aaa_oswindow.h

#pragma once
 
 
// define portable types for 32-bit / 64-bit OS
//typedef ::i32 i32_bool;
typedef ::u8 uch;
//typedef ::u16 ush;
typedef ::u32 ::u32;
//typedef ::i32 ::i32;
 
 
 
 
struct htask;
 
namespace ca2
{
 
 
   class thread_base;
 
 
} // namespace ca2
 
 
//class oswindow_data;
 
 
//typedef oswindow_data * oswindow;
 
 
 
namespace user
{
 
 
   class interaction;
   class interaction;
 
 
} // namespace user
 
 
class oswindow_dataptra;
 
 
class happening;
 
 
class ::pointer < ::mutex >;
 
 
class oswindow_data;
 
 
CLASS_DECL_AURA ::i32 oswindow_find_message_only_window(::windowing::window * puibaseMessageWindow);
CLASS_DECL_AURA ::i32 oswindow_find(Display * pdisplay, Window window);
CLASS_DECL_AURA ::i32 oswindow_find(Window window);
CLASS_DECL_AURA oswindow_data * oswindow_get_message_only_window(::windowing::window * puibaseMessageWindow);
CLASS_DECL_AURA oswindow_data * oswindow_get(Display * pdisplay, Window window, Visual * pvisual = nullptr, ::i32 iDepth = -1, ::i32 iScreen = -1, Colormap colormap = None);
CLASS_DECL_AURA oswindow_data * oswindow_get(Window window);
CLASS_DECL_AURA oswindow_data * oswindow_defer_get(Display * pdisplay, Window window);
CLASS_DECL_AURA oswindow oswindow_defer_get(Window w);
CLASS_DECL_AURA bool oswindow_erase(Display * pdisplay, Window window);
CLASS_DECL_AURA bool oswindow_erase_message_only_window(::windowing::window * puibaseMessageOnlyWindow);
 
 
struct htask;
 
namespace ca2
{
 
 
   class thread_base;
 
 
} // namespace ca2
 
 
//class oswindow_data;
 
 
//typedef oswindow_data * oswindow;
 
 
 
namespace user
{
 
 
   class interaction;
   class interaction;
 
 
} // namespace user
 
 
class oswindow_dataptra;
 
 
class simple_event;
 
 
class ::pointer < ::mutex >;
 
 
class CLASS_DECL_AURA oswindow_data
{
public:
 
 
   HCURSOR                                m_hcursorLast;
 
   //iptr_to_iptr *                   m_plongmap;
   ::i32                                    m_iXic;
   XIC                                    m_xic;
   osdisplay                              m_osdisplay;
   Window                                 m_window;
   Visual                                 m_visual;
   ::i32                                    m_iDepth;
   ::i32                                    m_iScreen;
   bool                                   m_bMessageOnlyWindow;
   ::pointer<::windowing::window>   m_pimpl;
   ::pointer<message_queue>                         m_pmq;
   htask                                m_htask;
   Colormap                               m_colormap;
   class ::time                                   m_timeLastMouseMove;
   Window                                 m_parent;
   ::i32_rectangle                                 m_rectangle;
   string                                 m_strWMClass;
   ::i32                                    m_iaNetWmState[net_wm_state_count];
 
 
   static oswindow_dataptra * s_pdataptra;
   static ::pointer< ::mutex > s_pmutex;
 
   static Atom s_atomLongType;
   static Atom s_atomLongStyle;
   static Atom s_atomLongStyleEx;
 
   static Atom get_window_long_atom(::i32 nIndex);
 
 
 
 
   oswindow_data();
   //oswindow_data(::user::interaction * puibaseMessageOnlyWindow);
   //oswindow_data(const void * p);
   //oswindow_data(const LPARAM & lparam);
 
   //oswindow_data(const WPARAM & wparam);
 
 
   ~oswindow_data();
 
 
 
   operator void * ()
   {
      return this;
   }
 
   operator void * () const
   {
      return (void *) this;
   }
 
   oswindow_data & operator = (const oswindow_data & window);
 
   bool operator == (const void * p) const
   {
      return this == p;
   }
 
   bool operator != (const void * p) const
   {
      return this != p;
   }
 
   Display * display()
   {
      return ::is_null(this) ? nullptr : m_osdisplay->display();
   }
 
   Display * display() const
   {
      return ::is_null(this) ? nullptr : m_osdisplay->display();
   }
 
   Window window()
   {
      return ::is_null(this) ? None : m_window;
   }
 
   Window window() const
   {
      return ::is_null(this) ? None : m_window;
   }
 
   Visual * visual()
   {
      return ::is_null(this) ? nullptr : &m_visual;
   }
 
   Visual * visual() const
   {
      return ::is_null(this) ? nullptr : (Visual *) &m_visual;
   }
 
   Window root_window_raw() const
   {
      return ::is_null(this) || ::is_null(m_osdisplay) ? None : RootWindow(display(), m_iScreen);
   }
 
   void send_client_event(Atom atom, ::u32 numArgs, ...);
   ::i32 store_name(const ::scoped_string & scopedstr);
   ::i32 select_input(::i32 iInput);
   ::i32 select_all_input();
   ::i32 map_window();
   ::i32 unmap_window(bool bWithdraw);
    void set_wm_class(const ::scoped_string & scopedstr);
 
   void exit_iconify();
 
   void full_screen(const ::i32_rectangle & rectangle = nullptr);
 
   void exit_full_screen();
 
   void exit_zoomed();
 
   void set_user_interaction(::windowing::window * pinteraction);
 
 
   void post_nc_destroy();
 
 
   bool is_child(oswindow oswindowcandidateChildOrDescendant); // or descendant
   oswindow get_parent();
   Window get_parent_handle();
 
   oswindow set_parent(oswindow oswindowNewParent);
   long get_state();
   bool is_iconic();
   bool is_window_visible();
   bool show_window(const ::e_display & edisplay, const ::user::e_activation & useractivation);
   iptr get_window_long_ptr(::i32 nIndex);
   iptr set_window_long_ptr(::i32 nIndex, iptr l);
   bool client_to_screen(::i32_point * ppoint);
 
   bool screen_to_client(::i32_point * ppoint);
 
 
   Atom intern_atom(const ::scoped_string & scopedstrAtomName, bool bCreate);
   Atom intern_atom(e_net_wm_state state, bool bCreate);
 
   bool is_null() const
   {
      return ::is_null(this);
   }
 
   bool set_window_position(class ::zorder zorder, ::i32 x, ::i32 y, ::i32 cx, ::i32 cy, ::u32 nFlags);
   bool _set_window_pos(class ::zorder zorder, ::i32 x, ::i32 y, ::i32 cx, ::i32 cy, ::u32 nFlags);
 
   bool is_destroying();
 
   bool bamf_set_icon();
 
   bool set_icon(::image::image *pimage);
 
   ::i32 x_change_property(Atom property, Atom type, ::i32 format, ::i32 mode, const ::u8 * data, ::i32 nelements);
 
};
 
class oswindow_dataptra :
   public address_array < oswindow_data * >
{
public:
 
   virtual ~oswindow_dataptra()
   {
 
      erase_all();
 
   }
 
   void erase_all()
   {
 
      for(auto point : *this)
      {
 
         delete i32_point;
 
      }
 
      address_array < oswindow_data * >::erase_all();
   }
 
};
 
extern oswindow g_oswindowDesktop;