public UnrealMapTypeReference(IUnrealTypeReference containedTypeReferenceKey, IUnrealTypeReference containedTypeReferenceValue)
{
ReferenceType = ReferenceType.Map;
KeyType = containedTypeReferenceKey;
ValueType = containedTypeReferenceValue;
var className = string.Format("{0}To{1}Map", containedTypeReferenceKey.UnderlyingCapitalisedName, containedTypeReferenceValue.UnderlyingCapitalisedName);
UnrealType = string.Format("U{0}*", className);
UnderlyingQualifiedName = string.Format("worker::Map<{0}, {1}>", containedTypeReferenceKey.UnderlyingQualifiedName, containedTypeReferenceValue.UnderlyingQualifiedName);
UnderlyingCapitalisedName = null;
ConvertUnderlyingValueToUnrealMemberVariable = (cppMap) =>
{
// Set owning object as new uobject's outer.
return(string.Format("NewObject<U{0}>(this)->Init({1})", className, cppMap));
};
AssignUnderlyingValueToUnrealMemberVariable = (capitalizedName, cppMap) =>
{
return(string.Format(@"if ({0} == nullptr) {{ {0} = NewObject<U{1}>(this); }} {0}->Init({2})",
capitalizedName,
className,
cppMap));
};
CheckInequality = (capitalizedName, compName) => { return(string.Format("{0} && (*{0} != {1})", capitalizedName, compName)); };
ConvertUnrealValueToSnapshotValue = (VarName) => { return(ConvertUnrealValueToUnderlyingValue(VarName)); };
ConvertUnderlyingValueToUnrealLocalVariable = (cppMap) =>
{
//set static instance package as the uobject's outer
return(string.Format("NewObject<U{0}>()->Init({1})", className, cppMap));
};
ConvertUnrealValueToUnderlyingValue = (unrealMap) => { return(string.Format("{0}->GetUnderlying()", unrealMap)); };
RequiredIncludes = new List <string>();
RequiredIncludes.Add(string.Format("\"{0}.h\"", className));
RequiredIncludes.AddRange(containedTypeReferenceKey.RequiredIncludes);
RequiredIncludes.AddRange(containedTypeReferenceValue.RequiredIncludes);
RequiredIncludes = RequiredIncludes.Distinct().ToList();
DefaultInitialisationString = string.Format("worker::Map<{0}, {1}>()", KeyType.UnderlyingQualifiedName,
ValueType.UnderlyingQualifiedName);
ArgumentName = UnrealType;
SnapshotType = string.Format("worker::Map<{0}, {1}>", containedTypeReferenceKey.UnderlyingQualifiedName, containedTypeReferenceValue.UnderlyingQualifiedName);
UClassName = string.Format("U{0}", className);
DefaultValue = "nullptr";
}
public UnrealCommandDetails(ComponentDefinitionRaw.CommandDefinitionRaw commandDefinition,
string capitalisedName,
string qualifiedOwnerName,
string capitalisedOwnerName,
IUnrealTypeReference requestTypeReference,
IUnrealTypeReference responseTypeReference,
UnrealPackageDetails packageDetails)
{
CapitalisedName = capitalisedName;
UnderlyingCommandDefinition = commandDefinition;
UnderlyingCapitalisedName = Formatting.SnakeCaseToCapitalisedCamelCase(commandDefinition.name);
UnderlyingPackageDetails = packageDetails;
QualifiedOwnerName = qualifiedOwnerName;
CapitalisedOwnerName = capitalisedOwnerName;
UnrealRequestTypeDetails = requestTypeReference;
UnrealResponseTypeDetails = responseTypeReference;
UnrealCommandDelegateType = string.Format("{0}{1}", responseTypeReference.CapitalisedName, requestTypeReference.CapitalisedName);
UnrealCommandDelegateName = string.Format("F{0}Command", CapitalisedName);
}
public UnrealFieldDetails(FieldDefinitionRaw fieldDefinition, IUnrealTypeReference typeReference)
{
CapitalisedName = Formatting.SnakeCaseToCapitalisedCamelCase(fieldDefinition.name);
LowercaseName = fieldDefinition.name;
TypeReference = typeReference;
}
public UnrealEventDetails(ComponentDefinitionRaw.EventDefinitionRaw eventDefinition, IUnrealTypeReference typeReference)
{
CapitalisedName = Formatting.SnakeCaseToCapitalisedCamelCase(eventDefinition.name);
LowercaseName = eventDefinition.name;
EventTypeReference = typeReference;
}
