public ScheduledTaskExecution(string storedProcedureName, int scheduledTaskid, IThreadSafeDataAccess threadSafeDataAccess, ExitStrategy exitStrategy)
{
_scheduledTaskid = scheduledTaskid;
_storedProcedureName = storedProcedureName;
_threadSafeDataAccess = threadSafeDataAccess;
_exitStrategy = exitStrategy;
}
public ScheduledTaskExecution(IScheduledTask scheduledTask, int scheduledTaskId, IThreadSafeDataAccess threadSafeDataAccess, ExitStrategy exitStrategy)
{
_scheduledTaskid = scheduledTaskId;
_cSharpScheduledTask = scheduledTask;
_threadSafeDataAccess = threadSafeDataAccess;
_exitStrategy = exitStrategy;
}
public static ScheduledTaskMonitorContext GenerateFakeScheduledTaskContextWithFailingTasks(ExitStrategy exitStrategy)
{
return new ScheduledTaskMonitorContext(sleepIntervalTimeInSeconds: 0,
scheduledTaskTypes: ScheduledTaskObjectMother.GenerateFakeFailingTaskTypes(),
loggingCategory: LogCategories.FailingScheduledTaskMonitor,
exitStrategy: exitStrategy,
threadSafeDataAccess: new FailingWorkflowThreadSafeDataAccess(),
onEngineRevolutionCallBack: () => { exitStrategy.Quitting = true; });
}
public void FailedWorkflowEngine_WorkflowMonitorLoop_WorkItemRetryWhenMaxRetriesNotReached()
{
var exitStrategy = new ExitStrategy();
var context = WorkflowContextObjectMother.GenerateWorkflowContextWithFailingActivities(exitStrategy);
var worklistItem = WorkListObjectMother.GenerateFakeWorklistItem(context.ActivityTypes, maxRetries: 3);
var mockFailedWorkflow = new MockFailedWorkflowEngine(context, worklistItem);
mockFailedWorkflow.WorkflowMonitorLoop();
Assert.AreEqual(WorkItemStatus.Retry.Id, mockFailedWorkflow.StatusResult.Id);
}
public static WorkflowContext GenerateWorkflowContextWithFailingActivities(ExitStrategy exitStrategy)
{
return new WorkflowContext(sleepIntervalTimeInSeconds: 0,
locationConfig: null,
activityTypes: ActivityObjectMother.GenerateFakeFailingActivities(),
loggingCategory: LogCategories.FailingWorkflowEngine,
threadSafeDataAccess: new FailingWorkflowThreadSafeDataAccess(),
exitStrategy: exitStrategy,
onEngineRevolutionCallBack: () => { exitStrategy.Quitting = true; },
parallelThreadCount:-1);
}
public void ScheduledTaskFailWhenMaxRetriesReached()
{
var exitStrategy = new ExitStrategy();
var context = ScheduledTaskContextObjectMother.GenerateFakeScheduledTaskContextWithFailingTasks(exitStrategy);
var fakeScheduledTask = ScheduledTaskObjectMother.GenerateFakeScheduledTask(3, 3);
var mockedFailedScheduledEngine = new MockedFailedScheduledTaskEngine(context);
mockedFailedScheduledEngine.ExecuteScheduledTask(fakeScheduledTask);
Assert.AreEqual(ScheduledTaskStatusId.Failed, mockedFailedScheduledEngine.StatusResult);
}
public WorkerOperationContext(int sleepIntervalTimeInSeconds, string loggingCategory, IThreadSafeDataAccess threadSafeDataAccess, ExitStrategy exitStrategy, Action onEngineRevolutionCallBack = null)
#endif
{
SleepIntervalTimeInSeconds = sleepIntervalTimeInSeconds;
LoggingCategory = loggingCategory;
EngineRevolutionCallBack = onEngineRevolutionCallBack;
ThreadSafeDataAccess = threadSafeDataAccess;
this.ExitStrategy = exitStrategy;
#if DEBUG
EngineRevolutionUnsafeCallback = onEngineRevolutionUnsafeCallBack;
#endif
}
public WorkflowContext(int sleepIntervalTimeInSeconds,
ILocationConfig locationConfig,
Dictionary<string, Type> activityTypes,
string loggingCategory,
IThreadSafeDataAccess threadSafeDataAccess,
ExitStrategy exitStrategy,
Action onEngineRevolutionCallBack = null,
int parallelThreadCount = -1)
: base(sleepIntervalTimeInSeconds, loggingCategory, threadSafeDataAccess, exitStrategy, onEngineRevolutionCallBack)
{
LocationConfig = locationConfig;
ActivityTypes = activityTypes;
ParallelThreadCount = parallelThreadCount;
}
public void NormalWorkflowEngine_WorkflowMonitorLoop_WhenFailingWithMaxRetriesGreaterThanZero_WorkflowItemRetry()
{
var exitStrategy = new ExitStrategy();
var context = WorkflowContextObjectMother.GenerateWorkflowContextWithFailingActivities(exitStrategy);
var worklistItem = WorkListObjectMother.GenerateFakeWorklistItem(context.ActivityTypes, maxRetries: 3, currentRetries: 0);
var mockFailedWorkflow = new MockNormalWorkflowEngine(context, worklistItem);
mockFailedWorkflow.WorkflowMonitorLoop();
Assert.AreEqual(WorkItemStatus.Retry.Id, mockFailedWorkflow.StatusResult.Id);
}
public static EngineLoopLimiter New(ExitStrategy exitStrategy)
{
return new EngineLoopLimiter(exitStrategy);
}
public EngineLoopLimiter(ExitStrategy exitStrategy)
{
this.exitStrategy = exitStrategy;
}
public ScheduledTaskMonitorContext(int sleepIntervalTimeInSeconds, Dictionary<string, Type> scheduledTaskTypes, string loggingCategory,
IThreadSafeDataAccess threadSafeDataAccess, ExitStrategy exitStrategy, Action onEngineRevolutionCallBack = null)
: base(sleepIntervalTimeInSeconds, loggingCategory, threadSafeDataAccess, exitStrategy, onEngineRevolutionCallBack)
{
ScheduledTaskTypes = scheduledTaskTypes;
}
public DashboardTaskOperationContext(int sleepIntervalTimeInSeconds, string loggingCategory, IThreadSafeDataAccess threadSafeDataAccess,
ExitStrategy exitStrategy, Dictionary<string, Type> dashboardTaskClassTypes, Action onEngineRevolutionCallBack = null, Action onEngineRevolutionUnsafeCallBack = null)
: base(sleepIntervalTimeInSeconds, loggingCategory, threadSafeDataAccess, exitStrategy, onEngineRevolutionCallBack)
{
DashboardTaskClassTypes = dashboardTaskClassTypes;
}
public WorkerOperationContext(int sleepIntervalTimeInSeconds, string loggingCategory, IThreadSafeDataAccess threadSafeDataAccess, ExitStrategy exitStrategy, Action onEngineRevolutionCallBack = null, Action onEngineRevolutionUnsafeCallBack = null)
protected Worker()
{
exitStrategy = new ExitStrategy();
InitializeMainWorkerSettings();
}