void ExcpectFunctionCall(Token t)
{
if (t.type == Token.Type.IdSingle)
{
CallFunction(new Id(t.lexema));
exptFuCallFlag = false;
}
else if (t.type == Token.Type.IdHead)
{
pStack.Push(new Id(t.lexema));
}
else if (t.type == Token.Type.IdTail)
{
Id before = (Id)pStack.Peek();
before.AddPath(t.lexema);
}
else if (t.type == Token.Type.IdEnd)
{
Id before = (Id)pStack.Pop();
before.AddPath(t.lexema);
CallFunction(before);
exptFuCallFlag = false;
}
else
{
throw new Exception("invalid function call");
}
}
private void Process(Token t)
{
if (exptFuCallFlag)
{
ExcpectFunctionCall(t);
}
else if (opBlockFlag)
{
if (t.type == Token.Type.Operator && t.lexema == "}")
{
opBlockFlag = false;
this.pStack.Push(newblock);
}
else
{
newblock.Append(t);
}
}
else
{
switch (t.type)
{
case Token.Type.Indexer:
pStack.Push(int.Parse(t.lexema));
CallFunction(new Id("~indexer"));
break;
case Token.Type.Operator:
ProcessOperator(t.lexema);
break;
case Token.Type.FunctionCall:
CallFunction(new Id(t.lexema));
break;
case Token.Type.String:
pStack.Push(t.lexema);
break;
case Token.Type.Double:
pStack.Push(Double.Parse(t.lexema));
break;
case Token.Type.Integer:
pStack.Push(Double.Parse(t.lexema));
break;
case Token.Type.IdHead:
pStack.Push(new Id(t.lexema));
break;
case Token.Type.IdSingle:
pStack.Push(new Id(t.lexema));
break;
case Token.Type.IdTail:
Id before = (Id)pStack.Peek();
before.AddPath(t.lexema);
break;
case Token.Type.EOS:
break;
}
}
}