// Parse an expression that might include comma separated multiple
// expressions.
ast.ExprNode ParseCompositeExpressionNode(ParseContext ctx)
{
var lhs = ParseExpressionAssignment(ctx);
if (t.token != Token.comma)
{
return(lhs);
}
if ((ctx & ParseContext.AllowCompositeExpressions) == 0)
{
t.Compiler.RecordWarning(t.GetBookmark(), "use of composite expression - are you sure this is what you intended?");
}
var expr = new ast.ExprNodeComposite(t.GetBookmark());
expr.Expressions.Add(lhs);
while (t.SkipOptional(Token.comma))
{
expr.Expressions.Add(ParseExpressionAssignment(ctx));
}
return(expr);
}
// Parse an expression that might include comma separated multiple
// expressions.
ast.ExprNode ParseCompositeExpressionNode(ParseContext ctx)
{
var lhs = ParseExpressionAssignment(ctx);
if (t.token != Token.comma)
return lhs;
if ((ctx & ParseContext.AllowCompositeExpressions) == 0)
{
t.Compiler.RecordWarning(t.GetBookmark(), "use of composite expression - are you sure this is what you intended?");
}
var expr = new ast.ExprNodeComposite(t.GetBookmark());
expr.Expressions.Add(lhs);
while (t.SkipOptional(Token.comma))
{
expr.Expressions.Add(ParseExpressionAssignment(ctx));
}
return expr;
}
