scripts/logscrapedaily.py
def grab_java_message():
    """scan through the java output text and extract the bad java messages that may or may not happened when
    unit tests are run.  It will not record any bad java messages that are stored in g_ok_java_messages.

    :return: none
    """

    global g_temp_filename
    global g_current_testname
    global g_java_start_text
    global g_ok_java_messages
    global g_java_general_bad_messages  # store bad java messages not associated with running a unit test
    global g_java_general_bad_message_types
    global g_failure_occurred
    global g_java_message_type
    global g_all_java_message_type
    global g_toContinue

    java_messages = []      # store all bad java messages associated with running a unit test
    java_message_types = [] # store all bad java message types associated with running a unit test

    if os.path.isfile(g_temp_filename): # open temp file containing content of some java_*_0.out.txt
        java_file = open(g_temp_filename,'r')

        g_toContinue = False    # denote if a multi-line message starts

        tempMessage = ""
        messageType = ""

        for each_line in java_file:

            if (g_java_start_text in each_line):
                startStr,found,endStr = each_line.partition(g_java_start_text)

                if len(found) > 0:
                    if len(g_current_testname) > 0: # a new unit test is being started.  Save old info and move on
                        associate_test_with_java(g_current_testname,java_messages,java_message_types)
        
                    g_current_testname = endStr.strip() # record the test name
                    
                    java_messages = []
                    java_message_types = []
        
            temp_strings = each_line.strip().split()

            if (len(temp_strings) >= 6) and (temp_strings[5] in g_all_java_message_type):
                if g_toContinue == True:    # at the end of last message fragment
                    addJavaMessages(tempMessage,messageType,java_messages,java_message_types)
                    tempMessage = ""
                    messageType = ""

                # start of new message fragment
                g_toContinue = False
            else: # non standard output.  Continuation of last java message, add it to bad java message list
                if g_toContinue:

                    tempMessage += each_line    # add more java message here
                    # if len(g_current_testname) == 0:
                    #     addJavaMessages(each_line.strip(),"",java_messages,java_message_types)
                    # else:
                    #     addJavaMessages(each_line.strip(),"",java_messages,java_message_types)

            if ((len(temp_strings) > 5) and (temp_strings[5] in g_java_message_type)):  # find a bad java message
                startStr,found,endStr = each_line.partition(temp_strings[5])    # can be WARN,ERRR,FATAL,TRACE

                if found and (len(endStr.strip()) > 0):
                    tempMessage += endStr
                    messageType = temp_strings[5]
#                    if (tempMessage not in g_ok_java_messages["general"]):  # found new bad messages that cannot be ignored
                    g_toContinue = True

                        # add tempMessage to bad java message list
#                        addJavaMessages(tempMessage,temp_strings[5],java_messages,java_message_types)
        java_file.close()
def grab_java_message():
    global g_temp_filename
    global g_current_testname
    global g_java_start_text
    global g_ok_java_messages
    global g_java_general_bad_messages  # store bad java messages not associated with running a unit test
    global g_java_general_bad_message_types
    global g_failure_occurred
    global g_java_message_type
    global g_all_java_message_type
    global g_toContinue

    java_messages = []      # store all bad java messages associated with running a unit test
    java_message_types = [] # store all bad java message types associated with running a unit test

    if os.path.isfile(g_temp_filename): # open temp file containing content of some java_*_0.out.txt
        java_file = open(g_temp_filename,'r')

        g_toContinue = False    # denote if a multi-line message starts

        tempMessage = ""
        messageType = ""

        for each_line in java_file:

            if (g_java_start_text in each_line):
                startStr,found,endStr = each_line.partition(g_java_start_text)

                if len(found) > 0:
                    if len(g_current_testname) > 0: # a new unit test is being started.  Save old info and move on
                        associate_test_with_java(g_current_testname,java_messages,java_message_types)
        
                    g_current_testname = endStr.strip() # record the test name
                    
                    java_messages = []
                    java_message_types = []
        
            temp_strings = each_line.strip().split()

            if (len(temp_strings) >= 6) and (temp_strings[5] in g_all_java_message_type):
                if g_toContinue == True:    # at the end of last message fragment
                    addJavaMessages(tempMessage,messageType,java_messages,java_message_types)
                    tempMessage = ""
                    messageType = ""

                # start of new message fragment
                g_toContinue = False
            else: # non standard output.  Continuation of last java message, add it to bad java message list
                if g_toContinue:

                    tempMessage += each_line    # add more java message here
                    # if len(g_current_testname) == 0:
                    #     addJavaMessages(each_line.strip(),"",java_messages,java_message_types)
                    # else:
                    #     addJavaMessages(each_line.strip(),"",java_messages,java_message_types)

            if ((len(temp_strings) > 5) and (temp_strings[5] in g_java_message_type)):  # find a bad java message
                startStr,found,endStr = each_line.partition(temp_strings[5])    # can be WARN,ERRR,FATAL,TRACE

                if found and (len(endStr.strip()) > 0):
                    tempMessage += endStr
                    messageType = temp_strings[5]
#                    if (tempMessage not in g_ok_java_messages["general"]):  # found new bad messages that cannot be ignored
                    g_toContinue = True

                        # add tempMessage to bad java message list
#                        addJavaMessages(tempMessage,temp_strings[5],java_messages,java_message_types)
        java_file.close()
def grab_java_message ( ) : global g_temp_filename global g_current_testname global g_java_start_text global g_ok_java_messages global g_java_general_bad_messages # store bad java messages not associated with running a unit test global g_java_general_bad_message_types global g_failure_occurred global g_java_message_type global g_all_java_message_type global g_toContinue java_messages = [ ] # store all bad java messages associated with running a unit test java_message_types = [ ] # store all bad java message types associated with running a unit test if os . path . isfile ( g_temp_filename ) : # open temp file containing content of some java_*_0.out.txt java_file = open ( g_temp_filename , 'r' ) g_toContinue = False # denote if a multi-line message starts tempMessage = "" messageType = "" for each_line in java_file : if ( g_java_start_text in each_line ) : startStr , found , endStr = each_line . partition ( g_java_start_text ) if len ( found ) > 0 : if len ( g_current_testname ) > 0 : # a new unit test is being started.  Save old info and move on associate_test_with_java ( g_current_testname , java_messages , java_message_types ) g_current_testname = endStr . strip ( ) # record the test name java_messages = [ ] java_message_types = [ ] temp_strings = each_line . strip ( ) . split ( ) if ( len ( temp_strings ) >= 6 ) and ( temp_strings [ 5 ] in g_all_java_message_type ) : if g_toContinue == True : # at the end of last message fragment addJavaMessages ( tempMessage , messageType , java_messages , java_message_types ) tempMessage = "" messageType = "" # start of new message fragment g_toContinue = False else : # non standard output.  Continuation of last java message, add it to bad java message list if g_toContinue : tempMessage += each_line # add more java message here # if len(g_current_testname) == 0: #     addJavaMessages(each_line.strip(),"",java_messages,java_message_types) # else: #     addJavaMessages(each_line.strip(),"",java_messages,java_message_types) if ( ( len ( temp_strings ) > 5 ) and ( temp_strings [ 5 ] in g_java_message_type ) ) : # find a bad java message startStr , found , endStr = each_line . partition ( temp_strings [ 5 ] ) # can be WARN,ERRR,FATAL,TRACE if found and ( len ( endStr . strip ( ) ) > 0 ) : tempMessage += endStr messageType = temp_strings [ 5 ] #                    if (tempMessage not in g_ok_java_messages["general"]):  # found new bad messages that cannot be ignored g_toContinue = True # add tempMessage to bad java message list #                        addJavaMessages(tempMessage,temp_strings[5],java_messages,java_message_types) java_file . close ( )
scan through the java output text and extract the bad java messages that may or may not happened when
    unit tests are run.  It will not record any bad java messages that are stored in g_ok_java_messages.

    :return: none
scan through the java output text and extract the bad java messages that may or may not happened when unit tests are run . It will not record any bad java messages that are stored in g_ok_java_messages .