public void ABeaconSendingCaptureOnStateDoesNotRemoveFinishedSessionIfSendingWasUnsuccessful()
{
//given
var target = new BeaconSendingCaptureOnState();
var statusResponse = Substitute.For <IStatusResponse>();
statusResponse.ResponseCode.Returns(StatusResponse.HttpBadRequest);
statusResponse.IsErroneousResponse.Returns(true);
mockSession3Finished.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>())
.Returns(statusResponse);
mockSession3Finished.IsEmpty.Returns(false);
mockSession3Finished.IsDataSendingAllowed.Returns(true);
mockSession4Finished.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>())
.Returns(statusResponse);
mockSession4Finished.IsDataSendingAllowed.Returns(true);
// when
target.Execute(mockContext);
mockSession3Finished.Received(1).SendBeacon(Arg.Any <IHttpClientProvider>(), mockContext);
mockSession4Finished.Received(0)
.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>());
_ = mockContext.Received(1).GetAllFinishedAndConfiguredSessions();
mockContext.Received(0).RemoveSession(Arg.Any <ISessionInternals>());
}
public void ABeaconSendingCaptureOnStateDoesNotSendOpenSessionsIfSendIntervalIsNotExceeded()
{
// given
const int lastSendTime = 1;
const int sendInterval = 1000;
mockContext.LastOpenSessionBeaconSendTime.Returns(lastSendTime);
mockContext.SendInterval.Returns(sendInterval);
mockContext.CurrentTimestamp.Returns(lastSendTime + 1);
var statusResponse = Substitute.For <IStatusResponse>();
statusResponse.ResponseCode.Returns(StatusResponse.HttpOk);
statusResponse.IsErroneousResponse.Returns(false);
mockSession1Open.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>())
.Returns(statusResponse);
mockSession1Open.IsDataSendingAllowed.Returns(true);
var target = new BeaconSendingCaptureOnState();
// when
target.Execute(mockContext);
// then
mockSession1Open.DidNotReceive()
.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>());
mockContext.DidNotReceive().HandleStatusResponse(Arg.Any <StatusResponse>());
}
public void NewSessionRequestsAreMadeForAllNewSessions()
{
// given
var target = new BeaconSendingCaptureOnState();
var sessionOne = new SessionWrapper(CreateValidSession("127.0.0.1"));
var sessionTwo = new SessionWrapper(CreateEmptySession("127.0.0.2"));
newSessions.AddRange(new[] { sessionOne, sessionTwo });
httpClient.SendNewSessionRequest().Returns(new StatusResponse("mp=5", 200, new Dictionary <string, List <string> >()),
null,
new StatusResponse("mp=3", 200, new Dictionary <string, List <string> >()));
// when
target.Execute(context);
// verify for both new sessions a new session request has been made
httpClient.Received(2).SendNewSessionRequest();
// also verify that sessionOne got a new configuration
Assert.That(sessionOne.IsBeaconConfigurationSet, Is.True);
Assert.That(sessionOne.BeaconConfiguration.Multiplicity, Is.EqualTo(5));
// for session two the number of requests was decremented
Assert.That(sessionTwo.IsBeaconConfigurationSet, Is.False);
Assert.That(sessionTwo.NumNewSessionRequestsLeft, Is.EqualTo(3));
}
public void ABeaconSendingCaptureOnStateClearsFinishedSessionsIfSendingIsNotAllowed()
{
// given
var target = new BeaconSendingCaptureOnState();
var statusResponse = Substitute.For <IStatusResponse>();
statusResponse.ResponseCode.Returns(StatusResponse.HttpOk);
statusResponse.IsErroneousResponse.Returns(false);
mockSession3Finished.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>())
.Returns(statusResponse);
mockSession3Finished.IsDataSendingAllowed.Returns(false);
mockSession4Finished.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>())
.Returns(statusResponse);
mockSession4Finished.IsDataSendingAllowed.Returns(false);
// when
target.Execute(mockContext);
// then
mockSession3Finished.Received(0)
.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>());
mockSession4Finished.Received(0)
.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>());
mockContext.Received(1).RemoveSession(mockSession3Finished);
mockContext.Received(1).RemoveSession(mockSession4Finished);
}
public void UnsuccessfulNewSessionRequestDoesNotMergeStatusResponse()
{
// given
var target = new BeaconSendingCaptureOnState();
var sessionRequestResponse = Substitute.For <IStatusResponse>();
sessionRequestResponse.IsErroneousResponse.Returns(true);
var contextAttributes = Substitute.For <IResponseAttributes>();
var mockClient = Substitute.For <IHttpClient>();
mockClient.SendNewSessionRequest(Arg.Any <IAdditionalQueryParameters>()).Returns(sessionRequestResponse);
mockContext.GetHttpClient().Returns(mockClient);
mockContext.LastResponseAttributes.Returns(contextAttributes);
mockContext.GetAllNotConfiguredSessions().Returns(new List <ISessionInternals> {
mockSession5New
});
mockSession5New.CanSendNewSessionRequest.Returns(true);
// when
target.Execute(mockContext);
// then
Assert.That(contextAttributes.ReceivedCalls(), Is.Empty);
mockSession5New.Received(0).UpdateServerConfiguration(Arg.Any <ServerConfiguration>());
}
public void OpenSessionsAreSentIfSendIntervalIsExceeded()
{
// given
var clientIp = "127.0.0.1";
var lastSendTime = 1;
var sendInterval = 1000;
var statusResponse = new StatusResponse(logger, string.Empty, Response.HttpOk, new Dictionary <string, List <string> >());
context.LastOpenSessionBeaconSendTime.Returns(lastSendTime);
context.SendInterval.Returns(sendInterval);
context.CurrentTimestamp.Returns(lastSendTime + sendInterval + 1);
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns(x => statusResponse);
var session = new SessionWrapper(CreateValidSession(clientIp));
session.UpdateBeaconConfiguration(new BeaconConfiguration(1, DataCollectionLevel.OFF, CrashReportingLevel.OFF));
openSessions.Add(session);
// when
var target = new BeaconSendingCaptureOnState();
target.Execute(context);
// then
httpClient.Received(1).SendBeaconRequest(clientIp, Arg.Any <byte[]>());
context.Received(1).HandleStatusResponse(statusResponse);
Assert.That(context.LastOpenSessionBeaconSendTime, Is.EqualTo(context.CurrentTimestamp)); // assert send time update
}
public void SendingOpenSessionsIsAbortedImmediatelyWhenTooManyRequestsResponseIsReceived()
{
//given
const int sleepTime = 987654;
var statusResponse = Substitute.For <IStatusResponse>();
statusResponse.ResponseCode.Returns(StatusResponse.HttpTooManyRequests);
statusResponse.IsErroneousResponse.Returns(true);
statusResponse.GetRetryAfterInMilliseconds().Returns(sleepTime);
mockSession1Open.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>())
.Returns(statusResponse);
mockSession1Open.IsDataSendingAllowed.Returns(true);
mockSession2Open.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>())
.Returns(statusResponse);
mockSession2Open.IsDataSendingAllowed.Returns(true);
BeaconSendingCaptureOffState capturedState = null;
mockContext.NextState = Arg.Do <BeaconSendingCaptureOffState>(x => capturedState = x);
var target = new BeaconSendingCaptureOnState();
// when
target.Execute(mockContext);
// then
mockSession1Open.Received(1).SendBeacon(Arg.Any <IHttpClientProvider>(), mockContext);
_ = mockSession1Open.Received(1).IsDataSendingAllowed;
Assert.That(mockSession2Open.ReceivedCalls(), Is.Empty);
Assert.That(capturedState, Is.Not.Null);
Assert.That(capturedState.SleepTimeInMilliseconds, Is.EqualTo(sleepTime));
}
public void OpenSessionsAreNotSentIfSendIntervalIsNotExceeded()
{
// given
var clientIp = "127.0.0.1";
var lastSendTime = 1;
var sendInterval = 1000;
context.LastOpenSessionBeaconSendTime.Returns(lastSendTime);
context.SendInterval.Returns(sendInterval);
context.CurrentTimestamp.Returns(lastSendTime + 1);
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns(x => new StatusResponse(string.Empty, 200));
openSessions.Add(CreateValidSession(clientIp));
// when
var target = new BeaconSendingCaptureOnState();
target.Execute(context);
// then
httpClient.DidNotReceive().SendBeaconRequest(clientIp, Arg.Any <byte[]>());
context.DidNotReceive().HandleStatusResponse(Arg.Any <StatusResponse>());
}
public void MultiplicityIsSetToZeroIfNoFurtherNewSessionRequestsAreAllowed()
{
// given
var target = new BeaconSendingCaptureOnState();
var sessionOne = new SessionWrapper(CreateValidSession("127.0.0.1"));
var sessionTwo = new SessionWrapper(CreateEmptySession("127.0.0.2"));
newSessions.AddRange(new[] { sessionOne, sessionTwo });
httpClient.SendNewSessionRequest().Returns(new StatusResponse("mp=5", 200, new Dictionary <string, List <string> >()), null);
// ensure that it's no longer possible to send session requests for both session wrapper
while (sessionOne.CanSendNewSessionRequest)
{
sessionOne.DecreaseNumNewSessionRequests();
}
while (sessionTwo.CanSendNewSessionRequest)
{
sessionTwo.DecreaseNumNewSessionRequests();
}
// when
target.Execute(context);
// verify for no session a new session request has been made
httpClient.Received(0).SendNewSessionRequest();
// also ensure that both got a configuration set
Assert.That(sessionOne.IsBeaconConfigurationSet, Is.True);
Assert.That(sessionOne.BeaconConfiguration.Multiplicity, Is.EqualTo(0));
Assert.That(sessionOne.IsBeaconConfigurationSet, Is.True);
Assert.That(sessionOne.BeaconConfiguration.Multiplicity, Is.EqualTo(0));
}
public void OpenSessionsAreSentIfSendIntervalIsExceeded()
{
// given
var clientIp = "127.0.0.1";
var lastSendTime = 1;
var sendInterval = 1000;
var statusResponse = new StatusResponse(string.Empty, 200);
context.LastOpenSessionBeaconSendTime.Returns(lastSendTime);
context.SendInterval.Returns(sendInterval);
context.CurrentTimestamp.Returns(lastSendTime + sendInterval + 1);
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns(x => statusResponse);
openSessions.Add(CreateValidSession(clientIp));
// when
var target = new BeaconSendingCaptureOnState();
target.Execute(context);
// then
httpClient.Received(1).SendBeaconRequest(clientIp, Arg.Any <byte[]>());
context.Received(1).HandleStatusResponse(statusResponse);
Assert.That(context.LastOpenSessionBeaconSendTime, Is.EqualTo(context.CurrentTimestamp)); // assert send time update
}
public void OpenSessionsAreNotSentIfSendIntervalIsNotExceeded()
{
// given
var clientIp = "127.0.0.1";
var lastSendTime = 1;
var sendInterval = 1000;
context.LastOpenSessionBeaconSendTime.Returns(lastSendTime);
context.SendInterval.Returns(sendInterval);
context.CurrentTimestamp.Returns(lastSendTime + 1);
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns(x => new StatusResponse(string.Empty, 200, new Dictionary <string, List <string> >()));
var session = new SessionWrapper(CreateValidSession(clientIp));
session.UpdateBeaconConfiguration(new BeaconConfiguration(1, DataCollectionLevel.OFF, CrashReportingLevel.OFF));
openSessions.Add(session);
// when
var target = new BeaconSendingCaptureOnState();
target.Execute(context);
// then
httpClient.DidNotReceive().SendBeaconRequest(clientIp, Arg.Any <byte[]>());
context.DidNotReceive().HandleStatusResponse(Arg.Any <StatusResponse>());
}
public void ToStringReturnStateName()
{
// given
var target = new BeaconSendingCaptureOnState();
// then
Assert.That(target.ToString(), Is.EqualTo("CaptureOn"));
}
public void StateIsNotTerminal()
{
// when
var target = new BeaconSendingCaptureOnState();
// then
Assert.That(target.IsTerminalState, Is.False);
}
public void ShutdownStateIsFlushState()
{
// when
var target = new BeaconSendingCaptureOnState();
// then
Assert.That(target.ShutdownState, Is.InstanceOf(typeof(BeaconSendingFlushSessionsState)));
}
public void ABeaconSendingCaptureOnStateTransitionToFlushStateIsPerformedOnShutdown()
{
// given
mockContext.IsShutdownRequested.Returns(true);
var target = new BeaconSendingCaptureOnState();
// when
target.Execute(mockContext);
// then
mockContext.Received(1).NextState = Arg.Any <BeaconSendingFlushSessionsState>();
}
public void SendingOpenSessionsIsAbortedImmediatelyWhenTooManyRequestsResponseIsReceived()
{
//given
var clientIp = "127.0.0.1";
var lastSendTime = 1;
var sendInterval = 1000;
var responseHeaders = new Dictionary <string, List <string> >
{
{ Response.ResponseKeyRetryAfter, new List <string> {
"987654"
} }
};
var statusResponse = new StatusResponse(logger, string.Empty, Response.HttpTooManyRequests, responseHeaders);
openSessions.AddRange(new[] {
new SessionWrapper(CreateValidSession(clientIp)),
new SessionWrapper(CreateValidSession(clientIp)),
new SessionWrapper(CreateValidSession(clientIp))
});
openSessions.ForEach(s => s.UpdateBeaconConfiguration(new BeaconConfiguration(1, DataCollectionLevel.OFF, CrashReportingLevel.OFF)));
context.LastOpenSessionBeaconSendTime.Returns(lastSendTime);
context.SendInterval.Returns(sendInterval);
context.CurrentTimestamp.Returns(lastSendTime + sendInterval + 1);
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns(x => statusResponse);
AbstractBeaconSendingState capturedState = null;
context.NextState = Arg.Do <AbstractBeaconSendingState>(x => capturedState = x);
var target = new BeaconSendingCaptureOnState();
// when
target.Execute(context);
// then
// verify only one session request has been made
httpClient.Received(1).SendBeaconRequest(clientIp, Arg.Any <byte[]>());
// ensure that state transition has been made
context.ReceivedWithAnyArgs(1).NextState = null;
Assert.That(capturedState, Is.Not.Null);
Assert.That(capturedState, Is.InstanceOf <BeaconSendingCaptureOffState>());
Assert.That(((BeaconSendingCaptureOffState)capturedState).sleepTimeInMilliseconds, Is.EqualTo(987654 * 1000));
context.ReceivedWithAnyArgs(0).HandleStatusResponse(null);
}
public void ABeaconSendingCaptureOnStateTransitionsToCaptureOffStateWhenCapturingGotDisabled()
{
// given
mockContext.IsCaptureOn.Returns(false);
var target = new BeaconSendingCaptureOnState();
// when
target.Execute(mockContext);
// then
mockContext.Received(1).HandleStatusResponse(Arg.Any <IStatusResponse>());
_ = mockContext.Received(1).IsCaptureOn;
mockContext.Received(1).NextState = Arg.Any <BeaconSendingCaptureOffState>();
}
public void ABeaconSendingCaptureOnStateSendsOpenSessionsIfNotExpired()
{
// given
var target = new BeaconSendingCaptureOnState();
mockSession1Open.IsDataSendingAllowed.Returns(true);
mockSession2Open.IsDataSendingAllowed.Returns(true);
// when
target.Execute(mockContext);
// then
mockSession1Open.Received(1).SendBeacon(Arg.Any <IHttpClientProvider>(), mockContext);
mockSession2Open.Received(1).SendBeacon(Arg.Any <IHttpClientProvider>(), mockContext);
mockContext.Received(1).LastOpenSessionBeaconSendTime = Arg.Any <long>();
}
public void TransitionToTimeSycnIsPerformed()
{
// given
var lastTimeSync = 1;
context.LastTimeSyncTime.Returns(lastTimeSync); // return fixed value
context.CurrentTimestamp.Returns(lastTimeSync + BeaconSendingTimeSyncState.TIME_SYNC_INTERVAL_IN_MILLIS + 1); // timesync interval + 1 sec
// when
var target = new BeaconSendingCaptureOnState();
target.Execute(context);
// then
context.Received(1).NextState = Arg.Any <BeaconSendingTimeSyncState>();
}
public void NewSessionRequestsAreAbortedWhenTooManyRequestsResponseIsReceived()
{
// given
const int sleepTime = 6543;
var target = new BeaconSendingCaptureOnState();
var statusResponse = Substitute.For <IStatusResponse>();
statusResponse.ResponseCode.Returns(StatusResponse.HttpTooManyRequests);
statusResponse.IsErroneousResponse.Returns(true);
statusResponse.GetRetryAfterInMilliseconds().Returns(sleepTime);
var mockClient = Substitute.For <IHttpClient>();
mockClient.SendNewSessionRequest(Arg.Any <IAdditionalQueryParameters>()).Returns(statusResponse);
mockContext.GetHttpClient().Returns(mockClient);
mockContext.GetAllNotConfiguredSessions()
.Returns(new List <ISessionInternals> {
mockSession5New, mockSession6New
});
mockSession5New.CanSendNewSessionRequest.Returns(true);
mockSession6New.CanSendNewSessionRequest.Returns(true);
BeaconSendingCaptureOffState capturedState = null;
mockContext.NextState = Arg.Do <BeaconSendingCaptureOffState>(x => capturedState = x);
// when
target.Execute(mockContext);
// verify for first new sessions a new session request has been made
mockClient.Received(1).SendNewSessionRequest(mockContext);
// verify no changes on first
_ = mockSession5New.Received(1).CanSendNewSessionRequest;
mockSession5New.Received(0).UpdateServerConfiguration(Arg.Any <IServerConfiguration>());
mockSession5New.Received(0).DecreaseNumRemainingSessionRequests();
// verify second new session is not used at all
Assert.That(mockSession6New.ReceivedCalls(), Is.Empty);
// ensure also transition to CaptureOffState
Assert.That(capturedState, Is.Not.Null);
mockContext.Received(1).NextState = capturedState;
Assert.That(capturedState.SleepTimeInMilliseconds, Is.EqualTo(sleepTime));
}
public void SendingFinishedSessionsIsAbortedImmediatelyWhenTooManyRequestsResponseIsReceived()
{
// given
const int sleepTime = 4321;
var target = new BeaconSendingCaptureOnState();
var statusResponse = Substitute.For <IStatusResponse>();
statusResponse.ResponseCode.Returns(StatusResponse.HttpTooManyRequests);
statusResponse.IsErroneousResponse.Returns(true);
statusResponse.GetRetryAfterInMilliseconds().Returns(sleepTime);
mockSession3Finished.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>())
.Returns(statusResponse);
mockSession3Finished.IsDataSendingAllowed.Returns(true);
mockSession4Finished.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>())
.Returns(statusResponse);
mockSession4Finished.IsDataSendingAllowed.Returns(true);
BeaconSendingCaptureOffState captureState = null;
mockContext.NextState = Arg.Do <BeaconSendingCaptureOffState>(c => captureState = c);
// when
target.Execute(mockContext);
// then
_ = mockSession3Finished.Received(1).IsDataSendingAllowed;
mockSession3Finished.Received(1)
.SendBeacon(Arg.Any <IHttpClientProvider>(), mockContext);
mockSession3Finished.Received(0).UpdateServerConfiguration(Arg.Any <IServerConfiguration>());
mockSession3Finished.Received(0).DecreaseNumRemainingSessionRequests();
// verify no interactions with second finished session
Assert.That(mockSession4Finished.ReceivedCalls(), Is.Empty);
// verify no interactions with open sessions
Assert.That(mockSession1Open.ReceivedCalls(), Is.Empty);
Assert.That(mockSession2Open.ReceivedCalls(), Is.Empty);
_ = mockContext.Received(1).GetAllFinishedAndConfiguredSessions();
mockContext.Received(0).RemoveSession(Arg.Any <ISessionInternals>());
Assert.That(captureState, Is.Not.Null);
mockContext.Received(1).NextState = captureState;
Assert.That(captureState.SleepTimeInMilliseconds, Is.EqualTo(sleepTime));
}
public void UnsuccessfulFinishedSessionsAreMovedBackToCache()
{
//given
var target = new BeaconSendingCaptureOnState();
var finishedSession = CreateValidSession("127.0.0.1");
context.GetNextFinishedSession().Returns(finishedSession);
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns((StatusResponse)null);
//when calling execute
target.Execute(context);
context.Received(1).GetNextFinishedSession();
context.Received(1).PushBackFinishedSession(finishedSession);
}
public void NewSessionRequestsAreAbortedWhenTooManyRequestsResponseIsReceived()
{
// given
var target = new BeaconSendingCaptureOnState();
var sessionOne = new SessionWrapper(CreateValidSession("127.0.0.1"));
var sessionTwo = new SessionWrapper(CreateValidSession("127.0.0.2"));
newSessions.AddRange(new[] { sessionOne, sessionTwo });
var responseHeaders = new Dictionary <string, List <string> >
{
{ Response.ResponseKeyRetryAfter, new List <string> {
"1234 "
} }
};
httpClient.SendNewSessionRequest().Returns(new StatusResponse(logger, string.Empty, Response.HttpTooManyRequests, responseHeaders),
new StatusResponse(logger, "mp=1", Response.HttpOk, new Dictionary <string, List <string> >()),
new StatusResponse(logger, "mp=1", Response.HttpOk, new Dictionary <string, List <string> >()));
AbstractBeaconSendingState capturedState = null;
context.NextState = Arg.Do <AbstractBeaconSendingState>(x => capturedState = x);
// when
target.Execute(context);
// verify for first new sessions a new session request has been made
httpClient.Received(1).SendNewSessionRequest();
// verify no changes on first & second sesion
Assert.That(sessionOne.CanSendNewSessionRequest, Is.True);
Assert.That(sessionOne.IsBeaconConfigurationSet, Is.False);
Assert.That(sessionTwo.CanSendNewSessionRequest, Is.True);
Assert.That(sessionTwo.IsBeaconConfigurationSet, Is.False);
// ensure that state transition has been made
context.ReceivedWithAnyArgs(1).NextState = null;
Assert.That(capturedState, Is.Not.Null);
Assert.That(capturedState, Is.InstanceOf <BeaconSendingCaptureOffState>());
Assert.That(((BeaconSendingCaptureOffState)capturedState).sleepTimeInMilliseconds, Is.EqualTo(1234 * 1000));
context.ReceivedWithAnyArgs(0).HandleStatusResponse(null);
}
public void UnsuccessfulFinishedSessionsAreNotRemovedFromCache()
{
//given
var target = new BeaconSendingCaptureOnState();
var finishedSession = new SessionWrapper(CreateValidSession("127.0.0.1"));
finishedSession.UpdateBeaconConfiguration(new BeaconConfiguration(1, DataCollectionLevel.OFF, CrashReportingLevel.OFF));
finishedSessions.Add(finishedSession);
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns((StatusResponse)null);
//when calling execute
target.Execute(context);
var tmp = context.Received(1).FinishedAndConfiguredSessions;
context.Received(0).RemoveSession(finishedSession);
}
public void TransitionToCaptureOffStateIsPerformed()
{
// given
var clientIp = "127.0.0.1";
context.IsCaptureOn.Returns(false);
var statusResponse = new StatusResponse(string.Empty, 200);
finishedSessions.Enqueue(CreateValidSession(clientIp));
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns(x => statusResponse);
// when
var target = new BeaconSendingCaptureOnState();
target.Execute(context);
// then
context.Received(1).CurrentState = Arg.Any <BeaconSendingCaptureOffState>();
}
public void ABeaconSendingCaptureOnStateContinuesWithNextFinishedSessionIfSendingWasUnsuccessfulButBeaconIsEmtpy()
{
//given
var target = new BeaconSendingCaptureOnState();
var finishedEmptySession = CreateEmptySession("127.0.0.2");
var finishedSession = CreateValidSession("127.0.0.1");
var statusResponses = new Queue <StatusResponse>();
context.GetNextFinishedSession().Returns(finishedEmptySession, finishedSession, null);
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns(new StatusResponse(string.Empty, 200));
//when calling execute
target.Execute(context);
context.Received(3).GetNextFinishedSession();
context.Received(0).PushBackFinishedSession(finishedSession);
}
public void EmptyFinishedSessionsAreNotSent()
{
// given
var clientIp = "127.0.0.1";
finishedSessions.Enqueue(CreateEmptySession(clientIp));
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns(x => new StatusResponse(string.Empty, 200));
// when
var target = new BeaconSendingCaptureOnState();
target.Execute(context);
// then
httpClient.DidNotReceive().SendBeaconRequest(clientIp, Arg.Any <byte[]>());
Assert.That(finishedSessions.Count, Is.EqualTo(0)); // assert empty sessions
context.DidNotReceive().HandleStatusResponse(Arg.Any <StatusResponse>());
}
public void ABeaconSendingCaptureOnStateClearsOpenSessionDataIfSendingIsNotAllowed()
{
// given
var target = new BeaconSendingCaptureOnState();
mockSession1Open.IsDataSendingAllowed.Returns(false);
mockSession2Open.IsDataSendingAllowed.Returns(false);
// when
target.Execute(mockContext);
// then
mockSession1Open.Received(0).SendBeacon(Arg.Any <IHttpClientProvider>(), mockContext);
mockSession1Open.Received(1).ClearCapturedData();
mockSession2Open.Received(0)
.SendBeacon(Arg.Any <IHttpClientProvider>(), Arg.Any <IAdditionalQueryParameters>());
mockSession2Open.Received(1).ClearCapturedData();
mockContext.Received(1).LastOpenSessionBeaconSendTime = Arg.Any <long>();
}
public void NewSessionRequestsAreMadeForAllNotConfiguredSessions()
{
// given
const int multiplicity = 5;
var target = new BeaconSendingCaptureOnState();
var successResponse = StatusResponse.CreateSuccessResponse(mockLogger,
ResponseAttributes.WithJsonDefaults().WithMultiplicity(multiplicity).Build(), 200,
new Dictionary <string, List <string> >());
var mockClient = Substitute.For <IHttpClient>();
mockContext.GetHttpClient().Returns(mockClient);
mockContext.GetAllNotConfiguredSessions()
.Returns(new List <ISessionInternals> {
mockSession5New, mockSession6New
});
mockContext.UpdateFrom(Arg.Any <StatusResponse>()).Returns(successResponse.ResponseAttributes);
mockClient.SendNewSessionRequest(Arg.Any <IAdditionalQueryParameters>())
.Returns(successResponse,
StatusResponse.CreateErrorResponse(mockLogger, StatusResponse.HttpBadRequest));
mockSession5New.CanSendNewSessionRequest.Returns(true);
mockSession6New.CanSendNewSessionRequest.Returns(true);
IServerConfiguration serverConfigCapture = null;
mockSession5New.UpdateServerConfiguration(Arg.Do <IServerConfiguration>(c => serverConfigCapture = c));
// when
target.Execute(mockContext);
// verify for both new sessions a new session request has been made
mockClient.Received(2).SendNewSessionRequest(mockContext);
// verify first new session has been updated
Assert.That(serverConfigCapture, Is.Not.Null);
mockSession5New.Received(1).UpdateServerConfiguration(serverConfigCapture);
Assert.That(serverConfigCapture.Multiplicity, Is.EqualTo(multiplicity));
// verify second new session decreased number of retries
mockSession6New.Received(1).DecreaseNumRemainingSessionRequests();
}
public void ABeaconSendingCaptureOnStateContinuesWithNextFinishedSessionIfSendingWasUnsuccessfulButBeaconIsEmtpy()
{
//given
var target = new BeaconSendingCaptureOnState();
var sessionOne = new SessionWrapper(CreateEmptySession("127.0.0.2"));
var sessionTwo = new SessionWrapper(CreateValidSession("127.0.0.1"));
finishedSessions.AddRange(new[] { sessionOne, sessionTwo });
var statusResponses = new Queue <StatusResponse>();
httpClient.SendBeaconRequest(Arg.Any <string>(), Arg.Any <byte[]>()).Returns(new StatusResponse(string.Empty, 200, new Dictionary <string, List <string> >()));
//when calling execute
target.Execute(context);
var tmp = context.Received(1).FinishedAndConfiguredSessions;
context.Received(1).RemoveSession(sessionOne);
context.Received(1).RemoveSession(sessionTwo);
}