internal virtual void RunParseTest(string document, Func<ParserBase, Action> parserActionSelector, Block expectedRoot, IList<RazorError> expectedErrors, bool designTimeParser) {
// Create the source
using (StringTextBuffer reader = new StringTextBuffer(document)) {
ParserResults results = null;
try {
ParserBase codeParser = CreateCodeParser();
MarkupParser markupParser = CreateMarkupParser();
SyntaxTreeBuilderVisitor listener = new SyntaxTreeBuilderVisitor();
ParserContext context = CreateParserRun(new TextBufferReader(reader), codeParser, markupParser, listener);
context.DesignTimeMode = designTimeParser;
codeParser.Context = context;
markupParser.Context = context;
// Run the parser
parserActionSelector(context.ActiveParser)();
context.OnComplete();
// Collect the results
results = listener.Results;
EvaluateResults(TestContext, results, expectedRoot, expectedErrors);
}
finally {
if (TestContext != null && results != null && results.Document != null) {
TestContext.WriteLine(String.Empty);
TestContext.WriteLine("Actual Parse Tree:");
WriteNode(0, TestContext, results.Document);
}
}
}
}
protected internal virtual ParserResults ParseTemplateCore(LookaheadTextReader input, CancellationToken? cancelToken) {
// Setup the consumer
SyntaxTreeBuilderVisitor treeBuilder = new SyntaxTreeBuilderVisitor() { CancelToken = cancelToken };
// Construct the parser
RazorParser parser = CreateParser();
Debug.Assert(parser != null);
parser.Parse(input, treeBuilder);
// Return the results
return treeBuilder.Results;
}
public void ParseMethodUsesProvidedParserListenerIfSpecified() {
// Arrange
RazorParser parser = new RazorParser(new CSharpCodeParser(), new HtmlMarkupParser());
SyntaxTreeBuilderVisitor builder = new SyntaxTreeBuilderVisitor();
// Act
parser.Parse(new StringReader("foo @bar baz"), builder);
// Assert
ParserTestBase.EvaluateResults(TestContext,
builder.Results,
new MarkupBlock(
new MarkupSpan("foo "),
new ExpressionBlock(
new TransitionSpan(RazorParser.TransitionString, hidden: false, acceptedCharacters: AcceptedCharacters.None),
new ImplicitExpressionSpan("bar", CSharpCodeParser.DefaultKeywords, acceptTrailingDot: false, acceptedCharacters: AcceptedCharacters.NonWhiteSpace)
),
new MarkupSpan(" baz")
));
}
private ParserResults SyncParseCore(LookaheadTextReader input) {
SyntaxTreeBuilderVisitor listener = new SyntaxTreeBuilderVisitor();
Parse(input, listener);
return listener.Results;
}
protected internal virtual GeneratorResults GenerateCodeCore(LookaheadTextReader input, string className, string rootNamespace, string sourceFileName, CancellationToken? cancelToken) {
className = className ?? Host.DefaultClassName;
rootNamespace = rootNamespace ?? Host.DefaultNamespace;
// Set up the code generator
RazorCodeGenerator generator = CreateCodeGenerator(className, rootNamespace, sourceFileName);
generator.DesignTimeMode = Host.DesignTimeMode;
// Setup the consumers
SyntaxTreeBuilderVisitor treeBuilder = new SyntaxTreeBuilderVisitor() { CancelToken = cancelToken };
VisitorPair consumer = new VisitorPair(treeBuilder, generator);
// Run the parser
RazorParser parser = CreateParser();
Debug.Assert(parser != null);
parser.Parse(input, consumer);
// Post process code
Host.PostProcessGeneratedCode(generator.GeneratedCode, generator.GeneratedNamespace, generator.GeneratedClass, generator.GeneratedExecuteMethod);
// Extract design-time mappings
IDictionary<int, GeneratedCodeMapping> designTimeLineMappings = null;
if (Host.DesignTimeMode) {
designTimeLineMappings = generator.CodeMappings;
}
// Collect results and return
return new GeneratorResults(treeBuilder.Results, generator.GeneratedCode, designTimeLineMappings);
}