private IUnrealTypeReference GenerateUnrealTypeReference(FieldDefinitionRaw fieldDefinition)
{
IUnrealTypeReference unrealTypeReference;
if (fieldDefinition.IsMap())
{
var containedKey = GenerateUnrealTypeReference(fieldDefinition.mapType.keyType);
var containedValue = GenerateUnrealTypeReference(fieldDefinition.mapType.valueType);
unrealTypeReference = new UnrealMapTypeReference(containedKey, containedValue);
}
else if (fieldDefinition.IsOption())
{
var containedType = GenerateUnrealTypeReference(fieldDefinition.optionType.valueType);
unrealTypeReference = new UnrealOptionTypeReference(containedType);
}
else if (fieldDefinition.IsList())
{
var containedType = GenerateUnrealTypeReference(fieldDefinition.listType.valueType);
unrealTypeReference = new UnrealListTypeReference(containedType);
}
else
{
unrealTypeReference = GenerateUnrealTypeReference(fieldDefinition.singularType);
}
return(unrealTypeReference);
}
public static void unreallisttypereference_is_initiated_as_expected_when_passed_a_list_type_reference_with_a_built_in_type_as_contained_type()
{
var listTypeRaw = new FieldDefinitionRaw.ListTypeRaw()
{
valueType = new TypeReferenceRaw()
{
sourceReference = new SourceReferenceRaw {
line = "1", column = "1"
},
builtInType = "float",
userType = null
}
};
var containedTypeReference = new UnrealBuiltInTypeReference(listTypeRaw.valueType);
var unrealListTypeReference = new UnrealListTypeReference(containedTypeReference);
Assert.That(unrealListTypeReference.UnderlyingCapitalisedName == "Float");
Assert.That(unrealListTypeReference.RequiredIncludes.Count == 1);
Assert.That(unrealListTypeReference.RequiredIncludes.Contains("\"FloatList.h\""));
Assert.That(unrealListTypeReference.UnderlyingQualifiedName == "float");
Assert.That(unrealListTypeReference.UnrealType == "UFloatList*");
Assert.That(unrealListTypeReference.AssignUnderlyingValueToUnrealMemberVariable("TestField", "val") == "if (TestField == nullptr) { TestField = NewObject<UFloatList>(this); } TestField->Init(val)");
Assert.That(unrealListTypeReference.ConvertUnderlyingValueToUnrealLocalVariable("val") == "NewObject<UFloatList>()->Init(val)");
Assert.That(unrealListTypeReference.ConvertUnderlyingValueToUnrealMemberVariable("val") == "NewObject<UFloatList>(this)->Init(val)");
Assert.That(unrealListTypeReference.ConvertUnrealValueToSnapshotValue("val") == "val->GetUnderlying()");
Assert.That(unrealListTypeReference.ConvertUnrealValueToUnderlyingValue("val") == "val->GetUnderlying()");
Assert.That(unrealListTypeReference.DefaultInitialisationString == "worker::List<float>()");
Assert.That(unrealListTypeReference.SnapshotType == "worker::List<float>");
}
public static void unreallisttypereference_is_initiated_as_expected_when_passed_a_list_type_reference_with_an_enum_type_as_contained_type()
{
var userEnumDefinition = GenerateEnumDefinition();
var unrealEnumDetails = new UnrealEnumDetails(userEnumDefinition, "TestEnum", null);
var containedEnumReference = new UnrealEnumTypeReference(unrealEnumDetails);
var unrealEnumTypeReference = new UnrealListTypeReference(containedEnumReference);
Assert.That(unrealEnumTypeReference.UnderlyingCapitalisedName == "ImprobableCodegenTestEnum");
Assert.That(unrealEnumTypeReference.RequiredIncludes.Count == 2);
Assert.That(unrealEnumTypeReference.RequiredIncludes.Contains("\"ImprobableCodegenTestEnumList.h\""));
Assert.That(unrealEnumTypeReference.RequiredIncludes.Contains("\"TestEnum.h\""));
Assert.That(unrealEnumTypeReference.UnderlyingQualifiedName == "improbable::codegen::TestEnum");
Assert.That(unrealEnumTypeReference.UnrealType == "UImprobableCodegenTestEnumList*");
Assert.That(unrealEnumTypeReference.AssignUnderlyingValueToUnrealMemberVariable("TestField", "val") == "if (TestField == nullptr) { TestField = NewObject<UImprobableCodegenTestEnumList>(this); } TestField->Init(val)");
Assert.That(unrealEnumTypeReference.ConvertUnderlyingValueToUnrealLocalVariable("val") == "NewObject<UImprobableCodegenTestEnumList>()->Init(val)");
Assert.That(unrealEnumTypeReference.ConvertUnderlyingValueToUnrealMemberVariable("val") == "NewObject<UImprobableCodegenTestEnumList>(this)->Init(val)");
Assert.That(unrealEnumTypeReference.ConvertUnrealValueToUnderlyingValue("val") == "val->GetUnderlying()");
}
public UnrealListImplementationGenerator(UnrealListTypeReference listTypeReference)
{
this.listTypeReference = listTypeReference;
}
public UnrealListHeaderGenerator(UnrealListTypeReference listTypeReference)
{
this.listTypeReference = listTypeReference;
}
