lab.cpp/SDL#4/xSDL/xManager.h

#ifndef DEF_XMANAGER_H

	#define DEF_XMANAGER_H
	class xManager{

		public:
			xManager(const char *t, int w, int h);
			~xManager();
			SDL_Window *window();
			SDL_Renderer *renderer();
			bool status();
			bool setBackground(Uint8 r=0xff, Uint8 g=0xff, Uint8 b=0xff, Uint8 a=0xff);
			bool setImage(const char *url);


			bool collide(SDL_Rect a, SDL_Rect b); // Collision entre 2 SDL_Rect
			bool hit(SDL_Texture *current, int movex=0, int movey=0); // Gestion des collisions
			bool hit(string current, int movex=0, int movey=0);       // Gestion des collisions

			SDL_Texture *getTexture(string index);
			SDL_Rect    *getSrc(string index);
			SDL_Rect    *getDst(string index);

			void push(string index, SDL_Texture *t, SDL_Rect *origin, SDL_Rect *dest);
			void pull(string index);
			void pull(SDL_Texture *t);

			void update();

			void manageFps(const int fps=0);


			// Gestion des evenements
			void attachEvent(SDL_EventType t, void(*handler)(SDL_Event*) );
			void manageEvents(SDL_Event* event);


			// DEBUG
			void debug();


		private:
			// gestion FPS
			Uint32 _lasttick;
			Uint32 _fpstime;

			// Gestion evenements
			vector<SDL_EventType>       _events;
			vector<void(*)(SDL_Event*)> _handlers;

			// status de l'initialisation
			bool _status;

			// Elements utiles
			SDL_Window   *_window;
			SDL_Rect      _winrect;

			SDL_Renderer *_renderer;
			SDL_Texture  *_texture;

			// Gestion des textures
			vector<string>       _indexes;
			vector<SDL_Texture*> _sprites;
			vector<SDL_Rect*>    _src;
			vector<SDL_Rect*>    _dst;

			// Protection thread-safe
			mutex _mutex_push;
			mutex _mutex_pull;
			mutex _mutex_update;
			mutex _mutex_hit;


			// DEBUG
			SDL_Rect _debug;

	};

#endif