Rule* processRuleFile(Arguments *args)
{
int rules_number;
Rule *rules;
rules_number = countRules(args->input_file);
rules = malloc(sizeof(Rule)*rules_number);
initPass(args->input_file, rules, rules_number);
finalPass(args->input_file, rules, rules_number);
fclose(args->input_file);
return rules;
}
void ParseTreeTraverser::finalPass(Node* tree) {
switch(tree->node_type) {
case NT_PROGRAM:
if(!passesForCompilation()) return;
finalPass(tree->node_data.nodes[0]);
if(tree->subnodes > 1) finalPass(tree->node_data.nodes[1]);
if(tree->subnodes > 2) finalPass(tree->node_data.nodes[2]);
break;
case NT_CLASSSET:
{
int i = 0;
while(i < tree->subnodes) {
finalPass(tree->node_data.nodes[i]);
i++;
}
}
break;
case NT_ANNOTATED_CLASS:
finalPass(tree->node_data.nodes[0]);
break;
case NT_CLASS:
case NT_CLASS_EXTERN:
{
PureType<wake::UNQUALIFIED>* classtype = tree->node_data.nodes[0]->node_data.pure_type;
string classname = classtype->typedata._class.classname;
errors.pushContext("In declaration of '" + string(tree->node_type == NT_CLASS ? "every" : "extern") + " " + classname + "'");
ClassParseTreeTraverser classtraverser(&errors, objectsymtable, &scopesymtable, objectsymtable->findByImportedNameModifiable(classname)->getAsPureType()->getFQClassname(), &typechecker, &methodanalyzer, objectsymtable->findByImportedNameModifiable(classname), tree->node_type == NT_CLASS_EXTERN);
finalPass(tree->node_data.nodes[1]);
if(tree->subnodes > 2) classtraverser.secondPass(tree->node_data.nodes[2]);
errors.popContext();
}
break;
}
}