size_t RepoAuthType::hash() const {
auto const iTag = static_cast<size_t>(tag());
if (hasClassName()) {
return folly::hash::hash_128_to_64(iTag, clsName()->hash());
}
if (mayHaveArrData() && array()) {
return folly::hash::hash_128_to_64(iTag, array()->id());
}
return iTag;
}
bool RepoAuthType::operator==(RepoAuthType o) const {
using T = Tag;
if (tag() != o.tag()) return false;
switch (tag()) {
case T::OptBool:
case T::OptInt:
case T::OptSStr:
case T::OptStr:
case T::OptDbl:
case T::OptRes:
case T::OptObj:
case T::Null:
case T::Cell:
case T::Ref:
case T::InitUnc:
case T::Unc:
case T::InitCell:
case T::InitGen:
case T::Gen:
case T::Uninit:
case T::InitNull:
case T::Bool:
case T::Int:
case T::Dbl:
case T::Res:
case T::SStr:
case T::Str:
case T::Obj:
return true;
case T::OptSArr:
case T::OptArr:
// Can't currently have array() info.
return true;
case T::SArr:
case T::Arr:
if (array() == nullptr && o.array() == nullptr) {
return true;
}
if ((array() == nullptr) != (o.array() == nullptr)) {
return false;
}
return array()->id() == o.array()->id();
case T::SubObj:
case T::ExactObj:
case T::OptSubObj:
case T::OptExactObj:
return clsName() == o.clsName();
}
not_reached();
}
std::string PythonProxyHandle::getClassName(void) const
{
PyGilStateLock lock;
PyObjectRef cls(PyObject_GetAttrString(obj, "__class__"), REF_NEW);
PyObjectRef clsName(PyObject_GetAttrString(cls.obj, "__name__"), REF_NEW);
PyObjectRef modName(PyObject_GetAttrString(cls.obj, "__module__"), REF_NEW);
const auto clsNameStr = PyObjToStdString(clsName.obj);
const auto modNameStr = PyObjToStdString(modName.obj);
#if PY_MAJOR_VERSION >= 3
if (modNameStr == "builtins") return clsNameStr;
#else
if (modNameStr == "__builtin__") return clsNameStr;
#endif
return modNameStr + "." + clsNameStr;
}
Class* ClassLoader::FindClass(const char* name) {
util::ClassName clsName(name);
Class* cls = DefineClass(clsName.Get());
return cls;
}
bool RepoAuthType::operator==(RepoAuthType o) const {
using T = Tag;
if (tag() != o.tag()) return false;
switch (tag()) {
case T::OptBool:
case T::OptInt:
case T::OptSStr:
case T::OptStr:
case T::OptDbl:
case T::OptRes:
case T::OptObj:
case T::OptArrKey:
case T::OptUncArrKey:
case T::Null:
case T::Cell:
case T::Ref:
case T::InitUnc:
case T::Unc:
case T::ArrKey:
case T::UncArrKey:
case T::InitCell:
case T::InitGen:
case T::Gen:
case T::Uninit:
case T::InitNull:
case T::Bool:
case T::Int:
case T::Dbl:
case T::Res:
case T::SStr:
case T::Str:
case T::Obj:
return true;
case T::SVec:
case T::Vec:
case T::OptSVec:
case T::OptVec:
case T::SDict:
case T::Dict:
case T::OptSDict:
case T::OptDict:
case T::SKeyset:
case T::Keyset:
case T::OptSKeyset:
case T::OptKeyset:
return true;
case T::OptSArr:
case T::OptArr:
case T::OptSVArr:
case T::OptVArr:
case T::OptSDArr:
case T::OptDArr:
// Can't currently have array() info.
return true;
case T::SArr:
case T::Arr:
case T::SVArr:
case T::VArr:
case T::SDArr:
case T::DArr:
// array id equals to either kInvalidArrayId for null array info, or a
// regular id. in each case, we just need to compare their id.
return arrayId() == o.arrayId();
case T::SubObj:
case T::ExactObj:
case T::OptSubObj:
case T::OptExactObj:
return clsName() == o.clsName();
}
not_reached();
}
