Package thread.concurrencyCookbook.chapter3.recipe2

Examples of thread.concurrencyCookbook.chapter3.recipe2.Job

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    HashMap<String, ParamValue> newJobParams = new HashMap<String, ParamValue>( jobParams );
    newJobParams.put( "newKey", new StringParamValue( "" ) );
    schedulerSvc.updateJobToUseComplexTrigger( jobId, newJobParams, jobTrigger );

    Assert.assertEquals( 1, schedulerSvc.getJobs().length );
    Job job = schedulerSvc.getJobs()[0];
    jobTrigger = (ComplexJobTrigger) job.getJobTrigger();
    Assert.assertEquals( (Integer) startingMinute,
        ( (IncrementalRecurrence) jobTrigger.getMinuteRecurrences().get( 0 ) ).getStartingValue() );
    Assert.assertEquals( (Integer) 5, ( (IncrementalRecurrence) jobTrigger.getMinuteRecurrences().get( 0 ) )
        .getIncrement() );
    Assert.assertTrue( job.getJobParams().containsKey( "newKey" ) );

    Assert.assertEquals( new Date(start), jobTrigger.getStartTime() );

    Assert.assertEquals( new Date(end), jobTrigger.getEndTime() );
  }
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    HashMap<String, ParamValue> newJobParams = new HashMap<String, ParamValue>( jobParams );
    newJobParams.put( "newKey", new StringParamValue( "" ) );
    schedulerSvc.updateJobToUseSimpleTrigger( jobId, newJobParams, jobTrigger );

    Assert.assertEquals( 1, schedulerSvc.getJobs().length );
    Job job = schedulerSvc.getJobs()[0];
    jobTrigger = (SimpleJobTrigger) job.getJobTrigger();
    Assert.assertEquals( 40, jobTrigger.getRepeatInterval() );
    Assert.assertEquals( 50, jobTrigger.getRepeatCount() );
    Assert.assertTrue( job.getJobParams().containsKey( "newKey" ) );

    jobTrigger.getStartTime() ;
    Assert.assertEquals( new Date(start), jobTrigger.getStartTime());

    Assert.assertEquals( new Date(end), jobTrigger.getEndTime() );
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    // Launch 10 threads to do the operation, 5 with the max
    // priority, 5 with the min
    threads=new Thread[10];
    status=new Thread.State[10];
    for (int i=0; i<10; i++){
      threads[i]=new Thread(new Calculator(i));
      if ((i%2)==0){
        threads[i].setPriority(Thread.MAX_PRIORITY);
      } else {
        threads[i].setPriority(Thread.MIN_PRIORITY);
      }
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