public object Visit(CalledAndIndexedMemberNode n, object o)
{
n.Member.Accept(this, null);
n.Call.Accept(this, null);
Append("[");
n.Index.Accept(this, null);
Append("]");
return(null);
}
private MemberExpressionNode MemberReference()
{
MemberExpressionNode itsAST;
SourceCodePosition itsPos = _currentToken.SourcePosition;
IdentifierNode itsName = new IdentifierNode(_currentToken);
Accept(Token.TokenType.Identifier);
MemberNode itsMember = new SimpleMemberNode(itsName, itsPos);
if (_currentToken.Type == Token.TokenType.LeftParen)
{
CallExpressionNode itsCall = Call(itsName); // add the associated identifier to the call
itsMember = new CalledMemberNode(itsMember, itsCall, itsPos);
if (_currentToken.Type == Token.TokenType.LeftBracket)
{
ExpressionNode itsIndex = ArrayExpression();
itsMember = new CalledAndIndexedMemberNode(itsMember, itsCall, itsIndex, itsPos);
}
}
else if (_currentToken.Type == Token.TokenType.LeftBracket)
{
ExpressionNode itsIndex = ArrayExpression();
itsMember = new IndexedMemberNode(itsMember, itsIndex, itsPos);
}
while (_currentToken.Type == Token.TokenType.Dot)
{
Accept(Token.TokenType.Dot);
itsName = new IdentifierNode(_currentToken);
Accept(Token.TokenType.Identifier);
itsMember = new DotMemberNode(itsMember, itsName, itsPos);
if (_currentToken.Type == Token.TokenType.LeftParen)
{
CallExpressionNode itsCall = Call(itsName); // add the associated identifier to the call
itsMember = new CalledMemberNode(itsMember, itsCall, itsPos);
if (_currentToken.Type == Token.TokenType.LeftBracket)
{
ExpressionNode itsIndex = ArrayExpression();
itsMember = new CalledAndIndexedMemberNode(itsMember, itsCall, itsIndex, itsPos);
}
}
else if (_currentToken.Type == Token.TokenType.LeftBracket)
{
ExpressionNode itsIndex = ArrayExpression();
itsMember = new IndexedMemberNode(itsMember, itsIndex, itsPos);
}
}
itsAST = new MemberExpressionNode(itsMember, itsPos);
return(itsAST);
}
public object Visit(CalledAndIndexedMemberNode n, object o)
{
return(null);
}
