void TypeRegistry::registerTypeDescription(const TypeDesc &td)
{
// !!! HACK !!!
if (td.type_name == "std::vector")
return;
tfmap_[td.declaring_file_name].push_back(td);
registerSymbol(td.type_name);
for (StringList::const_iterator i=td.enum_labels.begin(); i!=td.enum_labels.end(); ++i)
registerSymbol(*i);
}
int main() {
symboltable *table;
initTypeDescList();
initPredefinedSymboltable();
initScope();
printSymbolTable(predefinedIdTable);
printf("type %d\n", getType("integer"));
entryAttr attr;
scope *curScope = getCurScope();
table = getCurSymboltable();
registerSymbol(table, "a", NULL);
registerSymbol(table, "test", NULL);
printf("scopeid: %d \n", curScope->scopeId);
printSymbolTable(getCurSymboltable());
printf("\n");
int addr = getSymbolEntry(getCurSymboltable(), "a");
if(getType("integer") >= 0) {
setSymbolTypeAttrDirec(getCurSymboltable(), addr, "integer", attr);
}
printf("scopeid: %d \n", curScope->scopeId);
printSymbolTable(getCurSymboltable());
printf("error: %d\n", setSymbolTypeAttrDirec(getCurSymboltable(), addr, "string", attr));
attr.arrayInfo.boundLow = 1;
attr.arrayInfo.boundUp = 10;
attr.arrayInfo.typeEntry = 23;
registerSymbol(getCurSymboltable(), "b", "array");
printSymbolTable(getCurSymboltable());
setSymbolTypeAttrDirec(getCurSymboltable(), getSymbolEntry(getCurSymboltable(), "b"), "array", attr);
printSymbolTable(getCurSymboltable());
attr.funcInfo.paramQty = 2;
attr.funcInfo.retTypeEntry = 23;
registerSymbol(getCurSymboltable(), "func1", "function");
setSymbolTypeAttrDirec(getCurSymboltable(), getSymbolEntry(getCurSymboltable(), "func1"), "function", attr);
newScopeAndPush(getSymbolEntry(getCurSymboltable(), "func1"));
registerSymbol(getCurSymboltable(), "a", "integer");
popScopeStack();
registerSymbol(getCurSymboltable(), "var1", "string");
printf("\n");
printAllSymbolTable();
return 0;
}
void TypeRegistry::registerTemplate(const TypeDesc &td)
{
templates_.push_back(td);
registerSymbol(td.type_name);
}
