ios_project/proj.ios_mac/cocos2d-x/cocos/scripting/js-bindings/manual/jsb_node.cpp

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//
//  jsb_node.cpp
//  cocos2d_js_bindings
//
//  Created by James Chen on 4/26/17.
//
//

#include "jsb_node.hpp"
#include "jsb_global.h"
#include "jsb_conversions.hpp"
#include "ScriptingCore.h"

#include "cocos2d.h"

using namespace cocos2d;

#define STANDALONE_TEST 0

extern se::Object* __jsb_cocos2d_Node_proto;
extern se::Class* __jsb_cocos2d__Node_class;

extern se::Object* __jsb_cocos2d_Scheduler_proto;

se::Object* __jsb_Node_proto = nullptr;
se::Class* __jsb_Node_class = nullptr;

static bool Node_finalized(se::State& s)
{
    if (s.nativeThisObject())
    {
        Node* thiz = (Node*) s.nativeThisObject();
        SE_LOGD("Node_finalized %p ...\n", thiz->getUserData());
        CC_SAFE_RELEASE(thiz);
    }
    return true;
}
SE_BIND_FINALIZE_FUNC(Node_finalized)

static bool Node_constructor(se::State& s)
{
    SE_LOGD("Node_constructor ...\n");
    Node* obj = new Node();
    s.thisObject()->setPrivateData(obj);
    return true;
}
SE_BIND_CTOR(Node_constructor, __jsb_Node_class, Node_finalized)

static bool Node_ctor(se::State& s)
{
    SE_LOGD("Node_ctor ...\n");
    Node* obj = new Node();
    s.thisObject()->setPrivateData(obj);
    return true;
}
SE_BIND_SUB_CLS_CTOR(Node_ctor, __jsb_Node_class, Node_finalized)

static bool Node_create(se::State& s)
{
    Node* node = Node::create();
    node->retain();
    auto obj = se::Object::createObjectWithClass(__jsb_Node_class);
    obj->setPrivateData(node);
    s.rval().setObject(obj);
    return true;
}
SE_BIND_FUNC(Node_create)

static bool Node_onEnter(se::State& s)
{
    ScriptingCore::getInstance()->setCalledFromScript(true);
    Node* thiz = (Node*)s.nativeThisObject();
    thiz->onEnter();
    return true;
}
SE_BIND_FUNC(Node_onEnter)

static bool Node_onExit(se::State& s)
{
    ScriptingCore::getInstance()->setCalledFromScript(true);
    Node* thiz = (Node*)s.nativeThisObject();
    thiz->onExit();
    return true;
}
SE_BIND_FUNC(Node_onExit)

static bool Node_onEnterTransitionDidFinish(se::State& s)
{
    ScriptingCore::getInstance()->setCalledFromScript(true);
    Node* thiz = (Node*)s.nativeThisObject();
    thiz->onEnterTransitionDidFinish();
    return true;
}
SE_BIND_FUNC(Node_onEnterTransitionDidFinish)

static bool Node_onExitTransitionDidStart(se::State& s)
{
    ScriptingCore::getInstance()->setCalledFromScript(true);
    Node* thiz = (Node*)s.nativeThisObject();
    thiz->onExitTransitionDidStart();
    return true;
}
SE_BIND_FUNC(Node_onExitTransitionDidStart)

static bool Node_cleanup(se::State& s)
{
    ScriptingCore::getInstance()->setCalledFromScript(true);
    Node* thiz = (Node*)s.nativeThisObject();
    thiz->cleanup();
    return true;
}
SE_BIND_FUNC(Node_cleanup)

static bool Node_addChild(se::State& s)
{
    const auto& args = s.args();
    Node* thiz = (Node*)s.nativeThisObject();
    Node* child = (Node*)args[0].toObject()->getPrivateData();
    thiz->addChild(child);
    return true;
}
SE_BIND_FUNC(Node_addChild)

class ScheduleElement
{
public:
    ScheduleElement(se::Object* target, se::Object* func, const std::string& key, uint32_t targetId, uint32_t funcId)
    : _target(target)
    , _func(func)
    , _key(key)
    , _targetId(targetId)
    , _funcId(funcId)
    {}

    ScheduleElement(ScheduleElement&& o)
    {
        *this = std::move(o);
    }

    ScheduleElement* operator=(ScheduleElement&& o)
    {
        if (this != &o)
        {
            _target = o._target;
            _func = o._func;
            _key = std::move(o._key);
            _targetId = o._targetId;
            _funcId = o._funcId;
        }
        return this;
    }

    inline se::Object* getTarget() const { return _target; }
    inline se::Object* getFunc() const { return _func; }
    inline const std::string& getKey() const { return _key; }
    inline uint32_t getTargetId() const { return _targetId; }
    inline uint32_t getFuncId() const { return _funcId; }

private:
    ScheduleElement(const ScheduleElement& o) { assert(false); }
    ScheduleElement* operator=(const ScheduleElement& o) { assert(false); return this; }

    se::Object* _target;
    se::Object* _func;
    std::string _key;
    uint32_t _targetId;
    uint32_t _funcId;
};

static uint32_t __scheduleTargetIdCounter = 0;
static uint32_t __scheduleFuncIdCounter = 0;

static const char* SCHEDULE_TARGET_ID_KEY = "__seScheTargetId";
static const char* SCHEDULE_FUNC_ID_KEY = "__seScheFuncId";

static std::unordered_map<uint32_t/*targetId*/, std::unordered_map<uint32_t/*funcId*/, ScheduleElement>> __js_target_schedulekey_map;
static std::unordered_map<uint32_t/*targetId*/, std::pair<int/*priority*/, se::Object*>> __js_target_schedule_update_map;

static bool isScheduleExist(uint32_t jsFuncId, uint32_t jsTargetId, const ScheduleElement** outElement)
{
    bool found = false;
    for (const auto& e : __js_target_schedulekey_map)
    {
        if (e.first == jsTargetId)
        {
            for (const auto& e2 : e.second)
            {
                if (e2.first == jsFuncId)
                {
                    *outElement = &e2.second;
                    found = true;
                    break;
                }
            }
        }
        if (found)
        {
            break;
        }
    }

    if (!found)
    {
        *outElement = nullptr;
    }

    return found;
}

static bool isScheduleExist(const std::string& key, uint32_t jsTargetId, const ScheduleElement** outElement)
{
    bool found = false;
    for (const auto& e : __js_target_schedulekey_map)
    {
        if (e.first == jsTargetId)
        {
            for (const auto& e2 : e.second)
            {
                if (e2.second.getKey() == key)
                {
                    *outElement = &e2.second;
                    found = true;
                    break;
                }
            }
        }
        if (found)
            break;
    }

    if (!found)
    {
        *outElement = nullptr;
    }
    return found;
}

static void removeSchedule(uint32_t jsFuncId, uint32_t jsTargetId, bool needDetachChild)
{
    auto funcObjKeyMapIter = __js_target_schedulekey_map.find(jsTargetId);
    if (funcObjKeyMapIter != __js_target_schedulekey_map.end())
    {
        auto& funcMap = funcObjKeyMapIter->second;

        auto iter = funcMap.find(jsFuncId);
        if (iter != funcMap.end())
        {
            se::Object* target = iter->second.getTarget();
            se::Object* func = iter->second.getFunc();
            if (needDetachChild)
            {
                target->detachObject(func);
            }

            func->decRef();
            target->decRef();

            funcMap.erase(iter);
        }

        if (funcMap.empty())
        {
            __js_target_schedulekey_map.erase(funcObjKeyMapIter);
        }
    }
}

static void removeScheduleForThis(uint32_t jsTargetId, bool needDetachChild)
{
    auto funcObjKeyMapIter = __js_target_schedulekey_map.find(jsTargetId);
    if (funcObjKeyMapIter != __js_target_schedulekey_map.end())
    {
        auto& funcMap = funcObjKeyMapIter->second;

        se::Object* target = nullptr;
        se::Object* func = nullptr;
        for (auto& e : funcMap)
        {
            target = e.second.getTarget();
            func = e.second.getFunc();
            if (needDetachChild)
            {
                target->detachObject(func);
            }

            func->decRef(); // Release jsFunc
            target->decRef(); // Release jsThis
        }

        funcMap.clear();
        __js_target_schedulekey_map.erase(funcObjKeyMapIter);
    }
}

static void removeAllSchedules(bool needDetachChild)
{
    CCLOG("Begin unschedule all callbacks");
    for (auto& e1 :__js_target_schedulekey_map)
    {
        auto& funcMap = e1.second;

        CCLOG(">> Found funcMap: %d", (int)funcMap.size());

        se::Object* target = nullptr;
        se::Object* func = nullptr;
        for (auto& e : funcMap)
        {
            target = e.second.getTarget();
            func = e.second.getFunc();
            if (needDetachChild)
            {
                CCLOG("detachObject: owner: %p, target: %p", target, func);
                target->detachObject(func);
            }
            target->decRef(); // Release jsThis
            func->decRef(); // Release jsFunc
        }
        funcMap.clear();
    }
    __js_target_schedulekey_map.clear();
}

static void removeAllScheduleUpdates()
{
    for (auto& e2 : __js_target_schedule_update_map)
    {
        e2.second.second->decRef();
    }
    __js_target_schedule_update_map.clear();
}

static void removeAllScheduleAndUpdate(bool needDetachChild)
{
    removeAllSchedules(needDetachChild);
    removeAllScheduleUpdates();
}

static bool isScheduleUpdateExist(uint32_t targetId)
{
    for (const auto& e : __js_target_schedule_update_map)
    {
        if (e.first == targetId)
        {
            return true;
        }
    }
    return false;
}

static void removeScheduleUpdate(uint32_t targetId)
{
    auto iter =  __js_target_schedule_update_map.find(targetId);
    if (iter != __js_target_schedule_update_map.end())
    {
        iter->second.second->decRef();
        __js_target_schedule_update_map.erase(iter);
    }
}

static void removeScheduleUpdatesForMinPriority(int minPriority)
{
    int foundPriority = 0;
    auto iter = __js_target_schedule_update_map.begin();
    while (iter != __js_target_schedule_update_map.end())
    {
        foundPriority = iter->second.first;
        if (foundPriority >= minPriority)
        {
            iter->second.second->decRef();
            iter = __js_target_schedule_update_map.erase(iter);
        }
        else
        {
            ++iter;
        }
    }
}

static void insertScheduleUpdate(uint32_t targetId, int priority, se::Object* targetObj)
{
    assert(__js_target_schedule_update_map.find(targetId) == __js_target_schedule_update_map.end());
    __js_target_schedule_update_map[targetId] = std::make_pair(priority, targetObj);
    targetObj->incRef();
}

static void insertSchedule(uint32_t funcId, uint32_t targetId, ScheduleElement&& element)
{
    auto& funcKeyMap = __js_target_schedulekey_map[targetId];
    assert(funcKeyMap.find(funcId) == funcKeyMap.end());
    element.getTarget()->incRef();
    element.getFunc()->incRef();

    funcKeyMap.emplace(funcId, std::move(element));
}

static bool isTargetExistInScheduler(uint32_t targetId)
{
    assert(targetId != 0);

    // Iterating the schedule func map
    for (const auto& e : __js_target_schedulekey_map)
    {
        if (e.first == targetId)
        {
            return true;
        }
    }

    // Iterating the schedule update map
    for (const auto& e : __js_target_schedule_update_map)
    {
        if (e.first == targetId)
        {
            return true;
        }
    }
    return false;
}

class UnscheduleNotifier
{
public:
    UnscheduleNotifier(uint32_t funcId, uint32_t targetId)
    : _funcId(funcId)
    , _targetId(targetId)
    {
    }
    ~UnscheduleNotifier()
    {
//        SE_LOGD("~UnscheduleNotifier, targetId: %u, funcId: %u\n", _targetId, _funcId);

        se::ScriptEngine::getInstance()->clearException();
        se::AutoHandleScope hs;

        removeSchedule(_funcId, _targetId, false);
    }

private:
    uint32_t _funcId;
    uint32_t _targetId;
};

static uint32_t __idx = 0;

static bool Scheduler_scheduleCommon(Scheduler* scheduler, const se::Value& jsThis, const se::Value& jsFunc, float interval, unsigned int repeat, float delay, bool isPaused, bool toRootTarget, const std::string& callFromDebug)
{
    assert(jsThis.isObject());
    assert(jsFunc.isObject());
    assert(jsFunc.toObject()->isFunction());
    jsThis.toObject()->attachObject(jsFunc.toObject());

    std::string key;

    se::Value targetIdVal;
    se::Value funcIdVal;

    uint32_t targetId = 0;
    uint32_t funcId = 0;

    if (jsThis.toObject()->getProperty(SCHEDULE_TARGET_ID_KEY, &targetIdVal) && targetIdVal.isNumber())
    {
        targetId = targetIdVal.toUint32();
    }

    if (jsFunc.toObject()->getProperty(SCHEDULE_FUNC_ID_KEY, &funcIdVal) && funcIdVal.isNumber())
    {
        funcId = funcIdVal.toUint32();
    }

    if (targetIdVal.isNumber() && funcIdVal.isNumber())
    {
        const ScheduleElement* scheduleElem = nullptr;
        bool found = isScheduleExist(funcId, targetId, &scheduleElem);
        if (found)
            key = scheduleElem->getKey();

        if (found && !key.empty())
        {
            removeSchedule(funcId, targetId, true);
            scheduler->unschedule(key, reinterpret_cast<void*>(targetId));
        }
    }
    else
    {
        if (targetId == 0)
        {
            targetId = ++__scheduleTargetIdCounter;
            // counter is probably overfollow, it maybe 0 which is invalid id. Increase 1.
            if (targetId == 0)
            {
                targetId = ++__scheduleTargetIdCounter;
            }
            jsThis.toObject()->setProperty(SCHEDULE_TARGET_ID_KEY, se::Value(targetId));
        }

        if (funcId == 0)
        {
            funcId = ++__scheduleFuncIdCounter;
            // counter is probably overfollow, it maybe 0 which is invalid id. Increase 1.
            if (funcId == 0)
            {
                funcId = ++__scheduleFuncIdCounter;
            }
            jsFunc.toObject()->setProperty(SCHEDULE_FUNC_ID_KEY, se::Value(funcId));
        }
    }

    key = StringUtils::format("__node_schedule_key:%u", __idx++);

    se::Object* target = jsThis.toObject();
    insertSchedule(funcId, targetId, ScheduleElement(target, jsFunc.toObject(), key, targetId, funcId));
    std::shared_ptr<UnscheduleNotifier> unscheduleNotifier = std::make_shared<UnscheduleNotifier>(funcId, targetId);

    if (toRootTarget)
    {
        target->root();
    }

    scheduler->schedule([jsThis, jsFunc, unscheduleNotifier, callFromDebug](float dt){
        se::ScriptEngine::getInstance()->clearException();
        se::AutoHandleScope hs;

        se::Object* thisObj = jsThis.toObject();
        se::Object* funcObj = jsFunc.toObject();

        se::ValueArray args;
        args.push_back(se::Value((double)dt));
        bool ok = funcObj->call(args, thisObj);
        if (!ok)
        {
            CCLOGERROR("Invoking schedule callback failed, where: %s", callFromDebug.c_str());
        }
        
    }, reinterpret_cast<void*>(targetId), interval, repeat, delay, isPaused, key);

    return true;
}

static bool Node_schedule(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();

#if 0//COCOS2D_DEBUG > 0
    SE_LOGD("--------------------------\nschedule target count: %d\n", (int)__js_target_schedulekey_map.size());
    int totalCount = 0;
    for (const auto& e1 : __js_target_schedulekey_map)
    {
        SE_LOGD("schedule target: %p, functions: %d\n", e1.first, (int)e1.second.size());
        totalCount += (int)e1.second.size();
    }
    SE_LOGD("total: %d-------------------------- \n", totalCount);
#endif

    if (argc >= 1)
    {
        Node* thiz = (Node*)s.nativeThisObject();
        se::Value jsThis(s.thisObject());
        se::Value jsFunc(args[0]);

        float interval = 0.0f;
        unsigned int repeat = CC_REPEAT_FOREVER;
        float delay = 0.0f;
        bool ok = false;

        if (argc >= 2)
        {
            ok = seval_to_float(args[1], &interval);
            SE_PRECONDITION2(ok, false, "Converting 'interval' argument failed");
        }

        if (argc >= 3)
        {
            ok = seval_to_uint32(args[2], &repeat);
            SE_PRECONDITION2(ok, false, "Converting 'interval' argument failed");
        }

        if (argc >= 4)
        {
            ok = seval_to_float(args[3], &delay);
            SE_PRECONDITION2(ok, false, "Converting 'delay' argument failed");
        }

        return Scheduler_scheduleCommon(thiz->getScheduler(), jsThis, jsFunc, interval, repeat, delay, !thiz->isRunning(), false, "cc.Node.schedule");
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, expected: %s", argc, ">=1");
    return false;
}
SE_BIND_FUNC(Node_schedule)

static bool Node_scheduleOnce(se::State& s)
{
    const auto& args = s.args();
    size_t argc = args.size();
#if 0//COCOS2D_DEBUG > 0
    SE_LOGD("--------------------------\nschedule target count: %d\n", (int)__js_target_schedulekey_map.size());
    for (const auto& e1 : __js_target_schedulekey_map)
    {
        SE_LOGD("schedule target: %p, functions: %d\n", e1.first, (int)e1.second.size());
    }
    SE_LOGD("-------------------------- \n");
#endif

    Node* thiz = (Node*)s.nativeThisObject();
    se::Value jsThis(s.thisObject());
    se::Value jsFunc(args[0]);

    float delay = 0.0f;
    bool ok = false;

    if (argc >= 2)
    {
        ok = seval_to_float(args[1], &delay);
        SE_PRECONDITION2(ok, false, "Converting 'delay' argument failed");
    }

    return Scheduler_scheduleCommon(thiz->getScheduler(), jsThis, jsFunc, 0.0f, 0, delay, !thiz->isRunning(), false, "cc.Node.scheduleOnce");
}
SE_BIND_FUNC(Node_scheduleOnce)

class UnscheduleUpdateNotifier
{
public:
    UnscheduleUpdateNotifier(uint32_t targetId)
    : _targetId(targetId)
    {
    }

    ~UnscheduleUpdateNotifier()
    {
//        SE_LOGD("~UnscheduleUpdateNotifier: %p\n", _target);
        removeScheduleUpdate(_targetId);
    }

private:
    uint32_t _targetId;
};

static bool Scheduler_unscheduleUpdateCommon(Scheduler* scheduler, se::Object* jsTarget, uint32_t* foundTargetId = nullptr)
{
    assert(jsTarget != nullptr);

    se::Value targetIdVal;
    if (!jsTarget->getProperty(SCHEDULE_TARGET_ID_KEY, &targetIdVal) || !targetIdVal.isNumber())
    {
        if (foundTargetId != nullptr)
            *foundTargetId = 0;
        return false;
    }

    uint32_t targetId = targetIdVal.toUint32();
    if (foundTargetId != nullptr)
        *foundTargetId = targetId;

    bool found = isScheduleUpdateExist(targetId);
    if (found)
    {
        removeScheduleUpdate(targetId);
        scheduler->unscheduleUpdate(reinterpret_cast<void*>(targetId));
    }

    return found;
}

static bool Scheduler_scheduleUpdateCommon(Scheduler* scheduler, const se::Value& jsThis, int priority, bool isPaused)
{
    se::Object* jsTargetObj = jsThis.toObject();
    uint32_t targetId = 0;

    Scheduler_unscheduleUpdateCommon(scheduler, jsTargetObj, &targetId);

    if (targetId == 0)
    {
        targetId = ++__scheduleTargetIdCounter;
        // counter is probably overfollow, it maybe 0 which is invalid id. Increase 1.
        if (targetId == 0)
        {
            targetId = ++__scheduleTargetIdCounter;
        }
        jsTargetObj->setProperty(SCHEDULE_TARGET_ID_KEY, se::Value(targetId));
    }

    insertScheduleUpdate(targetId, priority, jsTargetObj);
    std::shared_ptr<UnscheduleUpdateNotifier> scheduleUpdateWrapper = std::make_shared<UnscheduleUpdateNotifier>(targetId);

    se::Value thisVal = jsThis;

    scheduler->schedulePerFrame([thisVal, scheduleUpdateWrapper](float dt){

        se::ScriptEngine::getInstance()->clearException();
        se::AutoHandleScope hs;

        se::Value funcVal;
        if (thisVal.toObject()->getProperty("update", &funcVal) && funcVal.isObject() && funcVal.toObject()->isFunction())
        {
            se::ValueArray args;
            args.reserve(1);
            args.push_back(se::Value(dt));
            funcVal.toObject()->call(args, thisVal.toObject());
        }

    }, reinterpret_cast<void*>(targetId), priority, isPaused);

    return true;
}

static bool Node_scheduleUpdate(se::State& s)
{
#if COCOS2D_DEBUG > 1
    SE_LOGD("--------------------------\nscheduleUpdate target count: %d\n", (int)__js_target_schedule_update_map.size());
    for (const auto& e1 : __js_target_schedule_update_map)
    {
        SE_LOGD("target: %u, updated: priority: %d\n", e1.first, e1.second.first);
    }
    SE_LOGD("-------------------------- \n");
#endif

    Node* thiz = (Node*)s.nativeThisObject();
    se::Value jsThis(s.thisObject());

    return Scheduler_scheduleUpdateCommon(thiz->getScheduler(), jsThis, 0, !thiz->isRunning());
}
SE_BIND_FUNC(Node_scheduleUpdate)

static bool Node_scheduleUpdateWithPriority(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();
#if COCOS2D_DEBUG > 1
    SE_LOGD("--------------------------\nscheduleUpdate target count: %d\n", (int)__js_target_schedule_update_map.size());
    for (const auto& e1 : __js_target_schedule_update_map)
    {
        SE_LOGD("target: %u, updated: priority: %d\n", e1.first, e1.second.first);
    }
    SE_LOGD("-------------------------- \n");
#endif

    Node* thiz = (Node*)s.nativeThisObject();
    se::Value jsThis(s.thisObject());

    int priority = 0;

    if (argc == 1)
    {
        bool ok = seval_to_int32(args[0], &priority);
        SE_PRECONDITION2(ok, false, "Converting priority failed!");
        return Scheduler_scheduleUpdateCommon(thiz->getScheduler(), jsThis, priority, !thiz->isRunning());
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 1);
    return false;
}
SE_BIND_FUNC(Node_scheduleUpdateWithPriority)

static bool Node_unscheduleUpdate(se::State& s)
{
    int argc = (int)s.args().size();
    if (argc == 0)
    {
        Node* node = (Node*)s.nativeThisObject();
        Scheduler_unscheduleUpdateCommon(node->getScheduler(), s.thisObject());
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 0);
    return false;
}
SE_BIND_FUNC(Node_unscheduleUpdate)

static bool Scheduler_unscheduleCommon(Scheduler* scheduler, const se::Value& jsThis, const se::Value& jsFuncOrKey)
{
    std::string key;

    bool found = false;

    se::Value targetIdVal;
    se::Value funcIdVal;

    jsThis.toObject()->getProperty(SCHEDULE_TARGET_ID_KEY, &targetIdVal);
    if (!targetIdVal.isNumber())
        return true;

    uint32_t targetId = targetIdVal.toUint32();
    uint32_t funcId = 0;

    if (jsFuncOrKey.isString() || jsFuncOrKey.isNumber())
    {
        key = jsFuncOrKey.toStringForce();
        const ScheduleElement* scheduleElem = nullptr;
        found = isScheduleExist(key, targetId, &scheduleElem);
        if (found)
            funcId = scheduleElem->getFuncId();
    }
    else if (jsFuncOrKey.isObject())
    {
        if (jsFuncOrKey.toObject()->getProperty(SCHEDULE_FUNC_ID_KEY, &funcIdVal) && funcIdVal.isNumber())
        {
            funcId = funcIdVal.toUint32();
            const ScheduleElement* scheduleElem = nullptr;
            found = isScheduleExist(funcId, targetId, &scheduleElem);
            if (found)
                key = scheduleElem->getKey();
        }
    }
    else
    {
        assert(false);
    }

    if (!targetIdVal.isNumber() || !funcIdVal.isNumber())
    {
        return true;
    }

    if (found && !key.empty())
    {
        removeSchedule(funcId, targetId, true);
        scheduler->unschedule(key, reinterpret_cast<void*>(targetId));
    }
    else
    {
        SE_LOGD("WARNING: %s not found\n", __FUNCTION__);
    }
    return true;
}

static bool Node_unschedule(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();
    if (argc == 1)
    {
        Node* thiz = (Node*)s.nativeThisObject();
        se::Value jsThis(s.thisObject());
        se::Value jsFunc(args[0]);
        return Scheduler_unscheduleCommon(thiz->getScheduler(), jsThis, jsFunc);
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 1);
    return false;
}

SE_BIND_FUNC(Node_unschedule)

static bool Scheduler_isScheduled(Scheduler* scheduler, const se::Value& jsThis, const se::Value& jsFuncOrKey)
{
    se::Value targetIdVal;
    if (!jsThis.toObject()->getProperty(SCHEDULE_TARGET_ID_KEY, &targetIdVal) || !targetIdVal.isNumber())
        return false;

    uint32_t targetId = targetIdVal.toUint32();
    if (isTargetExistInScheduler(targetId))
    {
        if (jsFuncOrKey.isString() || jsFuncOrKey.isNumber())
        {
            return scheduler->isScheduled(jsFuncOrKey.toStringForce(), reinterpret_cast<void*>(targetId));
        }
        else if (jsFuncOrKey.isObject())
        {
            std::string key;
            se::Value funcIdVal;
            if (jsFuncOrKey.toObject()->getProperty(SCHEDULE_FUNC_ID_KEY, &funcIdVal) && funcIdVal.isNumber())
            {
                uint32_t funcId = funcIdVal.toUint32();
                const ScheduleElement* scheduleElem = nullptr;
                if (isScheduleExist(funcId, targetId, &scheduleElem))
                {
                    key = scheduleElem->getKey();
                    if (!key.empty())
                    {
                        return scheduler->isScheduled(key, reinterpret_cast<void*>(targetId));
                    }
                }
            }
        }
        else
        {
            assert(false);
        }

    }
    return false;
}

static bool Node_isScheduled(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();
    if (argc == 1)
    {
        Node* thiz = (Node*)s.nativeThisObject();
        se::Value jsThis(s.thisObject());
        se::Value jsFuncOrKey(args[0]);
        bool isScheduled = Scheduler_isScheduled(thiz->getScheduler(), jsThis, jsFuncOrKey);
        s.rval().setBoolean(isScheduled);
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 1);
    return false;
}
SE_BIND_FUNC(Node_isScheduled)

static bool Scheduler_unscheduleAllCallbacksCommon(Scheduler* scheduler, se::Object* jsThis, bool needDetachChild)
{
    se::Value targetIdVal;
    if (!jsThis->getProperty(SCHEDULE_TARGET_ID_KEY, &targetIdVal) || !targetIdVal.isNumber())
        return true;

    uint32_t targetId = targetIdVal.toUint32();

    if (isTargetExistInScheduler(targetId))
    {
        removeScheduleForThis(targetId, needDetachChild);
        removeScheduleUpdate(targetId);
        scheduler->unscheduleAllForTarget(reinterpret_cast<void*>(targetId));
    }
    return true;
}

static bool Node_unscheduleAllCallbacks(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();
    Node* thiz = (Node*)s.nativeThisObject();
    if (argc == 0)
    {
        return Scheduler_unscheduleAllCallbacksCommon(thiz->getScheduler(), s.thisObject(), true);
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 0);
    return false;
}
SE_BIND_FUNC(Node_unscheduleAllCallbacks)

static bool Node_getChildren(se::State& s)
{
    Node* thiz = (Node*)s.nativeThisObject();
    const auto& children = thiz->getChildren();
    bool ok = Vector_to_seval(children, &s.rval());
    return ok;
}
SE_BIND_FUNC(Node_getChildren)

static bool Node_foo(se::State& s)
{
    s.rval().setString("hello world");
    return true;
}
SE_BIND_FUNC(Node_foo)

static bool Node_set_x(se::State& s)
{
    const auto& args = s.args();
    Node* thiz = (Node*)s.nativeThisObject();
    float x = args[0].toNumber();
    SE_LOGD("cc.Node set_x (%f) native obj: %p\n", x, thiz);
    thiz->setPositionX(x);
    return true;
}
SE_BIND_PROP_SET(Node_set_x)

static bool Node_get_x(se::State& s)
{
    Node* thiz = (Node*)s.nativeThisObject();
    s.rval().setFloat(thiz->getPositionX());
    return true;
}
SE_BIND_PROP_GET(Node_get_x)

static bool Node_set_y(se::State& s)
{
    const auto& args = s.args();
    Node* thiz = (Node*)s.nativeThisObject();
    float y = args[0].toNumber();
    SE_LOGD("cc.Node set_y (%f) native obj: %p\n", y, thiz);
    thiz->setPositionY(y);
    return true;
}
SE_BIND_PROP_SET(Node_set_y)

static bool Node_get_y(se::State& s)
{
    Node* thiz = (Node*)s.nativeThisObject();
    s.rval().setFloat(thiz->getPositionY());
    return true;
}
SE_BIND_PROP_GET(Node_get_y)

static bool Node_setContentSize(se::State& s)
{
    const auto& args = s.args();
    size_t argc = args.size();
    Node* cobj = (Node*)s.nativeThisObject();
    bool ok = true;
    if (argc == 1)
    {
        cocos2d::Size arg0;
        ok &= seval_to_Size(args[0], &arg0);
        SE_PRECONDITION2(ok, false, "Error processing arguments");
        cobj->setContentSize(arg0);
        return true;
    }
    else if (argc == 2)
    {
        float width = 0.0f;
        float height = 0.0f;
        ok &= seval_to_float(args[0], &width);
        ok &= seval_to_float(args[1], &height);
        cobj->setContentSize(cocos2d::Size(width, height));
        return true;
    }
    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", (int)argc, 2);
    return false;
}
SE_BIND_FUNC(Node_setContentSize)

static bool Node_setAnchorPoint(se::State& s)
{
    const auto& args = s.args();
    size_t argc = args.size();
    Node* cobj = (Node*)s.nativeThisObject();
    bool ok = true;
    if (argc == 1)
    {
        cocos2d::Vec2 arg0;
        ok &= seval_to_Vec2(args[0], &arg0);
        SE_PRECONDITION2(ok, false, "Error processing arguments");
        cobj->setAnchorPoint(arg0);
        return true;
    }
    else if (argc == 2)
    {
        float x = 0.0f;
        float y = 0.0f;
        ok &= seval_to_float(args[0], &x);
        ok &= seval_to_float(args[1], &y);
        cobj->setAnchorPoint(cocos2d::Vec2(x, y));
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", (int)argc, 2);
    return false;
}
SE_BIND_FUNC(Node_setAnchorPoint)

static bool Node_setPosition(se::State& s)
{
    const auto& args = s.args();
    size_t argc = args.size();
    Node* cobj = (Node*)s.nativeThisObject();
    bool ok = true;
    if (argc == 1)
    {
        cocos2d::Vec2 arg0;
        ok &= seval_to_Vec2(args[0], &arg0);
        SE_PRECONDITION2(ok, false, "Error processing arguments");
        cobj->setPosition(arg0);
        return true;
    }
    else if (argc == 2)
    {
        float x = 0.0f;
        float y = 0.0f;
        ok &= seval_to_float(args[0], &x);
        ok &= seval_to_float(args[1], &y);
        cobj->setPosition(x, y);
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", (int)argc, 2);
    return false;
}
SE_BIND_FUNC(Node_setPosition)

// Scheduler

static bool js_cocos2dx_Scheduler_scheduleUpdateForTarget(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();

    if (argc >= 1)
    {
        bool ok = true;

        se::Value jsTarget = args[0];
        int priority = 0;
        bool isPaused = false;

        if (argc >= 2)
        {
            ok = seval_to_int32(args[1], &priority);
            SE_PRECONDITION2(ok, false, "Error processing arguments");
        }

        if (argc >= 3)
        {
            ok = seval_to_boolean(args[2], &isPaused);
            SE_PRECONDITION2(ok, false, "Error processing arguments");
        }

        Scheduler* cobj = (Scheduler*)s.nativeThisObject();
        Scheduler_scheduleUpdateCommon(cobj, jsTarget, priority, isPaused);
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, expected: %s", argc, ">=1");
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_scheduleUpdateForTarget)

static bool js_cocos2dx_Scheduler_unscheduleUpdate(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();

    if (argc >= 1)
    {
        Scheduler* cobj = (Scheduler*)s.nativeThisObject();
        se::Value jsTarget = args[0];
        Scheduler_unscheduleUpdateCommon(cobj, jsTarget.toObject());
        return true;
    }
    SE_REPORT_ERROR("wrong number of arguments: %d, expected: %s", argc, "1");
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_unscheduleUpdate)

static bool js_cocos2dx_Scheduler_schedule(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();
#if 0//COCOS2D_DEBUG > 0
    SE_LOGD("--------------------------\nschedule target count: %d\n", (int)__js_target_schedulekey_map.size());
    for (const auto& e1 : __js_target_schedulekey_map)
    {
        SE_LOGD("schedule target: %p, functions: %d\n", e1.first, (int)e1.second.size());
    }
    SE_LOGD("-------------------------- \n");
#endif

    //
    if (argc >= 4)
    {
        Scheduler* cobj = (Scheduler*)s.nativeThisObject();

        se::Value jsFunc;
        se::Value jsThis;

        if (args[0].isObject() && args[0].toObject()->isFunction())
        {
            jsFunc = args[0];
            jsThis = args[1];
        }
        else
        {
            jsFunc = args[1];
            jsThis = args[0];
        }


        bool isBindedObject = jsThis.toObject()->getPrivateData() != nullptr;
//        SE_LOGD("%s, is binded object: %s\n", __FUNCTION__, isBindedObject ? "true" : "false");

        assert(jsThis.isObject());
        assert(!jsThis.toObject()->isFunction());

        bool ok = false;
        float interval = 0.0f;
        unsigned int repeat = CC_REPEAT_FOREVER;
        float delay = 0.0f;
        bool isPaused = false;

        ok = seval_to_float(args[2], &interval);
        SE_PRECONDITION2(ok, false, "Converting 'interval' argument failed");

        if (argc == 4)
        {
            // callback, target, interval, paused
            ok = seval_to_boolean(args[3], &isPaused);
            SE_PRECONDITION2(ok, false, "Converting 'isPaused' argument failed");
        }
        else if (argc >= 6)
        {
            // callback, target, interval, repeat, delay, paused
            // repeat
            ok = seval_to_uint32(args[3], &repeat);
            SE_PRECONDITION2(ok, false, "Converting 'interval' argument failed");

            // delay
            ok = seval_to_float(args[4], &delay);
            SE_PRECONDITION2(ok, false, "Converting 'delay' argument failed");

            // isPaused
            ok = seval_to_boolean(args[5], &isPaused);
            SE_PRECONDITION2(ok, false, "Converting 'isPaused' argument failed");
        }

        return Scheduler_scheduleCommon(cobj, jsThis, jsFunc, interval, repeat, delay, isPaused, !isBindedObject, "cc.Scheduler.schedule");
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, expected: %s", argc, ">=2");
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_schedule)


static bool js_cocos2dx_Scheduler_unschedule(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();

    if (argc >= 2)
    {
        se::Value jsFuncOrKey;
        se::Value jsTarget;
        if (args[0].isString() || (args[0].isObject() && args[0].toObject()->isFunction()))
        {
            jsFuncOrKey = args[0];
            jsTarget = args[1];
        }
        else
        {
            jsFuncOrKey = args[1];
            jsTarget = args[0];
        }
        Scheduler* cobj = (Scheduler*)s.nativeThisObject();
        return Scheduler_unscheduleCommon(cobj, jsTarget, jsFuncOrKey);
    }
    SE_REPORT_ERROR("wrong number of arguments: %d, expected: %s", argc, ">=2");
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_unschedule)


static bool js_cocos2dx_Scheduler_unscheduleAllForTarget(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();
    Scheduler* cobj = (Scheduler*)s.nativeThisObject();
    if (argc == 1)
    {
        se::Value target = args[0];
        return Scheduler_unscheduleAllCallbacksCommon(cobj, target.toObject(), true);
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 1);
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_unscheduleAllForTarget)

static bool js_cocos2dx_Scheduler_unscheduleAllCallbacks(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();

    if (argc == 0)
    {
        removeAllScheduleAndUpdate(true);

        Scheduler* cobj = (Scheduler*)s.nativeThisObject();
        cobj->unscheduleAll();
        CCLOG("After unschedule all callbacks");
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 0);
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_unscheduleAllCallbacks)

static bool js_cocos2dx_Scheduler_unscheduleAllCallbacksWithMinPriority(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();

    if (argc == 1)
    {
        int minPriority = 0;
        bool ok = false;
        ok = seval_to_int32(args[0], &minPriority);
        SE_PRECONDITION2(ok, false, "Converting minPriority failed!");

        removeAllSchedules(true);
        removeScheduleUpdatesForMinPriority(minPriority);

        Scheduler* cobj = (Scheduler*)s.nativeThisObject();
        cobj->unscheduleAllWithMinPriority(minPriority);
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 0);
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_unscheduleAllCallbacksWithMinPriority)

static bool js_cocos2dx_Scheduler_isScheduled(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();
    if (argc == 2)
    {
        Scheduler* thiz = (Scheduler*)s.nativeThisObject();
        se::Value jsFuncOrKey(args[0]);
        se::Value jsThis(args[1]);
        bool isScheduled = Scheduler_isScheduled(thiz, jsThis, jsFuncOrKey);
        s.rval().setBoolean(isScheduled);
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 2);
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_isScheduled)

static bool js_cocos2dx_Scheduler_pauseTarget(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();

    if (argc == 1)
    {
        Scheduler* cobj = (Scheduler*)s.nativeThisObject();

        se::Value targetIdVal;
        if (args[0].toObject()->getProperty(SCHEDULE_TARGET_ID_KEY, &targetIdVal) && targetIdVal.isNumber())
        {
            uint32_t targetId = targetIdVal.toUint32();
            if (isTargetExistInScheduler(targetId))
            {
                cobj->pauseTarget(reinterpret_cast<void*>(targetId));
            }
        }
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 1);
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_pauseTarget)

static bool js_cocos2dx_Scheduler_resumeTarget(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();

    if (argc == 1)
    {
        Scheduler* cobj = (Scheduler*)s.nativeThisObject();
        se::Value targetIdVal;
        if (args[0].toObject()->getProperty(SCHEDULE_TARGET_ID_KEY, &targetIdVal) && targetIdVal.isNumber())
        {
            uint32_t targetId = targetIdVal.toUint32();
            if (isTargetExistInScheduler(targetId))
            {
                cobj->resumeTarget(reinterpret_cast<void*>(targetId));
            }
        }

        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 1);
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_resumeTarget)

static bool js_cocos2dx_Scheduler_isTargetPaused(se::State& s)
{
    const auto& args = s.args();
    int argc = (int)args.size();

    if (argc == 1)
    {
        Scheduler* cobj = (Scheduler*)s.nativeThisObject();
        se::Value targetIdVal;
        if (args[0].toObject()->getProperty(SCHEDULE_TARGET_ID_KEY, &targetIdVal) && targetIdVal.isNumber())
        {
            uint32_t targetId = targetIdVal.toUint32();
            if (isTargetExistInScheduler(targetId))
            {
                bool isPaused = cobj->isTargetPaused(reinterpret_cast<void*>(targetId));
                s.rval().setBoolean(isPaused);
                return true;
            }
        }

        s.rval().setBoolean(false);
        return true;
    }

    SE_REPORT_ERROR("wrong number of arguments: %d, was expecting %d", argc, 1);
    return false;
}
SE_BIND_FUNC(js_cocos2dx_Scheduler_isTargetPaused)

static void resumeAllSchedulesForTarget(Node* node, se::Object* jsThis)
{
    node->getScheduler()->resumeTarget(jsThis);
}

static void pauseAllSchedulesForTarget(Node* node, se::Object* jsThis)
{
    node->getScheduler()->pauseTarget(jsThis);
}

static void cleanupAllSchedulesForTarget(Node* node, se::Object* jsThis)
{
    //IDEA: ?? Do we need this since we have already had a 'UnscheduleNotifier' and 'UnscheduleUpdateWrapper'.
    node->getScheduler()->unscheduleAllForTarget(jsThis);
}

static bool onReceiveNodeEvent(void* node, ScriptingCore::NodeEventType type)
{
    auto iter = se::NativePtrToObjectMap::find(node);
    if (iter  == se::NativePtrToObjectMap::end())
        return false;

    se::ScriptEngine::getInstance()->clearException();
    se::AutoHandleScope hs;

    se::Object* target = iter->second;
    const char* funcName = nullptr;
    bool ret = false;

#if SCRIPT_ENGINE_TYPE == SCRIPT_ENGINE_SM
    JSNative func = nullptr;
#endif
    if (type == ScriptingCore::NodeEventType::ENTER)
    {
        funcName = "onEnter";
#if SCRIPT_ENGINE_TYPE == SCRIPT_ENGINE_SM
        func = _SE(Node_onEnter);
#endif
    }
    else if (type == ScriptingCore::NodeEventType::EXIT)
    {
        funcName = "onExit";
#if SCRIPT_ENGINE_TYPE == SCRIPT_ENGINE_SM
        func = _SE(Node_onExit);
#endif
    }
    else if (type == ScriptingCore::NodeEventType::ENTER_TRANSITION_DID_FINISH)
    {
        funcName = "onEnterTransitionDidFinish";
#if SCRIPT_ENGINE_TYPE == SCRIPT_ENGINE_SM
        func = _SE(Node_onEnterTransitionDidFinish);
#endif
    }
    else if (type == ScriptingCore::NodeEventType::EXIT_TRANSITION_DID_START)
    {
        funcName = "onExitTransitionDidStart";
#if SCRIPT_ENGINE_TYPE == SCRIPT_ENGINE_SM
        func = _SE(Node_onExitTransitionDidStart);
#endif
    }
    else if (type == ScriptingCore::NodeEventType::CLEANUP)
    {
        funcName = "cleanup";
#if SCRIPT_ENGINE_TYPE == SCRIPT_ENGINE_SM
        func = _SE(Node_cleanup);
#endif
    }
    else
    {
        assert(false);
    }

    se::Value funcVal;
    bool ok = target->getProperty(funcName, &funcVal);
#if SCRIPT_ENGINE_TYPE == SCRIPT_ENGINE_SM
    bool isNativeFunc = funcVal.toObject()->_isNativeFunction(func);
#else
    bool isNativeFunc = funcVal.toObject()->_isNativeFunction();
#endif

    if (ok && !isNativeFunc)
    {
        ret = funcVal.toObject()->call(se::EmptyValueArray, target);
    }

    // Handle schedule stuff
    if (type == ScriptingCore::NodeEventType::ENTER)
    {
        resumeAllSchedulesForTarget((Node*)node, target);
    }
    else if (type == ScriptingCore::NodeEventType::EXIT)
    {
        pauseAllSchedulesForTarget((Node*)node, target);
    }
    else if (type == ScriptingCore::NodeEventType::CLEANUP)
    {
        cleanupAllSchedulesForTarget((Node*)node, target);
    }

    return ret;
}

bool jsb_register_Node_manual(se::Object* global)
{
#if STANDALONE_TEST
    se::Object* ccObj = nullptr;
    getOrCreatePlainObject_r("cc", global, &ccObj);
    auto cls = se::Class::create("Node", ccObj, nullptr, _SE(Node_constructor));
    cls->defineStaticFunction("create", _SE(Node_create));
    cls->defineProperty("x", _SE(Node_get_x), _SE(Node_set_x));
    cls->defineProperty("y", _SE(Node_get_y), _SE(Node_set_y));
    cls->defineFunction("ctor", _SE(Node_ctor));

    se::ScriptEngine::getInstance()->addAfterCleanupHook([](){
        SAFE_DEC_REF(ccObj);
    });
#else
    auto cls = __jsb_cocos2d_Node_proto;
#endif

    cls->defineFunction("onEnter", _SE(Node_onEnter));
    cls->defineFunction("onExit", _SE(Node_onExit));
    cls->defineFunction("onEnterTransitionDidFinish", _SE(Node_onEnterTransitionDidFinish));
    cls->defineFunction("onExitTransitionDidStart", _SE(Node_onExitTransitionDidStart));
    cls->defineFunction("cleanup", _SE(Node_cleanup));
    cls->defineFunction("schedule", _SE(Node_schedule));
    cls->defineFunction("scheduleOnce", _SE(Node_scheduleOnce));
    cls->defineFunction("scheduleUpdateWithPriority", _SE(Node_scheduleUpdateWithPriority));
    cls->defineFunction("scheduleUpdate", _SE(Node_scheduleUpdate));
    cls->defineFunction("unscheduleUpdate", _SE(Node_unscheduleUpdate));
    cls->defineFunction("unschedule", _SE(Node_unschedule));
    cls->defineFunction("unscheduleAllCallbacks", _SE(Node_unscheduleAllCallbacks));
    cls->defineFunction("isScheduled", _SE(Node_isScheduled));
    cls->defineFunction("setContentSize", _SE(Node_setContentSize));
    cls->defineFunction("setAnchorPoint", _SE(Node_setAnchorPoint));
    cls->defineFunction("setPosition", _SE(Node_setPosition));

    auto schedulerProto = __jsb_cocos2d_Scheduler_proto;
    schedulerProto->defineFunction("scheduleUpdateForTarget", _SE(js_cocos2dx_Scheduler_scheduleUpdateForTarget));
    schedulerProto->defineFunction("scheduleUpdate", _SE(js_cocos2dx_Scheduler_scheduleUpdateForTarget));
    schedulerProto->defineFunction("unscheduleUpdate", _SE(js_cocos2dx_Scheduler_unscheduleUpdate));
    schedulerProto->defineFunction("schedule", _SE(js_cocos2dx_Scheduler_schedule));
    schedulerProto->defineFunction("scheduleCallbackForTarget", _SE(js_cocos2dx_Scheduler_schedule));
    schedulerProto->defineFunction("unschedule", _SE(js_cocos2dx_Scheduler_unschedule));
    schedulerProto->defineFunction("unscheduleCallbackForTarget", _SE(js_cocos2dx_Scheduler_unschedule));
    schedulerProto->defineFunction("unscheduleAllForTarget", _SE(js_cocos2dx_Scheduler_unscheduleAllForTarget));
    schedulerProto->defineFunction("unscheduleAllCallbacks", _SE(js_cocos2dx_Scheduler_unscheduleAllCallbacks));
    schedulerProto->defineFunction("unscheduleAllCallbacksWithMinPriority", _SE(js_cocos2dx_Scheduler_unscheduleAllCallbacksWithMinPriority));
    schedulerProto->defineFunction("isScheduled", _SE(js_cocos2dx_Scheduler_isScheduled));
    schedulerProto->defineFunction("pauseTarget", _SE(js_cocos2dx_Scheduler_pauseTarget));
    schedulerProto->defineFunction("resumeTarget", _SE(js_cocos2dx_Scheduler_resumeTarget));
    schedulerProto->defineFunction("isTargetPaused", _SE(js_cocos2dx_Scheduler_isTargetPaused));

#if STANDALONE_TEST
    cls->defineFunction("addChild", _SE(Node_addChild));
    cls->defineFunction("getChildren", _SE(Node_getChildren));
    cls->defineFinalizeFunction(_SE(Node_finalized));

    cls->install();

    __jsb_Node_proto = cls->getProto();
    __jsb_Node_class = cls;

    __jsb_Node_proto->defineFunction("foo", _SE(Node_foo));
    __jsb_Node_proto->setProperty("var1", se::Value("I'm var1"));
    __jsb_Node_proto->setProperty("var2", se::Value(10000.323));
#endif

    ScriptingCore::getInstance()->setNodeEventListener(onReceiveNodeEvent);
    se::ScriptEngine::getInstance()->clearException();

    return true;
}