public void CanLogin()
{
var server = new TestServer(true);
server.Start();
server.ProcessRequest += (s, e) =>
{
var dto = new ApiLogOnResponseDTO
{
AllowedAccountOperator = true,
PasswordChangeRequired = false,
Session =
"86c6b0df-24d4-4b3f-b699-688626817599"
};
string json = JsonConvert.SerializeObject(dto);
e.Response = TestServer.CreateRpcResponse(json);
};
try
{
var ctx = new Client(new Uri("http://localhost.:" + server.Port), new Uri("http://localhost.:" + server.Port), "foo");
ctx.LogIn(Settings.RpcUserName, Settings.RpcPassword);
Assert.IsNotNullOrEmpty(ctx.Session);
ctx.Dispose();
}
finally
{
server.Stop();
}
}
public void CanStream()
{
var server = new TestServer(true);
server.Start();
server.ProcessRequest += (s, e) =>
{
const string defaultPricesSessionid = "S8f295c055c413e4bT4448618";
switch (e.Request.Route)
{
// Streaming requests
case "/lightstreamer/create_session.txt":
// build up a session for adapter set
string response = string.Format(@"OK
SessionId:{0}
ControlAddress:localhost.
KeepaliveMillis:30000
MaxBandwidth:0.0
RequestLimit:50000
ServerName:Lightstreamer HTTP Server
PROBE
LOOP
", defaultPricesSessionid);
e.Response = TestServer.CreateLightStreamerResponse(response);
break;
case "/lightstreamer/control.txt":
// this is where we associate topics (tables) to a session
e.Response = TestServer.CreateLightStreamerResponse(@"OK
");
break;
case "/lightstreamer/bind_session.txt":
// this is where we return data. we can't use long polling with cassinidev
e.Response = TestServer.CreateLightStreamerResponse(string.Format(@"OK
SessionId:{0}
ControlAddress:localhost.
KeepaliveMillis:30000
MaxBandwidth:0.0
RequestLimit:50000
PROBE
1,5|#|#|#|#|#|#|#|#|#|#|#
1,1|sbPreProdFXAPP475974420|1.61793|-0.00114|1|1.62006|1.61737|400494226|1.61799|1.61796|0|\u005C/Date(1349422105265)\u005C/
1,4|sbPreProdFXAPP1416588099|0.93575|-0.00275|0|0.93892|0.93508|400494241|0.93603|0.93589|0|\u005C/Date(1349353115700)\u005C/
1,6|sbPreProdFXAPP475774416|1.21135|0.00019|1|1.21191|1.21109|400494215|1.21160|1.21147|0|\u005C/Date(1349422103923)\u005C/
1,7|sbPreProdFXAPP475974395|101.908|-0.245|1|102.279|101.863|400494220|101.929|101.918|0|\u005C/Date(1349422105171)\u005C/
1,8|sbPreProdFXAPP475774545|1.02494|0.00097|1|1.02746|1.02385|400494179|1.02513|1.02503|0|\u005C/Date(1349422104906)\u005C/
1,3|sbPreProdFXAPP475824759|1.610|-0.001|1|1.620|1.617|400494246|1.625|1.618|0|\u005C/Date(1349422105265)\u005C/
1,2|sbPreProdFXAPP475824757|1.61791|-0.00114|1|1.62006|1.61737|400494234|1.61801|1.61796|0|\u005C/Date(1349422105265)\u005C/
LOOP
", defaultPricesSessionid));
break;
default:
throw new Exception("unexpected request:" + e.Request.Route);
}
};
try
{
var ctx = new Client(new Uri("http://localhost.:" + server.Port), new Uri("http://localhost.:" + server.Port), "foo");
ctx.Session = "session";
ctx.UserName = "******";
var streaming = ctx.CreateStreamingClient();
var listener = streaming.BuildDefaultPricesListener(9);
bool streamingMessageRecieved = false;
listener.MessageReceived += (a, r) =>
{
Console.WriteLine(r.Data.ToStringWithValues());
streamingMessageRecieved = true;
};
Thread.Sleep(3000);
streaming.TearDownListener(listener);
streaming.Dispose();
ctx.Dispose();
Assert.IsTrue(streamingMessageRecieved, "no streaming message recieved");
}
finally
{
server.Stop();
}
}
public void MockMultipleStreams()
{
// set up the server to mock responses so that we can utilize actual client instances for testing
var server = new TestServer(true);
try
{
server.Start();
server.ProcessRequest += (i, e) =>
{
if (e.Request.Route.StartsWith("/lightstreamer"))
{
ProcessStreamingRequest(e);
}
else
{
ProcessRpcRequest(e);
}
};
// now use the libraries as you normally would
var uri = new Uri("http://localhost.:" + server.Port);
var ctx = new Client(uri, uri, "foo");
var loginResponse = ctx.LogIn("foo", "bar");
// only difference here is that we MUST force polling mode on the lightstreamer client
var streamingClient = ctx.CreateStreamingClient();
var gates = new AutoResetEvent[] { new AutoResetEvent(false), new AutoResetEvent(false) };
bool defaultPricesListenerMessageRecieved = false;
bool pricesListenerMessageRecieved = false;
var defaultPricesListener = streamingClient.BuildDefaultPricesListener(9);
defaultPricesListener.MessageReceived += (a, r) =>
{
Console.WriteLine("\n***********************************\nDEFAULT PRICE\n***********************************\n");
defaultPricesListenerMessageRecieved = true;
gates[0].Set();
};
var pricesListener = streamingClient.BuildPricesListener(new[] { 99498, 99500 });
pricesListener.MessageReceived += (a, r) =>
{
Console.WriteLine("\n***********************************\nPRICE\n***********************************\n");
pricesListenerMessageRecieved = true;
gates[1].Set();
};
if(!WaitHandle.WaitAll(gates,20000))
{
throw new Exception("timed out waiting for events");
}
streamingClient.TearDownListener(defaultPricesListener);
streamingClient.TearDownListener(pricesListener);
streamingClient.Dispose();
ctx.LogOut();
ctx.Dispose();
}
finally
{
server.Stop();
}
}
