public CustomTypeInstance(CustomType Type)
{
this.Type = Type;
}
public static new Expression Parse(Engine Engine, string Text, ref int Index, int LastIndex)
{
if (!IsParseOk(Engine, Text, ref Index, LastIndex))
{
return(null);
}
var Delta = Index;
if (Text.Compare("class", Delta))
{
Delta += 5;
ConsumeWhitespace(Text, ref Delta);
CustomType Type = null;
var Open = Delta;
ConsumeValidName(Text, ref Delta);
if (Delta > Open)
{
var Name = Text.Substring(Open, Delta - Open);
ConsumeWhitespace(Text, ref Delta);
if (Text.Compare(":", Delta))
{
Delta++;
ConsumeWhitespace(Text, ref Delta);
Open = Delta;
ConsumeValidName(Text, ref Delta);
if (Delta > Open)
{
CustomType BaseType;
var BaseName = Text.Substring(Open, Delta - Open);
ConsumeWhitespace(Text, ref Delta);
if ((BaseType = Engine.Types[BaseName] as CustomType) != null)
{
Type = new CustomType(Name, BaseType);
}
}
}
else
{
Type = new CustomType(Name);
}
if (Type != null && Text.Compare("{", Delta))
{
Open = Delta + 1;
ConsumeWhitespace(Text, ref Open);
ConsumeExpression(Text, ref Delta);
while (true)
{
Node Node = null;
if ((Node = Function.Parse(Engine, Text, ref Open, Delta, false)) != null)
{
Type.Functions.Add(Node as Function);
}
else
{
var Obj = Engine.Parse(Text, ref Open, Delta - 1);
if (Obj != null && Obj is Assign)
{
Type.Properties.Add(Obj as Assign);
}
else
{
break;
}
}
while (Text.Compare(";", Open))
{
Open++;
}
ConsumeWhitespace(Text, ref Open);
}
ConsumeWhitespace(Text, ref Delta);
Index = Delta;
Type.Register(Engine);
return(NoOp);
}
}
}
return(null);
}
