public Guid AddJob <TJob>(Expression <Action <TJob> > jobExpression, RetryParameters retryParameters = null, DateTimeOffset?executionTime = null, string queueName = "default")
{
var jobInfo = JobCreator.Create <TJob>(jobExpression);
var newJob = new OddJobWithMetaAndStorageData()
{
JobId = Guid.NewGuid(),
JobArgs = jobInfo.JobArgs,
MethodName = jobInfo.MethodName,
RetryParameters = retryParameters,
TypeExecutedOn = jobInfo.TypeExecutedOn,
CreatedOn = DateTime.Now,
Status = JobStates.New
};
if (jobStore.ContainsKey(queueName) == false)
{
lock (dictionaryLock)
{
jobStore.GetOrAdd(queueName, new List <OddJobWithMetaAndStorageData>());
}
}
lock (jobLock)
{
jobStore[queueName].Add(newJob);
}
return(newJob.JobId);
}
public static JobCreator CreateJobCreator()
{
try
{
Logger.LogFuncUp();
var jobCreator = new JobCreator();
jobCreator.Patient = CurrentPatient;
//打印节点
jobCreator.Peer = CurrentPeer;
//打印设置
jobCreator.PrintSetting = PrintSetting;
//填充Film box
jobCreator.FilmBoxList = filmBoxList;
Logger.LogFuncDown();
return(jobCreator);
}
catch (Exception ex)
{
Logger.LogFuncException(ex.Message + ex.StackTrace);
return(null);
}
}
/// <summary>
/// Creates a Serialized Job Definition.
/// Complex Parameters are stored as JSON strings,
/// And Type Information is stored in a nonversioned format by default.
/// </summary>
/// <typeparam name="T">The type of the job to execute.</typeparam>
/// <param name="jobExpression">The job Expression</param>
/// <param name="retryParameters">The retry parameters to use, if any.</param>
/// <param name="executionTime">A time to schedule; use this to schedule jobs in future</param>
/// <param name="queueName">The Queue to resolve</param>
/// <param name="typeNameSerializer">To change the default behavior (nonversioned types) specify a different <see cref="ITypeNameSerializer"/> here.</param>
/// <returns>A wire-safe Serializable job definition.</returns>
public static SerializableOddJob CreateJobDefinition <T>(Expression <Action <T> > jobExpression,
RetryParameters retryParameters = null, DateTimeOffset?executionTime = null, string queueName = "default", ITypeNameSerializer typeNameSerializer = null)
{
var job = JobCreator.Create(jobExpression);
var mySer = typeNameSerializer ?? new UnversionedTypeSerializer();
return(new SerializableOddJob()
{
JobId = job.JobId,
MethodName = job.MethodName,
JobArgs = job.JobArgs.Select((a, i) => new OddJobSerializedParameter()
{
Ordinal = i,
Name = a.Name,
Value = Newtonsoft.Json.JsonConvert.SerializeObject(a.Value),
TypeName = mySer.GetTypeName(a.Value.GetType())
}).ToArray(),
TypeExecutedOn = mySer.GetTypeName(job.TypeExecutedOn),
Status = job.Status,
MethodGenericTypes = job.MethodGenericTypes.Select(q => mySer.GetTypeName(q)).ToArray(),
RetryParameters = retryParameters ?? new RetryParameters(),
ExecutionTime = executionTime,
QueueName = queueName
});
}
public void Can_Run_Jobs_With_No_Params()
{
var next = JobCreator.Create <SampleJobNoParam>((j) => j.DoThing());
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
Xunit.Assert.True(SampleJobNoParam.Called);
}
public void Can_Run_Jobs_With_Static_Method()
{
var next = JobCreator.Create <SampleJobStaticMethod>((j) => SampleJobStaticMethod.DoThing());
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
Xunit.Assert.True(SampleJobStaticMethod.Called);
}
public void Creator_Respects_StaticJob_Handling()
{
var next = JobCreator.Create <StaticClassJob>((j) => SampleJobStaticClass.DoThing());
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
Xunit.Assert.True(SampleJobStaticClass.Called);
}
public void Can_Run_Static_Method_On_Static_Class()
{
var next = JobCreator.Create <object>((j) => SampleJobStaticClass.DoThing());
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
Xunit.Assert.True(SampleJobStaticClass.Called);
}
public void FilmBoxListTest()
{
JobCreator target = new JobCreator();
IList <FilmingPrintJob.Types.FilmBox.Builder> expected = null;
IList <FilmingPrintJob.Types.FilmBox.Builder> actual;
target.FilmBoxList = expected;
actual = target.FilmBoxList;
Assert.AreEqual(expected, actual);
}
public void ArchivedSeriesInstanceUidTest()
{
JobCreator target = new JobCreator();
string expected = string.Empty;
string actual;
target.ArchivedSeriesInstanceUid = expected;
actual = target.ArchivedSeriesInstanceUid;
Assert.AreEqual(expected, actual);
}
public void PeerTest()
{
JobCreator target = new JobCreator();
PeerNode expected = null;
PeerNode actual;
target.Peer = expected;
actual = target.Peer;
Assert.AreEqual(expected, actual);
}
public void PrintSettingTest()
{
JobCreator target = new JobCreator();
PrintSetting expected = null;
PrintSetting actual;
target.PrintSetting = expected;
actual = target.PrintSetting;
Assert.AreEqual(expected, actual);
}
public void PatientTest()
{
JobCreator target = new JobCreator();
Patient expected = null;
Patient actual;
target.Patient = expected;
actual = target.Patient;
Assert.AreEqual(expected, actual);
}
public void Can_Run_Job_And_pass_parameters()
{
var myValue = new ClassTest()
{
classTestValue = TestConstants.classTestValue
};
var next = JobCreator.Create <SampleJob>((j) => j.DoThing(TestConstants.derp, TestConstants.herp, myValue));
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
}
public void Can_Run_Job_With_Simple_Method_Calls()
{
var myValue = new ClassTest()
{
classTestValue = TestConstants.classTestValue
};
var next = JobCreator.Create <SampleJob>((j) => j.DoThing(TestConstants.derp, int.Parse(TestConstants.herp.ToString()), myValue));
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
}
public void Can_Run_Jobs_With_Param_Type_Matching_And_Overloads()
{
var myValue = new ClassTest()
{
classTestValue = TestConstants.classTestValue
};
var next = JobCreator.Create <SampleJob2>((j) => j.DoThing(TestConstants.derp, TestConstants.herp, myValue));
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
}
public void JobWorker_Returns_Failures_for_Failed_Jobs()
{
var actor = Sys.ActorOf(Props.Create(() => new JobWorkerActor(new MockJobFailureExecutor())));
var jobInfo = JobCreator.Create((MockJob m) => m.MockMethod());
var jobData = new OddJobWithMetaAndStorageData()
{
Status = JobStates.New, JobArgs = jobInfo.JobArgs, JobId = Guid.NewGuid(), MethodName = jobInfo.MethodName, CreatedOn = DateTime.Now, QueueTime = DateTime.Now, TypeExecutedOn = jobInfo.TypeExecutedOn
};
actor.Tell(new ExecuteJobRequest(jobData));
ExpectMsg <JobFailed>();
}
public IJob Reserve()
{
var multi = new MultiQueue(Client, RedisQueues);
var item = multi.Pop();
if (item != null)
{
var queueName = GetQueueName(item.Item1);
return(JobCreator.CreateJob(FailureService, this, item.Item2, queueName));
}
return(null);
}
private static void Load()
{
JobCreator.CreateJob <MailJob>(new JobInfo
{
JobName = "MailJob",
TriggerName = "MainJobTrg",
GroupName = "MainJobGroup",
DataParamters = null,
CronExpression = "paste here cronmaker time planning string"
}, ref _scheduler);
// Define job Daily , weekly and mounthly
}
public void Can_Run_Job_With_Arity_in_class_With_Arity()
{
var myvalue = new ClassTest()
{
classTestValue = TestConstants.classTestValue
};
var next = JobCreator.Create <SampleJobInGenericClass <string> >(j =>
j.DoThing(TestConstants.derp, TestConstants.herp, myvalue));
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
}
public void JobQueueManager_Can_Mark_Failure()
{
var testStore = new InMemoryTestStore();
var actor = Sys.ActorOf(Props.Create(() => new JobQueueLayerActor(new InMemoryTestStore())));
var jobInfo = JobCreator.Create((MockJob m) => m.MockMethod());
var myGuid = testStore.AddJob((MockJob m) => m.MockMethod(), null, null, "test");
var ourJob = InMemoryTestStore.jobPeeker["test"].FirstOrDefault(q => q.JobId == myGuid);
actor.Tell(new MarkJobFailed(myGuid));
System.Threading.SpinWait.SpinUntil(() => false, TimeSpan.FromSeconds(2));
Xunit.Assert.Equal(JobStates.Failed, ourJob.Status);
}
private void SendToServiceBE()
{
try
{
if (!isPrint)
{
return;
}
JobCreator jobCreator = CardModel.CreateJobCreator();
jobCreator.SendFilmingJobCommand(Containee.Main.GetCommunicationProxy());
}catch (Exception ex)
{
Logger.LogFuncException(ex.Message + ex.StackTrace);
}
}
public void JobQueueManager_Can_Mark_Retry()
{
var testStore = new InMemoryTestStore();
var actor = Sys.ActorOf(Props.Create(() => new JobQueueLayerActor(new InMemoryTestStore())));
var jobInfo = JobCreator.Create((MockJob m) => m.MockMethod());
var myGuid = testStore.AddJob((MockJob m) => m.MockMethod(), new RetryParameters(1, TimeSpan.FromSeconds(20)), null, "test");
var ourJob = InMemoryTestStore.jobPeeker["test"].FirstOrDefault(q => q.JobId == myGuid);
var attemptTime = DateTime.Now;
actor.Tell(new MarkJobInRetryAndIncrement(myGuid, attemptTime));
System.Threading.SpinWait.SpinUntil(() => false, TimeSpan.FromSeconds(2));
Xunit.Assert.Equal(JobStates.Retry, ourJob.Status);
Xunit.Assert.Equal(1, ourJob.RetryParameters.RetryCount);
Xunit.Assert.Equal(attemptTime, ourJob.RetryParameters.LastAttempt);
}
public Guid AddJob <TJob>(Expression <Action <TJob> > jobExpression, RetryParameters retryParameters = null, DateTimeOffset?executionTime = null, string queueName = "default")
{
var jobData = JobCreator.Create(jobExpression);
var toSer = new FileSystemJobMetaData()
{
JobId = Guid.NewGuid(),
JobArgs = jobData.JobArgs,
MethodName = jobData.MethodName,
RetryParameters = retryParameters ?? new RetryParameters(0, TimeSpan.FromSeconds(0), 0, null),
TypeExecutedOn = jobData.TypeExecutedOn,
QueueName = queueName,
CreatedOn = DateTime.Now,
Status = JobStates.New,
MethodGenericTypes = jobData.MethodGenericTypes
};
WriteJobToQueue(toSer);
return(toSer.JobId);
}
public void JobCreatorConstructorTest()
{
JobCreator target = new JobCreator();
Assert.IsNotNull(target);
}
