/// <summary>
/// Add job to underlying service collection.jobType shoud be implement `IJob`
/// </summary>
public static IServiceCollectionQuartzConfigurator AddJob(
this IServiceCollectionQuartzConfigurator options,
Type jobType,
JobKey?jobKey = null,
Action <IJobConfigurator>?configure = null)
{
if (!typeof(IJob).IsAssignableFrom(jobType))
{
ExceptionHelper.ThrowArgumentException("jobType must implement the IJob interface", nameof(jobType));
}
var c = new JobConfigurator();
if (jobKey != null)
{
c.WithIdentity(jobKey);
}
var jobDetail = ConfigureAndBuildJobDetail(jobType, c, configure, hasCustomKey: out _);
options.Services.Configure <QuartzOptions>(x =>
{
x.jobDetails.Add(jobDetail);
});
return(options);
}
public void AndGivenTheJobIsConfigured()
{
var configurator =
new JobConfigurator(typeof(WordCountMapper), typeof(WordCountCombiner), typeof(WordCountReducer), typeof(WordCountDataBatchProcessor));
_job = new Job(configurator);
}
private static void Main()
{
Init();
HostFactory.Run(factory =>
{
factory.UseNLog();
factory.UseAutofacContainer(Container);
factory.Service <CdcServiceHost>(service =>
{
service.ConstructUsingAutofacContainer();
service.WhenStarted((sc, hc) => sc.Start(hc));
service.WhenStopped((sc, hc) =>
{
Container.Dispose();
return(sc.Stop(hc));
});
service.ScheduleQuartzJob(cfg => JobConfigurator.GetConfigurationForJob <CdcDataImportJob>(cfg, Settings.Default.CdcRecurrentTimeout));
service.ScheduleQuartzJob(cfg => JobConfigurator.GetConfigurationForJob <CheckNotificationQueueJob>(cfg, Settings.Default.CheckNotificationsQueueRecurrentTimeout));
});
factory.RunAsLocalSystem().StartAutomaticallyDelayed().EnableServiceRecovery(sr =>
{
sr.OnCrashOnly();
sr.RestartService(0);
sr.SetResetPeriod(1);
}).EnableShutdown();
factory.SetServiceName("qp8.cdc.tarantool");
factory.SetDisplayName("QP8 Tarantool CDC Data Import");
factory.SetDescription("Import data from CDC data tables and push them to notification service queue (using Tarantool formatting)");
factory.SetHelpTextPrefix("Import data from CDC data tables and push them to notification service queue (using Tarantool formatting)");
});
}
public void AndGivenTheJobIsConfigured()
{
var configurator =
new JobConfigurator(typeof(WaveDataMapper), typeof(WaveDataCombiner), typeof(WaveDataReducer), typeof(WaveDataBatchProcessor), 2, 8);
_job = new Job(configurator);
}
public async Task <List <KeyValuePair <string, int> > > WordCountWithCombiner4MappersPerNode16Chunks()
{
var configurator =
new JobConfigurator(typeof(WordCountMapper), typeof(WordCountCombiner), typeof(WordCountReducer), typeof(WordCountDataBatchProcessor), 4, 16);
var job = new Job(configurator);
var result = await job.Run <string, List <KeyValuePair <string, int> >, string, string, string, int>(_content);
return(result);
}
public void AddJobOk()
{
var services = new ServiceCollection();
var configurator = new JobConfigurator(services);
configurator.AddJob(typeof(DummyJob));
Assert.AreEqual(1, services.Count);
}
public void AddJobGenericDoubled()
{
var services = new ServiceCollection();
var configurator = new JobConfigurator(services);
configurator.AddJob <DummyJob>();
Assert.ThrowsException <ObjectAlreadyExistsException>(() => configurator.AddJob <DummyJob>());
}
public void AddJobGeneric()
{
var services = new ServiceCollection();
var configurator = new JobConfigurator(services);
configurator.AddJob <DummyJob>();
Assert.AreEqual(1, services.Count);
}
public async Task <List <KeyValuePair <string, WaveDataAverage> > > WaveDataWithCombiner4MappersPerNode()
{
var configurator =
new JobConfigurator(typeof(WaveDataMapper), typeof(WaveDataCombiner), typeof(WaveDataReducer), typeof(WaveDataBatchProcessor), 4);
var job = new Job(configurator);
var result = await job.Run <List <WaveData>, List <KeyValuePair <string, WaveDataAverage> >, string, List <WaveData>, string, List <WaveData> >(_waveDatas);
return(result);
}
private static IJobDetail ConfigureAndBuildJobDetail <T>(
JobConfigurator builder,
Action <IJobConfigurator>?configure) where T : IJob
{
builder.OfType <T>();
configure?.Invoke(builder);
var jobDetail = builder.Build();
return(jobDetail);
}
private static IJobDetail ConfigureAndBuildJobDetail(
Type type,
JobConfigurator builder,
Action <IJobConfigurator>?configure)
{
builder.OfType(type);
configure?.Invoke(builder);
var jobDetail = builder.Build();
return(jobDetail);
}
public void AndGivenTheJobIsConfigured()
{
var configurator = new JobConfigurator();
configurator.UseMapper(typeof(WordCountMapper))
.UseCombiner(typeof(WordCountCombiner))
.UseReducer(typeof(WordCountReducer))
.UseDataBatchProcessor(typeof(WordCountDataBatchProcessor))
.WithNumberOfChunk(4);
_job = new Job(configurator);
}
private static IJobDetail ConfigureAndBuildJobDetail(
Type type,
JobConfigurator builder,
Action <IJobConfigurator>?configure,
out bool hasCustomKey)
{
builder.OfType(type);
configure?.Invoke(builder);
hasCustomKey = builder.Key is not null;
var jobDetail = builder.Build();
return(jobDetail);
}
/// <summary>
/// Schedule job with trigger to underlying service collection. This API maybe change!
/// </summary>
public static IServiceCollectionQuartzConfigurator ScheduleJob <T>(
this IServiceCollectionQuartzConfigurator options,
Action <ITriggerConfigurator> trigger,
Action <IJobConfigurator>?job = null) where T : IJob
{
if (trigger is null)
{
throw new ArgumentNullException(nameof(trigger));
}
var jobConfigurator = new JobConfigurator();
var jobDetail = ConfigureAndBuildJobDetail(typeof(T), jobConfigurator, job, out var jobHasCustomKey);
options.Services.Configure <QuartzOptions>(quartzOptions =>
{
quartzOptions.jobDetails.Add(jobDetail);
});
var triggerConfigurator = new TriggerConfigurator();
triggerConfigurator.ForJob(jobDetail);
trigger.Invoke(triggerConfigurator);
var t = triggerConfigurator.Build();
// The job configurator is optional and omitted in most examples
// If no job key was specified, have the job key match the trigger key
if (!jobHasCustomKey)
{
((JobDetailImpl)jobDetail).Key = new JobKey(t.Key.Name, t.Key.Group);
// Keep ITrigger.JobKey in sync with IJobDetail.Key
((IMutableTrigger)t).JobKey = jobDetail.Key;
}
if (t.JobKey is null || !t.JobKey.Equals(jobDetail.Key))
{
throw new InvalidOperationException("Trigger doesn't refer to job being scheduled");
}
options.Services.Configure <QuartzOptions>(quartzOptions =>
{
quartzOptions.triggers.Add(t);
});
return(options);
}
/// <summary>
/// Add job to underlying service collection. This API maybe change!
/// </summary>
public static IServiceCollectionQuartzConfigurator AddJob <T>(
this IServiceCollectionQuartzConfigurator options,
JobKey?jobKey = null,
Action <IJobConfigurator>?configure = null) where T : IJob
{
var c = new JobConfigurator();
if (jobKey != null)
{
c.WithIdentity(jobKey);
}
var jobDetail = ConfigureAndBuildJobDetail <T>(c, configure);
options.Services.Configure <QuartzOptions>(x =>
{
x.jobDetails.Add(jobDetail);
});
options.Services.TryAddTransient(jobDetail.JobType);
return(options);
}
/// <summary>
/// Schedule job with trigger to underlying service collection. This API maybe change!
/// </summary>
public static IServiceCollectionQuartzConfigurator ScheduleJob <T>(
this IServiceCollectionQuartzConfigurator options,
Action <ITriggerConfigurator> trigger,
Action <IJobConfigurator>?job = null) where T : IJob
{
if (trigger is null)
{
throw new ArgumentNullException(nameof(trigger));
}
var jobConfigurator = new JobConfigurator();
var jobDetail = ConfigureAndBuildJobDetail <T>(jobConfigurator, job);
options.Services.Configure <QuartzOptions>(quartzOptions =>
{
quartzOptions.jobDetails.Add(jobDetail);
});
options.Services.TryAddTransient(jobDetail.JobType);
var triggerConfigurator = new TriggerConfigurator();
triggerConfigurator.ForJob(jobDetail);
trigger.Invoke(triggerConfigurator);
var t = triggerConfigurator.Build();
if (t.JobKey is null || !t.JobKey.Equals(jobDetail.Key))
{
throw new InvalidOperationException("Trigger doesn't refer to job being scheduled");
}
options.Services.Configure <QuartzOptions>(quartzOptions =>
{
quartzOptions.triggers.Add(t);
});
return(options);
}
public void AddJobNotJob()
{
var configurator = new JobConfigurator(new ServiceCollection());
Assert.ThrowsException <ArgumentException>(() => configurator.AddJob(typeof(NotJob)));
}
