#ifndef PANDAFRAMEWORK_H

#define PANDAFRAMEWORK_H

#include "pandabase.h"

#include "config_framework.h"

#include "windowFramework.h"

#include "nodePath.h"

#include "eventHandler.h"

#include "graphicsPipe.h"

#include "graphicsEngine.h"

#include "graphicsWindow.h"

#include "recorderController.h"

#include "pointerTo.h"

#include "asyncTaskManager.h"

#include "genericAsyncTask.h"

#include "pvector.h"

class EXPCL_FRAMEWORK PandaFramework {

PandaFramework();

virtual ~PandaFramework();

void open_framework();

void open_framework(int &argc, char **&argv);

void close_framework();

GraphicsPipe *get_default_pipe();

INLINE GraphicsEngine *get_graphics_engine();

INLINE const NodePath &get_data_root() const;

INLINE EventHandler &get_event_handler();

INLINE AsyncTaskManager &get_task_mgr();

NodePath get_mouse(GraphicsOutput *window);

void remove_mouse(const GraphicsOutput *window);

void define_key(const std::string &event_name,

const std::string &description,

EventHandler::EventCallbackFunction *function,

void *data);

INLINE void set_window_title(const std::string &title);

virtual void get_default_window_props(WindowProperties &props);

WindowFramework *open_window();

WindowFramework *open_window(GraphicsPipe *pipe,

GraphicsStateGuardian *gsg = nullptr);

WindowFramework *open_window(const WindowProperties &props, int flags,

GraphicsPipe *pipe = nullptr,

GraphicsStateGuardian *gsg = nullptr);

INLINE int get_num_windows() const;

INLINE WindowFramework *get_window(int n) const;

int find_window(const GraphicsOutput *win) const;

int find_window(const WindowFramework *wf) const;

void close_window(int n);

INLINE void close_window(WindowFramework *wf);

void close_all_windows();

bool all_windows_closed() const;

NodePath &get_models();

void report_frame_rate(std::ostream &out) const;

void reset_frame_rate();

void set_wireframe(bool enable);

void set_texture(bool enable);

void set_two_sided(bool enable);

void set_lighting(bool enable);

void set_perpixel(bool enable);

void set_background_type(WindowFramework::BackgroundType type);

INLINE bool get_wireframe() const;

INLINE bool get_texture() const;

INLINE bool get_two_sided() const;

INLINE bool get_lighting() const;

INLINE bool get_perpixel() const;

INLINE WindowFramework::BackgroundType get_background_type() const;

static int hide_collision_solids(NodePath node);

static int show_collision_solids(NodePath node);

void set_highlight(const NodePath &node);

void clear_highlight();

INLINE bool has_highlight() const;

INLINE const NodePath &get_highlight() const;

INLINE RecorderController *get_recorder() const;

INLINE void set_recorder(RecorderController *recorder);

void enable_default_keys();

virtual bool do_frame(Thread *current_thread);

void main_loop();

INLINE void set_exit_flag();

INLINE void clear_exit_flag();

static LoaderOptions _loader_options;

virtual PT(WindowFramework) make_window_framework();

virtual void make_default_pipe();

virtual void do_enable_default_keys();

bool clear_text();

static void event_esc(const Event *, void *data);

static void event_f(const Event *, void *data);

static void event_w(const Event *, void *data);

static void event_t(const Event *, void *data);

static void event_b(const Event *, void *data);

static void event_i(const Event *, void *data);

static void event_l(const Event *, void *data);

static void event_p(const Event *, void *data);

static void event_c(const Event *, void *data);

static void event_a(const Event *, void *data);

static void event_C(const Event *, void *data);

static void event_B(const Event *, void *data);

static void event_L(const Event *, void *data);

static void event_A(const Event *, void *data);

static void event_h(const Event *, void *data);

static void event_arrow_up(const Event *, void *data);

static void event_arrow_down(const Event *, void *data);

static void event_arrow_left(const Event *, void *data);

static void event_arrow_right(const Event *, void *data);

static void event_S(const Event *, void *data);

static void event_f9(const Event *, void *data);

static void event_comma(const Event *, void *data);

static void event_question(const Event * event, void *data);

static void event_window_event(const Event *, void *data);

static AsyncTask::DoneStatus task_data_loop(GenericAsyncTask *task, void *data);

static AsyncTask::DoneStatus task_event(GenericAsyncTask *task, void *data);

static AsyncTask::DoneStatus task_clear_screenshot_text(GenericAsyncTask *task, void *data);

static AsyncTask::DoneStatus task_igloop(GenericAsyncTask *task, void *data);

static AsyncTask::DoneStatus task_record_frame(GenericAsyncTask *task, void *data);

static AsyncTask::DoneStatus task_play_frame(GenericAsyncTask *task, void *data);

static AsyncTask::DoneStatus task_clear_text(GenericAsyncTask *task, void *data);

static AsyncTask::DoneStatus task_garbage_collect(GenericAsyncTask *task, void *data);

bool _is_open;

bool _made_default_pipe;

std::string _window_title;

PT(GraphicsPipe) _default_pipe;

PT(GraphicsEngine) _engine;

NodePath _data_root;

EventHandler &_event_handler;

AsyncTaskManager &_task_mgr;

typedef pvector< PT(WindowFramework) > Windows;

Windows _windows;

typedef pmap< const GraphicsOutput *, NodePath > Mouses;

Mouses _mouses;

NodePath _models;

// For counting frame rate.

double _start_time;

int _frame_count;

bool _wireframe_enabled;

bool _texture_enabled;

bool _two_sided_enabled;

bool _lighting_enabled;

bool _perpixel_enabled;

WindowFramework::BackgroundType _background_type;

NodePath _highlight;

NodePath _highlight_wireframe;

bool _default_keys_enabled;

bool _exit_flag;

class KeyDefinition {

};

typedef pvector<KeyDefinition> KeyDefinitions;

KeyDefinitions _key_definitions;

NodePath _help_text;

NodePath _screenshot_text;

PT(RecorderController) _recorder;

friend class WindowFramework;

};

#include "pandaFramework.I"

#endif