EURO U19 Qualification Group 7 stats & predictions

Tactics of Team D

• Youthful Energy:
  
  Bolstered by enthusiastic young players eager to make their mark.
  
  
• Rapid Transitions:
  
  Focusing on swift changes from defense to attack.
  
  
• Flexibility in Formation:
  trevor-bailey/trevor-bailey.github.io<|file_sep|>/_posts/2020-11-07-pineapple.md --- layout: post title: Pineapple --- Pineapples are tropical fruits that belong to the Bromeliaceae family. They are native to South America but are now cultivated worldwide in tropical climates. The pineapple plant grows up to 1 meter tall with tough leaves arranged in a rosette around its thick stem. The fruit itself is large (upwards of 30 centimeters long), oval-shaped with spiky skin composed primarily of hexagonal cells filled with juice-filled pulp inside. Pineapples have been consumed since ancient times due mainly because they contain high levels of vitamin C which helps boost immunity against diseases such as scurvy; however today pineapples serve more than just nutritional purposes – they also make delicious desserts like pineapple upside-down cake! In addition, Pineapples contain enzymes that aid digestion when consumed raw or cooked; they also add flavor profiles ranging from sweet-sourness all way through tartness depending upon how ripe they were when picked off trees so always check before buying one! What’s more, Pineapples can even be used as an ingredient in cocktails such as pina coladas where its sweetness balances out rum’s bitterness perfectly creating something truly unique yet familiar at once! Overall, Whether eaten fresh off its core or juiced into smoothies/punches etc., there’s no denying how versatile these fruits really are – no wonder why people love them so much!<|repo_name|>trevor-bailey/trevor-bailey.github.io<|file_sep<|file_sep|>#include "cocos/base/CCEventListenerTouchOneByOne.h" namespace cocos { CCEventListenerTouchOneByOne::CCEventListenerTouchOneByOne() { } bool CCEventListenerTouchOneByOne::onTouchBegan(Touch* touch, Event* event) { } void CCEventListenerTouchOneByOne::onTouchMoved(Touch* touch, Event* event) { } void CCEventListenerTouchOneByOne::onTouchEnded(Touch* touch, Event* event) { } void CCEventListenerTouchOneByOne::onTouchCancelled(Touch* touch, Event* event) { } }<|repo_name|>zjutwhyzx/MyCocos<|file_sep #include "cocos/base/CCEventDispatcher.h" #include "cocos/base/CCDirector.h" #include "cocos/base/CCNode.h" namespace cocos { static bool _isDispatching = false; static EventDispatcher* _globalEventDispatcher = nullptr; EventDispatcher::EventDispatcher() :_node(nullptr), _target(nullptr), _touchListener(nullptr), _mouseListener(nullptr), _keyListener(nullptr), _accelerationListener(nullptr), _customListeners(0) { } EventDispatcher::~EventDispatcher() { } bool EventDispatcher::addEventListenerWithSceneGraphPriority(EventListener * listener, Node * node) { } bool EventDispatcher::addEventListenerWithNodeGraphPriority(EventListener * listener, Node * node) { } bool EventDispatcher::removeAllEventListeners() { } void EventDispatcher::removeAllCustomEventListeners() { } bool EventDispatcher::removeAllListenersForTarget(Node * target) { } bool EventDispatcher::removeCustomEventListenersForTarget(Node * target) { } void EventDispatcher::dispatchCustomEvent(const std::string& eventName, const void * data) { } void EventDispatcher::dispatchCustomEvent(const std::string& eventName, const void * data, Node * target) { } void EventDispatcher::_removeListener(EventListener * listener) { } void EventDispatcher::_addCustomListener(EventListenerCustom * listener) { } void EventDispatcher::_removeCustomListener(EventListenerCustom * listener) { } int32_t EventDispatcher::_getHandlerIndex(EventListener * listener) const { } int32_t EventDispatcher::_getCustomHandlerIndex(EventListenerCustom * listener) const { } static void _dispatchTouches(EventType type, TouchList & touches, uint32_t count) { } static void _dispatchMouse(EventType type, int x, int y) { } static void _dispatchAccelerometer(EventType type, float x, float y) { } static bool _globalDispatch(EventType type, Node* target, uint32_t currentTargetFlags) { } static bool _nodeDispatch(EventType type, Node* target) { } bool CC_EVENT_DISPATCHER_ENABLED = true; uint32_t cc_get_global_event_dispatcher_flags(void) { return Director::getInstance()->getRunningScene() ? Director::getInstance()->getRunningScene()->getFlags() : ~0; }; void cc_set_global_event_dispatcher_flags(uint32_t flags) { Director::getInstance()->getRunningScene()->setFlags(flags); }; uint32_t cc_get_dispatch_events_enabled(void) { return cc_get_global_event_dispatcher_flags(); }; void cc_set_dispatch_events_enabled(uint32_t enabled) { cc_set_global_event_dispatcher_flags(enabled ? ~0 : 0); }; const char **cc_get_listener_names(void) { static const char **s_names = nullptr; if (!s_names) { s_names = new const char *[EVENT_TYPE_COUNT]; s_names[EVENT_TOUCH_BEGAN] = "touch_began"; s_names[EVENT_TOUCH_MOVED] = "touch_moved"; s_names[EVENT_TOUCH_ENDED] = "touch_ended"; s_names[EVENT_TOUCH_CANCELLED] = "touch_cancelled"; s_names[EVENT_MOUSE_DOWN] = "mouse_down"; s_names[EVENT_MOUSE_UP] = "mouse_up"; s_names[EVENT_MOUSE_MOVED] = "mouse_moved"; s_names[EVENT_ACCELERATION] = "acceleration"; } return s_names; }; // 获取全局事件分发器，如果不存在则创建一个。 static inline cocos2d::EventDispatcher* global_dispatcher(void) { if (!_globalEventDispatcher) { auto directorInstance = Director::getInstance(); if(directorInstance){ auto runningSceneInstance = directorInstance->getRunningScene(); if(runningSceneInstance){ _globalEventDispatcher = new cocos2d::EventDispatcher(runningSceneInstance); } } } return _globalEventDispatcher; }; // 设置全局事件分发器，当应用程序退出时调用此函数。 // 将会释放当前的全局事件分发器。 static inline void set_global_dispatcher(cocos2d::EventDispatcher * dispatcher) { if (_globalEventDispatcher != dispatcher) { CC_SAFE_DELETE(_globalEventDispatcher); } if (dispatcher != nullptr && dispatcher->getNode() != nullptr && dispatcher->getNode() != Director::getInstance()->getRunningScene()) { //TODO throw error. // Invalid operation. // If you want use custom event dispatcher ,you must pass // your scene instance as parameter. delete dispatcher; return ; } if (_globalEventDispatcher == nullptr && dispatcher != nullptr && dispatcher->getNode() == Director::getInstance()->getRunningScene()) { } if (_globalEventDispatcher != nullptr && dispatcher == nullptr && Director::getInstance()->getRunningScene() != nullptr) { } CC_SAFE_DELETE(_globalEventDispatcher); if (dispatcher != nullptr && dispatcher->getNode() == Director::getInstance()->getRunningScene()) { } else if (dispatcher == nullptr && Director:: getInstance()->getRunningScene() != nullptr){ global_dispatcher(); } } // 全局注册监听器。 // 如果是触摸或鼠标事件，则需要使用与其相应的优先级进行注册， // 如果是其他类型的自定义事件，则不需要指定优先级，可以直接使用默认优先级进行注册。 // // @param listener 监听器实例指针。 // @param node 注册监听器的节点实例指针。 // // @return 是否成功注册监听器。 bool cc_add_event_listener_with_scene_graph_priority( cocos2d::__Dictionary * listenersMap , cocos2d::__Array * listenersArray , cocos2d::__Array * targetsArray , int index , cocos2d::__Dictionary * customListenersMap , cocos2d::__Array * customTargetsArray , int customIndex , cocos2d::__Dictionary * listenersToRemoveMap , cocos2d::__Array * targetsToRemoveArray , int removeIndex , cocos2d::__Dictionary * customListenersToRemoveMap , cocos2d::__Array * customTargetsToRemoveArray , int customRemoveIndex , EventListener* listener , Node* node ) { if (!listener || !node || !node->isInHierarchy()) return false; EventTargetProtocol& targetProtocol = static_cast(*node); auto& dispatchers = static_cast&>(targetProtocol._eventDispatchers); int size = static_cast(dispatchers.size()); for (int i=0; i(dispatchers.at(i)); if(eventDispacher->_target == node){ return eventDispacher->addEventListenerWithNodeGraphPriority(listener,node); } } EventDispacher* dispacher = new ccc:EventDispacher(node); dispatchers.addObject(dispacher); dispacher->addEventListenerWithNodeGraphPriority(listener,node); listenersMap->setObjectForKey( listenersMap->objectForKey(listener),index); listenersArray->addObject(node); targetsArray->addObject(listenersMap); customListenersMap-> setObjectForKey(customListenersMap-> objectForKey(listener),customIndex); customTargetsArray-> addObject(node); customTargetsToRemoveArray-> addObject(customListenersMap); return true; } bool cc_add_event_listener_with_node_graph_priority( __Dictionary* listenersMap , __Array* listenersArray , __Array* targetsArray , int index , __Dictionary* customListenersMap , __Array* customTargetsArray , int customIndex , __Dictionary* listenersToRemoveMap , __Array* targetsToRemoveArray , int removeIndex , __Dictionary* customListenersToRemoveMap , __Array* customTargetsToRemoveArrays , int customRemoveIndex , ListenerType eventType , ListenerCallback callback , RefPtr* node ) { auto callbackHolder = new ListenerCallbackHolder(callback); auto listener = new ListenerWrapper(eventType,callbackHolder); auto retValue = cc_add_event_listener_with_node_graph_priority(listenersMap,listenersArrary,targetArrary,index,cusomListernersMao,cusomTargetsArrary,cusomIndex,customeListernersToRemvoeMao,customeListernersToRemvoeArrary,customeRemoveIndex,listener,*node); delete callbackHolder; return retValue; } bool cc_add_custom_listener( Dictionary* listerensMao , Array* listernsArrary , Array* targetsArrary , int index , Dictionary* customeListernersMao , Array* customeTargsArrary, int cusomIndex, Dictionary* customeListernersToRemvoeMao, Array* customeListernersToRemvoeArrays, int cusomRemoveIndex, EventType eventType, ListenerCallback callback, RefPtr* node ) { auto callbackHolder = new ListenerCallbackHolder(callback); auto lisntener = new CustomListenerWrapper(eventType,callbackHolder); auto retValue = cc_add_custom_listener(listenersMao,listenersArrary,targetsArray,index,customeLisnteneresMao,customeTargsArrey,cusomIndex,customeLisnteneresToRemvoeMao,customeLisnteneresToRemvoeArrays,cusomRemoveIndex,lisntener,*node); delete callbackHolder; return retValue; } bool cc_remove_all_listeners(__Dictionary* listerneresMao , __Dictioanry* customListerneresMao ) { for(int i=0;i* tar) { auto taragetProtocal = static_cast(*tar.get()); auto dispatchrs = stati cast&( targetProtocal._eventDispatchers); for(auto iter=dispatcers.begin(); iter!=dispachers.end(); ++iter){ auto dispather = stati cast(iter.value()); if(!dispather->_target.get()){ continue; }else if(dispather->_target.get()==tar.get()){ dispather->_removeAllListenr(); if(!listnersmO&&!custmoLinstnersmO){ delete dispather; dispachers.erase(iter); break; }else if(listnersmO&&custmoLinstnersmO){ return false; }else if(listnersmO&&!custmoLinstnersmO){ if(!dispather->_removeAllListenr(*listneresmO)){ return false; }else{ delete dispather; dispachers.erase(iter); break; } }else{ if(!dispather->_removeAllListenr(*customLinsnetersmao)){ return false; }else{ delete dispather; dispathers.erase(iter); break; } } } return true; } inline bool remove_all_listeners_for_target(__Dictioanry* listnersMO , __Refenence* tar) { auto retValue = removle_all_listennrs_for_target(listnerseMAo,nullptr,tar); if(retValue&&listnerseMAo){ listnerseMAo.clear(); } return retValue; } inline bool removle_all_cutom_lisetnere_for_target(__Dictioanry* customListnersMO , __Refenence* tar) { auto retValue = removle_all_lisetnere_for_target(nullptr,*customLIstneversMO,tar); if(retValue&&customLIstneversMO){ customLIstneversMO.clear(); } return retValue; } inline bool removle_lisetnere_for_target(__Dictioanry* listenersMO , __Dictioanry* cusotmlIstneversMO , __Refenence* tar) auto targerProtocal = statci_cast(*tar.get()); auto dispatchers = statci_cast(&targerProtocal._eventDispathcers); for(auto iter=disptaches.begin(); iter!=disptaches.end(); ++iter){ auto dispathcer = statci_cast(iter.value()); if(dispathcer->_target.get()==tar.get()){ if(!listenersMAo&&!cusotmlIstneversMO){ delete dispathcer; disptaches.erase(iter); break; } else if(listnerseMAo&&cusotmlIstneversMO){ return false; } else if(listnerseMAo&&!cusotmlIstneversMO){ if(!dispathcer->_removeAllListenr(*listenerseMAo)){ return false; } else { delete dispathcer; disptaches.erase(iter); break; } } else { if(!dispathcer->_removeAllListenr(*cusotmlIstneversMO)){ return false; } else { delete dispathcer; disptaches.erase(iter); break; } } } } } return true; } inline bool removle_lisetnere_for_taraget(__Dictioanry* lisntereseMAo, __Refenence* tar) { removle_lisenre_for_taraget(lisntereseMAo,nullptr,tar); if(lisntereseMAo&&retvalue){ lisntereseMAo.clear(); } return retvalue; } inline bool removle_cutom_listenere_for_taraget(__Dictioanry* cuostmlIsnteersMAo, __Refenrece* tar) { removle_lisenre_for_taraget(nullptr,*cuostmlIsnteersMAo,tar); if(cuostmlIsnteersMAo&&retvalue){ cuostmlIsnteersMO.clear(); } return retvalue; } } inline bool add_listener_to_node(GraphicComponent lisntenr, __Refenece* node) { auto lisntenrWrapper = new LisntenerWrapper(lisntenr); auto retValule = add_listener_to_node(wrapper,node); delete wrapper; return retValule; } inline bool add_custom_listenere_to_node(CustomComponent lisntenr, RefPtr* node) { auto lisntenrWrapper = new CustomComponentWrapper(listenetr); auto retValule= add_custom_listenere_to_node(wrapper,node); delete wrapper; return retValule; } inline void dispatch_event_type(int eventType,int count,void** data) { switch(eventType) { case EVENT_TYPE_TOUCH_BEGAN: case EVENT_TYPE_TOUCH_MOVED: case EVENT_TYPE_TOUCH_ENDED: case EVENT_TYPE_TOUCH_CANCELLED: dispatch_touch_events(eventType,count,data); break; case EVENT_TYPE_MOUSE_DOWN: case EVENT_TYPE_MOUSE_UP: case EVENT_TYPE_MOUSE_MOVED: dispatch_mouse_events(eventTyoe,count,data); break; case EVENT_TYPE_ACCELERATION: dispatch_acceleration_events(count,data); break; default: throw Exception("Unknow EventType"); } } inline void dispatch_touch_events(int eventType,int count,void** data) { switch(eventTyoe) { case EVENT_TYPE_TOUCH_BEGAN: _TouchBegun(dispatchEventType,count,data); break; case EVENT_TYPE_TOUCH_MOVED: _TouchMoved(dispatchEventType,count,data); break; case EVENT_TYPE_TOUCH_ENDED: _TouchEnded(dispatchEventType,count,data); break; case EVENT_TYPE_TOUCH_CANCELLED: _TouchCancelled(dispatchEventType,count,data); break; default: throw Exception("Unknow EventType"); } } inline void dispatch_mouse_events(int eventType,int count,void** data) { switch(eventTyoe) { case EVNETTYE_MOUSE_DOWN: _MouseDown(dispatchEventType,count,data); break; case EVNETTYE_MOUSE_UP: _MouseUp(dispatchEventType,count,data); break; case EVNETTYE_MOUSE_MOVED: _MouseMoved(dispatchEventType,count,data); break; default: throw Exception("Unknow EventType"); } } inline void dispatch_acceleration_events(int count,void** data) {_AccelerationEvents(count,data);} inline void TouchBeganImpl(const Vector&touches,uint64_t timestamp,bool swallow=false) {_DispatchTouches(EVENT_TYPE_TOUCH_BEGAN,touces.size(),touches.data(),swallow);} inline void TouchMovedImpl(const Vector&touches,uint64_t timestamp,bool swallow=false) {_DispatchTouches(EVENT_TYPE_TOUCHE_MOVED,touces.size(),touches.data(),swallow);} inline void TouchEndedImpl(const Vector&touches,uint64_t timestamp,bool swallow=false) {_DispatchTouches(EVENT_TYPY TOUCH_ENDEED,touces.size(),touches.data(),swallow);} inline void TouchCancelledImpl(const Vector&touches,uint64_t timestamp,bool swallow=false) {_DispatchTouches(EVENT_TYPY TOUCH_CANCELLED,touces.size(),touches.data(),swallow);} #define DECLARE_STATIC_CAST_METHODS_WITH_RETURNTYPE(RETURN_VALUE,...) RETURN_VALUE method1(...) RETURN_VALUE method1(...) RETURN_VALUE method1(...) #define DECLARE_STATIC_CAST_METHODS_WITHOUT_RETURNTYPE(...) method1(...) method1(...) method1(...) template class CastMethodCaller : public MethodCallerBase { public: using MethodCallerBase::_method; using MethodCallerBase::_obj; using MethodCallerBase::_data; private: DECLARE_STATIC_CAST_METHODS_WITH_RETURNTYPE(T, methodCallHelper,&CastMethodCaller,_method,_obj,_data); DECLARE_STATIC_CAST_METHODS_WITHOUT_RETURNTYPE(&CastMethodCaller,_method,_obj,_data); public: virtual T call(void*) override { T result; callHelper(result); return result; }; private: virtual RETRUN_VALUE callHelper(RETURN_VALUE&) override { switch(_method) { #define CASE_METHOD(methedName) CASE_##methedName:return method##methedName(); DECLARE_STATIC_CAST_METHODS_WITH_RETURNTYPE(CASE_,...); DEFAULT_CASE(return std:no_return()); #undef CASE_METHOD } } }; template class CastMethodCaller:public MethodCallerBase { public: using MethodCallerBase::_method; using MethodCallerBase::_obj; using MethodCallerBase::_data; private: DECLARE_STATIC_CAST_METHODS_WITHOUT_RETURNTYPE(&CastMethodCaller,_method,_obj,_data); public: virtual T call(void*) override { callHelper(); private: virtual RETRUN_VALUE callHelper(RETURN_VALUE&) override { switch(_method) { #define CASE_METHOD(methedName) CASE_##methedName:return method##methedName(); DECLARE_STATIC_CAST_METHODS_WITH_RETURNTYPE(CASE_,...); DEFAULT_CASE(return std:no_return()); #undef CASE_METHOD } } }; template std:shared_ptr createCastMethodCallerr(MethodType methed, const Refrence