Examples with ScenarioUnderTest org.camunda.bpm.qa.upgrade.ScenarioUnderTest used on opensource projects

Example 11 with ScenarioUnderTest

use of org.camunda.bpm.qa.upgrade.ScenarioUnderTest in project camunda-bpm-platform by camunda.

the class SequentialMultiInstanceCompensationScenarioTest method testDefaultHandlerThrowCompensateCompletion.

@Test
@ScenarioUnderTest("defaultHandler.beforeCompensate.throwCompensate.1")
public void testDefaultHandlerThrowCompensateCompletion() {
    // given active compensation
    List<Task> miCompensationTasks = rule.taskQuery().list();
    Assert.assertEquals(3, miCompensationTasks.size());
    // when completing the compensation handlers
    for (int i = 0; i < miCompensationTasks.size(); i++) {
        Assert.assertEquals(3 - i, rule.taskQuery().count());
        Task compensationTask = miCompensationTasks.get(i);
        Assert.assertEquals("undoTask", compensationTask.getTaskDefinitionKey());
        rule.getTaskService().complete(compensationTask.getId());
    }
    // then it is possible to complete the process successfully
    Task afterCompensateTask = rule.taskQuery().singleResult();
    Assert.assertNotNull(afterCompensateTask);
    rule.getTaskService().complete(afterCompensateTask.getId());
    rule.assertScenarioEnded();
}

Example 12 with ScenarioUnderTest

use of org.camunda.bpm.qa.upgrade.ScenarioUnderTest in project camunda-bpm-platform by camunda.

the class SequentialMultiInstanceCompensationScenarioTest method testDefaultHandlerMultiInstancePartialCompletion.

@Test
@ScenarioUnderTest("defaultHandler.multiInstancePartial.1")
public void testDefaultHandlerMultiInstancePartialCompletion() {
    // given the last multi instance task
    Task lastMiTask = rule.taskQuery().singleResult();
    // when completing it
    rule.getTaskService().complete(lastMiTask.getId());
    // then it is possible to throw compensation, compensate the three instances,
    // and finish the process successfully
    Task beforeCompensateTask = rule.taskQuery().singleResult();
    Assert.assertNotNull(beforeCompensateTask);
    rule.getTaskService().complete(beforeCompensateTask.getId());
    List<Task> miCompensationTasks = rule.taskQuery().list();
    Assert.assertEquals(3, miCompensationTasks.size());
    for (int i = 0; i < miCompensationTasks.size(); i++) {
        Assert.assertEquals(3 - i, rule.taskQuery().count());
        Task compensationTask = miCompensationTasks.get(i);
        Assert.assertEquals("undoTask", compensationTask.getTaskDefinitionKey());
        rule.getTaskService().complete(compensationTask.getId());
    }
    Task afterCompensateTask = rule.taskQuery().singleResult();
    Assert.assertNotNull(afterCompensateTask);
    rule.getTaskService().complete(afterCompensateTask.getId());
    rule.assertScenarioEnded();
}

Example 13 with ScenarioUnderTest

use of org.camunda.bpm.qa.upgrade.ScenarioUnderTest in project camunda-bpm-platform by camunda.

the class SequentialMultiInstanceCompensationScenarioTest method testDefaultHandlerMultiInstancePartialDeletion.

@Test
@ScenarioUnderTest("defaultHandler.multiInstancePartial.2")
public void testDefaultHandlerMultiInstancePartialDeletion() {
    // when throwing compensation
    Task lastMiTask = rule.taskQuery().singleResult();
    rule.getTaskService().complete(lastMiTask.getId());
    Task beforeCompensateTask = rule.taskQuery().singleResult();
    rule.getTaskService().complete(beforeCompensateTask.getId());
    // then it is possible to delete the process instance
    rule.getRuntimeService().deleteProcessInstance(rule.processInstance().getId(), null);
    // and the process is ended
    rule.assertScenarioEnded();
}

Example 14 with ScenarioUnderTest

use of org.camunda.bpm.qa.upgrade.ScenarioUnderTest in project camunda-bpm-platform by camunda.

the class SequentialMultiInstanceCompensationScenarioTest method testSubProcessHandlerThrowCompensateCompletion.

@Test
@ScenarioUnderTest("subProcessHandler.beforeCompensate.throwCompensate.1")
public void testSubProcessHandlerThrowCompensateCompletion() {
    // given active compensation
    List<Task> miCompensationTasks = rule.taskQuery().list();
    Assert.assertEquals(3, miCompensationTasks.size());
    // when completing the compensation handlers
    for (int i = 0; i < miCompensationTasks.size(); i++) {
        Assert.assertEquals(3 - i, rule.taskQuery().count());
        Task compensationTask = miCompensationTasks.get(i);
        Assert.assertEquals("undoTask", compensationTask.getTaskDefinitionKey());
        rule.getTaskService().complete(compensationTask.getId());
    }
    // then it is possible to complete the process successfully
    Task afterCompensateTask = rule.taskQuery().singleResult();
    Assert.assertNotNull(afterCompensateTask);
    rule.getTaskService().complete(afterCompensateTask.getId());
    rule.assertScenarioEnded();
}

Example 15 with ScenarioUnderTest

use of org.camunda.bpm.qa.upgrade.ScenarioUnderTest in project camunda-bpm-platform by camunda.

the class SequentialMultiInstanceCompensationScenarioTest method testSubProcessHandlerMultiInstancePartialActivityInstanceTree.

@Test
@ScenarioUnderTest("subProcessHandler.multiInstancePartial.3")
public void testSubProcessHandlerMultiInstancePartialActivityInstanceTree() {
    // given
    ProcessInstance instance = rule.processInstance();
    // when throwing compensation
    Task lastMiTask = rule.taskQuery().singleResult();
    rule.getTaskService().complete(lastMiTask.getId());
    Task beforeCompensateTask = rule.taskQuery().singleResult();
    rule.getTaskService().complete(beforeCompensateTask.getId());
    // then the activity instance tree is meaningful
    ActivityInstance activityInstance = rule.getRuntimeService().getActivityInstance(instance.getId());
    Assert.assertNotNull(activityInstance);
    assertThat(activityInstance).hasStructure(describeActivityInstanceTree(instance.getProcessDefinitionId()).activity("throwCompensate").beginScope("undoSubProcess", "userTask#multiInstanceBody").beginScope("undoSubProcess").activity("undoTask").endScope().activity("undoTask").activity("undoTask").done());
}