private static bool RouteMatchedUrlRelativePath(MatchResult matchResult)
{
return
matchResult.MatchedRestrictions != null &&
matchResult.MatchedRestrictions.Any(arg2 => arg2 is UrlRelativePathRestriction) &&
matchResult.UnmatchedRestrictions.All(arg2 => !(arg2 is UrlRelativePathRestriction));
}
public RouteMatchResult(Routing.Route route, MatchResult result)
{
route.ThrowIfNull("route");
result.ThrowIfNull("result");
_route = route;
_matchResult = result;
}
public void SetUp()
{
_matchedRestrictions = new[]
{
new MethodRestriction("GET"),
new MethodRestriction("POST")
};
_cacheKey = "id";
_matchResult = MatchResult.RouteMatched(_matchedRestrictions, _cacheKey);
}
public void SetUp()
{
_matchedRestrictions = new[]
{
new MethodRestriction("GET"),
new MethodRestriction("POST")
};
_unmatchedRestrictions = new[]
{
new UrlHostRestriction("host1", CaseInsensitivePlainComparer.Instance),
new UrlHostRestriction("host2", CaseInsensitivePlainComparer.Instance)
};
_matchResult = MatchResult.RouteNotMatched(_matchedRestrictions, _unmatchedRestrictions);
}
public async Task <MatchResult> MatchesRequestAsync(HttpRequestBase request)
{
request.ThrowIfNull("request");
IRestriction[] restrictions = GetRestrictions().ToArray();
var matchingRestrictions = new List <IRestriction>();
foreach (IRestriction restriction in restrictions)
{
if (await restriction.MatchesRequestAsync(request))
{
matchingRestrictions.Add(restriction);
}
}
return(restrictions.Length == matchingRestrictions.Count ? MatchResult.RouteMatched(matchingRestrictions, _id.ToString()) : MatchResult.RouteNotMatched(matchingRestrictions, restrictions.Except(matchingRestrictions)));
}
public void SetUp()
{
_route = new Route.Routing.Route("name", Guid.NewGuid(), "route");
_route.AddRestrictions(new UrlHostRestriction("host", CaseInsensitivePlainComparer.Instance), new UrlPortRestriction(80));
_request = MockRepository.GenerateMock<HttpRequestBase>();
_request.Stub(arg => arg.Url).Return(new Uri("http://host:81"));
_matchResult = _route.MatchesRequest(_request);
}
