3 #define YYLTYPE Location
7 char * defaultNameSpace;
8 int defaultNameSpaceLen;
9 public void SetDefaultNameSpace(char * s) { defaultNameSpace = s; defaultNameSpaceLen = s ? strlen(s) : 0; }
11 bool strictNameSpaces;
12 public void SetStrictNameSpaces(bool b) { strictNameSpaces = b; }
14 AccessMode declMode = privateAccess;
15 public void SetDeclMode(AccessMode accessMode) { declMode = accessMode; }
16 AccessMode defaultDeclMode = privateAccess;
17 public void SetDefaultDeclMode(AccessMode accessMode) { defaultDeclMode = accessMode; }
19 char * currentNameSpace;
20 int currentNameSpaceLen;
21 public void SetCurrentNameSpace(char * s) { currentNameSpace = s; currentNameSpaceLen = s ? strlen(s) : 0; }
24 Time findClassTotalTime;
25 Time checkTypeTotalTime;
26 Time externalImportTotalTime;
27 Time findClassIgnoreNSTotalTime;
30 public OldList * MkList()
32 return new0 OldList[1];
35 public OldList * MkListOne(void * item)
37 OldList * list = new0 OldList[1];
42 void ListAdd(OldList list, void * item)
48 void ListAddFront(OldList list, void * item)
51 list.Insert(null, item);
54 public Identifier MkIdentifier(char * string)
59 id._class = null; // Default class...
64 bool gotColon = false;
65 for(c = strlen(string)-1; c >= 0; c--)
72 namePart = string+c+1;
73 while(c >= 0 && string[c] == ':') c--;
79 memcpy(name, string, c+1);
81 // TODO: Do these better, keep in string?
82 if(!strcmp(name, "typed_object"))
84 id._class = MkSpecifierName("class");
85 id.string = CopyString(namePart);
87 else if(!strcmp(name, "property"))
89 id._class = MkSpecifierName("property");
90 id.string = CopyString(namePart);
92 else if(!strcmp(name, "typed_object&"))
94 id._class = MkSpecifierName("typed_object&");
95 id.string = CopyString(namePart);
97 else if(!strcmp(name, "any_object"))
99 id._class = MkSpecifierName("any_object");
100 id.string = CopyString(namePart);
104 TemplatedType templatedType = FindTemplateTypeParameter(curContext, name);
107 id._class = Specifier { type = templateTypeSpecifier, templateParameter = templatedType.param };
108 //id._class = MkSpecifierName(name);
109 id.string = CopyString(namePart);
113 symbol = FindClass(name);
116 id._class = _MkSpecifierName(symbol.string, symbol, null);
117 id.string = CopyString(namePart);
120 id.string = CopyString(string);
126 id._class = MkSpecifierName(null);
127 id.string = CopyString(namePart);
130 id.string = CopyString(string);
133 id.string = CopyString("");
137 public TemplateParameter MkTypeTemplateParameter(Identifier identifier, TemplateDatatype baseTplDatatype, TemplateArgument defaultArgument)
139 if(identifier.string)
141 TemplateParameter param { type = TemplateParameterType::type, identifier = identifier, dataType = baseTplDatatype, defaultArgument = defaultArgument };
142 TemplatedType type { key = (uint)identifier.string, param = param };
143 if(!curContext.templateTypes.Add((BTNode)type))
150 public TemplateParameter MkIdentifierTemplateParameter(Identifier identifier, TemplateMemberType memberType, TemplateArgument defaultArgument)
152 if(identifier.string)
154 TemplateParameter param { type = TemplateParameterType::identifier, identifier = identifier, memberType = memberType, defaultArgument = defaultArgument };
160 public TemplateParameter MkExpressionTemplateParameter(Identifier identifier, TemplateDatatype dataType, TemplateArgument defaultArgument)
162 if(identifier.string)
164 TemplateParameter param { type = TemplateParameterType::expression, identifier = identifier, dataType = dataType, defaultArgument = defaultArgument };
170 public TemplateDatatype MkTemplateDatatype(OldList * specifiers, Declarator decl)
172 TemplateDatatype datatype { specifiers = specifiers, decl = decl };
176 public TemplateArgument MkTemplateTypeArgument(TemplateDatatype tplDatatype)
178 TemplateArgument argument { type = type, templateDatatype = tplDatatype };
182 public TemplateArgument MkTemplateExpressionArgument(Expression expr)
184 TemplateArgument argument { type = expression, expression = expr };
188 public TemplateArgument MkTemplateIdentifierArgument(Identifier ident)
190 TemplateArgument argument { type = identifier, identifier = ident };
194 Expression MkExpExtensionCompound(Statement compound)
196 return { type = extensionCompoundExp, compound = compound };
199 Expression MkExpExtensionExpression(OldList * expressions)
201 return { type = extensionExpressionExp, list = expressions, loc = yylloc };
204 Expression MkExpExtensionInitializer(TypeName typeName, Initializer initializer)
206 return { type = extensionInitializerExp, initializer.typeName = typeName, initializer.initializer = initializer, loc = yylloc };
209 public Expression MkExpIdentifier(Identifier id)
211 return { type = identifierExp, identifier = id };
214 public Expression MkExpDummy()
216 Expression exp { type = dummyExp };
220 public Expression MkExpConstant(char * string)
222 return { type = constantExp, constant = CopyString(string) };
225 Expression MkExpString(char * string)
227 return { type = stringExp, string = CopyString(string) };
230 public struct ContextStringPair { String string, context; };
232 Map<ContextStringPair, List<Location> > intlStrings { };
234 Expression MkExpIntlString(char * string, char * context)
236 OldList * list = MkList();
239 ContextStringPair pair { };
241 int len = strlen(string);
243 pair.string = new byte[len-2+1]; memcpy(pair.string, string+1, len-2); pair.string[len-2] = '\0';
244 if(context) { len = strlen(context); pair.context = new byte[len-2+1]; memcpy(pair.context, context+1, len-2); pair.context[len-2] = '\0'; }
246 list = intlStrings[pair];
250 intlStrings[pair] = list;
259 ListAdd(list, QMkExpId("__thisModule"));
260 ListAdd(list, MkExpString(string));
263 int lenString = strlen(string), lenContext = strlen(context);
264 char * msgid = new char[lenString-2 + lenContext-2 + 4];
266 memcpy(msgid+1, context+1, lenContext-2);
267 msgid[1+lenContext-2] = 4; // EOT
268 memcpy(msgid+1+lenContext-2+1, string+1, lenString-2);
269 memcpy(msgid+1+lenContext-2+1+lenString-2, "\"", 2);
270 ListAdd(list, MkExpString(msgid));
273 ListAdd(list, QMkExpId("null"));
274 return MkExpCall(QMkExpId("GetTranslatedString"), list);
277 Expression MkExpOp(Expression exp1, int op, Expression exp2)
288 exp.loc.start = exp1 ? exp1.loc.start : exp2.loc.start;
289 exp.loc.end = exp2 ? exp2.loc.end : exp1.loc.end;
294 Expression MkExpBrackets(OldList expressions)
301 if(expressions && expressions.first)
303 exp.loc.start = ((Expression)expressions.first).loc.start;
304 exp.loc.end = ((Expression)expressions.last).loc.end;
309 Expression MkExpIndex(Expression expression, OldList index)
311 return { type = indexExp, index.exp = expression, index.index = index };
314 Expression MkExpCall(Expression expression, OldList arguments)
316 return { type = callExp, call.exp = expression, call.arguments = arguments };
319 Expression MkExpMember(Expression expression, Identifier member)
321 return { type = memberExp, member.exp = expression, member.member = member };
324 Expression MkExpPointer(Expression expression, Identifier member)
326 return { type = pointerExp, member.exp = expression, member.member = member };
329 Expression MkExpTypeSize(TypeName typeName)
331 return { type = typeSizeExp, typeName = typeName };
334 Expression MkExpClassSize(Specifier _class)
336 return { type = classSizeExp, _class = _class };
339 Expression MkExpCast(TypeName typeName, Expression expression)
341 return { type = castExp, cast.typeName = typeName, cast.exp = expression };
344 Expression MkExpCondition(Expression cond, OldList expressions, Expression elseExp)
346 return { type = conditionExp, cond.cond = cond, cond.exp = expressions, cond.elseExp = elseExp };
349 Expression MkExpRenew(Expression memExp, TypeName type, Expression size)
351 return { type = renewExp, _renew.exp = memExp, _renew.typeName = type, _renew.size = size };
354 Expression MkExpRenew0(Expression memExp, TypeName type, Expression size)
356 return { type = renew0Exp, _renew.exp = memExp, _renew.typeName = type, _renew.size = size };
359 Expression MkExpNew(TypeName type, Expression size)
361 return { type = newExp, _new.typeName = type, _new.size = size };
364 Expression MkExpNew0(TypeName type, Expression size)
366 return { type = new0Exp, _new.typeName = type, _new.size = size };
369 Expression MkExpVaArg(Expression exp, TypeName type)
371 return { type = vaArgExp, vaArg.exp = exp, vaArg.typeName = type };
374 Specifier MkSpecifier(int specifier)
376 return { type = baseSpecifier, specifier = specifier };
379 Specifier MkSpecifierTypeOf(Expression expression)
381 return { type = typeOfSpecifier, expression = expression };
384 Specifier MkSpecifierSubClass(Specifier _class)
386 return { type = subClassSpecifier, _class = _class };
389 Specifier MkSpecifierExtended(char * name)
391 return { type = extendedSpecifier, name = CopyString(name) };
394 Specifier MkEnum(Identifier id, OldList list)
398 type = enumSpecifier;
402 if(list && (!declMode || !id))
408 type = ProcessType(&specs, null);
412 Symbol symbol { string = CopyString(id.string), isStruct = true, type = type };
414 if(!curContext.structSymbols.Add((BTNode)symbol))
417 for(e = list.first; e; e = e.next)
419 Symbol symbol { string = CopyString(e.id.string), type = type };
421 if(!(curContext.templateTypesOnly ? curContext.parent : curContext).symbols.Add((BTNode)symbol))
429 Specifier MkStructOrUnion(SpecifierType type, Identifier id, OldList definitions)
431 Specifier spec { type = type, id = id };
432 if(id && FindType(curContext, id.string))
433 declMode = defaultAccess;
434 spec.definitions = definitions;
435 if(definitions && id && !declMode)
440 symbol = Symbol { string = CopyString(id.string), type = ProcessType(specs, null), isStruct = true };
441 if(!curContext.structSymbols.Add((BTNode)symbol))
447 void AddStructDefinitions(Specifier spec, OldList definitions)
449 spec.definitions = definitions;
450 if(definitions && spec.id && !declMode)
455 symbol = Symbol { string = CopyString(spec.id.string), type = ProcessType(specs, null), isStruct = true };
456 if(!curContext.parent.structSymbols.Add((BTNode)symbol))
461 public Declarator MkDeclaratorIdentifier(Identifier id)
463 return { type = identifierDeclarator, identifier = id };
466 Declarator MkDeclaratorFunction(Declarator declarator, OldList parameters)
468 return { type = functionDeclarator, declarator = declarator, function.parameters = parameters };
471 Declarator MkDeclaratorExtended(char * extended, Declarator declarator)
473 return { type = extendedDeclarator, declarator = declarator, extended.extended = extended };
476 Declarator MkDeclaratorExtendedEnd(char * extended, Declarator declarator)
478 return { type = extendedDeclaratorEnd, declarator = declarator, extended.extended = extended };
481 Declarator MkStructDeclarator(Declarator declarator, Expression exp)
483 return { type = structDeclarator, declarator = declarator, structDecl.exp = exp };
486 Declarator MkDeclaratorBrackets(Declarator declarator)
488 return { type = bracketsDeclarator, declarator = declarator };
491 Declarator MkDeclaratorArray(Declarator declarator, Expression exp)
493 return { type = arrayDeclarator, declarator = declarator, array.exp = exp };
496 Declarator MkDeclaratorEnumArray(Declarator declarator, Specifier _class)
498 return { type = arrayDeclarator, declarator = declarator, array.enumClass = _class };
501 Declarator MkDeclaratorPointer(Pointer pointer, Declarator declarator)
503 return { type = pointerDeclarator, declarator = declarator, pointer.pointer = pointer };
506 Enumerator MkEnumerator(Identifier id, Expression exp)
508 return { id = id, exp = exp };
511 Pointer MkPointer(OldList qualifiers, Pointer pointer)
513 return { qualifiers = qualifiers, pointer = pointer };
516 Initializer MkInitializerAssignment(Expression exp)
518 /*if(yylloc.start.line == 1)
520 return { type = expInitializer, exp = exp, loc = yylloc };
523 Initializer MkInitializerList(OldList list)
525 /*if(yylloc.start.line == 1)
527 return { type = listInitializer, list = list, loc = yylloc };
530 InitDeclarator MkInitDeclarator(Declarator declarator, Initializer initializer)
532 return { declarator = declarator, initializer = initializer };
535 public TypeName MkTypeName(OldList qualifiers, Declarator declarator)
537 return { qualifiers = qualifiers, declarator = declarator };
540 public Identifier GetDeclId(Declarator decl)
542 while(decl && decl.type != identifierDeclarator)
543 decl = decl.declarator;
544 return decl ? decl.identifier : null;
547 Declaration MkDeclarationClassInst(Instantiation inst)
549 return { type = instDeclaration, inst = inst, loc = yylloc };
552 Declaration MkDeclarationInst(Instantiation inst)
554 Declaration decl { type = instDeclaration, inst = inst, loc = yylloc };
556 if(curContext == globalContext && (currentNameSpace || defaultNameSpace) && declMode != defaultAccess && defaultDeclMode != defaultAccess)
559 int len = 0, stringLen;
562 memcpy(name, defaultNameSpace, defaultNameSpaceLen);
563 len += defaultNameSpaceLen;
569 memcpy(name + len, currentNameSpace, currentNameSpaceLen);
570 len += currentNameSpaceLen;
575 stringLen = strlen(inst.exp.identifier.string);
576 memcpy(name + len, inst.exp.identifier.string, stringLen);
579 delete inst.exp.identifier.string;
580 inst.exp.identifier.string = CopyString(name);
585 string = (inst.exp.type == identifierExp) ? CopyString(inst.exp.identifier.string) : null;
586 type = MkClassTypeSymbol(inst._class.symbol);
588 symbol.idCode = symbol.id = curContext.nextID++;
589 if(!(curContext.templateTypesOnly ? curContext.parent : curContext).symbols.Add((BTNode)symbol))
590 excludedSymbols->Add(symbol);
591 decl.symbol = inst.symbol = symbol;
595 Declaration MkDeclarationDefine(Identifier id, Expression exp)
597 Declaration decl { type = defineDeclaration, id = id, exp = exp, loc = yylloc };
598 char expString[1024];
601 PrintExpression(exp, expString);
603 if(curContext == globalContext && (currentNameSpace || defaultNameSpace) && declMode != defaultAccess && defaultDeclMode != defaultAccess)
606 int len = 0, stringLen;
609 memcpy(name, defaultNameSpace, defaultNameSpaceLen);
610 len += defaultNameSpaceLen;
616 memcpy(name + len, currentNameSpace, currentNameSpaceLen);
617 len += currentNameSpaceLen;
621 stringLen = strlen(id.string);
622 memcpy(name + len, id.string, stringLen);
626 id.string = CopyString(name);
629 if(!eSystem_FindDefine(privateModule, id.string))
630 eSystem_RegisterDefine(id.string, expString, privateModule, buildingECERECOMModule ? baseSystemAccess : publicAccess);
632 Compiler_Warning("Redefinition of %s ignored\n", id.string);
636 Declaration MkDeclaration(OldList specifiers, OldList initDeclarators)
638 Declaration decl { type = initDeclaration, declarators = initDeclarators, specifiers = specifiers, loc = yylloc };
639 bool variable = true;
641 if(specifiers != null)
644 for(spec = specifiers.first; spec; spec = spec.next)
646 if(spec.type == baseSpecifier && spec.specifier == TYPEDEF)
648 if(initDeclarators != null)
652 for(d = initDeclarators.first; d; d = d.next)
654 if(GetDeclId(d.declarator).string)
658 string = CopyString(GetDeclId(d.declarator).string);
659 type = ProcessType(specifiers, d.declarator);
661 type.id = type.idCode = curContext.nextID++;
663 if(!(curContext.templateTypesOnly ? curContext.parent : curContext).types.Add((BTNode)type))
664 excludedSymbols->Add(type);
665 decl.symbol = d.declarator.symbol = type;
671 for(; spec; spec = spec.next)
673 if(spec.type == nameSpecifier && spec.name)
677 string = CopyString(spec.name);
678 type = ProcessType(specifiers, null);
680 type.id = type.idCode = curContext.nextID++;
681 if(!(curContext.templateTypesOnly ? curContext.parent : curContext).types.Add((BTNode)type))
682 excludedSymbols->Add(type);
691 else if(spec.type == baseSpecifier &&
692 (spec.specifier == STRUCT || spec.specifier == UNION))
696 if(variable && initDeclarators)
699 for(d = initDeclarators.first; d; d = d.next)
701 Identifier id = GetDeclId(d.declarator);
702 if(id && id.string && id.string[0])
708 if(curContext == globalContext && (currentNameSpace || defaultNameSpace) && declMode != defaultAccess && defaultDeclMode != defaultAccess)
711 int len = 0, stringLen;
714 memcpy(name, defaultNameSpace, defaultNameSpaceLen);
715 len += defaultNameSpaceLen;
721 memcpy(name + len, currentNameSpace, currentNameSpaceLen);
722 len += currentNameSpaceLen;
726 stringLen = strlen(id.string);
727 memcpy(name + len, id.string, stringLen);
731 id.string = CopyString(name);
734 // Avoid memory leaks on duplicated symbols (BinaryTree::Add Would Fail)
735 symbol = (Symbol)(curContext.templateTypesOnly ? curContext.parent : curContext).symbols.FindString(id.string);
738 symbol = Symbol { string = CopyString(id.string), type = ProcessType(specifiers, d.declarator) };
739 if(!(curContext.templateTypesOnly ? curContext.parent : curContext).symbols.Add((BTNode)symbol))
740 excludedSymbols->Add(symbol);
741 // TODO: Add better support to count declarators
742 if(symbol.type && symbol.type.kind == arrayType && !symbol.type.arraySizeExp && d.initializer)
744 if(d.initializer.type == listInitializer)
747 sprintf(string, "%d",d.initializer.list->count);
748 symbol.type.arraySizeExp = MkExpConstant(string);
749 symbol.type.freeExp = true;
751 else if(d.initializer.type == expInitializer && d.initializer.exp.type == stringExp && d.initializer.exp.string)
756 bool escaped = false;
757 char * s = d.initializer.exp.string;
759 // MAKE MORE ACCURATE
760 for(c = 1; (ch = s[c]); c++)
762 if(ch == '\\' && !escaped)
771 sprintf(string, "%d", count);
772 symbol.type.arraySizeExp = MkExpConstant(string);
773 symbol.type.freeExp = true;
776 symbol.id = symbol.idCode = curContext.nextID++;
778 decl.symbol = d.declarator.symbol = symbol;
785 decl.symbol = Symbol { };
786 decl.symbol.id = decl.symbol.idCode = curContext.nextID++;
787 excludedSymbols->Add(decl.symbol);
792 Declaration MkStructDeclaration(OldList specifiers, OldList declarators, Specifier extStorage)
794 return { type = structDeclaration, declarators = declarators, specifiers = specifiers, extStorage = extStorage, loc = yylloc };
797 Statement MkLabeledStmt(Identifier id, Statement statement)
799 return { type = labeledStmt, labeled.id = id, labeled.stmt = statement, loc = yylloc };
802 Statement MkCaseStmt(Expression exp, Statement statement)
804 return { type = caseStmt, caseStmt.exp = exp, caseStmt.stmt = statement, loc = yylloc };
807 Statement MkCompoundStmt(OldList declarations, OldList statements)
809 return { type = compoundStmt, compound.declarations = declarations, compound.statements = statements, loc = yylloc };
812 Statement MkExpressionStmt(OldList expressions)
814 return { type = expressionStmt, expressions = expressions, loc = yylloc };
817 Statement MkBadDeclStmt(Declaration decl)
819 return { type = badDeclarationStmt, decl = decl, loc = yylloc };
822 Statement MkIfStmt(OldList exp, Statement statement, Statement elseStmt)
824 return { type = ifStmt, ifStmt.exp = exp, ifStmt.stmt = statement, ifStmt.elseStmt = elseStmt, loc = yylloc };
827 Statement MkSwitchStmt(OldList exp, Statement statement)
829 // To know it's a switch compound... (Don't want declarations in there... bugs)
831 statement.compound.isSwitch = true;
832 return { type = switchStmt, switchStmt.exp = exp, switchStmt.stmt = statement, loc = yylloc };
835 Statement MkWhileStmt(OldList exp, Statement statement)
837 return { type = whileStmt, whileStmt.exp = exp, whileStmt.stmt = statement, loc = yylloc };
840 Statement MkDoWhileStmt(Statement statement, OldList exp)
842 return { type = doWhileStmt, doWhile.exp = exp, doWhile.stmt = statement, loc = yylloc };
845 Statement MkForStmt(Statement init, Statement check, OldList inc, Statement statement)
847 return { type = forStmt, forStmt.init = init, forStmt.check = check, forStmt.increment = inc, forStmt.stmt = statement, loc = yylloc };
850 Statement MkForEachStmt(Identifier id, OldList exp, OldList filter, Statement statement)
852 return { type = forEachStmt, forEachStmt.id = id, forEachStmt.exp = exp, forEachStmt.filter = filter, forEachStmt.stmt = statement, loc = yylloc };
855 Statement MkGotoStmt(Identifier id)
857 return { type = gotoStmt, gotoStmt.id = id, loc = yylloc };
860 Statement MkContinueStmt()
862 return { type = continueStmt, loc = yylloc };
865 Statement MkBreakStmt()
867 return { type = breakStmt, loc = yylloc };
870 Statement MkReturnStmt(OldList exp)
872 return { type = returnStmt, expressions = exp, loc = yylloc };
875 FunctionDefinition MkFunction(OldList specifiers, Declarator declarator, OldList declarationList)
877 return { specifiers = specifiers, declarator = declarator, declarations = declarationList };
880 void ProcessFunctionBody(FunctionDefinition func, Statement body)
882 Declarator declarator = func.declarator;
883 Declarator funcDecl = GetFuncDecl(declarator);
888 if(funcDecl && funcDecl.function.parameters && body)
890 Context context = body.compound.context;
892 for(param = funcDecl.function.parameters->first; param; param = param.next)
896 Symbol symbol = null;
897 Identifier id = GetDeclId(param.declarator);
898 char * string = id ? id.string : null;
901 for(symbol = (Symbol)context.symbols.first; symbol; symbol = (Symbol)((BTNode)symbol).next)
902 if(!strcmp(symbol.string, string))
904 // This parameter is not shadowed by a local declaration
907 symbol = Symbol { string = CopyString(id.string), type = ProcessType(param.qualifiers, param.declarator), isParam = true };
908 if(!context.symbols.Add((BTNode)symbol))
909 excludedSymbols->Add(symbol);
911 // TODO: Fix this, the parameters' IDs should really be smaller...
912 symbol.id = context.nextID++;
913 param.declarator.symbol = symbol;
920 if(!declarator.symbol)
922 Identifier id = GetDeclId(declarator);
924 if((currentNameSpace || defaultNameSpace) && declMode != defaultAccess && defaultDeclMode != defaultAccess && strcmp(id.string, "__on_register_module"))
927 int len = 0, stringLen;
930 memcpy(name, defaultNameSpace, defaultNameSpaceLen);
931 len += defaultNameSpaceLen;
937 memcpy(name + len, currentNameSpace, currentNameSpaceLen);
938 len += currentNameSpaceLen;
942 stringLen = strlen(id.string);
943 memcpy(name + len, id.string, stringLen);
947 id.string = CopyString(name);
949 symbol = Symbol { string = CopyString(id.string), type = ProcessType(func.specifiers, declarator) };
950 symbol.idCode = symbol.id = globalContext.nextID++;
951 if(!globalContext.symbols.Add((BTNode)symbol))
952 excludedSymbols->Add(symbol);
953 declarator.symbol = symbol;
957 symbol = declarator.symbol;
958 excludedSymbols->Remove(declarator.symbol);
959 delete symbol.string;
960 symbol.string = CopyString(GetDeclId(declarator).string);
961 if(!globalContext.symbols.Add((BTNode)symbol))
962 excludedSymbols->Add(symbol);
965 symbol.type = ProcessType(func.specifiers, declarator);
967 if(symbol.type && (symbol.type.kind == functionType || symbol.type.kind == methodType))
969 if(!symbol.type.params.count)
971 Type type { refCount = 1 };
972 symbol.type.params.Add(type);
981 External MkExternalFunction(FunctionDefinition function)
983 External external { type = functionExternal, function = function, symbol = function.declarator.symbol };
984 if(function.specifiers)
987 for(spec = function.specifiers->first; spec; spec = spec.next)
988 if(spec.type == baseSpecifier && spec.specifier == STATIC)
990 declMode = staticAccess;
995 if(external.symbol && !external.symbol.methodExternal)
996 external.symbol.methodExternal = external;
1000 External MkExternalImport(char * name, ImportType importType, AccessMode importAccess)
1002 External external { type = importExternal };
1003 int len = strlen(name) - 2;
1004 external.importString = new char[len + 1];
1005 strncpy(external.importString, name+1, len);
1006 external.importString[len] = '\0';
1011 Time startTime = GetTime();
1014 ImportModule(external.importString, importType, importAccess, true);
1015 ImportModule(external.importString, importType, importAccess, false);
1017 time = GetTime() - startTime;
1018 printf("Importing took %.3f seconds for %s\n", time, external.importString);
1019 externalImportTotalTime += time;
1025 External MkExternalDeclaration(Declaration declaration)
1027 External external { type = declarationExternal, declaration = declaration, symbol = declaration ? declaration.symbol : null };
1028 InitDeclarator d = (declaration && declaration.declarators) ? declaration.declarators->last : null;
1029 if(declaration && declaration.type == initDeclaration && declaration.specifiers)
1032 for(spec = declaration.specifiers->first; spec; spec = spec.next)
1033 if(spec.type == baseSpecifier && spec.specifier == TYPEDEF)
1035 declMode = defaultAccess;
1038 else if(spec.type == baseSpecifier && spec.specifier == STATIC)
1040 declMode = staticAccess;
1044 if(declaration && declaration.symbol && !declaration.symbol.methodExternal)
1045 declaration.symbol.methodExternal = external;
1049 External MkExternalNameSpace(Identifier identifier)
1051 External external { type = nameSpaceExternal, id = identifier };
1052 currentNameSpace = identifier ? identifier.string : null;
1053 currentNameSpaceLen = currentNameSpace ? strlen(currentNameSpace) : 0;
1057 void SetClassTemplateArgs(Specifier spec, OldList templateArgs)
1059 if(spec.type == nameSpecifier)
1061 Symbol symbol = spec.symbol;
1062 spec.templateArgs = templateArgs;
1063 if(templateArgs && templateArgs.first)
1065 char templateString[1024];
1066 TemplateArgument arg;
1067 strcpy(templateString, symbol ? symbol.string : spec.name);
1068 strcat(templateString, "<");
1069 for(arg = templateArgs.first; arg; arg = arg.next)
1077 char expString[1024];
1078 Class backupThisClass = thisClass;
1080 expString[0] = '\0';
1081 // Will this work here?
1083 Location oldLocation = yylloc;
1084 File backFileInput = fileInput;
1089 // TESTING THIS SCANNER RESUME STUFF
1092 yylloc = oldLocation;
1093 fileInput = backFileInput;
1096 fileInput.Seek(yylloc.start.pos, start);
1097 resetScannerPos(&yylloc.start);
1102 //ProcessExpressionType(arg.expression);
1103 //ComputeExpression(arg.expression);
1104 PrintExpression(arg.expression, expString);
1105 strcat(argument, expString);
1106 thisClass = backupThisClass;
1111 strcat(argument, arg.identifier.string);
1116 char * typeString = StringFromSpecDecl(arg.templateDatatype.specifiers, arg.templateDatatype.decl);
1117 strcat(argument, typeString);
1124 if(arg.prev) strcat(templateString, ", ");
1127 strcat(templateString, arg.name.string);
1128 strcat(templateString, " = ");
1130 strcat(templateString, argument);
1134 int len = strlen(templateString);
1135 if(templateString[len-1] == '>') templateString[len++] = ' ';
1136 templateString[len++] = '>';
1137 templateString[len++] = '\0';
1139 // printf("SetClassTemplateArgs templateString: %s\n", templateString);
1140 symbol = FindClass(templateString);
1141 if(!symbol && spec.symbol)
1143 // If class was only decl'ed, invoke DeclClass on this templated class as well
1144 symbol = _DeclClass(MAXINT, templateString);
1146 // Add a reference to all templated class to the basic class
1148 spec.symbol.templatedClasses.Add(OldLink { data = symbol });
1150 spec.symbol = symbol;
1151 spec.name = CopyString(symbol ? symbol.string : templateString);
1155 FreeList(templateArgs, FreeTemplateArgument);
1158 Specifier _MkSpecifierName(char * name, Symbol symbol, OldList templateArgs)
1160 Specifier spec { type = nameSpecifier };
1166 TemplatedType templatedType = FindTemplateTypeParameter(curContext, name);
1169 spec.templateParameter = templatedType.param;
1170 spec.type = templateTypeSpecifier;
1174 symbol = FindClass(name);
1176 if(symbol && symbol.registered && symbol.registered.isRemote == 1)
1178 char className[1024];
1179 strcpy(className, "DCOMClient_");
1180 if(!strncmp(name, className, strlen(className)))
1181 spec.name = CopyString(name);
1184 strcat(className, name);
1185 spec.name = CopyString(className);
1189 spec.name = CopyString(symbol.string);
1191 spec.name = CopyString(name);
1192 spec.symbol = symbol;
1193 if(templateArgs != null)
1194 SetClassTemplateArgs(spec, templateArgs);
1199 public Specifier MkSpecifierName(char * name)
1201 return _MkSpecifierName(name, null, null);
1204 public Specifier MkSpecifierNameArgs(char * name, OldList * templateArgs)
1206 return _MkSpecifierName(name, null, templateArgs);
1210 Specifier MkClassName(char * string)
1212 return { type = SpecifierClass, name = CopyString(string) };
1215 ClassFunction MkClassFunction(OldList specifiers, Specifier _class, Declarator decl, OldList declList)
1217 return { specifiers = specifiers, /*_class = _class,*/ declarator = decl, declarations = declList };
1220 void ProcessClassFunctionBody(ClassFunction func, Statement body)
1224 Declarator decl = func.declarator;
1226 //Declarator decl = GetFuncDecl(func.declarator);
1227 Declarator funcDecl = GetFuncDecl(func.declarator);
1231 if(decl && !decl.symbol)
1233 OldList * symbolSpecs = MkList();
1235 // WHAT WILL WE DO WITH THIS? Double instances?
1236 //if(decl.function.parameters && body)
1237 if(funcDecl && funcDecl.function.parameters && body)
1239 Context context = body.compound.context;
1241 for(param = funcDecl.function.parameters->first; param; param = param.next)
1243 if(param.declarator)
1245 Symbol symbol = null;
1246 Identifier id = GetDeclId(param.declarator);
1247 char * string = id ? id.string : null;
1250 symbol = (Symbol)context.symbols.FindString(string);
1252 // This parameter is not shadowed by a local declaration
1257 string = CopyString(id.string);
1258 type = ProcessType(param.qualifiers, param.declarator);
1262 // TODO: Fix this, the parameters' IDs should really be smaller...
1263 symbol.idCode = symbol.id = context.nextID++;
1264 if(!context.symbols.Add((BTNode)symbol))
1265 excludedSymbols->Add(symbol);
1267 param.declarator.symbol = symbol;
1272 //////////////////////////////////
1280 Identifier id = GetDeclId(funcDecl);
1284 for(c = strlen(id.string)-1; c >= 0; c--)
1286 if(id.string[c] == ':')
1288 char * string = CopyString(id.string + c + 1);
1289 id.string[c - 1] = 0;
1290 id._class = MkSpecifierName(id.string);
1296 symbol.string = CopyString(id.string);
1303 for(spec = func.specifiers->first; spec; spec = spec.next)
1304 symbolSpecs->Add(CopySpecifier(spec));
1306 symbol.type = ProcessType(symbolSpecs, decl);
1307 symbol.idCode = symbol.id = globalContext.nextID++;
1308 decl.symbol = symbol;
1310 excludedSymbols->Add(symbol);
1312 FreeList(symbolSpecs, FreeSpecifier);
1316 OldList * MkSpecsClass(Specifier _class)
1318 OldList * list = MkList();
1319 ListAdd(list, _class);
1323 MemberInit MkMemberInit(OldList ids, Initializer initializer)
1325 return { identifiers = ids, initializer = initializer };
1328 MemberInit MkMemberInitExp(Expression idExp, Initializer initializer)
1330 MemberInit init { initializer = initializer, identifiers = MkList() };
1333 for(exp = idExp; exp && exp.type == memberExp; exp = exp.member.exp)
1335 init.identifiers->Insert(null, exp.member.member);
1336 exp.member.member = null;
1338 if(exp && exp.type == identifierExp)
1340 init.identifiers->Insert(null, exp.identifier);
1341 exp.identifier = null;
1343 FreeExpression(idExp);
1347 MembersInit MkMembersInitList(OldList dataMembers)
1349 return { type = dataMembersInit, dataMembers = dataMembers };
1352 MembersInit MkMembersInitMethod(ClassFunction function)
1354 return { type = methodMembersInit, function = function };
1357 Instantiation MkInstantiation(Specifier _class, Expression exp, OldList members)
1359 return { _class = _class, exp = exp, members = members };
1362 Instantiation MkInstantiationNamed(OldList specs, Expression exp, OldList members)
1364 Instantiation inst { exp = exp, members = members };
1369 for(spec = specs.first; spec; spec = spec.next)
1370 if(spec.type == nameSpecifier /*classSpecifier*/)
1377 FreeList(specs, FreeSpecifier);
1381 Compiler_Error("Expecting class specifier\n");
1382 inst._class = MkSpecifierName /*MkClassName*/("");
1390 ClassDef MkClassDefAccessOverride(AccessMode access, Identifier id)
1392 return { type = accessOverrideClassDef, id = id, memberAccess = access };
1395 ClassDef MkClassDefMemberAccess()
1397 return { type = memberAccessClassDef };
1400 ClassDef MkClassDefDeclaration(Declaration decl)
1402 return { type = declarationClassDef, decl = decl };
1405 ClassDef MkClassDefClassData(Declaration decl)
1407 return { type = classDataClassDef, decl = decl };
1410 ClassDef MkClassDefDesigner(char * designer)
1412 return { type = classDesignerClassDef, designer = CopyString(designer) };
1415 ClassDef MkClassDefNoExpansion()
1417 return { type = classNoExpansionClassDef };
1420 ClassDef MkClassDefFixed()
1422 return { type = classFixedClassDef };
1425 ClassDef MkClassDefDesignerDefaultProperty(Identifier id)
1427 return { type = designerDefaultPropertyClassDef, defaultProperty = id };
1430 ClassDef MkClassDefDefaultProperty(OldList defProperties)
1432 return { type = defaultPropertiesClassDef, defProperties = defProperties };
1435 ClassDef MkClassDefFunction(ClassFunction function)
1438 if(function && function.declarator)
1440 Declarator funcDecl = GetFuncDecl(function.declarator);
1441 if(funcDecl && funcDecl.declarator && funcDecl.declarator.type == bracketsDeclarator)
1443 def.type = declarationClassDef;
1444 def.decl = MkStructDeclaration(function.specifiers, MkListOne(MkStructDeclarator(function.declarator, null)), null);
1445 function.declarator = null;
1446 function.specifiers = null;
1447 FreeClassFunction(function);
1451 def.type = functionClassDef;
1452 def.function = function;
1456 Symbol DeclClassAddNameSpace(int symbolID, char * className)
1459 int len = 0, stringLen;
1461 if((currentNameSpace || defaultNameSpace) && declMode != defaultAccess && defaultDeclMode != defaultAccess)
1463 if(defaultNameSpace)
1465 memcpy(name, defaultNameSpace, defaultNameSpaceLen);
1466 len += defaultNameSpaceLen;
1470 if(currentNameSpace)
1472 memcpy(name + len, currentNameSpace, currentNameSpaceLen);
1473 len += currentNameSpaceLen;
1478 stringLen = strlen(className);
1479 memcpy(name + len, className, stringLen);
1482 return _DeclClass(symbolID, name);
1485 Symbol DeclClass(int symbolID, char * name)
1487 if(strchr(name, ':'))
1488 return _DeclClass(symbolID, name);
1490 return DeclClassAddNameSpace(symbolID, name);
1493 Symbol _DeclClass(int symbolID, char * name)
1495 Symbol symbol = FindClass(name);
1499 Context classContext;
1500 for(classContext = curContext; classContext && !classContext.classDef; classContext = classContext.parent);
1506 if(name[0] == ':' && name[1] == ':')
1510 string = CopyString(name);
1511 idCode = symbolID, id = symbolID;
1513 if(!globalContext.classes.Add((BTNode)symbol))
1514 excludedSymbols->Add(symbol);
1519 for(c = 0; (ch = name[c]); c++)
1521 if(ch == '.' || (ch == ':' && name[c+1] == ':'))
1527 if(start && c - start)
1528 symbol.shortName = CopyString(name + start);
1532 symbol.idCode = symbol.id = symbolID;
1536 void SetupBaseSpecs(Symbol symbol, OldList baseSpecs)
1538 if(baseSpecs && baseSpecs.first && ((Specifier)baseSpecs.first).type == nameSpecifier)
1543 strcpy(name, ((Specifier)baseSpecs.first).name);
1544 tpl = strchr(name, '<');
1547 baseClass = FindClass(name);
1551 for(copy = (TemplatedType)baseClass.ctx.templateTypes.first; copy; copy = (TemplatedType)copy.next)
1553 TemplatedType type { key = copy.key, param = copy.param };
1554 if(!curContext.templateTypes.Add((BTNode)type))
1558 else if(baseClass.registered)
1561 for(sClass = baseClass.registered; sClass; sClass = sClass.base)
1563 ClassTemplateParameter p;
1564 for(p = sClass.templateParams.first; p; p = p.next)
1566 //OldList * specs = MkList();
1567 //Declarator decl = null;
1568 //decl = SpecDeclFromString(p.dataTypeString, specs, null);
1571 TemplateParameter param = p.param;
1575 p.param = param = TemplateParameter
1577 identifier = MkIdentifier(p.name), type = p.type,
1578 dataTypeString = p.dataTypeString /*, dataType = { specs, decl }*/
1581 type = TemplatedType { key = (uint)p.name, param = param };
1582 if(!curContext.templateTypes.Add((BTNode)type))
1591 ClassDefinition MkClass(Symbol symbol, OldList baseSpecs, OldList definitions)
1593 ClassDefinition classDef;
1594 SetupBaseSpecs(symbol, baseSpecs);
1595 symbol.ctx = curContext;
1596 classDef = { symbol = symbol, _class = MkSpecifierName /*MkClassName*/(symbol.string), baseSpecs = baseSpecs, definitions = definitions, nameLoc = symbol.nameLoc };
1597 curContext.classDef = classDef;
1601 Expression MkExpInstance(Instantiation inst)
1603 return { type = instanceExp, instance = inst };
1606 External MkExternalClass(ClassDefinition _class)
1608 return { type = classExternal, _class = _class, symbol = _class.symbol };
1611 PropertyDef MkProperty(OldList specs, Declarator decl, Identifier id, Statement setStmt, Statement getStmt)
1621 Type type = ProcessType(specs, decl);
1624 char typeString[1024];
1625 typeString[0] = '\0';
1626 PrintType(type, typeString, false, true);
1627 id = MkIdentifier(typeString);
1628 prop.conversion = true;
1634 string = CopyString(id.string);
1637 symbol.idCode = symbol.id = globalContext.nextID++;
1638 excludedSymbols->Add(symbol);
1639 globalContext.nextID++;
1640 globalContext.nextID++;
1641 prop.symbol = symbol;
1645 ClassDef MkClassDefProperty(PropertyDef propertyDef)
1647 return { type = propertyClassDef, propertyDef = propertyDef };
1650 ClassDef MkClassDefClassProperty(PropertyDef propertyDef)
1652 return { type = classPropertyClassDef, propertyDef = propertyDef };
1655 ClassDef MkClassDefClassPropertyValue(Identifier id, Initializer initializer)
1657 return { type = classPropertyValueClassDef, id = id, initializer = initializer };
1660 int CheckType(char * text)
1663 Time startTime = GetTime();
1665 if(FindTemplateTypeParameter(curContext, text))
1668 checkTypeTotalTime += GetTime() - startTime;
1672 if(FindType(curContext, text))
1675 checkTypeTotalTime += GetTime() - startTime;
1682 checkTypeTotalTime += GetTime() - startTime;
1684 return TYPE_NAME; //CLASS_NAME;
1687 checkTypeTotalTime += GetTime() - startTime;
1694 return CheckType(yytext);
1697 Context PushContext()
1699 Context ctx { parent = curContext };
1704 void PopContext(Context ctx)
1706 curContext = ctx.parent;
1709 Symbol FindType(Context ctx, char * name)
1714 type = (Symbol)ctx.types.FindString(name);
1715 if(!type && ctx.parent)
1716 type = FindType(ctx.parent, name);
1721 TemplatedType FindTemplateTypeParameter(Context ctx, char * name)
1723 TemplatedType templatedType = null;
1726 templatedType = (TemplatedType)ctx.templateTypes.FindString(name);
1727 if(!templatedType && ctx.parent)
1728 templatedType = FindTemplateTypeParameter(ctx.parent, name);
1730 return templatedType;
1733 bool ModuleAccess(Module searchIn, Module searchFor)
1735 SubModule subModule;
1737 if(searchFor == searchIn)
1740 for(subModule = searchIn.modules.first; subModule; subModule = subModule.next)
1742 if(subModule.importMode == publicAccess /*|| searchIn == searchIn.application*/)
1744 if(ModuleAccess(subModule.module, searchFor))
1751 ModuleImport FindModule(Module moduleToFind)
1753 ModuleImport module;
1754 if(!moduleToFind.name)
1756 for(module = imports->first; module; module = module.next)
1757 if(module.name && !strcmp(module.name, moduleToFind.name))
1761 module = ModuleImport
1763 name = CopyString(moduleToFind.name), importType = moduleToFind.importType,
1764 importAccess = ModuleAccess(privateModule, moduleToFind) ? publicAccess : privateAccess
1766 imports->Add(module);
1772 // TO REMOVE: OBSOLETE...
1773 static void GetFullClassNameSpace(NameSpace * ns, char * name)
1777 GetFullClassNameSpace(ns->parent, name);
1778 strcat(name, ns->name);
1783 static char * GetFullClassName(Class c, char * name)
1785 NameSpace * nameSpace;
1787 GetFullClassNameSpace(c.nameSpace, name);
1788 strcat(name, c.name);
1793 public Symbol FindClass(char * name)
1796 Time startTime = GetTime();
1800 bool global = false;
1801 char fullName[1024];
1803 if(name[0] == ':' && name[1] == ':')
1809 if(!global && (currentNameSpace || defaultNameSpace) && declMode != defaultAccess && defaultDeclMode != defaultAccess)
1811 int len = 0, stringLen;
1812 if(defaultNameSpace)
1814 memcpy(fullName, defaultNameSpace, defaultNameSpaceLen);
1815 len += defaultNameSpaceLen;
1816 fullName[len++] = ':';
1817 fullName[len++] = ':';
1819 if(currentNameSpace)
1821 memcpy(fullName + len, currentNameSpace, currentNameSpaceLen);
1822 len += currentNameSpaceLen;
1823 fullName[len++] = ':';
1824 fullName[len++] = ':';
1826 stringLen = strlen(name);
1827 memcpy(fullName + len, name, stringLen);
1830 cl = globalContext ? (Symbol)globalContext.classes.FindString(fullName) : null;
1834 cl = globalContext ? (Symbol)globalContext.classes.FindString(name) : null;
1839 Time startTime = GetTime();
1841 // Ignore name space name when searching
1842 for(cl = globalContext ? (Symbol)globalContext.classes.first : null; cl; cl = (Symbol)((BTNode)cl).next)
1846 char * string = cl.string;
1848 for(c = 0; (ch = string[c]); c++)
1850 if(ch == '.' || (ch == ':' && string[c+1] == ':'))
1856 if(start && c - start)
1858 if(!strcmp(string + start, name))
1862 if(cl.shortName && !strcmp(cl.shortName, name))
1866 findClassIgnoreNSTotalTime += GetTime() - startTime;
1872 if(!global && (currentNameSpace || defaultNameSpace) && declMode != defaultAccess && defaultDeclMode != defaultAccess)
1873 _class = eSystem_FindClass(privateModule, fullName);
1875 _class = eSystem_FindClass(privateModule, name);
1879 name = _class.fullName;
1881 cl = (Symbol)globalContext.classes.FindString(name);
1886 string = CopyString(name);
1887 registered = _class;
1894 cl.module = FindModule(_class.module);
1896 cl.module = mainModule;
1897 if(!globalContext.classes.Add((BTNode)cl))
1898 excludedSymbols->Add(cl);
1899 if(strcmp(name, _class.name))
1900 cl.shortName = CopyString(_class.name);
1905 findClassTotalTime += GetTime() - startTime;
1910 void CopyTypeInto(Type type, Type src)
1913 type.name = CopyString(src.name);
1914 type.enumName = CopyString(src.enumName);
1917 if(src.kind == enumType)
1921 type.members.Clear();
1922 // This must have been a mistake: member = **type**.members.first
1923 for(member = src.members.first; member; member = member.next)
1925 type.members.Add(NamedLink { name = CopyString(member.name), data = member.data });
1928 else if(src.kind == structType || src.kind == unionType)
1931 // Tricky stuff... will be removed from list only when ref count reaches 0
1932 for(member = type.members.first; member; member = member.next)
1935 else if(src.kind == functionType)
1938 type.returnType.refCount++;
1939 for(param = type.params.first; param; param = param.next)
1942 else if(src.kind == pointerType || src.kind == arrayType)
1944 type.type.refCount++;
1945 if(src.kind == arrayType)
1947 if(type.arraySizeExp)
1948 type.arraySizeExp = CopyExpression(type.arraySizeExp);
1954 public Type ProcessType(OldList specs, Declarator decl)
1957 bool isTypedef = false;
1958 if(!specs || specs.first)
1960 Declarator funcDecl = GetFuncDecl(decl);
1962 bool dllExport = false;
1964 specType.kind = intType;
1965 specType.isSigned = true;
1966 specType.refCount = 1;
1968 type = Type { refCount = 1 };
1970 while(decl && (decl.type == structDeclarator || decl.type == extendedDeclarator || decl.type == extendedDeclaratorEnd))
1972 if(decl.type == structDeclarator && decl.structDecl.exp)
1974 ProcessExpressionType(decl.structDecl.exp);
1975 ComputeExpression(decl.structDecl.exp);
1976 if(decl.structDecl.exp.type == constantExp)
1977 specType.bitFieldCount = strtoul(decl.structDecl.exp.constant, null, 0);
1979 if((decl.type == extendedDeclarator || decl.type == extendedDeclaratorEnd) && decl.extended.extended &&
1980 (!strcmp(decl.extended.extended, "__declspec(dllexport)") || !strcmp(decl.extended.extended, "dllexport")))
1984 if((decl.type == extendedDeclarator || decl.type == extendedDeclaratorEnd) && decl.extended.extended &&
1985 (strstr(decl.extended.extended, "__attribute__")))
1987 specType.keepCast = true;
1989 decl = decl.declarator;
1992 // If we'll be using the specType
1993 if(funcDecl || !decl || decl.type == identifierDeclarator)
1998 bool isLong = false;
1999 for(spec = specs.first; spec; spec = spec.next)
2001 if(spec.type == extendedSpecifier && (!strcmp(spec.name, "__declspec(dllexport)") || !strcmp(spec.name, "dllexport")))
2005 if(spec.type == extendedSpecifier && strstr(spec.name, "__attribute__"))
2007 specType.keepCast = true;
2010 if(specType.kind == structType || specType.kind == unionType)
2013 specType = { kind = intType, isSigned = true, refCount = 1 };
2016 if(spec.type == baseSpecifier)
2018 if(spec.specifier == TYPEDEF) isTypedef = true;
2019 else if(spec.specifier == VOID) specType.kind = voidType;
2020 else if(spec.specifier == CHAR) specType.kind = charType;
2021 else if(spec.specifier == INT) { if(specType.kind != shortType && specType.kind != longType) specType.kind = intType; }
2022 else if(spec.specifier == UINT) { if(specType.kind != shortType && specType.kind != longType) specType.kind = intType; specType.isSigned = false; }
2023 else if(spec.specifier == INT64) specType.kind = int64Type;
2024 else if(spec.specifier == VALIST)
2025 specType.kind = vaListType;
2026 else if(spec.specifier == SHORT) specType.kind = shortType;
2027 else if(spec.specifier == LONG)
2030 specType.kind = int64Type;
2032 specType.kind = intType;
2034 // specType.kind = longType;
2036 else if(spec.specifier == FLOAT) specType.kind = floatType;
2037 else if(spec.specifier == DOUBLE) specType.kind = doubleType;
2038 else if(spec.specifier == SIGNED) specType.isSigned = true;
2039 else if(spec.specifier == UNSIGNED) specType.isSigned = false;
2040 else if(spec.specifier == CONST) specType.constant = true;
2041 else if(spec.specifier == TYPED_OBJECT)
2043 specType.classObjectType = typedObject; specType.kind = classType; specType._class = FindClass("class");
2045 else if(spec.specifier == ANY_OBJECT)
2047 specType.classObjectType = anyObject; specType.kind = classType; specType._class = FindClass("class");
2049 else if(spec.specifier == CLASS)
2051 specType.classObjectType = classPointer; specType.kind = classType; specType._class = FindClass("class");
2053 else if(spec.specifier == THISCLASS)
2054 specType.kind = thisClassType;
2056 else if(spec.type == nameSpecifier)
2058 Symbol symbol = spec.name ? FindType(curContext, spec.name) : null;
2059 if(symbol && symbol.type)
2061 // Free Type Contents:
2066 CopyTypeInto(specType, symbol.type);
2067 specType.typeName = CopyString(symbol.type.name);
2069 else if(!isTypedef) // !specType.kind) // TESTING THIS FOR enum / typedef problem
2071 // key.sym enum values need FindClass:
2072 specType._class = spec.name ? FindClass(spec.name) : null;
2073 // specType._class = spec.symbol;
2074 specType.kind = classType;
2075 if(!specType._class)
2076 specType.kind = intType;
2079 else if(spec.type == enumSpecifier)
2082 specType.kind = enumType;
2083 specType.enumName = spec.id ? CopyString(spec.id.string) : null;
2089 for(e = spec.list->first; e; e = e.next)
2091 // TOFIX: NamedItem i { } causes cryptic error, bad .c!
2092 NamedLink i { name = CopyString(e.id.string) };
2093 specType.members.Add(i);
2095 if(e.exp && ComputeExpression(e.exp), e.exp.isConstant && e.exp.expType.kind == intType)
2096 value.data = (void *) nextValue = strtol(e.exp.string, null, 0);
2098 value.data = (void *)nextValue++;
2106 for(enumerator = spec.list->first; enumerator; enumerator = enumerator.next)
2107 if(decl.declarators)
2110 for(d = decl.declarators.first; d; d = d.next)
2112 Type memberType = ProcessType(decl.specifiers, d);
2113 specType.members.Add(memberType);
2116 else if(decl.specifiers)
2118 Type memberType = ProcessType(decl.specifiers, null);
2119 specType.members.Add(memberType);
2124 else if(spec.type == templateTypeSpecifier)
2127 printf("spec %x\n", spec);
2128 printf("template param %x\n", spec.templateParameter);
2129 printf("identifier %x\n", spec.templateParameter.identifier);
2130 printf("string %x\n", spec.templateParameter.identifier.string);
2132 specType.kind = templateType;
2133 specType.templateParameter = spec.templateParameter;
2135 else if(spec.type == structSpecifier || spec.type == unionSpecifier)
2137 Symbol _class = spec.id ? FindClass(spec.id.string) : null;
2140 if(!_class.registered || _class.registered.type != structClass)
2141 specType.directClassAccess = true;
2142 specType._class = _class;
2143 specType.kind = classType;
2146 if(spec.type == structSpecifier)
2147 specType.kind = structType;
2148 else if(spec.type == unionSpecifier)
2149 specType.kind = unionType;
2152 // TESTING THIS HERE... Had 0 type size
2153 if(!spec.definitions && !isTypedef)
2155 Symbol symbol = spec.id.string ? FindSymbol(spec.id.string, curContext, globalContext, true, false) : null;
2156 if(symbol && symbol.type)
2158 specType = *symbol.type;
2159 specType.name = CopyString(symbol.type.name);
2160 specType.typeName = CopyString(spec.name);
2161 specType.enumName = CopyString(symbol.type.enumName);
2162 specType.refCount = 1;
2164 if(symbol.type.kind == enumType)
2168 specType.members.Clear();
2169 for(member = symbol.type.members.first; member; member = member.next)
2171 NamedLink item { name = CopyString(member.name), data = member.data };
2172 specType.members.Add(item);
2175 else if(symbol.type.kind == structType || symbol.type.kind == unionType)
2178 // Tricky stuff... will be removed from list only when ref count reaches 0
2179 for(member = specType.members.first; member; member = member.next)
2182 else if(symbol.type.kind == functionType)
2185 specType.returnType.refCount++;
2186 for(param = specType.params.first; param; param = param.next)
2189 else if(symbol.type.kind == pointerType || symbol.type.kind == arrayType)
2191 specType.type.refCount++;
2192 if(symbol.type.kind == arrayType)
2194 if(specType.arraySizeExp)
2195 specType.arraySizeExp = CopyExpression(specType.arraySizeExp);
2201 specType.enumName = CopyString(spec.id.string);
2204 specType.enumName = CopyString(spec.id.string);
2207 if(spec.definitions)
2210 for(def = spec.definitions->first; def; def = def.next)
2212 if(def.type == declarationClassDef && def.decl.type == structDeclaration)
2214 Declaration decl = def.decl;
2215 if(decl.declarators)
2218 for(d = decl.declarators->first; d; d = d.next)
2220 Type memberType = ProcessType(decl.specifiers, d);
2221 specType.members.Add(memberType);
2224 else if(decl.specifiers)
2226 Type memberType = ProcessType(decl.specifiers, null);
2227 specType.members.Add(memberType);
2234 else if(spec.type == subClassSpecifier)
2236 specType.kind = specType.kind = subClassType;
2237 specType._class = spec._class.symbol; // FindClass(spec._class.name);
2240 else if(spec.type == classSpecifier)
2242 specType._class = FindClass(spec.name);
2243 specType.kind = classType;
2249 specType.kind = ellipsisType;
2254 Declarator d = funcDecl.declarator;
2258 funcType.kind = functionType;
2259 funcType.refCount = 1;
2260 if(funcDecl.function.parameters)
2262 for(param = funcDecl.function.parameters->first; param; param = param.next)
2265 if(param.typedObject)
2267 Type typedObjectType
2270 byReference = param.byReference;
2271 kind = TypeTypedObject;
2273 funcType.params.Add(typedObjectType);
2276 funcType.params.Add(ProcessType(param.qualifiers, param.declarator));
2280 // Function returning a pointer...
2281 if(decl.type == pointerDeclarator)
2283 Pointer pointer = decl.pointer.pointer;
2285 funcType.returnType = ptrType;
2286 funcType.returnType.refCount = 1;
2289 ptrType.kind = pointerType;
2290 pointer = pointer.pointer;
2293 ptrType.type = Type { refCount = 1 };
2294 ptrType = ptrType.type;
2297 ptrType.type = Type { refCount = 1 };
2298 *ptrType.type = specType;
2302 funcType.returnType = Type { refCount = 1 };
2303 *funcType.returnType = specType;
2306 // TESTING: Added extendedDeclarator here
2307 while(d && (d.type == bracketsDeclarator || d.type == extendedDeclarator || d.type == extendedDeclaratorEnd))
2309 if((d.type == extendedDeclarator || d.type == extendedDeclaratorEnd) && d.extended.extended &&
2310 (!strcmp(d.extended.extended, "__declspec(dllexport)") || !strcmp(d.extended.extended, "dllexport")))
2317 funcType.dllExport = dllExport;
2319 if(d && d.type == pointerDeclarator)
2324 if(d.declarator && d.declarator.type == arrayDeclarator)
2326 // Arrays of pointers to functions (extremely tricky :()
2327 Pointer pointer = d.pointer.pointer;
2329 // TO WORK ON: Fixed the order for the array...
2330 type.kind = arrayType;
2331 type.arraySizeExp = CopyExpression(d.declarator.array.exp);
2332 type.freeExp = true;
2333 if(d.declarator.array.enumClass)
2334 type.enumClass = d.declarator.array.enumClass.symbol; // FindClass(d.declarator.array.enumClass.name);
2335 if(d.declarator.declarator && d.declarator.declarator.type == arrayDeclarator)
2337 Type tmpType = type;
2339 type = ProcessType(null, d.declarator.declarator);
2341 type.type = tmpType;
2342 tmpType.type = inType;
2345 type.type = ProcessType(null, d.declarator.declarator);
2347 for(ptrType = type.type; ptrType && ptrType.kind && ptrType.type; ptrType = ptrType.type);
2351 ptrType.kind = pointerType;
2352 pointer = pointer.pointer;
2355 ptrType.type = Type { refCount = 1 };
2356 ptrType = ptrType.type;
2359 ptrType.type = ProcessType(specs, null);
2363 // WARNING: Not caring if this declarator contains a declarator between
2364 // the pointer and the function other than brackets (like in the case of array of pointers to functions)...
2365 // *********** Could it ever go in here??? Yes: void (* converters_table[10]) (); ***********
2366 Pointer pointer = d.pointer.pointer;
2371 ptrType.kind = pointerType;
2372 ptrType.type = Type { refCount = 1 };
2373 pointer = pointer.pointer;
2375 ptrType = ptrType.type;
2379 *ptrType.type = funcType;
2383 if(id._class && !id._class.name)
2384 ptrType.type.staticMethod = true;
2387 // TODO : Ensure classSym has been resolved here... (Is this gonna cause problems? Supposed to do this later...)
2390 if(id._class && id._class.name)
2392 id.classSym = id._class.symbol; // FindClass(id._class.name);
2393 /* TODO: Name Space Fix ups
2395 id.nameSpace = eSystem_FindNameSpace(privateModule, id._class.name);
2400 ptrType.type.thisClass = id.classSym;
2401 if(ptrType.type.thisClass && strcmp(ptrType.type.thisClass.string, "class"))
2402 ptrType.type.extraParam = true;
2403 else if(id._class && id._class.name && !strcmp(id._class.name, "any_object"))
2405 ptrType.type.extraParam = true;
2406 ptrType.type.thisClass = FindClass("class");
2410 type.name = CopyString(id.string);
2413 else if(!d || d.type == identifierDeclarator)
2419 if(d.identifier._class && d.identifier._class.type == templateTypeSpecifier)
2421 type.thisClassTemplate = d.identifier._class.templateParameter;
2422 type.extraParam = true;
2426 if(d.identifier._class && !d.identifier._class.name)
2427 type.staticMethod = true;
2430 if(d.identifier._class && d.identifier._class.name && d.identifier._class.name[strlen(d.identifier._class.name)-1] == '&')
2432 type.thisClass = FindClass("class");
2433 type.byReference = true;
2436 type.thisClass = d.identifier._class ? d.identifier._class.symbol /*FindClass(d.identifier._class.name)*/ : null;
2437 if(type.thisClass && strcmp(type.thisClass.string, "class"))
2439 type.extraParam = true;
2441 else if(d.identifier._class && d.identifier._class.name && !strcmp(d.identifier._class.name, "any_object"))
2443 type.extraParam = true;
2444 type.thisClass = FindClass("class");
2446 else if(d.identifier._class && d.identifier._class.name && !strcmp(d.identifier._class.name, "class"))
2448 //type.extraParam = true;
2449 type.thisClass = FindClass("class");
2450 type.classObjectType = classPointer;
2454 type.name = CopyString(d.identifier.string);
2459 else if(decl && decl.type == pointerDeclarator)
2461 if(decl.declarator && decl.declarator.type == arrayDeclarator)
2463 // Arrays of pointers (tricky :))
2465 Pointer pointer = decl.pointer.pointer;
2468 // TO WORK ON: Fixed the order for the array...
2469 type.kind = arrayType;
2470 type.arraySizeExp = CopyExpression(decl.declarator.array.exp);
2471 type.freeExp = true;
2472 if(decl.declarator.array.enumClass)
2473 type.enumClass = decl.declarator.array.enumClass.symbol; // FindClass(decl.declarator.array.enumClass.name);
2474 if(decl.declarator.declarator && decl.declarator.declarator.type == arrayDeclarator)
2476 Type tmpType = type;
2478 type = ProcessType(null, decl.declarator.declarator);
2480 type.type = tmpType;
2481 tmpType.type = inType;
2484 type.type = ProcessType(null, decl.declarator.declarator);
2486 type.type = ProcessType(null, decl.declarator.declarator);
2487 type.kind = arrayType;
2488 type.arraySizeExp = CopyExpression(decl.declarator.array.exp);
2489 type.arraySizeExp.freeExp = true;
2490 if(decl.array.enumClass)
2491 type.enumClass = FindClass(decl.array.enumClass.name);
2494 for(ptrType = type.type; ptrType && ptrType.kind && ptrType.type; ptrType = ptrType.type);
2498 ptrType.kind = pointerType;
2499 pointer = pointer.pointer;
2502 ptrType.type = Type { refCount = 1 };
2503 ptrType = ptrType.type;
2506 ptrType.type = ProcessType(specs, null);
2507 id = GetDeclId(decl);
2508 if(id) type.name = CopyString(id.string);
2513 Pointer pointer = decl.pointer.pointer;
2514 Type ptrType = type;
2516 if(type.classObjectType)
2518 type.byReference = true;
2524 ptrType.kind = pointerType;
2525 pointer = pointer.pointer;
2528 ptrType.type = Type { refCount = 1 };
2529 ptrType = ptrType.type;
2532 ptrType.type = ProcessType(specs, decl.declarator);
2534 if(type.type.classObjectType)
2536 Type subType = type.type;
2537 type.classObjectType = subType.classObjectType;
2538 type.kind = subType.kind;
2539 type._class = subType._class;
2540 type.byReference = true;
2544 id = GetDeclId(decl);
2545 if(id) type.name = CopyString(id.string);
2549 else if(decl && decl.type == arrayDeclarator)
2553 type.kind = arrayType;
2555 type.arraySizeExp = CopyExpression(decl.array.exp);
2556 type.freeExp = true;
2557 if(decl.array.enumClass)
2558 type.enumClass = decl.array.enumClass.symbol; // FindClass(decl.array.enumClass.name);
2559 id = GetDeclId(decl);
2561 // TO WORK ON: Fixed the order for the array...
2562 if(decl.declarator && decl.declarator.type == arrayDeclarator)
2564 Type tmpType = type;
2566 type = ProcessType(specs, decl.declarator);
2568 type.type = tmpType;
2569 tmpType.type = inType;
2572 type.type = ProcessType(specs, decl.declarator);
2577 type.name = CopyString(id.string);
2582 if(!decl || decl.type == identifierDeclarator)
2586 type.name = decl ? CopyString(decl.identifier.string) : null;
2595 public Type ProcessTypeString(char * string, bool staticMethod)
2597 OldList * specs = MkList();
2598 Declarator decl = SpecDeclFromString(string, specs, null);
2599 Type type = ProcessType(specs, decl);
2600 if(type && !type.thisClass && staticMethod) type.staticMethod = true;
2601 FreeList(specs, FreeSpecifier);
2602 if(decl) FreeDeclarator(decl);
2606 Type MkClassTypeSymbol(Symbol symbol)
2610 Type type { kind = classType, _class = symbol };
2613 // Defaults to an int instead...
2614 type.kind = intType;
2622 public Type MkClassType(char * name)
2626 Type type { kind = classType, _class = FindClass(name) };
2629 // Defaults to an int instead...
2630 type.kind = intType;
2638 AsmField MkAsmField(char * command, Expression expression)
2640 return { command = command, expression = expression };
2643 Statement MkAsmStmt(Specifier spec, char * statements, OldList inputFields, OldList outputFields, OldList clobberedFields)
2645 return { type = asmStmt, asmStmt.spec = spec, asmStmt.statements = statements,
2646 asmStmt.inputFields = inputFields, asmStmt.outputFields = outputFields,
2647 asmStmt.clobberedFields = clobberedFields };
2650 ClassDef MkClassDefPropertyWatch(PropertyWatch watcher)
2652 return { type = propertyWatchClassDef, propertyWatch = watcher };
2655 Statement MkFireWatchersStmt(Expression object, OldList watches)
2657 return { type = fireWatchersStmt, _watch.object = object, _watch.watches = watches };
2660 Statement MkStopWatchingStmt(Expression watcher, Expression object, OldList watches)
2662 return { type = stopWatchingStmt, _watch.watcher = watcher, _watch.object = object, _watch.watches = watches };
2665 Statement MkWatchStmt(Expression watcher, Expression object, OldList watches)
2667 return { type = watchStmt, _watch.watcher = watcher, _watch.object = object, _watch.watches = watches };
2670 PropertyWatch MkDeleteWatch(Statement compound)
2672 return { compound = compound, deleteWatch = true };
2675 PropertyWatch MkPropertyWatch(OldList properties, Statement compound)
2677 return { compound = compound, properties = properties };
2680 Expression MkExpClass(OldList * specifiers, Declarator decl)
2682 return { type = classExp, _classExp.specifiers = specifiers, _classExp.decl = decl };
2685 Expression MkExpClassData(Identifier id)
2687 return { type = classDataExp, classData.id = id };
2691 External MkExternalDBTable(DBTableDef table)
2693 return { type = dbtableExternal, table = table };
2696 DBTableDef MkDBTableDef(char * name, Symbol symbol, OldList * definitions)
2698 return { name = name, symbol = symbol, definitions = definitions };
2701 DBTableEntry MkDBFieldEntry(TypeName type, Identifier id, char * name)
2703 return { type = fieldEntry, dataType = type, id = id, name = name };
2706 DBIndexItem MkDBIndexItem(Identifier id, Order order)
2708 return { id = id, order = order };
2711 DBTableEntry MkDBIndexEntry(OldList * items, Identifier id)
2713 return { type = indexEntry, items = items, id = id };
2716 Expression MkExpDBOpen(Expression ds, Expression dbName)
2718 return { type = dbopenExp, dbopen.ds = ds, dbopen.name = dbName };
2721 Expression MkExpDBField(char * table, Identifier id)
2723 return { type = dbfieldExp, db.table = table, db.id = id };
2726 Expression MkExpDBIndex(char * table, Identifier id)
2728 return { type = dbindexExp, db.table = table, db.id = id };
2731 Expression MkExpDBTable(char * table)
2733 return { type = dbtableExp, db.table = table };
2736 Expression MkExpArray(OldList * expressions)
2738 return { type = arrayExp, list = expressions };
2741 Expression GetTemplateArgExpByName(char * paramName, Class curClass, TemplateParameterType tplType)
2743 Expression argExp = null;
2744 Class _class = curClass ? curClass : ((curExternal && curExternal.type == functionExternal && curExternal.function) ? curExternal.function._class : null);
2748 ClassTemplateParameter curParam;
2750 for(sClass = _class; sClass; sClass = sClass.base)
2753 for(curParam = sClass.templateParams.first; curParam; curParam = curParam.next)
2755 if(!strcmp(curParam.name, paramName))
2757 for(sClass = sClass.base; sClass; sClass = sClass.base)
2758 id += sClass.templateParams.count;
2766 if(curParam && curParam.type != tplType)
2772 char className[1024];
2773 Expression classExp;
2775 sprintf(idString, "%d", id);
2776 strcpy(className, "__ecereClass_");
2777 FullClassNameCat(className, _class.fullName, true);
2778 MangleClassName(className);
2779 DeclareClass(FindClass(_class.fullName), className);
2781 argExp = MkExpIndex((/*pointer ? MkExpPointer : */MkExpMember)
2782 (MkExpMember(MkExpIdentifier(MkIdentifier("this")), MkIdentifier("_class")) /*MkExpIdentifier(MkIdentifier(className))*/,
2783 MkIdentifier("templateArgs")), MkListOne(MkExpConstant(idString)));
2789 Expression GetTemplateArgExp(TemplateParameter param, Class curClass, bool pointer)
2791 return param.identifier ? GetTemplateArgExpByName(param.identifier.string, curClass, type) : null;
2794 /*char * CreateMsgID(char * string, char * context)
2796 int lenString = strlen(string), lenContext = strlen(context);
2797 char * msgid = new char[lenString + lenContext + 20];
2798 memcpy(msgid, string, lenString);
2799 memcpy(msgid+lenString, " [msgctxt: ", 11);
2800 memcpy(msgid+lenString+11, context, lenContext);
2801 memcpy(msgid+lenString+11+lenContext, "]", 2);
2805 public void OutputIntlStrings()
2807 if(intlStrings.count)
2809 char * srcFile = GetSourceFile();
2810 char * objFile = GetOutputFile();
2811 char srcFileFixed[MAX_LOCATION];
2812 char potFile[MAX_LOCATION];
2814 ChangeExtension(objFile, "bowl", potFile);
2815 f = FileOpen(potFile, write);
2818 char * filePrefix = "";
2819 if(!(srcFile[0] && (srcFile[1] == ':' || srcFile[0] == '/')))
2820 filePrefix = (GetRuntimePlatform() == win32) ? ".\\" : "./";
2821 GetSystemPathBuffer(srcFileFixed, srcFile);
2822 for(s : intlStrings)
2824 // TOFIX: (#654) ContextStringPair * pair = &s;
2825 ContextStringPair pair = &s;
2827 f.Printf("#: %s%s:%d\n", filePrefix, srcFileFixed, l.start.line);
2828 // PoEdit now preserves and distinguish msgctxt
2830 f.Printf("msgctxt \"%s\"\n", pair.context);
2831 f.Printf("msgid \"%s\"\n", pair.string);
2832 f.Printf("msgstr \"%s\"\n\n", pair.string);
2840 default extern OldList * ast;
2841 default extern int yyparse ();
2843 public void SetAST(OldList * list) { ast = list; }
2844 public OldList * GetAST() { return ast; }
2845 public void ParseEc()