ref_t ModuleScope :: mapTemplateClass(ident_t ns, ident_t templateName, bool& alreadyDeclared)
{
ReferenceNs forwardName;
// NOTE : the nested namespace is not included into the weak name
forwardName.append(TEMPLATE_PREFIX_NS);
forwardName.append(templateName);
if (emptystr(project->resolveForward(templateName))) {
ReferenceNs fullName(module->Name());
if (!emptystr(ns))
fullName.combine(ns);
fullName.combine(templateName);
project->addForward(templateName, fullName);
mapNewIdentifier(ns, templateName, false);
alreadyDeclared = false;
}
else alreadyDeclared = true;
return module->mapReference(forwardName);
}
size_t CFParser :: defineGrammarRule(_ScriptReader& reader, ScriptBookmark& bm, size_t parentRuleId, size_t nonterminal, size_t terminal)
{
ReferenceNs ns;
int index = 0;
do {
ns.copy(retrieveKey(_names.start(), parentRuleId, DEFAULT_STR));
ns.append('.');
ns.appendHex(index++);
if (!_names.exist(ns))
break;
} while (true);
size_t ruleId = mapRuleId(ns);
Rule rule;
rule.nonterminal = nonterminal;
rule.terminal = terminal;
defineGrammarRule(reader, bm, rule, ruleId);
addRule(ruleId, rule);
return ruleId;
}
size_t CFParser :: defineGrammarRule(TokenInfo& token, _ScriptReader& reader, size_t nonterminal)
{
ReferenceNs ns;
int index = 0;
do {
ns.copy("inline");
ns.appendHex(index++);
if (!_names.exist(ns))
break;
} while (true);
size_t ruleId = mapRuleId(ns);
Rule rule;
rule.nonterminal = nonterminal;
defineGrammarRule(token, reader, rule);
_rules.add(ruleId, rule);
return ruleId;
}
