protected override void EndProcessing()
{
base.EndProcessing();
if (!string.IsNullOrWhiteSpace(Header) && (Body == null || !Body.Any()))
{
throw new PSArgumentException("Header cannot be used without Body. Please specify a Body and try again.");
}
var hour = Now.Time().Hour;
if (hour is >= 0 and <= 4)
{
var dayPrior = Date.Minus(Period.FromDays(1));
var question = $"Edit entry for '{dayPrior}' or '{Date}'?";
var result = Choice("It's after midnight!", question, 0, dayPrior.DayOfWeek.ToChoiceString(), Date.DayOfWeek.ToChoiceString());
if (result == 0)
{
Date = dayPrior;
}
}
var journal = OpenJournal();
journal.AppendEntryContent(Date, Body, Header, Tags, Readme, out var warnings);
foreach (var warning in warnings)
{
WriteWarning(warning.Wrap(WrapWidth));
}
}
private async Task <string> GetWeather(string cityname)
{
WeatherData weatherdata = await GetWeatherDataAsync(cityname);
if (weatherdata == null || weatherdata.HeWeather5 == null)
{
return(string.Format("无法获取\"{0}\"的天气信息", cityname));
}
else
{
Heweather5[] weatherServices = weatherdata.HeWeather5;
if (weatherServices.Length <= 0)
{
return(string.Format("无法获取\"{0}\"的天气信息", cityname));
}
Basic cityInfo = weatherServices[0].basic;
if (cityInfo == null)
{
return(string.Format("\"{0}\"应该不是城市的名字", cityname));
}
string cityInfoString = "城市：" + cityInfo.city + "\r\n";
Now cityNowInfo = weatherServices[0].now;
string cityNowInfoString = "现在天气：" + cityNowInfo.cond.txt + "\r\n"
+ "现在温度：" + cityNowInfo.tmp;
Suggestion citySuggestionInfo = weatherServices[0].suggestion;
string citySuggestionInfoString = "舒适指数：" + citySuggestionInfo.comf.brf + "\r\n"
+ "穿衣建议：" + citySuggestionInfo.drsg.txt + "\r\n"
+ "运动建议：" + citySuggestionInfo.sport.txt + "\r\n";
Aqi cityAqiInfo = weatherServices[0].aqi;
string cityAqiInfoString = "空气质量指数：" + cityAqiInfo.city.aqi + "\r\n"
+ "PM2.5:" + cityAqiInfo.city.pm25;
return(string.Format("现在{0}的天气：\r\n{1}", cityname, cityInfoString + cityNowInfoString + cityAqiInfoString + citySuggestionInfoString));
}
}
private static IEnumerable <Schedule> CalculateNextRun(IEnumerable <Schedule> schedules)
{
foreach (var schedule in schedules)
{
if (schedule.CalculateNextRun == null)
{
if (schedule.DelayRunFor > TimeSpan.Zero)
{
// delayed job
schedule.NextRun = Now.Add(schedule.DelayRunFor);
_schedules.Add(schedule);
}
else
{
// run immediately
yield return(schedule);
}
var hasAdded = false;
foreach (var child in schedule.AdditionalSchedules.Where(x => x.CalculateNextRun != null))
{
var nextRun = child.CalculateNextRun(Now.Add(child.DelayRunFor).AddMilliseconds(1));
if (!hasAdded || schedule.NextRun > nextRun)
{
schedule.NextRun = nextRun;
hasAdded = true;
}
}
}
else
{
schedule.NextRun = schedule.CalculateNextRun(Now.Add(schedule.DelayRunFor));
_schedules.Add(schedule);
}
foreach (var childSchedule in schedule.AdditionalSchedules)
{
if (childSchedule.CalculateNextRun == null)
{
if (childSchedule.DelayRunFor > TimeSpan.Zero)
{
// delayed job
childSchedule.NextRun = Now.Add(childSchedule.DelayRunFor);
_schedules.Add(childSchedule);
}
else
{
// run immediately
yield return(childSchedule);
continue;
}
}
else
{
childSchedule.NextRun = childSchedule.CalculateNextRun(Now.Add(childSchedule.DelayRunFor));
_schedules.Add(childSchedule);
}
}
}
}
public async Task ItShouldRenewTheLeaseWithRateLimiter()
{
this.SetupAquireMocks();
await this.target.AcquireLeaseAsync();
this.blob.Setup(v => v.RenewLeaseAsync(It.IsAny <AccessCondition>(), this.cancellationToken))
.Returns(Task.FromResult(0)).Verifiable();
await this.target.KeepAliveAsync();
this.blob.Verify(v => v.RenewLeaseAsync(It.IsAny <AccessCondition>(), this.cancellationToken), Times.Exactly(0));
this.timestampCreator.Setup(v => v.Now()).Returns(Now.AddSeconds(BlobLease.RenewRateLimitSeconds - 1));
await this.target.KeepAliveAsync();
this.blob.Verify(v => v.RenewLeaseAsync(It.IsAny <AccessCondition>(), this.cancellationToken), Times.Exactly(0));
this.timestampCreator.Setup(v => v.Now()).Returns(Now.AddSeconds(BlobLease.RenewRateLimitSeconds));
await this.target.KeepAliveAsync();
this.blob.Verify(v => v.RenewLeaseAsync(It.IsAny <AccessCondition>(), this.cancellationToken), Times.Exactly(1));
this.timestampCreator.Setup(v => v.Now()).Returns(Now.AddSeconds((BlobLease.RenewRateLimitSeconds * 2) - 1));
await this.target.KeepAliveAsync();
this.blob.Verify(v => v.RenewLeaseAsync(It.IsAny <AccessCondition>(), this.cancellationToken), Times.Exactly(1));
this.timestampCreator.Setup(v => v.Now()).Returns(Now.AddSeconds(BlobLease.RenewRateLimitSeconds * 2));
await this.target.KeepAliveAsync();
this.blob.Verify(v => v.RenewLeaseAsync(It.IsAny <AccessCondition>(), this.cancellationToken), Times.Exactly(2));
this.blob.Verify();
}
public async Task ItShouldUpdateTheTimestamps()
{
this.SetupAquireMocks();
await this.target.AcquireLeaseAsync();
await this.target.RenewLeaseAsync();
await this.target.KeepAliveAsync();
await this.target.RenewLeaseAsync();
var end = Now.AddDays(1);
this.timestampCreator.Setup(v => v.Now()).Returns(end);
this.blob.Setup(v => v.FetchAttributesAsync(this.cancellationToken)).Returns(Task.FromResult(0)).Verifiable();
var metadata = new Dictionary <string, string>();
this.blob.SetupGet(v => v.Metadata).Returns(metadata);
this.blob.Setup(v => v.SetMetadataAsync(It.IsAny <AccessCondition>(), null, null, this.cancellationToken)).Returns(Task.FromResult(0)).Verifiable();
await this.target.UpdateTimestampsAsync();
this.blob.Verify();
Assert.AreEqual <DateTime>(Now, metadata[Azure.Constants.LeaseStartTimestampMetadataKey].FromIso8601String());
Assert.AreEqual <DateTime>(end, metadata[Azure.Constants.LeaseEndTimestampMetadataKey].FromIso8601String());
Assert.AreEqual(3, int.Parse(metadata[Azure.Constants.LeaseRenewCountMetadataKey]));
}
public void Configure(IApplicationBuilder app)
{
app.Run(context => {
var requestPath = context.Request.Path;
switch (requestPath)
{
case "/log-time.html":
if (context.Request.Method == "POST")
{
var date = ParseExact(context.Request.Form["date"], "yyyy-MM-dd",
CultureInfo.InvariantCulture);
var loggedTimeEvent = new LoggedTimeEvent(
date,
context.Request.Form["hour"],
context.Request.Form["minute"],
context.Request.Form["total-hours"],
context.Request.Form["project"]);
File.WriteAllText("events/" + Now.ToUniversalTime() + "-LoggedTime.json", JsonSerializer.Serialize(loggedTimeEvent));
}
return(context.Response.WriteAsync(FillTemplate("layout/log-time.html",
GetTodayAndYesterday())));
default:
return(context.Response.WriteAsync("Unknown path: " + requestPath));
}
});
}
} // CalculateRollovers
private int CalculateSeniority()
{
if (this.customer == null)
{
this.log.Debug("CalculateSeniority: 0 because customer is null.");
return(-1);
} // if
DateTime oMpOriginationDate = this.db.ExecuteScalar <DateTime?>(
"LoadCustomerFirstTransactionTime",
CommandSpecies.StoredProcedure,
new QueryParameter("CustomerID", this.customer.Id)
) ?? Now;
this.log.Debug("CalculateSeniority: mp origination date is {0}.", oMpOriginationDate.MomentStr());
DateTime oIncorporationDate = GetCustomerIncorporationDate();
this.log.Debug("CalculateSeniority: incorporation date is {0}.", oIncorporationDate.MomentStr());
DateTime oDate = (oMpOriginationDate < oIncorporationDate) ? oMpOriginationDate : oIncorporationDate;
this.log.Debug("CalculateSeniority: chosen date is {0}.", oDate.MomentStr());
this.log.Debug("CalculateSeniority: current date is {0}.", Now.MomentStr());
int seniority = (int)(Now - oDate).TotalDays;
this.log.Debug("CalculateSeniority: result is {0} days.", seniority);
return(seniority);
} // CalculateSeniority
public void Comparer()
{
var v1 = Type.Seed(null);
var v2 = Now.Subtract(TimeSpan.FromTicks(DateAccuracyInTicks));
Assert.That(() => Type.Comparator.Compare(v1, v2), Throws.Nothing);
}
public async Task ShouldKeepCurrentTokenParamsAndOptionsEvenIfCurrentTokenIsValidAndNoNewTokenIsRequested()
{
var client = GetRestClient(
null,
opts => opts.TokenDetails = new TokenDetails("boo")
{
Expires = Now.AddHours(10)
});
var testAblyAuth = new TestAblyAuth(client.Options, client);
var customTokenParams = TokenParams.WithDefaultsApplied();
customTokenParams.Ttl = TimeSpan.FromHours(2);
customTokenParams.Timestamp = Now.AddHours(1);
var customAuthOptions = AuthOptions.FromExisting(testAblyAuth.Options);
customAuthOptions.UseTokenAuth = true;
await testAblyAuth.AuthorizeAsync(customTokenParams, customAuthOptions);
var expectedTokenParams = customTokenParams.Clone();
expectedTokenParams.Timestamp = null;
testAblyAuth.CurrentTokenParams.Should().BeEquivalentTo(expectedTokenParams);
testAblyAuth.CurrentAuthOptions.Should().BeSameAs(customAuthOptions);
}
public async Task WithStartBeforeEnd_Throws()
{
_ = await Assert.ThrowsAsync <AblyException>(() =>
_channel.HistoryAsync(new PaginatedRequestParams {
Start = Now, End = Now.AddHours(-1)
}));
}
public async Task single_should_load_aggregate()
{
// arrange
var id = NewGuid();
var birthday = Now.AddYears(-3);
var anniversary = Now;
var person = new Person(id, "Jane", "Smith", birthday);
var spouse = new Person(NewGuid(), "John", "Doe", Now);
person.Marry(spouse, anniversary);
person.ChangeLastName("Doe");
var events = new IEvent[]
{
new Born(id, "Jane", "Smith", birthday),
new Married(id, spouse.Id, anniversary),
new LastNameChanged(id, "Doe")
};
var eventStore = new SimpleEventStore(new Dictionary <Guid, IEnumerable <IEvent> >()
{
[id] = events
});
var repository = new Repository <Person>(eventStore);
// act
var twin = await repository.Single(id, CancellationToken.None);
// assert
twin.Equals(person).Should().BeTrue();
}
public void StartCount(int stage)
{
IsStartCount[stage] = true;
NowSec[stage] = Now.Second;
GoalTimes[stage] = Now.AddHours(ResourceDatas[stage].hour);
GoalTimes[stage] = GoalTimes[stage].AddMinutes(ResourceDatas[stage].min);
}
public void CountDownToStringIsHHMM()
{
var startedTimer = _countDownTimer.Start();
Now = Now.AddSeconds(30);
Assert.Equal($"14:30", startedTimer.ToString());
}
public ProductCommandHandlers(
GetStreamName getStreamName,
AsyncRepository <Product> repository,
AsyncSnapshotableRepository <Product> snapshotableRepository,
Now now) : base(getStreamName, repository, snapshotableRepository, now)
{
}
private void SendClientNames(Socket thisClient)
{
try
{
string names = "ClientsNameList:";
foreach (Socket otherClient in _clientSockets)
{
if (thisClient != otherClient)
{
lock (this)
{
names += _clientsName[otherClient.RemoteEndPoint.ToString()] != string.Empty
? _clientsName[otherClient.RemoteEndPoint.ToString()] + ";" : "";
}
}
}
thisClient.Send(Encoding.GetEncoding(1251).GetBytes(names));
Application.Current.Dispatcher.Invoke(() =>
{
_logsTextBox.Text += $"[{Now.ToLongTimeString()}] Отправки списка клиентов клиенту {_clientsName[thisClient.RemoteEndPoint.ToString()]}\r\n";
});
}
catch
{
// ignored
}
}
public ProcessClientOutboxMessageCommandV2HandlerTestsFixture()
{
Now = DateTime.UtcNow;
EndpointName = "SFA.DAS.NServiceBus";
Events = new List <object>
{
new FooEvent(Now.AddDays(-1)),
new BarEvent(Now)
};
TransportOperations = Events.Select(e => new TransportOperation(Guid.NewGuid(), e)).ToList();
ClientOutboxMessage = new ClientOutboxMessageV2(GuidComb.NewGuidComb(), EndpointName, TransportOperations);
SynchronizedStorageSession = new Mock <SynchronizedStorageSession>();
Context = new TestableMessageHandlerContext
{
MessageId = ClientOutboxMessage.MessageId.ToString(),
SynchronizedStorageSession = SynchronizedStorageSession.Object
};
Command = new ProcessClientOutboxMessageCommandV2();
ClientOutboxStorage = new Mock <IClientOutboxStorageV2>();
ClientOutboxStorage.Setup(o => o.GetAsync(ClientOutboxMessage.MessageId, SynchronizedStorageSession.Object)).ReturnsAsync(ClientOutboxMessage);
Handler = new ProcessClientOutboxMessageCommandV2Handler(ClientOutboxStorage.Object);
}
public void replay_all_should_load_aggregate_from_history()
{
// arrange
var id = NewGuid();
var birthday = Now.AddYears(-3);
var person = new Person(id, "Jane", "Smith", birthday);
var spouse = new Person(NewGuid(), "John", "Doe", Now);
var version = 0;
person.Marry(spouse, Now);
person.ChangeLastName("Doe");
foreach (var @event in person.UncommittedEvents)
{
@event.Version = version++;
}
var lifeExperiences = person.UncommittedEvents.ToArray();
var twin = new Person();
person.AcceptChanges();
// act
twin.ReplayAll(lifeExperiences);
// assert
twin.Equals(person).Should().BeTrue();
twin.Version.Should().Be(2);
}
public async Task save_should_throw_exception_when_concurrency_is_violated()
{
// arrange
var id = NewGuid();
var birthday = Now.AddYears(-21);
var newEvents = new IEvent[] { new Married(id, NewGuid(), Now) };
var persistence = new SimplePersistence();
var eventStore = new SimpleEventStore(persistence);
await persistence.Persist(new Commit()
{
Id = id, Version = 0, Events = { new Born(id, "John", "Doe", birthday) }
}, CancellationToken.None);
await persistence.Persist(new Commit()
{
Id = id, Version = 1, Events = { new Married(id, NewGuid(), Now) }
}, CancellationToken.None);
// act
Func <Task> save = () => eventStore.Save(id, newEvents, 0, CancellationToken.None);
// assert
save.Should().Throw <ConcurrencyException>();
}
public async Task WithDefaultTokenParamsAndTokenParamsSpecified_ShouldUseOnlyParamsPassedIntoTheMethod()
{
var client = GetRestClient(
null,
options => options.DefaultTokenParams = new TokenParams
{
ClientId = "123", Ttl = TimeSpan.FromHours(2)
});
var capability = new Capability();
capability.AddResource("a").AllowAll();
var methodParams = new TokenParams
{
Capability = capability,
ClientId = "999",
Ttl = TimeSpan.FromMinutes(1),
Nonce = "123",
Timestamp = Now.AddHours(1)
};
await client.Auth.RequestTokenAsync(methodParams);
var data = LastRequest.PostData as TokenRequest;
data.Capability.Should().Be(capability);
data.ClientId.Should().Be(methodParams.ClientId);
data.Ttl.Should().Be(methodParams.Ttl);
data.Nonce.Should().Be(methodParams.Nonce);
data.Timestamp.Should().Be(methodParams.Timestamp);
}
protected async Task <bool> HasSubscriptionDayBeenInitialized(DateTime?date = null)
{
var dateStr = !date.HasValue ? Now.AddDays(1).Date.ToString("yyyy-MM-dd") : date.Value.ToString("yyyy-MM-dd");
var item = await SubscriptionDayRepository.GetSingleAsync(x => x.Date == dateStr);
return(item != null && item.Initialized);
}
public async void SavesRefreshTokenReturnsTokenPair(string uid, bool shouldPersist)
{
var user = new User {
Id = uid, UserName = "******"
};
var expected = new TokenPair
{
AccessToken = "axessToken" + uid,
RefreshToken = "refreshToken" + uid,
User = user,
Persistent = shouldPersist
};
var refreshToken = new RefreshToken
{
Token = expected.RefreshToken,
UID = uid,
ExpiresAt = Now.AddDays(30),
Persistent = shouldPersist
};
tokenService.Setup(x => x.CreateAccessToken(uid)).Returns(expected.AccessToken);
tokenService.Setup(x => x.CreateRefreshToken()).Returns(expected.RefreshToken);
refreshTokenRepo.Setup(x => x.Create(refreshToken)).ReturnsAsync(refreshToken);
var actual = await userService.CreateAuthTokens(user, shouldPersist);
Assert.Equal(expected, actual);
refreshTokenRepo.Verify(x => x.Create(It.IsAny <RefreshToken>()), Times.Once);
}
// 락이 없는 함수로 푸시 말고는 쓰기 동작이 없어야 한다.
// Stop이 불리고 나서도 로그가 푸시될 수 있는 것을 감안한다(이런 로그는 Stop에서 처리).
private Int64 PushImpl(String type, Object log, Boolean doSerialize)
{
try
{
if (CheckAvailablePush(type, log) == false)
{
return(INVALID_SEQUENCE);
}
DateTime now = Now.NowDateTime();
Int64 sequence = _sequenceGenerator.Generate();
Boolean successPush = _logQueue.Push(new Log()
{
Sequence = sequence,
LogType = type,
LogObject = log,
TimeStamp = Now.TimestampSec(now),
TimeStampNS = Now.TimestampNS(now),
IsRawString = doSerialize
});
if (successPush)
{
Watcher.IncrementPushLogCount();
return(sequence);
}
return(INVALID_SEQUENCE);
}
catch (Exception exception)
{
ErrorCounter.RaiseError($"Fail Push: {exception.Message}");
return(INVALID_SEQUENCE);
}
}
public ProcessOutboxMessageCommandHandlerTestsFixture()
{
Now = DateTime.UtcNow;
EndpointName = "SFA.DAS.NServiceBus";
Events = new List <Event>
{
new FooEvent {
Created = Now.AddDays(-1)
},
new BarEvent {
Created = Now
}
};
OutboxMessage = new OutboxMessage(GuidComb.NewGuidComb(), EndpointName, Events);
Context = new TestableMessageHandlerContext
{
MessageId = OutboxMessage.MessageId.ToString()
};
Command = new ProcessOutboxMessageCommand();
Outbox = new Mock <IOutbox>();
Outbox.Setup(o => o.GetAsync(OutboxMessage.MessageId)).ReturnsAsync(OutboxMessage);
Handler = new ProcessOutboxMessageCommandHandler(Outbox.Object);
}
public async void RetriesOnceOnDocumentConflictError(string uid, bool shouldPersist)
{
var duplicateToken1 = new RefreshToken
{
UID = uid,
Token = "tokenthatsalreadyinuse",
ExpiresAt = Now.AddDays(30),
Persistent = shouldPersist
};
var duplicateToken2 = new RefreshToken
{
UID = uid,
Token = "anothertokenthatsalreadyinuse",
ExpiresAt = Now.AddDays(30),
Persistent = shouldPersist
};
tokenService.SetupSequence(x => x.CreateRefreshToken())
.Returns(duplicateToken1.Token)
.Returns(duplicateToken2.Token);
refreshTokenRepo.SetupSequence(x => x.Create(duplicateToken1))
.ThrowsAsync(new DocumentConflictException());
refreshTokenRepo.SetupSequence(x => x.Create(duplicateToken2))
.ThrowsAsync(new DocumentConflictException());
await Assert.ThrowsAsync <DocumentConflictException>(
() => userService.CreateAuthTokens(new User {
Id = uid
}, shouldPersist)
);
refreshTokenRepo.Verify(x => x.Create(It.IsNotNull <RefreshToken>()), Times.Exactly(2));
}
public async void Run()
{
Application.Current.Dispatcher.Invoke(() =>
{
_logsTextBox.Text += $"[{Now.ToLongTimeString()}] Сервер слушает порт #{_port}\r\n";
});
while (true)
{
_logsTextBox.Text += $"[{Now.ToLongTimeString()}] Ждем подключения нового клиента...\r\n";
Socket newClient = await Task.Factory.FromAsync(_serverSocket.BeginAccept, _serverSocket.EndAccept, true);
_logsTextBox.Text += $"[{Now.ToLongTimeString()}] Клиент пришел {newClient.RemoteEndPoint}\r\n";
lock (this)
{
_clientSockets.Add(newClient);
_clientsName.Add(newClient.RemoteEndPoint.ToString(), string.Empty);
}
ConversationStart(newClient);
}
}
public void CountDownTimerStopsAt0()
{
var inProgressTimer = _countDownTimer.Start();
Now = Now.AddMinutes(_defaultTimerLength.Minutes + 5);
Assert.Equal(TimeSpan.Zero, inProgressTimer.TimeLeft);
}
public async Task WithTokenErrorAndNonRenewableToken_ShouldRaiseErrorAndTransitionToFailed()
{
var tokenDetails = new TokenDetails("id")
{
Expires = Now.AddHours(1)
};
bool renewTokenCalled = false;
var client = GetClientWithFakeTransport(opts =>
{
opts.Key = "";
opts.TokenDetails = tokenDetails;
opts.UseBinaryProtocol = false;
}, request =>
{
if (request.Url.Contains("/keys"))
{
renewTokenCalled = true;
return(_returnedDummyTokenDetails.ToJson().ToAblyResponse());
}
return(AblyResponse.EmptyResponse.ToTask());
});
await client.FakeProtocolMessageReceived(new ProtocolMessage(ProtocolMessage.MessageAction.Error) { Error = new ErrorInfo("Unauthorised", _tokenErrorCode, HttpStatusCode.Unauthorized) });
renewTokenCalled.Should().BeFalse();
client.Connection.State.Should().Be(ConnectionState.Failed);
client.Connection.ErrorReason.Should().NotBeNull();
client.Connection.ErrorReason.Code.Should().Be(_tokenErrorCode);
}
public async Task WhenInSuspendedStateAfterRetrying_ShouldGoBackToSuspendedState()
{
Now = DateTimeOffset.UtcNow;
_fakeTransportFactory.initialiseFakeTransport =
transport => transport.OnConnectChangeStateToConnected = false;
//this will keep it in connecting state
var client = GetClientWithFakeTransport(opts =>
{
opts.AutoConnect = false;
opts.DisconnectedRetryTimeout = TimeSpan.FromMilliseconds(10);
opts.SuspendedRetryTimeout = TimeSpan.FromMilliseconds(10);
opts.RealtimeRequestTimeout = TimeSpan.FromMilliseconds(100);
});
client.Connect();
do
{
LastCreatedTransport.Listener?.OnTransportEvent(TransportState.Closing, new Exception());
await WaitForConnectingOrSuspended(client);
Now = Now.AddSeconds(30);
} while (client.Connection.State != ConnectionState.Suspended);
await new ConnectionAwaiter(client.Connection, ConnectionState.Connecting).Wait();
await new ConnectionAwaiter(client.Connection, ConnectionState.Suspended).Wait();
}
public async Task WhenInSuspendedState_ShouldTryAndReconnectAfterSuspendRetryTimeoutIsReached()
{
Now = DateTimeOffset.UtcNow;
_fakeTransportFactory.initialiseFakeTransport =
transport => transport.OnConnectChangeStateToConnected = false;
//this will keep it in connecting state
var client = GetClientWithFakeTransport(opts =>
{
opts.AutoConnect = false;
opts.DisconnectedRetryTimeout = TimeSpan.FromMilliseconds(10);
opts.SuspendedRetryTimeout = TimeSpan.FromMilliseconds(100);
});
client.Connect();
do
{
LastCreatedTransport.Listener?.OnTransportEvent(TransportState.Closing, new Exception());
await WaitForConnectingOrSuspended(client);
Now = Now.AddSeconds(30);
} while (client.Connection.State != ConnectionState.Suspended);
var awaiter = new ConnectionAwaiter(client.Connection, ConnectionState.Connecting);
var elapsed = await awaiter.Wait();
elapsed.Should().BeCloseTo(client.Options.SuspendedRetryTimeout, 100);
}
public async Task WithTokenErrorAndTokenRenewalFails_ShouldRaiseErrorAndTransitionToFailed()
{
var tokenDetails = new TokenDetails("id")
{
Expires = Now.AddHours(1)
};
var client = GetClientWithFakeTransport(opts =>
{
opts.TokenDetails = tokenDetails;
opts.UseBinaryProtocol = false;
}, request =>
{
if (request.Url.Contains("/keys"))
{
throw new AblyException(new ErrorInfo()
{
Code = 123
});
}
return(AblyResponse.EmptyResponse.ToTask());
});
await client.FakeProtocolMessageReceived(new ProtocolMessage(ProtocolMessage.MessageAction.Error) { Error = new ErrorInfo("Unauthorised", _tokenErrorCode, HttpStatusCode.Unauthorized) });
client.Connection.State.Should().Be(ConnectionState.Failed);
client.Connection.ErrorReason.Should().NotBeNull();
client.Connection.ErrorReason.Code.Should().Be(123);
}
public PaymentService(IAccountRepository accountRepository, IBus bus, Now now)
{
this.accountRepository = accountRepository;
this.bus = bus;
this.now = now;
}
public StockControlController(IStockItemService stockItemService, Now now, CurrentUser currentUser)
{
this.stockItemService = stockItemService;
this.now = now;
this.currentUser = currentUser;
}
public ChronoMap(Now now)
{
_now = now;
}