private void GenerateModelClasses()
{
foreach (var c in _model.Classes)
{
if (_model.Public)
{
_w.Write("public ");
}
_w.WriteLine("class {0}", c.Name);
_w.WriteLine("{").Push();
_w.WriteLine("public StringTreeNode _rawTreeNode;");
foreach (var f in c.Fields)
{
var typeName = f.Name.Trim('@');
if (f.IsCollection)
{
typeName += "[]";
}
_w.WriteLine("public {0} {1}{2};", typeName, f.Name, f.IsCollection ? "s" : string.Empty);
}
_w.Pop().WriteLine("}");
_w.WriteLine();
}
}
public ParserState <TResult> ExitNode(bool?lastTerminalFailed = null)
{
if (!this.LastTerminalFailed.HasValue && !lastTerminalFailed.HasValue)
{
throw new InvalidOperationException();
}
var terminalFailed = lastTerminalFailed.HasValue ? lastTerminalFailed : this.LastTerminalFailed;
var recursionCallNode = this.RecursionNode;
var isExitFromRecursiveCall = recursionCallNode != null && recursionCallNode.Target == this.CurrNode;
var nextNode = isExitFromRecursiveCall ? recursionCallNode : this.CurrNode.Parent;
if (_log != null)
{
if (isExitFromRecursiveCall)
{
_log.WriteLine("Exit from recursion");
}
_log.Pop().WriteLine("ExitNode @{3} {0} {1} --> {2}",
terminalFailed.HasValue ? ("(" + terminalFailed + ")") : string.Empty,
this.CurrNode, nextNode, this.Reader.Location
).Pop();
}
return(this.ExitNodeImpl(terminalFailed, nextNode));
}
void IParserStepVisitor.VisitExitNode(IExitStep exitNode)
{
_w.Pop();
}