void parseBracket()
{
i++;
List <ZMethodArg> bracketargs = new List <ZMethodArg>();
//Dictionary<string, TKTProcArg> dict = new Dictionary<string, TKTProcArg>();
for (; i < Code.Length; i++)
{
ZMethodArg arg = parseArg();
if (arg != null)
{
bracketargs.Add(arg);
}
//dict.Add(arg.ArgName, arg);
if (ch == '\0')
{
break;
}
if (ch == ')')
{
i++;
break;
}
}
//TKTProcBracket bracket = new TKTProcBracket(bracketargs,dict);
desc.Add(bracketargs.ToArray());
}
protected void EmitArgs(ZCallDesc expProcDesc, ZMethodDesc searchedProcDesc)
{
var size = expProcDesc.Args.Count;;
for (int i = 0; i < size; i++)
{
var arg = expProcDesc.Args[i];
var exp = (arg.Data as Exp);
ZMethodArg procArg = searchedProcDesc.Args[i];
exp.RequireType = (procArg as ZMethodNormalArg).ArgZType;// ZRealType.CreateZType(procArg.ArgType);
exp.Emit();
}
}
protected void AnalyArgLambda(ZMethodDesc zdesc)
{
//ZMethodDesc zdesc = SearchedMethod.ZDesces[0];
for (int i = 0; i < ExpProcDesc.Args.Count; i++)
{
ZMethodArg procArg = zdesc.Args[i];
if (procArg is ZMethodNormalArg)
{
ZMethodNormalArg znarg = (procArg as ZMethodNormalArg);
if (ZLambda.IsFn(znarg.ArgZType.SharpType))
{
ZCallArg expArg = ExpProcDesc.Args[i];
Exp exp = expArg.Data as Exp;
ExpNewLambda newLambdaExp = new ExpNewLambda(exp, znarg.ArgZType);
newLambdaExp.SetContext(this.ExpContext);
expArg.Data = newLambdaExp;
newLambdaExp.Analy();
}
}
}
}
