public EndpointRouterTests()
{
_pathMap = new Dictionary <string, IdentityServer4.Hosting.Endpoint>();
_endpoints = new List <IdentityServer4.Hosting.Endpoint>();
_options = new IdentityServerOptions();
_subject = new EndpointRouter(_endpoints, _options, TestLogger.Create <EndpointRouter>());
}
public EndpointRouterTests()
{
_pathMap = new Dictionary <string, EndpointName>();
_mappings = new List <EndpointMapping>();
_options = new IdentityServerOptions();
_subject = new EndpointRouter(_pathMap, _options, _mappings, TestLogger.Create <EndpointRouter>());
}
public void can_handle_localhost_consistently_2()
{
var router = new EndpointRouter();
var uri = new Uri("http://127.0.0.1/blahdee");
var normalizedUri = uri.NormalizeLocalhost();
var routeFrom = new Uri("http://remotehost/zippee");
router.RemapEndpoint(routeFrom, uri);
Assert.Equal(normalizedUri, router.GetRoutedEndpoint(routeFrom).Uri);
}
private void MessageReceivedOnChannel(object sender, MessageReceivedOnChannelArgs e)
{
TransportMessage messageToSend = e.Message;
messageToSend.ReplyToAddress = replyToAddress;
Address destination = EndpointRouter.GetDestinationFor(messageToSend);
Logger.Info("Sending message to " + destination);
MessageSender.Send(messageToSend, destination);
}
public void can_handle_localhost_consistently()
{
var router = new EndpointRouter();
var uri = new Uri("http://lOcAlHoSt/blahdee");
var normalizedUri = uri.NormalizeLocalhost();
var routeTo = new Uri("http://remotehost/zippee");
router.RemapEndpoint(uri, routeTo);
Assert.Equal(routeTo, router.GetRoutedEndpoint(normalizedUri).Uri);
Assert.Equal(routeTo, router.GetRoutedEndpoint(uri).Uri);
}
public void endpoints_should_be_bound_to_requests(string endpointPath)
{
var map = new Dictionary <string, Type> {
{ endpointPath, typeof(MyEndpoint) }
};
var subject = new EndpointRouter(map);
var ctx = new DefaultHttpContext();
ctx.Request.Path = new PathString("/endpoint1");
ctx.RequestServices = new StubServiceProvider();
var result = subject.Find(ctx);
result.Should().BeOfType <MyEndpoint>();
}
public GatewayReceiverStartupTask(IManageReceiveChannels channelManager, Func <string, IChannelReceiver> channelReceiverFactory, EndpointRouter endpointRouter, IDispatchMessages dispatcher, IDeduplicateMessages deduplicator, IDataBus databus, string replyToAddress)
{
dispatchMessages = dispatcher;
this.deduplicator = deduplicator;
this.databus = databus;
this.endpointRouter = endpointRouter;
manageReceiveChannels = channelManager;
this.channelReceiverFactory = channelReceiverFactory;
this.replyToAddress = replyToAddress;
}
public GatewayReceiverStartupTask(IManageReceiveChannels channelManager, Func <string, IChannelReceiver> channelReceiverFactory, EndpointRouter endpointRouter, IMessageDispatcher dispatcher, IGatewayDeduplicationStorage deduplicationStorage, IDataBus databus, string replyToAddress, TransportTransactionMode transportTransactionMode)
{
dispatchMessages = dispatcher;
this.deduplicationStorage = deduplicationStorage;
this.databus = databus;
this.endpointRouter = endpointRouter;
manageReceiveChannels = channelManager;
this.channelReceiverFactory = channelReceiverFactory;
this.replyToAddress = replyToAddress;
this.transportTransactionMode = transportTransactionMode;
}
public static IMiddlewareBuilder <TContext> UseRouting <TContext>(this IMiddlewareBuilder <TContext> self) where TContext : Context => self.Use(EndpointRouter.CreateRoutingSetupMiddlewareFactory(self));
public static IMiddlewareBuilder <TContext> UseEndpoints <TContext>(this IMiddlewareBuilder <TContext> self, Action <IEndpointRouteBuilder <TContext> > endpoints) where TContext : Context => self.Use(EndpointRouter.CreateEndpointDispatcherMiddlewareFactory(self, endpoints));