public async Task WhenNoPreviousDates_ReturnsMovementDate()
{
var movementDate = new DateTime(2015, 1, 1);
var movement = new Movement(1, AnyGuid, movementDate, userId);
var dateService = new OriginalMovementDate(historyRepository);
Assert.Equal(movementDate, await dateService.Get(movement));
}
public async Task WhenNoPreviousDates_ReturnsMovementDate()
{
var movementDate = new DateTime(2015, 1, 1);
var movement = new Movement(1, AnyGuid, movementDate, userId);
var dateService = new OriginalMovementDate(historyRepository);
Assert.Equal(movementDate, await dateService.Get(movement));
}
public async Task WhenOnePreviousDate_ReturnsPreviousDate()
{
var movement = new Movement(1, AnyGuid, AnyDate, userId);
var previousDate = new DateTime(2015, 1, 2);
A.CallTo(() => historyRepository.GetByMovementId(A <Guid> .Ignored))
.Returns(new[]
{
new MovementDateHistory(AnyGuid, previousDate)
});
var dateService = new OriginalMovementDate(historyRepository);
Assert.Equal(previousDate, await dateService.Get(movement));
}
public async Task WhenOnePreviousDate_ReturnsPreviousDate()
{
var movement = new Movement(1, AnyGuid, AnyDate, userId);
var previousDate = new DateTime(2015, 1, 2);
A.CallTo(() => historyRepository.GetByMovementId(A<Guid>.Ignored))
.Returns(new[]
{
new MovementDateHistory(AnyGuid, previousDate)
});
var dateService = new OriginalMovementDate(historyRepository);
Assert.Equal(previousDate, await dateService.Get(movement));
}
public MovementDateValidatorTests()
{
consentRepository = A.Fake <INotificationConsentRepository>();
notificationRepository = A.Fake <INotificationApplicationRepository>();
historyRepository = A.Fake <IMovementDateHistoryRepository>();
workingDayCalculator = A.Fake <IWorkingDayCalculator>();
dateValidator = new MovementDateValidator(consentRepository);
originalMovementDate = new OriginalMovementDate(historyRepository);
updatedDateValidator = new UpdatedMovementDateValidator(dateValidator,
originalMovementDate,
workingDayCalculator,
notificationRepository);
SystemTime.Freeze(Today.AddHours(5));
A.CallTo(() => consentRepository.GetByNotificationId(NotificationId))
.Returns(new Consent(
NotificationId,
new DateRange(ConsentStart, ConsentEnd),
AnyString,
AnyGuid));
A.CallTo(() => notificationRepository.GetByMovementId(A <Guid> .Ignored))
.Returns(new NotificationApplication(
AnyGuid,
NotificationType.Recovery,
UKCompetentAuthority.England,
10));
A.CallTo(() => historyRepository.GetByMovementId(A <Guid> .Ignored))
.Returns(new MovementDateHistory[0]);
A.CallTo(() => workingDayCalculator.AddWorkingDays(A <DateTime> .Ignored,
A <int> .Ignored,
A <bool> .Ignored,
A <UKCompetentAuthority> .Ignored))
.ReturnsLazily((DateTime inputDate,
int inputDays,
bool includeStartDay,
UKCompetentAuthority ca) =>
//A very simple working day formula that ignores bank holidays taken from http://stackoverflow.com/a/279370
inputDate.AddDays(inputDays
+ ((inputDays / 5) * 2)
+ ((((int)inputDate.DayOfWeek + (inputDays % 5)) >= 5) ? 2 : 0)));
}
public MovementDateValidatorTests()
{
consentRepository = A.Fake<INotificationConsentRepository>();
notificationRepository = A.Fake<INotificationApplicationRepository>();
historyRepository = A.Fake<IMovementDateHistoryRepository>();
workingDayCalculator = A.Fake<IWorkingDayCalculator>();
dateValidator = new MovementDateValidator(consentRepository);
originalMovementDate = new OriginalMovementDate(historyRepository);
updatedDateValidator = new UpdatedMovementDateValidator(dateValidator,
originalMovementDate,
workingDayCalculator,
notificationRepository);
SystemTime.Freeze(Today.AddHours(5));
A.CallTo(() => consentRepository.GetByNotificationId(NotificationId))
.Returns(new Consent(
NotificationId,
new DateRange(ConsentStart, ConsentEnd),
AnyString,
AnyGuid));
A.CallTo(() => notificationRepository.GetByMovementId(A<Guid>.Ignored))
.Returns(new NotificationApplication(
AnyGuid,
NotificationType.Recovery,
UKCompetentAuthority.England,
10));
A.CallTo(() => historyRepository.GetByMovementId(A<Guid>.Ignored))
.Returns(new MovementDateHistory[0]);
A.CallTo(() => workingDayCalculator.AddWorkingDays(A<DateTime>.Ignored,
A<int>.Ignored,
A<bool>.Ignored,
A<UKCompetentAuthority>.Ignored))
.ReturnsLazily((DateTime inputDate,
int inputDays,
bool includeStartDay,
UKCompetentAuthority ca) =>
//A very simple working day formula that ignores bank holidays taken from http://stackoverflow.com/a/279370
inputDate.AddDays(inputDays
+ ((inputDays / 5) * 2)
+ ((((int)inputDate.DayOfWeek + (inputDays % 5)) >= 5) ? 2 : 0)));
}
public async Task WhenMultiPreviousDates_ReturnsOldestPreviousDate()
{
var movement = new Movement(1, AnyGuid, AnyDate, userId);
var oldestDateHistory = new MovementDateHistory(AnyGuid, new DateTime(2015, 1, 5));
ObjectInstantiator<MovementDateHistory>.SetProperty(m => m.DateChanged, new DateTime(2015, 10, 10), oldestDateHistory);
var otherDateHistory = new MovementDateHistory(AnyGuid, new DateTime(2015, 1, 3));
ObjectInstantiator<MovementDateHistory>.SetProperty(m => m.DateChanged, new DateTime(2015, 10, 11), otherDateHistory);
A.CallTo(() => historyRepository.GetByMovementId(A<Guid>.Ignored))
.Returns(new[]
{
oldestDateHistory,
otherDateHistory
});
var dateService = new OriginalMovementDate(historyRepository);
Assert.Equal(oldestDateHistory.PreviousDate, await dateService.Get(movement));
}
public async Task WhenMultiPreviousDates_ReturnsOldestPreviousDate()
{
var movement = new Movement(1, AnyGuid, AnyDate, userId);
var oldestDateHistory = new MovementDateHistory(AnyGuid, new DateTime(2015, 1, 5));
ObjectInstantiator <MovementDateHistory> .SetProperty(m => m.DateChanged, new DateTime(2015, 10, 10), oldestDateHistory);
var otherDateHistory = new MovementDateHistory(AnyGuid, new DateTime(2015, 1, 3));
ObjectInstantiator <MovementDateHistory> .SetProperty(m => m.DateChanged, new DateTime(2015, 10, 11), otherDateHistory);
A.CallTo(() => historyRepository.GetByMovementId(A <Guid> .Ignored))
.Returns(new[]
{
oldestDateHistory,
otherDateHistory
});
var dateService = new OriginalMovementDate(historyRepository);
Assert.Equal(oldestDateHistory.PreviousDate, await dateService.Get(movement));
}
