use of com.google.cloud.tools.jib.event.events.ProgressEvent in project jib by GoogleContainerTools.
the class ProgressEventDispatcher method dispatchProgress.
/**
* Dispatches a {@link ProgressEvent} representing {@code progressUnits} of progress on the
* managed {@link #allocation}.
*
* @param progressUnits units of progress
*/
public void dispatchProgress(long progressUnits) {
long unitsDecremented = decrementRemainingAllocationUnits(progressUnits);
eventHandlers.dispatch(new ProgressEvent(allocation, unitsDecremented));
}
use of com.google.cloud.tools.jib.event.events.ProgressEvent in project jib by google.
the class ProgressEventDispatcher method dispatchProgress.
/**
* Dispatches a {@link ProgressEvent} representing {@code progressUnits} of progress on the
* managed {@link #allocation}.
*
* @param progressUnits units of progress
*/
public void dispatchProgress(long progressUnits) {
long unitsDecremented = decrementRemainingAllocationUnits(progressUnits);
eventHandlers.dispatch(new ProgressEvent(allocation, unitsDecremented));
}
use of com.google.cloud.tools.jib.event.events.ProgressEvent in project jib by google.
the class ProgressEventHandlerTest method testAccept.
@Test
public void testAccept() throws ExecutionException, InterruptedException, IOException {
try (MultithreadedExecutor multithreadedExecutor = new MultithreadedExecutor()) {
DoubleAccumulator maxProgress = new DoubleAccumulator(Double::max, 0);
ProgressEventHandler progressEventHandler = new ProgressEventHandler(update -> maxProgress.accumulate(update.getProgress()));
EventHandlers eventHandlers = EventHandlers.builder().add(ProgressEvent.class, progressEventHandler).build();
// Adds root, child1, and child1Child.
multithreadedExecutor.invoke(() -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.root, 0L));
return null;
});
multithreadedExecutor.invoke(() -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child1, 0L));
return null;
});
multithreadedExecutor.invoke(() -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child1Child, 0L));
return null;
});
Assert.assertEquals(0.0, maxProgress.get(), DOUBLE_ERROR_MARGIN);
// Adds 50 to child1Child and 100 to child2.
List<Callable<Void>> callables = new ArrayList<>(150);
callables.addAll(Collections.nCopies(50, () -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child1Child, 1L));
return null;
}));
callables.addAll(Collections.nCopies(100, () -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child2, 1L));
return null;
}));
multithreadedExecutor.invokeAll(callables);
Assert.assertEquals(1.0 / 2 / 100 * 50 + 1.0 / 2 / 200 * 100, maxProgress.get(), DOUBLE_ERROR_MARGIN);
// 0 progress doesn't do anything.
multithreadedExecutor.invokeAll(Collections.nCopies(100, () -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child1, 0L));
return null;
}));
Assert.assertEquals(1.0 / 2 / 100 * 50 + 1.0 / 2 / 200 * 100, maxProgress.get(), DOUBLE_ERROR_MARGIN);
// Adds 50 to child1Child and 100 to child2 to finish it up.
multithreadedExecutor.invokeAll(callables);
Assert.assertEquals(1.0, maxProgress.get(), DOUBLE_ERROR_MARGIN);
}
}
use of com.google.cloud.tools.jib.event.events.ProgressEvent in project jib by GoogleContainerTools.
the class ProgressEventHandlerTest method testAccept.
@Test
public void testAccept() throws ExecutionException, InterruptedException, IOException {
try (MultithreadedExecutor multithreadedExecutor = new MultithreadedExecutor()) {
DoubleAccumulator maxProgress = new DoubleAccumulator(Double::max, 0);
ProgressEventHandler progressEventHandler = new ProgressEventHandler(update -> maxProgress.accumulate(update.getProgress()));
EventHandlers eventHandlers = EventHandlers.builder().add(ProgressEvent.class, progressEventHandler).build();
// Adds root, child1, and child1Child.
multithreadedExecutor.invoke(() -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.root, 0L));
return null;
});
multithreadedExecutor.invoke(() -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child1, 0L));
return null;
});
multithreadedExecutor.invoke(() -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child1Child, 0L));
return null;
});
Assert.assertEquals(0.0, maxProgress.get(), DOUBLE_ERROR_MARGIN);
// Adds 50 to child1Child and 100 to child2.
List<Callable<Void>> callables = new ArrayList<>(150);
callables.addAll(Collections.nCopies(50, () -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child1Child, 1L));
return null;
}));
callables.addAll(Collections.nCopies(100, () -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child2, 1L));
return null;
}));
multithreadedExecutor.invokeAll(callables);
Assert.assertEquals(1.0 / 2 / 100 * 50 + 1.0 / 2 / 200 * 100, maxProgress.get(), DOUBLE_ERROR_MARGIN);
// 0 progress doesn't do anything.
multithreadedExecutor.invokeAll(Collections.nCopies(100, () -> {
eventHandlers.dispatch(new ProgressEvent(AllocationTree.child1, 0L));
return null;
}));
Assert.assertEquals(1.0 / 2 / 100 * 50 + 1.0 / 2 / 200 * 100, maxProgress.get(), DOUBLE_ERROR_MARGIN);
// Adds 50 to child1Child and 100 to child2 to finish it up.
multithreadedExecutor.invokeAll(callables);
Assert.assertEquals(1.0, maxProgress.get(), DOUBLE_ERROR_MARGIN);
}
}
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