private RemoteOperatorTestWrapperFakeSockets ArrangeLocalOperatorTestWrapper(
IEnumerable <SocketTester> otherSockets = default,
string address = "111.111.111.111:11111")
{
var remoteTraceMonitorСonsistent = new RemoteTraceMonitorСonsistentTester(null);
var addressAndPort = address.Split(":");
var recorder = new ApplicationCacheRecorder();
var sockets = new Dictionary <string, SocketTester>();
var socketTester1 = new SocketTester("connecter");
socketTester1.SetLocalEndPoint(IPAddress.Parse(addressAndPort[0]), Convert.ToInt32(addressAndPort[1]));
var socketTester2 = new SocketTester("listener");
var socketTester3 = new SocketTester("accepted");
if (otherSockets != default)
{
foreach (var socketTester in otherSockets)
{
socketTester.SetLocalEndPoint(IPAddress.Parse(addressAndPort[0]), Convert.ToInt32(addressAndPort[1]));
}
}
var socketFactory = ArrangeSocketFactoryLocal(
socketTester1,
socketTester2,
socketTester3,
otherSockets);
var apiOperator = CreateLocalOperator(socketFactory, recorder, remoteTraceMonitorСonsistent, address);
sockets.Add("connector", socketTester1);
sockets.Add("listener", socketTester2);
sockets.Add("accepted", socketTester3);
return(new RemoteOperatorTestWrapperFakeSockets(sockets, apiOperator, recorder, remoteTraceMonitorСonsistent));
}
public async void NetworkImitatorReceiveTestLoop()
{
var bytesToSend = new byte[] { 0b00110000, 0b00110011 };
var bytesReceived = new byte[1024];
var size = 0;
var socket1 = new SocketTester();
var socket2 = new SocketTester();
var networkImitator = new NetworkImitator(socket1, socket2);
for (int i = 0; i < 3; i++)
{
var receivedTask = new TaskCompletionSource <bool>();
bytesReceived = new byte[1024];
Task.Run(async() =>
{
size = socket2.Receive(bytesReceived);
receivedTask.SetResult(true);
});
await Task.Delay(500);
socket1.Send(bytesToSend);
await receivedTask.Task;
var pureReceived = bytesReceived.Take(size).ToArray();
Assert.Equal(bytesToSend, pureReceived);
}
}
public async void Operator_WhenSendWrongCommandToRemote_ShouldCallWrongCommand()
{
bool wrongCommandWasCalled = false;
var socket = new SocketTester("remote");
socket.SetLocalEndPoint(IPAddress.Parse("111.111.111.111"), 11111);
var local = ArrangeLocalOperatorTestWrapper(
new [] { socket },
"111.111.111.111:11111");
var remote = ArrangeRemoteApiMapWithSocketsAndRecorders(socket, "222.222.222.222:2222");
remote.ApiMap.RegisterWrongCommandHandler(() => wrongCommandWasCalled = true);
await local.Initialized;
await local.RaiseCommandReceived("connect 222.222.222.222:2222");
local.Recorder.ClearCache();
remote.Recorder.ClearCache();
await local.RaiseCommandReceived("hello");
IntegrationTestsHelpers.LogCacheRecorderTestInfo(_output, local.Recorder);
_output.WriteLine("-----------------------------");
IntegrationTestsHelpers.LogCacheRecorderTestInfo(_output, remote.Recorder);
Assert.True(wrongCommandWasCalled);
}
private (ITraceableRemoteApiMap, Dictionary <string, SocketTester>) ArrangeRemoteApiMapWithSockets(
IApplicationRecorder applicationRecorder,
IRecorder recorder,
SocketTester socketConnecter,
string address)
{
var sockets = new Dictionary <string, SocketTester>();
var socketListener = new SocketTester("listener");
var socketAccepted = new SocketTester("accepted");
var socketFactory = ArrangeSocketFactoryTraceableRemoteApiMap(socketConnecter, socketListener, socketAccepted, isRemote: true);
// RemoteApiMap
var instructionReceiverFactory = new TestInstructionReceiverFactory(socketFactory, recorder);
var traceableRemoteApiMapFactory = new BaseTraceableRemoteApiMapFactory(
instructionReceiverFactory,
applicationRecorder);
sockets.Add("connecter", socketConnecter);
sockets.Add("listener", socketListener);
sockets.Add("accepted", socketAccepted);
var apiMap = traceableRemoteApiMapFactory.Create(address);
return(apiMap, sockets);
}
private TraceableRemoteApiMapWrapper ArrangeRemoteApiMapWithSocketsAndRecorders(
SocketTester socketConnecter,
string address)
{
var recorder = new ApplicationCacheRecorder();
var result = ArrangeRemoteApiMapWithSockets(recorder, recorder, socketConnecter, address);
return(new TraceableRemoteApiMapWrapper(result.Item2, result.Item1, recorder));
}
public async void Operator_WhenCalledConnectWithNotExistingAddress_ShouldCatchError()
{
var socket = new SocketTester();
socket.ConnectAction = (address, i) => throw new Exception("Connect exception");
var local = ArrangeLocalOperatorTestWrapper(new [] { socket });
await local.Initialized;
await local.RaiseCommandReceived("connect 123.0.0.2:2334");
IntegrationTestsHelpers.LogCacheRecorderTestInfo(_output, local.Recorder);
Assert.Equal(1, socket.ConnectCalledTimes);
}
private Func <AddressFamily, SocketType, ProtocolType, ISocket> ArrangeSocketFactoryTraceableRemoteApiMap(
SocketTester socketConnecter,
SocketTester socketListener,
SocketTester socketAccepted,
IEnumerable <SocketTester> otherSockets = default,
bool isRemote = false)
{
socketAccepted.Connected = true;
new NetworkImitator(socketConnecter, socketAccepted);
var socketTesterFactory = Mock.Create <ISocketTesterFactory>();
Mock.Arrange(() => socketTesterFactory.Create()).Returns(socketListener)
.InSequence();
if (otherSockets != default)
{
foreach (var socket in otherSockets)
{
Mock.Arrange(() => socketTesterFactory.Create()).Returns(socket)
.InSequence();
}
}
socketConnecter.ConnectCalled += (ip, address) =>
{
if (isRemote)
{
socketAccepted.SetRemoteEndPoint(socketConnecter.LocalEndPoint.Address, address);
socketAccepted.SetLocalEndPoint(ip, 6666);
}
else
{
socketAccepted.SetRemoteEndPoint(ip, address);
socketAccepted.SetLocalEndPoint(socketConnecter.LocalEndPoint.Address, 6666);
}
socketListener.RaiseSocketAccepted(socketAccepted);
};
ISocket SocketFactory(AddressFamily addressFamily, SocketType socketType, ProtocolType protocolType)
{
return(socketTesterFactory.Create());
}
return(SocketFactory);
}
public ConfigurationPanelViewModel(
PersistenceManager persistenceManager,
IVersionProvider versionProvider,
ITrackRepository trackRepository)
{
_versionProvider = versionProvider;
_trackRepository = trackRepository;
_userSettings = persistenceManager?.UserSettingsModel ??
throw new ArgumentNullException(nameof(persistenceManager));
_socketTester = new SocketTester(persistenceManager);
_socketTester.ConnectionChangeListener += status =>
{
ServiceStatus = status;
OnPropertyChanged(nameof(ServiceStatus));
};
_socketTester.VerifyConnection();
}
public async void Operator_WhenCalledConnectWithExistingAddress_ShouldConnect()
{
var socket = new SocketTester("remote");
var operatorApi = ArrangeLocalOperatorTestWrapper(
new [] { socket },
"111.111.111.111:11111");
var remote = ArrangeRemoteApiMapWithSocketsAndRecorders(socket, "222.222.222.222:2222");
await operatorApi.Initialized;
operatorApi.Recorder.ClearCache();
await operatorApi.RaiseCommandReceived("connect 222.222.222.222:2222");
IntegrationTestsHelpers.LogCacheRecorderTestInfo(_output, operatorApi.Recorder);
_output.WriteLine("-----------------------------");
IntegrationTestsHelpers.LogCacheRecorderTestInfo(_output, remote.Recorder);
Assert.Equal(1, socket.ConnectCalledTimes);
}
public void OperatorConstructor_WhenCalled_ShouldListenFirstSocket()
{
var socketTesterFactory = Mock.Create <ISocketTesterFactory>();
var socketTester1 = new SocketTester();
var socketTester2 = new SocketTester();
Mock.Arrange(() => socketTesterFactory.Create()).Returns(socketTester1)
.InSequence();
Mock.Arrange(() => socketTesterFactory.Create()).Returns(socketTester2)
.InSequence();
ISocket SocketFactory(AddressFamily addressFamily, SocketType socketType, ProtocolType protocolType)
{
return(socketTesterFactory.Create());
}
CreateLocalOperator(SocketFactory, _recorder);
Assert.Equal(1, socketTester1.ListenCalledTimes);
Assert.Equal(0, socketTester2.ListenCalledTimes);
Assert.Equal(1, socketTester2.ConnectCalledTimes);
}
public async void NetworkImitatorDisconnectedTest()
{
var receivedTask = new TaskCompletionSource <bool>();
var bytesReceived = new byte[1024];
var size = 0;
var socket2 = new SocketTester();
bytesReceived = new byte[1024];
Task.Run(async() =>
{
socket2.Connect(new IPAddress(0), 0);
size = socket2.Receive(bytesReceived);
receivedTask.SetResult(true);
});
await Task.Delay(500);
socket2.RaiseDisconnected();
await receivedTask.Task;
Assert.Equal(0, size);
Assert.False(socket2.Connected);
}
public async void OperatorConstructor_WhenCalled_ShouldCallReceiveInAcceptedSocket()
{
var socketTester1 = new SocketTester("connector");
var socketTester2 = new SocketTester("listener");
var socketTester3 = new SocketTester("accepted");
var socketFactory = ArrangeSocketFactoryLocal(socketTester1, socketTester2, socketTester3);
var remoteTraceMonitorСonsistent = new RemoteTraceMonitorСonsistentTester(null);
CreateLocalOperator(socketFactory, _cacheRecorder, remoteTraceMonitorСonsistent);
await remoteTraceMonitorСonsistent.Initialized;
_output.WriteLine("Errors:");
_output.WriteLine(_cacheRecorder.ErrorCache);
_output.WriteLine("Info:");
_output.WriteLine(_cacheRecorder.InfoCache);
Assert.Equal(3, socketTester3.ReceiveCalledTimes);
Mock.Assert(() => _recorder.DefaultException(Arg.IsAny <Object>(), Arg.IsAny <Exception>()),
Occurs.Never());
Mock.Assert(() => _recorder.RecordError(Arg.IsAny <string>(), Arg.IsAny <string>()),
Occurs.Never());
}
public async void Operator_WhenRemoteSocketDisconnected_ShouldDisposeSocket()
{
var socket = new SocketTester("remote");
var local = ArrangeLocalOperatorTestWrapper(
new [] { socket },
"111.111.111.111:11111");
var remote = ArrangeRemoteApiMapWithSocketsAndRecorders(socket, "222.222.222.222:2222");
await local.Initialized;
await local.RaiseCommandReceived("connect 222.222.222.222:2222");
await remote.Connected;
local.Recorder.ClearCache();
remote.Recorder.ClearCache();
socket.RaiseDisconnected();
IntegrationTestsHelpers.LogCacheRecorderTestInfo(_output, local.Recorder);
_output.WriteLine("-----------------------------");
IntegrationTestsHelpers.LogCacheRecorderTestInfo(_output, remote.Recorder);
Assert.Equal(1, remote.Sockets["connecter"].DisposeCalledTimes);
}
public async void Operator_WhenSendCommandToRemote_ShouldReceiveCommand()
{
int command1ReceivedTimes = 0;
int command2ReceivedTimes = 0;
int command3ReceivedTimes = 0;
var socket = new SocketTester("remote");
var local = ArrangeLocalOperatorTestWrapper(
new [] { socket },
"111.111.111.111:11111");
var remote = ArrangeRemoteApiMapWithSocketsAndRecorders(socket, "222.222.222.222:2222");
remote.ApiMap.RegisterCommand("command1", () => command1ReceivedTimes++);
remote.ApiMap.RegisterCommand("command2", () => command2ReceivedTimes++);
remote.ApiMap.RegisterCommand("command3", () => command3ReceivedTimes++);
await local.Initialized;
await local.RaiseCommandReceived("connect 222.222.222.222:2222");
local.Recorder.ClearCache();
remote.Recorder.ClearCache();
await local.RaiseCommandReceived("command1");
await local.RaiseCommandReceived("command2");
await local.RaiseCommandReceived("command2");
await local.RaiseCommandReceived("command3");
IntegrationTestsHelpers.LogCacheRecorderTestInfo(_output, local.Recorder);
_output.WriteLine("-----------------------------");
IntegrationTestsHelpers.LogCacheRecorderTestInfo(_output, remote.Recorder);
Assert.Equal(1, command1ReceivedTimes);
Assert.Equal(2, command2ReceivedTimes);
Assert.Equal(1, command3ReceivedTimes);
}
void Start()
{
SocketTester.Test();
}