Method init

native/cocos/platform/android/AndroidPlatform.cpp:782–827

AndroidPlatform::~AndroidPlatform() = default;

int AndroidPlatform::init() {
#if CC_USE_XR
    registerInterface(std::make_shared<XRInterface>());
#endif
    IXRInterface *xr = CC_GET_XR_INTERFACE();
    if (xr) {
        JniHelper::getEnv();
        xr->initialize(JniHelper::getJavaVM(), getActivity());
    }
    cc::FileUtilsAndroid::setAssetManager(_app->activity->assetManager);
    _inputProxy = ccnew GameInputProxy(this);
    _inputProxy->registerAppEventCallback([this](int32_t cmd) {
        IXRInterface *xr = CC_GET_XR_INTERFACE();
        if (xr) {
            xr->handleAppCommand(cmd);
        }

        if (APP_CMD_START == cmd || APP_CMD_INIT_WINDOW == cmd) {
            if (_inputProxy->isAnimating()) {
                _isLowFrequencyLoopEnabled = false;
                _loopTimeOut = 0;
            }
        } else if (APP_CMD_STOP == cmd) {
            _lowFrequencyTimer.reset();
            _loopTimeOut = LOW_FREQUENCY_TIME_INTERVAL;
            _isLowFrequencyLoopEnabled = true;
            if (xr && !xr->getXRConfig(xr::XRConfigKey::INSTANCE_CREATED).getBool()) {
                // xr will sleep,  -1 we will block forever waiting for events.
                _loopTimeOut = -1;
                _isLowFrequencyLoopEnabled = false;
            }
        }
    });
    _app->userData = _inputProxy;
    _app->onAppCmd = handleCmdProxy;

    registerInterface(std::make_shared<Accelerometer>());
    registerInterface(std::make_shared<Battery>());
    registerInterface(std::make_shared<Network>());
    registerInterface(std::make_shared<Screen>());
    registerInterface(std::make_shared<System>());
    registerInterface(std::make_shared<SystemWindowManager>());
    registerInterface(std::make_shared<Vibrator>());

    return 0;
}

void AndroidPlatform::onDestroy() {
    UniversalPlatform::onDestroy();