public async Task <string> Gen(CodeClass selectedClass, GenOptions opts)
{
_opts = opts;
_genner = new ClassGenerator(_parts, _opts, _dte);
if (_debugMode == true)
{
ParseFunctions(selectedClass);
return(PutItAllTogether());
}
else
{
return(await Task.Run(() =>
{
ParseFunctions(selectedClass);
return PutItAllTogether();
}));
}
}
public string GenerateFunctionParamForClassInput(CodeTypeRef codeTypeRef)
{
var strippedCodeTypeRef = StripGenerics(codeTypeRef);
var fullName = strippedCodeTypeRef.AsFullName.Replace("?", "");
var name = strippedCodeTypeRef.CodeType.Name.Replace("?", "");
if (ClassGenerator.IsCodeTypeAList(name))
{
var baseType = TryToGuessGenericArgument(codeTypeRef);
if (baseType == null)
{
return(null);
}
name = baseType.CodeType.Name + "List";
fullName = strippedCodeTypeRef.AsFullName.Replace("?", "");
}
var exists = _parts.ParamsGenerated.FirstOrDefault(x => x.FullName == fullName);
if (exists != null)
{
return(exists.GetFunctionName); //do not add a 2nd one
}
var functionName = string.Format("Get{0}", name);
//if (functionName == "GetList")
// {
// var asdasdsad = 55;
// }
//_parts.ParamsGenerated keeps a list of functions that will get the value of the object we generated
_parts.ParamsGenerated.Add(new ParamsGenerated()
{
FullName = fullName, GetFunctionName = functionName
});
string innerCode;
if (functionName == "GetTask")
{
innerCode = "new Task()";
}
else
{
innerCode = GetParamValue(codeTypeRef, string.Empty, 3);
}
if (innerCode.Contains("Task"))
{
var asdasd = 444;
}
var gen = string.Format(@"
private static {0} {1}() {{
return {2};
}}
", fullName, functionName, innerCode);
_parts.ParamInputs += gen;
return(functionName);
}