Function TEST

valdi/test/integration/StandaloneRuntime_tests.cpp:40–72

};

TEST(StandaloneRuntime, exitCoordinatorStopsMainQueueWhenAllQueuesAreEmpty) {
    auto mainQueue = makeShared<MainQueue>();
    auto jsQueue = DispatchQueue::create(STRING_LITERAL("Valdi JS Queue"), ThreadQoSClassMax);

    auto exitCoordinator = makeShared<StandaloneExitCoordinator>(jsQueue, mainQueue);
    exitCoordinator->postInit();
    exitCoordinator->setEnabled(true);

    auto group = makeShared<AsyncGroup>();
    jsQueue->setListener(makeShared<TestQueueListener>(group, jsQueue->getListener()));
    mainQueue->setListener(makeShared<TestQueueListener>(group, mainQueue->getListener()));

    int ranTasksCount = 0;
    int expectedTasksCount = 5;

    for (int i = 0; i < expectedTasksCount; i++) {
        jsQueue->async([&]() { mainQueue->enqueue([&]() { ranTasksCount++; }); });
    }

    ASSERT_FALSE(mainQueue->isDisposed());

    mainQueue->runUntilTrue([&]() { return ranTasksCount == expectedTasksCount; });

    mainQueue->flush();

    ASSERT_TRUE(group->blockingWaitWithTimeout(std::chrono::seconds(5)));

    exitCoordinator->flushUpdatesSync();

    // The main queue should have been disposed as all the JS tasks and main queue tasks have been flushed

    ASSERT_TRUE(mainQueue->isDisposed());
}

TEST(StandaloneRuntime, canPrecompileJs) {
    auto jsContent = makeShared<ByteBuffer>("module.exports.hello = 42;");