public void AdjustTimes_ShouldSetBreakDuration(int originalMins, int adjustedMins, IFixture fixture, WorkedHoursCalculator sut)
{
// arrange..
var workDay = fixture.Build <TestWorkDay>()
.With(wd => wd.BreakDuration, new TimeSpan(0, originalMins, 0))
.Create();
// act..
sut.AdjustTimes(workDay);
// assert..
workDay.BreakDuration.Minutes.ShouldBe(adjustedMins, $"Failing condition: original: {originalMins}, adjusted: {adjustedMins}");
}
public void VerifyTimes_ShouldNotThrowException_WhenTimeDifferenceMatchesWorkHours(int startTimeHour,
int startTimeMinute,
int endTimeHour,
int endTimeMinute,
int breakDurationHour,
int breakDurationMinute,
int workedHours,
int workedMinutes,
IFixture fixture,
WorkedHoursCalculator sut)
{
// arrange..
var workDay = fixture.Build <TestWorkDay>()
.With(wd => wd.StartTime, new TimeSpan(startTimeHour, startTimeMinute, 0))
.With(wd => wd.EndTime, new TimeSpan(endTimeHour, endTimeMinute, 0))
.With(wd => wd.BreakDuration, new TimeSpan(breakDurationHour, breakDurationMinute, 0))
.With(wd => wd.WorkedHours, new TimeSpan(workedHours, workedMinutes, 0))
.Create();
// act..
var actual = Record.Exception(() => sut.VerifyTimes(workDay));
// assert..
actual.ShouldBeNull($"Failing condition: {startTimeHour}:{startTimeMinute}-{endTimeHour}:{endTimeMinute}, break: {breakDurationHour}:{breakDurationMinute}, worked hours: {workedHours}:{workedMinutes}");
}
public void VerifyTimes_ShouldThrowException_WhenTimeDifferenceNotMatchWorkHours(IFixture fixture, WorkedHoursCalculator sut)
{
// arrange..
var workDay = fixture.Build <TestWorkDay>()
.With(wd => wd.StartTime, new TimeSpan(8, 30, 0))
.With(wd => wd.EndTime, new TimeSpan(17, 30, 0))
.With(wd => wd.BreakDuration, new TimeSpan(1, 0, 0))
.With(wd => wd.WorkedHours, new TimeSpan(8, 30, 0))
.Create();
// act..
var actual = Record.Exception(() => sut.VerifyTimes(workDay));
// assert..
actual.ShouldNotBeNull();
actual.ShouldBeOfType <ApplicationException>();
}
