public static void YearlySchedule_HourAndMinuteInRange_Valid()
{
var o = new YearlyScheduleInUtc {
Hour = 22, Minute = 23
};
Assert.NotNull(o);
o.ThrowIfInvalid();
}
public void YearlyScheduleRoundtripWillDeserializeIntoBaseClass()
{
var schedule = new YearlyScheduleInUtc {
MonthsOfYear = new[] { MonthOfYear.July }, DaysOfMonth = new[] { 6 }, Hour = 4, Minute = 22
};
var json = this.bsonSerializer.SerializeToString(schedule);
var newScheduleBase = this.bsonSerializer.Deserialize <ScheduleBase>(json);
var newScheduleTyped = Assert.IsType <YearlyScheduleInUtc>(newScheduleBase);
Assert.Equal(schedule.MonthsOfYear, newScheduleTyped.MonthsOfYear);
Assert.Equal(schedule.DaysOfMonth, newScheduleTyped.DaysOfMonth);
Assert.Equal(schedule.Hour, newScheduleTyped.Hour);
Assert.Equal(schedule.Minute, newScheduleTyped.Minute);
Assert.Equal(schedule, newScheduleTyped);
}
public static void GetCronExpressionFromSchedule_Yearly_Works()
{
var schedule = new YearlyScheduleInUtc
{
MonthsOfYear = new[] { MonthOfYear.April },
DaysOfMonth = new[] { 20 },
Hour = 1,
Minute = 38,
};
var cron = ScheduleCronExpressionConverter.ToCronExpression(schedule);
Assert.Equal("38 1 20 4 *", cron);
var newSchedule = ScheduleCronExpressionConverter.FromCronExpression(cron);
var newScheduleTyped = Assert.IsType <YearlyScheduleInUtc>(newSchedule);
Assert.Equal(schedule.GetType(), newScheduleTyped.GetType());
Assert.Equal(schedule.MonthsOfYear.Single(), newScheduleTyped.MonthsOfYear.Single());
Assert.Equal(schedule.DaysOfMonth.Single(), newScheduleTyped.DaysOfMonth.Single());
Assert.Equal(schedule.Hour, newScheduleTyped.Hour);
Assert.Equal(schedule.Minute, newScheduleTyped.Minute);
}
public CronDummyFactory()
{
AutoFixtureBackedDummyFactory.UseRandomConcreteSubclassForDummy <ScheduleBase>();
AutoFixtureBackedDummyFactory.AddDummyCreator(
() =>
{
var result = new DailyScheduleInUtc
{
Hour = A.Dummy <int>().ThatIsInRange(0, 23),
Minute = A.Dummy <int>().ThatIsInRange(0, 59),
};
return(result);
});
AutoFixtureBackedDummyFactory.AddDummyCreator(
() =>
{
var result = new ExpressionSchedule
{
CronExpression = "*/" + A.Dummy <int>().ThatIsInRange(1, 4) + " * * * *",
};
return(result);
});
AutoFixtureBackedDummyFactory.AddDummyCreator(
() =>
{
var result = new HourlySchedule
{
Minute = A.Dummy <int>().ThatIsInRange(0, 59),
};
return(result);
});
AutoFixtureBackedDummyFactory.AddDummyCreator(
() =>
{
var result = new IntervalSchedule()
{
Interval = new TimeSpan(A.Dummy <long>().ThatIsInRange(0, 10000))
};
return(result);
});
AutoFixtureBackedDummyFactory.AddDummyCreator(
() =>
{
var result = new MonthlyScheduleInUtc()
{
DaysOfMonth = new[]
{
A.Dummy <int>().ThatIsInRange(0, 28),
A.Dummy <int>().ThatIsInRange(0, 28),
A.Dummy <int>().ThatIsInRange(0, 28),
A.Dummy <int>().ThatIsInRange(0, 28),
A.Dummy <int>().ThatIsInRange(0, 28),
}.Distinct().ToArray(),
Hour = A.Dummy <int>().ThatIsInRange(0, 23),
Minute = A.Dummy <int>().ThatIsInRange(0, 59),
};
return(result);
});
AutoFixtureBackedDummyFactory.AddDummyCreator(
() =>
{
var result = new WeeklyScheduleInUtc()
{
DaysOfWeek = Some.Dummies <DayOfWeek>(3).ToArray(),
Hour = A.Dummy <int>().ThatIsInRange(0, 23),
Minute = A.Dummy <int>().ThatIsInRange(0, 59),
};
return(result);
});
AutoFixtureBackedDummyFactory.AddDummyCreator(
() =>
{
var result = new YearlyScheduleInUtc()
{
MonthsOfYear = Some.Dummies <MonthOfYear>(4).ToArray(),
DaysOfMonth = new[]
{
A.Dummy <int>().ThatIsInRange(0, 28),
A.Dummy <int>().ThatIsInRange(0, 28),
A.Dummy <int>().ThatIsInRange(0, 28),
A.Dummy <int>().ThatIsInRange(0, 28),
A.Dummy <int>().ThatIsInRange(0, 28),
}.Distinct().ToArray(),
Hour = A.Dummy <int>().ThatIsInRange(0, 23),
Minute = A.Dummy <int>().ThatIsInRange(0, 59),
};
return(result);
});
}
public void YearlySchedule_HourAndMinuteInRange_Valid()
{
var o = new YearlyScheduleInUtc { Hour = 22, Minute = 23 };
Assert.NotNull(o);
o.ThrowIfInvalid();
}
public void YearlyScheduleInUtc_DefaultYear_IsJanuary()
{
var o = new YearlyScheduleInUtc();
Assert.Equal(MonthOfYear.January, o.MonthsOfYear.Single());
}
public void YearlyScheduleInUtc_DefaultDay_IsOne()
{
var o = new YearlyScheduleInUtc();
Assert.Equal(1, o.DaysOfMonth.Single());
}
public void GetCronExpressionFromSchedule_Yearly_Works()
{
var schedule = new YearlyScheduleInUtc
{
MonthsOfYear = new[] { MonthOfYear.April },
DaysOfMonth = new[] { 20 },
Hour = 1,
Minute = 38
};
var cron = ScheduleCronExpressionConverter.ToCronExpression(schedule);
Assert.Equal("38 1 20 4 *", cron);
var newSchedule = ScheduleCronExpressionConverter.FromCronExpression(cron);
var newScheduleTyped = Assert.IsType<YearlyScheduleInUtc>(newSchedule);
Assert.Equal(schedule.GetType(), newScheduleTyped.GetType());
Assert.Equal(schedule.MonthsOfYear.Single(), newScheduleTyped.MonthsOfYear.Single());
Assert.Equal(schedule.DaysOfMonth.Single(), newScheduleTyped.DaysOfMonth.Single());
Assert.Equal(schedule.Hour, newScheduleTyped.Hour);
Assert.Equal(schedule.Minute, newScheduleTyped.Minute);
}
public void YearlyScheduleRoundTripDeserializesIntoBaseClass()
{
var schedule = new YearlyScheduleInUtc { MonthsOfYear = new[] { MonthOfYear.July }, DaysOfMonth = new[] { 6 }, Hour = 4, Minute = 22 };
var json = JsonConvert.SerializeObject(schedule);
var newScheduleBase = JsonConvert.DeserializeObject<ScheduleBase>(json);
var newScheduleTyped = Assert.IsType<YearlyScheduleInUtc>(newScheduleBase);
Assert.Equal(schedule.MonthsOfYear, newScheduleTyped.MonthsOfYear);
Assert.Equal(schedule.DaysOfMonth, newScheduleTyped.DaysOfMonth);
Assert.Equal(schedule.Hour, newScheduleTyped.Hour);
Assert.Equal(schedule.Minute, newScheduleTyped.Minute);
}
public static void YearlyScheduleInUtc_DefaultYear_IsJanuary()
{
var o = new YearlyScheduleInUtc();
Assert.Equal(MonthOfYear.January, o.MonthsOfYear.Single());
}
public static void YearlyScheduleInUtc_DefaultDay_IsOne()
{
var o = new YearlyScheduleInUtc();
Assert.Equal(1, o.DaysOfMonth.Single());
}
