/// <summary>
/// Create a deep copy of this object.
/// </summary>
/// <returns>A <see cref="TrainLocationTimeModel"/> instance that is a deep copy of this instance.</returns>
public new TrainLocationTimeModel Copy()
{
return(new TrainLocationTimeModel
{
ActualTime = ActualTime?.Copy(),
DisplayedText = DisplayedText,
DisplayedTextFootnote = DisplayedTextFootnote,
DisplayedTextHours = DisplayedTextHours,
DisplayedTextMinutes = DisplayedTextMinutes,
EntryType = EntryType,
LocationKey = LocationKey,
LocationId = LocationId,
IsPassingTime = IsPassingTime,
});
}
public async Task AddActualTimeAsync(ActualTimeDTO actualTime)
{
var user = Authorization.GetUser();
var userRole = user.GetType();
if (userRole != typeof(Administrator))
{
throw new MethodAccessException();
}
var entity = new ActualTime()
{
TimeEnter = actualTime.TimeEnter,
TimeExit = actualTime.TimeExit,
WorkDayId = actualTime.WorkDayId
};
await _unitOfWork.ActualTimeRepository.AddAsync(entity);
await _unitOfWork.Complete();
}
private IActualTimeService GetActualTimeService(int itemId, DateTime timeEnter, DateTime timeExit)
{
var mockContext = new Mock <IUnitOfWork>();
var expectedActualTime = new ActualTime()
{
Id = itemId,
TimeEnter = timeEnter,
TimeExit = timeExit
};
var repMock = new Mock <IActualTimeRepository>();
repMock.Setup(mock => mock.GetAsync(itemId)).ReturnsAsync(expectedActualTime);
mockContext
.Setup(context =>
context.ActualTimeRepository)
.Returns(repMock.Object);
mockContext.Setup(mock => mock.ActualTimeRepository.GetAsync(itemId)).ReturnsAsync(expectedActualTime);
IActualTimeService actualTimeService = new ActualTimeService(mockContext.Object);
return(actualTimeService);
}
public double percentPerformance()
{
double percent = ActualTime.CompareTo(StandardTime);
return(percent);
}
public bool IsActualTimeNotDetermined()
{
return(ActualTime.Equals(ACTUAL_TIME_NULL_VALUE));
}
