public void CalculateIncome_CalculatesCorrectIncome(int awakeHours, int asleepHours, int postMidnightHours)
{
// Arrange
var service = new PaymentCalculationService();
// Act
var expectedCalculatedIncome = (awakeHours * 12) + (asleepHours * 8) + (postMidnightHours * 16);
var calculatedIncome = service.CalculateIncome(awakeHours, asleepHours, postMidnightHours);
// Assert
Assert.Equal(expectedCalculatedIncome, calculatedIncome);
}
public void FixStartTime_HourBeforeFive_MakeStartTimeFive(string startTime)
{
// Arrange
var originalStartTime = DateTime.Parse(startTime);
var service = new PaymentCalculationService();
// Act
var fixedStartTime = service.FixStartTime(originalStartTime);
// Assert
Assert.True(fixedStartTime.Hour == 17);
}
public void FixStartTime_HourAfterFive_DoesNotChangeStartTime(string startTime)
{
// Arrange
var originalStartTime = DateTime.Parse(startTime);
var service = new PaymentCalculationService();
// Act
var fixedStartTime = service.FixStartTime(originalStartTime);
// Assert
Assert.True(fixedStartTime == originalStartTime);
}
public async Task <IActionResult> myControllerAction(ShiftInformation shiftInformation)
{
var paymentCalculationService = new PaymentCalculationService();
var income = paymentCalculationService.CalculateAsync(shiftInformation);
await Task.WhenAll(income);
var data = new
{
income
};
return(Ok(data));
}
public void CalculateAwakeHours_BedTimeBeforeStartTime_DoesNotReturnNegativeHours(string startTime, string bedTime)
{
// Arrange
var shiftInformation = new ShiftInformation();
shiftInformation.StartTime = DateTime.Parse(startTime);
shiftInformation.BedTime = DateTime.Parse(bedTime);
var service = new PaymentCalculationService();
// Act
var actualAwakeHours = service.CalculateAwakeHours(shiftInformation);
var expectedAwakeHours = (int)(shiftInformation.BedTime - shiftInformation.StartTime).TotalHours;
if (expectedAwakeHours < 0)
{
expectedAwakeHours = 0;
}
Assert.Equal(expectedAwakeHours, actualAwakeHours);
}
public void CalculateAsleepHours_FractionalHours_OnlyCountsFullHours(string startTime, string bedTime)
{
// Arrange
var shiftInformation = new ShiftInformation();
shiftInformation.StartTime = DateTime.Parse(startTime);
shiftInformation.BedTime = DateTime.Parse(bedTime);
var service = new PaymentCalculationService();
// Act
var actualAsleepHours = service.CalculateAsleepHours(shiftInformation);
var expectedAsleepHours = (int)(shiftInformation.StartTime.Date.AddDays(1) - shiftInformation.BedTime).TotalHours;
if (expectedAsleepHours < 0)
{
expectedAsleepHours = 0;
}
Assert.Equal(expectedAsleepHours, actualAsleepHours);
}
