public void DeleteTimeReport_SuccessTest(RegistriesDelete registries)
{
//Arrange
List <Registry> weekRegistries = GetTestRegistries();
Mock <IRegistryRepository> registryRepoMock = new Mock <IRegistryRepository>();
registryRepoMock.Setup(r => r.GetById(1)).Returns(weekRegistries[0]);
registryRepoMock.Setup(r => r.GetById(2)).Returns(weekRegistries[1]);
registryRepoMock.Setup(r => r.GetById(3)).Returns(weekRegistries[2]);
registryRepoMock.Setup(r => r.Delete(It.IsAny <object>())).Callback <object>(regId => weekRegistries.RemoveAll(reg => reg.RegistryId == (int)regId));
registryRepoMock.Setup(r => r.Save());
Mock <IUnitOfWork> mockUOF = new Mock <IUnitOfWork>();
mockUOF.Setup(uow => uow.RegistryRepository).Returns(registryRepoMock.Object);
var controller = new ReportingController(mockUOF.Object, httpContextAccessorMock);
//Act
var result = controller.DeleteTimeReport(registries);
//Assert
Assert.IsType <ActionResult <HttpResponse> >(result);
Assert.Equal((int)HttpStatusCode.OK, (result.Result as StatusCodeResult).StatusCode);
Assert.Empty(weekRegistries);
registryRepoMock.Verify(r => r.Delete(It.IsAny <object>()), Times.Exactly(3));
registryRepoMock.Verify(r => r.Save(), Times.Once);
}
public void VerifyBeginTransaction(Times? times = null)
{
if (times == null)
times = Times.Once();
mockSession.Verify(x => x.BeginTransaction(), times.Value);
}
public void CallCardinality_Moq(int times)
{
var b = new Mock<IMyB>();
new MyA(b.Object).CallDependencyNTimes(times);
b.Verify(x => x.DoSomething(), Times.Exactly(times));
b.ResetCalls(); // Not Required
}
public void VerifyCommitTransaction(Times? times = null)
{
if (times == null)
times = Times.Once();
mockTransaction.Verify(x => x.Commit(), times.Value);
}
private async Task VerifyWaitOccurredAsync(DateTime waitUntil, DateTime now, Times expectedTimes)
{
await _sut.UntilAsync(waitUntil, now);
Mock.Get(_log).Verify(
x => x.InfoFormat(It.IsAny<string>(), It.IsAny<string>()),
expectedTimes);
}
public void AssertNumberOfGetPrompts(string name, Times exactly)
{
_promptsViewModelService
.Verify
(s => s.GetPromptViewModels(
name,
It.IsAny<Action<IEnumerable<IPrompt>>>(),
It.IsAny<Action<string>>())
, exactly);
}
public void AssertNumberOfGetChildren(
string promptName
, string parameterName
, ITreeNode treeNode
, Times times)
{
_childTreeNodeService.Verify(
s => s.GetChildrenFor(
promptName
, parameterName
, treeNode
, It.IsAny<Action<ObservableCollection<ITreeNode>>>()), times);
}
public async Task ThenItShouldSerializeRequests(DateTime changedSince)
{
await _client.GetProvidersChangedSinceAsync(changedSince, CancellationToken.None);
_requestSerializer.Verify(serializer => serializer.Serialize(It.IsAny <ProviderQueryRequest>()),
Times.Exactly(4));
_requestSerializer.Verify(serializer => serializer.Serialize(It.Is <ProviderQueryRequest>(
request => !string.IsNullOrEmpty(request.QueryId) &&
request.SelectionCriteria != null &&
request.SelectionCriteria.ProviderUpdatedSince == changedSince &&
request.SelectionCriteria.CriteriaCondition == CriteriaConditionEnum.OR &&
request.SelectionCriteria.ProviderStatus == ProviderStatusEnum.A &&
request.SelectionCriteria.ApprovedProvidersOnly == ApprovedProvidersOnlyEnum.No &&
request.SelectionCriteria.StakeholderId == _configuration.StakeholderId)),
Times.Once);
_requestSerializer.Verify(serializer => serializer.Serialize(It.Is <ProviderQueryRequest>(
request => !string.IsNullOrEmpty(request.QueryId) &&
request.SelectionCriteria != null &&
request.SelectionCriteria.ProviderUpdatedSince == changedSince &&
request.SelectionCriteria.CriteriaCondition == CriteriaConditionEnum.OR &&
request.SelectionCriteria.ProviderStatus == ProviderStatusEnum.V &&
request.SelectionCriteria.ApprovedProvidersOnly == ApprovedProvidersOnlyEnum.No &&
request.SelectionCriteria.StakeholderId == _configuration.StakeholderId)),
Times.Once);
_requestSerializer.Verify(serializer => serializer.Serialize(It.Is <ProviderQueryRequest>(
request => !string.IsNullOrEmpty(request.QueryId) &&
request.SelectionCriteria != null &&
request.SelectionCriteria.ProviderUpdatedSince == changedSince &&
request.SelectionCriteria.CriteriaCondition == CriteriaConditionEnum.OR &&
request.SelectionCriteria.ProviderStatus == ProviderStatusEnum.PD1 &&
request.SelectionCriteria.ApprovedProvidersOnly == ApprovedProvidersOnlyEnum.No &&
request.SelectionCriteria.StakeholderId == _configuration.StakeholderId)),
Times.Once);
_requestSerializer.Verify(serializer => serializer.Serialize(It.Is <ProviderQueryRequest>(
request => !string.IsNullOrEmpty(request.QueryId) &&
request.SelectionCriteria != null &&
request.SelectionCriteria.ProviderUpdatedSince == changedSince &&
request.SelectionCriteria.CriteriaCondition == CriteriaConditionEnum.OR &&
request.SelectionCriteria.ProviderStatus == ProviderStatusEnum.PD2 &&
request.SelectionCriteria.ApprovedProvidersOnly == ApprovedProvidersOnlyEnum.No &&
request.SelectionCriteria.StakeholderId == _configuration.StakeholderId)),
Times.Once);
}
private void TestSamples(int numSamples, Times numTimesEachByte, Times numTotalBytes)
{
SendHeader(numSamples);
SendSamples(0, (byte)(numSamples * 2), numTimesEachByte, numTotalBytes);
}
private void SendSamples(byte low, byte high, Times numTimesEachByte, Times numTotalBytes)
{
for (byte b = low; b < high; b++)
{
byteReceiver.byteReceived(b);
mockSampleAssembler.Verify(x => x.AddReceivedByte(b), numTimesEachByte);
}
mockSampleAssembler.Verify(x => x.AddReceivedByte(It.IsAny<byte>()), numTotalBytes);
}
public void AssertNumberOfCancels(string reportPath, Times times)
{
_promptsViewModelService.Verify(s => s.CancelGetPromptViewModels(reportPath), times);
}
private void VerifyFetchEpisodeBrokenIndexer(Times times)
{
_brokenIndexer.Verify(v => v.FetchEpisode(It.IsAny<string>(), SEASON_NUMBER, It.IsAny<int>())
, times);
}
private void VerifyFetchDailyEpisode(Times times)
{
_episodeIndexer1.Verify(v => v.FetchDailyEpisode(_series.Title, It.IsAny<DateTime>())
, times);
_episodeIndexer2.Verify(v => v.FetchDailyEpisode(_series.Title, It.IsAny<DateTime>())
, times);
}
/// <summary>
/// Verifies that SimConnect was sent commands to unfreeze the aircraft and allow it to fly normally.
/// </summary>
/// <param name="times"></param>
private void VerifyUnfreezeSent(Times times)
{
DoVerifyFreeze(false, times);
}
public static void VerifyUpdateLastModificationDate(this Mock<IFolder> folder, DateTime modificationDate, Times times, bool refresh = true) {
folder.Verify(d => d.UpdateProperties(It.Is<IDictionary<string, object>>(dic => VerifyDictContainsLastModification(dic, modificationDate)), refresh));
}
public void GetWeekTemplates_SuccessTest(DateTime todaysDate)
{
//Arrange
List <Registry> weekRegistries = GetTestRegistries();
List <Mission> missions = GetTestMissions();
List <Task> tasks = GetTestTasks();
Mock <IRegistryRepository> registryRepoMock = new Mock <IRegistryRepository>();
registryRepoMock.SetupSequence(r => r.GetRegistriesByDate(It.IsAny <DateTime>(), It.IsAny <DateTime>(), It.IsAny <int>()))
.Returns(weekRegistries)
.Returns(new List <Registry>())
.Returns(new List <Registry>())
.Returns(new List <Registry>())
.Returns(new List <Registry>());
Mock <IMissionRepository> missionRepoMock = new Mock <IMissionRepository>();
missionRepoMock.Setup(r => r.GetById(1)).Returns(missions[0]);
missionRepoMock.Setup(r => r.GetById(2)).Returns(missions[1]);
Mock <ITaskRepository> taskRepoMock = new Mock <ITaskRepository>();
taskRepoMock.Setup(r => r.GetById(1)).Returns(tasks[0]);
taskRepoMock.Setup(r => r.GetById(2)).Returns(tasks[1]);
Mock <IUnitOfWork> mockUOF = new Mock <IUnitOfWork>();
mockUOF.Setup(uow => uow.RegistryRepository).Returns(registryRepoMock.Object);
mockUOF.Setup(uow => uow.MissionRepository).Returns(missionRepoMock.Object);
mockUOF.Setup(uow => uow.TaskRepository).Returns(taskRepoMock.Object);
var controller = new ReportingController(mockUOF.Object, httpContextAccessorMock);
//Act
var result = controller.GetWeekTemplates(todaysDate);
//Assert
Assert.IsType <ActionResult <List <WeekTemplateViewModel> > >(result);
registryRepoMock.Verify(r => r.GetRegistriesByDate(It.IsAny <DateTime>(), It.IsAny <DateTime>(), It.IsAny <int>()), Times.Exactly(5));
Assert.Single(result.Value);
}
/// <summary>
/// Verifies that SimConnect was asked to take FSX out of slew mode.
/// </summary>
/// <param name="times"></param>
private void VerifySlewOffSent(Times times)
{
DoVerifySlew(false, times);
}
private void PerformLoadVerificationTest(int? detailKey, Times loadInvocationTimes)
{
var args = new MockProjectInvocationRuleSetupArgs() {
CanExecute = true,
ProjectPath = "path",
UsesInput = false
};
var d = new ProjectExecutionDetail() { Key = detailKey };
var i = CreateItem(args, d);
var rmMock = new Mock<IRuntimeManager>();
var mre = new ManualResetEvent(false);
i.BeginExecute(rmMock.Object, ei => mre.Set());
mre.WaitOne(200);
rmMock.Verify(m => m.Load(args.ProjectPath, It.IsAny<IStartupArgs>()), loadInvocationTimes);
}
private static void VerifyContenChangeHandlersRemoved(Mock<ISyncEventManager> manager, Times times) {
manager.Verify(m => m.RemoveEventHandler(It.IsAny<ContentChanges>()), times);
manager.Verify(m => m.RemoveEventHandler(It.IsAny<ContentChangeEventAccumulator>()), times);
manager.Verify(m => m.RemoveEventHandler(It.IsAny<IgnoreAlreadyHandledContentChangeEventsFilter>()), times);
}
private static void VerifyNonContenChangeHandlersRemoved(Mock<ISyncEventManager> manager, Times times) {
manager.Verify(m => m.RemoveEventHandler(It.IsAny<DescendantsCrawler>()), times);
manager.Verify(m => m.RemoveEventHandler(It.IsAny<RemoteObjectFetcher>()), times);
manager.Verify(m => m.RemoveEventHandler(It.IsAny<SyncMechanism>()), times);
manager.Verify(m => m.RemoveEventHandler(It.IsAny<RemoteObjectMovedOrRenamedAccumulator>()), times);
}
/// <summary>
/// Does the work for <see cref="VerifySlewOnSent"/> and <see cref="VerifySlewOffSent"/>.
/// </summary>
/// <param name="on"></param>
/// <param name="times"></param>
private void DoVerifySlew(bool on, Times times)
{
var slewModeOnEventId = _ClientEventIdMap["SLEW_ON"];
var slewModeOffEventId = _ClientEventIdMap["SLEW_OFF"];
var slewAltitudeUpSlowEventId = _ClientEventIdMap["SLEW_ALTIT_UP_SLOW"];
var slewFreezeEventId = _ClientEventIdMap["SLEW_FREEZE"];
var groupId = _NotificationGroupMap[slewModeOffEventId];
if(!on) {
_SimConnect.Verify(m => m.TransmitClientEvent(0U, slewModeOffEventId, 0u, groupId, 0), times);
} else {
_SimConnect.Verify(m => m.TransmitClientEvent(0U, slewModeOnEventId, 0u, groupId, 0), times);
_SimConnect.Verify(m => m.TransmitClientEvent(0U, slewAltitudeUpSlowEventId, 0u, groupId, 0), times);
_SimConnect.Verify(m => m.TransmitClientEvent(0U, slewFreezeEventId, 0u, groupId, 0), times);
}
}
public static void VerifyCreateHttpWebRequest(this Mock<Facebook.FacebookClient> mockFb, Times times)
{
mockFb
.Protected()
.Verify("CreateHttpWebRequest", times, ItExpr.IsAny<Uri>());
}
public void ProcessLimitsTest(
string configurationName,
SLimits limits,
bool logStatistic,
int apiUsageThreshold,
int dataStorageThreshold,
Times[] result)
{
var mockedApiDailyRequestsLoger = new Moq.Mock<ILimitLoger>();
if (limits != null)
{
var apiDailyRequestsLoger = new ApiDailyRequestsLoger(configurationName, limits.DailyApiRequests);
mockedApiDailyRequestsLoger.SetupGet(p => p.UsedAmount).Returns(apiDailyRequestsLoger.UsedAmount);
mockedApiDailyRequestsLoger.SetupGet(p => p.UsedPercents).Returns(apiDailyRequestsLoger.UsedPercents);
}
mockedApiDailyRequestsLoger.Setup(m => m.LogPointWarning()).Verifiable();
mockedApiDailyRequestsLoger.Setup(m => m.LogHasReachedError()).Verifiable();
var mockedDataStorageLoger = new Moq.Mock<ILimitLoger>();
if (limits != null)
{
var dataStorageLoger = new ApiDailyRequestsLoger(configurationName, limits.DataStorageMb);
mockedDataStorageLoger.SetupGet(p => p.UsedAmount).Returns(dataStorageLoger.UsedAmount);
mockedDataStorageLoger.SetupGet(p => p.UsedPercents).Returns(dataStorageLoger.UsedPercents);
}
mockedDataStorageLoger.Setup(m => m.LogPointWarning()).Verifiable();
mockedDataStorageLoger.Setup(m => m.LogHasReachedError()).Verifiable();
var mockedLoger = new Moq.Mock<ILimitsLoger>();
mockedLoger.SetupGet(p => p.ApiDailyRequestsLoger).Returns(mockedApiDailyRequestsLoger.Object);
mockedLoger.SetupGet(p => p.DataStorageLoger).Returns(mockedDataStorageLoger.Object);
mockedLoger.Setup(m => m.LogStatisticInfo()).Verifiable();
mockedLoger.Setup(m => m.LogInformationAreNotAvailableWarning()).Verifiable();
var agent = new LimitsAgent();
agent.LogStatistic = logStatistic;
agent.ApiUsageThreshold = apiUsageThreshold;
agent.DataStorageThreshold = dataStorageThreshold;
var logerField = typeof(LimitsAgent).GetField("loger", BindingFlags.Instance | BindingFlags.NonPublic);
if (logerField != null)
{
logerField.SetValue(agent, mockedLoger.Object);
}
agent.ProcessLimits(limits);
mockedLoger.Verify(m => m.LogStatisticInfo(), result[0]);
mockedLoger.Verify(m => m.LogInformationAreNotAvailableWarning(), result[1]);
mockedApiDailyRequestsLoger.Verify(m => m.LogPointWarning(), result[2]);
mockedApiDailyRequestsLoger.Verify(m => m.LogHasReachedError(), result[3]);
mockedDataStorageLoger.Verify(m => m.LogPointWarning(), result[4]);
mockedDataStorageLoger.Verify(m => m.LogHasReachedError(), result[5]);
}
/// <summary>
/// Verifies that SimConnect was asked to put FSX into slew mode.
/// </summary>
/// <param name="times"></param>
private void VerifySlewOnSent(Times times)
{
DoVerifySlew(true, times);
}
/// <summary>
/// Does the work for <see cref="VerifyFreezeSent"/> and <see cref="VerifyUnfreezeSent"/>.
/// </summary>
/// <param name="freeze"></param>
/// <param name="times"></param>
private void DoVerifyFreeze(bool freeze, Times times)
{
var expectedValue = freeze ? 1U : 0U;
var altitudeEventId = _ClientEventIdMap["FREEZE_ALTITUDE_SET"];
var attitudeEventId = _ClientEventIdMap["FREEZE_ATTITUDE_SET"];
var positionEventId = _ClientEventIdMap["FREEZE_LATITUDE_LONGITUDE_SET"];
var groupId = _NotificationGroupMap[altitudeEventId];
_SimConnect.Verify(m => m.TransmitClientEvent(0U, altitudeEventId, expectedValue, groupId, 0), times);
_SimConnect.Verify(m => m.TransmitClientEvent(0U, attitudeEventId, expectedValue, groupId, 0), times);
_SimConnect.Verify(m => m.TransmitClientEvent(0U, positionEventId, expectedValue, groupId, 0), times);
}
private void VerifyFetchSeason(Times times)
{
_episodeIndexer1.Verify(v => v.FetchSeason(_series.Title, SEASON_NUMBER), times);
_episodeIndexer1.Verify(v => v.FetchSeason(_series.Title, SEASON_NUMBER), times);
}
public void Verify(Expression<Action<ILogger>> action, Times times)
{
lock(this.lockObject)
{
this.wrappedMock.Verify(action, times);
}
}
private static void VerifyErrorCount(Times count, Action<TaskQueueMonitor> test)
{
var connection = Mock.Of<IConnection>();
using (var monitor = new TaskQueueMonitor(connection, Timeout.InfiniteTimeSpan))
{
test(monitor);
}
Mock.Get(connection)
.Verify(c => c.OnError(It.Is<SlowCallbackException>(e => e.Message == _expectedErrorMessage)), count);
}
private void VerifyFetchEpisodeWithSceneName(Times times)
{
_episodeIndexer1.Verify(v => v.FetchEpisode(SCENE_NAME, SEASON_NUMBER, It.IsAny<int>())
, times);
_episodeIndexer2.Verify(v => v.FetchEpisode(SCENE_NAME, SEASON_NUMBER, It.IsAny<int>())
, times);
}
/// <summary>
/// Verifies that SimConnect was used to send commands to FSX to freeze the aircraft and prevent it from moving.
/// </summary>
/// <param name="times"></param>
private void VerifyFreezeSent(Times times)
{
DoVerifyFreeze(true, times);
}
private void VerifyFetchPartialSeason(Times times)
{
_episodeIndexer1.Verify(v => v.FetchPartialSeason(_series.Title, SEASON_NUMBER, It.IsAny<int>())
, times);
_episodeIndexer2.Verify(v => v.FetchPartialSeason(_series.Title, SEASON_NUMBER, It.IsAny<int>())
, times);
}
private void VerifyReadCalled( Times times )
{
this.readers.ForEach( readerMock => readerMock.Verify(
r => r.Read( this.webResponseMock.Object ), times ) );
}
public static void VerifySavedMappedObject(
this Mock<IMetaDataStorage> db,
MappedObjectType type,
string remoteId,
string name,
string parentId,
string changeToken,
Times times,
bool extendedAttributeAvailable = true,
DateTime? lastLocalModification = null,
DateTime? lastRemoteModification = null,
byte[] checksum = null,
long contentSize = -1,
bool ignored = false)
{
db.Verify(
s =>
s.SaveMappedObject(It.Is<IMappedObject>(o => VerifyMappedObject(o, type, remoteId, name, parentId, changeToken, extendedAttributeAvailable, lastLocalModification, lastRemoteModification, checksum, contentSize, ignored))),
times);
}
public async Task Handle_WhenExecuteMutation_ShouldLogMutations()
{
var mutationRunLoggerManager = new Mock <IMutationRunLoggerManager>();
var mutationDocumentExecutor = new ExecuteMutationsCommandHandler(_mutationExecutor, mutationRunLoggerManager.Object);
await mutationDocumentExecutor.Handle(new ExecuteMutationsCommand(_config, _mutationDocuments), CancellationToken.None);
mutationRunLoggerManager.Verify(m => m.LogAfterMutation(It.IsAny <MutationDocument>(), It.IsAny <List <MutationDocumentResult> >(), It.IsAny <int>()), Times.Exactly(3));
mutationRunLoggerManager.Verify(m => m.LogBeforeMutation(It.IsAny <MutationDocument>()), Times.Exactly(3));
mutationRunLoggerManager.Verify(m => m.LogBeforeRun(It.IsAny <List <MutationDocument> >()), Times.Once);
}
public async Task ThenItShouldDeserializeResponses(
string responseA,
string responseV,
string responsePd1,
string responsePd2)
{
_requestSerializer
.Setup(serializer => serializer.Serialize(It.Is <ProviderQueryRequest>(req => req.SelectionCriteria.ProviderStatus == ProviderStatusEnum.A)))
.Returns("<ProviderStatus>A</ProviderStatus>");
_httpClientMock
.When(req => req.Content.ReadAsStringAsync().Result == "<ProviderStatus>A</ProviderStatus>")
.Then(new HttpResponseMessage {
StatusCode = HttpStatusCode.OK, Content = new StringContent(responseA)
});
_requestSerializer
.Setup(serializer => serializer.Serialize(It.Is <ProviderQueryRequest>(req => req.SelectionCriteria.ProviderStatus == ProviderStatusEnum.V)))
.Returns("<ProviderStatus>V</ProviderStatus>");
_httpClientMock
.When(req => req.Content.ReadAsStringAsync().Result == "<ProviderStatus>V</ProviderStatus>")
.Then(new HttpResponseMessage {
StatusCode = HttpStatusCode.OK, Content = new StringContent(responseV)
});
_requestSerializer
.Setup(serializer => serializer.Serialize(It.Is <ProviderQueryRequest>(req => req.SelectionCriteria.ProviderStatus == ProviderStatusEnum.PD1)))
.Returns("<ProviderStatus>PD1</ProviderStatus>");
_httpClientMock
.When(req => req.Content.ReadAsStringAsync().Result == "<ProviderStatus>PD1</ProviderStatus>")
.Then(new HttpResponseMessage {
StatusCode = HttpStatusCode.OK, Content = new StringContent(responsePd1)
});
_requestSerializer
.Setup(serializer => serializer.Serialize(It.Is <ProviderQueryRequest>(req => req.SelectionCriteria.ProviderStatus == ProviderStatusEnum.PD2)))
.Returns("<ProviderStatus>PD2</ProviderStatus>");
_httpClientMock
.When(req => req.Content.ReadAsStringAsync().Result == "<ProviderStatus>PD2</ProviderStatus>")
.Then(new HttpResponseMessage {
StatusCode = HttpStatusCode.OK, Content = new StringContent(responsePd2)
});
await _client.GetProvidersChangedSinceAsync(new DateTime(), CancellationToken.None);
_responseDeserializer.Verify(deserializer => deserializer.DeserializeResponse(It.IsAny <string>()), Times.Exactly(4));
_responseDeserializer.Verify(deserializer => deserializer.DeserializeResponse(responseA), Times.Once);
_responseDeserializer.Verify(deserializer => deserializer.DeserializeResponse(responseV), Times.Once);
_responseDeserializer.Verify(deserializer => deserializer.DeserializeResponse(responsePd1), Times.Once);
_responseDeserializer.Verify(deserializer => deserializer.DeserializeResponse(responsePd2), Times.Once);
}
public static void VerifySetContentStream(this Mock<IDocument> doc, Times times, bool overwrite = true, bool refresh = true, string mimeType = null) {
doc.Verify(d => d.SetContentStream(It.Is<IContentStream>(s => VerifyContentStream(s, mimeType, doc.Object.Name)), overwrite, refresh), times);
}
