PreClass* PreClassEmitter::create(Unit& unit) const {
Attr attrs = m_attrs;
if (attrs & AttrPersistent &&
!RuntimeOption::RepoAuthoritative && SystemLib::s_inited) {
attrs = Attr(attrs & ~AttrPersistent);
}
PreClass* pc = new PreClass(&unit, m_line1, m_line2, m_offset, m_name,
attrs, m_parent, m_docComment, m_id,
m_hoistable);
pc->m_InstanceCtor = m_InstanceCtor;
pc->m_builtinPropSize = m_builtinPropSize;
pc->m_interfaces = m_interfaces;
pc->m_usedTraits = m_usedTraits;
pc->m_traitPrecRules = m_traitPrecRules;
pc->m_traitAliasRules = m_traitAliasRules;
pc->m_userAttributes = m_userAttributes;
PreClass::MethodMap::Builder methodBuild;
for (MethodVec::const_iterator it = m_methods.begin();
it != m_methods.end(); ++it) {
Func* f = (*it)->create(unit, pc);
methodBuild.add(f->name(), f);
}
pc->m_methods.create(methodBuild);
PreClass::PropMap::Builder propBuild;
for (unsigned i = 0; i < m_propMap.size(); ++i) {
const Prop& prop = m_propMap[i];
propBuild.add(prop.name(), PreClass::Prop(pc,
prop.name(),
prop.attrs(),
prop.typeConstraint(),
prop.docComment(),
prop.val(),
prop.hphpcType()));
}
pc->m_properties.create(propBuild);
PreClass::ConstMap::Builder constBuild;
for (unsigned i = 0; i < m_constMap.size(); ++i) {
const Const& const_ = m_constMap[i];
constBuild.add(const_.name(), PreClass::Const(pc,
const_.name(),
const_.typeConstraint(),
const_.val(),
const_.phpCode()));
}
pc->m_constants.create(constBuild);
return pc;
}
PreClass* PreClassEmitter::create(Unit& unit) const {
Attr attrs = m_attrs;
if (attrs & AttrPersistent &&
!RuntimeOption::RepoAuthoritative && SystemLib::s_inited) {
attrs = Attr(attrs & ~AttrPersistent);
}
auto pc = folly::make_unique<PreClass>(
&unit, m_line1, m_line2, m_offset, m_name,
attrs, m_parent, m_docComment, m_id,
m_hoistable);
pc->m_instanceCtor = m_instanceCtor;
pc->m_instanceDtor = m_instanceDtor;
pc->m_builtinObjSize = m_builtinObjSize;
pc->m_builtinODOffset = m_builtinODOffset;
pc->m_interfaces = m_interfaces;
pc->m_usedTraits = m_usedTraits;
pc->m_traitRequirements = m_traitRequirements;
pc->m_traitPrecRules = m_traitPrecRules;
pc->m_traitAliasRules = m_traitAliasRules;
pc->m_userAttributes = m_userAttributes;
PreClass::MethodMap::Builder methodBuild;
for (MethodVec::const_iterator it = m_methods.begin();
it != m_methods.end(); ++it) {
Func* f = (*it)->create(unit, pc.get());
methodBuild.add(f->name(), f);
}
pc->m_methods.create(methodBuild);
PreClass::PropMap::Builder propBuild;
for (unsigned i = 0; i < m_propMap.size(); ++i) {
const Prop& prop = m_propMap[i];
propBuild.add(prop.name(), PreClass::Prop(pc.get(),
prop.name(),
prop.attrs(),
prop.typeConstraint(),
prop.docComment(),
prop.val(),
prop.hphpcType()));
}
pc->m_properties.create(propBuild);
PreClass::ConstMap::Builder constBuild;
for (unsigned i = 0; i < m_constMap.size(); ++i) {
const Const& const_ = m_constMap[i];
constBuild.add(const_.name(), PreClass::Const(pc.get(),
const_.name(),
const_.typeConstraint(),
const_.val(),
const_.phpCode()));
}
if (auto nativeConsts = Native::getClassConstants(m_name)) {
for (auto cnsMap : *nativeConsts) {
auto tv = cnsMap.second;
constBuild.add(cnsMap.first, PreClass::Const(pc.get(),
cnsMap.first,
empty_string.get(),
tv,
empty_string.get()));
}
}
pc->m_constants.create(constBuild);
return pc.release();
}
PreClass* PreClassEmitter::create(Unit& unit) const {
Attr attrs = m_attrs;
if (attrs & AttrPersistent &&
!RuntimeOption::RepoAuthoritative && SystemLib::s_inited) {
attrs = Attr(attrs & ~AttrPersistent);
}
auto pc = folly::make_unique<PreClass>(
&unit, m_line1, m_line2, m_offset, m_name,
attrs, m_parent, m_docComment, m_id,
m_hoistable);
pc->m_instanceCtor = m_instanceCtor;
pc->m_instanceDtor = m_instanceDtor;
pc->m_builtinObjSize = m_builtinObjSize;
pc->m_builtinODOffset = m_builtinODOffset;
pc->m_interfaces = m_interfaces;
pc->m_usedTraits = m_usedTraits;
pc->m_requirements = m_requirements;
pc->m_traitPrecRules = m_traitPrecRules;
pc->m_traitAliasRules = m_traitAliasRules;
pc->m_enumBaseTy = m_enumBaseTy;
// Set user attributes.
[&] {
pc->m_userAttributes = m_userAttributes;
pc->m_nativeDataInfo = nullptr;
if (!m_userAttributes.size()) return;
// Check for <<__NativeData("Type")>>.
auto it = m_userAttributes.find(s_nativedata.get());
if (it == m_userAttributes.end()) return;
TypedValue ndiInfo = it->second;
if (ndiInfo.m_type != KindOfArray) return;
// Use the first string label which references a registered type. In
// practice, there should generally only be one item and it should be a
// string, but maybe that'll be extended...
for (ArrayIter it(ndiInfo.m_data.parr); it; ++it) {
Variant val = it.second();
if (!val.isString()) continue;
pc->m_nativeDataInfo = Native::getNativeDataInfo(val.toString().get());
if (pc->m_nativeDataInfo) break;
}
}();
PreClass::MethodMap::Builder methodBuild;
for (MethodVec::const_iterator it = m_methods.begin();
it != m_methods.end(); ++it) {
Func* f = (*it)->create(unit, pc.get());
methodBuild.add(f->name(), f);
}
pc->m_methods.create(methodBuild);
PreClass::PropMap::Builder propBuild;
for (unsigned i = 0; i < m_propMap.size(); ++i) {
const Prop& prop = m_propMap[i];
propBuild.add(prop.name(), PreClass::Prop(pc.get(),
prop.name(),
prop.attrs(),
prop.typeConstraint(),
prop.docComment(),
prop.val(),
prop.repoAuthType()));
}
pc->m_properties.create(propBuild);
PreClass::ConstMap::Builder constBuild;
for (unsigned i = 0; i < m_constMap.size(); ++i) {
const Const& const_ = m_constMap[i];
constBuild.add(const_.name(), PreClass::Const(pc.get(),
const_.name(),
const_.typeConstraint(),
const_.val(),
const_.phpCode()));
}
if (auto nativeConsts = Native::getClassConstants(m_name)) {
for (auto cnsMap : *nativeConsts) {
auto tv = cnsMap.second;
constBuild.add(cnsMap.first, PreClass::Const(pc.get(),
cnsMap.first,
staticEmptyString(),
tv,
staticEmptyString()));
}
}
pc->m_constants.create(constBuild);
return pc.release();
}