THEN
Kernel.Collect;
ref := NewFileRef(state, name);
IF ref = invalid THEN
res := WinApi.GetLastError();
IF (res = tooManyOpenFilesErr) OR (res = noSystemResourcesErr) THEN
SearchFileToClose;
ref := NewFileRef(state, name);
IF ref = invalid THEN
res := WinApi.GetLastError()
ELSE res := ok
END
END
ELSE res := ok
END
END
ELSE res := ok
END
END OpenFile;
PROCEDURE GetTempFileName (IN path: FullName; OUT name: FullName; num: INTEGER);
VAR i: INTEGER; str: ARRAY 16 OF CHAR;
BEGIN
str := tempName; i := 7;
WHILE i > 2 DO
str[i] := CHR(num MOD 10 + ORD("0")); DEC(i); num := num DIV 10
END;
Append(path, str, "", 8, name)
END GetTempFileName;
PROCEDURE CreateFile (f: File; VAR res: INTEGER);
VAR num, n: INTEGER;
BEGIN
IF f.name = "" THEN
num := WinApi.GetTickCount(); n := 200;
REPEAT
GetTempFileName(f.loc.path, f.name, num); INC(num); DEC(n);
OpenFile(create, f.name, f.ref, res)
UNTIL (res # fileExistsErr) & (res # alreadyExistsErr) & (res # paramErr) OR (n = 0)
ELSE
OpenFile(f.state, f.name, f.ref, res)
END
END CreateFile;
PROCEDURE Delete (IN fname, path: FullName; VAR res: INTEGER);
VAR num, n, s: INTEGER; f: File; new: FullName; attr: SET;
BEGIN
ASSERT(fname # "", 100);
f := ThisFile(fname);
IF f = NIL THEN
IF WinApi.DeleteFileW(fname) # 0 THEN res := ok
ELSE res := WinApi.GetLastError()
END
ELSE (* still in use => make it anonymous *)
IF f.ref # invalid THEN res := WinApi.CloseHandle(f.ref); f.ref := invalid END; (* !!! *)
attr := BITS(WinApi.GetFileAttributesW(fname));
ASSERT(attr # {0..MAX(SET)}, 101);
IF WinApi.FILE_ATTRIBUTE_READONLY * attr = {} THEN
s := f.state; num := WinApi.GetTickCount(); n := 200;
REPEAT
GetTempFileName(path, new, num); INC(num); DEC(n);
IF WinApi.MoveFileW(fname, new) # 0 THEN res := ok
ELSE res := WinApi.GetLastError()
END
UNTIL (res # fileExistsErr) & (res # alreadyExistsErr)
& (res # paramErr) & (res # sharingErr) & (res # accessDeniedErr) OR (n = 0);
IF res = ok THEN
f.state := hidden; f.name := new$
END
ELSE
res := writeProtectedErr
END
END
END Delete;
PROCEDURE FlushBuffer (f: File; i: INTEGER);
VAR buf: Buffer; res, h: INTEGER;
BEGIN
buf := f.bufs[i];
IF (buf # NIL) & buf.dirty THEN
IF f.ref = invalid THEN CreateFile(f, res) (* ASSERT(res = ok, 100) *) END;
IF f.ref # invalid THEN
h := SHORT(buf.org DIV 100000000L); h := WinApi.SetFilePointer(f.ref, SHORT(buf.org), h, 0); (*64-bit*)
IF (WinApi.WriteFile(f.ref, SYSTEM.ADR(buf.data), buf.len, h, NIL) = 0) OR (h < buf.len) THEN
res := WinApi.GetLastError(); HALT(101)
END;
buf.dirty := FALSE; f.t := Kernel.Time()
END
END
END FlushBuffer;
(* File *)
PROCEDURE (f: File) NewReader (old: Files64.Reader): Files64.Reader;
VAR r: Reader;
BEGIN (* portable *)
ASSERT(f.state # closed, 20);
IF (old # NIL) & (old IS Reader) THEN r := old(Reader) ELSE NEW(r) END;
IF r.base # f THEN
r.base := f; r.buf := NIL; r.SetPos(0)
END;
r.eof := FALSE;
RETURN r
END NewReader;
PROCEDURE (f: File) NewWriter (old: Files64.Writer): Files64.Writer;
VAR w: Writer;
BEGIN (* portable *)
ASSERT(f.state # closed, 20); ASSERT(f.state # shared, 21);
IF (old # NIL) & (old IS Writer) THEN w := old(Writer) ELSE NEW(w) END;
IF w.base # f THEN
w.base := f; w.buf := NIL; w.SetPos(f.len)
END;
RETURN w
END NewWriter;
PROCEDURE (f: File) Length (): LONGINT; (*64-bit*)
BEGIN (* portable *)
RETURN f.len
END Length;
PROCEDURE (f: File) Flush;
VAR i: INTEGER;
BEGIN (* portable *)
i := 0; WHILE i # nofbufs DO FlushBuffer(f, i); INC(i) END
END Flush;
PROCEDURE GetPath (IN fname: FullName; OUT path: FullName);
VAR i: INTEGER;
BEGIN
path := fname$; i := LEN(path$);
WHILE (i > 0) & (path[i] # "\") & (path[i] # "/") & (path[i-1] # ":") DO DEC(i) END;
path[i] := 0X
END GetPath;
PROCEDURE CreateDir (IN path: FullName; OUT res: INTEGER);
VAR sec: WinApi.SECURITY_ATTRIBUTES; p: FullName;
BEGIN
ASSERT(path # "", 100);
sec.nLength :=SIZE(WinApi.SECURITY_ATTRIBUTES);
sec.lpSecurityDescriptor := 0; sec.bInheritHandle := 0;
res := WinApi.CreateDirectoryW(path, sec);
IF res = 0 THEN res := WinApi.GetLastError() ELSE res := ok END;
IF (res = fileNotFoundErr) OR (res = pathNotFoundErr) THEN
GetPath(path, p);
IF path # p THEN
CreateDir(p, res); (* recursive call *)
IF res = ok THEN
res := WinApi.CreateDirectoryW(path, sec);
IF res = 0 THEN res := WinApi.GetLastError() ELSE res := ok END
END
END
END
END CreateDir;
PROCEDURE CheckPath (IN path: FullName; ask: BOOLEAN; VAR res: INTEGER);
VAR s: ARRAY 300 OF CHAR; t: ARRAY 32 OF CHAR;
BEGIN
IF ask & (HostFiles.MessageBox # NIL) THEN
IF HostFiles.MapParamString # NIL THEN
HostFiles.MapParamString("#System:CreateDir", path, "", "", s);
HostFiles.MapParamString("#System:MissingDirectory", "", "", "", t)
ELSE
s := path$; t := "Missing Directory"
END;
res := HostFiles.MessageBox(t, s, {0, 6}) (* ok cancel, icon information *)
ELSE
res := 1
END;
IF res = 1 THEN CreateDir(path, res)
ELSIF res = 2 THEN res := cancel
END
END CheckPath;
PROCEDURE CheckDelete (IN fname, path: FullName; ask: BOOLEAN; VAR res: INTEGER);
VAR s: ARRAY 300 OF CHAR; t: ARRAY 16 OF CHAR;
BEGIN
REPEAT
Delete(fname, path, res);
IF (res = writeProtectedErr) OR (res = sharingErr) OR (res = accessDeniedErr)
OR (res = netAccessDeniedErr)
THEN
IF ask & (HostFiles.MessageBox # NIL) THEN
IF HostFiles.MapParamString # NIL THEN
IF res = writeProtectedErr THEN
HostFiles.MapParamString("#System:ReplaceWriteProtected", fname, 0DX, "", s)
ELSIF (res = accessDeniedErr) OR (res = netAccessDeniedErr) THEN
HostFiles.MapParamString("#System:ReplaceAccessDenied", fname, 0DX, "", s)
ELSE
HostFiles.MapParamString("#System:ReplaceInUse", fname, 0DX, "", s)
END;
HostFiles.MapParamString("#System:FileError", "", "", "", t)
ELSE
s := fname$; t := "File Error"
END;
res := HostFiles.MessageBox(t, s, {0, 2, 4, 5}); (* retry cancel, icon warning *)
IF res = 2 THEN res := cancel
ELSIF res = 4 THEN res := retry
END
ELSE
res := cancel
END
ELSE
res := ok
END
UNTIL res # retry
END CheckDelete;
PROCEDURE (f: File) Register (name: Files.Name; type: Files.Type; ask: BOOLEAN; OUT res: INTEGER);
VAR b: INTEGER; fname: FullName;
BEGIN
ASSERT(f.state = new, 20); ASSERT(name # "", 21);
Append(f.loc.path, name, type, f.loc.maxLen, fname);
CheckDelete(fname, f.loc.path, ask, res);
ASSERT(res # paramErr, 100);
IF res = ok THEN
IF f.name = "" THEN
f.name := fname$;
OpenFile(create, f.name, f.ref, res);
IF res = ok THEN
f.state := exclusive; CloseFile(f, res);
b := WinApi.SetFileAttributesW(f.name, WinApi.FILE_ATTRIBUTE_ARCHIVE)
END
ELSE
f.state := exclusive; CloseFile(f, res);
IF WinApi.MoveFileW(f.name, fname) # 0 THEN
res := ok; f.name := fname$;
b := WinApi.SetFileAttributesW(f.name, WinApi.FILE_ATTRIBUTE_ARCHIVE)
ELSE
res := WinApi.GetLastError();
ASSERT(res # paramErr, 101);
b := WinApi.DeleteFileW(f.name)
END
END
END;
res := Error(res)
END Register;
PROCEDURE (f: File) Close;
VAR res: INTEGER;
BEGIN (* portable *)
IF f.state # closed THEN
(*
IF f.state = exclusive THEN
CloseFile(f, res)
ELSE
CloseFileHandle(f, res)
END
*)
CloseFile(f, res)
END
END Close;
(* Reader *)
PROCEDURE (r: Reader) Base (): Files64.File;
BEGIN (* portable *)
RETURN r.base
END Base;
(*
PROCEDURE (r: Reader) Available (): INTEGER;
BEGIN (* portable *)
ASSERT(r.base # NIL, 20);
RETURN r.base.len - r.org - r.offset
END Available;
*)
PROCEDURE (r: Reader) SetPos (pos: LONGINT); (*64-bit*)
VAR f: File; org: LONGINT(*64-bit*); offset, i, count, res: INTEGER; buf: Buffer;
BEGIN
f := r.base; ASSERT(f # NIL, 20); ASSERT(f.state # closed, 25);
ASSERT(pos >= 0, 22); ASSERT(pos <= f.len, 21);
offset := SHORT(pos MOD bufsize); (*64-bit*) org := pos - offset;
i := 0; WHILE (i # nofbufs) & (f.bufs[i] # NIL) & (org # f.bufs[i].org) DO INC(i) END;
IF i # nofbufs THEN
buf := f.bufs[i];
IF buf = NIL THEN (* create new buffer *)
NEW(buf); f.bufs[i] := buf; buf.org := -1
END
ELSE (* choose an existing buffer *)
f.swapper := (f.swapper + 1) MOD nofbufs;
FlushBuffer(f, f.swapper); buf := f.bufs[f.swapper]; buf.org := -1
END;
IF buf.org # org THEN
IF org + bufsize > f.len THEN buf.len := SHORT(f.len - org) (*64-bit*) ELSE buf.len := bufsize END;
count := buf.len;
IF count > 0 THEN
IF f.ref = invalid THEN CreateFile(f, res) (* ASSERT(res = ok, 100) *) END;
IF f.ref # invalid THEN
i := SHORT(org DIV 100000000L); i := WinApi.SetFilePointer(f.ref, SHORT(org), i, 0); (*64-bit*)
IF (WinApi.ReadFile(f.ref, SYSTEM.ADR(buf.data), count, i, NIL) = 0) OR (i < count) THEN
res := WinApi.GetLastError(); res := Error(res); HALT(101)
END;
f.t := Kernel.Time()
END
END;
buf.org := org; buf.dirty := FALSE
END;
r.buf := buf; r.org := org; r.offset := offset; r.eof := FALSE
(* 0<= r.org <= r.base.len *)
(* 0 <= r.offset < bufsize *)
(* 0 <= r.buf.len <= bufsize *)
(* r.offset <= r.base.len *)
(* r.offset <= r.buf.len *)
END SetPos;
PROCEDURE (r: Reader) Pos (): LONGINT; (*64-bit*)
BEGIN (* portable *)
ASSERT(r.base # NIL, 20);
RETURN r.org + r.offset
END Pos;
PROCEDURE (r: Reader) ReadByte (OUT x: BYTE);
BEGIN (* portable *)
IF (r.org # r.buf.org) OR (r.offset >= bufsize) THEN r.SetPos(r.org + r.offset) END;
IF r.offset < r.buf.len THEN
x := r.buf.data[r.offset]; INC(r.offset)
ELSE
x := 0; r.eof := TRUE
END
END ReadByte;
PROCEDURE (r: Reader) ReadBytes (VAR x: ARRAY OF BYTE; beg, len: INTEGER);
VAR from, to, count, restInBuf: INTEGER;
BEGIN (* portable *)
ASSERT(beg >= 0, 21);
IF len > 0 THEN
ASSERT(beg + len <= LEN(x), 23);
WHILE len # 0 DO
IF (r.org # r.buf.org) OR (r.offset >= bufsize) THEN r.SetPos(r.org + r.offset) END;
restInBuf := r.buf.len - r.offset;
IF restInBuf = 0 THEN r.eof := TRUE; RETURN
ELSIF restInBuf <= len THEN count := restInBuf
ELSE count := len
END;
from := SYSTEM.ADR(r.buf.data[r.offset]); to := SYSTEM.ADR(x) + beg;
SYSTEM.MOVE(from, to, count);
INC(r.offset, count); INC(beg, count); DEC(len, count)
END;
r.eof := FALSE
ELSE ASSERT(len = 0, 22)
END
END ReadBytes;
(* Writer *)
PROCEDURE (w: Writer) Base (): Files64.File;
BEGIN (* portable *)
RETURN w.base
END Base;
PROCEDURE (w: Writer) SetPos (pos: LONGINT); (*64-bit*)
VAR f: File; org: LONGINT(*64-bit*); offset, i, count, res: INTEGER; buf: Buffer;
BEGIN
f := w.base; ASSERT(f # NIL, 20); ASSERT(f.state # closed, 25);
ASSERT(pos >= 0, 22); ASSERT(pos <= f.len, 21);
offset := SHORT(pos MOD bufsize); (*64-bit*) org := pos - offset;
i := 0; WHILE (i # nofbufs) & (f.bufs[i] # NIL) & (org # f.bufs[i].org) DO INC(i) END;
IF i # nofbufs THEN
buf := f.bufs[i];
IF buf = NIL THEN (* create new buffer *)
NEW(buf); f.bufs[i] := buf; buf.org := -1
END
ELSE (* choose an existing buffer *)
f.swapper := (f.swapper + 1) MOD nofbufs;
FlushBuffer(f, f.swapper); buf := f.bufs[f.swapper]; buf.org := -1
END;
IF buf.org # org THEN
IF org + bufsize > f.len THEN buf.len := SHORT(f.len - org) (*64-bit*) ELSE buf.len := bufsize END;
count := buf.len;
IF count > 0 THEN
IF f.ref = invalid THEN CreateFile(f, res) (* ASSERT(res = ok, 100) *) END;
IF f.ref # invalid THEN
i := SHORT(org DIV 100000000L); i := WinApi.SetFilePointer(f.ref, SHORT(org), i, 0); (*64-bit*)
IF (WinApi.ReadFile(f.ref, SYSTEM.ADR(buf.data), count, i, NIL) = 0) OR (i < count) THEN
res := WinApi.GetLastError(); res := Error(res); HALT(101)
END;
f.t := Kernel.Time()
END
END;
buf.org := org; buf.dirty := FALSE
END;
w.buf := buf; w.org := org; w.offset := offset
(* 0<= w.org <= w.base.len *)
(* 0 <= w.offset < bufsize *)
(* 0 <= w.buf.len <= bufsize *)
(* w.offset <= w.base.len *)
(* w.offset <= w.buf.len *)
END SetPos;
PROCEDURE (w: Writer) Pos (): LONGINT; (*64-bit*)
BEGIN (* portable *)
ASSERT(w.base # NIL, 20);
RETURN w.org + w.offset
END Pos;
PROCEDURE (w: Writer) WriteByte (x: BYTE);
BEGIN (* portable *)
ASSERT(w.base.state # closed, 25);
IF (w.org # w.buf.org) OR (w.offset >= bufsize) THEN w.SetPos(w.org + w.offset) END;
w.buf.data[w.offset] := x; w.buf.dirty := TRUE;
IF w.offset = w.buf.len THEN INC(w.buf.len); INC(w.base.len) END;
INC(w.offset)
END WriteByte;
PROCEDURE (w: Writer) WriteBytes (IN x: ARRAY OF BYTE; beg, len: INTEGER);
VAR from, to, count, restInBuf: INTEGER;
BEGIN (* portable *)
ASSERT(beg >= 0, 21); ASSERT(w.base.state # closed, 25);
IF len > 0 THEN
ASSERT(beg + len <= LEN(x), 23);
WHILE len # 0 DO
IF (w.org # w.buf.org) OR (w.offset >= bufsize) THEN w.SetPos(w.org + w.offset) END;
restInBuf := bufsize - w.offset;
IF restInBuf <= len THEN count := restInBuf ELSE count := len END;
from := SYSTEM.ADR(x) + beg; to := SYSTEM.ADR(w.buf.data[w.offset]);
SYSTEM.MOVE(from, to, count);
INC(w.offset, count); INC(beg, count); DEC(len, count);
IF w.offset > w.buf.len THEN INC(w.base.len, w.offset - w.buf.len); w.buf.len := w.offset END;
w.buf.dirty := TRUE
END
ELSE ASSERT(len = 0, 22)
END
END WriteBytes;
(* Directory *)
PROCEDURE (d: Directory) This (IN path: ARRAY OF CHAR): Files.Locator;
BEGIN
RETURN Files.dir.This(path)
END This;
PROCEDURE (d: Directory) New (loc: Files.Locator; ask: BOOLEAN): Files64.File;
VAR f: File; res: INTEGER; attr: SET;
BEGIN
ASSERT(loc # NIL, 20); f := NIL; res := ok;
WITH loc: Locator DO
IF loc.path # "" THEN
attr := BITS(WinApi.GetFileAttributesW(loc.path));
IF attr = {0..MAX(SET)} THEN (* error *)
res := WinApi.GetLastError();
IF (res = fileNotFoundErr) OR (res = pathNotFoundErr) THEN
IF loc.res = 76 THEN CreateDir(loc.path, res)
ELSE CheckPath(loc.path, ask, res)
END
ELSE res := pathNotFoundErr
END
ELSIF WinApi.FILE_ATTRIBUTE_DIRECTORY * attr = {} THEN res := fileExistsErr
END
END;
IF res = ok THEN
NEW(f); f.loc := loc; f.name := "";
f.state := new; f.swapper := -1; f.len := 0; f.ref := invalid
END
ELSE res := invalidNameErr
END;
loc.res := Error(res);
RETURN f
END New;
PROCEDURE (d: Directory) Temp (): Files64.File;
VAR f: File;
BEGIN
NEW(f); f.loc := d.temp; f.name := "";
f.state := temp; f.swapper := -1; f.len := 0; f.ref := invalid;
RETURN f
END Temp;
PROCEDURE GetStartupDir (loc: Locator; OUT dir: FullName);
VAR i, j: INTEGER;
BEGIN
dir := startupDir$; i := startupLen; j := loc.rootLen;
WHILE loc.path[j] # 0X DO dir[i] := loc.path[j]; INC(i); INC(j) END;
dir[i] := 0X
END GetStartupDir;
PROCEDURE GetCustomDir (loc: Locator; OUT dir: FullName);
VAR i, j: INTEGER;
BEGIN
dir := customDir$; i := customLen; j := loc.rootLen;
WHILE loc.path[j] # 0X DO dir[i] := loc.path[j]; INC(i); INC(j) END;
dir[i] := 0X
END GetCustomDir;
PROCEDURE (d: Directory) Old (loc: Files.Locator; name: Files.Name; shrd: BOOLEAN): Files64.File;
VAR res, i, j: INTEGER; f: File; ref: WinApi.HANDLE; fname: FullName; type: Files.Type; s: BYTE;
BEGIN
ASSERT(loc # NIL, 20); ASSERT(name # "", 21);
res := ok; f := NIL;
WITH loc: Locator DO
Append(loc.path, name, "", loc.maxLen, fname);
f := ThisFile(fname);
IF f # NIL THEN
IF ~shrd OR (f.state = exclusive) THEN loc.res := Error(sharingErr); RETURN NIL
ELSE loc.res := ok; RETURN f
END
END;
IF shrd THEN s := shared ELSE s := exclusive END;
OpenFile(s, fname, ref, res);
IF ((res = fileNotFoundErr) OR (res = pathNotFoundErr))
& (isUseDir & isCustomDir) THEN
GetCustomDir(loc, fname);
Append(fname, name, "", loc.maxLen, fname);
f := ThisFile(fname);
IF f # NIL THEN
IF ~shrd OR (f.state = exclusive) THEN loc.res := Error(sharingErr); RETURN NIL
ELSE loc.res := ok; RETURN f
END
END;
OpenFile(s, fname, ref, res)
END;
IF ((res = fileNotFoundErr) OR (res = pathNotFoundErr))
& (isUseDir OR isCustomDir) THEN
GetStartupDir(loc, fname);
Append(fname, name, "", loc.maxLen, fname);
f := ThisFile(fname);
IF f # NIL THEN
IF ~shrd OR (f.state = exclusive) THEN loc.res := Error(sharingErr); RETURN NIL
ELSE loc.res := ok; RETURN f
END
END;
OpenFile(s, fname, ref, res)
END;
IF res = ok THEN
NEW(f); f.loc := loc;
f.swapper := -1;
GetType(name, type);
f.InitType(type);
ASSERT(ref # invalid, 107);
f.ref := ref; f.name := fname$; f.state := s; f.t := Kernel.Time();
f.len := WinApi.GetFileSize(ref, j);
f.len := f.len MOD 100000000L + j * 100000000L (*64-bit*)
END
END;
loc.res := Error(res);
RETURN f
END Old;
PROCEDURE (d: Directory) Delete* (loc: Files.Locator; name: Files.Name);
VAR res: INTEGER; fname: FullName;
BEGIN
ASSERT(loc # NIL, 20);
WITH loc: Locator DO
Append(loc.path, name, "", loc.maxLen, fname);
Delete(fname, loc.path, res)
ELSE res := invalidNameErr
END;
loc.res := Error(res)
END Delete;
PROCEDURE (d: Directory) Rename* (loc: Files.Locator; old, new: Files.Name; ask: BOOLEAN);
VAR res, i: INTEGER; oldname, newname, tn: FullName; f: File; attr: SET;
BEGIN
ASSERT(loc # NIL, 20);
WITH loc: Locator DO
Append(loc.path, old, "", loc.maxLen, oldname); Append(loc.path, new, "", loc.maxLen, newname);
attr :=BITS( WinApi.GetFileAttributesW(oldname));
IF ORD(attr) # -1 THEN
f := ThisFile(oldname);
IF (f # NIL) & (f.ref # invalid) THEN res := WinApi.CloseHandle(f.ref); f.ref := invalid END;
IF Diff(oldname, newname, loc.caseSens) # 0 THEN
CheckDelete(newname, loc.path, ask, res);
IF res = ok THEN
IF WinApi.MoveFileW(oldname, newname) # 0 THEN
IF f # NIL THEN (* still in use => update file table *)
f.name := newname$
END
ELSE res := WinApi.GetLastError()
END
END
ELSE (* destination is same file as source *)
tn := oldname$; i := LEN(tn$) - 1;
REPEAT
tn[i] := CHR(ORD(tn[i]) + 1);
IF WinApi.MoveFileW(oldname, tn) # 0 THEN res := ok
ELSE res := WinApi.GetLastError()
END
UNTIL (res # fileExistsErr) & (res # alreadyExistsErr) & (res # paramErr);
IF res = ok THEN
IF WinApi.MoveFileW(tn, newname) = 0 THEN res := WinApi.GetLastError() END
END
END
ELSE res := fileNotFoundErr
END
ELSE res := invalidNameErr
END;
loc.res := Error(res)
END Rename;
PROCEDURE (d: Directory) SameFile* (loc0: Files.Locator; name0: Files.Name;
loc1: Files.Locator; name1: Files.Name): BOOLEAN;
VAR p0, p1: FullName;
BEGIN
ASSERT(loc0 # NIL, 20); ASSERT(loc1 # NIL, 21);
WITH loc0: Locator DO Append(loc0.path, name0, "", loc0.maxLen, p0) END;
WITH loc1: Locator DO Append(loc1.path, name1, "", loc1.maxLen, p1) END;
RETURN Diff(p0, p1, loc0(Locator).caseSens) = 0
END SameFile;
PROCEDURE (d: Directory) FileList* (loc: Files.Locator): Files64.FileInfo;
VAR diff, res, firstRes: INTEGER; first, last, info: Files64.FileInfo; s: FullName;
PROCEDURE Do (s: FullName): INTEGER;
VAR i: INTEGER; find: WinApi.HANDLE;
fd: WinApi.WIN32_FIND_DATAW; st: WinApi.SYSTEMTIME;
BEGIN
Append(s, wildcard, wildcard, loc(Locator).maxLen, s);
find := WinApi.FindFirstFileW(s, fd);
IF find # invalid THEN
REPEAT
IF ~(WinApi.FILE_ATTRIBUTE_DIRECTORY * fd.dwFileAttributes # {})
& (LEN(fd.cFileName$) < LEN(info.name)) THEN
info := first; last := NIL; s := fd.cFileName$;
IF info # NIL THEN
diff := Diff(info.name, s, loc(Locator).caseSens)
END;
WHILE (info # NIL) & (diff < 0) DO
last := info; info := info.next;
IF info # NIL THEN diff := Diff(info.name, s, loc(Locator).caseSens) END
END;
IF (info = NIL) OR (diff # 0) THEN
NEW(info);
info.name := fd.cFileName$;
info.length := fd.nFileSizeLow MOD 100000000L + fd.nFileSizeHigh * 100000000L; (*64-bit*)
IF (info.length < 0) OR (fd.nFileSizeHigh # 0) THEN info.length := -1 END;
res := WinApi.FileTimeToSystemTime(fd.ftLastWriteTime, st);
info.modified.year := st.wYear;
info.modified.month := st.wMonth;
info.modified.day := st.wDay;
info.modified.hour := st.wHour;
info.modified.minute := st.wMinute;
info.modified.second := st.wSecond;
info.attr := {};
IF WinApi.FILE_ATTRIBUTE_HIDDEN * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.hidden)
END;
IF WinApi.FILE_ATTRIBUTE_READONLY * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.readOnly)
END;
IF WinApi.FILE_ATTRIBUTE_SYSTEM * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.system)
END;
IF WinApi.FILE_ATTRIBUTE_ARCHIVE * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.archive)
END;
GetType(fd.cFileName, info.type);
IF last = NIL THEN info.next := first; first := info ELSE info.next := last.next; last.next := info END
END
END;
i := WinApi.FindNextFileW(find, fd)
UNTIL i = 0;
res := WinApi.GetLastError(); i := WinApi.FindClose(find)
ELSE res := WinApi.GetLastError()
END;
IF res = noMoreFilesErr THEN res := ok END;
RETURN res
END Do;
BEGIN
ASSERT(loc # NIL, 20);
first := NIL; last :=NIL;
WITH loc: Locator DO
res := Do(loc.path);
firstRes := res;
(* check custom directory *)
IF (isUseDir & isCustomDir) & (res IN {ok, fileNotFoundErr, pathNotFoundErr}) THEN
GetCustomDir(loc, s);
res := Do(s);
END;
(* check startup directory *)
IF (isUseDir OR isCustomDir) & (res IN {ok, fileNotFoundErr, pathNotFoundErr}) THEN
GetStartupDir(loc, s);
res := Do(s);
END;
IF (res = fileNotFoundErr) OR (res = pathNotFoundErr) THEN res := firstRes END;
loc.res := Error(res)
ELSE loc.res := invalidName
END;
RETURN first
END FileList;
PROCEDURE (d: Directory) LocList* (loc: Files.Locator): Files.LocInfo;
VAR diff, res, firstRes: INTEGER; first, last, info: Files.LocInfo; s: FullName;
PROCEDURE Do (s: FullName): INTEGER;
VAR i: INTEGER; find: WinApi.HANDLE;
fd: WinApi.WIN32_FIND_DATAW;
BEGIN
Append(s, wildcard, wildcard, loc(Locator).maxLen, s);
find := WinApi.FindFirstFileW(s, fd);
IF find # invalid THEN
REPEAT
IF (WinApi.FILE_ATTRIBUTE_DIRECTORY * fd.dwFileAttributes # {})
& (fd.cFileName # ".") & (fd.cFileName # "..") & (LEN(fd.cFileName$) < LEN(info.name)) THEN
info := first; last := NIL; s := fd.cFileName$;
IF info # NIL THEN diff := Diff(info.name, s, loc(Locator).caseSens) END;
WHILE (info # NIL) & (diff < 0) DO
last := info; info := info.next;
IF info # NIL THEN diff := Diff(info.name, s, loc(Locator).caseSens) END
END;
IF (info = NIL) OR (diff # 0) THEN
NEW(info);
info.name := fd.cFileName$;
info.attr := {};
IF WinApi.FILE_ATTRIBUTE_HIDDEN * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.hidden)
END;
IF WinApi.FILE_ATTRIBUTE_READONLY * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.readOnly)
END;
IF WinApi.FILE_ATTRIBUTE_SYSTEM * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.system)
END;
IF WinApi.FILE_ATTRIBUTE_ARCHIVE * fd.dwFileAttributes # {} THEN
INCL(info.attr, Files.archive)
END;
IF last = NIL THEN
info.next := first; first := info
ELSE
info.next := last.next; last.next := info
END
END
END;
i := WinApi.FindNextFileW(find, fd)
UNTIL i = 0;
res := WinApi.GetLastError(); i := WinApi.FindClose(find)
ELSE res := WinApi.GetLastError()
END;
IF res = noMoreFilesErr THEN res := ok END;
RETURN res
END Do;
BEGIN
ASSERT(loc # NIL, 20);
first := NIL; last :=NIL;
WITH loc: Locator DO
res := Do(loc.path);
firstRes := res;
(* check custom directory *)
IF (isUseDir & isCustomDir) & (res IN {ok, fileNotFoundErr, pathNotFoundErr}) THEN
GetCustomDir(loc, s);
res := Do(s);
END;
(* check startup directory *)
IF (isUseDir OR isCustomDir) & (res IN {ok, fileNotFoundErr, pathNotFoundErr}) THEN
GetStartupDir(loc, s);
res := Do(s);
END;
IF (res = fileNotFoundErr) OR (res = pathNotFoundErr) THEN res := firstRes END;
loc.res := Error(res)
ELSE loc.res := invalidName
END;
RETURN first
END LocList;
PROCEDURE (d: Directory) GetFileName (name: Files.Name; type: Files.Type; OUT filename: Files.Name);
BEGIN
Append("", name, type, LEN(filename), filename)
END GetFileName;
(** Miscellaneous **)
PROCEDURE (VAR id: Counter) Identified (): BOOLEAN;
VAR f: File;
BEGIN
f := id.obj(File);
IF f.state # closed THEN INC(id.count) END;
RETURN FALSE
END Identified;
PROCEDURE NofFiles* (): INTEGER;
VAR p: ANYPTR; cnt: Counter;
BEGIN
cnt.typ := SYSTEM.TYP(File);
cnt.count := 0; p := Kernel.ThisFinObj(cnt);
RETURN cnt.count
END NofFiles;
PROCEDURE GetModDate* (f: Files64.File; VAR year, month, day, hour, minute, second: INTEGER);
VAR res: INTEGER; ft: WinApi.FILETIME; st: WinApi.SYSTEMTIME;
BEGIN
ASSERT(f IS File, 20);
res := WinApi.GetFileTime(f(File).ref, NIL, NIL, ft);
res := WinApi.FileTimeToSystemTime(ft, st);
year := st.wYear; month := st.wMonth; day := st.wDay;
hour := st.wHour; minute := st.wMinute; second := st.wSecond
END GetModDate;
PROCEDURE Init;
CONST
bbCustomDir = "CUSTOM";
bbUseDir = "USE";
VAR res, res1, i, j: INTEGER; path, opt, s: FullName; attr: SET; p: WinApi.PtrWSTR;
BEGIN
wildcard := "*"; NEW(dir);
res := WinApi.GetModuleFileNameW(0, path, LEN(path));
GetPath(path, startupDir);
i := LEN(startupDir$); startupLen := i;
isCustomDir := FALSE;
WinEnv.GetPar(bbCustomDir, path, res);
IF res = 0 THEN
res := 3; (* error *)
res1 := WinApi.ExpandEnvironmentStringsW(path, s, LEN(s) - 2);
IF (res1 = 0) OR (res1 > LEN(s) - 2) THEN s := path ELSE path := s$ END;
res1 := WinApi.GetFullPathNameW(s, LEN(path), path, NIL);
attr := BITS(WinApi.GetFileAttributesW(path));
IF (attr # {0..MAX(SET)}) & (WinApi.FILE_ATTRIBUTE_DIRECTORY * attr # {}) THEN
res := 0
ELSIF (path[1] = ":") & ((path[2] = 0X) OR (path[2] = "\") & (path[3] = 0X))
& (WinApi.GetDriveTypeW(s) >= 2) THEN res := 0
END
END;
IF res = 0 THEN
i := LEN(path$);
IF (path[i-1] = "/") OR (path[i-1] = "\") THEN DEC(i); path[i] := 0X END;
customDir := path; customLen := i;
isCustomDir := TRUE;
END;
isUseDir := FALSE;
WinEnv.GetPar(bbUseDir, path, res);
IF res = 0 THEN
res := 3; (* error *)
res1 := WinApi.ExpandEnvironmentStringsW(path, s, LEN(s) - 2);
IF (res1 = 0) OR (res1 > LEN(s) - 2) THEN s := path ELSE path := s$ END;
res1 := WinApi.GetFullPathNameW(s, LEN(path), path, NIL);
attr := BITS(WinApi.GetFileAttributesW(path));
IF (attr # {0..MAX(SET)}) & (WinApi.FILE_ATTRIBUTE_DIRECTORY * attr # {}) THEN
res := 0
ELSIF (path[1] = ":") & ((path[2] = 0X) OR (path[2] = "\") & (path[3] = 0X))
& (WinApi.GetDriveTypeW(s) >= 2) THEN res := 0
END
END;
IF res = 0 THEN
i := LEN(path$);
IF (path[i-1] = "/") OR (path[i-1] = "\") THEN DEC(i); path[i] := 0X END;
isUseDir := TRUE;
END;
res := WinApi.GetTempPathW(LEN(path), path);
dir.temp := HostFiles.NewLocator(path);
Files64.SetDir(dir)
END Init;
BEGIN
Init
END WinFiles64.
| Win/Mod/Files64.odc |
MODULE WinFonts;
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- 20070130, bh, Unicode support
- 20070827, bh, improved short character handling in Font.*Tab
- 20070827, bh, DevFont.wTab added
- 20141215, center #23, fixing bugs in WinApi plus some refinements and extensions
- 20161112, center #137, enlarge default font size
"
issues = "
- ...
"
**)
IMPORT SYSTEM, WinApi, Kernel, Fonts, StdRegistry, StdCFrames, Dialog;
CONST
defSize = 10 * Fonts.point; (* size of default font *)
(*
grid = 16384; (* true type design grid *)
*)
grid = 4096;
figureSpace = 8FX;
TYPE
WTab = ARRAY 256 OF INTEGER;
DevFont* = POINTER TO RECORD
unit-: INTEGER;
id-: WinApi.HANDLE;
next-: DevFont;
noGap-: BOOLEAN;
wtab-: WTab (* rastered width in pixels *)
END;
Font* = POINTER TO RECORD (Fonts.Font)
asc-, dsc-, w-: INTEGER;
dev-: DevFont; (* rastered fonts *)
wtab-, ftab-, ttab-: WTab; (* univeral width in units *)
id-: WinApi.HANDLE; (* font used for metric*)
alias-: Fonts.Typeface; (* alias # typeface & typeface # "*" == alien font *)
a, b: INTEGER (* coefficients for metric *)
END;
Directory = POINTER TO RECORD (Fonts.Directory) END;
Identifier = RECORD (Kernel.Identifier)
tface: Fonts.Typeface;
size: INTEGER;
style: SET;
weight: INTEGER
END;
Counter = RECORD (Kernel.Identifier)
count: INTEGER
END;
Traverser = RECORD (Kernel.Identifier)
END;
Par = RECORD [untagged]
first, last: Fonts.TypefaceInfo
END;
ParPtr = POINTER TO Par;
FontsHook = POINTER TO RECORD (Dialog.FontsHook) END;
VAR
sysFont-, defFont-, dlgFont-, dlgBoldFont-: Font;
isUnicode-, useTTMetric-: BOOLEAN;
dfName, dgName: Fonts.Typeface;
dfSize, dgSize, dgWght: INTEGER;
dgStyle: SET;
dir: Directory;
defUnit: INTEGER; (* screen resolution *)
dc: WinApi.HANDLE;
fontsHook: FontsHook;
(* width tab setup *)
PROCEDURE NewDevFont (
typeface: ARRAY OF CHAR; size, unit: INTEGER; style: SET; weight: INTEGER
): DevFont;
VAR df: DevFont; it, ul, so: INTEGER;
BEGIN
IF size = 8 * Fonts.point THEN INC(size, Fonts.point DIV 4) END;
it := 0; ul := 0; so := 0;
IF Fonts.italic IN style THEN it := 1 END;
IF Fonts.underline IN style THEN ul := 1 END;
IF Fonts.strikeout IN style THEN so := 1 END;
NEW(df); df.unit := unit; df.next := NIL;
df.id := WinApi.CreateFontW(-((size + unit DIV 2) DIV unit), 0, 0, 0, weight, it, ul, so, 1, 0, 2, 1, 4, typeface);
RETURN df
END NewDevFont;
PROCEDURE GetRasterWidth (dc: WinApi.HANDLE; VAR wtab: WTab);
VAR res, i, x: INTEGER; str: ARRAY 4 OF CHAR; s: WinApi.SIZE;
BEGIN
res := WinApi.GetTextExtentPoint32W(dc, "x", 1, s);
i := 0; str := " x"; x := s.cx;
WHILE i < 256 DO
str[0] := CHR(i);
res := WinApi.GetTextExtentPoint32W(dc, str, 2, s);
wtab[i] := s.cx - x; INC(i)
END
END GetRasterWidth;
PROCEDURE SetupWTabs (f: Font);
CONST TMPF_TRUETYPE = 2; (* cf. WinApi.TMPF_TRUETYPE = 4 = {2} *)
VAR res, a, b, max, x, i: INTEGER; tm: WinApi.TEXTMETRICW;
df: DevFont; abc: ARRAY 256 OF WinApi.ABC; dc, old: WinApi.HANDLE;
BEGIN
dc := WinApi.GetDC(0);
old := WinApi.SelectObject(dc, f.dev.id);
res := WinApi.GetTextMetricsW(dc, tm);
IF useTTMetric & ODD(ORD(tm.tmPitchAndFamily) DIV 4)(TMPF_TRUETYPE IN BITS(ORD(tm.tmPitchAndFamily))) THEN (* use true type metric *)
df := NewDevFont(f.alias, grid, 1, f.style, f.weight);
res := WinApi.SelectObject(dc, df.id);
res := WinApi.GetTextMetricsW(dc, tm);
a := f.size MOD grid; b := f.size DIV grid; f.id := df.id;
res := WinApi.GetCharABCWidthsW(dc, 0, 255, abc);
IF res # 0 THEN
i := 0; max := 0;
WHILE i < 256 DO
x := -abc[i].abcA;
IF x > 0 THEN f.ftab[i] := x * a DIV grid + x * b END;
x := -abc[i].abcC;
IF x > 0 THEN f.ttab[i] := x * a DIV grid + x * b END;
x := abc[i].abcA + abc[i].abcB + abc[i].abcC; x := x * a DIV grid + x * b;
IF x > max THEN max := x END;
f.wtab[i] := x; INC(i)
END
ELSE
max := f.w
END
ELSE (* use screen metric *)
a := 0; b := defUnit; f.id := f.dev.id;
GetRasterWidth(dc, f.wtab);
(*
res := WinApi.GetCharWidth32W(dc, 0, 255, f.wtab);
*)
i := 0; max := 0;
WHILE i < 256 DO
x := f.wtab[i] * b;
IF x > max THEN max := x END;
f.wtab[i] := x; INC(i)
END
END;
f.wtab[ORD(figureSpace)] := f.wtab[ORD("0")];
f.ftab[ORD(figureSpace)] := f.ftab[ORD("0")];
f.ttab[ORD(figureSpace)] := f.ttab[ORD("0")];
x := tm.tmAscent + tm.tmExternalLeading; f.asc := x * a DIV grid + x * b;
f.dsc := tm.tmDescent * a DIV grid + tm.tmDescent * b;
f.w := max; f.a := a; f.b := b;
res := WinApi.SelectObject(dc, old);
res := WinApi.ReleaseDC(0, dc)
END SetupWTabs;
PROCEDURE Cleanup (f: Font);
VAR res: INTEGER; df: DevFont;
BEGIN
df := f.dev;
IF f.id # df.id THEN res := WinApi.DeleteObject(f.id) END;
WHILE df # NIL DO
res := WinApi.DeleteObject(df.id);
df := df.next
END;
f.id := 0; f.dev := NIL
END Cleanup;
(* width methods for unicode *)
PROCEDURE (f: Font) wTab* (dc: WinApi.HANDLE; ch: CHAR): INTEGER, NEW;
VAR res, w: INTEGER; abc: ARRAY 1 OF WinApi.ABC; wt: ARRAY 1 OF INTEGER;
BEGIN
IF ch < 100X THEN RETURN f.wtab[ORD(ch)] END;
res := WinApi.GetCharABCWidthsW(dc, ORD(ch), ORD(ch), abc);
IF res # 0 THEN
w := abc[0].abcA + abc[0].abcB + abc[0].abcC;
w := w * f.a DIV grid + w * f.b
ELSE
res := WinApi.GetCharWidth32W(dc, ORD(ch), ORD(ch), wt);
IF res # 0 THEN w := wt[0] * f.a DIV grid + wt[0] * f.b
ELSE
res := WinApi.GetCharWidthW(dc, ORD(ch), ORD(ch), wt);
IF res # 0 THEN w := wt[0] * f.a DIV grid + wt[0] * f.b
ELSE w := f.wtab[1]
END
END
END;
RETURN w
END wTab;
PROCEDURE (f: Font) fTab* (dc: WinApi.HANDLE; ch: CHAR): INTEGER, NEW;
VAR res, w: INTEGER; abc: ARRAY 1 OF WinApi.ABC;
BEGIN
IF ch < 100X THEN RETURN f.ftab[ORD(ch)] END;
res := WinApi.GetCharABCWidthsW(dc, ORD(ch), ORD(ch), abc);
IF (res # 0) & (abc[0].abcA < 0) THEN
w := -abc[0].abcA;
w := w * f.a DIV grid + w * f.b
ELSE w := 0
END;
RETURN w
END fTab;
PROCEDURE (f: Font) tTab* (dc: WinApi.HANDLE; ch: CHAR): INTEGER, NEW;
VAR res, w: INTEGER; abc: ARRAY 1 OF WinApi.ABC;
BEGIN
IF ch < 100X THEN RETURN f.ttab[ORD(ch)] END;
res := WinApi.GetCharABCWidthsW(dc, ORD(ch), ORD(ch), abc);
IF (res # 0) & (abc[0].abcC < 0) THEN
w := -abc[0].abcC;
w := w * f.a DIV grid + w * f.b
ELSE w := 0
END;
RETURN w
END tTab;
PROCEDURE (df: DevFont) wTab* (dc: WinApi.HANDLE; ch: CHAR): INTEGER, NEW;
VAR res, w: INTEGER; wt: ARRAY 1 OF INTEGER;
BEGIN
IF ch < 100X THEN RETURN df.wtab[ORD(ch)] END;
res := WinApi.GetCharWidth32W(dc, ORD(ch), ORD(ch), wt);
IF res = 0 THEN res := WinApi.GetCharWidthW(dc, ORD(ch), ORD(ch), wt) END;
IF res # 0 THEN w := wt[0] ELSE w := df.wtab[1] END;
RETURN w
END wTab;
(** Font **)
PROCEDURE (f: Font) GetBounds* (OUT asc, dsc, w: INTEGER);
BEGIN
asc := f.asc; dsc := f.dsc; w := f.w
END GetBounds;
PROCEDURE (f: Font) SStringWidth* (IN s: ARRAY OF SHORTCHAR): INTEGER;
VAR i, w: INTEGER; ch: CHAR;
BEGIN
w := 0;
IF s # "" THEN
i := 0; ch := s[0];
WHILE ch # 0X DO INC(w, f.wtab[ORD(ch)]); INC(i); ch := s[i] END;
w := w + f.ftab[ORD(s[0])] + f.ttab[ORD(s[i-1])]
END;
RETURN w
END SStringWidth;
PROCEDURE (f: Font) StringWidth* (IN s: ARRAY OF CHAR): INTEGER;
VAR res, i, w: INTEGER; lc: CHAR; dc, old: WinApi.HANDLE;
BEGIN
dc := WinApi.GetDC(0);
old := WinApi.SelectObject(dc, f.id);
w := 0;
IF s[0] # 0X THEN
i := 0; lc := s[0];
WHILE lc # 0X DO INC(w, f.wTab(dc, lc)); INC(i); lc := s[i] END;
w := w + f.fTab(dc, s[0]) + f.tTab(dc, s[i-1])
END;
res := WinApi.SelectObject(dc, old);
res := WinApi.ReleaseDC(0, dc);
RETURN w
END StringWidth;
PROCEDURE (f: Font) IsAlien* (): BOOLEAN;
BEGIN
RETURN (f.typeface # Fonts.default) & (f.alias # f.typeface)
END IsAlien;
PROCEDURE (f: Font) FINALIZE-;
BEGIN
Cleanup(f)
END FINALIZE;
(* Directory *)
PROCEDURE SetupDevFont (dc: WinApi.HANDLE; df: DevFont);
VAR res: INTEGER; abc: ARRAY 1 OF WinApi.ABC;
BEGIN
res := WinApi.GetCharABCWidthsW(dc, ORD("H"), ORD("H"), abc);
IF res # 0 THEN (* true type *)
df.noGap := (res # 0) & (abc[0].abcA <= 0);
res := WinApi.GetCharWidth32W(dc, 0, 255, df.wtab);
ELSE (* raster *)
df.noGap := FALSE;
GetRasterWidth(dc, df.wtab)
END;
df.wtab[ORD(figureSpace)] := df.wtab[ORD("0")]
END SetupDevFont;
PROCEDURE InsertDevFont* (dc: WinApi.HANDLE; font: Font; VAR df: DevFont; unit: INTEGER);
VAR res: INTEGER;
BEGIN
df := NewDevFont(font.alias, font.size, unit, font.style, font.weight);
res := WinApi.SelectObject(dc, df.id);
SetupDevFont(dc, df);
df.next := font.dev.next; font.dev.next := df (* screen font remains at list head *)
END InsertDevFont;
PROCEDURE Setup (f: Font; typeface: ARRAY OF CHAR; size: INTEGER; style: SET; weight: INTEGER);
VAR res: INTEGER; tm: WinApi.TEXTMETRICW; name: Fonts.Typeface; dc, old: WinApi.HANDLE;
BEGIN
dc := WinApi.GetDC(0);
old := WinApi.SelectObject(dc, f.dev.id);
res := WinApi.GetTextFaceW(dc, LEN(name), name);
res := WinApi.GetTextMetricsW(dc, tm);
f.alias := name$;
IF typeface = Fonts.default THEN
name := Fonts.default
ELSIF (typeface = "") OR (typeface = ".") THEN
size := ((tm.tmHeight - tm.tmInternalLeading) * defUnit + (Fonts.point DIV 2)) DIV Fonts.point * Fonts.point;
(* IF size = 8 * Fonts.point THEN INC(size, Fonts.point DIV 4) END; *)
weight := tm.tmWeight;
IF typeface = "." THEN name := Fonts.default END;
IF tm.tmItalic # 0X THEN INCL(style, Fonts.italic) END;
IF tm.tmUnderlined # 0X THEN INCL(style, Fonts.underline) END;
IF tm.tmStruckOut # 0X THEN INCL(style, Fonts.strikeout) END
ELSIF name # typeface THEN
f.dev := NewDevFont(dfName, size, defUnit, style, weight);
res := WinApi.DeleteObject(WinApi.SelectObject(dc, f.dev.id));
f.alias := dfName$;
name := typeface$
END;
IF size # 0 THEN
SetupDevFont(dc, f.dev);
IF f.size = 0 THEN f.Init(name, size, style, weight) END;
res := WinApi.SelectObject(dc, old);
res := WinApi.ReleaseDC(0, dc);
SetupWTabs(f)
END;
ASSERT(f.size > 0)
END Setup;
PROCEDURE (VAR id: Identifier) Identified (): BOOLEAN;
VAR f: Font;
BEGIN
f := id.obj(Font);
RETURN (f.typeface = id.tface) & (f.size = id.size) & (f.style = id.style) & (f.weight = id.weight)
END Identified;
PROCEDURE (d: Directory) This (typeface: Fonts.Typeface; size: INTEGER; style: SET; weight: INTEGER): Font;
VAR f: Font; i: Identifier; p: ANYPTR;
BEGIN
ASSERT(size > 0, 20);
style := style * {Fonts.italic, Fonts.underline, Fonts.strikeout};
size := size - size MOD Fonts.point;
(* IF size = 8 * Fonts.point THEN INC(size, Fonts.point DIV 4) END; *)
IF typeface = "L Frutiger Light" THEN typeface := "Frutiger 45 Light"
ELSIF typeface = "R Frutiger Roman" THEN typeface := "Frutiger 55 Roman"
ELSIF typeface = "B Frutiger Black" THEN typeface := "Frutiger 55 Roman"; weight := Fonts.bold
END;
i.tface := typeface$; i.size := size; i.style := style; i.weight := weight;
i.typ := SYSTEM.TYP(Font);
p := Kernel.ThisFinObj(i);
IF p # NIL THEN f := p(Font)
ELSE (* not found in cache, search Windows fonts *)
IF typeface = "" THEN
f := sysFont
ELSE
NEW(f);
IF typeface = Fonts.default THEN
f.dev := NewDevFont(dfName, size, defUnit, style, weight)
ELSE
f.dev := NewDevFont(typeface, size, defUnit, style, weight)
END;
Setup(f, typeface, size, style, weight)
END
END;
RETURN f
END This;
PROCEDURE (d: Directory) Default (): Fonts.Font;
BEGIN
RETURN defFont
END Default;
PROCEDURE CallBack (
VAR [nil] elf: WinApi.ENUMLOGFONTW; VAR [nil] ntm: WinApi.NEWTEXTMETRICW; type, par: INTEGER
): INTEGER;
VAR p: ParPtr; info: Fonts.TypefaceInfo;
BEGIN
p := SYSTEM.VAL(ParPtr, par);
NEW(info);
info.typeface := elf.elfLogFont.lfFaceName$;
IF p.last = NIL THEN p.first := info ELSE p.last.next := info END;
p.last := info;
RETURN 1
END CallBack;
PROCEDURE (d: Directory) TypefaceList* (): Fonts.TypefaceInfo;
VAR res: INTEGER; dc: WinApi.HANDLE; par: Par;
BEGIN
dc := WinApi.GetDC(0);
par.first := NIL; par.last := NIL;
res := WinApi.EnumFontFamiliesW(dc, NIL, CallBack, SYSTEM.ADR(par));
res := WinApi.ReleaseDC(0, dc);
RETURN par.first
END TypefaceList;
(** miscellaneous **)
PROCEDURE (VAR id: Counter) Identified (): BOOLEAN;
BEGIN
INC(id.count); RETURN FALSE
END Identified;
PROCEDURE NofFonts* (): INTEGER;
VAR p: ANYPTR; cnt: Counter;
BEGIN
cnt.typ := SYSTEM.TYP(Font); cnt.count := 0; p := Kernel.ThisFinObj(cnt);
RETURN cnt.count
END NofFonts;
PROCEDURE InstallDir*;
BEGIN
Fonts.SetDir(dir)
END InstallDir;
PROCEDURE (VAR id: Traverser) Identified (): BOOLEAN;
VAR f: Font;
BEGIN
f := id.obj(Font);
IF (f.typeface = Fonts.default) & (f.alias # dfName) THEN
Cleanup(f);
f.dev := NewDevFont(dfName, f.size, defUnit, f.style, f.weight);
Setup(f, Fonts.default, f.size, f.style, f.weight)
ELSE
SetupWTabs(f)
END;
RETURN FALSE
END Identified;
PROCEDURE SetTTMetric* (on: BOOLEAN);
VAR t: Traverser; p: ANYPTR;
BEGIN
IF useTTMetric # on THEN
useTTMetric := on;
t.typ := SYSTEM.TYP(Font); p := Kernel.ThisFinObj(t);
StdRegistry.WriteBool("FontTTMetric", useTTMetric)
END
END SetTTMetric;
PROCEDURE (h: FontsHook) SetDefaultFont (tf: Fonts.Typeface; size: INTEGER);
VAR t: Traverser; p: ANYPTR;
BEGIN
ASSERT(tf # "", 20); ASSERT(size > 0, 21);
IF tf = Fonts.default THEN tf := dfName$ END;
IF (dfName # tf) OR (dfSize # size) THEN
dfName := tf$; dfSize := size;
t.typ := SYSTEM.TYP(Font); p := Kernel.ThisFinObj(t);
defFont := dir.This(Fonts.default, dfSize, {}, Fonts.normal);
StdRegistry.WriteString("DefFontName", dfName);
StdRegistry.WriteInt("DefFontSize", dfSize)
END
END SetDefaultFont;
PROCEDURE (h: FontsHook) SetDialogFont (tf: Fonts.Typeface; size: INTEGER; style: SET; weight: INTEGER);
VAR i: INTEGER;
BEGIN
ASSERT(tf # "", 20); ASSERT(size > 0, 21);
IF (dgName # tf) OR (dgSize # size) OR (dgStyle # style) OR (dgWght # weight) THEN
dgName := tf$; dgSize := size; dgStyle := style; dgWght := weight;
dlgFont := dir.This(dgName, dgSize, dgStyle, dgWght);
dlgBoldFont := dir.This(dgName, dgSize, dgStyle, Fonts.bold);
StdRegistry.WriteString("DlgFontName", dgName);
StdRegistry.WriteInt("DlgFontSize", dgSize);
i := 0;
IF Fonts.italic IN dgStyle THEN INC(i, 1) END;
IF Fonts.underline IN dgStyle THEN INC(i, 2) END;
IF Fonts.strikeout IN dgStyle THEN INC(i, 4) END;
IF dgWght > Fonts.normal THEN INC(i, 8) END;
StdRegistry.WriteInt("DlgFontStyle", i);
StdCFrames.defaultFont := dlgFont;
StdCFrames.defaultLightFont := Fonts.dir.This(dlgFont.typeface, dlgFont.size, dlgFont.style, Fonts.normal);
Dialog.Call("StdMenus.SetFontFromDialogFont", "", i)
END
END SetDialogFont;
PROCEDURE (h: FontsHook) GetDefaultFont (VAR tf: Fonts.Typeface; VAR size: INTEGER);
BEGIN
tf := defFont.alias;
size := defFont.size;
END GetDefaultFont;
PROCEDURE (h: FontsHook) GetDialogFont (VAR tf: Fonts.Typeface; VAR size: INTEGER; VAR style: SET; VAR weight: INTEGER);
BEGIN
tf := dlgFont.typeface;
size := dlgFont.size;
style := dlgFont.style;
weight := dlgFont.weight;
END GetDialogFont;
PROCEDURE Init;
VAR res, i: INTEGER; dc, old, f: WinApi.HANDLE; tm: WinApi.TEXTMETRICW;
BEGIN
dfName := ""; dgName := ""; dfSize := 0; dgSize := 0; dgStyle := {}; dgWght := Fonts.normal; i := 0;
StdRegistry.ReadString("DefFontName", dfName, res);
StdRegistry.ReadInt("DefFontSize", dfSize, res);
StdRegistry.ReadString("DlgFontName", dgName, res);
StdRegistry.ReadInt("DlgFontSize", dgSize, res);
StdRegistry.ReadInt("DlgFontStyle", i, res);
IF ODD(i) THEN INCL(dgStyle, Fonts.italic) END;
IF ODD(i DIV 2) THEN INCL(dgStyle, Fonts.underline) END;
IF ODD(i DIV 4) THEN INCL(dgStyle, Fonts.strikeout) END;
IF ODD(i DIV 8) THEN dgWght := Fonts.bold END;
StdRegistry.ReadBool("FontTTMetric", useTTMetric, res);
IF res # 0 THEN useTTMetric := FALSE END;
NEW(dir); Fonts.SetDir(dir);
dc := WinApi.GetDC(0);
StdRegistry.ReadInt("scaleFactor", i, res);
IF (res = 0) & (i > 10) & (i <= 500) THEN Dialog.scaleFactor := i END;
defUnit := SHORT(ENTIER(
(72 * Fonts.point DIV WinApi.GetDeviceCaps(dc, WinApi.LOGPIXELSY)) * 100 / Dialog.scaleFactor));
isUnicode := TRUE;
res := WinApi.ReleaseDC(0, dc);
NEW(sysFont); NEW(sysFont.dev); sysFont.dev.unit := defUnit; sysFont.dev.next := NIL;
sysFont.dev.id := WinApi.GetStockObject(WinApi.SYSTEM_FONT);
Setup(sysFont, "", 0, {}, 0);
NEW(defFont); NEW(defFont.dev); defFont.dev.unit := defUnit; defFont.dev.next := NIL;
IF (dfName # "") & (dfSize > 5 * Fonts.point) & (dfSize < 100 * Fonts.point) THEN
defFont := dir.This(Fonts.default, dfSize, {}, Fonts.normal)
ELSE
i := (defSize + defUnit DIV 2) DIV defUnit;
IF i < 11 THEN i := 11 END;
defFont.dev.id := WinApi.CreateFontW(-i, 0, 0, 0, Fonts.normal, 0, 0, 0, 0, 7, 2, 1, 38, "");
Setup(defFont, ".", 0, {}, 0);
dfName := defFont.alias$
END;
NEW(dlgFont); NEW(dlgFont.dev); dlgFont.dev.unit := defUnit; dlgFont.dev.next := NIL;
IF (dgName # "") & (dgSize > 5 * Fonts.point) & (dgSize < 100 * Fonts.point) THEN
dlgFont := dir.This(dgName, dgSize, dgStyle, dgWght);
dlgBoldFont := dir.This(dgName, dgSize, dgStyle, Fonts.bold)
ELSE
dlgFont.dev.id := WinApi.GetStockObject(WinApi.ANSI_VAR_FONT);
(* ANSI_VAR_FONT is not a Unicode font *)
(* try to use the "Tahoma" font of same size *)
dc := WinApi.GetDC(0);
old := WinApi.SelectObject(dc, dlgFont.dev.id);
res := WinApi.GetTextMetricsW(dc, tm);
f := WinApi.CreateFontW(tm.tmHeight * 5 DIV 4, 0, 0, 0, 400, 0, 0, 0, 0, 0, 0, 0, 0, "Tahoma");
res := WinApi.SelectObject(dc, old);
res := WinApi.ReleaseDC(0, dc);
IF f # 0 THEN
res := WinApi.DeleteObject(dlgFont.dev.id);
dlgFont.dev.id := f
END;
Setup(dlgFont, "", 0, {}, 0);
dgName := dlgFont.alias$;
dlgBoldFont := dir.This(dlgFont.typeface, dlgFont.size, dlgFont.style, Fonts.bold);
IF WinApi.GetVersion() MOD 256 < 4 THEN dlgFont := dlgBoldFont END
END;
StdCFrames.defaultFont := dlgFont;
StdCFrames.defaultLightFont := Fonts.dir.This(dlgFont.typeface, dlgFont.size, dlgFont.style, Fonts.normal);
NEW(fontsHook);
Dialog.SetFontsHook(fontsHook);
END Init;
BEGIN
Init
END WinFonts.
| Win/Mod/Fonts.odc |
MODULE WinGdip ["gdiplus.dll"];
(**
project = "BlackBox 2.0"
organization = "www.oberon.ch, blackbox.oberon.org"
contributors = "Oberon microsystems, Anton Dmitriev"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
-
"
**)
IMPORT SYSTEM, WinApi,WinOle;
CONST
GpDebugEventLevelFatal = 0;
GpDebugEventLevelWarning = 1;
TYPE
Unit* = INTEGER;
CONST
UnitWorld* = 0; UnitDisplay* = 1; UnitPixel* = 2; UnitPoint* = 3; UnitInch* = 4;
UnitDocument* = 5; UnitMillimeter* = 6;
TYPE SmoothingMode* = INTEGER;
CONST
SmoothingModeNone* = 3; SmoothingModeAntiAlias* = 4;
TYPE Status* = INTEGER;
CONST
Ok* = 0; GenericError* = 1; InvalidParameter* = 2; OutOfMemory* = 3; ObjectBusy* = 4; InsufficientBuffer* = 5; NotImplemented* = 6; Win32Error* = 7; WrongState* = 8; Aborted* = 9; FileNotFound* = 10; ValueOverflow* = 11; AccessDenied* = 12; UnknownImageFormat* = 13; FontFamilyNotFound* = 14; FontStyleNotFound* = 15; NotTrueTypeFont* = 16; UnsupportedGdiplusVersion* = 17; GdiplusNotInitialized* = 18; PropertyNotFound* = 19; PropertyNotSupported* = 20; ProfileNotFound* = 21;
TYPE DriverStringOptions* = INTEGER;
CONST
DriverStringOptionsCmapLookup* = 0; DriverStringOptionsVertical* = 1;
DriverStringOptionsRealizedAdvance* = 2; DriverStringOptionsLimitSubpixel* = 3;
CONST (* FontStyle *)
FontStyleRegular* = {}; FontStyleBold* = { 0 }; FontStyleItalic* = { 1 }; FontStyleBoldItalic* = { 0, 1 };
FontStyleUnderline* = { 2 }; FontStyleStrikeout* = { 3 };
TYPE TextRenderingHint* = INTEGER;
CONST
TextRenderingHintSystemDefault* = 0;
TextRenderingHintSingleBitPerPixelGridFit* = 1;
TextRenderingHintSingleBitPerPixel* = 2; TextRenderingHintAntiAliasGridFit* = 3;
TextRenderingHintAntiAlias* = 4; TextRenderingHintClearTypeGridFit* = 5;
TYPE FillMode* = INTEGER;
CONST
FillModeAlternate* = 0; FillModeWinding* = 1;
TYPE LineJoin* = INTEGER;
CONST
LineJoinMiter* = 0; LineJoinBevel* = 1; LineJoinRound* = 2; LineJoinMiterClipped* = 3;
TYPE DashStyle* = INTEGER;
CONST
DashStyleSolid* = 0; DashStyleDash* = 1; DashStyleDot* = 2; DashStyleDashDot* = 3;
DashStyleDashDotDot* = 4; DashStyleCustom* = 5;
TYPE PixelFormat* = SET;
CONST
PixelFormatAlpha* = BITS(40000H); PixelFormatGDI* = BITS(20000H);
PixelFormatCanonical* = BITS(200000H);
PixelFormat24bppRGB* = BITS(8) + BITS(ASH(24, 8)) + PixelFormatGDI;
PixelFormat32bppRGB* = BITS(9) + BITS(ASH(32, 8)) + PixelFormatGDI;
PixelFormat32bppARGB* = BITS(10) + BITS(ASH(32, 8)) + PixelFormatAlpha + PixelFormatGDI + PixelFormatCanonical;
TYPE MatrixOrder* = INTEGER;
CONST
MatrixOrderPrepend* = 0;
MatrixOrderAppend* = 1;
TYPE CombineMode* = INTEGER;
CONST
CombineModeReplace* = 0; CombineModeIntersect* = 1;
CombineModeUnion* = 2; CombineModeXor* = 3; CombineModeExclude* = 4;
CombineModeComplement* = 5;
TYPE
(*Gp*)Image* = POINTER TO ABSTRACT RECORD [untagged] END;
(*Gp*)Graphics* = POINTER TO ABSTRACT RECORD [untagged] END;
(*Gp*)Pen* = POINTER TO ABSTRACT RECORD [untagged] END;
(*Gp*)Bitmap* = POINTER TO ABSTRACT RECORD [untagged] (Image) END;
(*Gp*)Brush* = POINTER TO ABSTRACT RECORD [untagged] END;
(*Gp*)SolidFill* = POINTER TO ABSTRACT RECORD [untagged] (Brush) END;
(*Gp*)FontCollection* = POINTER TO ABSTRACT RECORD [untagged] END;
(*Gp*)FontFamily* = POINTER TO ABSTRACT RECORD [untagged] END;
(*Gp*)Font* = POINTER TO ABSTRACT RECORD [untagged] END;
PointF* = RECORD x*, y*: SHORTREAL END;
Point* = RECORD x*, y*: INTEGER END;
RectF* = RECORD x*, y*, width*, height*: SHORTREAL END;
Matrix* = POINTER TO ABSTRACT RECORD [untagged] END;
Path* = POINTER TO ABSTRACT RECORD [untagged] END;
ARGB* = INTEGER;
ULONG_PTR = INTEGER;
GpStatus = INTEGER;
GpDebugEventLevel = INTEGER;
GpDebugEventProc = PROCEDURE (level: GpDebugEventLevel; message: WinApi.PtrSTR);
GdiplusStartupInput* = RECORD [untagged]
GdiplusVersion*: INTEGER; (* Must be 1 (or 2 for the Ex version)*)
DebugEventCallback*: GpDebugEventProc; (* Ignored on free builds*)
SuppressBackgroundThread*: WinApi.BOOL; (* FALSE unless you're prepared to call the hook/unhook functions properly*)
SuppressExternalCodecs*: WinApi.BOOL; (* FALSE unless you want GDI+ only to use its internal image codecs.*)
END;
GpNotificationHookProc = PROCEDURE (OUT token: ULONG_PTR): GpStatus;
GpNotificationUnhookProc = PROCEDURE (token: ULONG_PTR);
GdiplusStartupOutput* = RECORD [untagged] (** Output structure for GdiplusStartup() *)
(* The following 2 fields are NULL if SuppressBackgroundThread is FALSE. Otherwise, they are functions which must be called appropriately to replace the background thread.
These should be called on the application's main message loop - i.e. a message loop which is active for the lifetime of GDI+. "NotificationHook" should be called before starting the loop, and "NotificationUnhook" should be called after the loop ends. *)
NotificationHook: GpNotificationHookProc;
NotificationUnhook: GpNotificationUnhookProc;
END;
PROCEDURE GdiplusStartup* (OUT token: ULONG_PTR; IN input: GdiplusStartupInput; OUT[nil] output: GdiplusStartupOutput ): GpStatus;
(** GDI+ initialization. Must not be called from DllMain - can cause deadlock. Must be called before GDI+ API's or constructors are used. token - may not be NULL - accepts a token to be passed in the corresponding GdiplusShutdown call. input - may not be NULL. output - may be NULL only if input.SuppressBackgroundThread is FALSE. *)
PROCEDURE GdiplusShutdown* (token: ULONG_PTR);
(** GDI+ termination. Must be called before GDI+ is unloaded. Must not be called from DllMain - can cause deadlock. GDI+ API's may not be called after GdiplusShutdown. Pay careful attention to GDI+ object destructors. *)
PROCEDURE LoadImageFromStream* ["GdipLoadImageFromStream"] (stream: WinOle.IStream; VAR image: Image): INTEGER;
PROCEDURE CreateBitmapFromStream* ["GdipCreateBitmapFromStream"] (stream: WinOle.IStream; VAR bitmap: Bitmap): Status;
PROCEDURE CreateBitmapFromScan0* ["GdipCreateBitmapFromScan0"] (width, height, stride: INTEGER; pixelFormat: PixelFormat; scan0: POINTER TO ARRAY [untagged] OF BYTE; VAR b: Bitmap): Status;
PROCEDURE CreateHBITMAPFromBitmap* ["GdipCreateHBITMAPFromBitmap"] (bitmat: Bitmap; VAR hbitmap: WinApi.HBITMAP; background: ARGB): Status;
PROCEDURE GetImageVerticalResolution* ["GdipGetImageVerticalResolution"] (img: Image; VAR ppi: SHORTREAL): INTEGER;
PROCEDURE GetImageHorizontalResolution* ["GdipGetImageHorizontalResolution"] (img: Image; VAR ppi: SHORTREAL): INTEGER;
PROCEDURE GetImageWidth* ["GdipGetImageWidth"] (img: Image; VAR wid: INTEGER): INTEGER;
PROCEDURE GetImageHeight* ["GdipGetImageHeight"] (img: Image; VAR hei: INTEGER): INTEGER;
(*PROCEDURE DrawImage* ["GdipDrawImage"] (GpGraphics*,GpImage*,REAL,REAL): INTEGER;*)
PROCEDURE DrawImageI* ["GdipDrawImageI"] (gr: Graphics; img: Image; x, y: INTEGER): INTEGER;
PROCEDURE DrawImageRectI* ["GdipDrawImageI"] (gr: Graphics; img: Image; x, y, wid, hei: INTEGER): INTEGER;
PROCEDURE CreateFromHDC* ["GdipCreateFromHDC"] (dc: WinApi.HANDLE; VAR gr: Graphics): INTEGER;
PROCEDURE DeleteGraphics* ["GdipDeleteGraphics"] (gr: Graphics): Status;
PROCEDURE DisposeImage* ["GdipDisposeImage"] (img: Image): INTEGER;
PROCEDURE DrawRectangleI* ["GdipDrawRectangleI"] (gr: Graphics; pen: Pen; x, y, wid, hei: INTEGER): INTEGER;
PROCEDURE CreatePen1* ["GdipCreatePen1"] (col: ARGB; wid: SHORTREAL; unit: Unit; VAR pen: Pen): Status;
(*GpStatus WINGDIPAPI GdipCreatePen2(GpBrush*,REAL,GpUnit,GpPen** );*)
PROCEDURE DeletePen* ["GdipDeletePen"] (pen: Pen): Status;
PROCEDURE DrawEllipse* ["GdipDrawEllipseI"] (gr: Graphics; pen: Pen; x, y, width, height: INTEGER): Status;
PROCEDURE FillEllipse* ["GdipFillEllipseI"] (gr: Graphics; brush: Brush; x, y, width, height: INTEGER): Status;
PROCEDURE FillRectangleI* ["GdipFillRectangleI"] (gr: Graphics; b: Brush; x, y, w, h: INTEGER): Status;
PROCEDURE CreateSolidFill* ["GdipCreateSolidFill"] (col: ARGB; VAR brush: SolidFill): Status;
PROCEDURE SetSolidFillColor* ["GdipSetSolidFillColor"] (b: Brush; col: ARGB): Status;
PROCEDURE SetSmoothingMode* ["GdipSetSmoothingMode"] (gr: Graphics; mode: SmoothingMode): Status;
PROCEDURE CreateFromHWND* ["GdipCreateFromHWND"] (hwnd: WinApi.HANDLE; VAR gr: Graphics): Status;
PROCEDURE GetImageGraphicsContext* ["GdipGetImageGraphicsContext"] (img: Image; VAR gr: Graphics): Status;
PROCEDURE TranslateWorldTransform* ["GdipTranslateWorldTransform"] (gr: Graphics; dx, dy: SHORTREAL; o: MatrixOrder): Status;
PROCEDURE SetClipRectI* ["GdipSetClipRectI"] (gr: Graphics; l, t, w, h: INTEGER; m: CombineMode): Status;
PROCEDURE CreateMatrix* ["GdipCreateMatrix"] (OUT m: Matrix): Status;
PROCEDURE NewInstalledFontCollection* ["GdipNewInstalledFontCollection"] (OUT c: FontCollection): Status;
PROCEDURE CreateFontFamily* ["GdipCreateFontFamily"] (IN typeface: ARRAY OF CHAR; c: FontCollection; OUT f: FontFamily): Status;
PROCEDURE CreateFontFamilyFromName* ["GdipCreateFontFamilyFromName"] (IN name: ARRAY [untagged] OF CHAR; fontCollection: FontCollection; VAR fontFamily: FontFamily): Status;
PROCEDURE CreateFont* ["GdipCreateFont"] (fontFamily: FontFamily; emSize: SHORTREAL; style: SET; unit: Unit;VAR font: Font): Status;
PROCEDURE CreateFontFromDC* ["GdipCreateFontFromDC"] (dc: WinApi.HDC; VAR font: Font): Status;
PROCEDURE CreateFontFromLogfontW* ["GdipCreateFontFromLogfontW"] (dc: WinApi.HDC; IN lfw: WinApi.LOGFONTW; VAR font: Font): Status;
PROCEDURE DeleteFont* ["GdipDeleteFont"] (font: Font): Status;
PROCEDURE DrawDriverString* ["GdipDrawDriverString"] (gr: Graphics; IN text: ARRAY [untagged] OF CHAR; length: INTEGER; font: Font; brush: Brush; IN [nil] positions: ARRAY [untagged] OF PointF; flags: SET; matrix: Matrix): Status;
PROCEDURE MeasureDriverString* ["GdipMeasureDriverString"] (gr: Graphics; IN text: ARRAY [untagged] OF CHAR; length: INTEGER; font: Font; IN [nil] positions: ARRAY [untagged] OF PointF; flags: SET; matrix: Matrix; OUT r: RectF): Status;
PROCEDURE SetTextRenderingHint* ["GdipSetTextRenderingHint"] (gr: Graphics; mode: TextRenderingHint): Status;
PROCEDURE DrawLine* ["GdipDrawLineI"] (gr: Graphics; pen: Pen; x1, y1, x2, y2: INTEGER): Status;
PROCEDURE DrawLines* ["GdipDrawLinesI"] (gr: Graphics; pen: Pen; IN points: ARRAY [untagged] OF Point; count: INTEGER): Status;
PROCEDURE DrawBeziers* ["GdipDrawBeziersI"] (gr: Graphics; pen: Pen; IN points: ARRAY [untagged] OF Point; count: INTEGER): Status;
PROCEDURE DrawBezier* ["GdipDrawBezierI"] (gr: Graphics; pen: Pen; begx, begy, c1x, c1y, c2x, c2y, endx, endy: INTEGER): Status;
PROCEDURE DrawPath* ["GdipDrawPath"] (g: Graphics; p: Pen; path: Path): Status;
PROCEDURE FillPolygon* ["GdipFillPolygonI"] (gr: Graphics; brush: Brush; IN points: ARRAY [untagged] OF Point; count: INTEGER; fillMode: FillMode): Status;
PROCEDURE FillPath* ["GdipFillPath"] (g: Graphics; b: Brush; p: Path): Status;
PROCEDURE DrawPolygon* ["GdipDrawPolygonI"] (gr: Graphics; pen: Pen; IN points: ARRAY [untagged] OF Point; count: INTEGER): Status;
PROCEDURE SetPenLineJoin* ["GdipSetPenLineJoin"] (pen: Pen; lineJoin: LineJoin): Status;
PROCEDURE SetPenDashStyle* ["GdipSetPenDashStyle"] (p: Pen; s: DashStyle): Status;
PROCEDURE SetPenColor* ["GdipSetPenColor"] (p: Pen; col: ARGB): Status;
PROCEDURE SetPenWidth* ["GdipSetPenWidth"] (p: Pen; width: SHORTREAL): Status;
PROCEDURE SetPenUnit* ["GdipSetPenUnit"] (p: Pen; unit: Unit): Status;
PROCEDURE CreatePath* ["GdipCreatePath"] (fillMode: FillMode; OUT path: Path): Status;
PROCEDURE DeletePath* ["GdipDeletePath"] (p: Path): Status;
PROCEDURE DeleteBrush* ["GdipDeleteBrush"] (b: Brush): Status;
PROCEDURE AddPathBeziers* ["GdipAddPathBeziersI"] (p: Path; IN points: ARRAY [untagged] OF Point; count: INTEGER): Status;
PROCEDURE AddPathBezier* ["GdipAddPathBezierI"] (p: Path; begx, begy, c1x, c1y, c2x, c2y, endx, endy: INTEGER): Status;
END WinGdip.
https://docs.microsoft.com/en-us/windows/win32/gdiplus/-gdiplus-image-flat
| Win/Mod/Gdip.odc |
MODULE WinGL ["Opengl32.dll"];
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
CONST (* macros *)
GL_VERSION_1_1* = 1;
GL_ACCUM* = 256;
GL_LOAD* = 257;
GL_RETURN* = 258;
GL_MULT* = 259;
GL_ADD* = 260;
GL_NEVER* = 512;
GL_LESS* = 513;
GL_EQUAL* = 514;
GL_LEQUAL* = 515;
GL_GREATER* = 516;
GL_NOTEQUAL* = 517;
GL_GEQUAL* = 518;
GL_ALWAYS* = 519;
GL_CURRENT_BIT* = 1;
GL_POINT_BIT* = 2;
GL_LINE_BIT* = 4;
GL_POLYGON_BIT* = 8;
GL_POLYGON_STIPPLE_BIT* = 16;
GL_PIXEL_MODE_BIT* = 32;
GL_LIGHTING_BIT* = 64;
GL_FOG_BIT* = 128;
GL_DEPTH_BUFFER_BIT* = 256;
GL_ACCUM_BUFFER_BIT* = 512;
GL_STENCIL_BUFFER_BIT* = 1024;
GL_VIEWPORT_BIT* = 2048;
GL_TRANSFORM_BIT* = 4096;
GL_ENABLE_BIT* = 8192;
GL_COLOR_BUFFER_BIT* = 16384;
GL_HINT_BIT* = 32768;
GL_EVAL_BIT* = 65536;
GL_LIST_BIT* = 131072;
GL_TEXTURE_BIT* = 262144;
GL_SCISSOR_BIT* = 524288;
GL_ALL_ATTRIB_BITS* = 1048575;
GL_POINTS* = 0;
GL_LINES* = 1;
GL_LINE_LOOP* = 2;
GL_LINE_STRIP* = 3;
GL_TRIANGLES* = 4;
GL_TRIANGLE_STRIP* = 5;
GL_TRIANGLE_FAN* = 6;
GL_QUADS* = 7;
GL_QUAD_STRIP* = 8;
GL_POLYGON* = 9;
GL_ZERO* = 0;
GL_ONE* = 1;
GL_SRC_COLOR* = 768;
GL_ONE_MINUS_SRC_COLOR* = 769;
GL_SRC_ALPHA* = 770;
GL_ONE_MINUS_SRC_ALPHA* = 771;
GL_DST_ALPHA* = 772;
GL_ONE_MINUS_DST_ALPHA* = 773;
GL_DST_COLOR* = 774;
GL_ONE_MINUS_DST_COLOR* = 775;
GL_SRC_ALPHA_SATURATE* = 776;
GL_TRUE* = 1;
GL_FALSE* = 0;
GL_CLIP_PLANE0* = 12288;
GL_CLIP_PLANE1* = 12289;
GL_CLIP_PLANE2* = 12290;
GL_CLIP_PLANE3* = 12291;
GL_CLIP_PLANE4* = 12292;
GL_CLIP_PLANE5* = 12293;
GL_BYTE* = 5120;
GL_UNSIGNED_BYTE* = 5121;
GL_SHORT* = 5122;
GL_UNSIGNED_SHORT* = 5123;
GL_INT* = 5124;
GL_UNSIGNED_INT* = 5125;
GL_FLOAT* = 5126;
GL_2_BYTES* = 5127;
GL_3_BYTES* = 5128;
GL_4_BYTES* = 5129;
GL_DOUBLE* = 5130;
GL_NONE* = 0;
GL_FRONT_LEFT* = 1024;
GL_FRONT_RIGHT* = 1025;
GL_BACK_LEFT* = 1026;
GL_BACK_RIGHT* = 1027;
GL_FRONT* = 1028;
GL_BACK* = 1029;
GL_LEFT* = 1030;
GL_RIGHT* = 1031;
GL_FRONT_AND_BACK* = 1032;
GL_AUX0* = 1033;
GL_AUX1* = 1034;
GL_AUX2* = 1035;
GL_AUX3* = 1036;
GL_NO_ERROR* = 0;
GL_INVALID_ENUM* = 1280;
GL_INVALID_VALUE* = 1281;
GL_INVALID_OPERATION* = 1282;
GL_STACK_OVERFLOW* = 1283;
GL_STACK_UNDERFLOW* = 1284;
GL_OUT_OF_MEMORY* = 1285;
GL_2D* = 1536;
GL_3D* = 1537;
GL_3D_COLOR* = 1538;
GL_3D_COLOR_TEXTURE* = 1539;
GL_4D_COLOR_TEXTURE* = 1540;
GL_PASS_THROUGH_TOKEN* = 1792;
GL_POINT_TOKEN* = 1793;
GL_LINE_TOKEN* = 1794;
GL_POLYGON_TOKEN* = 1795;
GL_BITMAP_TOKEN* = 1796;
GL_DRAW_PIXEL_TOKEN* = 1797;
GL_COPY_PIXEL_TOKEN* = 1798;
GL_LINE_RESET_TOKEN* = 1799;
GL_EXP* = 2048;
GL_EXP2* = 2049;
GL_CW* = 2304;
GL_CCW* = 2305;
GL_COEFF* = 2560;
GL_ORDER* = 2561;
GL_DOMAIN* = 2562;
GL_CURRENT_COLOR* = 2816;
GL_CURRENT_INDEX* = 2817;
GL_CURRENT_NORMAL* = 2818;
GL_CURRENT_TEXTURE_COORDS* = 2819;
GL_CURRENT_RASTER_COLOR* = 2820;
GL_CURRENT_RASTER_INDEX* = 2821;
GL_CURRENT_RASTER_TEXTURE_COORDS* = 2822;
GL_CURRENT_RASTER_POSITION* = 2823;
GL_CURRENT_RASTER_POSITION_VALID* = 2824;
GL_CURRENT_RASTER_DISTANCE* = 2825;
GL_POINT_SMOOTH* = 2832;
GL_POINT_SIZE* = 2833;
GL_POINT_SIZE_RANGE* = 2834;
GL_POINT_SIZE_GRANULARITY* = 2835;
GL_LINE_SMOOTH* = 2848;
GL_LINE_WIDTH* = 2849;
GL_LINE_WIDTH_RANGE* = 2850;
GL_LINE_WIDTH_GRANULARITY* = 2851;
GL_LINE_STIPPLE* = 2852;
GL_LINE_STIPPLE_PATTERN* = 2853;
GL_LINE_STIPPLE_REPEAT* = 2854;
GL_LIST_MODE* = 2864;
GL_MAX_LIST_NESTING* = 2865;
GL_LIST_BASE* = 2866;
GL_LIST_INDEX* = 2867;
GL_POLYGON_MODE* = 2880;
GL_POLYGON_SMOOTH* = 2881;
GL_POLYGON_STIPPLE* = 2882;
GL_EDGE_FLAG* = 2883;
GL_CULL_FACE* = 2884;
GL_CULL_FACE_MODE* = 2885;
GL_FRONT_FACE* = 2886;
GL_LIGHTING* = 2896;
GL_LIGHT_MODEL_LOCAL_VIEWER* = 2897;
GL_LIGHT_MODEL_TWO_SIDE* = 2898;
GL_LIGHT_MODEL_AMBIENT* = 2899;
GL_SHADE_MODEL* = 2900;
GL_COLOR_MATERIAL_FACE* = 2901;
GL_COLOR_MATERIAL_PARAMETER* = 2902;
GL_COLOR_MATERIAL* = 2903;
GL_FOG* = 2912;
GL_FOG_INDEX* = 2913;
GL_FOG_DENSITY* = 2914;
GL_FOG_START* = 2915;
GL_FOG_END* = 2916;
GL_FOG_MODE* = 2917;
GL_FOG_COLOR* = 2918;
GL_DEPTH_RANGE* = 2928;
GL_DEPTH_TEST* = 2929;
GL_DEPTH_WRITEMASK* = 2930;
GL_DEPTH_CLEAR_VALUE* = 2931;
GL_DEPTH_FUNC* = 2932;
GL_ACCUM_CLEAR_VALUE* = 2944;
GL_STENCIL_TEST* = 2960;
GL_STENCIL_CLEAR_VALUE* = 2961;
GL_STENCIL_FUNC* = 2962;
GL_STENCIL_VALUE_MASK* = 2963;
GL_STENCIL_FAIL* = 2964;
GL_STENCIL_PASS_DEPTH_FAIL* = 2965;
GL_STENCIL_PASS_DEPTH_PASS* = 2966;
GL_STENCIL_REF* = 2967;
GL_STENCIL_WRITEMASK* = 2968;
GL_MATRIX_MODE* = 2976;
GL_NORMALIZE* = 2977;
GL_VIEWPORT* = 2978;
GL_MODELVIEW_STACK_DEPTH* = 2979;
GL_PROJECTION_STACK_DEPTH* = 2980;
GL_TEXTURE_STACK_DEPTH* = 2981;
GL_MODELVIEW_MATRIX* = 2982;
GL_PROJECTION_MATRIX* = 2983;
GL_TEXTURE_MATRIX* = 2984;
GL_ATTRIB_STACK_DEPTH* = 2992;
GL_CLIENT_ATTRIB_STACK_DEPTH* = 2993;
GL_ALPHA_TEST* = 3008;
GL_ALPHA_TEST_FUNC* = 3009;
GL_ALPHA_TEST_REF* = 3010;
GL_DITHER* = 3024;
GL_BLEND_DST* = 3040;
GL_BLEND_SRC* = 3041;
GL_BLEND* = 3042;
GL_LOGIC_OP_MODE* = 3056;
GL_INDEX_LOGIC_OP* = 3057;
GL_COLOR_LOGIC_OP* = 3058;
GL_AUX_BUFFERS* = 3072;
GL_DRAW_BUFFER* = 3073;
GL_READ_BUFFER* = 3074;
GL_SCISSOR_BOX* = 3088;
GL_SCISSOR_TEST* = 3089;
GL_INDEX_CLEAR_VALUE* = 3104;
GL_INDEX_WRITEMASK* = 3105;
GL_COLOR_CLEAR_VALUE* = 3106;
GL_COLOR_WRITEMASK* = 3107;
GL_INDEX_MODE* = 3120;
GL_RGBA_MODE* = 3121;
GL_DOUBLEBUFFER* = 3122;
GL_STEREO* = 3123;
GL_RENDER_MODE* = 3136;
GL_PERSPECTIVE_CORRECTION_HINT* = 3152;
GL_POINT_SMOOTH_HINT* = 3153;
GL_LINE_SMOOTH_HINT* = 3154;
GL_POLYGON_SMOOTH_HINT* = 3155;
GL_FOG_HINT* = 3156;
GL_TEXTURE_GEN_S* = 3168;
GL_TEXTURE_GEN_T* = 3169;
GL_TEXTURE_GEN_R* = 3170;
GL_TEXTURE_GEN_Q* = 3171;
GL_PIXEL_MAP_I_TO_I* = 3184;
GL_PIXEL_MAP_S_TO_S* = 3185;
GL_PIXEL_MAP_I_TO_R* = 3186;
GL_PIXEL_MAP_I_TO_G* = 3187;
GL_PIXEL_MAP_I_TO_B* = 3188;
GL_PIXEL_MAP_I_TO_A* = 3189;
GL_PIXEL_MAP_R_TO_R* = 3190;
GL_PIXEL_MAP_G_TO_G* = 3191;
GL_PIXEL_MAP_B_TO_B* = 3192;
GL_PIXEL_MAP_A_TO_A* = 3193;
GL_PIXEL_MAP_I_TO_I_SIZE* = 3248;
GL_PIXEL_MAP_S_TO_S_SIZE* = 3249;
GL_PIXEL_MAP_I_TO_R_SIZE* = 3250;
GL_PIXEL_MAP_I_TO_G_SIZE* = 3251;
GL_PIXEL_MAP_I_TO_B_SIZE* = 3252;
GL_PIXEL_MAP_I_TO_A_SIZE* = 3253;
GL_PIXEL_MAP_R_TO_R_SIZE* = 3254;
GL_PIXEL_MAP_G_TO_G_SIZE* = 3255;
GL_PIXEL_MAP_B_TO_B_SIZE* = 3256;
GL_PIXEL_MAP_A_TO_A_SIZE* = 3257;
GL_UNPACK_SWAP_BYTES* = 3312;
GL_UNPACK_LSB_FIRST* = 3313;
GL_UNPACK_ROW_LENGTH* = 3314;
GL_UNPACK_SKIP_ROWS* = 3315;
GL_UNPACK_SKIP_PIXELS* = 3316;
GL_UNPACK_ALIGNMENT* = 3317;
GL_PACK_SWAP_BYTES* = 3328;
GL_PACK_LSB_FIRST* = 3329;
GL_PACK_ROW_LENGTH* = 3330;
GL_PACK_SKIP_ROWS* = 3331;
GL_PACK_SKIP_PIXELS* = 3332;
GL_PACK_ALIGNMENT* = 3333;
GL_MAP_COLOR* = 3344;
GL_MAP_STENCIL* = 3345;
GL_INDEX_SHIFT* = 3346;
GL_INDEX_OFFSET* = 3347;
GL_RED_SCALE* = 3348;
GL_RED_BIAS* = 3349;
GL_ZOOM_X* = 3350;
GL_ZOOM_Y* = 3351;
GL_GREEN_SCALE* = 3352;
GL_GREEN_BIAS* = 3353;
GL_BLUE_SCALE* = 3354;
GL_BLUE_BIAS* = 3355;
GL_ALPHA_SCALE* = 3356;
GL_ALPHA_BIAS* = 3357;
GL_DEPTH_SCALE* = 3358;
GL_DEPTH_BIAS* = 3359;
GL_MAX_EVAL_ORDER* = 3376;
GL_MAX_LIGHTS* = 3377;
GL_MAX_CLIP_PLANES* = 3378;
GL_MAX_TEXTURE_SIZE* = 3379;
GL_MAX_PIXEL_MAP_TABLE* = 3380;
GL_MAX_ATTRIB_STACK_DEPTH* = 3381;
GL_MAX_MODELVIEW_STACK_DEPTH* = 3382;
GL_MAX_NAME_STACK_DEPTH* = 3383;
GL_MAX_PROJECTION_STACK_DEPTH* = 3384;
GL_MAX_TEXTURE_STACK_DEPTH* = 3385;
GL_MAX_VIEWPORT_DIMS* = 3386;
GL_MAX_CLIENT_ATTRIB_STACK_DEPTH* = 3387;
GL_SUBPIXEL_BITS* = 3408;
GL_INDEX_BITS* = 3409;
GL_RED_BITS* = 3410;
GL_GREEN_BITS* = 3411;
GL_BLUE_BITS* = 3412;
GL_ALPHA_BITS* = 3413;
GL_DEPTH_BITS* = 3414;
GL_STENCIL_BITS* = 3415;
GL_ACCUM_RED_BITS* = 3416;
GL_ACCUM_GREEN_BITS* = 3417;
GL_ACCUM_BLUE_BITS* = 3418;
GL_ACCUM_ALPHA_BITS* = 3419;
GL_NAME_STACK_DEPTH* = 3440;
GL_AUTO_NORMAL* = 3456;
GL_MAP1_COLOR_4* = 3472;
GL_MAP1_INDEX* = 3473;
GL_MAP1_NORMAL* = 3474;
GL_MAP1_TEXTURE_COORD_1* = 3475;
GL_MAP1_TEXTURE_COORD_2* = 3476;
GL_MAP1_TEXTURE_COORD_3* = 3477;
GL_MAP1_TEXTURE_COORD_4* = 3478;
GL_MAP1_VERTEX_3* = 3479;
GL_MAP1_VERTEX_4* = 3480;
GL_MAP2_COLOR_4* = 3504;
GL_MAP2_INDEX* = 3505;
GL_MAP2_NORMAL* = 3506;
GL_MAP2_TEXTURE_COORD_1* = 3507;
GL_MAP2_TEXTURE_COORD_2* = 3508;
GL_MAP2_TEXTURE_COORD_3* = 3509;
GL_MAP2_TEXTURE_COORD_4* = 3510;
GL_MAP2_VERTEX_3* = 3511;
GL_MAP2_VERTEX_4* = 3512;
GL_MAP1_GRID_DOMAIN* = 3536;
GL_MAP1_GRID_SEGMENTS* = 3537;
GL_MAP2_GRID_DOMAIN* = 3538;
GL_MAP2_GRID_SEGMENTS* = 3539;
GL_TEXTURE_1D* = 3552;
GL_TEXTURE_2D* = 3553;
GL_FEEDBACK_BUFFER_POINTER* = 3568;
GL_FEEDBACK_BUFFER_SIZE* = 3569;
GL_FEEDBACK_BUFFER_TYPE* = 3570;
GL_SELECTION_BUFFER_POINTER* = 3571;
GL_SELECTION_BUFFER_SIZE* = 3572;
GL_TEXTURE_WIDTH* = 4096;
GL_TEXTURE_HEIGHT* = 4097;
GL_TEXTURE_INTERNAL_FORMAT* = 4099;
GL_TEXTURE_BORDER_COLOR* = 4100;
GL_TEXTURE_BORDER* = 4101;
GL_DONT_CARE* = 4352;
GL_FASTEST* = 4353;
GL_NICEST* = 4354;
GL_LIGHT0* = 16384;
GL_LIGHT1* = 16385;
GL_LIGHT2* = 16386;
GL_LIGHT3* = 16387;
GL_LIGHT4* = 16388;
GL_LIGHT5* = 16389;
GL_LIGHT6* = 16390;
GL_LIGHT7* = 16391;
GL_AMBIENT* = 4608;
GL_DIFFUSE* = 4609;
GL_SPECULAR* = 4610;
GL_POSITION* = 4611;
GL_SPOT_DIRECTION* = 4612;
GL_SPOT_EXPONENT* = 4613;
GL_SPOT_CUTOFF* = 4614;
GL_CONSTANT_ATTENUATION* = 4615;
GL_LINEAR_ATTENUATION* = 4616;
GL_QUADRATIC_ATTENUATION* = 4617;
GL_COMPILE* = 4864;
GL_COMPILE_AND_EXECUTE* = 4865;
GL_CLEAR* = 5376;
GL_AND* = 5377;
GL_AND_REVERSE* = 5378;
GL_COPY* = 5379;
GL_AND_INVERTED* = 5380;
GL_NOOP* = 5381;
GL_XOR* = 5382;
GL_OR* = 5383;
GL_NOR* = 5384;
GL_EQUIV* = 5385;
GL_INVERT* = 5386;
GL_OR_REVERSE* = 5387;
GL_COPY_INVERTED* = 5388;
GL_OR_INVERTED* = 5389;
GL_NAND* = 5390;
GL_SET* = 5391;
GL_EMISSION* = 5632;
GL_SHININESS* = 5633;
GL_AMBIENT_AND_DIFFUSE* = 5634;
GL_COLOR_INDEXES* = 5635;
GL_MODELVIEW* = 5888;
GL_PROJECTION* = 5889;
GL_TEXTURE* = 5890;
GL_COLOR* = 6144;
GL_DEPTH* = 6145;
GL_STENCIL* = 6146;
GL_COLOR_INDEX* = 6400;
GL_STENCIL_INDEX* = 6401;
GL_DEPTH_COMPONENT* = 6402;
GL_RED* = 6403;
GL_GREEN* = 6404;
GL_BLUE* = 6405;
GL_ALPHA* = 6406;
GL_RGB* = 6407;
GL_RGBA* = 6408;
GL_LUMINANCE* = 6409;
GL_LUMINANCE_ALPHA* = 6410;
GL_BITMAP* = 6656;
GL_POINT* = 6912;
GL_LINE* = 6913;
GL_FILL* = 6914;
GL_RENDER* = 7168;
GL_FEEDBACK* = 7169;
GL_SELECT* = 7170;
GL_FLAT* = 7424;
GL_SMOOTH* = 7425;
GL_KEEP* = 7680;
GL_REPLACE* = 7681;
GL_INCR* = 7682;
GL_DECR* = 7683;
GL_VENDOR* = 7936;
GL_RENDERER* = 7937;
GL_VERSION* = 7938;
GL_EXTENSIONS* = 7939;
GL_S* = 8192;
GL_T* = 8193;
GL_R* = 8194;
GL_Q* = 8195;
GL_MODULATE* = 8448;
GL_DECAL* = 8449;
GL_TEXTURE_ENV_MODE* = 8704;
GL_TEXTURE_ENV_COLOR* = 8705;
GL_TEXTURE_ENV* = 8960;
GL_EYE_LINEAR* = 9216;
GL_OBJECT_LINEAR* = 9217;
GL_SPHERE_MAP* = 9218;
GL_TEXTURE_GEN_MODE* = 9472;
GL_OBJECT_PLANE* = 9473;
GL_EYE_PLANE* = 9474;
GL_NEAREST* = 9728;
GL_LINEAR* = 9729;
GL_NEAREST_MIPMAP_NEAREST* = 9984;
GL_LINEAR_MIPMAP_NEAREST* = 9985;
GL_NEAREST_MIPMAP_LINEAR* = 9986;
GL_LINEAR_MIPMAP_LINEAR* = 9987;
GL_TEXTURE_MAG_FILTER* = 10240;
GL_TEXTURE_MIN_FILTER* = 10241;
GL_TEXTURE_WRAP_S* = 10242;
GL_TEXTURE_WRAP_T* = 10243;
GL_CLAMP* = 10496;
GL_REPEAT* = 10497;
GL_CLIENT_PIXEL_STORE_BIT* = 1;
GL_CLIENT_VERTEX_ARRAY_BIT* = 2;
GL_CLIENT_ALL_ATTRIB_BITS* = -1;
GL_POLYGON_OFFSET_FACTOR* = 32824;
GL_POLYGON_OFFSET_UNITS* = 10752;
GL_POLYGON_OFFSET_POINT* = 10753;
GL_POLYGON_OFFSET_LINE* = 10754;
GL_POLYGON_OFFSET_FILL* = 32823;
GL_ALPHA4* = 32827;
GL_ALPHA8* = 32828;
GL_ALPHA12* = 32829;
GL_ALPHA16* = 32830;
GL_LUMINANCE4* = 32831;
GL_LUMINANCE8* = 32832;
GL_LUMINANCE12* = 32833;
GL_LUMINANCE16* = 32834;
GL_LUMINANCE4_ALPHA4* = 32835;
GL_LUMINANCE6_ALPHA2* = 32836;
GL_LUMINANCE8_ALPHA8* = 32837;
GL_LUMINANCE12_ALPHA4* = 32838;
GL_LUMINANCE12_ALPHA12* = 32839;
GL_LUMINANCE16_ALPHA16* = 32840;
GL_INTENSITY* = 32841;
GL_INTENSITY4* = 32842;
GL_INTENSITY8* = 32843;
GL_INTENSITY12* = 32844;
GL_INTENSITY16* = 32845;
GL_R3_G3_B2* = 10768;
GL_RGB4* = 32847;
GL_RGB5* = 32848;
GL_RGB8* = 32849;
GL_RGB10* = 32850;
GL_RGB12* = 32851;
GL_RGB16* = 32852;
GL_RGBA2* = 32853;
GL_RGBA4* = 32854;
GL_RGB5_A1* = 32855;
GL_RGBA8* = 32856;
GL_RGB10_A2* = 32857;
GL_RGBA12* = 32858;
GL_RGBA16* = 32859;
GL_TEXTURE_RED_SIZE* = 32860;
GL_TEXTURE_GREEN_SIZE* = 32861;
GL_TEXTURE_BLUE_SIZE* = 32862;
GL_TEXTURE_ALPHA_SIZE* = 32863;
GL_TEXTURE_LUMINANCE_SIZE* = 32864;
GL_TEXTURE_INTENSITY_SIZE* = 32865;
GL_PROXY_TEXTURE_1D* = 32867;
GL_PROXY_TEXTURE_2D* = 32868;
GL_TEXTURE_PRIORITY* = 32870;
GL_TEXTURE_RESIDENT* = 32871;
GL_TEXTURE_BINDING_1D* = 32872;
GL_TEXTURE_BINDING_2D* = 32873;
GL_VERTEX_ARRAY* = 32884;
GL_NORMAL_ARRAY* = 32885;
GL_COLOR_ARRAY* = 32886;
GL_INDEX_ARRAY* = 32887;
GL_TEXTURE_COORD_ARRAY* = 32888;
GL_EDGE_FLAG_ARRAY* = 32889;
GL_VERTEX_ARRAY_SIZE* = 32890;
GL_VERTEX_ARRAY_TYPE* = 32891;
GL_VERTEX_ARRAY_STRIDE* = 32892;
GL_NORMAL_ARRAY_TYPE* = 32894;
GL_NORMAL_ARRAY_STRIDE* = 32895;
GL_COLOR_ARRAY_SIZE* = 32897;
GL_COLOR_ARRAY_TYPE* = 32898;
GL_COLOR_ARRAY_STRIDE* = 32899;
GL_INDEX_ARRAY_TYPE* = 32901;
GL_INDEX_ARRAY_STRIDE* = 32902;
GL_TEXTURE_COORD_ARRAY_SIZE* = 32904;
GL_TEXTURE_COORD_ARRAY_TYPE* = 32905;
GL_TEXTURE_COORD_ARRAY_STRIDE* = 32906;
GL_EDGE_FLAG_ARRAY_STRIDE* = 32908;
GL_VERTEX_ARRAY_POINTER* = 32910;
GL_NORMAL_ARRAY_POINTER* = 32911;
GL_COLOR_ARRAY_POINTER* = 32912;
GL_INDEX_ARRAY_POINTER* = 32913;
GL_TEXTURE_COORD_ARRAY_POINTER* = 32914;
GL_EDGE_FLAG_ARRAY_POINTER* = 32915;
GL_V2F* = 10784;
GL_V3F* = 10785;
GL_C4UB_V2F* = 10786;
GL_C4UB_V3F* = 10787;
GL_C3F_V3F* = 10788;
GL_N3F_V3F* = 10789;
GL_C4F_N3F_V3F* = 10790;
GL_T2F_V3F* = 10791;
GL_T4F_V4F* = 10792;
GL_T2F_C4UB_V3F* = 10793;
GL_T2F_C3F_V3F* = 10794;
GL_T2F_N3F_V3F* = 10795;
GL_T2F_C4F_N3F_V3F* = 10796;
GL_T4F_C4F_N3F_V4F* = 10797;
GL_EXT_vertex_array* = 1;
GL_WIN_swap_hint* = 1;
GL_EXT_bgra* = 1;
GL_EXT_paletted_texture* = 1;
GL_VERTEX_ARRAY_EXT* = 32884;
GL_NORMAL_ARRAY_EXT* = 32885;
GL_COLOR_ARRAY_EXT* = 32886;
GL_INDEX_ARRAY_EXT* = 32887;
GL_TEXTURE_COORD_ARRAY_EXT* = 32888;
GL_EDGE_FLAG_ARRAY_EXT* = 32889;
GL_VERTEX_ARRAY_SIZE_EXT* = 32890;
GL_VERTEX_ARRAY_TYPE_EXT* = 32891;
GL_VERTEX_ARRAY_STRIDE_EXT* = 32892;
GL_VERTEX_ARRAY_COUNT_EXT* = 32893;
GL_NORMAL_ARRAY_TYPE_EXT* = 32894;
GL_NORMAL_ARRAY_STRIDE_EXT* = 32895;
GL_NORMAL_ARRAY_COUNT_EXT* = 32896;
GL_COLOR_ARRAY_SIZE_EXT* = 32897;
GL_COLOR_ARRAY_TYPE_EXT* = 32898;
GL_COLOR_ARRAY_STRIDE_EXT* = 32899;
GL_COLOR_ARRAY_COUNT_EXT* = 32900;
GL_INDEX_ARRAY_TYPE_EXT* = 32901;
GL_INDEX_ARRAY_STRIDE_EXT* = 32902;
GL_INDEX_ARRAY_COUNT_EXT* = 32903;
GL_TEXTURE_COORD_ARRAY_SIZE_EXT* = 32904;
GL_TEXTURE_COORD_ARRAY_TYPE_EXT* = 32905;
GL_TEXTURE_COORD_ARRAY_STRIDE_EXT* = 32906;
GL_TEXTURE_COORD_ARRAY_COUNT_EXT* = 32907;
GL_EDGE_FLAG_ARRAY_STRIDE_EXT* = 32908;
GL_EDGE_FLAG_ARRAY_COUNT_EXT* = 32909;
GL_VERTEX_ARRAY_POINTER_EXT* = 32910;
GL_NORMAL_ARRAY_POINTER_EXT* = 32911;
GL_COLOR_ARRAY_POINTER_EXT* = 32912;
GL_INDEX_ARRAY_POINTER_EXT* = 32913;
GL_TEXTURE_COORD_ARRAY_POINTER_EXT* = 32914;
GL_EDGE_FLAG_ARRAY_POINTER_EXT* = 32915;
GL_DOUBLE_EXT* = 5130;
GL_BGR_EXT* = 32992;
GL_BGRA_EXT* = 32993;
GL_COLOR_TABLE_FORMAT_EXT* = 32984;
GL_COLOR_TABLE_WIDTH_EXT* = 32985;
GL_COLOR_TABLE_RED_SIZE_EXT* = 32986;
GL_COLOR_TABLE_GREEN_SIZE_EXT* = 32987;
GL_COLOR_TABLE_BLUE_SIZE_EXT* = 32988;
GL_COLOR_TABLE_ALPHA_SIZE_EXT* = 32989;
GL_COLOR_TABLE_LUMINANCE_SIZE_EXT* = 32990;
GL_COLOR_TABLE_INTENSITY_SIZE_EXT* = 32991;
GL_COLOR_INDEX1_EXT* = 32994;
GL_COLOR_INDEX2_EXT* = 32995;
GL_COLOR_INDEX4_EXT* = 32996;
GL_COLOR_INDEX8_EXT* = 32997;
GL_COLOR_INDEX12_EXT* = 32998;
GL_COLOR_INDEX16_EXT* = 32999;
GL_LOGIC_OP* = 3057;
GL_TEXTURE_COMPONENTS* = 4099;
CONST (* enumerations *)
TYPE
PtrSTR* = POINTER TO ARRAY [untagged] OF SHORTCHAR;
GLenum* = INTEGER;
GLboolean* = BOOLEAN;
GLbitfield* = INTEGER;
GLbyte* = BYTE;
GLshort* = SHORTINT;
GLint* = INTEGER;
GLsizei* = INTEGER;
GLubyte* = SHORTCHAR;
GLushort* = SHORTINT;
GLuint* = INTEGER;
GLfloat* = SHORTREAL;
GLclampf* = SHORTREAL;
GLdouble* = REAL;
GLclampd* = REAL;
PtrGLvoid* = INTEGER;
FNGLARRAYELEMENTEXTPROC* = PROCEDURE (i: GLint);
FNGLDRAWARRAYSEXTPROC* = PROCEDURE (mode: GLenum; first: GLint; count: GLsizei);
FNGLVERTEXPOINTEREXTPROC* = PROCEDURE (size: GLint; type: GLenum; stride: GLsizei; count: GLsizei; pointer: PtrGLvoid);
FNGLNORMALPOINTEREXTPROC* = PROCEDURE (type: GLenum; stride: GLsizei; count: GLsizei; pointer: PtrGLvoid);
FNGLCOLORPOINTEREXTPROC* = PROCEDURE (size: GLint; type: GLenum; stride: GLsizei; count: GLsizei; pointer: PtrGLvoid);
FNGLINDEXPOINTEREXTPROC* = PROCEDURE (type: GLenum; stride: GLsizei; count: GLsizei; pointer: PtrGLvoid);
FNGLTEXCOORDPOINTEREXTPROC* = PROCEDURE (size: GLint; type: GLenum; stride: GLsizei; count: GLsizei; pointer: PtrGLvoid);
FNGLEDGEFLAGPOINTEREXTPROC* = PROCEDURE (stride: GLsizei; count: GLsizei; pointer: PtrSTR);
FNGLGETPOINTERVEXTPROC* = PROCEDURE (pname: GLenum; VAR [nil] params: PtrGLvoid);
FNGLARRAYELEMENTARRAYEXTPROC* = PROCEDURE (mode: GLenum; count: GLsizei; pi: PtrGLvoid);
FNGLADDSWAPHINTRECTWINPROC* = PROCEDURE (x: GLint; y: GLint; width: GLsizei; height: GLsizei);
FNGLCOLORTABLEEXTPROC* = PROCEDURE (target: GLenum; internalFormat: GLenum; width: GLsizei; format: GLenum; type: GLenum; data: PtrGLvoid);
FNGLCOLORSUBTABLEEXTPROC* = PROCEDURE (target: GLenum; start: GLsizei; count: GLsizei; format: GLenum; type: GLenum; data: PtrGLvoid);
FNGLGETCOLORTABLEEXTPROC* = PROCEDURE (target: GLenum; format: GLenum; type: GLenum; data: PtrGLvoid);
FNGLGETCOLORTABLEPARAMETERIVEXTPROC* = PROCEDURE (target: GLenum; pname: GLenum; VAR [nil] params: GLint);
FNGLGETCOLORTABLEPARAMETERFVEXTPROC* = PROCEDURE (target: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glAccum* (op: GLenum; value: GLfloat);
PROCEDURE glAlphaFunc* (func: GLenum; ref: GLclampf);
PROCEDURE glAreTexturesResident* (n: GLsizei; VAR [nil] textures: GLuint; residences: PtrSTR): GLboolean;
PROCEDURE glArrayElement* (i: GLint);
PROCEDURE glBegin* (mode: GLenum);
PROCEDURE glBindTexture* (target: GLenum; texture: GLuint);
PROCEDURE glBitmap* (width: GLsizei; height: GLsizei; xorig: GLfloat; yorig: GLfloat; xmove: GLfloat; ymove: GLfloat; bitmap: PtrSTR);
PROCEDURE glBlendFunc* (sfactor: GLenum; dfactor: GLenum);
PROCEDURE glCallList* (list: GLuint);
PROCEDURE glCallLists* (n: GLsizei; type: GLenum; lists: PtrGLvoid);
PROCEDURE glClear* (mask: GLbitfield);
PROCEDURE glClearAccum* (red: GLfloat; green: GLfloat; blue: GLfloat; alpha: GLfloat);
PROCEDURE glClearColor* (red: GLclampf; green: GLclampf; blue: GLclampf; alpha: GLclampf);
PROCEDURE glClearDepth* (depth: GLclampd);
PROCEDURE glClearIndex* (c: GLfloat);
PROCEDURE glClearStencil* (s: GLint);
PROCEDURE glClipPlane* (plane: GLenum; VAR [nil] equation: GLdouble);
PROCEDURE glColor3b* (red: GLbyte; green: GLbyte; blue: GLbyte);
PROCEDURE glColor3bv* (VAR [nil] v: GLbyte);
PROCEDURE glColor3d* (red: GLdouble; green: GLdouble; blue: GLdouble);
PROCEDURE glColor3dv* (VAR [nil] v: GLdouble);
PROCEDURE glColor3f* (red: GLfloat; green: GLfloat; blue: GLfloat);
PROCEDURE glColor3fv* (VAR [nil] v: GLfloat);
PROCEDURE glColor3i* (red: GLint; green: GLint; blue: GLint);
PROCEDURE glColor3iv* (VAR [nil] v: GLint);
PROCEDURE glColor3s* (red: GLshort; green: GLshort; blue: GLshort);
PROCEDURE glColor3sv* (VAR [nil] v: GLshort);
PROCEDURE glColor3ub* (red: GLubyte; green: GLubyte; blue: GLubyte);
PROCEDURE glColor3ubv* (VAR [nil] v: GLubyte);
PROCEDURE glColor3ui* (red: GLuint; green: GLuint; blue: GLuint);
PROCEDURE glColor3uiv* (VAR [nil] v: GLuint);
PROCEDURE glColor3us* (red: GLushort; green: GLushort; blue: GLushort);
PROCEDURE glColor3usv* (VAR [nil] v: GLushort);
PROCEDURE glColor4b* (red: GLbyte; green: GLbyte; blue: GLbyte; alpha: GLbyte);
PROCEDURE glColor4bv* (VAR [nil] v: GLbyte);
PROCEDURE glColor4d* (red: GLdouble; green: GLdouble; blue: GLdouble; alpha: GLdouble);
PROCEDURE glColor4dv* (VAR [nil] v: GLdouble);
PROCEDURE glColor4f* (red: GLfloat; green: GLfloat; blue: GLfloat; alpha: GLfloat);
PROCEDURE glColor4fv* (VAR [nil] v: GLfloat);
PROCEDURE glColor4i* (red: GLint; green: GLint; blue: GLint; alpha: GLint);
PROCEDURE glColor4iv* (VAR [nil] v: GLint);
PROCEDURE glColor4s* (red: GLshort; green: GLshort; blue: GLshort; alpha: GLshort);
PROCEDURE glColor4sv* (VAR [nil] v: GLshort);
PROCEDURE glColor4ub* (red: GLubyte; green: GLubyte; blue: GLubyte; alpha: GLubyte);
PROCEDURE glColor4ubv* (VAR [nil] v: GLubyte);
PROCEDURE glColor4ui* (red: GLuint; green: GLuint; blue: GLuint; alpha: GLuint);
PROCEDURE glColor4uiv* (VAR [nil] v: GLuint);
PROCEDURE glColor4us* (red: GLushort; green: GLushort; blue: GLushort; alpha: GLushort);
PROCEDURE glColor4usv* (VAR [nil] v: GLushort);
PROCEDURE glColorMask* (red: GLboolean; green: GLboolean; blue: GLboolean; alpha: GLboolean);
PROCEDURE glColorMaterial* (face: GLenum; mode: GLenum);
PROCEDURE glColorPointer* (size: GLint; type: GLenum; stride: GLsizei; pointer: PtrGLvoid);
PROCEDURE glCopyPixels* (x: GLint; y: GLint; width: GLsizei; height: GLsizei; type: GLenum);
PROCEDURE glCopyTexImage1D* (target: GLenum; level: GLint; internalFormat: GLenum; x: GLint; y: GLint; width: GLsizei; border: GLint);
PROCEDURE glCopyTexImage2D* (target: GLenum; level: GLint; internalFormat: GLenum; x: GLint; y: GLint; width: GLsizei; height: GLsizei; border: GLint);
PROCEDURE glCopyTexSubImage1D* (target: GLenum; level: GLint; xoffset: GLint; x: GLint; y: GLint; width: GLsizei);
PROCEDURE glCopyTexSubImage2D* (target: GLenum; level: GLint; xoffset: GLint; yoffset: GLint; x: GLint; y: GLint; width: GLsizei; height: GLsizei);
PROCEDURE glCullFace* (mode: GLenum);
PROCEDURE glDeleteLists* (list: GLuint; range: GLsizei);
PROCEDURE glDeleteTextures* (n: GLsizei; VAR [nil] textures: GLuint);
PROCEDURE glDepthFunc* (func: GLenum);
PROCEDURE glDepthMask* (flag: GLboolean);
PROCEDURE glDepthRange* (zNear: GLclampd; zFar: GLclampd);
PROCEDURE glDisable* (cap: GLenum);
PROCEDURE glDisableClientState* (array: GLenum);
PROCEDURE glDrawArrays* (mode: GLenum; first: GLint; count: GLsizei);
PROCEDURE glDrawBuffer* (mode: GLenum);
PROCEDURE glDrawElements* (mode: GLenum; count: GLsizei; type: GLenum; indices: PtrGLvoid);
PROCEDURE glDrawPixels* (width: GLsizei; height: GLsizei; format: GLenum; type: GLenum; pixels: PtrGLvoid);
PROCEDURE glEdgeFlag* (flag: GLboolean);
PROCEDURE glEdgeFlagPointer* (stride: GLsizei; pointer: PtrGLvoid);
PROCEDURE glEdgeFlagv* (flag: PtrSTR);
PROCEDURE glEnable* (cap: GLenum);
PROCEDURE glEnableClientState* (array: GLenum);
PROCEDURE glEnd* ();
PROCEDURE glEndList* ();
PROCEDURE glEvalCoord1d* (u: GLdouble);
PROCEDURE glEvalCoord1dv* (VAR [nil] u: GLdouble);
PROCEDURE glEvalCoord1f* (u: GLfloat);
PROCEDURE glEvalCoord1fv* (VAR [nil] u: GLfloat);
PROCEDURE glEvalCoord2d* (u: GLdouble; v: GLdouble);
PROCEDURE glEvalCoord2dv* (VAR [nil] u: GLdouble);
PROCEDURE glEvalCoord2f* (u: GLfloat; v: GLfloat);
PROCEDURE glEvalCoord2fv* (VAR [nil] u: GLfloat);
PROCEDURE glEvalMesh1* (mode: GLenum; i1: GLint; i2: GLint);
PROCEDURE glEvalMesh2* (mode: GLenum; i1: GLint; i2: GLint; j1: GLint; j2: GLint);
PROCEDURE glEvalPoint1* (i: GLint);
PROCEDURE glEvalPoint2* (i: GLint; j: GLint);
PROCEDURE glFeedbackBuffer* (size: GLsizei; type: GLenum; VAR [nil] buffer: GLfloat);
PROCEDURE glFinish* ();
PROCEDURE glFlush* ();
PROCEDURE glFogf* (pname: GLenum; param: GLfloat);
PROCEDURE glFogfv* (pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glFogi* (pname: GLenum; param: GLint);
PROCEDURE glFogiv* (pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glFrontFace* (mode: GLenum);
PROCEDURE glFrustum* (left: GLdouble; right: GLdouble; bottom: GLdouble; top: GLdouble; zNear: GLdouble; zFar: GLdouble);
PROCEDURE glGenLists* (range: GLsizei): GLuint;
PROCEDURE glGenTextures* (n: GLsizei; VAR [nil] textures: GLuint);
PROCEDURE glGetBooleanv* (pname: GLenum; params: PtrSTR);
PROCEDURE glGetClipPlane* (plane: GLenum; VAR [nil] equation: GLdouble);
PROCEDURE glGetDoublev* (pname: GLenum; VAR [nil] params: GLdouble);
PROCEDURE glGetError* (): GLenum;
PROCEDURE glGetFloatv* (pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glGetIntegerv* (pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glGetLightfv* (light: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glGetLightiv* (light: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glGetMapdv* (target: GLenum; query: GLenum; VAR [nil] v: GLdouble);
PROCEDURE glGetMapfv* (target: GLenum; query: GLenum; VAR [nil] v: GLfloat);
PROCEDURE glGetMapiv* (target: GLenum; query: GLenum; VAR [nil] v: GLint);
PROCEDURE glGetMaterialfv* (face: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glGetMaterialiv* (face: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glGetPixelMapfv* (map: GLenum; VAR [nil] values: GLfloat);
PROCEDURE glGetPixelMapuiv* (map: GLenum; VAR [nil] values: GLuint);
PROCEDURE glGetPixelMapusv* (map: GLenum; VAR [nil] values: GLushort);
PROCEDURE glGetPointerv* (pname: GLenum; VAR [nil] params: PtrGLvoid);
PROCEDURE glGetPolygonStipple* (mask: PtrSTR);
PROCEDURE glGetString* (name: GLenum): PtrSTR;
PROCEDURE glGetTexEnvfv* (target: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glGetTexEnviv* (target: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glGetTexGendv* (coord: GLenum; pname: GLenum; VAR [nil] params: GLdouble);
PROCEDURE glGetTexGenfv* (coord: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glGetTexGeniv* (coord: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glGetTexImage* (target: GLenum; level: GLint; format: GLenum; type: GLenum; pixels: PtrGLvoid);
PROCEDURE glGetTexLevelParameterfv* (target: GLenum; level: GLint; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glGetTexLevelParameteriv* (target: GLenum; level: GLint; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glGetTexParameterfv* (target: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glGetTexParameteriv* (target: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glHint* (target: GLenum; mode: GLenum);
PROCEDURE glIndexMask* (mask: GLuint);
PROCEDURE glIndexPointer* (type: GLenum; stride: GLsizei; pointer: PtrGLvoid);
PROCEDURE glIndexd* (c: GLdouble);
PROCEDURE glIndexdv* (VAR [nil] c: GLdouble);
PROCEDURE glIndexf* (c: GLfloat);
PROCEDURE glIndexfv* (VAR [nil] c: GLfloat);
PROCEDURE glIndexi* (c: GLint);
PROCEDURE glIndexiv* (VAR [nil] c: GLint);
PROCEDURE glIndexs* (c: GLshort);
PROCEDURE glIndexsv* (VAR [nil] c: GLshort);
PROCEDURE glIndexub* (c: GLubyte);
PROCEDURE glIndexubv* (VAR [nil] v: GLubyte);
PROCEDURE glInitNames* ();
PROCEDURE glInterleavedArrays* (format: GLenum; stride: GLsizei; pointer: PtrGLvoid);
PROCEDURE glIsEnabled* (cap: GLenum): GLboolean;
PROCEDURE glIsList* (list: GLuint): GLboolean;
PROCEDURE glIsTexture* (texture: GLuint): GLboolean;
PROCEDURE glLightModelf* (pname: GLenum; param: GLfloat);
PROCEDURE glLightModelfv* (pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glLightModeli* (pname: GLenum; param: GLint);
PROCEDURE glLightModeliv* (pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glLightf* (light: GLenum; pname: GLenum; param: GLfloat);
PROCEDURE glLightfv* (light: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glLighti* (light: GLenum; pname: GLenum; param: GLint);
PROCEDURE glLightiv* (light: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glLineStipple* (factor: GLint; pattern: GLushort);
PROCEDURE glLineWidth* (width: GLfloat);
PROCEDURE glListBase* (base: GLuint);
PROCEDURE glLoadIdentity* ();
PROCEDURE glLoadMatrixd* (VAR [nil] m: GLdouble);
PROCEDURE glLoadMatrixf* (VAR [nil] m: GLfloat);
PROCEDURE glLoadName* (name: GLuint);
PROCEDURE glLogicOp* (opcode: GLenum);
PROCEDURE glMap1d* (target: GLenum; u1: GLdouble; u2: GLdouble; stride: GLint; order: GLint; VAR [nil] points: GLdouble);
PROCEDURE glMap1f* (target: GLenum; u1: GLfloat; u2: GLfloat; stride: GLint; order: GLint; VAR [nil] points: GLfloat);
PROCEDURE glMap2d* (target: GLenum; u1: GLdouble; u2: GLdouble; ustride: GLint; uorder: GLint; v1: GLdouble; v2: GLdouble; vstride: GLint; vorder: GLint; VAR [nil] points: GLdouble);
PROCEDURE glMap2f* (target: GLenum; u1: GLfloat; u2: GLfloat; ustride: GLint; uorder: GLint; v1: GLfloat; v2: GLfloat; vstride: GLint; vorder: GLint; VAR [nil] points: GLfloat);
PROCEDURE glMapGrid1d* (un: GLint; u1: GLdouble; u2: GLdouble);
PROCEDURE glMapGrid1f* (un: GLint; u1: GLfloat; u2: GLfloat);
PROCEDURE glMapGrid2d* (un: GLint; u1: GLdouble; u2: GLdouble; vn: GLint; v1: GLdouble; v2: GLdouble);
PROCEDURE glMapGrid2f* (un: GLint; u1: GLfloat; u2: GLfloat; vn: GLint; v1: GLfloat; v2: GLfloat);
PROCEDURE glMaterialf* (face: GLenum; pname: GLenum; param: GLfloat);
PROCEDURE glMaterialfv* (face: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glMateriali* (face: GLenum; pname: GLenum; param: GLint);
PROCEDURE glMaterialiv* (face: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glMatrixMode* (mode: GLenum);
PROCEDURE glMultMatrixd* (VAR [nil] m: GLdouble);
PROCEDURE glMultMatrixf* (VAR [nil] m: GLfloat);
PROCEDURE glNewList* (list: GLuint; mode: GLenum);
PROCEDURE glNormal3b* (nx: GLbyte; ny: GLbyte; nz: GLbyte);
PROCEDURE glNormal3bv* (VAR [nil] v: GLbyte);
PROCEDURE glNormal3d* (nx: GLdouble; ny: GLdouble; nz: GLdouble);
PROCEDURE glNormal3dv* (VAR [nil] v: GLdouble);
PROCEDURE glNormal3f* (nx: GLfloat; ny: GLfloat; nz: GLfloat);
PROCEDURE glNormal3fv* (VAR [nil] v: GLfloat);
PROCEDURE glNormal3i* (nx: GLint; ny: GLint; nz: GLint);
PROCEDURE glNormal3iv* (VAR [nil] v: GLint);
PROCEDURE glNormal3s* (nx: GLshort; ny: GLshort; nz: GLshort);
PROCEDURE glNormal3sv* (VAR [nil] v: GLshort);
PROCEDURE glNormalPointer* (type: GLenum; stride: GLsizei; pointer: PtrGLvoid);
PROCEDURE glOrtho* (left: GLdouble; right: GLdouble; bottom: GLdouble; top: GLdouble; zNear: GLdouble; zFar: GLdouble);
PROCEDURE glPassThrough* (token: GLfloat);
PROCEDURE glPixelMapfv* (map: GLenum; mapsize: GLsizei; VAR [nil] values: GLfloat);
PROCEDURE glPixelMapuiv* (map: GLenum; mapsize: GLsizei; VAR [nil] values: GLuint);
PROCEDURE glPixelMapusv* (map: GLenum; mapsize: GLsizei; VAR [nil] values: GLushort);
PROCEDURE glPixelStoref* (pname: GLenum; param: GLfloat);
PROCEDURE glPixelStorei* (pname: GLenum; param: GLint);
PROCEDURE glPixelTransferf* (pname: GLenum; param: GLfloat);
PROCEDURE glPixelTransferi* (pname: GLenum; param: GLint);
PROCEDURE glPixelZoom* (xfactor: GLfloat; yfactor: GLfloat);
PROCEDURE glPointSize* (size: GLfloat);
PROCEDURE glPolygonMode* (face: GLenum; mode: GLenum);
PROCEDURE glPolygonOffset* (factor: GLfloat; units: GLfloat);
PROCEDURE glPolygonStipple* (mask: PtrSTR);
PROCEDURE glPopAttrib* ();
PROCEDURE glPopClientAttrib* ();
PROCEDURE glPopMatrix* ();
PROCEDURE glPopName* ();
PROCEDURE glPrioritizeTextures* (n: GLsizei; VAR [nil] textures: GLuint; VAR [nil] priorities: GLclampf);
PROCEDURE glPushAttrib* (mask: GLbitfield);
PROCEDURE glPushClientAttrib* (mask: GLbitfield);
PROCEDURE glPushMatrix* ();
PROCEDURE glPushName* (name: GLuint);
PROCEDURE glRasterPos2d* (x: GLdouble; y: GLdouble);
PROCEDURE glRasterPos2dv* (VAR [nil] v: GLdouble);
PROCEDURE glRasterPos2f* (x: GLfloat; y: GLfloat);
PROCEDURE glRasterPos2fv* (VAR [nil] v: GLfloat);
PROCEDURE glRasterPos2i* (x: GLint; y: GLint);
PROCEDURE glRasterPos2iv* (VAR [nil] v: GLint);
PROCEDURE glRasterPos2s* (x: GLshort; y: GLshort);
PROCEDURE glRasterPos2sv* (VAR [nil] v: GLshort);
PROCEDURE glRasterPos3d* (x: GLdouble; y: GLdouble; z: GLdouble);
PROCEDURE glRasterPos3dv* (VAR [nil] v: GLdouble);
PROCEDURE glRasterPos3f* (x: GLfloat; y: GLfloat; z: GLfloat);
PROCEDURE glRasterPos3fv* (VAR [nil] v: GLfloat);
PROCEDURE glRasterPos3i* (x: GLint; y: GLint; z: GLint);
PROCEDURE glRasterPos3iv* (VAR [nil] v: GLint);
PROCEDURE glRasterPos3s* (x: GLshort; y: GLshort; z: GLshort);
PROCEDURE glRasterPos3sv* (VAR [nil] v: GLshort);
PROCEDURE glRasterPos4d* (x: GLdouble; y: GLdouble; z: GLdouble; w: GLdouble);
PROCEDURE glRasterPos4dv* (VAR [nil] v: GLdouble);
PROCEDURE glRasterPos4f* (x: GLfloat; y: GLfloat; z: GLfloat; w: GLfloat);
PROCEDURE glRasterPos4fv* (VAR [nil] v: GLfloat);
PROCEDURE glRasterPos4i* (x: GLint; y: GLint; z: GLint; w: GLint);
PROCEDURE glRasterPos4iv* (VAR [nil] v: GLint);
PROCEDURE glRasterPos4s* (x: GLshort; y: GLshort; z: GLshort; w: GLshort);
PROCEDURE glRasterPos4sv* (VAR [nil] v: GLshort);
PROCEDURE glReadBuffer* (mode: GLenum);
PROCEDURE glReadPixels* (x: GLint; y: GLint; width: GLsizei; height: GLsizei; format: GLenum; type: GLenum; pixels: PtrGLvoid);
PROCEDURE glRectd* (x1: GLdouble; y1: GLdouble; x2: GLdouble; y2: GLdouble);
PROCEDURE glRectdv* (VAR [nil] v1: GLdouble; VAR [nil] v2: GLdouble);
PROCEDURE glRectf* (x1: GLfloat; y1: GLfloat; x2: GLfloat; y2: GLfloat);
PROCEDURE glRectfv* (VAR [nil] v1: GLfloat; VAR [nil] v2: GLfloat);
PROCEDURE glRecti* (x1: GLint; y1: GLint; x2: GLint; y2: GLint);
PROCEDURE glRectiv* (VAR [nil] v1: GLint; VAR [nil] v2: GLint);
PROCEDURE glRects* (x1: GLshort; y1: GLshort; x2: GLshort; y2: GLshort);
PROCEDURE glRectsv* (VAR [nil] v1: GLshort; VAR [nil] v2: GLshort);
PROCEDURE glRenderMode* (mode: GLenum): GLint;
PROCEDURE glRotated* (angle: GLdouble; x: GLdouble; y: GLdouble; z: GLdouble);
PROCEDURE glRotatef* (angle: GLfloat; x: GLfloat; y: GLfloat; z: GLfloat);
PROCEDURE glScaled* (x: GLdouble; y: GLdouble; z: GLdouble);
PROCEDURE glScalef* (x: GLfloat; y: GLfloat; z: GLfloat);
PROCEDURE glScissor* (x: GLint; y: GLint; width: GLsizei; height: GLsizei);
PROCEDURE glSelectBuffer* (size: GLsizei; VAR [nil] buffer: GLuint);
PROCEDURE glShadeModel* (mode: GLenum);
PROCEDURE glStencilFunc* (func: GLenum; ref: GLint; mask: GLuint);
PROCEDURE glStencilMask* (mask: GLuint);
PROCEDURE glStencilOp* (fail: GLenum; zfail: GLenum; zpass: GLenum);
PROCEDURE glTexCoord1d* (s: GLdouble);
PROCEDURE glTexCoord1dv* (VAR [nil] v: GLdouble);
PROCEDURE glTexCoord1f* (s: GLfloat);
PROCEDURE glTexCoord1fv* (VAR [nil] v: GLfloat);
PROCEDURE glTexCoord1i* (s: GLint);
PROCEDURE glTexCoord1iv* (VAR [nil] v: GLint);
PROCEDURE glTexCoord1s* (s: GLshort);
PROCEDURE glTexCoord1sv* (VAR [nil] v: GLshort);
PROCEDURE glTexCoord2d* (s: GLdouble; t: GLdouble);
PROCEDURE glTexCoord2dv* (VAR [nil] v: GLdouble);
PROCEDURE glTexCoord2f* (s: GLfloat; t: GLfloat);
PROCEDURE glTexCoord2fv* (VAR [nil] v: GLfloat);
PROCEDURE glTexCoord2i* (s: GLint; t: GLint);
PROCEDURE glTexCoord2iv* (VAR [nil] v: GLint);
PROCEDURE glTexCoord2s* (s: GLshort; t: GLshort);
PROCEDURE glTexCoord2sv* (VAR [nil] v: GLshort);
PROCEDURE glTexCoord3d* (s: GLdouble; t: GLdouble; r: GLdouble);
PROCEDURE glTexCoord3dv* (VAR [nil] v: GLdouble);
PROCEDURE glTexCoord3f* (s: GLfloat; t: GLfloat; r: GLfloat);
PROCEDURE glTexCoord3fv* (VAR [nil] v: GLfloat);
PROCEDURE glTexCoord3i* (s: GLint; t: GLint; r: GLint);
PROCEDURE glTexCoord3iv* (VAR [nil] v: GLint);
PROCEDURE glTexCoord3s* (s: GLshort; t: GLshort; r: GLshort);
PROCEDURE glTexCoord3sv* (VAR [nil] v: GLshort);
PROCEDURE glTexCoord4d* (s: GLdouble; t: GLdouble; r: GLdouble; q: GLdouble);
PROCEDURE glTexCoord4dv* (VAR [nil] v: GLdouble);
PROCEDURE glTexCoord4f* (s: GLfloat; t: GLfloat; r: GLfloat; q: GLfloat);
PROCEDURE glTexCoord4fv* (VAR [nil] v: GLfloat);
PROCEDURE glTexCoord4i* (s: GLint; t: GLint; r: GLint; q: GLint);
PROCEDURE glTexCoord4iv* (VAR [nil] v: GLint);
PROCEDURE glTexCoord4s* (s: GLshort; t: GLshort; r: GLshort; q: GLshort);
PROCEDURE glTexCoord4sv* (VAR [nil] v: GLshort);
PROCEDURE glTexCoordPointer* (size: GLint; type: GLenum; stride: GLsizei; pointer: PtrGLvoid);
PROCEDURE glTexEnvf* (target: GLenum; pname: GLenum; param: GLfloat);
PROCEDURE glTexEnvfv* (target: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glTexEnvi* (target: GLenum; pname: GLenum; param: GLint);
PROCEDURE glTexEnviv* (target: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glTexGend* (coord: GLenum; pname: GLenum; param: GLdouble);
PROCEDURE glTexGendv* (coord: GLenum; pname: GLenum; VAR [nil] params: GLdouble);
PROCEDURE glTexGenf* (coord: GLenum; pname: GLenum; param: GLfloat);
PROCEDURE glTexGenfv* (coord: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glTexGeni* (coord: GLenum; pname: GLenum; param: GLint);
PROCEDURE glTexGeniv* (coord: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glTexImage1D* (target: GLenum; level: GLint; internalformat: GLint; width: GLsizei; border: GLint; format: GLenum; type: GLenum; pixels: PtrGLvoid);
PROCEDURE glTexImage2D* (target: GLenum; level: GLint; internalformat: GLint; width: GLsizei; height: GLsizei; border: GLint; format: GLenum; type: GLenum; pixels: PtrGLvoid);
PROCEDURE glTexParameterf* (target: GLenum; pname: GLenum; param: GLfloat);
PROCEDURE glTexParameterfv* (target: GLenum; pname: GLenum; VAR [nil] params: GLfloat);
PROCEDURE glTexParameteri* (target: GLenum; pname: GLenum; param: GLint);
PROCEDURE glTexParameteriv* (target: GLenum; pname: GLenum; VAR [nil] params: GLint);
PROCEDURE glTexSubImage1D* (target: GLenum; level: GLint; xoffset: GLint; width: GLsizei; format: GLenum; type: GLenum; pixels: PtrGLvoid);
PROCEDURE glTexSubImage2D* (target: GLenum; level: GLint; xoffset: GLint; yoffset: GLint; width: GLsizei; height: GLsizei; format: GLenum; type: GLenum; pixels: PtrGLvoid);
PROCEDURE glTranslated* (x: GLdouble; y: GLdouble; z: GLdouble);
PROCEDURE glTranslatef* (x: GLfloat; y: GLfloat; z: GLfloat);
PROCEDURE glVertex2d* (x: GLdouble; y: GLdouble);
PROCEDURE glVertex2dv* (VAR [nil] v: GLdouble);
PROCEDURE glVertex2f* (x: GLfloat; y: GLfloat);
PROCEDURE glVertex2fv* (VAR [nil] v: GLfloat);
PROCEDURE glVertex2i* (x: GLint; y: GLint);
PROCEDURE glVertex2iv* (VAR [nil] v: GLint);
PROCEDURE glVertex2s* (x: GLshort; y: GLshort);
PROCEDURE glVertex2sv* (VAR [nil] v: GLshort);
PROCEDURE glVertex3d* (x: GLdouble; y: GLdouble; z: GLdouble);
PROCEDURE glVertex3dv* (VAR [nil] v: GLdouble);
PROCEDURE glVertex3f* (x: GLfloat; y: GLfloat; z: GLfloat);
PROCEDURE glVertex3fv* (VAR [nil] v: GLfloat);
PROCEDURE glVertex3i* (x: GLint; y: GLint; z: GLint);
PROCEDURE glVertex3iv* (VAR [nil] v: GLint);
PROCEDURE glVertex3s* (x: GLshort; y: GLshort; z: GLshort);
PROCEDURE glVertex3sv* (VAR [nil] v: GLshort);
PROCEDURE glVertex4d* (x: GLdouble; y: GLdouble; z: GLdouble; w: GLdouble);
PROCEDURE glVertex4dv* (VAR [nil] v: GLdouble);
PROCEDURE glVertex4f* (x: GLfloat; y: GLfloat; z: GLfloat; w: GLfloat);
PROCEDURE glVertex4fv* (VAR [nil] v: GLfloat);
PROCEDURE glVertex4i* (x: GLint; y: GLint; z: GLint; w: GLint);
PROCEDURE glVertex4iv* (VAR [nil] v: GLint);
PROCEDURE glVertex4s* (x: GLshort; y: GLshort; z: GLshort; w: GLshort);
PROCEDURE glVertex4sv* (VAR [nil] v: GLshort);
PROCEDURE glVertexPointer* (size: GLint; type: GLenum; stride: GLsizei; pointer: PtrGLvoid);
PROCEDURE glViewport* (x: GLint; y: GLint; width: GLsizei; height: GLsizei);
END WinGL.
| Win/Mod/GL.odc |
MODULE WinGLAux ["Glaux.dll"];
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT WinGL;
CONST (* macros *)
AUX_RGB* = 0;
AUX_RGBA* = 0;
AUX_INDEX* = 1;
AUX_SINGLE* = 0;
AUX_DOUBLE* = 2;
AUX_DIRECT* = 0;
AUX_INDIRECT* = 4;
AUX_ACCUM* = 8;
AUX_ALPHA* = 16;
AUX_DEPTH24* = 32;
AUX_STENCIL* = 64;
AUX_AUX* = 128;
AUX_DEPTH16* = 256;
AUX_FIXED_332_PAL* = 512;
AUX_DEPTH* = 256;
AUX_EXPOSE* = 1;
AUX_CONFIG* = 2;
AUX_DRAW* = 4;
AUX_KEYEVENT* = 8;
AUX_MOUSEDOWN* = 16;
AUX_MOUSEUP* = 32;
AUX_MOUSELOC* = 64;
AUX_WINDOWX* = 0;
AUX_WINDOWY* = 1;
AUX_MOUSEX* = 0;
AUX_MOUSEY* = 1;
AUX_MOUSESTATUS* = 3;
AUX_KEY* = 0;
AUX_KEYSTATUS* = 1;
AUX_LEFTBUTTON* = 1;
AUX_RIGHTBUTTON* = 2;
AUX_MIDDLEBUTTON* = 4;
AUX_SHIFT* = 1;
AUX_CONTROL* = 2;
AUX_RETURN* = 13;
AUX_ESCAPE* = 27;
AUX_SPACE* = 32;
AUX_LEFT* = 37;
AUX_UP* = 38;
AUX_RIGHT* = 39;
AUX_DOWN* = 40;
AUX_A* = 65;
AUX_B* = 66;
AUX_C* = 67;
AUX_D* = 68;
AUX_E* = 69;
AUX_F* = 70;
AUX_G* = 71;
AUX_H* = 72;
AUX_I* = 73;
AUX_J* = 74;
AUX_K* = 75;
AUX_L* = 76;
AUX_M* = 77;
AUX_N* = 78;
AUX_O* = 79;
AUX_P* = 80;
AUX_Q* = 81;
AUX_R* = 82;
AUX_S* = 83;
AUX_T* = 84;
AUX_U* = 85;
AUX_V* = 86;
AUX_W* = 87;
AUX_X* = 88;
AUX_Y* = 89;
AUX_Z* = 90;
AUX_a* = 97;
AUX_b* = 98;
AUX_c* = 99;
AUX_d* = 100;
AUX_e* = 101;
AUX_f* = 102;
AUX_g* = 103;
AUX_h* = 104;
AUX_i* = 105;
AUX_j* = 106;
AUX_k* = 107;
AUX_l* = 108;
AUX_m* = 109;
AUX_n* = 110;
AUX_o* = 111;
AUX_p* = 112;
AUX_q* = 113;
AUX_r* = 114;
AUX_s* = 115;
AUX_t* = 116;
AUX_u* = 117;
AUX_v* = 118;
AUX_w* = 119;
AUX_x* = 120;
AUX_y* = 121;
AUX_z* = 122;
AUX_0* = 48;
AUX_1* = 49;
AUX_2* = 50;
AUX_3* = 51;
AUX_4* = 52;
AUX_5* = 53;
AUX_6* = 54;
AUX_7* = 55;
AUX_8* = 56;
AUX_9* = 57;
AUX_FD* = 1;
AUX_COLORMAP* = 3;
AUX_GREYSCALEMAP* = 4;
AUX_FOGMAP* = 5;
AUX_ONECOLOR* = 6;
AUX_BLACK* = 0;
AUX_RED* = 13;
AUX_GREEN* = 14;
AUX_YELLOW* = 15;
AUX_BLUE* = 16;
AUX_MAGENTA* = 17;
AUX_CYAN* = 18;
AUX_WHITE* = 19;
CONST (* enumerations *)
AUX_USE_ID* = 1;
AUX_EXACT_MATCH* = 2;
AUX_MINIMUM_CRITERIA* = 3;
TYPE
PtrSTR* = POINTER TO ARRAY [untagged] OF SHORTCHAR;
PtrWSTR* = POINTER TO ARRAY [untagged] OF CHAR;
HWND* = INTEGER;
HDC* = INTEGER;
HGLRC* = INTEGER;
AUX_EVENTREC* = RECORD [untagged]
event*: WinGL.GLint;
data*: ARRAY [untagged] 4 OF WinGL.GLint;
END;
PtrAUX_EVENTREC* = POINTER TO AUX_EVENTREC;
AUX_RGBImageRec* = RECORD [untagged]
sizeX*: WinGL.GLint;
sizeY*: WinGL.GLint;
data*: PtrSTR;
END;
PtrAUX_RGBImageRec* = POINTER TO AUX_RGBImageRec;
AUXMAINPROC* = PROCEDURE ();
AUXEXPOSEPROC* = PROCEDURE (p0: INTEGER; p1: INTEGER);
AUXRESHAPEPROC* = PROCEDURE (p0: WinGL.GLsizei; p1: WinGL.GLsizei);
AUXIDLEPROC* = PROCEDURE ();
AUXKEYPROC* = PROCEDURE ();
AUXMOUSEPROC* = PROCEDURE (VAR [nil] p0: AUX_EVENTREC);
PROCEDURE auxInitDisplayMode* (p0: WinGL.GLenum);
PROCEDURE auxInitPosition* (p0: INTEGER; p1: INTEGER; p2: INTEGER; p3: INTEGER);
PROCEDURE auxInitWindow* ["auxInitWindowA"] (p0: PtrSTR): WinGL.GLenum;
PROCEDURE auxInitWindowA* (p0: PtrSTR): WinGL.GLenum;
PROCEDURE auxInitWindowW* (p0: PtrWSTR): WinGL.GLenum;
PROCEDURE auxCloseWindow* ();
PROCEDURE auxQuit* ();
PROCEDURE auxSwapBuffers* ();
PROCEDURE auxMainLoop* (p0: AUXMAINPROC);
PROCEDURE auxExposeFunc* (p0: AUXEXPOSEPROC);
PROCEDURE auxReshapeFunc* (p0: AUXRESHAPEPROC);
PROCEDURE auxIdleFunc* (p0: AUXIDLEPROC);
PROCEDURE auxKeyFunc* (p0: INTEGER; p1: AUXKEYPROC);
PROCEDURE auxMouseFunc* (p0: INTEGER; p1: INTEGER; p2: AUXMOUSEPROC);
PROCEDURE auxGetColorMapSize* (): INTEGER;
PROCEDURE auxGetMouseLoc* (VAR [nil] p0: INTEGER; VAR [nil] p1: INTEGER);
PROCEDURE auxSetOneColor* (p0: INTEGER; p1: SHORTREAL; p2: SHORTREAL; p3: SHORTREAL);
PROCEDURE auxSetFogRamp* (p0: INTEGER; p1: INTEGER);
PROCEDURE auxSetGreyRamp* ();
PROCEDURE auxSetRGBMap* (p0: INTEGER; VAR [nil] p1: SHORTREAL);
PROCEDURE auxRGBImageLoad* ["auxRGBImageLoadA"] (p0: PtrSTR): PtrAUX_RGBImageRec;
PROCEDURE auxRGBImageLoadA* (p0: PtrSTR): PtrAUX_RGBImageRec;
PROCEDURE auxRGBImageLoadW* (p0: PtrWSTR): PtrAUX_RGBImageRec;
PROCEDURE auxDIBImageLoad* ["auxDIBImageLoadA"] (p0: PtrSTR): PtrAUX_RGBImageRec;
PROCEDURE auxDIBImageLoadA* (p0: PtrSTR): PtrAUX_RGBImageRec;
PROCEDURE auxDIBImageLoadW* (p0: PtrWSTR): PtrAUX_RGBImageRec;
PROCEDURE auxCreateFont* ();
PROCEDURE auxDrawStr* ["auxDrawStrA"] (p0: PtrSTR);
PROCEDURE auxDrawStrA* (p0: PtrSTR);
PROCEDURE auxDrawStrW* (p0: PtrWSTR);
PROCEDURE auxWireSphere* (p0: WinGL.GLdouble);
PROCEDURE auxSolidSphere* (p0: WinGL.GLdouble);
PROCEDURE auxWireCube* (p0: WinGL.GLdouble);
PROCEDURE auxSolidCube* (p0: WinGL.GLdouble);
PROCEDURE auxWireBox* (p0: WinGL.GLdouble; p1: WinGL.GLdouble; p2: WinGL.GLdouble);
PROCEDURE auxSolidBox* (p0: WinGL.GLdouble; p1: WinGL.GLdouble; p2: WinGL.GLdouble);
PROCEDURE auxWireTorus* (p0: WinGL.GLdouble; p1: WinGL.GLdouble);
PROCEDURE auxSolidTorus* (p0: WinGL.GLdouble; p1: WinGL.GLdouble);
PROCEDURE auxWireCylinder* (p0: WinGL.GLdouble; p1: WinGL.GLdouble);
PROCEDURE auxSolidCylinder* (p0: WinGL.GLdouble; p1: WinGL.GLdouble);
PROCEDURE auxWireIcosahedron* (p0: WinGL.GLdouble);
PROCEDURE auxSolidIcosahedron* (p0: WinGL.GLdouble);
PROCEDURE auxWireOctahedron* (p0: WinGL.GLdouble);
PROCEDURE auxSolidOctahedron* (p0: WinGL.GLdouble);
PROCEDURE auxWireTetrahedron* (p0: WinGL.GLdouble);
PROCEDURE auxSolidTetrahedron* (p0: WinGL.GLdouble);
PROCEDURE auxWireDodecahedron* (p0: WinGL.GLdouble);
PROCEDURE auxSolidDodecahedron* (p0: WinGL.GLdouble);
PROCEDURE auxWireCone* (p0: WinGL.GLdouble; p1: WinGL.GLdouble);
PROCEDURE auxSolidCone* (p0: WinGL.GLdouble; p1: WinGL.GLdouble);
PROCEDURE auxWireTeapot* (p0: WinGL.GLdouble);
PROCEDURE auxSolidTeapot* (p0: WinGL.GLdouble);
PROCEDURE auxGetHWND* (): HWND;
PROCEDURE auxGetHDC* (): HDC;
PROCEDURE auxGetHGLRC* (): HGLRC;
PROCEDURE auxInitDisplayModePolicy* (p0: WinGL.GLenum);
PROCEDURE auxInitDisplayModeID* (p0: WinGL.GLint): WinGL.GLenum;
PROCEDURE auxGetDisplayModePolicy* (): WinGL.GLenum;
PROCEDURE auxGetDisplayModeID* (): WinGL.GLint;
PROCEDURE auxGetDisplayMode* (): WinGL.GLenum;
END WinGLAux.
| Win/Mod/GLAux.odc |
MODULE WinGLUtil ["Glu32.dll"];
(**
project = "BlackBox"
organization = "www.oberon.ch"
contributors = "Oberon microsystems"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "Docu/BB-License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
IMPORT WinGL;
CONST (* macros *)
GLU_VERSION_1_1* = 1;
GLU_VERSION_1_2* = 1;
GLU_INVALID_ENUM* = 100900;
GLU_INVALID_VALUE* = 100901;
GLU_OUT_OF_MEMORY* = 100902;
GLU_INCOMPATIBLE_GL_VERSION* = 100903;
GLU_VERSION* = 100800;
GLU_EXTENSIONS* = 100801;
GLU_TRUE* = 1;
GLU_FALSE* = 0;
GLU_SMOOTH* = 100000;
GLU_FLAT* = 100001;
GLU_NONE* = 100002;
GLU_POINT* = 100010;
GLU_LINE* = 100011;
GLU_FILL* = 100012;
GLU_SILHOUETTE* = 100013;
GLU_OUTSIDE* = 100020;
GLU_INSIDE* = 100021;
GLU_TESS_TOLERANCE* = 100142;
GLU_TESS_WINDING_ODD* = 100130;
GLU_TESS_WINDING_NONZERO* = 100131;
GLU_TESS_WINDING_POSITIVE* = 100132;
GLU_TESS_WINDING_NEGATIVE* = 100133;
GLU_TESS_WINDING_ABS_GEQ_TWO* = 100134;
GLU_TESS_BEGIN* = 100100;
GLU_TESS_VERTEX* = 100101;
GLU_TESS_END* = 100102;
GLU_TESS_ERROR* = 100103;
GLU_TESS_EDGE_FLAG* = 100104;
GLU_TESS_COMBINE* = 100105;
GLU_TESS_BEGIN_DATA* = 100106;
GLU_TESS_VERTEX_DATA* = 100107;
GLU_TESS_END_DATA* = 100108;
GLU_TESS_ERROR_DATA* = 100109;
GLU_TESS_EDGE_FLAG_DATA* = 100110;
GLU_TESS_COMBINE_DATA* = 100111;
GLU_TESS_ERROR1* = 100151;
GLU_TESS_ERROR2* = 100152;
GLU_TESS_ERROR3* = 100153;
GLU_TESS_ERROR4* = 100154;
GLU_TESS_ERROR5* = 100155;
GLU_TESS_ERROR6* = 100156;
GLU_TESS_ERROR7* = 100157;
GLU_TESS_ERROR8* = 100158;
GLU_TESS_MISSING_BEGIN_POLYGON* = 100151;
GLU_TESS_MISSING_BEGIN_CONTOUR* = 100152;
GLU_TESS_MISSING_END_POLYGON* = 100153;
GLU_TESS_MISSING_END_CONTOUR* = 100154;
GLU_TESS_COORD_TOO_LARGE* = 100155;
GLU_TESS_NEED_COMBINE_CALLBACK* = 100156;
GLU_AUTO_LOAD_MATRIX* = 100200;
GLU_CULLING* = 100201;
GLU_SAMPLING_TOLERANCE* = 100203;
GLU_DISPLAY_MODE* = 100204;
GLU_PARAMETRIC_TOLERANCE* = 100202;
GLU_SAMPLING_METHOD* = 100205;
GLU_U_STEP* = 100206;
GLU_V_STEP* = 100207;
GLU_PATH_LENGTH* = 100215;
GLU_PARAMETRIC_ERROR* = 100216;
GLU_DOMAIN_DISTANCE* = 100217;
GLU_MAP1_TRIM_2* = 100210;
GLU_MAP1_TRIM_3* = 100211;
GLU_OUTLINE_POLYGON* = 100240;
GLU_OUTLINE_PATCH* = 100241;
GLU_NURBS_ERROR1* = 100251;
GLU_NURBS_ERROR2* = 100252;
GLU_NURBS_ERROR3* = 100253;
GLU_NURBS_ERROR4* = 100254;
GLU_NURBS_ERROR5* = 100255;
GLU_NURBS_ERROR6* = 100256;
GLU_NURBS_ERROR7* = 100257;
GLU_NURBS_ERROR8* = 100258;
GLU_NURBS_ERROR9* = 100259;
GLU_NURBS_ERROR10* = 100260;
GLU_NURBS_ERROR11* = 100261;
GLU_NURBS_ERROR12* = 100262;
GLU_NURBS_ERROR13* = 100263;
GLU_NURBS_ERROR14* = 100264;
GLU_NURBS_ERROR15* = 100265;
GLU_NURBS_ERROR16* = 100266;
GLU_NURBS_ERROR17* = 100267;
GLU_NURBS_ERROR18* = 100268;
GLU_NURBS_ERROR19* = 100269;
GLU_NURBS_ERROR20* = 100270;
GLU_NURBS_ERROR21* = 100271;
GLU_NURBS_ERROR22* = 100272;
GLU_NURBS_ERROR23* = 100273;
GLU_NURBS_ERROR24* = 100274;
GLU_NURBS_ERROR25* = 100275;
GLU_NURBS_ERROR26* = 100276;
GLU_NURBS_ERROR27* = 100277;
GLU_NURBS_ERROR28* = 100278;
GLU_NURBS_ERROR29* = 100279;
GLU_NURBS_ERROR30* = 100280;
GLU_NURBS_ERROR31* = 100281;
GLU_NURBS_ERROR32* = 100282;
GLU_NURBS_ERROR33* = 100283;
GLU_NURBS_ERROR34* = 100284;
GLU_NURBS_ERROR35* = 100285;
GLU_NURBS_ERROR36* = 100286;
GLU_NURBS_ERROR37* = 100287;
GLU_CW* = 100120;
GLU_CCW* = 100121;
GLU_INTERIOR* = 100122;
GLU_EXTERIOR* = 100123;
GLU_UNKNOWN* = 100124;
GLU_BEGIN* = 100100;
GLU_VERTEX* = 100101;
GLU_END* = 100102;
GLU_ERROR* = 100103;
GLU_EDGE_FLAG* = 100104;
CONST (* enumerations *)
TYPE
PtrVoid* = INTEGER;
PtrSTR* = POINTER TO ARRAY [untagged] OF SHORTCHAR;
PtrWSTR* = POINTER TO ARRAY [untagged] OF CHAR;
PtrGLUquadric* = POINTER TO RECORD [untagged] END;
PtrGLUtesselator* = POINTER TO RECORD [untagged] END;
PtrGLUnurbs* = POINTER TO RECORD [untagged] END;
GLUquadricErrorProc* = PROCEDURE (p0: WinGL.GLenum);
GLUtessBeginProc* = PROCEDURE (p0: WinGL.GLenum);
GLUtessEdgeFlagProc* = PROCEDURE (p0: WinGL.GLboolean);
GLUtessVertexProc* = PROCEDURE (p0: PtrVoid);
GLUtessEndProc* = PROCEDURE ();
GLUtessErrorProc* = PROCEDURE (p0: WinGL.GLenum);
GLUtessCombineProc* = PROCEDURE (p0: ARRAY [untagged] 3 OF WinGL.GLdouble; p1: ARRAY [untagged] 4 OF PtrVoid; p2: ARRAY [untagged] 4 OF WinGL.GLfloat; VAR [nil] p3: PtrVoid);
GLUtessBeginDataProc* = PROCEDURE (p0: WinGL.GLenum; p1: PtrVoid);
GLUtessEdgeFlagDataProc* = PROCEDURE (p0: WinGL.GLboolean; p1: PtrVoid);
GLUtessVertexDataProc* = PROCEDURE (p0: PtrVoid; p1: PtrVoid);
GLUtessEndDataProc* = PROCEDURE (p0: PtrVoid);
GLUtessErrorDataProc* = PROCEDURE (p0: WinGL.GLenum; p1: PtrVoid);
GLUtessCombineDataProc* = PROCEDURE (p0: ARRAY [untagged] 3 OF WinGL.GLdouble; p1: ARRAY [untagged] 4 OF PtrVoid; p2: ARRAY [untagged] 4 OF WinGL.GLfloat; VAR [nil] p3: PtrVoid; p4: PtrVoid);
GLUnurbsErrorProc* = PROCEDURE (p0: WinGL.GLenum);
PROCEDURE gluErrorString* (errCode: WinGL.GLenum): PtrSTR;
PROCEDURE gluErrorUnicodeStringEXT* (errCode: WinGL.GLenum): PtrWSTR;
PROCEDURE gluGetString* (name: WinGL.GLenum): PtrSTR;
PROCEDURE gluOrtho2D* (left: WinGL.GLdouble; right: WinGL.GLdouble; bottom: WinGL.GLdouble; top: WinGL.GLdouble);
PROCEDURE gluPerspective* (fovy: WinGL.GLdouble; aspect: WinGL.GLdouble; zNear: WinGL.GLdouble; zFar: WinGL.GLdouble);
PROCEDURE gluPickMatrix* (x: WinGL.GLdouble; y: WinGL.GLdouble; width: WinGL.GLdouble; height: WinGL.GLdouble; viewport: ARRAY [untagged] 4 OF WinGL.GLint);
PROCEDURE gluLookAt* (eyex: WinGL.GLdouble; eyey: WinGL.GLdouble; eyez: WinGL.GLdouble; centerx: WinGL.GLdouble; centery: WinGL.GLdouble; centerz: WinGL.GLdouble; upx: WinGL.GLdouble; upy: WinGL.GLdouble; upz: WinGL.GLdouble);
PROCEDURE gluProject* (objx: WinGL.GLdouble; objy: WinGL.GLdouble; objz: WinGL.GLdouble; modelMatrix: ARRAY [untagged] 16 OF WinGL.GLdouble; projMatrix: ARRAY [untagged] 16 OF WinGL.GLdouble; viewport: ARRAY [untagged] 4 OF WinGL.GLint; VAR [nil] winx: WinGL.GLdouble; VAR [nil] winy: WinGL.GLdouble; VAR [nil] winz: WinGL.GLdouble): INTEGER;
PROCEDURE gluUnProject* (winx: WinGL.GLdouble; winy: WinGL.GLdouble; winz: WinGL.GLdouble; modelMatrix: ARRAY [untagged] 16 OF WinGL.GLdouble; projMatrix: ARRAY [untagged] 16 OF WinGL.GLdouble; viewport: ARRAY [untagged] 4 OF WinGL.GLint; VAR [nil] objx: WinGL.GLdouble; VAR [nil] objy: WinGL.GLdouble; VAR [nil] objz: WinGL.GLdouble): INTEGER;
PROCEDURE gluScaleImage* (format: WinGL.GLenum; widthin: WinGL.GLint; heightin: WinGL.GLint; typein: WinGL.GLenum; datain: PtrVoid; widthout: WinGL.GLint; heightout: WinGL.GLint; typeout: WinGL.GLenum; dataout: PtrVoid): INTEGER;
PROCEDURE gluBuild1DMipmaps* (target: WinGL.GLenum; components: WinGL.GLint; width: WinGL.GLint; format: WinGL.GLenum; type: WinGL.GLenum; data: PtrVoid): INTEGER;
PROCEDURE gluBuild2DMipmaps* (target: WinGL.GLenum; components: WinGL.GLint; width: WinGL.GLint; height: WinGL.GLint; format: WinGL.GLenum; type: WinGL.GLenum; data: PtrVoid): INTEGER;
PROCEDURE gluNewQuadric* (): PtrGLUquadric;
PROCEDURE gluDeleteQuadric* (state: PtrGLUquadric);
PROCEDURE gluQuadricNormals* (quadObject: PtrGLUquadric; normals: WinGL.GLenum);
PROCEDURE gluQuadricTexture* (quadObject: PtrGLUquadric; textureCoords: WinGL.GLboolean);
PROCEDURE gluQuadricOrientation* (quadObject: PtrGLUquadric; orientation: WinGL.GLenum);
PROCEDURE gluQuadricDrawStyle* (quadObject: PtrGLUquadric; drawStyle: WinGL.GLenum);
PROCEDURE gluCylinder* (qobj: PtrGLUquadric; baseRadius: WinGL.GLdouble; topRadius: WinGL.GLdouble; height: WinGL.GLdouble; slices: WinGL.GLint; stacks: WinGL.GLint);
PROCEDURE gluDisk* (qobj: PtrGLUquadric; innerRadius: WinGL.GLdouble; outerRadius: WinGL.GLdouble; slices: WinGL.GLint; loops: WinGL.GLint);
PROCEDURE gluPartialDisk* (qobj: PtrGLUquadric; innerRadius: WinGL.GLdouble; outerRadius: WinGL.GLdouble; slices: WinGL.GLint; loops: WinGL.GLint; startAngle: WinGL.GLdouble; sweepAngle: WinGL.GLdouble);
PROCEDURE gluSphere* (qobj: PtrGLUquadric; radius: WinGL.GLdouble; slices: WinGL.GLint; stacks: WinGL.GLint);
PROCEDURE gluQuadricCallback* (qobj: PtrGLUquadric; which: WinGL.GLenum; fn: PROCEDURE ());
PROCEDURE gluNewTess* (): PtrGLUtesselator;
PROCEDURE gluDeleteTess* (tess: PtrGLUtesselator);
PROCEDURE gluTessBeginPolygon* (tess: PtrGLUtesselator; polygon_data: PtrVoid);
PROCEDURE gluTessBeginContour* (tess: PtrGLUtesselator);
PROCEDURE gluTessVertex* (tess: PtrGLUtesselator; coords: ARRAY [untagged] 3 OF WinGL.GLdouble; data: PtrVoid);
PROCEDURE gluTessEndContour* (tess: PtrGLUtesselator);
PROCEDURE gluTessEndPolygon* (tess: PtrGLUtesselator);
PROCEDURE gluTessProperty* (tess: PtrGLUtesselator; which: WinGL.GLenum; value: WinGL.GLdouble);
PROCEDURE gluTessNormal* (tess: PtrGLUtesselator; x: WinGL.GLdouble; y: WinGL.GLdouble; z: WinGL.GLdouble);
PROCEDURE gluTessCallback* (tess: PtrGLUtesselator; which: WinGL.GLenum; fn: PROCEDURE ());
PROCEDURE gluGetTessProperty* (tess: PtrGLUtesselator; which: WinGL.GLenum; VAR [nil] value: WinGL.GLdouble);
PROCEDURE gluNewNurbsRenderer* (): PtrGLUnurbs;
PROCEDURE gluDeleteNurbsRenderer* (nobj: PtrGLUnurbs);
PROCEDURE gluBeginSurface* (nobj: PtrGLUnurbs);
PROCEDURE gluBeginCurve* (nobj: PtrGLUnurbs);
PROCEDURE gluEndCurve* (nobj: PtrGLUnurbs);
PROCEDURE gluEndSurface* (nobj: PtrGLUnurbs);
PROCEDURE gluBeginTrim* (nobj: PtrGLUnurbs);
PROCEDURE gluEndTrim* (nobj: PtrGLUnurbs);
PROCEDURE gluPwlCurve* (nobj: PtrGLUnurbs; count: WinGL.GLint; VAR [nil] array: WinGL.GLfloat; stride: WinGL.GLint; type: WinGL.GLenum);
PROCEDURE gluNurbsCurve* (nobj: PtrGLUnurbs; nknots: WinGL.GLint; VAR [nil] knot: WinGL.GLfloat; stride: WinGL.GLint; VAR [nil] ctlarray: WinGL.GLfloat; order: WinGL.GLint; type: WinGL.GLenum);
PROCEDURE gluNurbsSurface* (nobj: PtrGLUnurbs; sknot_count: WinGL.GLint; VAR [nil] sknot: SHORTREAL; tknot_count: WinGL.GLint; VAR [nil] tknot: WinGL.GLfloat; s_stride: WinGL.GLint; t_stride: WinGL.GLint; VAR [nil] ctlarray: WinGL.GLfloat; sorder: WinGL.GLint; torder: WinGL.GLint; type: WinGL.GLenum);
PROCEDURE gluLoadSamplingMatrices* (nobj: PtrGLUnurbs; modelMatrix: ARRAY [untagged] 16 OF WinGL.GLfloat; projMatrix: ARRAY [untagged] 16 OF WinGL.GLfloat; viewport: ARRAY [untagged] 4 OF WinGL.GLint);
PROCEDURE gluNurbsProperty* (nobj: PtrGLUnurbs; property: WinGL.GLenum; value: WinGL.GLfloat);
PROCEDURE gluGetNurbsProperty* (nobj: PtrGLUnurbs; property: WinGL.GLenum; VAR [nil] value: WinGL.GLfloat);
PROCEDURE gluNurbsCallback* (nobj: PtrGLUnurbs; which: WinGL.GLenum; fn: PROCEDURE ());
PROCEDURE gluBeginPolygon* (tess: PtrGLUtesselator);
PROCEDURE gluNextContour* (tess: PtrGLUtesselator; type: WinGL.GLenum);
PROCEDURE gluEndPolygon* (tess: PtrGLUtesselator);
END WinGLUtil.
| Win/Mod/GLUtil.odc |
MODULE WinGui;
(**
project = "BlackBox 2.0"
organization = "www.oberon.ch blackbox.oberon.org"
contributors = "Oberon microsystems, Anton Dmitriev, Ivan Denisov"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
(* Any application using the GUI on Windows should has this module linked. *)
IMPORT SYSTEM, Kernel, WinApi, WinFiles, WinKernel;
VAR
mainWnd*, unit*: INTEGER;
PROCEDURE MessageBox* (title, msg: ARRAY OF CHAR; buttons: SET): INTEGER;
VAR res: INTEGER;
BEGIN
res := WinApi.MessageBoxW(mainWnd, msg, title, buttons);
IF res = 0 THEN (* win2000/XP *)
res := WinApi.LoadLibraryA("COMCTL32.dll");
res := WinApi.MessageBoxW(mainWnd, msg, title, buttons)
END;
RETURN res
END MessageBox;
(* -------------------- keyboard interrupt handling --------------------- *)
PROCEDURE KeyboardWatcher (main: INTEGER): INTEGER; (* runs in a thread *)
TYPE P = PROCEDURE (w: INTEGER): INTEGER;
VAR res, a: INTEGER; top, h: WinApi.HANDLE; done: BOOLEAN;
context: WinApi.CONTEXT; mod: Kernel.Module; isHungAppWindow: P;
BEGIN
done := FALSE;
isHungAppWindow := NIL;
h := WinApi.LoadLibraryA("user32.dll");
IF h # 0 THEN
isHungAppWindow := SYSTEM.VAL(P, WinApi.GetProcAddress(h, "IsHungAppWindow"))
END;
LOOP
res := WinApi.GetAsyncKeyState(WinApi.VK_CANCEL);
IF res >= 0 THEN (* key released *)
done := FALSE;
WinApi.Sleep(10);
ELSIF ~done THEN (* key pressed *)
top := WinApi.GetForegroundWindow();
IF (mainWnd # top) & (isHungAppWindow # NIL)
& (top # 0) & (isHungAppWindow(top) # 0)
& (mainWnd # 0) & (isHungAppWindow(mainWnd) # 0) THEN
(* main window replaced by ghost window *)
(* check if application window is topmost nonresponding window *)
REPEAT
top := WinApi.GetWindow(top, WinApi.GW_HWNDNEXT)
UNTIL (top = 0) OR (isHungAppWindow(top) # 0) & (WinApi.IsWindowVisible(top) # 0)
END;
IF mainWnd = top THEN
res := WinApi.SuspendThread(main);
context.ContextFlags := {0, 16};
res := WinApi.GetThreadContext(main, context);
mod := Kernel.modList; a := context.Eip;
WHILE (mod # NIL) & ((a < mod.code) OR (a >= mod.code + mod.csize)) DO
mod := mod.next
END;
IF (mod # NIL) & (mod.name = "Kernel") THEN mod := NIL END;
IF mod # NIL THEN
WinKernel.interrupted := TRUE;
INCL(SYSTEM.VAL(SET, context.EFlags), 8); (* set trap flag *)
res := WinApi.SetThreadContext(main, context);
done := TRUE
END;
res := WinApi.ResumeThread(main);
WinApi.Sleep(1);
WinKernel.interrupted := FALSE
END
END
END;
RETURN 0
END KeyboardWatcher;
PROCEDURE InstallCtrlBreakInterrupt*;
VAR res, id: INTEGER; t, main: WinApi.HANDLE;
BEGIN
res := WinApi.DuplicateHandle(WinApi.GetCurrentProcess(), WinApi.GetCurrentThread(),
WinApi.GetCurrentProcess(), main, {1, 3, 4, 16..19}, 0, {});
t := WinApi.CreateThread(NIL, 4096, KeyboardWatcher, main, {}, id);
END InstallCtrlBreakInterrupt;
PROCEDURE Init;
VAR res_: INTEGER;
BEGIN
WinFiles.MessageBox := NIL;
(*
use this code,
if you want framework ask confirmation from user for creation of new directories
WinFiles.MessageBox := MessageBox;
*)
WinKernel.SetMsgBoxProc(MessageBox);
END Init;
BEGIN
Init
END WinGui. | Win/Mod/Gui.odc |
MODULE WinInit;
(**
project = "BlackBox 2.0"
organization = "www.oberon.ch blackbox.oberon.org"
contributors = "Oberon microsystems, Anton Dmitriev, Ivan Denisov"
version = "System/Rsrc/About"
copyright = "System/Rsrc/About"
license = "The 2-Clause BSD License"
changes = "
- YYYYMMDD, nn, ...
"
issues = "
- ...
"
**)
(** the first dynamically-loaded module *)
IMPORT
SYSTEM, Kernel, Services, Log, Dialog, Converters, Loop,
(* platform specific modules *)
WinApi,
WinConsole,
(* Loading order *)
Windows, StdWindows,
StdInterpreter,
WinRegistry, (* provides StdRegistry.Hook *)
WinFonts, StdStdCFrames, WinDates, WinMechanisms,
WinBackends,
WinClipboard,
(*WinLang,*)
StdCmds,
WinCmds,
WinDialog,
WinShowHook
(* ConsLog or StdLog before WinDialog will break status messages *)
(* END loading order *)
;
PROCEDURE [1] FINIT 0DBH, 0E3H;
PROCEDURE [1] FCLEX 0DBH, 0E2H;
PROCEDURE [1] FLDCW 0D9H, 06DH, 0FCH; (* -4, FP *)
PROCEDURE [1] FSTCW 0D9H, 07DH, 0FCH; (* -4, FP *)
PROCEDURE [1] FSTSW 0DDH, 07DH, 0FCH; (* -4, FP *)
PROCEDURE CheckFpu;
VAR cw: SET;
BEGIN
FSTCW;
IF cw * {0..5, 8..11} # {1, 2, 3, 4, 5, 8, 9} THEN
cw := cw - {0..5, 8..11} + {1, 2, 3, 4, 5, 8, 9};
FCLEX; FLDCW
END
END CheckFpu;
PROCEDURE WinStep; (* adapted from MdiMenus.Loop *)
VAR res_: INTEGER; msg: WinApi.MSG; f: SET;
BEGIN
IF WinApi.GetMessageW(msg, 0, 0, 0) # 0 THEN
CheckFpu;
res_ := WinApi.TranslateMessage(msg);
res_ := WinApi.DispatchMessageW(msg)
ELSE
(* GetMessageW = 0 => WM_QUIT received *)
Kernel.Quit(msg.wParam) (* never returns *)
END
END WinStep;
PROCEDURE ValidateWindows;
BEGIN
StdWindows.Validate(NIL);
END ValidateWindows;
PROCEDURE ExitCondition(): BOOLEAN;
BEGIN
RETURN (Windows.dir.First() = NIL) & Dialog.exit
END ExitCondition;
PROCEDURE Init;
VAR res_: INTEGER; m: Kernel.Module;
BEGIN
WinClipboard.Install;
WinShowHook.SetShowHook;
Dialog.Call("WinGui.InstallCtrlBreakInterrupt", "Failed to set Ctrl+Break interrupt", res_);
m := Kernel.ThisMod("DevDebug");
IF m = NIL THEN
Kernel.LoadMod("StdDebug")
END;
StdWindows.guardedCloseHook := StdCmds.CloseThis;
(*Kernel.LoadMod("OleServer");*)
Dialog.Call("WinConfig.SetupBefore", "Failed to call WinConfig.SetupBefore", res_);
Dialog.Call("StdConfig.Setup", "Failed to call Config.Setup", res_);
Dialog.Call("WinConfig.SetupAfter", "Failed to call WinConfig.SetupAfter", res_);
ASSERT(0 # WinApi.SetTimer(0, 1, Dialog.idlePeriod, NIL));
(* Set a timer for no window (0) => WM_TIMER posted to thread queue => forces GetMessage to return and DispatchMessage to, well, ignore it since no window is specified => causes WinStep to return => causes Services.Actions to be processed *)
Dialog.RequestExit(Dialog.exitWithoutWindows);
Loop.quantum := Dialog.idlePeriod;
Loop.Start(WinStep, ValidateWindows, ExitCondition)
END Init;
BEGIN
Init;
Kernel.Quit(0)
END WinInit. | Win/Mod/Init.odc |
MODULE WinIntDialog;
IMPORT Dialog, Console, WinApi, Env := WinEnv;
TYPE
ShowHook = POINTER TO RECORD (Dialog.ShowHook) END;
PROCEDURE WriteParamMsg (IN str, p0, p1, p2: ARRAY OF CHAR);
VAR msg: ARRAY 1024 OF CHAR; i: INTEGER; ch: CHAR;
BEGIN
Dialog.MapParamString(str, p0, p1, p2, msg);
i := 0; ch := msg[0];
WHILE ch # 0X DO
IF ch = 0DX THEN Console.WriteLn
ELSIF ch = 0EX THEN Console.WriteLn
ELSIF ch = 09X THEN Console.WriteChar(09X)
ELSIF ch >= " " THEN Console.WriteChar(ch)
END;
INC(i); ch := msg[i];
END;
Console.WriteLn
END WriteParamMsg;
PROCEDURE (h: ShowHook) ShowParamMsg (IN str, p0, p1, p2: ARRAY OF CHAR);
BEGIN
WriteParamMsg(str, p0, p1, p2)
END ShowParamMsg;
PROCEDURE (h: ShowHook) ShowParamStatus (IN str, p0, p1, p2: ARRAY OF CHAR);
BEGIN
IF Dialog.showsStatus THEN
WriteParamMsg(str, p0, p1, p2)
END
END ShowParamStatus;
PROCEDURE IsWine(): BOOLEAN;
VAR h: WinApi.HMODULE; adr: WinApi.FARPROC; res: INTEGER;
BEGIN
(* http://habrahabr.ru/blogs/development/76131/ *)
h := WinApi.LoadLibraryW("ntdll.dll");
IF h # WinApi.NULL THEN
adr := WinApi.GetProcAddress(h, "wine_get_version");
res := WinApi.FreeLibrary(h);
IF adr # NIL THEN RETURN TRUE END
END ;
RETURN FALSE
END IsWine;
PROCEDURE Init;
VAR showHook: ShowHook; res: INTEGER;
BEGIN
Dialog.platform := Dialog.windows;
Dialog.isWine := IsWine();
Env.GetPar("PAR", Dialog.commandLinePars, res);
NEW(showHook); Dialog.SetShowHook(showHook)
END Init;
BEGIN
Init
END WinIntDialog.
| Win/Mod/IntDialog.odc |
MODULE WinIntInit;
IMPORT
Kernel,
StdInterpreter (* Dialog.SetCallHook *),
WinConsole (* Console.SetHook *) ,
ConsFonts (* Fonts.SetHook; required for Texts *),
Windows,
ConsWindows (* Windows.SetHook *),
WinDates (* Dates.SetHook *),
WinIntDialog (* Dialog.SetShowHook *),
StdDialog (* Views.SetViewHook *),
StdLog, ConsLog, (* Log.SetHook *)
Converters (* .odc *),
Dialog;
PROCEDURE Init;
VAR res: INTEGER;
BEGIN
Converters.Register("Documents.ImportDocument", "Documents.ExportDocument", "", "odc", {});
Converters.Register("StdTextConv.ImportUtf8", "StdTextConv.ExportUtf8", "TextViews.View", "utf8", {Converters.importAll});
Converters.Register("StdTextConv.ImportText", "StdTextConv.ExportText", "TextViews.View", "txt", {});
Windows.Init; (* neet to set hooks *)
Dialog.Call("ConsInterp.Run", " ", res)
END Init;
BEGIN
Init;
Kernel.Quit(0)
END WinIntInit.
| Win/Mod/IntInit.odc |
Subsets and Splits