public SyntaxTreeNode Parse(TextReader templateReader, Type modelType)
{
var state = new HandlebarsParserState();
var tokens = HandlebarsTokenizer.Tokenize(templateReader);
state.BlockStack.PushNewBlockWithModel(modelType);
foreach (var token in tokens)
{
state.SetCurrentToken(token);
foreach (var handler in SyntaxHandlers)
{
if (handler.Key(token))
{
handler.Value.Invoke(state);
if (state.ContinueProcessingToken)
{
state.ContinueProcessingToken = false;
continue;
}
break;
}
}
}
state.AssertStackOnRootNode();
return(state.RootNode);
}
public SyntaxTreeNode Parse(string templateId, TextReader templateReader, Type modelType, IMemberLocator memberLocator, IHelperHandler[] helperHandlers)
{
if (memberLocator == null)
{
memberLocator = MemberLocator.Default;
}
var state = new HandlebarsParserState(templateId, memberLocator);
var tokens = HandlebarsTokenizer.Tokenize(templateReader);
state.BlockStack.PushNewBlockWithModel(modelType, new SourceLocation(templateId, 0, 0));
var helpers = SyntaxHandlers.Union(GetHelperHandlers(helperHandlers ?? Enumerable.Empty <IHelperHandler>())).Union(SyntaxHandlersAfter).ToList();
foreach (var token in tokens)
{
state.SetCurrentToken(token);
foreach (var handler in helpers)
{
if (handler.Key(token))
{
handler.Value.Invoke(state);
if (state.ContinueProcessingToken)
{
state.ContinueProcessingToken = false;
continue;
}
break;
}
}
}
state.AssertStackOnRootNode();
return(state.RootNode);
}
