private void processInstruction(Instruction s){
  if (s.isDynamicLinkingPoint()) {
    processCall(s);
  }
 else   if (Move.conforms(s)) {
    processMove(s);
  }
 else   if (s.operator() == PI) {
    processPi(s);
  }
 else   if (New.conforms(s)) {
    processNew(s);
  }
 else   if (NewArray.conforms(s)) {
    processNewArray(s);
  }
 else   if (Unary.conforms(s)) {
    processUnary(s);
  }
 else   if (GuardedUnary.conforms(s)) {
    processGuardedUnary(s);
  }
 else   if (NullCheck.conforms(s)) {
    processNullCheck(s);
  }
 else   if (ZeroCheck.conforms(s)) {
    processZeroCheck(s);
  }
 else   if (Binary.conforms(s)) {
    processBinary(s);
  }
 else   if (GuardedBinary.conforms(s)) {
    processGuardedBinary(s);
  }
 else   if (InlineGuard.conforms(s)) {
    processInlineGuard(s);
  }
 else   if (IfCmp.conforms(s)) {
    processIfCmp(s);
  }
 else   if (Call.conforms(s)) {
    processCall(s);
  }
 else   if (MonitorOp.conforms(s)) {
    processCall(s);
  }
 else   if (Prepare.conforms(s)) {
    processCall(s);
  }
 else   if (Attempt.conforms(s)) {
    processCall(s);
  }
 else   if (CacheOp.conforms(s)) {
    processCall(s);
  }
 else   if (ALoad.conforms(s)) {
    processALoad(s);
  }
 else   if (PutField.conforms(s)) {
    processPutField(s);
  }
 else   if (PutStatic.conforms(s)) {
    processPutStatic(s);
  }
 else   if (AStore.conforms(s)) {
    processAStore(s);
  }
 else   if (Phi.conforms(s)) {
    processPhi(s);
  }
 else   if (s.operator() == IR_PROLOGUE) {
    processPrologue(s);
  }
}

private void processInstruction ( Instruction s ) { if ( s . isDynamicLinkingPoint ( ) ) { processCall ( s ) ; } else if ( Move . conforms ( s ) ) { processMove ( s ) ; } else if ( s . operator ( ) == PI ) { processPi ( s ) ; } else if ( New . conforms ( s ) ) { processNew ( s ) ; } else if ( NewArray . conforms ( s ) ) { processNewArray ( s ) ; } else if ( Unary . conforms ( s ) ) { processUnary ( s ) ; } else if ( GuardedUnary . conforms ( s ) ) { processGuardedUnary ( s ) ; } else if ( NullCheck . conforms ( s ) ) { processNullCheck ( s ) ; } else if ( ZeroCheck . conforms ( s ) ) { processZeroCheck ( s ) ; } else if ( Binary . conforms ( s ) ) { processBinary ( s ) ; } else if ( GuardedBinary . conforms ( s ) ) { processGuardedBinary ( s ) ; } else if ( InlineGuard . conforms ( s ) ) { processInlineGuard ( s ) ; } else if ( IfCmp . conforms ( s ) ) { processIfCmp ( s ) ; } else if ( Call . conforms ( s ) ) { processCall ( s ) ; } else if ( MonitorOp . conforms ( s ) ) { processCall ( s ) ; } else if ( Prepare . conforms ( s ) ) { processCall ( s ) ; } else if ( Attempt . conforms ( s ) ) { processCall ( s ) ; } else if ( CacheOp . conforms ( s ) ) { processCall ( s ) ; } else if ( ALoad . conforms ( s ) ) { processALoad ( s ) ; } else if ( PutField . conforms ( s ) ) { processPutField ( s ) ; } else if ( PutStatic . conforms ( s ) ) { processPutStatic ( s ) ; } else if ( AStore . conforms ( s ) ) { processAStore ( s ) ; } else if ( Phi . conforms ( s ) ) { processPhi ( s ) ; } else if ( s . operator ( ) == IR_PROLOGUE ) { processPrologue ( s ) ; } }
update the value graph to account for a given instruction .
