void PreClassRepoProxy::GetPreClassesStmt
::get(UnitEmitter& ue) {
RepoTxn txn(m_repo);
if (!prepared()) {
std::stringstream ssSelect;
ssSelect << "SELECT preClassId,name,hoistable,extraData FROM "
<< m_repo.table(m_repoId, "PreClass")
<< " WHERE unitSn == @unitSn ORDER BY preClassId ASC;";
txn.prepare(*this, ssSelect.str());
}
RepoTxnQuery query(txn, *this);
query.bindInt64("@unitSn", ue.sn());
do {
query.step();
if (query.row()) {
Id preClassId; /**/ query.getId(0, preClassId);
StringData* name; /**/ query.getStaticString(1, name);
int hoistable; /**/ query.getInt(2, hoistable);
BlobDecoder extraBlob = /**/ query.getBlob(3);
PreClassEmitter* pce = ue.newPreClassEmitter(
name, (PreClass::Hoistable)hoistable);
pce->serdeMetaData(extraBlob);
if (!SystemLib::s_inited) {
assert(pce->attrs() & AttrPersistent);
assert(pce->attrs() & AttrUnique);
}
assert(pce->id() == preClassId);
}
} while (!query.done());
txn.commit();
}
PreClassEmitter* UnitEmitter::newPreClassEmitter(
const StringData* name,
PreClass::Hoistable hoistable
) {
if (hoistable && m_hoistablePreClassSet.count(name)) {
hoistable = PreClass::Mergeable;
}
PreClassEmitter* pce = new PreClassEmitter(*this, m_pceVec.size(),
name, hoistable);
if (hoistable >= PreClass::MaybeHoistable) {
m_hoistablePreClassSet.insert(name);
if (hoistable == PreClass::ClosureHoistable) {
// Closures should appear at the VERY top of the file, so if any class in
// the same file tries to use them, they are already defined. We had a
// fun race where one thread was autoloading a file, finished parsing the
// class, then another thread came along and saw the class was already
// loaded and ran it before the first thread had time to parse the
// closure class.
m_hoistablePceIdList.push_front(pce->id());
} else {
m_hoistablePceIdList.push_back(pce->id());
}
} else {
m_allClassesHoistable = false;
}
if (hoistable >= PreClass::Mergeable &&
hoistable < PreClass::AlwaysHoistable) {
if (m_returnSeen) {
m_allClassesHoistable = false;
} else {
pushMergeableClass(pce);
}
}
m_pceVec.push_back(pce);
return pce;
}
std::unique_ptr<php::Class> parse_class(ParseUnitState& puState,
borrowed_ptr<php::Unit> unit,
const PreClassEmitter& pce) {
FTRACE(2, " class: {}\n", pce.name()->data());
auto ret = folly::make_unique<php::Class>();
ret->name = pce.name();
ret->srcInfo = php::SrcInfo { pce.getLocation(),
pce.docComment() };
ret->unit = unit;
ret->closureContextCls = nullptr;
ret->parentName = pce.parentName()->empty() ? nullptr
: pce.parentName();
ret->attrs = static_cast<Attr>(pce.attrs() & ~AttrNoOverride);
ret->hoistability = pce.hoistability();
ret->userAttributes = pce.userAttributes();
ret->id = pce.id();
for (auto& iface : pce.interfaces()) {
ret->interfaceNames.push_back(iface);
}
copy(ret->usedTraitNames, pce.usedTraits());
copy(ret->traitPrecRules, pce.traitPrecRules());
copy(ret->traitAliasRules, pce.traitAliasRules());
copy(ret->requirements, pce.requirements());
ret->numDeclMethods = pce.numDeclMethods();
parse_methods(puState, borrow(ret), unit, pce);
add_stringish(borrow(ret));
auto& propMap = pce.propMap();
for (size_t idx = 0; idx < propMap.size(); ++idx) {
auto& prop = propMap[idx];
ret->properties.push_back(
php::Prop {
prop.name(),
prop.attrs(),
prop.docComment(),
prop.typeConstraint(),
prop.val()
}
);
}
auto& constMap = pce.constMap();
for (size_t idx = 0; idx < constMap.size(); ++idx) {
auto& cconst = constMap[idx];
ret->constants.push_back(
php::Const {
cconst.name(),
borrow(ret),
cconst.valOption(),
cconst.phpCode(),
cconst.typeConstraint(),
cconst.isTypeconst()
}
);
}
ret->enumBaseTy = pce.enumBaseTy();
return ret;
}
