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The same problem seems to be described here http://www.techienuggets.com/Comments?tx=100474. I've not found any other references to it (or solutions).

I have the following process definition:

http://community.jboss.org/servlet/JiveServlet/downloadImage/2675/450-283/TestProcess.png When I signal execution in D1, D2 becomes active (as reported by findActiveActivityNames), the problem is that D1 remains active as well. Is this a bug or did I get somethig wrong? It's been suggested this might be caused by wrong fork-join nesting but this doesn't help in my case.

<process name="TestProcess" xmlns="http://jbpm.org/4.3/jpdl">
   <start name="start1">
      <transition to="fork1"/>
   </start>
   <state name="A">
      <transition to="fork2"/>
   </state>
   <state name="C1">
      <transition to="C2"/>
   </state>
   <state name="C2">
      <transition to="join2"/>
   </state>
   <state name="D1">
      <transition to="D2"/>
   </state>
   <state name="D2">
      <transition to="join2"/>
   </state>
   <fork name="fork2">
      <transition to="D1"/>
      <transition to="C1"/>
   </fork>
   <end name="finihed"/>
   <fork name="fork1">
      <transition to="A"/>
      <transition to="B"/>
   </fork>
   <state name="B">
      <transition to="join1"/>
   </state>
   <join name="join2"">
      <transition to="join1"/>
   </join>
   <join name="join1">
      <transition to="E"/>
   </join>
   <state name="E">
      <transition to="end"/>
   </state>
   <end name="end"/>
</process>

public void test() {

        repositoryService.createDeployment()

         .addResourceFromClasspath("pmlprocesses/TestProcess.jpdl.xml")

         .deploy();
       
        ProcessInstance processInstance = executionService.startProcessInstanceByKey("TestProcess");
        String pid = processInstance.getId();
        System.out.println(processInstance.findActiveActivityNames().toString());
        String executionId = processInstance.findActiveExecutionIn("B").getId();
        processInstance = executionService.signalExecutionById(executionId);
        System.out.println(processInstance.findActiveActivityNames().toString());

       executionId = processInstance.findActiveExecutionIn("A").getId();
        processInstance = executionService.signalExecutionById(executionId);
        System.out.println(processInstance.findActiveActivityNames().toString());
        executionId = processInstance.findActiveExecutionIn("C1").getId();
        processInstance = executionService.signalExecutionById(executionId);
        System.out.println(processInstance.findActiveActivityNames().toString());
        executionId = processInstance.findActiveExecutionIn("C2").getId();
        processInstance = executionService.signalExecutionById(executionId);
        System.out.println(processInstance.findActiveActivityNames().toString());
        executionId = processInstance.findActiveExecutionIn("D1").getId();
        processInstance = executionService.signalExecutionById(executionId);
        System.out.println(processInstance.findActiveActivityNames().toString());
        executionId = processInstance.findActiveExecutionIn("D2").getId();
        processInstance = executionService.signalExecutionById(executionId);
        System.out.println(processInstance.findActiveActivityNames().toString());
        executionId = processInstance.findActiveExecutionIn("E").getId();
        processInstance = executionService.signalExecutionById(executionId);

        assertNull("execution "+pid+" should not exist", executionService.findExecutionById(pid));

}

Output:

[A, B]
[A]
[C1, D1]
[C2, D1]
[D1]
[D2, D1]
[E, D1]

The process seems to have finished execution.

Thanks for any ideas.