private static MbUnit2Test CreateTest(RunPipe runPipe)
{
IMemberInfo member = GuessMemberInfoFromRunPipe(runPipe);
ICodeElementInfo codeElement = member ?? Reflector.Wrap(runPipe.FixtureType);
MbUnit2Test test = new MbUnit2Test(runPipe.ShortName, codeElement, runPipe.Fixture, runPipe);
test.Kind = TestKinds.Test;
test.IsTestCase = true;
if (member != null)
{
MbUnit2MetadataUtils.PopulateTestMetadata(test, member);
}
return(test);
}
/// <summary>
/// MbUnit v2 does not expose the MemberInfo directly.
/// </summary>
/// <remarks>
/// <para>
/// Arguably that allows more general filtering rules than Gallio's simple
/// CodeReference but it is a bit of a nuisance for us here.
/// So to avoid breaking the MbUnit v2 API, we resort to a
/// hack based on guessing the right method.
/// </para>
/// </remarks>
private static IMemberInfo GuessMemberInfoFromRunPipe(RunPipe runPipe)
{
foreach (RunInvokerVertex vertex in runPipe.Invokers)
{
if (!vertex.HasInvoker)
{
continue;
}
IRunInvoker invoker = vertex.Invoker;
if (invoker.Generator.IsTest)
{
// Note: This is the hack.
// We assume the run invoker's name matches the name of
// the actual member and that the member is public and is
// declared by the fixture type. That should be true with
// all built-in MbUnit v2 invokers. -- Jeff.
Type fixtureType = runPipe.FixtureType;
string probableMemberName = invoker.Name;
// Strip off arguments from a RowTest's member name. eg. FooMember(123, 456)
int parenthesis = probableMemberName.IndexOf('(');
if (parenthesis >= 0)
{
probableMemberName = probableMemberName.Substring(0, parenthesis);
}
foreach (MemberInfo member in fixtureType.GetMember(probableMemberName,
BindingFlags.Public | BindingFlags.Instance))
{
if (invoker.ContainsMemberInfo(member))
{
return(Reflector.Wrap(member));
}
}
}
}
return(null);
}
/// <summary>
/// MbUnit v2 does not expose the MemberInfo directly.
/// </summary>
/// <remarks>
/// <para>
/// Arguably that allows more general filtering rules than Gallio's simple
/// CodeReference but it is a bit of a nuisance for us here.
/// So to avoid breaking the MbUnit v2 API, we resort to a
/// hack based on guessing the right method.
/// </para>
/// </remarks>
private static IMemberInfo GuessMemberInfoFromRunPipe(RunPipe runPipe)
{
foreach (RunInvokerVertex vertex in runPipe.Invokers)
{
if (!vertex.HasInvoker)
continue;
IRunInvoker invoker = vertex.Invoker;
if (invoker.Generator.IsTest)
{
// Note: This is the hack.
// We assume the run invoker's name matches the name of
// the actual member and that the member is public and is
// declared by the fixture type. That should be true with
// all built-in MbUnit v2 invokers. -- Jeff.
Type fixtureType = runPipe.FixtureType;
string probableMemberName = invoker.Name;
// Strip off arguments from a RowTest's member name. eg. FooMember(123, 456)
int parenthesis = probableMemberName.IndexOf('(');
if (parenthesis >= 0)
probableMemberName = probableMemberName.Substring(0, parenthesis);
foreach (MemberInfo member in fixtureType.GetMember(probableMemberName,
BindingFlags.Public | BindingFlags.Instance))
{
if (invoker.ContainsMemberInfo(member))
return Reflector.Wrap(member);
}
}
}
return null;
}
private static MbUnit2Test CreateTest(RunPipe runPipe)
{
IMemberInfo member = GuessMemberInfoFromRunPipe(runPipe);
ICodeElementInfo codeElement = member ?? Reflector.Wrap(runPipe.FixtureType);
MbUnit2Test test = new MbUnit2Test(runPipe.ShortName, codeElement, runPipe.Fixture, runPipe);
test.Kind = TestKinds.Test;
test.IsTestCase = true;
if (member != null)
MbUnit2MetadataUtils.PopulateTestMetadata(test, member);
return test;
}
