public virtual void testDefaultCompensationHandlerHistoryActivityInstance()
{
// given a process instance
IProcessInstance processInstance = runtimeService.StartProcessInstanceByKey("defaultHandlerProcess");
// when throwing compensation
ITask beforeCompensationTask = taskService.CreateTaskQuery().First();
taskService.Complete(beforeCompensationTask.Id);
IActivityInstance tree = runtimeService.GetActivityInstance(processInstance.Id);
string compensationHandlerActivityInstanceId = tree.GetActivityInstances("compensationHandler")[0].Id;
string subProcessActivityInstanceId = tree.GetActivityInstances("subProcess")[0].Id;
// . and completing compensation
ITask compensationHandler = taskService.CreateTaskQuery().First();
taskService.Complete(compensationHandler.Id);
// then there is a historic activity instance for the compensation handler
IHistoricActivityInstance historicCompensationHandlerInstance = historyService.CreateHistoricActivityInstanceQuery(c => c.ActivityId == "compensationHandler").First();
Assert.NotNull(historicCompensationHandlerInstance);
Assert.AreEqual(compensationHandlerActivityInstanceId, historicCompensationHandlerInstance.Id);
Assert.AreEqual(subProcessActivityInstanceId, historicCompensationHandlerInstance.ParentActivityInstanceId);
}
protected internal virtual void AssertMigratedTo(IHistoricActivityInstance activityInstance,
IProcessDefinition processDefinition, string activityId)
{
Assert.AreEqual(processDefinition.Id, activityInstance.ProcessDefinitionId);
Assert.AreEqual(processDefinition.Key, activityInstance.ProcessDefinitionKey);
Assert.AreEqual(activityId, activityInstance.ActivityId);
}
// Todo: compensateEventDefinitionDone()
//[Test]
//public virtual void testTwoCompensateEventsInReverseOrder()
//{
// //given
// //JAVA TO C# CONVERTER WARNING: The .NET Type.FullName property will not always yield results identical to the Java Class.GetName method:
// IBpmnModelInstance model = Model.Bpmn.Bpmn.CreateExecutableProcess("Process_1")
// .StartEvent()
// .ServiceTask("serviceTask1")
// .CamundaClass(typeof(IncreaseCurrentTimeServiceTask).FullName)
// .BoundaryEvent("compensationBoundary1")
// .CompensateEventDefinition()
// .CompensateEventDefinitionDone()
// .MoveToActivity("serviceTask1")
// .ServiceTask("serviceTask2")
// .CamundaClass(typeof(IncreaseCurrentTimeServiceTask).FullName)
// .BoundaryEvent("compensationBoundary2")
// .CompensateEventDefinition()
// .CompensateEventDefinitionDone()
// .MoveToActivity("serviceTask2")
// .IntermediateThrowEvent("compensationEvent")
// .CompensateEventDefinition()
// .WaitForCompletion(true)
// .CompensateEventDefinitionDone()
// .EndEvent()
// .Done();
// addServiceTaskCompensationHandler(model, "compensationBoundary1", "A");
// addServiceTaskCompensationHandler(model, "compensationBoundary2", "B");
// testHelper.Deploy(model);
// //when
// engineRule.RuntimeService.StartProcessInstanceByKey("Process_1", Variable.Variables.CreateVariables().PutValue("currentTime", DateTime.Now));
// //then compensation activities are executed in the reverse order
// IList<IHistoricActivityInstance> list = engineRule.HistoryService.CreateHistoricActivityInstanceQuery()/*.OrderByHistoricActivityInstanceEndTime()*//*.Asc()*/.ToList();
// long indexA = searchForActivityIndex(list, "A");
// long indexB = searchForActivityIndex(list, "B");
// //AssertNotEquals(-1, indexA);
// //AssertNotEquals(-1, indexB);
// Assert.AreNotEqual(-1, indexA);
// Assert.AreNotEqual(-1, indexB);
// //Assert.True("Compensation activities were executed in wrong order.", indexA > indexB);
// Assert.True(indexA>indexB, "Compensation activities were executed in wrong order.");
//}
private long searchForActivityIndex(IList <IHistoricActivityInstance> historicActivityInstances, string activityId)
{
for (int i = 0; i < historicActivityInstances.Count; i++)
{
IHistoricActivityInstance historicActivityInstance = historicActivityInstances[i];
if (historicActivityInstance.ActivityId.Equals(activityId))
{
return(i);
}
}
return(-1);
}