private JobInfo ExtractJobInfo(string name, string group, IJobDetail jobDetail, ITrigger trigger)
{
var jobInfo = JobDetailService.GetJobDetail(name, group);
var scheduleExpr = string.Empty;
if (trigger is ICronTrigger cronTrigger)
{
scheduleExpr = cronTrigger.CronExpressionString;
}
var originJobInfo = JobInfo.Create(
group, name,
desc: jobDetail.Description,
schedule: scheduleExpr,
state: _quartzScheduler.GetTriggerState(trigger.Key).Result.GetJobState().ToString(),
actionState: (_quartzScheduler.GetCurrentlyExecutingJobs().Result.ContainsJob(name, group))
? JobActionState.Executing.ToString()
: string.Empty,
nextFire: trigger.GetNextFireTimeUtc(),
prevFire: trigger.GetPreviousFireTimeUtc()
);
return(JobInfo.Create(
group, name,
desc: jobInfo?.JobDescription ?? originJobInfo.Description,
schedule: CronExpressionDescriptor.ExpressionDescriptor.GetDescription(
jobInfo?.JobSchedule ?? originJobInfo.Schedule, new Options {
Locale = "en"
}),
state: originJobInfo.State,
actionState: originJobInfo.ActionState,
nextFire: jobInfo?.JobNextRunTime ?? originJobInfo.NextFireTimeUtc,
prevFire: jobInfo?.JobLastRunTime ?? originJobInfo.PrevFireTimeUtc
));
}
public void ThenShouldReturnExpectedCountExecutionsGivenRangeStart000000AndRangeEnd125959(
int frequencySubdayType, int frequencySubdayInterval, string activeStartDateTime,
string activeEndDateTime, int expectedCount, string description)
{
// Arrange
var jobRepository = new Mock <IJobRepository>();
var jobId = new Guid("C647117A-050A-4913-8BD8-D92A20315351");
var scheduleId = 1;
var sysjobschedules = new List <sysjobschedule>
{
new sysjobschedule {
job_id = jobId, schedule_id = scheduleId
}
};
jobRepository.Setup(repository => repository.GetJobSchedules()).Returns(sysjobschedules);
var sysschedules = new List <sysschedule> {
new sysschedule()
};
//doesn't really matter what values are here for testing purposes, as the object gets datamapper-d into its final form
jobRepository.Setup(repository => repository.GetSchedules())
.Returns(sysschedules);
var jobs = new List <Job> {
new Job {
JobId = jobId
}
};
jobRepository.Setup(repository => repository.GetJobHistory(It.IsAny <IEnumerable <Guid> >()))
.Returns(new List <sysjobhistory> {
new sysjobhistory {
job_id = jobId
}
});
var dataMapper = new Mock <IDataMapper>();
dataMapper.Setup(mapper => mapper.Map <IList <SystemJobSchedule> >(sysjobschedules))
.Returns(new List <SystemJobSchedule>
{
new SystemJobSchedule
{
JobId = jobId,
ScheduleId = scheduleId,
NextRunDate = new DateTime(2016, 8, 29)
}
});
var activeStartDate = DateTime.Parse(activeStartDateTime);
var activeEndDate = DateTime.Parse(activeEndDateTime);
dataMapper.Setup(mapper => mapper.Map <IList <SystemSchedule> >(sysschedules))
.Returns(new List <SystemSchedule>
{
new SystemSchedule
{
ScheduleId = scheduleId,
FreqType = 4, //Daily
FreqInterval = 62, //M-F
ActiveStartDate = activeStartDate,
ActiveEndDate = activeEndDate,
FreqSubdayType = frequencySubdayType,
FreqSubdayInterval = frequencySubdayInterval
}
});
var jobDetailService = new JobDetailService(dataMapper.Object, jobRepository.Object);
//Act
var result = jobDetailService.GetInterpolatedRunTimes(jobs,
new DateTime(2016, 8, 29),
new DateTime(2016, 9, 4, 23, 59, 59));
//Assert
Assert.That(result, Has.Count.EqualTo(expectedCount), description);
Assert.That(result,
Has.All.Matches <ScheduledExecution>(
execution =>
execution.ExpectedRunDate.TimeOfDay.IsGreaterThanOrEqualTo(activeStartDate.TimeOfDay) &&
//Expected run date times are not before the start date time
execution.ExpectedRunDate.TimeOfDay.IsLessThanOrEqualTo(activeEndDate.TimeOfDay)));
//Expected run date times are not after the end date time
}