public void Set_MinuteCycleFunc_ReturnTrue(int startTime, int endTime)
{
string result = CronExpressionHelper.Set(i => i.SetMinuteCycle(startTime, endTime));
var instant = GetInstant;
instant[1] = $"{startTime}-{endTime}";
Assert.Equal(string.Join(" ", instant), result);
}
public void Set_MinuteGap_ReturnTrue(int gapTime, int startTime)
{
string result = CronExpressionHelper.SetMinuteGap(gapTime, startTime);
var instant = GetInstant;
instant[1] = $"{startTime}/{gapTime}";
Assert.Equal(string.Join(" ", instant), result);
}
public void Set_SpecificHour_ReturnTrue(params int[] input)
{
string result = CronExpressionHelper.SetSpecificHour(input);
var instant = GetInstant;
instant[2] = string.Join(",", input);
Assert.Equal(string.Join(" ", instant), result);
}
public void Set_MonthCycle_ReturnTrue(int startTime, int endTime)
{
var result = CronExpressionHelper.SetMonthCycle(startTime, endTime);
var instant = GetInstant;
instant[4] = $"{startTime}-{endTime}";
Assert.Equal(string.Join(" ", instant), result);
}
public void Set_SpecificMinuteFunc_ReturnTrue(params int[] input)
{
string result = CronExpressionHelper.Set(i => i.SetSpecificMinute(input));
var instant = GetInstant;
instant[1] = string.Join(",", input);
Assert.Equal(string.Join(" ", instant), result);
}
public void Set_MonthGapFunc_ReturnTrue(int gapTime, int startTime)
{
string result = CronExpressionHelper.Set(i => i.SetMonthGap(gapTime, startTime));
var instant = GetInstant;
instant[4] = $"{startTime}/{gapTime}";
Assert.Equal(string.Join(" ", instant), result);
}
public void Set_DayAndHourGap_ReturnTrue(int gapTime, int startTime)
{
string result = CronExpressionHelper.Set(i => i.SetDayGap(gapTime, startTime), i => i.SetHourGap(12));
var instant = GetInstant;
instant[2] = $"0/12";
instant[3] = $"{startTime}/{gapTime}";
Assert.Equal(string.Join(" ", instant), result);
}
public void Set_HourAndMinuteGap_ReturnTrue(int gapTime, int startTime)
{
string result = CronExpressionHelper.Set(i => i.SetHourGap(gapTime, startTime), i => i.SetMinuteGap(30));
var instant = GetInstant;
instant[1] = $"0/30";
instant[2] = $"{startTime}/{gapTime}";
Assert.Equal(string.Join(" ", instant), result);
}
public void Set_DayAndHourCycle_ReturnTrue(int startTime, int endTime)
{
string result = CronExpressionHelper.Set(i => i.SetDayCycle(startTime, endTime), i => i.SetHourCycle(1, 2));
var instant = GetInstant;
instant[2] = $"1-2";
instant[3] = $"{startTime}-{endTime}";
Assert.Equal(string.Join(" ", instant), result);
}
public void Set_Example3_ReturnTrue()
{
var result = CronExpressionHelper.Set(i => i.SetSpecificDay(1), i => i.SetSpecificHour(2));
Assert.Equal("0 0 2 1 * ? *", result);
var cron = CronExpressionHelper.GetInstant;
var result1 = cron.SetSpecificDay(1)
.SetSpecificHour(2).Result;
Assert.Equal("0 0 2 1 * ? *", result1);
}
/// <summary>
/// Get all active scrum of next hour from storage and schedule based on given start time.
/// For ex: If current UTC time is 10.00 AM, this will fetch scrums scheduled for 11.00 AM and 11.30 AM from storage by UTC hour calculated as 11.
/// </summary>
/// <returns>A task that schedules scrum.</returns>
private async Task GetAllScrumDetailAndScheduleAsync()
{
var scrumMasterDetails = await this.scrumMasterStorageProvider.GetActiveScrumMasterOfNextHourAsync();
if (scrumMasterDetails != null)
{
foreach (var scrumMaster in scrumMasterDetails)
{
CronExpression expression = CronExpressionHelper.CreateCronExpression(DateTimeOffset.Parse(scrumMaster.StartTime, CultureInfo.InvariantCulture));
await this.ScheduleScrumAsync(expression, scrumMaster);
}
}
}
public void Set_Example9_ReturnTrue()
{
var result = CronExpressionHelper.Set(i => i.SetWeekCycle(2, 6), i => i.SetSpecificHour(10), i => i.SetSpecificMinute(15));
Assert.Equal("0 15 10 ? * 2-6 *", result);
}
public void Set_WrongMonthCycle_ReturnFalse(int startTime, int endTime)
{
Action action = () => CronExpressionHelper.SetMonthCycle(startTime, endTime);
Assert.Throws <Exception>(action);
}
public void Set_WrongDayAndHourCycle_ReturnFalse(int startTime, int endTime)
{
Action action = () => CronExpressionHelper.Set(i => i.SetDayCycle(startTime, endTime), i => i.SetHourCycle(1, 2));
Assert.Throws <Exception>(action);
}
public void Set_WrongMonthGapFunc_ReturnFalse(int gapTime, int startTime)
{
Action action = () => CronExpressionHelper.Set(i => i.SetMonthGap(gapTime, startTime));
Assert.Throws <Exception>(action);
}
public void Set_WrongSpecificHourAndMinute_ReturnFalse(params int[] input)
{
Action action = () => CronExpressionHelper.Set(i => i.SetSpecificHour(input), i => i.SetSpecificMinute(10));
Assert.Throws <IndexOutOfRangeException>(action);
}
public void Set_WrongSpecificSecondFunc_ReturnTrue(params int[] input)
{
Action action = () => CronExpressionHelper.Set(i => i.SetSpecificSecond(input));
Exception exception = Assert.Throws <IndexOutOfRangeException>(action);
}
public void Set_WrongHourAndMinuteGap_ReturnTrue(int gapTime, int startTime)
{
Action action = () => CronExpressionHelper.Set(i => i.SetHourGap(gapTime, startTime), i => i.SetMinuteGap(30));
Assert.Throws <Exception>(action);
}
public void Set_Example11_ReturnTrue()
{
var result = CronExpressionHelper.Set(i => i.SetLastDayOfWeek(ScheduleDayOfWeek.Friday), i => i.SetSpecificHour(10), i => i.SetSpecificMinute(15));
Assert.Equal("0 15 10 ? * 6L *", result);
}
public void Set_Example10_ReturnTrue()
{
var result = CronExpressionHelper.Set(i => i.SetLastDayOfMonth(), i => i.SetSpecificHour(10), i => i.SetSpecificMinute(15));
Assert.Equal("0 15 10 L * ? *", result);
}
public void Set_WrongSpecificWeek_ReturnFalse(params int[] input)
{
Action action = () => CronExpressionHelper.SetSpecificWeek(input);
Assert.Throws <IndexOutOfRangeException>(action);
}
public void Set_Example8_ReturnTrue()
{
var result = CronExpressionHelper.Set(i => i.SetSpecificHour(14), i => i.SetMinuteGap(5));
Assert.Equal("0 0/5 14 * * ? *", result);
}
public void Set_Example2_ReturnTrue()
{
var result = CronExpressionHelper.SetMinuteGap(2);
Assert.Equal("0 0/2 * * * ? *", result);
}
public void Set_Example1_ReturnTrue()
{
var result = CronExpressionHelper.SetSecondGap(2);
Assert.Equal("0/2 * * * * ? *", result);
}
public void Set_WrongSpecificMinuteFunc_ReturnTrue(params int[] input)
{
Action action = () => CronExpressionHelper.SetSpecificMinute(input);
Assert.Throws <IndexOutOfRangeException>(action);
}
public void Set_Example5_ReturnTrue()
{
var result = CronExpressionHelper.SetSpecificHour(10, 14, 16);
Assert.Equal("0 0 10,14,16 * * ? *", result);
}
public void Set_WrongMinuteAndSecondFunc_ReturnFalse(int startTime, int endTime)
{
Action action = () => CronExpressionHelper.Set(i => i.SetMinuteCycle(startTime, endTime));
Assert.Throws <Exception>(action);
}
public void Set_Example6_ReturnTrue()
{
var result = CronExpressionHelper.Set(i => i.SetHourCycle(9, 17), i => i.SetMinuteGap(30));
Assert.Equal("0 0/30 9-17 * * ? *", result);
}
public void Set_WrongMinuteGap_ReturnFalse(int gapTime, int startTime)
{
Action action = () => CronExpressionHelper.SetMinuteGap(gapTime, startTime);
Assert.Throws <Exception>(action);
}
public void Set_Example7_ReturnTrue()
{
var result = CronExpressionHelper.Set(i => i.SetSpecificWeek(ScheduleDayOfWeek.Wednesday), i => i.SetSpecificHour(12));
Assert.Equal("0 0 12 ? * 4 *", result);
}
