public Type asType(boolean nullable, com.google.dart.compiler.type.Type type) {
switch (type.getKind()) {
case VOID:
return CoreTypeRepository.VOID_TYPE;
case DYNAMIC:
return nullable
? CoreTypeRepository.DYNAMIC_TYPE
: CoreTypeRepository.DYNAMIC_NON_NULL_TYPE;
case VARIABLE:
// return typeRepository.findType(nullable, (ClassElement)
// type.getElement());
if (!(type.getElement() instanceof ClassElement)) {
return DYNAMIC_NON_NULL_TYPE;
}
case INTERFACE:
return typeRepository.findType(nullable, (ClassElement) type.getElement());
case FUNCTION:
return asFunctionType(nullable, (com.google.dart.compiler.type.FunctionType) type);
case FUNCTION_ALIAS:
return asFunctionType(nullable, ((FunctionAliasType) type).getElement().getFunctionType());
case NONE:
default:
throw new AssertionError("asType: " + type.getKind() + " must be implemented");
}
}
public FunctionType asConstantFunctionType(MethodElement element) {
com.google.dart.compiler.type.FunctionType functionType = element.getFunctionType();
return typeRepository.findFunction(
false,
asType(true, functionType.getReturnType()),
asTypeList(functionType.getParameterTypes()),
asTypeMap(functionType.getNamedParameterTypes()),
element);
}
private FunctionType asFunctionType(
boolean nullable, com.google.dart.compiler.type.FunctionType functionType) {
return typeRepository.findFunction(
nullable,
asType(true, functionType.getReturnType()),
asTypeList(functionType.getParameterTypes()),
asTypeMap(functionType.getNamedParameterTypes()),
null);
}
public Type findType(boolean nullable, ClassElement classElement) {
return typeRepository.findType(nullable, classElement);
}