Examples of com.carrotsearch.ant.tasks.junit4.events.EventType

Package com.carrotsearch.ant.tasks.junit4.events

Examples of com.carrotsearch.ant.tasks.junit4.events.EventType

com.carrotsearch.ant.tasks.junit4.events.aggregated.AggregatingListener
An ANT task to run JUnit4 tests. Differences (benefits?) compared to ANT's default JUnit task:
- Built-in parallel test execution support (spawns multiple JVMs to avoid test interactions).
- Randomization of the order of test suites within a single JVM.
- Aggregates and synchronizes test events from executors. All reports run on the task's JVM (not on the test JVM).
- Fully configurable reporting via listeners (console, ANT-compliant XML, JSON). Report listeners use Google Guava's {@link EventBus} and receive full informationabout tests' execution (including skipped, assumption-skipped tests, streamlined output and error stream chunks, etc.).
- JUnit 4.10+ is required both for the task and for the tests classpath. Older versions will cause build failure.
- Integration with {@link RandomizedRunner} (randomization seed is passed tochildren JVMs).

          }
        });
      }


      ExecutorService executor = Executors.newCachedThreadPool();
      aggregatedBus.post(new AggregatedStartEvent(slaves.size(), testClassNames.size()));


      try {
        List<Future<Void>> all = executor.invokeAll(slaves);
        executor.shutdown();

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          }
        });
      }


      ExecutorService executor = Executors.newCachedThreadPool();
      aggregatedBus.post(new AggregatedStartEvent(slaves.size(),
          // TODO: this doesn't account for replicated suites.
          testCollection.testClasses.size()));


      try {
        List<Future<Void>> all = executor.invokeAll(slaves);

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          }
        });
      }


      ExecutorService executor = Executors.newCachedThreadPool();
      aggregatedBus.post(new AggregatedStartEvent(slaves.size(),
          // TODO: this doesn't account for replicated suites.
          testCollection.testClasses.size()));


      try {
        List<Future<Void>> all = executor.invokeAll(slaves);

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          if (emitOutput) ((IStreamEvent) event).copyTo(errStream);
          break;


        case TEST_FINISHED:
          assert eventMap.containsKey(event);
          final AggregatedTestResultEvent aggregated = eventMap.get(event);
          if (displayStatus.get(aggregated.getStatus())) {
            flushOutput();
            emitStatusLine(aggregated, aggregated.getStatus(), aggregated.getExecutionTime());
          }
      }
    }


    if (emitOutput) {

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          if (emitOutput) ((IStreamEvent) event).copyTo(errStream);
          break;


        case TEST_FINISHED:
          assert eventMap.containsKey(event);
          final AggregatedTestResultEvent aggregated = eventMap.get(event);
          if (displayStatus.get(aggregated.getStatus())) {
            flushOutput();
            emitStatusLine(aggregated, aggregated.getStatus(), aggregated.getExecutionTime());
          }
          
        default:
          break;          
      }

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    commandline.createArgument().setValue(SlaveMain.OPTION_STDIN);


    final EventBus eventBus = new EventBus("slave-" + slave.id);
    final DiagnosticsListener diagnosticsListener = new DiagnosticsListener(slave, this);
    eventBus.register(diagnosticsListener);
    eventBus.register(new AggregatingListener(aggregatedBus, slave));


    final AtomicReference<Charset> clientCharset = new AtomicReference<Charset>();
    final AtomicBoolean clientWithLimitedCharset = new AtomicBoolean(); 
    final PrintWriter w = new PrintWriter(Files.newWriter(classNamesDynamic, Charsets.UTF_8));
    eventBus.register(new Object() {

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    commandline.createArgument().setValue(SlaveMain.OPTION_STDIN);


    final EventBus eventBus = new EventBus("slave-" + slave.id);
    final DiagnosticsListener diagnosticsListener = new DiagnosticsListener(slave, this);
    eventBus.register(diagnosticsListener);
    eventBus.register(new AggregatingListener(aggregatedBus, slave));


    final AtomicReference<Charset> clientCharset = new AtomicReference<Charset>();
    final AtomicBoolean clientWithLimitedCharset = new AtomicBoolean(); 
    final PrintWriter w = new PrintWriter(Files.newWriter(classNamesDynamic, Charsets.UTF_8));
    eventBus.register(new Object() {

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          Joiner.on(" ").join(commandLineArgs), Project.MSG_VERBOSE);
  
      final EventBus eventBus = new EventBus("slave");
      final DiagnosticsListener diagnosticsListener = new DiagnosticsListener(slave, getProject());
      eventBus.register(diagnosticsListener);
      eventBus.register(new AggregatingListener(aggregatedBus, slave));
      executeProcess(eventBus, commandline);
      if (!diagnosticsListener.quitReceived()) {
        throw new BuildException("Quit event not received from a slave process?");
      }
    } finally {

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    commandline.createArgument().setValue(SlaveMain.OPTION_STDIN);


    final EventBus eventBus = new EventBus("slave-" + slave.id);
    final DiagnosticsListener diagnosticsListener = new DiagnosticsListener(slave, this);
    eventBus.register(diagnosticsListener);
    eventBus.register(new AggregatingListener(aggregatedBus, slave));


    final AtomicReference<Charset> clientCharset = new AtomicReference<Charset>();
    final AtomicBoolean clientWithLimitedCharset = new AtomicBoolean(); 
    final PrintWriter w = new PrintWriter(Files.newWriter(classNamesDynamic, Charsets.UTF_8));
    eventBus.register(new Object() {

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    commandline.createArgument().setValue(SlaveMain.OPTION_STDIN);


    final EventBus eventBus = new EventBus("slave-" + slave.id);
    final DiagnosticsListener diagnosticsListener = new DiagnosticsListener(slave, this);
    eventBus.register(diagnosticsListener);
    eventBus.register(new AggregatingListener(aggregatedBus, slave));


    final AtomicReference<Charset> clientCharset = new AtomicReference<Charset>();
    final AtomicBoolean clientWithLimitedCharset = new AtomicBoolean(); 
    final PrintWriter w = new PrintWriter(Files.newWriter(classNamesDynamic, Charsets.UTF_8));
    eventBus.register(new Object() {

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