spec.extDecl = MkExtDeclString(CopyString(byRefTypedObject ?
"struct __ecereNameSpace__ecere__com__Class * class, void *" :
"struct __ecereNameSpace__ecere__com__Class * class, const void *"));
+ DeclareStruct(curExternal, "ecere::com::Class", false, true);
}
break;
case nameSpecifier:
!strcmp(spec.extDecl.s, "__stdcall") || !strcmp(spec.extDecl.s, "__stdcall__"))
{
delete spec.extDecl.s;
- if(targetPlatform == win32)
- spec.extDecl.s = CopyString("__attribute__((__stdcall__))");
- else
- spec.extDecl.s = CopyString("");
+ spec.extDecl.s = CopyString("stdcall");
}
}
break;
qualifiers = MkListOne(MkStructOrUnion(structSpecifier, MkIdentifier("__ecereNameSpace__ecere__com__Class"), null));
declarator = MkDeclaratorPointer(MkPointer(null,null), MkDeclaratorIdentifier(MkIdentifier("class")));
};
+ DeclareStruct(curExternal, "ecere::com::Class", false, true);
decl.function.parameters->Insert(spec.prev, _class);
}
}
!strcmp(decl.extended.extended.s, "__stdcall") || !strcmp(decl.extended.extended.s, "__stdcall__")))
{
delete decl.extended.extended.s;
- if(targetPlatform == win32)
- decl.extended.extended.s = CopyString("__attribute__((__stdcall__))");
- else
- decl.extended.extended.s = CopyString("");
+ decl.extended.extended.s = CopyString("stdcall");
}
}
if(decl.declarator)
return result;
}
+static void AddPointerCast(Expression e)
+{
+ Type src = e.expType;
+
+ if(src && (src.kind == templateType || src.kind == classType))
+ {
+ if(e.type != castExp || !IsVoidPtrCast(e.cast.typeName))
+ {
+ if(src) src.refCount++;
+ if(src.kind == templateType && src.templateParameter && src.templateParameter.type == type)
+ {
+ Type newType = null;
+ if(src.templateParameter.dataTypeString)
+ newType = ProcessTypeString(src.templateParameter.dataTypeString, false);
+ else if(src.templateParameter.dataType)
+ newType = ProcessType(src.templateParameter.dataType.specifiers, src.templateParameter.dataType.decl);
+ if(newType)
+ {
+ FreeType(src);
+ src = newType;
+ }
+ }
+ if(src && src.kind == classType && src._class)
+ {
+ Class sc = src._class.registered;
+ if(src.thisClassFrom && src.thisClassFrom.base)
+ sc = src.thisClassFrom;
+
+ if(sc && (sc.type == structClass || sc.type == noHeadClass))
+ {
+ Type dest = e.destType;
+
+ if(dest && (dest.kind == templateType || dest.kind == classType))
+ {
+ if(dest) dest.refCount++;
+
+ if(dest.kind == templateType && dest.templateParameter && dest.templateParameter.type == type)
+ {
+ Type newType = null;
+ if(dest.templateParameter.dataTypeString)
+ newType = ProcessTypeString(dest.templateParameter.dataTypeString, false);
+ else if(dest.templateParameter.dataType)
+ newType = ProcessType(dest.templateParameter.dataType.specifiers, dest.templateParameter.dataType.decl);
+ if(newType)
+ {
+ FreeType(dest);
+ dest = newType;
+ }
+ }
+ if(!dest.passAsTemplate && dest.kind == classType && dest._class && dest._class.registered)
+ {
+ Class dc = dest._class.registered;
+
+ if(sc.templateClass) sc = sc.templateClass;
+ if(dc.templateClass) dc = dc.templateClass;
+ if(dc.base && sc != dc)
+ {
+ e.cast.exp = MkExpBrackets(MkListOne(MoveExpContents(e)));
+ e.type = castExp;
+ e.typeName = MkTypeName(MkListOne(MkSpecifier(VOID)), QMkPtrDecl(null));
+ }
+ }
+ FreeType(dest);
+ }
+ }
+ }
+ FreeType(src);
+ }
+ }
+ else if(src && src.kind == intPtrType && e.destType && e.destType.classObjectType)
+ {
+ Expression nbExp = GetNonBracketsExp(e);
+ if(nbExp.type != castExp || !IsVoidPtrCast(nbExp.cast.typeName))
+ {
+ e.cast.exp = MkExpBrackets(MkListOne(MoveExpContents(e)));
+ e.type = castExp;
+ e.typeName = MkTypeName(MkListOne(MkSpecifier(VOID)), QMkPtrDecl(null));
+ }
+ }
+}
+
static void InstDeclPassExpression(Expression exp)
{
switch(exp.type)
if(exp.op.exp1)
InstDeclPassExpression(exp.op.exp1);
if(exp.op.exp2)
+ {
InstDeclPassExpression(exp.op.exp2);
+ if(exp.op.op != '=' && exp.op.exp1 && exp.op.exp1.expType && exp.op.exp1.expType.kind == pointerType && exp.op.exp1.expType.type && exp.op.exp1.expType.type.kind == templateType &&
+ exp.op.exp2.expType && exp.op.exp2.expType.kind == pointerType && exp.op.exp2.expType.type && exp.op.exp2.expType.type.kind == templateType)
+ {
+ Expression e = exp.op.exp2;
+ e.cast.exp = MkExpBrackets(MkListOne(MoveExpContents(e)));
+ e.type = castExp;
+ e.typeName = MkTypeName(MkListOne(MkSpecifier(VOID)), QMkPtrDecl(null));
+
+ e = exp.op.exp1;
+ e.cast.exp = MkExpBrackets(MkListOne(MoveExpContents(e)));
+ e.type = castExp;
+ e.typeName = MkTypeName(MkListOne(MkSpecifier(VOID)), QMkPtrDecl(null));
+ }
+ else if(exp.op.exp1 && (exp.op.op == '=' || exp.op.op == EQ_OP || exp.op.op == NE_OP))
+ AddPointerCast(exp.op.exp2);
+ }
break;
case extensionExpressionExp:
case bracketsExp:
{
for(e = exp.call.arguments->first; e; e = e.next)
{
- Type src = e.expType;
-
+ bool addCast = false;
InstDeclPassExpression(e);
+ AddPointerCast(e);
+
+ if(e.expType && e.expType.kind == pointerType && e.expType.type && (e.expType.type.kind == classType || (e.expType.type.kind == pointerType && e.expType.type.type && e.expType.type.type.kind != voidType)) &&
+ e.destType && e.destType.kind == pointerType && e.destType.type && e.destType.type.kind == pointerType && e.destType.type.type && e.destType.type.type.kind == voidType)
+ addCast = true;
+ // Fix for adding a cast to Unserialize with a struct passed as a parameter:
+ else if(e.expType && e.expType.kind == classType && e.expType._class && e.expType._class.registered && e.expType._class.registered.type == structClass && e.byReference &&
+ e.destType && e.destType.kind == classType && e.destType.classObjectType && e.destType.byReference)
+ addCast = true;
- if(src && (src.kind == templateType || src.kind == classType))
+ if(addCast && (e.type != castExp || !IsVoidPtrCast(e.cast.typeName)))
{
- if(e.type != castExp || !IsVoidPtrCast(e.cast.typeName))
- {
- if(src) src.refCount++;
- if(src.kind == templateType && src.templateParameter && src.templateParameter.type == type)
- {
- Type newType = null;
- if(src.templateParameter.dataTypeString)
- newType = ProcessTypeString(src.templateParameter.dataTypeString, false);
- else if(src.templateParameter.dataType)
- newType = ProcessType(src.templateParameter.dataType.specifiers, src.templateParameter.dataType.decl);
- if(newType)
- {
- FreeType(src);
- src = newType;
- }
- }
- if(src && src.kind == classType && src._class)
- {
- Class sc = src._class.registered;
- if(sc && (sc.type == structClass || sc.type == noHeadClass))
- {
- Type dest = e.destType;
- if(dest && (dest.kind == templateType || dest.kind == classType))
- {
- if(dest) dest.refCount++;
-
- if(dest.kind == templateType && dest.templateParameter && dest.templateParameter.type == type)
- {
- Type newType = null;
- if(dest.templateParameter.dataTypeString)
- newType = ProcessTypeString(dest.templateParameter.dataTypeString, false);
- else if(dest.templateParameter.dataType)
- newType = ProcessType(dest.templateParameter.dataType.specifiers, dest.templateParameter.dataType.decl);
- if(newType)
- {
- FreeType(dest);
- dest = newType;
- }
- }
- if(!dest.passAsTemplate && dest.kind == classType && dest._class && dest._class.registered)
- {
- Class dc = dest._class.registered;
- if(sc.templateClass) sc = sc.templateClass;
- if(dc.templateClass) dc = dc.templateClass;
- if(dc.base && sc != dc)
- {
- e.cast.exp = MoveExpContents(e);
- e.type = castExp;
- e.typeName = MkTypeName(MkListOne(MkSpecifier(VOID)), QMkPtrDecl(null));
- }
- }
- FreeType(dest);
- }
- }
- }
- }
- FreeType(src);
+ e.cast.exp = MkExpBrackets(MkListOne(MoveExpContents(e)));
+ e.type = castExp;
+ e.typeName = MkTypeName(MkListOne(MkSpecifier(VOID)), QMkPtrDecl(null));
}
}
}
// Remove casts to simple structs... (Watch out for pointers later...)
if(type && type.kind == classType && type._class.registered && type._class.registered.type == structClass && !exp.needCast)
{
- Expression castExp = exp.cast.exp;
- Expression prev = exp.prev, next = exp.next;
- exp.cast.exp = null;
- FreeExpContents(exp);
- FreeType(exp.expType);
- FreeType(exp.destType);
- *exp = *castExp;
- delete castExp;
- exp.prev = prev;
- exp.next = next;
- InstDeclPassExpression(exp);
+ if(exp.destType && exp.destType.classObjectType == typedObject && exp.destType.byReference)
+ {
+ // For Unserialize with a StaticString
+ FreeTypeName(exp.cast.typeName);
+ exp.cast.typeName = MkTypeName(MkListOne(MkSpecifier(VOID)), MkDeclaratorPointer(MkPointer(null, MkPointer(null, null)), null));
+ }
+ else
+ {
+ Expression castExp = exp.cast.exp;
+ Expression prev = exp.prev, next = exp.next;
+ exp.cast.exp = null;
+ FreeExpContents(exp);
+ FreeType(exp.expType);
+ FreeType(exp.destType);
+ *exp = *castExp;
+ delete castExp;
+ exp.prev = prev;
+ exp.next = next;
+ InstDeclPassExpression(exp);
+ }
}
else
{
+ if(exp.expType && exp.expType.kind == pointerType)
+ {
+ if(exp.cast.exp && exp.cast.exp.expType && exp.cast.exp.expType.kind == templateType && !exp.cast.exp.expType.isPointerType)
+ exp.cast.exp = MkExpCast(MkTypeName(MkListOne(MkSpecifierName("uintptr")), null), exp.cast.exp);
+ }
+
InstDeclPassTypeName(exp.cast.typeName, exp.usage.usageArg /*false*/);
if(exp.cast.exp)
+ {
+ if(exp.expType && exp.expType.kind == templateType && exp.destType &&
+ (exp.destType.passAsTemplate || (!exp.destType.templateParameter || (!exp.destType.templateParameter.dataType && !exp.destType.templateParameter.dataTypeString))) &&
+ exp.cast.exp.expType && !exp.cast.exp.expType.passAsTemplate && exp.cast.exp.expType.isPointerType)
+ exp.cast.exp = MkExpCast(MkTypeName(MkListOne(MkSpecifierName("uintptr")), null), exp.cast.exp);
InstDeclPassExpression(exp.cast.exp);
+ }
}
break;
}
{
case expInitializer:
if(init.exp)
+ {
InstDeclPassExpression(init.exp);
+ AddPointerCast(init.exp);
+ }
break;
case listInitializer:
{
{
for(exp = stmt.expressions->first; exp; exp = exp.next)
InstDeclPassExpression(exp);
+ AddPointerCast(stmt.expressions->last);
}
break;
}
}
}
+void TopoSort(OldList * input)
+{
+ OldList L { };
+ OldList S { };
+ OldList B { };
+ External n, next;
+ //External x;
+
+ for(n = input->first; n; n = next)
+ {
+ next = n.next;
+ if(n.type == declarationExternal && !n.declaration)
+ {
+ input->Remove(n);
+ if(n.symbol && n.symbol.structExternal == n)
+ n.symbol.structExternal = null;
+ FreeExternal(n);
+ }
+ else if(!n.incoming.count)
+ {
+ input->Remove(n);
+ S.Add(n);
+ }
+ else if(!n.nonBreakableIncoming)
+ {
+ input->Remove(n);
+ B.Add(n);
+ }
+ }
+/*
+ for(x = input->first; x; x = x.next)
+ {
+ int count = 0;
+ for(e : x.incoming; !e.breakable)
+ count++;
+ if(count != x.nonBreakableIncoming)
+ printf("Bug in input");
+
+ if(!x.incoming.count)
+ printf("This node should be in S!\n");
+ for(e : x.incoming)
+ {
+ External y, from = e.from;
+ for(y = input->first; y; y = y.next)
+ if(y == from)
+ break;
+ if(!y)
+ {
+ for(y = B.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+
+ if(!y)
+ {
+ for(y = S.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+ if(!y)
+ {
+ printf("This node is nowhere!\n");
+ }
+ }
+ }*/
+
+ while(true)
+ {
+ TopoEdge e, ne;
+ if((n = S.first))
+ {
+ /*
+ for(x = input->first; x; x = x.next)
+ {
+ int count = 0;
+ for(e : x.incoming; !e.breakable)
+ count++;
+ if(count != x.nonBreakableIncoming)
+ printf("Bug in input");
+ if(!x.incoming.count)
+ printf("This node should be in S!\n");
+ for(e : x.incoming)
+ {
+ External y, from = e.from;
+ for(y = input->first; y; y = y.next)
+ if(y == from)
+ break;
+ if(!y)
+ {
+ for(y = B.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+
+ if(!y)
+ {
+ for(y = S.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+ if(!y)
+ {
+ printf("This node is nowhere!\n");
+ }
+ }
+ }*/
+
+ //DebugPrint("*** Free Node: [", n.id, "]\n\t", n.output);
+ S.Remove((IteratorPointer)n);
+
+ /*
+ if(n && n.symbol && n.symbol.string && !strcmp(n.symbol.string, "ecere::com::Instance"))
+ printf("Adding Instance\n");
+ */
+
+ L.Add(n);
+ for(e = n.outgoing.first; e; e = ne)
+ {
+ External m = e.to;
+ OldList * list;
+
+ //DebugPrint(" This Free Node has an edge to [", m.id, "] ", m.output);
+ if(m.nonBreakableIncoming)
+ {
+ //DebugPrint("... which we think is in input");
+ list = input;
+ }
+ else
+ {
+ //DebugPrint("... which we think is in B");
+ list = &B;
+ }
+
+ if(!list->count)
+ PrintLn("!!! Something's wrong !!!");
+ ne = e.out.next;
+
+ if(!e.breakable)
+ {
+#ifdef _DEBUG
+ if(!m.nonBreakableIncoming)
+ printf("Bug");
+#endif
+ m.nonBreakableIncoming--;
+ //DebugPrint("Reducing non breakable incoming, now ", m.nonBreakableIncoming);
+ }
+
+ n.outgoing.Remove((IteratorPointer)e);
+ m.incoming.Remove((IteratorPointer)e);
+ delete e;
+
+ if(!m.incoming.count)
+ {
+ //DebugPrint("Last edge to this node taken out, moving to S...");
+ list->Remove(m);
+ S.Add(m);
+ }
+ else if(!m.nonBreakableIncoming)
+ {
+ //DebugPrint("Last non-breakable edge to this node taken out, moving to B...");
+ list->Remove(m);
+ B.Add(m);
+ }
+ }
+ }
+ else if((n = B.first))
+ {
+ //DebugPrint("Breaking some of the ", n.incoming.count, " incoming edges to [", n.id, "] ", n.output);
+ B.Remove((IteratorPointer)n);
+
+ // Break the edges of this node
+ for(e = n.incoming.first; e; e = ne)
+ {
+ TopoEdge e2, n2;
+ External m = e.from;
+ External f;
+/*
+ for(x = input->first; x; x = x.next)
+ {
+ int count = 0;
+ for(e : x.incoming; !e.breakable)
+ count++;
+ if(count != x.nonBreakableIncoming)
+ printf("Bug in input");
+ if(!x.incoming.count)
+ printf("This node should be in S!\n");
+ for(e : x.incoming)
+ {
+ External y, from = e.from;
+ for(y = input->first; y; y = y.next)
+ if(y == from)
+ break;
+ if(!y)
+ {
+ for(y = B.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+
+ if(!y)
+ {
+ for(y = S.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+ if(!y && from != n)
+ {
+ printf("This node is nowhere!\n");
+ }
+ }
+ }*/
+
+ f = m.ForwardDeclare();
+ ne = e.in.next;
+/*
+ for(x = input->first; x; x = x.next)
+ {
+ int count = 0;
+ for(e : x.incoming; !e.breakable)
+ count++;
+ if(count != x.nonBreakableIncoming)
+ printf("Bug in input");
+ if(!x.incoming.count)
+ printf("This node should be in S!\n");
+ for(e : x.incoming)
+ {
+ External y, from = e.from;
+ for(y = input->first; y; y = y.next)
+ if(y == from)
+ break;
+ if(!y)
+ {
+ for(y = B.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+
+ if(!y)
+ {
+ for(y = S.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+ if(!y && from != n && from != f)
+ {
+ printf("This node is nowhere!\n");
+ }
+ }
+ }
+*/
+ // Recheck input for edges created by forward declaration
+ {
+ External c, next;
+ for(c = input->first; c; c = next)
+ {
+ next = c.next;
+ if(!c.incoming.count)
+ {
+ input->Remove(c);
+ S.Add(c);
+ }
+ else if(!c.nonBreakableIncoming)
+ {
+ input->Remove(c);
+ B.Add(c);
+ }
+ }
+ }
+
+ //DebugPrint("Breaking edge from ", e.from.id, " to ", e.to.id);
+ //DebugPrint("Creating a forward decl node [", f.id, "] for [", m.id, "]");
+
+ for(e2 = m.outgoing.first; e2; e2 = n2)
+ {
+ n2 = e2.out.next;
+ if(e2.breakable)
+ {
+ External to = e2.to;
+
+ if(e2 == e)
+ ;//DebugPrint("Breaking this particular connection");
+ else
+ ;//DebugPrint("Also redirecting connection from ", m.id, " to ", to.id, " to come from ", f.id, " instead.");
+ e2.breakable = false;
+ e2.from = f;
+ m.outgoing.Remove((IteratorPointer)e2);
+ f.outgoing.Add(e2);
+ to.nonBreakableIncoming++;
+ if(e2 != e && to.nonBreakableIncoming == 1)
+ {
+ // If this node was previously in B, move it to input
+ B.Remove(to);
+ input->Add(to);
+ }
+
+ //DebugPrint("Node ", e2.to.id, " now has ", e2.to.nonBreakableIncoming, " non-breakable incoming edges.");
+ }
+ }
+/*
+ for(x = input->first; x; x = x.next)
+ {
+ int count = 0;
+ for(e : x.incoming; !e.breakable)
+ count++;
+ if(count != x.nonBreakableIncoming)
+ printf("Bug in input");
+ if(!x.incoming.count)
+ printf("This node should be in S!\n");
+ for(e : x.incoming)
+ {
+ External y, from = e.from;
+ for(y = input->first; y; y = y.next)
+ if(y == from)
+ break;
+ if(!y)
+ {
+ for(y = B.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+
+ if(!y)
+ {
+ for(y = S.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+ if(!y && from != n && from != f)
+ {
+ printf("This node is nowhere!\n");
+ }
+ }
+ }*/
+ if(!f.incoming.count)
+ S.Add(f);
+ else if(!f.nonBreakableIncoming)
+ B.Add(f);
+ else
+ input->Add(f);
+/*
+ for(x = input->first; x; x = x.next)
+ {
+ int count = 0;
+ for(e : x.incoming; !e.breakable)
+ count++;
+ if(count != x.nonBreakableIncoming)
+ printf("Bug in input");
+ if(!x.incoming.count)
+ printf("This node should be in S!\n");
+ for(e : x.incoming)
+ {
+ External y, from = e.from;
+ for(y = input->first; y; y = y.next)
+ if(y == from)
+ break;
+ if(!y)
+ {
+ for(y = B.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+
+ if(!y)
+ {
+ for(y = S.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+
+ if(!y)
+ {
+ for(y = L.first; y; y = y.next)
+ if(y == from)
+ {
+ PrintLn("This node is already in L!");
+ break;
+ }
+ }
+
+ if(!y && from != n)
+ {
+ ConsoleFile file { };
+ printf("This node is nowhere!\n");
+ OutputExternal(from, file);
+ delete file;
+ }
+ }
+ }
+*/
+ // Avoid needless edge breaking by processing a node as soon as one shows up in S
+ if(S.first)
+ break;
+ }
+
+ // Put n back in input because it now has unbreakable edges
+ input->Add(n);
+ }
+ else
+ {
+ if(input->count)
+ {
+#ifdef _DEBUG
+ ConsoleFile f { };
+ External e = input->first;
+#endif
+ Compiler_Error("declarations cycles found\n");
+#ifdef _DEBUG
+ //OutputTree(input, f);
+/*
+ for(x = input->first; x; x = x.next)
+ {
+ int count = 0;
+ for(e : x.incoming; !e.breakable)
+ count++;
+ if(count != x.nonBreakableIncoming)
+ printf("Bug in input");
+ if(!x.incoming.count)
+ printf("This node should be in S!\n");
+
+ for(e : x.incoming)
+ {
+ External y, from = e.from;
+ for(y = input->first; y; y = y.next)
+ if(y == from)
+ break;
+ if(!y)
+ {
+ for(y = B.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+
+ if(!y)
+ {
+ for(y = S.first; y; y = y.next)
+ if(y == from)
+ break;
+ }
+ if(!y)
+ {
+ printf("This node is nowhere!\n");
+ }
+ }
+ }
+*/
+ SetOutputLineNumbers(false);
+ OutputExternal(e, f);
+
+ PrintLn("\nDepends on:\n");
+ { TopoEdge i; for(i = e.incoming.last; i && !i.breakable && i.from.incoming.count; i = i.in.next) { e = i.from; break; } }
+
+ OutputExternal(e, f);
+
+ PrintLn("\nWhile that depends on:\n");
+ { TopoEdge i; for(i = e.incoming.first; i && !i.breakable && i.from.incoming.count; i = i.in.next) { e = i.from; break; } }
+
+ OutputExternal(e, f);
+
+ PrintLn("\nWhile that depends on:\n");
+ { TopoEdge i; for(i = e.incoming.first; i && !i.breakable && i.from.incoming.count; i = i.in.next) { e = i.from; break; } }
+
+ OutputExternal(e, f);
+
+ PrintLn("\nWhile that depends on:\n");
+ { TopoEdge i; for(i = e.incoming.first; i && !i.breakable && i.from.incoming.count; i = i.in.next) { e = i.from; break; } }
+
+ OutputExternal(e, f);
+ delete f;
+
+ system("pause");
+
+ while((e = input->first))
+ {
+ input->Remove(e);
+ L.Add(e);
+ }
+ *input = L;
+#endif
+ }
+ else
+ *input = L;
+ break;
+ }
+ }
+
+ for(n = input->first; n; n = next)
+ {
+ next = n.next;
+ if(n.type == declarationExternal && (!n.declaration || ((!n.declaration.specifiers || !n.declaration.specifiers->count) && (!n.declaration.declarators || !n.declaration.declarators->count))))
+ {
+ input->Remove(n);
+ if(n.symbol && n.symbol.structExternal == n)
+ n.symbol.structExternal = null;
+ FreeExternal(n);
+ }
+ }
+}
+
public void ProcessInstanceDeclarations()
{
External external;
InstDeclPassDeclaration(external.declaration);
}
}
+
+ // Perform topological sort
+ TopoSort(ast);
}
Ecere Software / sdk / blobdiff