HRESULT CAnalyzer::hAddClassifyingCategories(CHasher * pco_wf)
{
if (pco_wf == NULL || m_pDb == NULL)
{
return E_FAIL;
}
CEString str_query (L"select * from descriptor where id = " + CEString::sToString<__int64>(pco_wf->m_llLexemeId));
CEString str_MainSymbol = L"";
m_pDb->PrepareForSelect(str_query);
m_pDb->bGetRow();
m_pDb->GetData(4, str_MainSymbol);
ET_MainSymbol eoMs = m_mapMainSymbol[str_MainSymbol];
switch (eoMs)
{
case MS_M:
pco_wf->m_eGender = GENDER_M;
pco_wf->m_eAnimacy = ANIM_NO;
break;
case MS_MO:
pco_wf->m_eGender = GENDER_M;
pco_wf->m_eAnimacy = ANIM_YES;
break;
case MS_ZH:
pco_wf->m_eGender = GENDER_F;
pco_wf->m_eAnimacy = ANIM_NO;
break;
case MS_ZHO:
pco_wf->m_eGender = GENDER_F;
pco_wf->m_eAnimacy = ANIM_YES;
break;
case MS_S:
pco_wf->m_eGender = GENDER_N;
pco_wf->m_eAnimacy = ANIM_NO;
break;
case MS_SO:
pco_wf->m_eGender = GENDER_N;
pco_wf->m_eAnimacy = ANIM_YES;
break;
case MS_MO_ZHO:
pco_wf->m_eAnimacy = ANIM_YES;
break;
case MS_MN_NEOD:
pco_wf->m_eAnimacy = ANIM_NO;
break;
case MS_MN_ODUSH:
pco_wf->m_eAnimacy = ANIM_YES;
break;
case MS_SV:
pco_wf->m_eAspect = ASPECT_PERFECTIVE;
break;
case MS_NSV:
pco_wf->m_eAspect = ASPECT_IMPERFECTIVE;
break;
} // switch
return S_OK;
}
// (PHP-CALLBACK entry-point) This manually gets a lock where needed but
// avoids holding one most of the time as this can be a quite slow operation.
void runCallback() {
hphp_session_init(Treadmill::SessionKind::Watchman);
auto context = g_context.getNoCheck();
SCOPE_EXIT {
hphp_context_exit();
hphp_session_exit();
{
std::lock_guard<std::mutex> g(s_sharedDataMutex);
processNextUpdate();
}
};
try {
std::string json_data;
{
std::lock_guard<std::mutex> g(s_sharedDataMutex);
if (m_unprocessedCallbackData.empty()) {
return;
}
auto& data = m_unprocessedCallbackData.back();
json_data = toJson(data);
m_unprocessedCallbackData.pop_back();
}
bool initial;
auto unit = lookupUnit(
String(m_callbackFile.c_str()).get(),
"",
&initial,
Native::s_noNativeFuncs);
if (!unit) {
throw std::runtime_error(
folly::sformat("Unit '{}' no longer exists.", m_callbackFile));
}
auto unit_result = Variant::attach(context->invokeUnit(unit));
auto func = Unit::loadFunc(String(m_callbackFunc.c_str()).get());
if (!func) {
throw std::runtime_error(
folly::sformat("Callback '{}' no longer exists", m_callbackFunc));
}
String str_path(m_path.c_str());
String str_query(m_query.c_str());
String str_name(m_name.c_str());
String str_json_data(json_data.c_str());
String str_socket_path(m_socketPath.c_str());
TypedValue args[] = {
str_path.toCell(),
str_query.toCell(),
str_name.toCell(),
str_json_data.toCell(),
str_socket_path.toCell(),
};
tvDecRefGen(
context->invokeFuncFew(func,
nullptr, // thisOrCls
nullptr, // invName
5, // argc
args)
);
} catch(Exception& e) {
if (m_error.empty()) {
m_error = e.getMessage();
}
} catch(Object& e) {
if (m_error.empty()) {
try {
m_error = e->invokeToString().data();
} catch(...) {
m_error = "PHP exception which cannot be turned into a string";
}
}
} catch(const std::exception& e) {
if (m_error.empty()) {
m_error = folly::exceptionStr(e).toStdString();
}
} catch(...) {
if (m_error.empty()) {
m_error = "Unknown error (non std::exception)";
}
}
}
