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Wine Cross Reference
wine/server/user.h

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  1 /*
  2  * Wine server USER definitions
  3  *
  4  * Copyright (C) 2001 Alexandre Julliard
  5  *
  6  * This library is free software; you can redistribute it and/or
  7  * modify it under the terms of the GNU Lesser General Public
  8  * License as published by the Free Software Foundation; either
  9  * version 2.1 of the License, or (at your option) any later version.
 10  *
 11  * This library is distributed in the hope that it will be useful,
 12  * but WITHOUT ANY WARRANTY; without even the implied warranty of
 13  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
 14  * Lesser General Public License for more details.
 15  *
 16  * You should have received a copy of the GNU Lesser General Public
 17  * License along with this library; if not, write to the Free Software
 18  * Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA
 19  */
 20 
 21 #ifndef __WINE_SERVER_USER_H
 22 #define __WINE_SERVER_USER_H
 23 
 24 #include "wine/server_protocol.h"
 25 
 26 struct thread;
 27 struct region;
 28 struct window;
 29 struct msg_queue;
 30 struct hook_table;
 31 struct window_class;
 32 struct atom_table;
 33 struct clipboard;
 34 
 35 enum user_object
 36 {
 37     USER_WINDOW = 1,
 38     USER_HOOK,
 39     USER_CLIENT  /* arbitrary client handle */
 40 };
 41 
 42 #define DESKTOP_ATOM  ((atom_t)32769)
 43 
 44 struct winstation
 45 {
 46     struct object      obj;                /* object header */
 47     unsigned int       flags;              /* winstation flags */
 48     struct list        entry;              /* entry in global winstation list */
 49     struct list        desktops;           /* list of desktops of this winstation */
 50     struct clipboard  *clipboard;          /* clipboard information */
 51     struct atom_table *atom_table;         /* global atom table */
 52 };
 53 
 54 struct global_cursor
 55 {
 56     int                  x;                /* cursor position */
 57     int                  y;
 58     rectangle_t          clip;             /* cursor clip rectangle */
 59     unsigned int         clip_msg;         /* message to post for cursor clip changes */
 60     unsigned int         last_change;      /* time of last position change */
 61     user_handle_t        win;              /* window that contains the cursor */
 62 };
 63 
 64 struct desktop
 65 {
 66     struct object        obj;              /* object header */
 67     unsigned int         flags;            /* desktop flags */
 68     struct winstation   *winstation;       /* winstation this desktop belongs to */
 69     struct list          entry;            /* entry in winstation list of desktops */
 70     struct window       *top_window;       /* desktop window for this desktop */
 71     struct window       *msg_window;       /* HWND_MESSAGE top window */
 72     struct hook_table   *global_hooks;     /* table of global hooks on this desktop */
 73     struct list          hotkeys;          /* list of registered hotkeys */
 74     struct timeout_user *close_timeout;    /* timeout before closing the desktop */
 75     struct thread_input *foreground_input; /* thread input of foreground thread */
 76     unsigned int         users;            /* processes and threads using this desktop */
 77     struct global_cursor cursor;           /* global cursor information */
 78     unsigned char        keystate[256];    /* asynchronous key state */
 79 };
 80 
 81 /* user handles functions */
 82 
 83 extern user_handle_t alloc_user_handle( void *ptr, enum user_object type );
 84 extern void *get_user_object( user_handle_t handle, enum user_object type );
 85 extern void *get_user_object_handle( user_handle_t *handle, enum user_object type );
 86 extern user_handle_t get_user_full_handle( user_handle_t handle );
 87 extern void *free_user_handle( user_handle_t handle );
 88 extern void *next_user_handle( user_handle_t *handle, enum user_object type );
 89 extern void free_process_user_handles( struct process *process );
 90 
 91 /* clipboard functions */
 92 
 93 extern void cleanup_clipboard_thread( struct thread *thread );
 94 
 95 /* hook functions */
 96 
 97 extern void remove_thread_hooks( struct thread *thread );
 98 extern unsigned int get_active_hooks(void);
 99 extern struct thread *get_first_global_hook( int id );
100 
101 /* queue functions */
102 
103 extern void free_msg_queue( struct thread *thread );
104 extern struct hook_table *get_queue_hooks( struct thread *thread );
105 extern void set_queue_hooks( struct thread *thread, struct hook_table *hooks );
106 extern void inc_queue_paint_count( struct thread *thread, int incr );
107 extern void queue_cleanup_window( struct thread *thread, user_handle_t win );
108 extern int init_thread_queue( struct thread *thread );
109 extern int attach_thread_input( struct thread *thread_from, struct thread *thread_to );
110 extern void detach_thread_input( struct thread *thread_from );
111 extern void post_message( user_handle_t win, unsigned int message,
112                           lparam_t wparam, lparam_t lparam );
113 extern void post_win_event( struct thread *thread, unsigned int event,
114                             user_handle_t win, unsigned int object_id,
115                             unsigned int child_id, client_ptr_t proc,
116                             const WCHAR *module, data_size_t module_size,
117                             user_handle_t handle );
118 extern void free_hotkeys( struct desktop *desktop, user_handle_t window );
119 
120 /* region functions */
121 
122 extern struct region *create_empty_region(void);
123 extern struct region *create_region_from_req_data( const void *data, data_size_t size );
124 extern void free_region( struct region *region );
125 extern void set_region_rect( struct region *region, const rectangle_t *rect );
126 extern rectangle_t *get_region_data( const struct region *region, data_size_t max_size,
127                                      data_size_t *total_size );
128 extern rectangle_t *get_region_data_and_free( struct region *region, data_size_t max_size,
129                                               data_size_t *total_size );
130 extern int is_region_empty( const struct region *region );
131 extern void get_region_extents( const struct region *region, rectangle_t *rect );
132 extern void offset_region( struct region *region, int x, int y );
133 extern void mirror_region( const rectangle_t *client_rect, struct region *region );
134 extern struct region *copy_region( struct region *dst, const struct region *src );
135 extern struct region *intersect_region( struct region *dst, const struct region *src1,
136                                         const struct region *src2 );
137 extern struct region *subtract_region( struct region *dst, const struct region *src1,
138                                        const struct region *src2 );
139 extern struct region *union_region( struct region *dst, const struct region *src1,
140                                     const struct region *src2 );
141 extern struct region *xor_region( struct region *dst, const struct region *src1,
142                                   const struct region *src2 );
143 extern int point_in_region( struct region *region, int x, int y );
144 extern int rect_in_region( struct region *region, const rectangle_t *rect );
145 
146 /* window functions */
147 
148 extern struct process *get_top_window_owner( struct desktop *desktop );
149 extern void get_top_window_rectangle( struct desktop *desktop, rectangle_t *rect );
150 extern void post_desktop_message( struct desktop *desktop, unsigned int message,
151                                   lparam_t wparam, lparam_t lparam );
152 extern void destroy_window( struct window *win );
153 extern void destroy_thread_windows( struct thread *thread );
154 extern int is_child_window( user_handle_t parent, user_handle_t child );
155 extern int is_top_level_window( user_handle_t window );
156 extern int is_window_visible( user_handle_t window );
157 extern int is_window_transparent( user_handle_t window );
158 extern int make_window_active( user_handle_t window );
159 extern struct thread *get_window_thread( user_handle_t handle );
160 extern user_handle_t window_from_point( struct desktop *desktop, int x, int y );
161 extern user_handle_t find_window_to_repaint( user_handle_t parent, struct thread *thread );
162 extern struct window_class *get_window_class( user_handle_t window );
163 
164 /* window class functions */
165 
166 extern void destroy_process_classes( struct process *process );
167 extern struct window_class *grab_class( struct process *process, atom_t atom,
168                                         mod_handle_t instance, int *extra_bytes );
169 extern void release_class( struct window_class *class );
170 extern int is_desktop_class( struct window_class *class );
171 extern int is_hwnd_message_class( struct window_class *class );
172 extern atom_t get_class_atom( struct window_class *class );
173 extern client_ptr_t get_class_client_ptr( struct window_class *class );
174 
175 /* windows station functions */
176 
177 extern struct desktop *get_desktop_obj( struct process *process, obj_handle_t handle, unsigned int access );
178 extern struct winstation *get_process_winstation( struct process *process, unsigned int access );
179 extern struct desktop *get_thread_desktop( struct thread *thread, unsigned int access );
180 extern void connect_process_winstation( struct process *process, struct thread *parent );
181 extern void set_process_default_desktop( struct process *process, struct desktop *desktop,
182                                          obj_handle_t handle );
183 extern void close_process_desktop( struct process *process );
184 extern void close_thread_desktop( struct thread *thread );
185 
186 /* mirror a rectangle respective to the window client area */
187 static inline void mirror_rect( const rectangle_t *client_rect, rectangle_t *rect )
188 {
189     int width = client_rect->right - client_rect->left;
190     int tmp = rect->left;
191     rect->left = width - rect->right;
192     rect->right = width - tmp;
193 }
194 
195 /* compute the intersection of two rectangles; return 0 if the result is empty */
196 static inline int intersect_rect( rectangle_t *dst, const rectangle_t *src1, const rectangle_t *src2 )
197 {
198     dst->left   = max( src1->left, src2->left );
199     dst->top    = max( src1->top, src2->top );
200     dst->right  = min( src1->right, src2->right );
201     dst->bottom = min( src1->bottom, src2->bottom );
202     return (dst->left < dst->right && dst->top < dst->bottom);
203 }
204 
205 #endif  /* __WINE_SERVER_USER_H */
206 

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