void Parser::saveParseTree(Token &tree) {
StatementListStatementPtr s = tree->getStmtList();
// Reorder so that classes and funcs are first.
if (s) {
std::vector<StatementPtr> scopes;
std::vector<StatementPtr> rest;
const std::vector<StatementPtr> &svec = s->stmts();
for (std::vector<StatementPtr>::const_iterator it = svec.begin();
it != svec.end(); ++it) {
ClassStatementPtr cs = (*it)->cast<ClassStatement>();
if (cs || (*it)->cast<FunctionStatement>()) {
scopes.push_back(*it);
if (cs) {
rest.push_back(cs->getMarker());
}
} else {
rest.push_back(*it);
}
}
rest.insert(rest.begin(), scopes.begin(), scopes.end());
m_tree = StatementPtr(new StatementListStatement(this, rest));
} else {
m_tree = tree->stmt();
}
if (!m_tree) {
m_tree = NEW_STMT0(StatementList);
}
}
void Parser::saveParseTree(Token &tree) {
StatementListStatementPtr s = tree->getStmtList();
// Reorder so that classes and funcs are first.
if (s) {
std::vector<StatementPtr> scopes;
std::vector<StatementPtr> rest;
const std::vector<StatementPtr> &svec = s->stmts();
for (std::vector<StatementPtr>::const_iterator it = svec.begin();
it != svec.end(); ++it) {
ClassStatementPtr cs = (*it)->unsafe_cast<ClassStatement>();
if (cs || (*it)->unsafe_cast<FunctionStatement>()) {
scopes.push_back(*it);
} else {
rest.push_back(*it);
}
if (cs) {
rest.push_back(cs->getMarker());
}
}
rest.insert(rest.begin(), scopes.begin(), scopes.end());
m_tree = StatementPtr(new StatementListStatement(this, rest));
// Classes that have a parent declared after them must be evaluated at
// the marker position. I don't know why.
hphp_const_char_map<bool> seen;
for (int i = svec.size() - 1; i >= 0; --i) {
ClassStatementPtr cs = svec[i]->unsafe_cast<ClassStatement>();
if (cs) {
seen[cs->name().c_str()] = true;
if (!cs->parent().empty()) {
if (seen.find(cs->parent().c_str()) != seen.end()) {
cs->delayDeclaration();
}
}
}
}
} else {
m_tree = tree->stmt();
}
if (!m_tree) {
m_tree = NEW_STMT0(StatementList);
}
}