private void decoratorPhase(PhasesSumUpTimeProfiler profiler) throws InterruptedException {
Decorator decorator1 = new FakeDecorator1();
Decorator decorator2 = new FakeDecorator2();
// Start of decorator phase
profiler.onDecoratorsPhase(decoratorsEvent(true));
// Start of decorator 1
profiler.onDecoratorExecution(decoratorEvent(decorator1, true));
clock.sleep(10);
// End of decorator 1
profiler.onDecoratorExecution(decoratorEvent(decorator1, false));
// Start of decorator 2
profiler.onDecoratorExecution(decoratorEvent(decorator2, true));
clock.sleep(5);
// End of decorator 2
profiler.onDecoratorExecution(decoratorEvent(decorator2, false));
// Start of decorator 1
profiler.onDecoratorExecution(decoratorEvent(decorator1, true));
clock.sleep(10);
// End of decorator 1
profiler.onDecoratorExecution(decoratorEvent(decorator1, false));
// Start of decorator 2
profiler.onDecoratorExecution(decoratorEvent(decorator2, true));
clock.sleep(5);
// End of decorator 2
profiler.onDecoratorExecution(decoratorEvent(decorator2, false));
// End of decorator phase
profiler.onDecoratorsPhase(decoratorsEvent(false));
}
private void mavenPhase(PhasesSumUpTimeProfiler profiler) throws InterruptedException {
// Start of maven phase
profiler.onMavenPhase(mavenEvent(true));
clock.sleep(4);
// End of maven phase
profiler.onMavenPhase(mavenEvent(false));
}
private void batchStep(PhasesSumUpTimeProfiler profiler) throws InterruptedException {
// Start of batch step
profiler.onBatchStep(new BatchStepEvent("Free memory", true));
clock.sleep(9);
// End of batch step
profiler.onBatchStep(new BatchStepEvent("Free memory", false));
}
private void postJobPhase(PhasesSumUpTimeProfiler profiler) throws InterruptedException {
PostJob postJob = new FakePostJob();
// Start of sensor phase
profiler.onPostJobsPhase(postJobsEvent(true));
// Start of a Sensor
profiler.onPostJobExecution(postJobEvent(postJob, true));
clock.sleep(30);
// End of a Sensor
profiler.onPostJobExecution(postJobEvent(postJob, false));
// End of sensor phase
profiler.onPostJobsPhase(postJobsEvent(false));
}
private void persistersPhase(PhasesSumUpTimeProfiler profiler) throws InterruptedException {
ScanPersister persister = new FakeScanPersister();
// Start of persister phase
profiler.onPersistersPhase(persistersEvent(true));
// Start of a ScanPersister
profiler.onPersisterExecution(persisterEvent(persister, true));
clock.sleep(40);
// End of a ScanPersister
profiler.onPersisterExecution(persisterEvent(persister, false));
// End of persister phase
profiler.onPersistersPhase(persistersEvent(false));
}
private void sensorPhase(PhasesSumUpTimeProfiler profiler) throws InterruptedException {
Sensor sensor = new FakeSensor();
// Start of sensor phase
profiler.onSensorsPhase(sensorsEvent(true));
// Start of a Sensor
profiler.onSensorExecution(sensorEvent(sensor, true));
clock.sleep(10);
// End of a Sensor
profiler.onSensorExecution(sensorEvent(sensor, false));
// End of sensor phase
profiler.onSensorsPhase(sensorsEvent(false));
}
private void initializerPhase(PhasesSumUpTimeProfiler profiler) throws InterruptedException {
Initializer initializer = new FakeInitializer();
// Start of initializer phase
profiler.onInitializersPhase(initializersEvent(true));
// Start of an initializer
profiler.onInitializerExecution(initializerEvent(initializer, true));
clock.sleep(7);
// End of an initializer
profiler.onInitializerExecution(initializerEvent(initializer, false));
// End of initializer phase
profiler.onInitializersPhase(initializersEvent(false));
}
