const std::string oclTypeToString(const core::lang::BasicGenerator& basic, const core::TypePtr& type){
if (type->getNodeType() == core::NT_VectorType){
core::VectorTypePtr vecType = static_pointer_cast<const core::VectorType>(type);
auto elType = vecType->getElementType();
std::string strType = oclTypeToString(basic, elType);
if(!strType.empty()){
int size = core::static_pointer_cast<const core::ConcreteIntTypeParam>(vecType->getSize())->getValue();
switch (size) {
case 2: return strType + "2";
case 3: return strType + "3";
case 4: return strType + "4";
case 8: return strType + "8";
case 16:return strType + "16";
default: return "";
}
}
return "";
}
if (basic.isBool(type)) return "bool";
if (basic.isChar(type)) return "char";
if (basic.isUInt1(type)) return "uchar";
if (basic.isInt2(type)) return "short";
if (basic.isUInt2(type)) return "ushort";
if (basic.isInt4(type)) return "int";
if (basic.isUInt4(type)) return "uint";
if (basic.isInt8(type)) return "long";
if (basic.isUInt8(type)) return "ulong";
if (basic.isFloat(type)) return "float";
if (basic.isDouble(type)) return "double";
return "";
}
bool isListType(const core::TypePtr& type) {
if (type->getNodeType() != NT_GenericType) {
return false;
}
// check generic type properties
core::GenericTypePtr genType = static_pointer_cast<const GenericType>(type);
return genType->getName()->getValue() == ListExtension::LIST_TYPE_NAME &&
genType->getTypeParameter().size() == static_cast<std::size_t>(1) &&
genType->getIntTypeParameter().empty();
}
const std::string oclRefTypeToString(const core::lang::BasicGenerator& basic, const core::TypePtr& type){
if (type->getNodeType() == core::NT_RefType)
return oclTypeToString(basic, static_pointer_cast<const core::RefType>(type)->getElementType());
return oclTypeToString(basic, type);
}