public void AddRawLLVMTypeMapping(string className, ClepsType rawLLVMTypeMap)
{
Debug.Assert(LoadedClassesAndMembers.ContainsKey(className));
Debug.Assert(!RawLLVMTypeMappingClasses.ContainsKey(rawLLVMTypeMap));
RawLLVMTypeMappingClasses.Add(rawLLVMTypeMap, LoadedClassesAndMembers[className]);
LoadedClassesAndMembers[className].AddRawLLVMTypeMapping(rawLLVMTypeMap);
}
public void AddNewMember(string className, string memberName, bool isStatic, ClepsType memberType)
{
Debug.Assert(LoadedClassesAndMembers.ContainsKey(className));
LoadedClassesAndMembers[className].AddNewMember(memberName, isStatic, memberType);
if (memberType.IsFunctionType && isStatic &&
(
memberType.FunctionReturnType == ClepsType.GetBasicType("System.Types.Int32", new List <uint>() /* array dims */, 0 /* ptrIndirectionLevel */) ||
memberType.FunctionReturnType == ClepsType.GetBasicType("System.LLVMTypes.I32", new List <uint>() /* array dims */, 0 /* ptrIndirectionLevel */)
) &&
memberType.FunctionParameters.Count == 0 && memberName == "Main")
{
string fullyQualifiedName = className + "." + memberName;
MainFunctionFullNames.Add(fullyQualifiedName);
}
}
public bool ClassContainsRawLLVMTypeMapping(string className)
{
Debug.Assert(LoadedClassesAndMembers.ContainsKey(className));
return(LoadedClassesAndMembers[className].RawLLVMTypeMap != null);
}
public bool DoesClassContainMember(string className, string memberName, bool isStatic)
{
Debug.Assert(LoadedClassesAndMembers.ContainsKey(className));
return(LoadedClassesAndMembers[className].DoesClassContainMember(memberName, isStatic));
}
public void AddNewClass(string className)
{
Debug.Assert(!LoadedClassesAndMembers.ContainsKey(className));
LoadedClassesAndMembers.Add(className, new ClepsClass(className));
}
public bool IsClassLoaded(string className)
{
return(LoadedClassesAndMembers.ContainsKey(className));
}