Package org.apache.tools.ant.taskdefs

Examples of org.apache.tools.ant.taskdefs.Sequential.addTask()


        if (block != null) {
            //waitfor is not a task, it needs to be adapted
            TaskAdapter ta = new TaskAdapter(block);
            ta.bindToOwner(this);
            validateTask(ta, "block");
            testRun.addTask(ta);
            //add the block time to the total test run timeout
            testRunTimeout = block.calculateMaxWaitMillis();
        }

        //add the tests and more delay
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            testRunTimeout = block.calculateMaxWaitMillis();
        }

        //add the tests and more delay
        if (tests != null) {
            testRun.addTask(tests);
            testRunTimeout += timeoutMillis;
        }
        //add the reporting and more delay
        if (reporting != null) {
            testRun.addTask(reporting);
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            testRun.addTask(tests);
            testRunTimeout += timeoutMillis;
        }
        //add the reporting and more delay
        if (reporting != null) {
            testRun.addTask(reporting);
            testRunTimeout += timeoutMillis;
        }

        //wrap this in a parallel purely to set up timeouts for the
        //test run
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    Condition c = (Condition) getConditions().nextElement();
    if (! c.eval()) {
      if (failOnError) {
        Exit fail = (Exit) getProject().createTask("fail");
        fail.setMessage(message);
        sequential.addTask(fail);
      }
    }
    else {
      Iterator it = tasks.iterator();
      while (it.hasNext()) {
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      }
    }
    else {
      Iterator it = tasks.iterator();
      while (it.hasNext()) {
        sequential.addTask((Task)it.next());
      }
    }
  }
 
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        if (block != null) {
            //waitfor is not a task, it needs to be adapted
            TaskAdapter ta = new TaskAdapter(block);
            ta.bindToOwner(this);
            validateTask(ta, "block");
            testRun.addTask(ta);
            //add the block time to the total test run timeout
            testRunTimeout = block.calculateMaxWaitMillis();
        }

        //add the tests and more delay
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            testRunTimeout = block.calculateMaxWaitMillis();
        }

        //add the tests and more delay
        if (tests != null) {
            testRun.addTask(tests);
            testRunTimeout += timeoutMillis;
        }
        //add the reporting and more delay
        if (reporting != null) {
            testRun.addTask(reporting);
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            testRun.addTask(tests);
            testRunTimeout += timeoutMillis;
        }
        //add the reporting and more delay
        if (reporting != null) {
            testRun.addTask(reporting);
            testRunTimeout += timeoutMillis;
        }

        //wrap this in a parallel purely to set up timeouts for the
        //test run
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    private static Sequential initSequence(Project project, int port, File resultPath, Set<String> suiteNames, List<SuiteFilter> suiteFilters, int concurrentSuites, long maxTimeForSuite) {
        Sequential runnerSequence = new Sequential();
        runnerSequence.setProject(project);
        runnerSequence.setTaskName("sequential");
        runnerSequence.addTask(initSleep(project, SECONDS_TO_WAIT_FOR_WEBSERVER_TO_START));
        runnerSequence.addTask(initRunners(project, suiteNames, port, resultPath, suiteFilters, concurrentSuites, maxTimeForSuite));
        return runnerSequence;
    }

    private static Parallel.TaskList initDaemons(Project project, int port, Reference classpathRef, String integrationTestsPath, String slimTableFactory) {
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    private static Sequential initSequence(Project project, int port, File resultPath, Set<String> suiteNames, List<SuiteFilter> suiteFilters, int concurrentSuites, long maxTimeForSuite) {
        Sequential runnerSequence = new Sequential();
        runnerSequence.setProject(project);
        runnerSequence.setTaskName("sequential");
        runnerSequence.addTask(initSleep(project, SECONDS_TO_WAIT_FOR_WEBSERVER_TO_START));
        runnerSequence.addTask(initRunners(project, suiteNames, port, resultPath, suiteFilters, concurrentSuites, maxTimeForSuite));
        return runnerSequence;
    }

    private static Parallel.TaskList initDaemons(Project project, int port, Reference classpathRef, String integrationTestsPath, String slimTableFactory) {
        Parallel.TaskList daemonList = new Parallel.TaskList();
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