UE_ASSERT(0xad0cf41, E_HOUDINI_ATTROWNER_INVALID < attributeOwner && attributeOwner < E_HOUDINI_ATTROWNER_MAX);
int attributeCnt = m_PartInfo->attributeCounts[attributeOwner];
			
std::vector<T_HoudiniStringHandle> stringHandles;
stringHandles.resize(attributeCnt);
HAPI_Result res = HAPI_GetAttributeNames(m_Session->GetPtr(), m_GeoId, m_PartInfo->id, HAPI_ATTROWNER_DETAIL, &stringHandles[0], attributeCnt);

UE_ASSERT(0xd7a0f3ff, res == HAPI_RESULT_SUCCESS);

uestd::vector<C_String> attributeNames;
attributeNames.reserve(attributeCnt);

for (auto handle : stringHandles)
{
	int buffer_length = 0;
	HAPI_Result res = HAPI_GetStringBufLength(m_Session, handle, &buffer_length);
	UE_ASSERT(0xe9c3b2e7, res == HAPI_RESULT_SUCCESS);

	uestd::string str;
	str.resize(buffer_length);

	res = HAPI_GetString(m_Session, handle, &str[0], buffer_length);
	UE_ASSERT(0xde863b29, res == HAPI_RESULT_SUCCESS);

	attributeNames.push_back(str.c_str());
}