/* -*- mode: C; c-file-style: "gnu"; indent-tabs-mode: nil; -*- */ /* * Copyright (C) 2001 Havoc Pennington, Anders Carlsson * Copyright (C) 2002, 2003 Red Hat, Inc. * Copyright (C) 2003 Rob Adams * Copyright (C) 2004-2006 Elijah Newren * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License as * published by the Free Software Foundation; either version 2 of the * License, or (at your option) any later version. * * This program is distributed in the hope that it will be useful, but * WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ /** * SECTION:window * @title: MetaWindow * @short_description: Mutter X managed windows */ #include #include "window-private.h" #include "window-x11.h" #include "boxes-private.h" #include "edge-resistance.h" #include "util-private.h" #include "frame.h" #include #include "workspace-private.h" #include "stack.h" #include "keybindings-private.h" #include "ui.h" #include "place.h" #include "session.h" #include #include "resizepopup.h" #include "xprops.h" #include #include "window-props.h" #include "constraints.h" #include "mutter-enum-types.h" #include "core.h" #include #include #include #include #ifdef HAVE_SHAPE #include #endif #include "meta-wayland-private.h" #include "meta/compositor-mutter.h" /* Windows that unmaximize to a size bigger than that fraction of the workarea * will be scaled down to that size (while maintaining aspect ratio). * Windows that cover an area greater then this size are automaximized on map. */ #define MAX_UNMAXIMIZED_WINDOW_AREA .8 static int destroying_windows_disallowed = 0; /** * MetaPingData: * * Describes a ping on a window. When we send a ping to a window, we build * one of these structs, and it eventually gets passed to the timeout function * or to the function which handles the response from the window. If the window * does or doesn't respond to the ping, we use this information to deal with * these facts; we have a handler function for each. */ typedef struct { MetaWindow *window; guint32 timestamp; MetaWindowPingFunc ping_reply_func; MetaWindowPingFunc ping_timeout_func; void *user_data; guint ping_timeout_id; } MetaPingData; static void ping_data_free (MetaPingData *ping_data); static void update_sm_hints (MetaWindow *window); static void update_net_frame_extents (MetaWindow *window); static void invalidate_work_areas (MetaWindow *window); static void set_wm_state (MetaWindow *window); static void set_net_wm_state (MetaWindow *window); static void meta_window_set_above (MetaWindow *window, gboolean new_value); static void send_configure_notify (MetaWindow *window); static void meta_window_force_placement (MetaWindow *window); static void meta_window_show (MetaWindow *window); static void meta_window_hide (MetaWindow *window); static void meta_window_save_rect (MetaWindow *window); static void save_user_window_placement (MetaWindow *window); static void force_save_user_window_placement (MetaWindow *window); static void meta_window_move_resize_internal (MetaWindow *window, MetaMoveResizeFlags flags, int resize_gravity, int root_x_nw, int root_y_nw, int w, int h); static void ensure_mru_position_after (MetaWindow *window, MetaWindow *after_this_one); static void meta_window_move_resize_now (MetaWindow *window); static void meta_window_unqueue (MetaWindow *window, guint queuebits); static void update_move (MetaWindow *window, gboolean snap, int x, int y); static gboolean update_move_timeout (gpointer data); static void update_resize (MetaWindow *window, gboolean snap, int x, int y, gboolean force); static gboolean update_resize_timeout (gpointer data); static gboolean should_be_on_all_workspaces (MetaWindow *window); static void meta_window_flush_calc_showing (MetaWindow *window); static gboolean queue_calc_showing_func (MetaWindow *window, void *data); static void meta_window_apply_session_info (MetaWindow *window, const MetaWindowSessionInfo *info); static void meta_window_move_between_rects (MetaWindow *window, const MetaRectangle *old_area, const MetaRectangle *new_area); static void unmaximize_window_before_freeing (MetaWindow *window); static void unminimize_window_and_all_transient_parents (MetaWindow *window); static void meta_window_update_monitor (MetaWindow *window); /* Idle handlers for the three queues (run with meta_later_add()). The * "data" parameter in each case will be a GINT_TO_POINTER of the * index into the queue arrays to use. * * TODO: Possibly there is still some code duplication among these, which we * need to sort out at some point. */ static gboolean idle_calc_showing (gpointer data); static gboolean idle_move_resize (gpointer data); static gboolean idle_update_icon (gpointer data); G_DEFINE_TYPE (MetaWindow, meta_window, G_TYPE_OBJECT); enum { PROP_0, PROP_TITLE, PROP_ICON, PROP_MINI_ICON, PROP_DECORATED, PROP_FULLSCREEN, PROP_MAXIMIZED_HORIZONTALLY, PROP_MAXIMIZED_VERTICALLY, PROP_MINIMIZED, PROP_WINDOW_TYPE, PROP_USER_TIME, PROP_DEMANDS_ATTENTION, PROP_URGENT, PROP_SKIP_TASKBAR, PROP_MUTTER_HINTS, PROP_APPEARS_FOCUSED, PROP_RESIZEABLE, PROP_ABOVE, PROP_WM_CLASS, PROP_GTK_APPLICATION_ID, PROP_GTK_UNIQUE_BUS_NAME, PROP_GTK_APPLICATION_OBJECT_PATH, PROP_GTK_WINDOW_OBJECT_PATH, PROP_GTK_APP_MENU_OBJECT_PATH, PROP_GTK_MENUBAR_OBJECT_PATH }; enum { WORKSPACE_CHANGED, FOCUS, RAISED, UNMANAGED, LAST_SIGNAL }; static guint window_signals[LAST_SIGNAL] = { 0 }; static void prefs_changed_callback (MetaPreference pref, gpointer data) { MetaWindow *window = data; if (pref == META_PREF_WORKSPACES_ONLY_ON_PRIMARY) { meta_window_update_on_all_workspaces (window); meta_window_queue (window, META_QUEUE_CALC_SHOWING); } else if (pref == META_PREF_ATTACH_MODAL_DIALOGS && window->type == META_WINDOW_MODAL_DIALOG) { window->attached = meta_window_should_attach_to_parent (window); meta_window_recalc_features (window); meta_window_queue (window, META_QUEUE_MOVE_RESIZE); } } static void meta_window_finalize (GObject *object) { MetaWindow *window = META_WINDOW (object); if (window->icon) g_object_unref (G_OBJECT (window->icon)); if (window->mini_icon) g_object_unref (G_OBJECT (window->mini_icon)); if (window->frame_bounds) cairo_region_destroy (window->frame_bounds); if (window->shape_region) cairo_region_destroy (window->shape_region); if (window->opaque_region) cairo_region_destroy (window->opaque_region); if (window->transient_for) g_object_unref (window->transient_for); meta_icon_cache_free (&window->icon_cache); g_free (window->sm_client_id); g_free (window->wm_client_machine); g_free (window->startup_id); g_free (window->role); g_free (window->res_class); g_free (window->res_name); g_free (window->title); g_free (window->icon_name); g_free (window->desc); g_free (window->gtk_theme_variant); g_free (window->gtk_application_id); g_free (window->gtk_unique_bus_name); g_free (window->gtk_application_object_path); g_free (window->gtk_window_object_path); g_free (window->gtk_app_menu_object_path); g_free (window->gtk_menubar_object_path); G_OBJECT_CLASS (meta_window_parent_class)->finalize (object); } static void meta_window_get_property(GObject *object, guint prop_id, GValue *value, GParamSpec *pspec) { MetaWindow *win = META_WINDOW (object); switch (prop_id) { case PROP_TITLE: g_value_set_string (value, win->title); break; case PROP_ICON: g_value_set_object (value, win->icon); break; case PROP_MINI_ICON: g_value_set_object (value, win->mini_icon); break; case PROP_DECORATED: g_value_set_boolean (value, win->decorated); break; case PROP_FULLSCREEN: g_value_set_boolean (value, win->fullscreen); break; case PROP_MAXIMIZED_HORIZONTALLY: g_value_set_boolean (value, win->maximized_horizontally); break; case PROP_MAXIMIZED_VERTICALLY: g_value_set_boolean (value, win->maximized_vertically); break; case PROP_MINIMIZED: g_value_set_boolean (value, win->minimized); break; case PROP_WINDOW_TYPE: g_value_set_enum (value, win->type); break; case PROP_USER_TIME: g_value_set_uint (value, win->net_wm_user_time); break; case PROP_DEMANDS_ATTENTION: g_value_set_boolean (value, win->wm_state_demands_attention); break; case PROP_URGENT: g_value_set_boolean (value, win->wm_hints_urgent); break; case PROP_SKIP_TASKBAR: g_value_set_boolean (value, win->skip_taskbar); break; case PROP_MUTTER_HINTS: g_value_set_string (value, win->mutter_hints); break; case PROP_APPEARS_FOCUSED: g_value_set_boolean (value, meta_window_appears_focused (win)); break; case PROP_WM_CLASS: g_value_set_string (value, win->res_class); break; case PROP_RESIZEABLE: g_value_set_boolean (value, win->has_resize_func); break; case PROP_ABOVE: g_value_set_boolean (value, win->wm_state_above); break; case PROP_GTK_APPLICATION_ID: g_value_set_string (value, win->gtk_application_id); break; case PROP_GTK_UNIQUE_BUS_NAME: g_value_set_string (value, win->gtk_unique_bus_name); break; case PROP_GTK_APPLICATION_OBJECT_PATH: g_value_set_string (value, win->gtk_application_object_path); break; case PROP_GTK_WINDOW_OBJECT_PATH: g_value_set_string (value, win->gtk_window_object_path); break; case PROP_GTK_APP_MENU_OBJECT_PATH: g_value_set_string (value, win->gtk_app_menu_object_path); break; case PROP_GTK_MENUBAR_OBJECT_PATH: g_value_set_string (value, win->gtk_menubar_object_path); break; default: G_OBJECT_WARN_INVALID_PROPERTY_ID (object, prop_id, pspec); break; } } static void meta_window_set_property(GObject *object, guint prop_id, const GValue *value, GParamSpec *pspec) { switch (prop_id) { default: G_OBJECT_WARN_INVALID_PROPERTY_ID (object, prop_id, pspec); break; } } static void meta_window_class_init (MetaWindowClass *klass) { GObjectClass *object_class = G_OBJECT_CLASS (klass); object_class->finalize = meta_window_finalize; object_class->get_property = meta_window_get_property; object_class->set_property = meta_window_set_property; g_object_class_install_property (object_class, PROP_TITLE, g_param_spec_string ("title", "Title", "The title of the window", NULL, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_ICON, g_param_spec_object ("icon", "Icon", "96 pixel sized icon", GDK_TYPE_PIXBUF, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_MINI_ICON, g_param_spec_object ("mini-icon", "Mini Icon", "16 pixel sized icon", GDK_TYPE_PIXBUF, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_DECORATED, g_param_spec_boolean ("decorated", "Decorated", "Whether window is decorated", TRUE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_FULLSCREEN, g_param_spec_boolean ("fullscreen", "Fullscreen", "Whether window is fullscreened", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_MAXIMIZED_HORIZONTALLY, g_param_spec_boolean ("maximized-horizontally", "Maximized horizontally", "Whether window is maximized horizontally", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_MAXIMIZED_VERTICALLY, g_param_spec_boolean ("maximized-vertically", "Maximizing vertically", "Whether window is maximized vertically", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_MINIMIZED, g_param_spec_boolean ("minimized", "Minimizing", "Whether window is minimized", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_WINDOW_TYPE, g_param_spec_enum ("window-type", "Window Type", "The type of the window", META_TYPE_WINDOW_TYPE, META_WINDOW_NORMAL, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_USER_TIME, g_param_spec_uint ("user-time", "User time", "Timestamp of last user interaction", 0, G_MAXUINT, 0, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_DEMANDS_ATTENTION, g_param_spec_boolean ("demands-attention", "Demands Attention", "Whether the window has _NET_WM_STATE_DEMANDS_ATTENTION set", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_URGENT, g_param_spec_boolean ("urgent", "Urgent", "Whether the urgent flag of WM_HINTS is set", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_SKIP_TASKBAR, g_param_spec_boolean ("skip-taskbar", "Skip taskbar", "Whether the skip-taskbar flag of WM_HINTS is set", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_MUTTER_HINTS, g_param_spec_string ("mutter-hints", "_MUTTER_HINTS", "Contents of the _MUTTER_HINTS property of this window", NULL, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_APPEARS_FOCUSED, g_param_spec_boolean ("appears-focused", "Appears focused", "Whether the window is drawn as being focused", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_RESIZEABLE, g_param_spec_boolean ("resizeable", "Resizeable", "Whether the window can be resized", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_ABOVE, g_param_spec_boolean ("above", "Above", "Whether the window is shown as always-on-top", FALSE, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_WM_CLASS, g_param_spec_string ("wm-class", "WM_CLASS", "Contents of the WM_CLASS property of this window", NULL, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_GTK_APPLICATION_ID, g_param_spec_string ("gtk-application-id", "_GTK_APPLICATION_ID", "Contents of the _GTK_APPLICATION_ID property of this window", NULL, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_GTK_UNIQUE_BUS_NAME, g_param_spec_string ("gtk-unique-bus-name", "_GTK_UNIQUE_BUS_NAME", "Contents of the _GTK_UNIQUE_BUS_NAME property of this window", NULL, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_GTK_APPLICATION_OBJECT_PATH, g_param_spec_string ("gtk-application-object-path", "_GTK_APPLICATION_OBJECT_PATH", "Contents of the _GTK_APPLICATION_OBJECT_PATH property of this window", NULL, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_GTK_WINDOW_OBJECT_PATH, g_param_spec_string ("gtk-window-object-path", "_GTK_WINDOW_OBJECT_PATH", "Contents of the _GTK_WINDOW_OBJECT_PATH property of this window", NULL, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_GTK_APP_MENU_OBJECT_PATH, g_param_spec_string ("gtk-app-menu-object-path", "_GTK_APP_MENU_OBJECT_PATH", "Contents of the _GTK_APP_MENU_OBJECT_PATH property of this window", NULL, G_PARAM_READABLE)); g_object_class_install_property (object_class, PROP_GTK_MENUBAR_OBJECT_PATH, g_param_spec_string ("gtk-menubar-object-path", "_GTK_MENUBAR_OBJECT_PATH", "Contents of the _GTK_MENUBAR_OBJECT_PATH property of this window", NULL, G_PARAM_READABLE)); window_signals[WORKSPACE_CHANGED] = g_signal_new ("workspace-changed", G_TYPE_FROM_CLASS (object_class), G_SIGNAL_RUN_LAST, G_STRUCT_OFFSET (MetaWindowClass, workspace_changed), NULL, NULL, NULL, G_TYPE_NONE, 1, G_TYPE_INT); window_signals[FOCUS] = g_signal_new ("focus", G_TYPE_FROM_CLASS (object_class), G_SIGNAL_RUN_LAST, G_STRUCT_OFFSET (MetaWindowClass, focus), NULL, NULL, NULL, G_TYPE_NONE, 0); window_signals[RAISED] = g_signal_new ("raised", G_TYPE_FROM_CLASS (object_class), G_SIGNAL_RUN_LAST, G_STRUCT_OFFSET (MetaWindowClass, raised), NULL, NULL, NULL, G_TYPE_NONE, 0); window_signals[UNMANAGED] = g_signal_new ("unmanaged", G_TYPE_FROM_CLASS (object_class), G_SIGNAL_RUN_LAST, G_STRUCT_OFFSET (MetaWindowClass, unmanaged), NULL, NULL, NULL, G_TYPE_NONE, 0); } static void meta_window_init (MetaWindow *self) { meta_prefs_add_listener (prefs_changed_callback, self); } static gboolean is_desktop_or_dock_foreach (MetaWindow *window, void *data) { gboolean *result = data; *result = window->type == META_WINDOW_DESKTOP || window->type == META_WINDOW_DOCK; if (*result) return FALSE; /* stop as soon as we find one */ else return TRUE; } /* window is the window that's newly mapped provoking * the possible change */ static void maybe_leave_show_desktop_mode (MetaWindow *window) { gboolean is_desktop_or_dock; if (!window->screen->active_workspace->showing_desktop) return; /* If the window is a transient for the dock or desktop, don't * leave show desktop mode when the window opens. That's * so you can e.g. hide all windows, manipulate a file on * the desktop via a dialog, then unshow windows again. */ is_desktop_or_dock = FALSE; is_desktop_or_dock_foreach (window, &is_desktop_or_dock); meta_window_foreach_ancestor (window, is_desktop_or_dock_foreach, &is_desktop_or_dock); if (!is_desktop_or_dock) { meta_screen_minimize_all_on_active_workspace_except (window->screen, window); meta_screen_unshow_desktop (window->screen); } } gboolean meta_window_should_attach_to_parent (MetaWindow *window) { MetaWindow *parent; if (!meta_prefs_get_attach_modal_dialogs () || window->type != META_WINDOW_MODAL_DIALOG) return FALSE; parent = meta_window_get_transient_for (window); if (!parent) return FALSE; switch (parent->type) { case META_WINDOW_NORMAL: case META_WINDOW_DIALOG: case META_WINDOW_MODAL_DIALOG: return TRUE; default: return FALSE; } } MetaWindow * _meta_window_shared_new (MetaDisplay *display, MetaScreen *screen, MetaWindowClientType client_type, MetaWaylandSurface *surface, Window xwindow, gulong existing_wm_state, MetaCompEffect effect, XWindowAttributes *attrs) { MetaWindow *window; MetaWorkspace *space; MetaMoveResizeFlags flags; g_assert (attrs != NULL); meta_verbose ("attrs->map_state = %d (%s)\n", attrs->map_state, (attrs->map_state == IsUnmapped) ? "IsUnmapped" : (attrs->map_state == IsViewable) ? "IsViewable" : (attrs->map_state == IsUnviewable) ? "IsUnviewable" : "(unknown)"); window = g_object_new (META_TYPE_WINDOW, NULL); window->constructing = TRUE; window->dialog_pid = -1; window->client_type = client_type; window->surface = surface; window->xwindow = xwindow; window->surface_mapped = FALSE; /* this is in window->screen->display, but that's too annoying to * type */ window->display = display; window->workspace = NULL; #ifdef HAVE_XSYNC window->sync_request_counter = None; window->sync_request_serial = 0; window->sync_request_timeout_id = 0; window->sync_request_alarm = None; #endif window->screen = screen; window->desc = g_strdup_printf ("0x%lx", window->xwindow); window->override_redirect = attrs->override_redirect; /* avoid tons of stack updates */ meta_stack_freeze (window->screen->stack); window->rect.x = attrs->x; window->rect.y = attrs->y; window->rect.width = attrs->width; window->rect.height = attrs->height; /* And border width, size_hints are the "request" */ window->border_width = attrs->border_width; window->size_hints.x = attrs->x; window->size_hints.y = attrs->y; window->size_hints.width = attrs->width; window->size_hints.height = attrs->height; /* initialize the remaining size_hints as if size_hints.flags were zero */ meta_set_normal_hints (window, NULL); /* And this is our unmaximized size */ window->saved_rect = window->rect; window->user_rect = window->rect; window->depth = attrs->depth; window->xvisual = attrs->visual; window->colormap = attrs->colormap; window->title = NULL; window->icon_name = NULL; window->icon = NULL; window->mini_icon = NULL; meta_icon_cache_init (&window->icon_cache); window->wm_hints_pixmap = None; window->wm_hints_mask = None; window->wm_hints_urgent = FALSE; window->frame = NULL; window->has_focus = FALSE; window->attached_focus_window = NULL; window->maximized_horizontally = FALSE; window->maximized_vertically = FALSE; window->maximize_horizontally_after_placement = FALSE; window->maximize_vertically_after_placement = FALSE; window->minimize_after_placement = FALSE; window->fullscreen = FALSE; window->fullscreen_after_placement = FALSE; window->fullscreen_monitors[0] = -1; window->require_fully_onscreen = TRUE; window->require_on_single_monitor = TRUE; window->require_titlebar_visible = TRUE; window->on_all_workspaces = FALSE; window->on_all_workspaces_requested = FALSE; window->tile_mode = META_TILE_NONE; window->tile_monitor_number = -1; window->shaded = FALSE; window->initially_iconic = FALSE; window->minimized = FALSE; window->tab_unminimized = FALSE; window->iconic = FALSE; window->mapped = attrs->map_state != IsUnmapped; window->hidden = FALSE; window->visible_to_compositor = FALSE; window->pending_compositor_effect = effect; /* if already mapped, no need to worry about focus-on-first-time-showing */ window->showing_for_first_time = !window->mapped; /* if already mapped we don't want to do the placement thing; * override-redirect windows are placed by the app */ window->placed = ((window->mapped && !window->hidden) || window->override_redirect); if (window->placed) meta_topic (META_DEBUG_PLACEMENT, "Not placing window 0x%lx since it's already mapped\n", xwindow); window->force_save_user_rect = TRUE; window->denied_focus_and_not_transient = FALSE; window->unmanaging = FALSE; window->is_in_queues = 0; window->keys_grabbed = FALSE; window->grab_on_frame = FALSE; window->all_keys_grabbed = FALSE; window->withdrawn = FALSE; window->initial_workspace_set = FALSE; window->initial_timestamp_set = FALSE; window->net_wm_user_time_set = FALSE; window->user_time_window = None; window->take_focus = FALSE; window->delete_window = FALSE; window->net_wm_ping = FALSE; window->input = TRUE; window->calc_placement = FALSE; window->shaken_loose = FALSE; window->have_focus_click_grab = FALSE; window->disable_sync = FALSE; window->unmaps_pending = 0; window->mwm_decorated = TRUE; window->mwm_border_only = FALSE; window->mwm_has_close_func = TRUE; window->mwm_has_minimize_func = TRUE; window->mwm_has_maximize_func = TRUE; window->mwm_has_move_func = TRUE; window->mwm_has_resize_func = TRUE; if (client_type == META_WINDOW_CLIENT_TYPE_X11) window->decorated = TRUE; else window->decorated = FALSE; window->has_close_func = TRUE; window->has_minimize_func = TRUE; window->has_maximize_func = TRUE; window->has_move_func = TRUE; window->has_resize_func = TRUE; window->has_shade_func = TRUE; window->has_fullscreen_func = TRUE; window->always_sticky = FALSE; window->wm_state_modal = FALSE; window->skip_taskbar = FALSE; window->skip_pager = FALSE; window->wm_state_skip_taskbar = FALSE; window->wm_state_skip_pager = FALSE; window->wm_state_above = FALSE; window->wm_state_below = FALSE; window->wm_state_demands_attention = FALSE; window->res_class = NULL; window->res_name = NULL; window->role = NULL; window->sm_client_id = NULL; window->wm_client_machine = NULL; window->is_remote = FALSE; window->startup_id = NULL; window->net_wm_pid = -1; window->xtransient_for = None; window->xclient_leader = None; window->transient_parent_is_root_window = FALSE; window->type = META_WINDOW_NORMAL; window->type_atom = None; window->struts = NULL; window->using_net_wm_name = FALSE; window->using_net_wm_visible_name = FALSE; window->using_net_wm_icon_name = FALSE; window->using_net_wm_visible_icon_name = FALSE; window->need_reread_icon = TRUE; window->layer = META_LAYER_LAST; /* invalid value */ window->stack_position = -1; window->initial_workspace = 0; /* not used */ window->initial_timestamp = 0; /* not used */ window->compositor_private = NULL; window->monitor = meta_screen_get_monitor_for_window (window->screen, window); window->tile_match = NULL; /* Assign this #MetaWindow a sequence number which can be used * for sorting. */ window->stable_sequence = ++display->window_sequence_counter; if (client_type == META_WINDOW_CLIENT_TYPE_X11) { meta_display_register_x_window (display, &window->xwindow, window); meta_window_x11_update_shape_region (window); meta_window_x11_update_input_region (window); } else meta_display_register_wayland_window (display, window); window->opacity = 0xFF; /* assign the window to its group, or create a new group if needed */ window->group = NULL; window->xgroup_leader = None; meta_window_compute_group (window); if (client_type == META_WINDOW_CLIENT_TYPE_X11) meta_window_load_initial_properties (window); if (window->override_redirect) { window->decorated = FALSE; window->always_sticky = TRUE; window->has_close_func = FALSE; window->has_shade_func = FALSE; window->has_move_func = FALSE; window->has_resize_func = FALSE; } if (!window->override_redirect && client_type == META_WINDOW_CLIENT_TYPE_X11) update_sm_hints (window); /* must come after transient_for */ if (!window->override_redirect) meta_window_update_icon_now (window); if (window->initially_iconic) { /* WM_HINTS said minimized */ window->minimized = TRUE; meta_verbose ("Window %s asked to start out minimized\n", window->desc); } if (existing_wm_state == IconicState) { /* WM_STATE said minimized */ window->minimized = TRUE; meta_verbose ("Window %s had preexisting WM_STATE = IconicState, minimizing\n", window->desc); /* Assume window was previously placed, though perhaps it's * been iconic its whole life, we have no way of knowing. */ window->placed = TRUE; } /* Apply any window attributes such as initial workspace * based on startup notification */ meta_screen_apply_startup_properties (window->screen, window); /* Try to get a "launch timestamp" for the window. If the window is * a transient, we'd like to be able to get a last-usage timestamp * from the parent window. If the window has no parent, there isn't * much we can do...except record the current time so that any children * can use this time as a fallback. */ if (!window->override_redirect && !window->net_wm_user_time_set) { /* First, maybe the app was launched with startup notification using an * obsolete version of the spec; use that timestamp if it exists. */ if (window->initial_timestamp_set) /* NOTE: Do NOT toggle net_wm_user_time_set to true; this is just * being recorded as a fallback for potential transients */ window->net_wm_user_time = window->initial_timestamp; else if (window->transient_for != NULL) meta_window_set_user_time (window, window->transient_for->net_wm_user_time); else /* NOTE: Do NOT toggle net_wm_user_time_set to true; this is just * being recorded as a fallback for potential transients */ window->net_wm_user_time = meta_display_get_current_time_roundtrip (window->display); } window->attached = meta_window_should_attach_to_parent (window); if (window->attached) meta_window_recalc_features (window); if (window->decorated) meta_window_ensure_frame (window); if (window->client_type == META_WINDOW_CLIENT_TYPE_WAYLAND) { MetaStackWindow stack_window; stack_window.any.type = META_WINDOW_CLIENT_TYPE_WAYLAND; stack_window.wayland.meta_window = window; meta_stack_tracker_record_add (window->screen->stack_tracker, &stack_window, 0); } meta_window_grab_keys (window); if (window->type != META_WINDOW_DOCK && !window->override_redirect) { meta_display_grab_window_buttons (window->display, window->xwindow); meta_display_grab_focus_window_button (window->display, window); } if (window->type == META_WINDOW_DESKTOP || window->type == META_WINDOW_DOCK) { /* Change the default, but don't enforce this if the user * focuses the dock/desktop and unsticks it using key shortcuts. * Need to set this before adding to the workspaces so the MRU * lists will be updated. */ window->on_all_workspaces_requested = TRUE; } window->on_all_workspaces = should_be_on_all_workspaces (window); /* For the workspace, first honor hints, * if that fails put transients with parents, * otherwise put window on active space */ if (window->initial_workspace_set) { if (window->initial_workspace == (int) 0xFFFFFFFF) { meta_topic (META_DEBUG_PLACEMENT, "Window %s is initially on all spaces\n", window->desc); /* need to set on_all_workspaces first so that it will be * added to all the MRU lists */ window->on_all_workspaces_requested = TRUE; window->on_all_workspaces = TRUE; meta_workspace_add_window (window->screen->active_workspace, window); } else { meta_topic (META_DEBUG_PLACEMENT, "Window %s is initially on space %d\n", window->desc, window->initial_workspace); space = meta_screen_get_workspace_by_index (window->screen, window->initial_workspace); if (space) meta_workspace_add_window (space, window); } } /* override-redirect windows are subtly different from other windows * with window->on_all_workspaces == TRUE. Other windows are part of * some workspace (so they can return to that if the flag is turned off), * but appear on other workspaces. override-redirect windows are part * of no workspace. */ if (!window->override_redirect) { if (window->workspace == NULL && window->transient_for != NULL) { /* Try putting dialog on parent's workspace */ if (window->transient_for->workspace) { meta_topic (META_DEBUG_PLACEMENT, "Putting window %s on same workspace as parent %s\n", window->desc, window->transient_for->desc); if (window->transient_for->on_all_workspaces_requested) { window->on_all_workspaces_requested = TRUE; window->on_all_workspaces = TRUE; } /* this will implicitly add to the appropriate MRU lists */ meta_workspace_add_window (window->transient_for->workspace, window); } } if (window->workspace == NULL) { meta_topic (META_DEBUG_PLACEMENT, "Putting window %s on active workspace\n", window->desc); space = window->screen->active_workspace; meta_workspace_add_window (space, window); } /* for the various on_all_workspaces = TRUE possible above */ meta_window_set_current_workspace_hint (window); meta_window_update_struts (window); } g_signal_emit_by_name (window->screen, "window-entered-monitor", window->monitor->number, window); /* Must add window to stack before doing move/resize, since the * window might have fullscreen size (i.e. should have been * fullscreen'd; acrobat is one such braindead case; it withdraws * and remaps its window whenever trying to become fullscreen...) * and thus constraints may try to auto-fullscreen it which also * means restacking it. */ if (!window->override_redirect) meta_stack_add (window->screen->stack, window); else if (window->screen->tile_preview != NULL && meta_tile_preview_get_xwindow (window->screen->tile_preview, NULL) == xwindow) window->layer = META_LAYER_NORMAL; else window->layer = META_LAYER_OVERRIDE_REDIRECT; /* otherwise set by MetaStack */ /* Put our state back where it should be, * passing TRUE for is_configure_request, ICCCM says * initial map is handled same as configure request */ flags = META_IS_CONFIGURE_REQUEST | META_IS_MOVE_ACTION | META_IS_RESIZE_ACTION; if (!window->override_redirect) meta_window_move_resize_internal (window, flags, window->size_hints.win_gravity, window->size_hints.x, window->size_hints.y, window->size_hints.width, window->size_hints.height); /* Now try applying saved stuff from the session */ { const MetaWindowSessionInfo *info; info = meta_window_lookup_saved_state (window); if (info) { meta_window_apply_session_info (window, info); meta_window_release_saved_state (info); } } if (!window->override_redirect) { /* FIXME we have a tendency to set this then immediately * change it again. */ set_wm_state (window); set_net_wm_state (window); } if (screen->display->compositor) meta_compositor_add_window (screen->display->compositor, window); /* Sync stack changes */ meta_stack_thaw (window->screen->stack); /* Usually the we'll have queued a stack sync anyways, because we've * added a new frame window or restacked. But if an undecorated * window is mapped, already stacked in the right place, then we * might need to do this explicitly. */ meta_stack_tracker_queue_sync_stack (window->screen->stack_tracker); /* disable show desktop mode unless we're a desktop component */ maybe_leave_show_desktop_mode (window); meta_window_queue (window, META_QUEUE_CALC_SHOWING); /* See bug 303284; a transient of the given window can already exist, in which * case we think it should probably be shown. */ meta_window_foreach_transient (window, queue_calc_showing_func, NULL); /* See bug 334899; the window may have minimized ancestors * which need to be shown. * * However, we shouldn't unminimize windows here when opening * a new display because that breaks passing _NET_WM_STATE_HIDDEN * between window managers when replacing them; see bug 358042. * * And we shouldn't unminimize windows if they were initially * iconic. */ if (!window->override_redirect && !display->display_opening && !window->initially_iconic) unminimize_window_and_all_transient_parents (window); window->constructing = FALSE; meta_display_notify_window_created (display, window); if (window->wm_state_demands_attention) g_signal_emit_by_name (window->display, "window-demands-attention", window); if (window->wm_hints_urgent) g_signal_emit_by_name (window->display, "window-marked-urgent", window); return window; } MetaWindow * meta_window_wayland_new (MetaDisplay *display, MetaWaylandSurface *surface) { XWindowAttributes attrs; MetaScreen *scr = display->screens->data; MetaWindow *window; attrs.x = 0; attrs.y = 0; attrs.width = 1; attrs.height = 1; attrs.border_width = 0; attrs.depth = 24; attrs.visual = NULL; attrs.root = scr->xroot; attrs.class = InputOutput; attrs.bit_gravity = NorthWestGravity; attrs.win_gravity = NorthWestGravity; attrs.backing_store = 0; attrs.backing_planes = ~0; attrs.backing_pixel = 0; attrs.save_under = 0; attrs.colormap = 0; attrs.map_installed = 1; attrs.map_state = IsUnmapped; attrs.all_event_masks = ~0; attrs.your_event_mask = 0; attrs.do_not_propagate_mask = 0; attrs.override_redirect = 0; attrs.screen = scr->xscreen; /* XXX: Note: In the Wayland case we currently still trap X errors while * creating a MetaWindow because we will still be making various redundant * X requests (passing a window xid of None) until we thoroughly audit all * the code to make sure it knows about non X based clients... */ meta_error_trap_push (display); /* Push a trap over all of window * creation, to reduce XSync() calls */ window = _meta_window_shared_new (display, scr, META_WINDOW_CLIENT_TYPE_WAYLAND, surface, None, WithdrawnState, META_COMP_EFFECT_CREATE, &attrs); meta_error_trap_pop (display); /* pop the XSync()-reducing trap */ /* XXX: Maybe this could be called in meta_window_new_shared() but * before splitting the X11 specific code out it came after the * meta_error_trap_pop() and we wanted to minimize the risk of * breaking something. */ return window; } /* This function should only be called from the end of meta_window_new_with_attrs () */ static void meta_window_apply_session_info (MetaWindow *window, const MetaWindowSessionInfo *info) { if (info->stack_position_set) { meta_topic (META_DEBUG_SM, "Restoring stack position %d for window %s\n", info->stack_position, window->desc); /* FIXME well, I'm not sure how to do this. */ } if (info->minimized_set) { meta_topic (META_DEBUG_SM, "Restoring minimized state %d for window %s\n", info->minimized, window->desc); if (window->has_minimize_func && info->minimized) meta_window_minimize (window); } if (info->maximized_set) { meta_topic (META_DEBUG_SM, "Restoring maximized state %d for window %s\n", info->maximized, window->desc); if (window->has_maximize_func && info->maximized) { meta_window_maximize (window, META_MAXIMIZE_HORIZONTAL | META_MAXIMIZE_VERTICAL); if (info->saved_rect_set) { meta_topic (META_DEBUG_SM, "Restoring saved rect %d,%d %dx%d for window %s\n", info->saved_rect.x, info->saved_rect.y, info->saved_rect.width, info->saved_rect.height, window->desc); window->saved_rect.x = info->saved_rect.x; window->saved_rect.y = info->saved_rect.y; window->saved_rect.width = info->saved_rect.width; window->saved_rect.height = info->saved_rect.height; } } } if (info->on_all_workspaces_set) { window->on_all_workspaces_requested = info->on_all_workspaces; meta_window_update_on_all_workspaces (window); meta_topic (META_DEBUG_SM, "Restoring sticky state %d for window %s\n", window->on_all_workspaces_requested, window->desc); } if (info->workspace_indices) { GSList *tmp; GSList *spaces; spaces = NULL; tmp = info->workspace_indices; while (tmp != NULL) { MetaWorkspace *space; space = meta_screen_get_workspace_by_index (window->screen, GPOINTER_TO_INT (tmp->data)); if (space) spaces = g_slist_prepend (spaces, space); tmp = tmp->next; } if (spaces) { /* This briefly breaks the invariant that we are supposed * to always be on some workspace. But we paranoically * ensured that one of the workspaces from the session was * indeed valid, so we know we'll go right back to one. */ if (window->workspace) meta_workspace_remove_window (window->workspace, window); /* Only restore to the first workspace if the window * happened to be on more than one, since we have replaces * window->workspaces with window->workspace */ meta_workspace_add_window (spaces->data, window); meta_topic (META_DEBUG_SM, "Restoring saved window %s to workspace %d\n", window->desc, meta_workspace_index (spaces->data)); g_slist_free (spaces); } } if (info->geometry_set) { int x, y, w, h; MetaMoveResizeFlags flags; window->placed = TRUE; /* don't do placement algorithms later */ x = info->rect.x; y = info->rect.y; w = window->size_hints.base_width + info->rect.width * window->size_hints.width_inc; h = window->size_hints.base_height + info->rect.height * window->size_hints.height_inc; /* Force old gravity, ignoring anything now set */ window->size_hints.win_gravity = info->gravity; meta_topic (META_DEBUG_SM, "Restoring pos %d,%d size %d x %d for %s\n", x, y, w, h, window->desc); flags = META_DO_GRAVITY_ADJUST | META_IS_MOVE_ACTION | META_IS_RESIZE_ACTION; meta_window_move_resize_internal (window, flags, window->size_hints.win_gravity, x, y, w, h); } } static gboolean detach_foreach_func (MetaWindow *window, void *data) { GList **children = data; MetaWindow *parent; if (window->attached) { /* Only return the immediate children of the window being unmanaged */ parent = meta_window_get_transient_for (window); if (parent->unmanaging) *children = g_list_prepend (*children, window); } return TRUE; } void meta_window_unmanage (MetaWindow *window, guint32 timestamp) { GList *tmp; meta_verbose ("Unmanaging 0x%lx\n", window->xwindow); if (window->client_type == META_WINDOW_CLIENT_TYPE_WAYLAND) { MetaStackWindow stack_window; stack_window.any.type = META_WINDOW_CLIENT_TYPE_WAYLAND; stack_window.wayland.meta_window = window; meta_stack_tracker_record_remove (window->screen->stack_tracker, &stack_window, 0); } if (window->display->compositor) { if (window->visible_to_compositor) meta_compositor_hide_window (window->display->compositor, window, META_COMP_EFFECT_DESTROY); meta_compositor_remove_window (window->display->compositor, window); } if (window->display->window_with_menu == window) { meta_ui_window_menu_free (window->display->window_menu); window->display->window_menu = NULL; window->display->window_with_menu = NULL; } if (destroying_windows_disallowed > 0) meta_bug ("Tried to destroy window %s while destruction was not allowed\n", window->desc); window->unmanaging = TRUE; if (meta_prefs_get_attach_modal_dialogs ()) { GList *attached_children = NULL, *iter; /* Detach any attached dialogs by unmapping and letting them * be remapped after @window is destroyed. */ meta_window_foreach_transient (window, detach_foreach_func, &attached_children); for (iter = attached_children; iter; iter = iter->next) meta_window_unmanage (iter->data, timestamp); g_list_free (attached_children); } if (window->fullscreen) { MetaGroup *group; /* If the window is fullscreen, it may be forcing * other windows in its group to a higher layer */ meta_stack_freeze (window->screen->stack); group = meta_window_get_group (window); if (group) meta_group_update_layers (group); meta_stack_thaw (window->screen->stack); } meta_window_shutdown_group (window); /* safe to do this early as * group.c won't re-add to the * group if window->unmanaging */ /* If we have the focus, focus some other window. * This is done first, so that if the unmap causes * an EnterNotify the EnterNotify will have final say * on what gets focused, maintaining sloppy focus * invariants. */ if (meta_window_appears_focused (window)) meta_window_propagate_focus_appearance (window, FALSE); if (window->has_focus) { meta_topic (META_DEBUG_FOCUS, "Focusing default window since we're unmanaging %s\n", window->desc); meta_workspace_focus_default_window (window->screen->active_workspace, window, timestamp); } else { meta_topic (META_DEBUG_FOCUS, "Unmanaging window %s which doesn't currently have focus\n", window->desc); } g_assert (window->display->focus_window != window); if (window->struts) { meta_free_gslist_and_elements (window->struts); window->struts = NULL; meta_topic (META_DEBUG_WORKAREA, "Unmanaging window %s which has struts, so invalidating work areas\n", window->desc); invalidate_work_areas (window); } if (window->sync_request_timeout_id) { g_source_remove (window->sync_request_timeout_id); window->sync_request_timeout_id = 0; } if (window->display->grab_window == window) meta_display_end_grab_op (window->display, timestamp); g_assert (window->display->grab_window != window); if (window->maximized_horizontally || window->maximized_vertically) unmaximize_window_before_freeing (window); /* The XReparentWindow call in meta_window_destroy_frame() moves the * window so we need to send a configure notify; see bug 399552. (We * also do this just in case a window got unmaximized.) */ send_configure_notify (window); meta_window_unqueue (window, META_QUEUE_CALC_SHOWING | META_QUEUE_MOVE_RESIZE | META_QUEUE_UPDATE_ICON); meta_window_free_delete_dialog (window); if (window->workspace) meta_workspace_remove_window (window->workspace, window); g_assert (window->workspace == NULL); #ifndef G_DISABLE_CHECKS tmp = window->screen->workspaces; while (tmp != NULL) { MetaWorkspace *workspace = tmp->data; g_assert (g_list_find (workspace->windows, window) == NULL); g_assert (g_list_find (workspace->mru_list, window) == NULL); tmp = tmp->next; } #endif if (window->monitor) { g_signal_emit_by_name (window->screen, "window-left-monitor", window->monitor->number, window); window->monitor = NULL; } if (!window->override_redirect) meta_stack_remove (window->screen->stack, window); meta_window_destroy_sync_request_alarm (window); if (window->frame) meta_window_destroy_frame (window); /* If an undecorated window is being withdrawn, that will change the * stack as presented to the compositing manager, without actually * changing the stacking order of X windows. */ meta_stack_tracker_queue_sync_stack (window->screen->stack_tracker); if (window->withdrawn) { /* We need to clean off the window's state so it * won't be restored if the app maps it again. */ meta_error_trap_push (window->display); meta_verbose ("Cleaning state from window %s\n", window->desc); XDeleteProperty (window->display->xdisplay, window->xwindow, window->display->atom__NET_WM_DESKTOP); XDeleteProperty (window->display->xdisplay, window->xwindow, window->display->atom__NET_WM_STATE); XDeleteProperty (window->display->xdisplay, window->xwindow, window->display->atom__NET_WM_FULLSCREEN_MONITORS); set_wm_state (window); meta_error_trap_pop (window->display); } else { /* We need to put WM_STATE so that others will understand it on * restart. */ if (!window->minimized) { meta_error_trap_push (window->display); set_wm_state (window); meta_error_trap_pop (window->display); } /* If we're unmanaging a window that is not withdrawn, then * either (a) mutter is exiting, in which case we need to map * the window so the next WM will know that it's not Withdrawn, * or (b) we want to create a new MetaWindow to replace the * current one, which will happen automatically if we re-map * the X Window. */ meta_error_trap_push (window->display); XMapWindow (window->display->xdisplay, window->xwindow); meta_error_trap_pop (window->display); } meta_window_ungrab_keys (window); meta_display_ungrab_window_buttons (window->display, window->xwindow); meta_display_ungrab_focus_window_button (window->display, window); if (window->display->autoraise_window == window) meta_display_remove_autoraise_callback (window->display); if (window->client_type == META_WINDOW_CLIENT_TYPE_X11) { meta_display_unregister_x_window (window->display, window->xwindow); meta_error_trap_push (window->display); /* Put back anything we messed up */ if (window->border_width != 0) XSetWindowBorderWidth (window->display->xdisplay, window->xwindow, window->border_width); /* No save set */ XRemoveFromSaveSet (window->display->xdisplay, window->xwindow); /* Even though the window is now unmanaged, we can't unselect events. This * window might be a window from this process, like a GdkMenu, in * which case it will have pointer events and so forth selected * for it by GDK. There's no way to disentangle those events from the events * we've selected. Even for a window from a different X client, * GDK could also have selected events for it for IPC purposes, so we * can't unselect in that case either. * * Similarly, we can't unselected for events on window->user_time_window. * It might be our own GDK focus window, or it might be a window that a * different client is using for multiple different things: * _NET_WM_USER_TIME_WINDOW and IPC, perhaps. */ if (window->user_time_window != None) { meta_display_unregister_x_window (window->display, window->user_time_window); window->user_time_window = None; } #ifdef HAVE_SHAPE if (META_DISPLAY_HAS_SHAPE (window->display)) XShapeSelectInput (window->display->xdisplay, window->xwindow, NoEventMask); #endif meta_error_trap_pop (window->display); } else meta_display_unregister_wayland_window (window->display, window); g_slist_free_full (window->pending_pings, (GDestroyNotify) ping_data_free); meta_prefs_remove_listener (prefs_changed_callback, window); meta_screen_queue_check_fullscreen (window->screen); g_signal_emit (window, window_signals[UNMANAGED], 0); g_object_unref (window); } static gboolean should_be_on_all_workspaces (MetaWindow *window) { return window->on_all_workspaces_requested || window->override_redirect || (meta_prefs_get_workspaces_only_on_primary () && !meta_window_is_on_primary_monitor (window)); } void meta_window_update_on_all_workspaces (MetaWindow *window) { gboolean old_value; old_value = window->on_all_workspaces; window->on_all_workspaces = should_be_on_all_workspaces (window); if (window->on_all_workspaces != old_value && !window->override_redirect) { if (window->on_all_workspaces) { GList* tmp = window->screen->workspaces; /* Add to all MRU lists */ while (tmp) { MetaWorkspace* work = (MetaWorkspace*) tmp->data; if (!g_list_find (work->mru_list, window)) work->mru_list = g_list_prepend (work->mru_list, window); tmp = tmp->next; } } else { GList* tmp = window->screen->workspaces; /* Remove from MRU lists except the window's workspace */ while (tmp) { MetaWorkspace* work = (MetaWorkspace*) tmp->data; if (work != window->workspace) work->mru_list = g_list_remove (work->mru_list, window); tmp = tmp->next; } } meta_window_set_current_workspace_hint (window); } } static void set_wm_state (MetaWindow *window) { if (window->client_type == META_WINDOW_CLIENT_TYPE_X11) meta_window_x11_set_wm_state (window); } static void set_net_wm_state (MetaWindow *window) { if (window->client_type == META_WINDOW_CLIENT_TYPE_X11) meta_window_x11_set_net_wm_state (window); } /** * meta_window_located_on_workspace: * @window: a #MetaWindow * @workspace: a #MetaWorkspace * * Returns: whether @window is displayed on @workspace, or whether it * will be displayed on all workspaces. */ gboolean meta_window_located_on_workspace (MetaWindow *window, MetaWorkspace *workspace) { return (window->on_all_workspaces && window->screen == workspace->screen) || (window->workspace == workspace); } static gboolean is_minimized_foreach (MetaWindow *window, void *data) { gboolean *result = data; *result = window->minimized; if (*result) return FALSE; /* stop as soon as we find one */ else return TRUE; } static gboolean ancestor_is_minimized (MetaWindow *window) { gboolean is_minimized; is_minimized = FALSE; meta_window_foreach_ancestor (window, is_minimized_foreach, &is_minimized); return is_minimized; } /** * meta_window_showing_on_its_workspace: * @window: A #MetaWindow * * Returns: %TRUE if window would be visible, if its workspace was current */ gboolean meta_window_showing_on_its_workspace (MetaWindow *window) { gboolean showing; gboolean is_desktop_or_dock; MetaWorkspace* workspace_of_window; showing = TRUE; /* 1. See if we're minimized */ if (window->minimized) showing = FALSE; /* 2. See if we're in "show desktop" mode */ is_desktop_or_dock = FALSE; is_desktop_or_dock_foreach (window, &is_desktop_or_dock); meta_window_foreach_ancestor (window, is_desktop_or_dock_foreach, &is_desktop_or_dock); if (window->on_all_workspaces) workspace_of_window = window->screen->active_workspace; else if (window->workspace) workspace_of_window = window->workspace; else /* This only seems to be needed for startup */ workspace_of_window = NULL; if (showing && workspace_of_window && workspace_of_window->showing_desktop && !is_desktop_or_dock) { meta_verbose ("We're showing the desktop on the workspace(s) that window %s is on\n", window->desc); showing = FALSE; } /* 3. See if an ancestor is minimized (note that * ancestor's "mapped" field may not be up to date * since it's being computed in this same idle queue) */ if (showing) { if (ancestor_is_minimized (window)) showing = FALSE; } return showing; } gboolean meta_window_should_be_showing (MetaWindow *window) { gboolean on_workspace; if (!window->surface_mapped) return FALSE; meta_verbose ("Should be showing for window %s\n", window->desc); /* See if we're on the workspace */ on_workspace = meta_window_located_on_workspace (window, window->screen->active_workspace); if (!on_workspace) meta_verbose ("Window %s is not on workspace %d\n", window->desc, meta_workspace_index (window->screen->active_workspace)); else meta_verbose ("Window %s is on the active workspace %d\n", window->desc, meta_workspace_index (window->screen->active_workspace)); if (window->on_all_workspaces) meta_verbose ("Window %s is on all workspaces\n", window->desc); return on_workspace && meta_window_showing_on_its_workspace (window); } static void implement_showing (MetaWindow *window, gboolean showing) { /* Actually show/hide the window */ meta_verbose ("Implement showing = %d for window %s\n", showing, window->desc); if (!showing) { /* When we manage a new window, we normally delay placing it * until it is is first shown, but if we're previewing hidden * windows we might want to know where they are on the screen, * so we should place the window even if we're hiding it rather * than showing it. */ if (!window->placed) meta_window_force_placement (window); meta_window_hide (window); } else meta_window_show (window); window->pending_compositor_effect = META_COMP_EFFECT_NONE; } void meta_window_calc_showing (MetaWindow *window) { implement_showing (window, meta_window_should_be_showing (window)); } static guint queue_later[NUMBER_OF_QUEUES] = {0, 0, 0}; static GSList *queue_pending[NUMBER_OF_QUEUES] = {NULL, NULL, NULL}; static int stackcmp (gconstpointer a, gconstpointer b) { MetaWindow *aw = (gpointer) a; MetaWindow *bw = (gpointer) b; if (aw->screen != bw->screen) return 0; /* don't care how they sort with respect to each other */ else return meta_stack_windows_cmp (aw->screen->stack, aw, bw); } static gboolean idle_calc_showing (gpointer data) { GSList *tmp; GSList *copy; GSList *should_show; GSList *should_hide; GSList *unplaced; GSList *displays; guint queue_index = GPOINTER_TO_INT (data); g_return_val_if_fail (queue_pending[queue_index] != NULL, FALSE); meta_topic (META_DEBUG_WINDOW_STATE, "Clearing the calc_showing queue\n"); /* Work with a copy, for reentrancy. The allowed reentrancy isn't * complete; destroying a window while we're in here would result in * badness. But it's OK to queue/unqueue calc_showings. */ copy = g_slist_copy (queue_pending[queue_index]); g_slist_free (queue_pending[queue_index]); queue_pending[queue_index] = NULL; queue_later[queue_index] = 0; destroying_windows_disallowed += 1; /* We map windows from top to bottom and unmap from bottom to * top, to avoid extra expose events. The exception is * for unplaced windows, which have to be mapped from bottom to * top so placement works. */ should_show = NULL; should_hide = NULL; unplaced = NULL; displays = NULL; tmp = copy; while (tmp != NULL) { MetaWindow *window; window = tmp->data; if (!window->placed) unplaced = g_slist_prepend (unplaced, window); else if (meta_window_should_be_showing (window)) should_show = g_slist_prepend (should_show, window); else should_hide = g_slist_prepend (should_hide, window); tmp = tmp->next; } /* bottom to top */ unplaced = g_slist_sort (unplaced, stackcmp); should_hide = g_slist_sort (should_hide, stackcmp); /* top to bottom */ should_show = g_slist_sort (should_show, stackcmp); should_show = g_slist_reverse (should_show); tmp = unplaced; while (tmp != NULL) { MetaWindow *window; window = tmp->data; meta_window_calc_showing (window); tmp = tmp->next; } tmp = should_show; while (tmp != NULL) { MetaWindow *window; window = tmp->data; implement_showing (window, TRUE); tmp = tmp->next; } tmp = should_hide; while (tmp != NULL) { MetaWindow *window; window = tmp->data; implement_showing (window, FALSE); tmp = tmp->next; } tmp = copy; while (tmp != NULL) { MetaWindow *window; window = tmp->data; /* important to set this here for reentrancy - * if we queue a window again while it's in "copy", * then queue_calc_showing will just return since * we are still in the calc_showing queue */ window->is_in_queues &= ~META_QUEUE_CALC_SHOWING; tmp = tmp->next; } if (meta_prefs_get_focus_mode () != G_DESKTOP_FOCUS_MODE_CLICK) { /* When display->mouse_mode is false, we want to ignore * EnterNotify events unless they come from mouse motion. To do * that, we set a sentinel property on the root window if we're * not in mouse_mode. */ tmp = should_show; while (tmp != NULL) { MetaWindow *window = tmp->data; if (!window->display->mouse_mode) meta_display_increment_focus_sentinel (window->display); tmp = tmp->next; } } g_slist_free (copy); g_slist_free (unplaced); g_slist_free (should_show); g_slist_free (should_hide); g_slist_free (displays); destroying_windows_disallowed -= 1; return FALSE; } #ifdef WITH_VERBOSE_MODE static const gchar* meta_window_queue_names[NUMBER_OF_QUEUES] = {"calc_showing", "move_resize", "update_icon"}; #endif static void meta_window_unqueue (MetaWindow *window, guint queuebits) { gint queuenum; for (queuenum=0; queuenumis_in_queues & 1<desc, meta_window_queue_names[queuenum]); /* Note that window may not actually be in the queue * because it may have been in "copy" inside the idle handler */ queue_pending[queuenum] = g_slist_remove (queue_pending[queuenum], window); window->is_in_queues &= ~(1<is_in_queues & META_QUEUE_CALC_SHOWING) { meta_window_unqueue (window, META_QUEUE_CALC_SHOWING); meta_window_calc_showing (window); } } void meta_window_queue (MetaWindow *window, guint queuebits) { guint queuenum; /* Easier to debug by checking here rather than in the idle */ g_return_if_fail (!window->override_redirect || (queuebits & META_QUEUE_MOVE_RESIZE) == 0); for (queuenum=0; queuenumunmanaging) break; /* If the window already claims to be in that queue, there's no * point putting it in the queue. */ if (window->is_in_queues & 1<desc, meta_window_queue_names[queuenum]); /* So, mark it as being in this queue. */ window->is_in_queues |= 1<display->focus_window; meta_topic (META_DEBUG_STARTUP, "COMPARISON:\n" " net_wm_user_time_set : %d\n" " net_wm_user_time : %u\n" " initial_timestamp_set: %d\n" " initial_timestamp : %u\n", window->net_wm_user_time_set, window->net_wm_user_time, window->initial_timestamp_set, window->initial_timestamp); if (focus_window != NULL) { meta_topic (META_DEBUG_STARTUP, "COMPARISON (continued):\n" " focus_window : %s\n" " fw->net_wm_user_time_set : %d\n" " fw->net_wm_user_time : %u\n", focus_window->desc, focus_window->net_wm_user_time_set, focus_window->net_wm_user_time); } /* We expect the most common case for not focusing a new window * to be when a hint to not focus it has been set. Since we can * deal with that case rapidly, we use special case it--this is * merely a preliminary optimization. :) */ if ( ((window->net_wm_user_time_set == TRUE) && (window->net_wm_user_time == 0)) || ((window->initial_timestamp_set == TRUE) && (window->initial_timestamp == 0))) { meta_topic (META_DEBUG_STARTUP, "window %s explicitly requested no focus\n", window->desc); return TRUE; } if (!(window->net_wm_user_time_set) && !(window->initial_timestamp_set)) { meta_topic (META_DEBUG_STARTUP, "no information about window %s found\n", window->desc); return FALSE; } if (focus_window != NULL && !focus_window->net_wm_user_time_set) { meta_topic (META_DEBUG_STARTUP, "focus window, %s, doesn't have a user time set yet!\n", window->desc); return FALSE; } /* To determine the "launch" time of an application, * startup-notification can set the TIMESTAMP and the * application (usually via its toolkit such as gtk or qt) can * set the _NET_WM_USER_TIME. If both are set, we need to be * using the newer of the two values. * * See http://bugzilla.gnome.org/show_bug.cgi?id=573922 */ compare = 0; if (window->net_wm_user_time_set && window->initial_timestamp_set) compare = XSERVER_TIME_IS_BEFORE (window->net_wm_user_time, window->initial_timestamp) ? window->initial_timestamp : window->net_wm_user_time; else if (window->net_wm_user_time_set) compare = window->net_wm_user_time; else if (window->initial_timestamp_set) compare = window->initial_timestamp; if ((focus_window != NULL) && XSERVER_TIME_IS_BEFORE (compare, focus_window->net_wm_user_time)) { meta_topic (META_DEBUG_STARTUP, "window %s focus prevented by other activity; %u < %u\n", window->desc, compare, focus_window->net_wm_user_time); return TRUE; } else { meta_topic (META_DEBUG_STARTUP, "new window %s with no intervening events\n", window->desc); return FALSE; } } /* This function is an ugly hack. It's experimental in nature and ought to be * replaced by a real hint from the app to the WM if we decide the experimental * behavior is worthwhile. The basic idea is to get more feedback about how * usage scenarios of "strict" focus users and what they expect. See #326159. */ gboolean __window_is_terminal (MetaWindow *window) { if (window == NULL || window->res_class == NULL) return FALSE; /* * Compare res_class, which is not user-settable, and thus theoretically * a more-reliable indication of term-ness. */ /* gnome-terminal -- if you couldn't guess */ if (strcmp (window->res_class, "Gnome-terminal") == 0) return TRUE; /* xterm, rxvt, aterm */ else if (strcmp (window->res_class, "XTerm") == 0) return TRUE; /* konsole, KDE's terminal program */ else if (strcmp (window->res_class, "Konsole") == 0) return TRUE; /* rxvt-unicode */ else if (strcmp (window->res_class, "URxvt") == 0) return TRUE; /* eterm */ else if (strcmp (window->res_class, "Eterm") == 0) return TRUE; /* KTerm -- some terminal not KDE based; so not like Konsole */ else if (strcmp (window->res_class, "KTerm") == 0) return TRUE; /* Multi-gnome-terminal */ else if (strcmp (window->res_class, "Multi-gnome-terminal") == 0) return TRUE; /* mlterm ("multi lingual terminal emulator on X") */ else if (strcmp (window->res_class, "mlterm") == 0) return TRUE; /* Terminal -- XFCE Terminal */ else if (strcmp (window->res_class, "Terminal") == 0) return TRUE; return FALSE; } /* This function determines what state the window should have assuming that it * and the focus_window have no relation */ static void window_state_on_map (MetaWindow *window, gboolean *takes_focus, gboolean *places_on_top) { gboolean intervening_events; intervening_events = intervening_user_event_occurred (window); *takes_focus = !intervening_events; *places_on_top = *takes_focus; /* don't initially focus windows that are intended to not accept * focus */ if (!(window->input || window->take_focus)) { *takes_focus = FALSE; return; } /* Terminal usage may be different; some users intend to launch * many apps in quick succession or to just view things in the new * window while still interacting with the terminal. In that case, * apps launched from the terminal should not take focus. This * isn't quite the same as not allowing focus to transfer from * terminals due to new window map, but the latter is a much easier * approximation to enforce so we do that. */ if (*takes_focus && meta_prefs_get_focus_new_windows () == G_DESKTOP_FOCUS_NEW_WINDOWS_STRICT && !window->display->allow_terminal_deactivation && __window_is_terminal (window->display->focus_window) && !meta_window_is_ancestor_of_transient (window->display->focus_window, window)) { meta_topic (META_DEBUG_FOCUS, "focus_window is terminal; not focusing new window.\n"); *takes_focus = FALSE; *places_on_top = FALSE; } switch (window->type) { case META_WINDOW_UTILITY: case META_WINDOW_TOOLBAR: *takes_focus = FALSE; *places_on_top = FALSE; break; case META_WINDOW_DOCK: case META_WINDOW_DESKTOP: case META_WINDOW_SPLASHSCREEN: case META_WINDOW_MENU: /* override redirect types: */ case META_WINDOW_DROPDOWN_MENU: case META_WINDOW_POPUP_MENU: case META_WINDOW_TOOLTIP: case META_WINDOW_NOTIFICATION: case META_WINDOW_COMBO: case META_WINDOW_DND: case META_WINDOW_OVERRIDE_OTHER: /* don't focus any of these; places_on_top may be irrelevant for some of * these (e.g. dock)--but you never know--the focus window might also be * of the same type in some weird situation... */ *takes_focus = FALSE; break; case META_WINDOW_NORMAL: case META_WINDOW_DIALOG: case META_WINDOW_MODAL_DIALOG: /* The default is correct for these */ break; } } static gboolean windows_overlap (const MetaWindow *w1, const MetaWindow *w2) { MetaRectangle w1rect, w2rect; meta_window_get_frame_rect (w1, &w1rect); meta_window_get_frame_rect (w2, &w2rect); return meta_rectangle_overlap (&w1rect, &w2rect); } /* Returns whether a new window would be covered by any * existing window on the same workspace that is set * to be "above" ("always on top"). A window that is not * set "above" would be underneath the new window anyway. * * We take "covered" to mean even partially covered, but * some people might prefer entirely covered. I think it * is more useful to behave this way if any part of the * window is covered, because a partial coverage could be * (say) ninety per cent and almost indistinguishable from total. */ static gboolean window_would_be_covered (const MetaWindow *newbie) { MetaWorkspace *workspace = newbie->workspace; GList *tmp, *windows; windows = meta_workspace_list_windows (workspace); tmp = windows; while (tmp != NULL) { MetaWindow *w = tmp->data; if (w->wm_state_above && w != newbie) { /* We have found a window that is "above". Perhaps it overlaps. */ if (windows_overlap (w, newbie)) { g_list_free (windows); /* clean up... */ return TRUE; /* yes, it does */ } } tmp = tmp->next; } g_list_free (windows); return FALSE; /* none found */ } static gboolean map_frame (MetaWindow *window) { if (window->frame && !window->frame->mapped) { meta_topic (META_DEBUG_WINDOW_STATE, "Frame actually needs map\n"); window->frame->mapped = TRUE; meta_ui_map_frame (window->screen->ui, window->frame->xwindow); return TRUE; } else return FALSE; } static gboolean map_client_window (MetaWindow *window) { if (!window->mapped) { meta_topic (META_DEBUG_WINDOW_STATE, "%s actually needs map\n", window->desc); window->mapped = TRUE; meta_error_trap_push (window->display); XMapWindow (window->display->xdisplay, window->xwindow); meta_error_trap_pop (window->display); return TRUE; } else return FALSE; } static gboolean unmap_client_window (MetaWindow *window, const char *reason) { if (window->mapped) { meta_topic (META_DEBUG_WINDOW_STATE, "%s actually needs unmap%s\n", window->desc, reason); meta_topic (META_DEBUG_WINDOW_STATE, "Incrementing unmaps_pending on %s%s\n", window->desc, reason); window->mapped = FALSE; window->unmaps_pending += 1; meta_error_trap_push (window->display); XUnmapWindow (window->display->xdisplay, window->xwindow); meta_error_trap_pop (window->display); return TRUE; } else return FALSE; } /** * meta_window_is_mapped: * @window: a #MetaWindow * * Determines whether the X window for the MetaWindow is mapped. */ gboolean meta_window_is_mapped (MetaWindow *window) { return window->mapped; } /** * meta_window_toplevel_is_mapped: * @window: a #MetaWindow * * Determines whether the toplevel X window for the MetaWindow is * mapped. (The frame window is mapped even without the client window * when a window is shaded.) * * Return Value: %TRUE if the toplevel is mapped. */ gboolean meta_window_toplevel_is_mapped (MetaWindow *window) { /* The frame is mapped but not the client window when the window * is shaded. */ return window->mapped || (window->frame && window->frame->mapped); } static void meta_window_force_placement (MetaWindow *window) { if (window->placed) return; /* We have to recalc the placement here since other windows may * have been mapped/placed since we last did constrain_position */ /* calc_placement is an efficiency hack to avoid * multiple placement calculations before we finally * show the window. */ window->calc_placement = TRUE; meta_window_move_resize_now (window); window->calc_placement = FALSE; /* don't ever do the initial position constraint thing again. * This is toggled here so that initially-iconified windows * still get placed when they are ultimately shown. */ window->placed = TRUE; /* Don't want to accidentally reuse the fact that we had been denied * focus in any future constraints unless we're denied focus again. */ window->denied_focus_and_not_transient = FALSE; } static void meta_window_show (MetaWindow *window) { gboolean did_show; gboolean takes_focus_on_map; gboolean place_on_top_on_map; gboolean needs_stacking_adjustment; MetaWindow *focus_window; gboolean toplevel_was_mapped; gboolean toplevel_now_mapped; gboolean notify_demands_attention = FALSE; meta_topic (META_DEBUG_WINDOW_STATE, "Showing window %s, shaded: %d iconic: %d placed: %d\n", window->desc, window->shaded, window->iconic, window->placed); toplevel_was_mapped = meta_window_toplevel_is_mapped (window); focus_window = window->display->focus_window; /* May be NULL! */ did_show = FALSE; window_state_on_map (window, &takes_focus_on_map, &place_on_top_on_map); needs_stacking_adjustment = FALSE; meta_topic (META_DEBUG_WINDOW_STATE, "Window %s %s focus on map, and %s place on top on map.\n", window->desc, takes_focus_on_map ? "does" : "does not", place_on_top_on_map ? "does" : "does not"); /* Now, in some rare cases we should *not* put a new window on top. * These cases include certain types of windows showing for the first * time, and any window which would be covered because of another window * being set "above" ("always on top"). * * FIXME: Although "place_on_top_on_map" and "takes_focus_on_map" are * generally based on the window type, there is a special case when the * focus window is a terminal for them both to be false; this should * probably rather be a term in the "if" condition below. */ if ( focus_window != NULL && window->showing_for_first_time && ( (!place_on_top_on_map && !takes_focus_on_map) || window_would_be_covered (window) ) ) { if (meta_window_is_ancestor_of_transient (focus_window, window)) { guint32 timestamp; timestamp = meta_display_get_current_time_roundtrip (window->display); /* This happens for error dialogs or alerts; these need to remain on * top, but it would be confusing to have its ancestor remain * focused. */ meta_topic (META_DEBUG_STARTUP, "The focus window %s is an ancestor of the newly mapped " "window %s which isn't being focused. Unfocusing the " "ancestor.\n", focus_window->desc, window->desc); meta_display_focus_the_no_focus_window (window->display, window->screen, timestamp); } else { needs_stacking_adjustment = TRUE; if (!window->placed) window->denied_focus_and_not_transient = TRUE; } } if (!window->placed) { if (meta_prefs_get_auto_maximize() && window->showing_for_first_time && window->has_maximize_func) { MetaRectangle work_area; meta_window_get_work_area_for_monitor (window, window->monitor->number, &work_area); /* Automaximize windows that map with a size > MAX_UNMAXIMIZED_WINDOW_AREA of the work area */ if (window->rect.width * window->rect.height > work_area.width * work_area.height * MAX_UNMAXIMIZED_WINDOW_AREA) { window->maximize_horizontally_after_placement = TRUE; window->maximize_vertically_after_placement = TRUE; } } meta_window_force_placement (window); } if (needs_stacking_adjustment) { gboolean overlap; /* This window isn't getting focus on map. We may need to do some * special handing with it in regards to * - the stacking of the window * - the MRU position of the window * - the demands attention setting of the window * * Firstly, set the flag so we don't give the window focus anyway * and confuse people. */ takes_focus_on_map = FALSE; overlap = windows_overlap (window, focus_window); /* We want alt tab to go to the denied-focus window */ ensure_mru_position_after (window, focus_window); /* We don't want the denied-focus window to obscure the focus * window, and if we're in both click-to-focus mode and * raise-on-click mode then we want to maintain the invariant * that MRU order == stacking order. The need for this if * comes from the fact that in sloppy/mouse focus the focus * window may not overlap other windows and also can be * considered "below" them; this combination means that * placing the denied-focus window "below" the focus window * in the stack when it doesn't overlap it confusingly places * that new window below a lot of other windows. */ if (overlap || (meta_prefs_get_focus_mode () == G_DESKTOP_FOCUS_MODE_CLICK && meta_prefs_get_raise_on_click ())) meta_window_stack_just_below (window, focus_window); /* If the window will be obscured by the focus window, then the * user might not notice the window appearing so set the * demands attention hint. * * We set the hint ourselves rather than calling * meta_window_set_demands_attention() because that would cause * a recalculation of overlap, and a call to set_net_wm_state() * which we are going to call ourselves here a few lines down. */ if (overlap) { if (!window->wm_state_demands_attention) { window->wm_state_demands_attention = TRUE; notify_demands_attention = TRUE; } } } /* Shaded means the frame is mapped but the window is not */ if (map_frame (window)) did_show = TRUE; if (window->shaded) { unmap_client_window (window, " (shading)"); if (!window->iconic) { window->iconic = TRUE; set_wm_state (window); } } else { if (map_client_window (window)) did_show = TRUE; if (window->hidden) { meta_stack_freeze (window->screen->stack); window->hidden = FALSE; meta_stack_thaw (window->screen->stack); did_show = TRUE; } if (window->iconic) { window->iconic = FALSE; set_wm_state (window); } } toplevel_now_mapped = meta_window_toplevel_is_mapped (window); if (toplevel_now_mapped != toplevel_was_mapped) { if (window->display->compositor) meta_compositor_window_mapped (window->display->compositor, window); } if (!window->visible_to_compositor) { window->visible_to_compositor = TRUE; if (window->display->compositor) { MetaCompEffect effect = META_COMP_EFFECT_NONE; switch (window->pending_compositor_effect) { case META_COMP_EFFECT_CREATE: case META_COMP_EFFECT_UNMINIMIZE: effect = window->pending_compositor_effect; break; case META_COMP_EFFECT_NONE: case META_COMP_EFFECT_DESTROY: case META_COMP_EFFECT_MINIMIZE: break; } meta_compositor_show_window (window->display->compositor, window, effect); } } /* We don't want to worry about all cases from inside * implement_showing(); we only want to worry about focus if this * window has not been shown before. */ if (window->showing_for_first_time) { window->showing_for_first_time = FALSE; if (takes_focus_on_map) { guint32 timestamp; timestamp = meta_display_get_current_time_roundtrip (window->display); meta_window_focus (window, timestamp); } else { /* Prevent EnterNotify events in sloppy/mouse focus from * erroneously focusing the window that had been denied * focus. FIXME: This introduces a race; I have a couple * ideas for a better way to accomplish the same thing, but * they're more involved so do it this way for now. */ meta_display_increment_focus_sentinel (window->display); } } set_net_wm_state (window); if (did_show && window->struts) { meta_topic (META_DEBUG_WORKAREA, "Mapped window %s with struts, so invalidating work areas\n", window->desc); invalidate_work_areas (window); } if (did_show) meta_screen_queue_check_fullscreen (window->screen); if (did_show && window->client_type == META_WINDOW_CLIENT_TYPE_WAYLAND) meta_wayland_compositor_repick (meta_wayland_compositor_get_default ()); /* * Now that we have shown the window, we no longer want to consider the * initial timestamp in any subsequent deliberations whether to focus this * window or not, so clear the flag. * * See http://bugzilla.gnome.org/show_bug.cgi?id=573922 */ window->initial_timestamp_set = FALSE; if (notify_demands_attention) { g_object_notify (G_OBJECT (window), "demands-attention"); g_signal_emit_by_name (window->display, "window-demands-attention", window); } } static void meta_window_hide (MetaWindow *window) { gboolean did_hide; gboolean toplevel_was_mapped; gboolean toplevel_now_mapped; meta_topic (META_DEBUG_WINDOW_STATE, "Hiding window %s\n", window->desc); toplevel_was_mapped = meta_window_toplevel_is_mapped (window); if (window->visible_to_compositor) { window->visible_to_compositor = FALSE; if (window->display->compositor) { MetaCompEffect effect = META_COMP_EFFECT_NONE; switch (window->pending_compositor_effect) { case META_COMP_EFFECT_CREATE: case META_COMP_EFFECT_UNMINIMIZE: case META_COMP_EFFECT_NONE: break; case META_COMP_EFFECT_DESTROY: case META_COMP_EFFECT_MINIMIZE: effect = window->pending_compositor_effect; break; } meta_compositor_hide_window (window->display->compositor, window, effect); } } did_hide = FALSE; /* If this is the first time that we've calculating the showing * state of the window, the frame and client window might not * yet be mapped, so we need to map them now */ map_frame (window); map_client_window (window); if (!window->hidden) { meta_stack_freeze (window->screen->stack); window->hidden = TRUE; meta_stack_thaw (window->screen->stack); did_hide = TRUE; } if (!window->iconic) { window->iconic = TRUE; set_wm_state (window); } toplevel_now_mapped = meta_window_toplevel_is_mapped (window); if (toplevel_now_mapped != toplevel_was_mapped) { if (window->display->compositor) { /* As above, we may be *mapping* live hidden windows */ if (toplevel_now_mapped) meta_compositor_window_mapped (window->display->compositor, window); else meta_compositor_window_unmapped (window->display->compositor, window); } } set_net_wm_state (window); if (did_hide && window->struts) { meta_topic (META_DEBUG_WORKAREA, "Unmapped window %s with struts, so invalidating work areas\n", window->desc); invalidate_work_areas (window); } if (window->has_focus) { MetaWindow *not_this_one = NULL; MetaWorkspace *my_workspace = meta_window_get_workspace (window); guint32 timestamp = meta_display_get_current_time_roundtrip (window->display); /* * If this window is modal, passing the not_this_one window to * _focus_default_window() makes the focus to be given to this window's * ancestor. This can only be the case if the window is on the currently * active workspace; when it is not, we need to pass in NULL, so as to * focus the default window for the active workspace (this scenario * arises when we are switching workspaces). * We also pass in NULL if we are in the process of hiding all non-desktop * windows to avoid unexpected changes to the stacking order. */ if (my_workspace == window->screen->active_workspace && !my_workspace->showing_desktop) not_this_one = window; meta_workspace_focus_default_window (window->screen->active_workspace, not_this_one, timestamp); } if (did_hide) meta_screen_queue_check_fullscreen (window->screen); } static gboolean queue_calc_showing_func (MetaWindow *window, void *data) { meta_window_queue(window, META_QUEUE_CALC_SHOWING); return TRUE; } void meta_window_minimize (MetaWindow *window) { g_return_if_fail (!window->override_redirect); if (!window->minimized) { window->minimized = TRUE; window->pending_compositor_effect = META_COMP_EFFECT_MINIMIZE; meta_window_queue(window, META_QUEUE_CALC_SHOWING); meta_window_foreach_transient (window, queue_calc_showing_func, NULL); if (window->has_focus) { meta_topic (META_DEBUG_FOCUS, "Focusing default window due to minimization of focus window %s\n", window->desc); } else { meta_topic (META_DEBUG_FOCUS, "Minimizing window %s which doesn't have the focus\n", window->desc); } g_object_notify (G_OBJECT (window), "minimized"); } } void meta_window_unminimize (MetaWindow *window) { g_return_if_fail (!window->override_redirect); if (window->minimized) { window->minimized = FALSE; window->pending_compositor_effect = META_COMP_EFFECT_UNMINIMIZE; meta_window_queue(window, META_QUEUE_CALC_SHOWING); meta_window_foreach_transient (window, queue_calc_showing_func, NULL); g_object_notify (G_OBJECT (window), "minimized"); } } static void ensure_size_hints_satisfied (MetaRectangle *rect, const XSizeHints *size_hints) { int minw, minh, maxw, maxh; /* min/max width/height */ int basew, baseh, winc, hinc; /* base width/height, width/height increment */ int extra_width, extra_height; minw = size_hints->min_width; minh = size_hints->min_height; maxw = size_hints->max_width; maxh = size_hints->max_height; basew = size_hints->base_width; baseh = size_hints->base_height; winc = size_hints->width_inc; hinc = size_hints->height_inc; /* First, enforce min/max size constraints */ rect->width = CLAMP (rect->width, minw, maxw); rect->height = CLAMP (rect->height, minh, maxh); /* Now, verify size increment constraints are satisfied, or make them be */ extra_width = (rect->width - basew) % winc; extra_height = (rect->height - baseh) % hinc; rect->width -= extra_width; rect->height -= extra_height; /* Adjusting width/height down, as done above, may violate minimum size * constraints, so one last fix. */ if (rect->width < minw) rect->width += ((minw - rect->width)/winc + 1)*winc; if (rect->height < minh) rect->height += ((minh - rect->height)/hinc + 1)*hinc; } static void meta_window_save_rect (MetaWindow *window) { if (!(META_WINDOW_MAXIMIZED (window) || META_WINDOW_TILED_SIDE_BY_SIDE (window) || window->fullscreen)) { /* save size/pos as appropriate args for move_resize */ if (!window->maximized_horizontally) { window->saved_rect.x = window->rect.x; window->saved_rect.width = window->rect.width; if (window->frame) window->saved_rect.x += window->frame->rect.x; } if (!window->maximized_vertically) { window->saved_rect.y = window->rect.y; window->saved_rect.height = window->rect.height; if (window->frame) window->saved_rect.y += window->frame->rect.y; } } } /** * force_save_user_window_placement: * @window: Store current position of this window for future reference * * Save the user_rect regardless of whether the window is maximized or * fullscreen. See save_user_window_placement() for most uses. */ static void force_save_user_window_placement (MetaWindow *window) { meta_window_get_client_root_coords (window, &window->user_rect); } /** * save_user_window_placement: * @window: Store current position of this window for future reference * * Save the user_rect, but only if the window is neither maximized nor * fullscreen, otherwise the window may snap back to those dimensions * (bug #461927). */ static void save_user_window_placement (MetaWindow *window) { if (!(META_WINDOW_MAXIMIZED (window) || META_WINDOW_TILED_SIDE_BY_SIDE (window) || window->fullscreen)) { MetaRectangle user_rect; meta_window_get_client_root_coords (window, &user_rect); if (!window->maximized_horizontally) { window->user_rect.x = user_rect.x; window->user_rect.width = user_rect.width; } if (!window->maximized_vertically) { window->user_rect.y = user_rect.y; window->user_rect.height = user_rect.height; } } } void meta_window_maximize_internal (MetaWindow *window, MetaMaximizeFlags directions, MetaRectangle *saved_rect) { /* At least one of the two directions ought to be set */ gboolean maximize_horizontally, maximize_vertically; maximize_horizontally = directions & META_MAXIMIZE_HORIZONTAL; maximize_vertically = directions & META_MAXIMIZE_VERTICAL; g_assert (maximize_horizontally || maximize_vertically); meta_topic (META_DEBUG_WINDOW_OPS, "Maximizing %s%s\n", window->desc, maximize_horizontally && maximize_vertically ? "" : maximize_horizontally ? " horizontally" : maximize_vertically ? " vertically" : "BUGGGGG"); if (saved_rect != NULL) window->saved_rect = *saved_rect; else meta_window_save_rect (window); if (maximize_horizontally && maximize_vertically) window->saved_maximize = TRUE; window->maximized_horizontally = window->maximized_horizontally || maximize_horizontally; window->maximized_vertically = window->maximized_vertically || maximize_vertically; if (maximize_horizontally || maximize_vertically) window->force_save_user_rect = FALSE; meta_window_recalc_features (window); set_net_wm_state (window); g_object_freeze_notify (G_OBJECT (window)); g_object_notify (G_OBJECT (window), "maximized-horizontally"); g_object_notify (G_OBJECT (window), "maximized-vertically"); g_object_thaw_notify (G_OBJECT (window)); } void meta_window_maximize (MetaWindow *window, MetaMaximizeFlags directions) { MetaRectangle *saved_rect = NULL; gboolean maximize_horizontally, maximize_vertically; g_return_if_fail (!window->override_redirect); /* At least one of the two directions ought to be set */ maximize_horizontally = directions & META_MAXIMIZE_HORIZONTAL; maximize_vertically = directions & META_MAXIMIZE_VERTICAL; g_assert (maximize_horizontally || maximize_vertically); /* Only do something if the window isn't already maximized in the * given direction(s). */ if ((maximize_horizontally && !window->maximized_horizontally) || (maximize_vertically && !window->maximized_vertically)) { if (window->shaded && maximize_vertically) { /* Shading sucks anyway; I'm not adding a timestamp argument * to this function just for this niche usage & corner case. */ guint32 timestamp = meta_display_get_current_time_roundtrip (window->display); meta_window_unshade (window, timestamp); } /* if the window hasn't been placed yet, we'll maximize it then */ if (!window->placed) { window->maximize_horizontally_after_placement = window->maximize_horizontally_after_placement || maximize_horizontally; window->maximize_vertically_after_placement = window->maximize_vertically_after_placement || maximize_vertically; return; } if (window->tile_mode != META_TILE_NONE) { saved_rect = &window->saved_rect; window->maximized_vertically = FALSE; window->tile_mode = META_TILE_NONE; } meta_window_maximize_internal (window, directions, saved_rect); if (window->display->compositor) { MetaRectangle old_rect; MetaRectangle new_rect; meta_window_get_frame_rect (window, &old_rect); meta_window_move_resize_now (window); meta_window_get_frame_rect (window, &new_rect); meta_compositor_maximize_window (window->display->compositor, window, &old_rect, &new_rect); } else { /* move_resize with new maximization constraints */ meta_window_queue(window, META_QUEUE_MOVE_RESIZE); } } } /** * meta_window_get_maximized: * @window: a #MetaWindow * * Gets the current maximization state of the window, as combination * of the %META_MAXIMIZE_HORIZONTAL and %META_MAXIMIZE_VERTICAL flags; * * Return value: current maximization state */ MetaMaximizeFlags meta_window_get_maximized (MetaWindow *window) { return ((window->maximized_horizontally ? META_MAXIMIZE_HORIZONTAL : 0) | (window->maximized_vertically ? META_MAXIMIZE_VERTICAL : 0)); } /** * meta_window_is_fullscreen: * @window: a #MetaWindow * * Return value: %TRUE if the window is currently fullscreen */ gboolean meta_window_is_fullscreen (MetaWindow *window) { return window->fullscreen; } /** * meta_window_get_all_monitors: * @window: The #MetaWindow * @length: (out): gint holding the length, may be %NULL to ignore * * Returns: (array length=length) (element-type gint) (transfer container): * List of the monitor indices the window is on. */ gint * meta_window_get_all_monitors (MetaWindow *window, gsize *length) { GArray *monitors; MetaRectangle window_rect; int i; monitors = g_array_new (FALSE, FALSE, sizeof (int)); meta_window_get_frame_rect (window, &window_rect); for (i = 0; i < window->screen->n_monitor_infos; i++) { MetaRectangle *monitor_rect = &window->screen->monitor_infos[i].rect; if (meta_rectangle_overlap (&window_rect, monitor_rect)) g_array_append_val (monitors, i); } if (length) *length = monitors->len; i = -1; g_array_append_val (monitors, i); return (gint*) g_array_free (monitors, FALSE); } /** * meta_window_is_screen_sized: * @window: A #MetaWindow * * Return value: %TRUE if the window is occupies the * the whole screen (all monitors). */ gboolean meta_window_is_screen_sized (MetaWindow *window) { MetaRectangle window_rect; int screen_width, screen_height; meta_screen_get_size (window->screen, &screen_width, &screen_height); meta_window_get_frame_rect (window, &window_rect); if (window_rect.x == 0 && window_rect.y == 0 && window_rect.width == screen_width && window_rect.height == screen_height) return TRUE; return FALSE; } /** * meta_window_is_monitor_sized: * @window: a #MetaWindow * * Return value: %TRUE if the window is occupies an entire monitor or * the whole screen. */ gboolean meta_window_is_monitor_sized (MetaWindow *window) { if (window->fullscreen) return TRUE; if (meta_window_is_screen_sized (window)) return TRUE; if (window->override_redirect) { MetaRectangle window_rect, monitor_rect; meta_window_get_frame_rect (window, &window_rect); meta_screen_get_monitor_geometry (window->screen, window->monitor->number, &monitor_rect); if (meta_rectangle_equal (&window_rect, &monitor_rect)) return TRUE; } return FALSE; } /** * meta_window_is_on_primary_monitor: * @window: a #MetaWindow * * Return value: %TRUE if the window is on the primary monitor */ gboolean meta_window_is_on_primary_monitor (MetaWindow *window) { return window->monitor->is_primary; } /** * meta_window_requested_bypass_compositor: * @window: a #MetaWindow * * Return value: %TRUE if the window requested to bypass the compositor */ gboolean meta_window_requested_bypass_compositor (MetaWindow *window) { return window->bypass_compositor == _NET_WM_BYPASS_COMPOSITOR_HINT_ON; } /** * meta_window_requested_dont_bypass_compositor: * @window: a #MetaWindow * * Return value: %TRUE if the window requested to opt out of unredirecting */ gboolean meta_window_requested_dont_bypass_compositor (MetaWindow *window) { return window->bypass_compositor == _NET_WM_BYPASS_COMPOSITOR_HINT_OFF; } void meta_window_tile (MetaWindow *window) { MetaMaximizeFlags directions; /* Don't do anything if no tiling is requested */ if (window->tile_mode == META_TILE_NONE) return; if (window->tile_mode == META_TILE_MAXIMIZED) directions = META_MAXIMIZE_VERTICAL | META_MAXIMIZE_HORIZONTAL; else directions = META_MAXIMIZE_VERTICAL; meta_window_maximize_internal (window, directions, NULL); meta_screen_tile_preview_update (window->screen, FALSE); if (window->display->compositor) { MetaRectangle old_rect; MetaRectangle new_rect; meta_window_get_frame_rect (window, &old_rect); meta_window_move_resize_now (window); meta_window_get_frame_rect (window, &new_rect); meta_compositor_maximize_window (window->display->compositor, window, &old_rect, &new_rect); if (window->frame) meta_ui_queue_frame_draw (window->screen->ui, window->frame->xwindow); } else { /* move_resize with new tiling constraints */ meta_window_queue (window, META_QUEUE_MOVE_RESIZE); } } static gboolean meta_window_can_tile_maximized (MetaWindow *window) { return window->has_maximize_func; } gboolean meta_window_can_tile_side_by_side (MetaWindow *window) { int monitor; MetaRectangle tile_area; MetaRectangle client_rect; if (!meta_window_can_tile_maximized (window)) return FALSE; monitor = meta_screen_get_current_monitor (window->screen); meta_window_get_work_area_for_monitor (window, monitor, &tile_area); /* Do not allow tiling in portrait orientation */ if (tile_area.height > tile_area.width) return FALSE; tile_area.width /= 2; meta_window_frame_rect_to_client_rect (window, &tile_area, &client_rect); return client_rect.width >= window->size_hints.min_width && client_rect.height >= window->size_hints.min_height; } static void unmaximize_window_before_freeing (MetaWindow *window) { meta_topic (META_DEBUG_WINDOW_OPS, "Unmaximizing %s just before freeing\n", window->desc); window->maximized_horizontally = FALSE; window->maximized_vertically = FALSE; if (window->withdrawn) /* See bug #137185 */ { window->rect = window->saved_rect; set_net_wm_state (window); } else if (window->screen->closing) /* See bug #358042 */ { /* Do NOT update net_wm_state: this screen is closing, * it likely will be managed by another window manager * that will need the current _NET_WM_STATE atoms. * Moreover, it will need to know the unmaximized geometry, * therefore move_resize the window to saved_rect here * before closing it. */ meta_window_move_resize (window, FALSE, window->saved_rect.x, window->saved_rect.y, window->saved_rect.width, window->saved_rect.height); } } static void meta_window_unmaximize_internal (MetaWindow *window, MetaMaximizeFlags directions, MetaRectangle *desired_rect, int gravity) { gboolean unmaximize_horizontally, unmaximize_vertically; g_return_if_fail (!window->override_redirect); /* At least one of the two directions ought to be set */ unmaximize_horizontally = directions & META_MAXIMIZE_HORIZONTAL; unmaximize_vertically = directions & META_MAXIMIZE_VERTICAL; g_assert (unmaximize_horizontally || unmaximize_vertically); if (unmaximize_horizontally && unmaximize_vertically) window->saved_maximize = FALSE; /* Only do something if the window isn't already maximized in the * given direction(s). */ if ((unmaximize_horizontally && window->maximized_horizontally) || (unmaximize_vertically && window->maximized_vertically)) { MetaRectangle target_rect; MetaRectangle work_area; MetaRectangle old_rect; meta_window_get_work_area_for_monitor (window, window->monitor->number, &work_area); meta_window_get_frame_rect (window, &old_rect); meta_topic (META_DEBUG_WINDOW_OPS, "Unmaximizing %s%s\n", window->desc, unmaximize_horizontally && unmaximize_vertically ? "" : unmaximize_horizontally ? " horizontally" : unmaximize_vertically ? " vertically" : "BUGGGGG"); window->maximized_horizontally = window->maximized_horizontally && !unmaximize_horizontally; window->maximized_vertically = window->maximized_vertically && !unmaximize_vertically; /* recalc_features() will eventually clear the cached frame * extents, but we need the correct frame extents in the code below, * so invalidate the old frame extents manually up front. */ meta_window_frame_size_changed (window); /* Unmaximize to the saved_rect position in the direction(s) * being unmaximized. */ meta_window_get_client_root_coords (window, &target_rect); /* Avoid unmaximizing to "almost maximized" size when the previous size * is greater then 80% of the work area use MAX_UNMAXIMIZED_WINDOW_AREA of the work area as upper limit * while maintaining the aspect ratio. */ if (unmaximize_horizontally && unmaximize_vertically && desired_rect->width * desired_rect->height > work_area.width * work_area.height * MAX_UNMAXIMIZED_WINDOW_AREA) { if (desired_rect->width > desired_rect->height) { float aspect = (float)desired_rect->height / (float)desired_rect->width; desired_rect->width = MAX (work_area.width * sqrt (MAX_UNMAXIMIZED_WINDOW_AREA), window->size_hints.min_width); desired_rect->height = MAX (desired_rect->width * aspect, window->size_hints.min_height); } else { float aspect = (float)desired_rect->width / (float)desired_rect->height; desired_rect->height = MAX (work_area.height * sqrt (MAX_UNMAXIMIZED_WINDOW_AREA), window->size_hints.min_height); desired_rect->width = MAX (desired_rect->height * aspect, window->size_hints.min_width); } } if (unmaximize_horizontally) { target_rect.x = desired_rect->x; target_rect.width = desired_rect->width; } if (unmaximize_vertically) { target_rect.y = desired_rect->y; target_rect.height = desired_rect->height; } /* Window's size hints may have changed while maximized, making * saved_rect invalid. #329152 */ ensure_size_hints_satisfied (&target_rect, &window->size_hints); if (window->display->compositor) { MetaRectangle new_rect; meta_window_move_resize_internal (window, META_IS_MOVE_ACTION | META_IS_RESIZE_ACTION, gravity, target_rect.x, target_rect.y, target_rect.width, target_rect.height); meta_window_get_frame_rect (window, &new_rect); meta_compositor_unmaximize_window (window->display->compositor, window, &old_rect, &new_rect); } else { meta_window_move_resize_internal (window, META_IS_MOVE_ACTION | META_IS_RESIZE_ACTION, gravity, target_rect.x, target_rect.y, target_rect.width, target_rect.height); } /* Make sure user_rect is current. */ force_save_user_window_placement (window); /* When we unmaximize, if we're doing a mouse move also we could * get the window suddenly jumping to the upper left corner of * the workspace, since that's where it was when the grab op * started. So we need to update the grab state. We have to do * it after the actual operation, as the window may have been moved * by constraints. */ if (meta_grab_op_is_moving (window->display->grab_op) && window->display->grab_window == window) { window->display->grab_anchor_window_pos = window->user_rect; } meta_window_recalc_features (window); set_net_wm_state (window); } g_object_freeze_notify (G_OBJECT (window)); g_object_notify (G_OBJECT (window), "maximized-horizontally"); g_object_notify (G_OBJECT (window), "maximized-vertically"); g_object_thaw_notify (G_OBJECT (window)); } void meta_window_unmaximize (MetaWindow *window, MetaMaximizeFlags directions) { meta_window_unmaximize_internal (window, directions, &window->saved_rect, NorthWestGravity); } /* Like meta_window_unmaximize(), but instead of unmaximizing to the * saved position, we give the new desired size, and the gravity that * determines the positioning relationship between the area occupied * maximized and the new are. The arguments are similar to * meta_window_resize_with_gravity(). * Unlike meta_window_unmaximize(), tiling is not restored for windows * with a tile mode other than META_TILE_NONE. */ void meta_window_unmaximize_with_gravity (MetaWindow *window, MetaMaximizeFlags directions, int new_width, int new_height, int gravity) { MetaRectangle desired_rect; meta_window_get_position (window, &desired_rect.x, &desired_rect.y); desired_rect.width = new_width; desired_rect.height = new_height; meta_window_unmaximize_internal (window, directions, &desired_rect, gravity); } void meta_window_make_above (MetaWindow *window) { g_return_if_fail (!window->override_redirect); meta_window_set_above (window, TRUE); meta_window_raise (window); } void meta_window_unmake_above (MetaWindow *window) { g_return_if_fail (!window->override_redirect); meta_window_set_above (window, FALSE); meta_window_raise (window); } static void meta_window_set_above (MetaWindow *window, gboolean new_value) { new_value = new_value != FALSE; if (new_value == window->wm_state_above) return; window->wm_state_above = new_value; meta_window_update_layer (window); set_net_wm_state (window); meta_window_frame_size_changed (window); g_object_notify (G_OBJECT (window), "above"); } void meta_window_make_fullscreen_internal (MetaWindow *window) { if (!window->fullscreen) { meta_topic (META_DEBUG_WINDOW_OPS, "Fullscreening %s\n", window->desc); if (window->shaded) { /* Shading sucks anyway; I'm not adding a timestamp argument * to this function just for this niche usage & corner case. */ guint32 timestamp = meta_display_get_current_time_roundtrip (window->display); meta_window_unshade (window, timestamp); } meta_window_save_rect (window); window->fullscreen = TRUE; window->force_save_user_rect = FALSE; meta_stack_freeze (window->screen->stack); meta_window_update_layer (window); meta_window_raise (window); meta_stack_thaw (window->screen->stack); meta_window_recalc_features (window); set_net_wm_state (window); /* For the auto-minimize feature, if we fail to get focus */ meta_screen_queue_check_fullscreen (window->screen); g_object_notify (G_OBJECT (window), "fullscreen"); } } void meta_window_make_fullscreen (MetaWindow *window) { g_return_if_fail (!window->override_redirect); if (!window->fullscreen) { meta_window_make_fullscreen_internal (window); /* move_resize with new constraints */ meta_window_queue(window, META_QUEUE_MOVE_RESIZE); } } void meta_window_unmake_fullscreen (MetaWindow *window) { g_return_if_fail (!window->override_redirect); if (window->fullscreen) { MetaRectangle target_rect; meta_topic (META_DEBUG_WINDOW_OPS, "Unfullscreening %s\n", window->desc); window->fullscreen = FALSE; target_rect = window->saved_rect; /* Window's size hints may have changed while maximized, making * saved_rect invalid. #329152 */ ensure_size_hints_satisfied (&target_rect, &window->size_hints); /* Need to update window->has_resize_func before we move_resize() */ meta_window_recalc_features (window); set_net_wm_state (window); meta_window_move_resize (window, FALSE, target_rect.x, target_rect.y, target_rect.width, target_rect.height); /* Make sure user_rect is current. */ force_save_user_window_placement (window); meta_window_update_layer (window); g_object_notify (G_OBJECT (window), "fullscreen"); } } void meta_window_update_fullscreen_monitors (MetaWindow *window, unsigned long top, unsigned long bottom, unsigned long left, unsigned long right) { if ((int)top < window->screen->n_monitor_infos && (int)bottom < window->screen->n_monitor_infos && (int)left < window->screen->n_monitor_infos && (int)right < window->screen->n_monitor_infos) { window->fullscreen_monitors[0] = top; window->fullscreen_monitors[1] = bottom; window->fullscreen_monitors[2] = left; window->fullscreen_monitors[3] = right; } else { window->fullscreen_monitors[0] = -1; } if (window->fullscreen) { meta_window_queue(window, META_QUEUE_MOVE_RESIZE); } } void meta_window_shade (MetaWindow *window, guint32 timestamp) { g_return_if_fail (!window->override_redirect); meta_topic (META_DEBUG_WINDOW_OPS, "Shading %s\n", window->desc); if (!window->shaded) { window->shaded = TRUE; meta_window_queue(window, META_QUEUE_MOVE_RESIZE | META_QUEUE_CALC_SHOWING); meta_window_frame_size_changed (window); /* After queuing the calc showing, since _focus flushes it, * and we need to focus the frame */ meta_topic (META_DEBUG_FOCUS, "Re-focusing window %s after shading it\n", window->desc); meta_window_focus (window, timestamp); set_net_wm_state (window); } } void meta_window_unshade (MetaWindow *window, guint32 timestamp) { g_return_if_fail (!window->override_redirect); meta_topic (META_DEBUG_WINDOW_OPS, "Unshading %s\n", window->desc); if (window->shaded) { window->shaded = FALSE; meta_window_queue(window, META_QUEUE_MOVE_RESIZE | META_QUEUE_CALC_SHOWING); meta_window_frame_size_changed (window); /* focus the window */ meta_topic (META_DEBUG_FOCUS, "Focusing window %s after unshading it\n", window->desc); meta_window_focus (window, timestamp); set_net_wm_state (window); } } static gboolean unminimize_func (MetaWindow *window, void *data) { meta_window_unminimize (window); return TRUE; } static void unminimize_window_and_all_transient_parents (MetaWindow *window) { meta_window_unminimize (window); meta_window_foreach_ancestor (window, unminimize_func, NULL); } void meta_window_activate_full (MetaWindow *window, guint32 timestamp, MetaClientType source_indication, MetaWorkspace *workspace) { gboolean can_ignore_outdated_timestamps; meta_topic (META_DEBUG_FOCUS, "_NET_ACTIVE_WINDOW message sent for %s at time %u " "by client type %u.\n", window->desc, timestamp, source_indication); /* Older EWMH spec didn't specify a timestamp; we decide to honor these only * if the app specifies that it is a pager. * * Update: Unconditionally honor 0 timestamps for now; we'll fight * that battle later. Just remove the "FALSE &&" in order to only * honor 0 timestamps for pagers. */ can_ignore_outdated_timestamps = (timestamp != 0 || (FALSE && source_indication != META_CLIENT_TYPE_PAGER)); if (XSERVER_TIME_IS_BEFORE (timestamp, window->display->last_user_time) && can_ignore_outdated_timestamps) { meta_topic (META_DEBUG_FOCUS, "last_user_time (%u) is more recent; ignoring " " _NET_ACTIVE_WINDOW message.\n", window->display->last_user_time); meta_window_set_demands_attention(window); return; } /* For those stupid pagers, get a valid timestamp and show a warning */ if (timestamp == 0) { meta_warning ("meta_window_activate called by a pager with a 0 timestamp; " "the pager needs to be fixed.\n"); timestamp = meta_display_get_current_time_roundtrip (window->display); } meta_window_set_user_time (window, timestamp); /* disable show desktop mode unless we're a desktop component */ maybe_leave_show_desktop_mode (window); /* Get window on current or given workspace */ if (workspace == NULL) workspace = window->screen->active_workspace; /* For non-transient windows, we just set up a pulsing indicator, rather than move windows or workspaces. See http://bugzilla.gnome.org/show_bug.cgi?id=482354 */ if (window->transient_for == NULL && !meta_window_located_on_workspace (window, workspace)) { meta_window_set_demands_attention (window); /* We've marked it as demanding, don't need to do anything else. */ return; } else if (window->transient_for != NULL) { /* Move transients to current workspace - preference dialogs should appear over the source window. */ meta_window_change_workspace (window, workspace); } if (window->shaded) meta_window_unshade (window, timestamp); unminimize_window_and_all_transient_parents (window); if (meta_prefs_get_raise_on_click () || source_indication == META_CLIENT_TYPE_PAGER) meta_window_raise (window); meta_topic (META_DEBUG_FOCUS, "Focusing window %s due to activation\n", window->desc); meta_window_focus (window, timestamp); meta_window_check_alive (window, timestamp); } /* This function exists since most of the functionality in window_activate * is useful for Mutter, but Mutter shouldn't need to specify a client * type for itself. ;-) */ void meta_window_activate (MetaWindow *window, guint32 timestamp) { g_return_if_fail (!window->override_redirect); /* We're not really a pager, but the behavior we want is the same as if * we were such. If we change the pager behavior later, we could revisit * this and just add extra flags to window_activate. */ meta_window_activate_full (window, timestamp, META_CLIENT_TYPE_PAGER, NULL); } void meta_window_activate_with_workspace (MetaWindow *window, guint32 timestamp, MetaWorkspace *workspace) { g_return_if_fail (!window->override_redirect); meta_window_activate_full (window, timestamp, META_CLIENT_TYPE_APPLICATION, workspace); } /* Manually fix all the weirdness explained in the big comment at the * beginning of meta_window_move_resize_internal() giving positions * expected by meta_window_constrain (i.e. positions & sizes of the * internal or client window). */ static void adjust_for_gravity (MetaWindow *window, MetaFrameBorders *borders, gboolean coords_assume_border, int gravity, MetaRectangle *rect) { int ref_x, ref_y; int bw; int child_x, child_y; int frame_width, frame_height; if (coords_assume_border) bw = window->border_width; else bw = 0; if (borders) { child_x = borders->visible.left; child_y = borders->visible.top; frame_width = child_x + rect->width + borders->visible.right; frame_height = child_y + rect->height + borders->visible.bottom; } else { child_x = 0; child_y = 0; frame_width = rect->width; frame_height = rect->height; } /* We're computing position to pass to window_move, which is * the position of the client window (StaticGravity basically) * * (see WM spec description of gravity computation, but note that * their formulas assume we're honoring the border width, rather * than compensating for having turned it off) */ switch (gravity) { case NorthWestGravity: ref_x = rect->x; ref_y = rect->y; break; case NorthGravity: ref_x = rect->x + rect->width / 2 + bw; ref_y = rect->y; break; case NorthEastGravity: ref_x = rect->x + rect->width + bw * 2; ref_y = rect->y; break; case WestGravity: ref_x = rect->x; ref_y = rect->y + rect->height / 2 + bw; break; case CenterGravity: ref_x = rect->x + rect->width / 2 + bw; ref_y = rect->y + rect->height / 2 + bw; break; case EastGravity: ref_x = rect->x + rect->width + bw * 2; ref_y = rect->y + rect->height / 2 + bw; break; case SouthWestGravity: ref_x = rect->x; ref_y = rect->y + rect->height + bw * 2; break; case SouthGravity: ref_x = rect->x + rect->width / 2 + bw; ref_y = rect->y + rect->height + bw * 2; break; case SouthEastGravity: ref_x = rect->x + rect->width + bw * 2; ref_y = rect->y + rect->height + bw * 2; break; case StaticGravity: default: ref_x = rect->x; ref_y = rect->y; break; } switch (gravity) { case NorthWestGravity: rect->x = ref_x + child_x; rect->y = ref_y + child_y; break; case NorthGravity: rect->x = ref_x - frame_width / 2 + child_x; rect->y = ref_y + child_y; break; case NorthEastGravity: rect->x = ref_x - frame_width + child_x; rect->y = ref_y + child_y; break; case WestGravity: rect->x = ref_x + child_x; rect->y = ref_y - frame_height / 2 + child_y; break; case CenterGravity: rect->x = ref_x - frame_width / 2 + child_x; rect->y = ref_y - frame_height / 2 + child_y; break; case EastGravity: rect->x = ref_x - frame_width + child_x; rect->y = ref_y - frame_height / 2 + child_y; break; case SouthWestGravity: rect->x = ref_x + child_x; rect->y = ref_y - frame_height + child_y; break; case SouthGravity: rect->x = ref_x - frame_width / 2 + child_x; rect->y = ref_y - frame_height + child_y; break; case SouthEastGravity: rect->x = ref_x - frame_width + child_x; rect->y = ref_y - frame_height + child_y; break; case StaticGravity: default: rect->x = ref_x; rect->y = ref_y; break; } } static gboolean static_gravity_works (MetaDisplay *display) { return display->static_gravity_works; } void meta_window_create_sync_request_alarm (MetaWindow *window) { #ifdef HAVE_XSYNC XSyncAlarmAttributes values; XSyncValue init; if (window->sync_request_counter == None || window->sync_request_alarm != None) return; meta_error_trap_push_with_return (window->display); /* In the new (extended style), the counter value is initialized by * the client before mapping the window. In the old style, we're * responsible for setting the initial value of the counter. */ if (window->extended_sync_request_counter) { if (!XSyncQueryCounter(window->display->xdisplay, window->sync_request_counter, &init)) { meta_error_trap_pop_with_return (window->display); window->sync_request_counter = None; return; } window->sync_request_serial = XSyncValueLow32 (init) + ((gint64)XSyncValueHigh32 (init) << 32); } else { XSyncIntToValue (&init, 0); XSyncSetCounter (window->display->xdisplay, window->sync_request_counter, init); window->sync_request_serial = 0; } values.trigger.counter = window->sync_request_counter; values.trigger.test_type = XSyncPositiveComparison; /* Initialize to one greater than the current value */ values.trigger.value_type = XSyncRelative; XSyncIntToValue (&values.trigger.wait_value, 1); /* After triggering, increment test_value by this until * until the test condition is false */ XSyncIntToValue (&values.delta, 1); /* we want events (on by default anyway) */ values.events = True; window->sync_request_alarm = XSyncCreateAlarm (window->display->xdisplay, XSyncCACounter | XSyncCAValueType | XSyncCAValue | XSyncCATestType | XSyncCADelta | XSyncCAEvents, &values); if (meta_error_trap_pop_with_return (window->display) == Success) meta_display_register_sync_alarm (window->display, &window->sync_request_alarm, window); else { window->sync_request_alarm = None; window->sync_request_counter = None; } #endif } void meta_window_destroy_sync_request_alarm (MetaWindow *window) { #ifdef HAVE_XSYNC if (window->sync_request_alarm != None) { /* Has to be unregistered _before_ clearing the structure field */ meta_display_unregister_sync_alarm (window->display, window->sync_request_alarm); XSyncDestroyAlarm (window->display->xdisplay, window->sync_request_alarm); window->sync_request_alarm = None; } #endif /* HAVE_XSYNC */ } #ifdef HAVE_XSYNC static gboolean sync_request_timeout (gpointer data) { MetaWindow *window = data; window->sync_request_timeout_id = 0; /* We have now waited for more than a second for the * application to respond to the sync request */ window->disable_sync = TRUE; /* Reset the wait serial, so we don't continue freezing * window updates */ window->sync_request_wait_serial = 0; meta_compositor_set_updates_frozen (window->display->compositor, window, meta_window_updates_are_frozen (window)); if (window == window->display->grab_window && meta_grab_op_is_resizing (window->display->grab_op)) { update_resize (window, window->display->grab_last_user_action_was_snap, window->display->grab_latest_motion_x, window->display->grab_latest_motion_y, TRUE); } return FALSE; } static void send_sync_request (MetaWindow *window) { XClientMessageEvent ev; gint64 wait_serial; /* For the old style of _NET_WM_SYNC_REQUEST_COUNTER, we just have to * increase the value, but for the new "extended" style we need to * pick an even (unfrozen) value sufficiently ahead of the last serial * that we received from the client; the same code still works * for the old style. The increment of 240 is specified by the EWMH * and is (1 second) * (60fps) * (an increment of 4 per frame). */ wait_serial = window->sync_request_serial + 240; window->sync_request_wait_serial = wait_serial; ev.type = ClientMessage; ev.window = window->xwindow; ev.message_type = window->display->atom_WM_PROTOCOLS; ev.format = 32; ev.data.l[0] = window->display->atom__NET_WM_SYNC_REQUEST; /* FIXME: meta_display_get_current_time() is bad, but since calls * come from meta_window_move_resize_internal (which in turn come * from all over), I'm not sure what we can do to fix it. Do we * want to use _roundtrip, though? */ ev.data.l[1] = meta_display_get_current_time (window->display); ev.data.l[2] = wait_serial & G_GUINT64_CONSTANT(0xffffffff); ev.data.l[3] = wait_serial >> 32; ev.data.l[4] = window->extended_sync_request_counter ? 1 : 0; /* We don't need to trap errors here as we are already * inside an error_trap_push()/pop() pair. */ XSendEvent (window->display->xdisplay, window->xwindow, False, 0, (XEvent*) &ev); /* We give the window 1 sec to respond to _NET_WM_SYNC_REQUEST; * if this time expires, we consider the window unresponsive * and resize it unsynchonized. */ window->sync_request_timeout_id = g_timeout_add (1000, sync_request_timeout, window); meta_compositor_set_updates_frozen (window->display->compositor, window, meta_window_updates_are_frozen (window)); } #endif /** * meta_window_updates_are_frozen: * @window: a #MetaWindow * * Gets whether the compositor should be updating the window contents; * window content updates may be frozen at client request by setting * an odd value in the extended _NET_WM_SYNC_REQUEST_COUNTER counter r * by the window manager during a resize operation while waiting for * the client to redraw. * * Return value: %TRUE if updates are currently frozen */ gboolean meta_window_updates_are_frozen (MetaWindow *window) { #ifdef HAVE_XSYNC if (window->extended_sync_request_counter && window->sync_request_serial % 2 == 1) return TRUE; if (window->sync_request_serial < window->sync_request_wait_serial) return TRUE; #endif return FALSE; } static gboolean maybe_move_attached_dialog (MetaWindow *window, void *data) { if (meta_window_is_attached_dialog (window)) /* It ignores x,y for such a dialog */ meta_window_move (window, FALSE, 0, 0); return FALSE; } /** * meta_window_get_monitor: * @window: a #MetaWindow * * Gets index of the monitor that this window is on. * * Return Value: The index of the monitor in the screens monitor list */ int meta_window_get_monitor (MetaWindow *window) { return window->monitor->number; } /* This is called when the monitor setup has changed. The window->monitor * reference is still "valid", but refer to the previous monitor setup */ void meta_window_update_for_monitors_changed (MetaWindow *window) { const MetaMonitorInfo *old, *new; int i; if (window->type == META_WINDOW_DESKTOP) return; if (window->override_redirect) { meta_window_update_monitor (window); return; } old = window->monitor; /* Start on primary */ new = &window->screen->monitor_infos[window->screen->primary_monitor_index]; /* But, if we can find the old output on a new monitor, use that */ for (i = 0; i < window->screen->n_monitor_infos; i++) { MetaMonitorInfo *info = &window->screen->monitor_infos[i]; if (info->output_id != 0 && info->output_id == old->output_id) { new = info; break; } } if (window->tile_mode != META_TILE_NONE) window->tile_monitor_number = new->number; /* This will eventually reach meta_window_update_monitor that * will send leave/enter-monitor events. The old != new monitor * check will always fail (due to the new monitor_infos set) so * we will always send the events, even if the new and old monitor * index is the same. That is right, since the enumeration of the * monitors changed and the same index could be refereing * to a different monitor. */ meta_window_move_between_rects (window, &old->rect, &new->rect); } static void meta_window_update_monitor (MetaWindow *window) { const MetaMonitorInfo *old; old = window->monitor; window->monitor = meta_screen_get_monitor_for_window (window->screen, window); if (old != window->monitor) { meta_window_update_on_all_workspaces (window); /* If workspaces only on primary and we moved back to primary, ensure that the * window is now in that workspace. We do this because while the window is on a * non-primary monitor it is always visible, so it would be very jarring if it * disappeared when it crossed the monitor border. * The one time we want it to both change to the primary monitor and a non-active * workspace is when dropping the window on some other workspace thumbnail directly. * That should be handled by explicitly moving the window before changing the * workspace * Don't do this if old == NULL, because thats what happens when starting up, and * we don't want to move all windows around from a previous WM instance. Nor do * we want it when moving from one primary monitor to another (can happen during * screen reconfiguration. */ if (meta_prefs_get_workspaces_only_on_primary () && meta_window_is_on_primary_monitor (window) && old != NULL && !old->is_primary && window->screen->active_workspace != window->workspace) meta_window_change_workspace (window, window->screen->active_workspace); if (old) g_signal_emit_by_name (window->screen, "window-left-monitor", old->number, window); g_signal_emit_by_name (window->screen, "window-entered-monitor", window->monitor->number, window); /* If we're changing monitors, we need to update the has_maximize_func flag, * as the working area has changed. */ meta_window_recalc_features (window); } } static void meta_window_move_resize_internal (MetaWindow *window, MetaMoveResizeFlags flags, int gravity, int root_x_nw, int root_y_nw, int w, int h) { /* meta_window_move_resize_internal gets called with very different * meanings for root_x_nw and root_y_nw. w & h are always the area * of the inner or client window (i.e. excluding the frame) and * gravity is the relevant gravity associated with the request (note * that gravity is ignored for move-only operations unless its * e.g. a configure request). The location is different for * different cases because of how this function gets called; note * that in all cases what we want to find out is the upper left * corner of the position of the inner window: * * Case | Called from (flags; gravity) * -----+----------------------------------------------- * 1 | A resize only ConfigureRequest * 1 | meta_window_resize * 1 | meta_window_resize_with_gravity * 2 | New window * 2 | Session restore * 2 | A not-resize-only ConfigureRequest/net_moveresize_window request * 3 | meta_window_move * 3 | meta_window_move_resize * 4 | meta_window_move_resize_wayland * * For each of the cases, root_x_nw and root_y_nw must be treated as follows: * * (1) They should be entirely ignored; instead the previous position * and size of the window should be resized according to the given * gravity in order to determine the new position of the window. * (2) Needs to be fixed up by adjust_for_gravity() as these * coordinates are relative to some corner or side of the outer * window (except for the case of StaticGravity) and we want to * know the location of the upper left corner of the inner window. * (3) These values are already the desired position of the NW corner * of the inner window * (4) These values are already the desired position of the NW corner * of the inner window (which is also the outer window, because * we don't decorate wayland clients), and the client has acknowledged * the window size change. */ XWindowChanges values; unsigned int mask; gboolean need_configure_notify; MetaFrameBorders borders; gboolean need_move_client = FALSE; gboolean need_move_frame = FALSE; gboolean need_resize_client = FALSE; gboolean need_resize_frame = FALSE; int size_dx; int size_dy; gboolean frame_shape_changed = FALSE; gboolean is_configure_request; gboolean do_gravity_adjust; gboolean is_user_action; gboolean is_wayland_resize; gboolean did_placement; gboolean configure_frame_first; gboolean use_static_gravity; /* used for the configure request, but may not be final * destination due to StaticGravity etc. */ int client_move_x; int client_move_y; MetaRectangle new_rect; MetaRectangle old_rect; g_return_if_fail (!window->override_redirect); is_configure_request = (flags & META_IS_CONFIGURE_REQUEST) != 0; do_gravity_adjust = (flags & META_DO_GRAVITY_ADJUST) != 0; is_user_action = (flags & META_IS_USER_ACTION) != 0; is_wayland_resize = (flags & META_IS_WAYLAND_RESIZE) != 0; /* The action has to be a move, a resize or the wayland client * acking our choice of size. */ g_assert (flags & (META_IS_MOVE_ACTION | META_IS_RESIZE_ACTION | META_IS_WAYLAND_RESIZE)); /* We don't need it in the idle queue anymore. */ meta_window_unqueue (window, META_QUEUE_MOVE_RESIZE); meta_window_get_client_root_coords (window, &old_rect); meta_topic (META_DEBUG_GEOMETRY, "Move/resize %s to %d,%d %dx%d%s%s from %d,%d %dx%d\n", window->desc, root_x_nw, root_y_nw, w, h, is_configure_request ? " (configure request)" : "", is_user_action ? " (user move/resize)" : "", old_rect.x, old_rect.y, old_rect.width, old_rect.height); meta_frame_calc_borders (window->frame, &borders); new_rect.x = root_x_nw; new_rect.y = root_y_nw; new_rect.width = w; new_rect.height = h; /* If this is a resize only, the position should be ignored and * instead obtained by resizing the old rectangle according to the * relevant gravity. */ if ((flags & (META_IS_MOVE_ACTION | META_IS_RESIZE_ACTION)) == META_IS_RESIZE_ACTION) { meta_rectangle_resize_with_gravity (&old_rect, &new_rect, gravity, new_rect.width, new_rect.height); meta_topic (META_DEBUG_GEOMETRY, "Compensated for gravity in resize action; new pos %d,%d\n", new_rect.x, new_rect.y); } else if (is_configure_request || do_gravity_adjust) { adjust_for_gravity (window, window->frame ? &borders : NULL, /* configure request coords assume * the border width existed */ is_configure_request, gravity, &new_rect); meta_topic (META_DEBUG_GEOMETRY, "Compensated for configure_request/do_gravity_adjust needing " "weird positioning; new pos %d,%d\n", new_rect.x, new_rect.y); } did_placement = !window->placed && window->calc_placement; if (flags & (META_IS_MOVE_ACTION | META_IS_RESIZE_ACTION)) { meta_window_constrain (window, flags, gravity, &old_rect, &new_rect); } if (window->client_type == META_WINDOW_CLIENT_TYPE_WAYLAND) { g_assert (window->frame == NULL); /* For wayland clients, the size is completely determined by the client, * and while this allows to avoid some trickery with frames and the resulting * lagging, we also need to insist a bit when the constraints would apply * a different size than the client decides. * * Note that this is not generally a problem for normal toplevel windows (the * constraints don't see the size hints, or just change the position), but * it can be for maximized or fullscreen. * */ root_x_nw = new_rect.x; root_y_nw = new_rect.y; /* First, save where we would like the client to be. This is used by the next * attach to determine if the client is really moving/resizing or not. */ window->expected_rect = new_rect; if (is_wayland_resize) { /* This is a call to wl_surface_commit(), ignore the new_rect and * update the real client size to match the buffer size. */ window->rect.width = w; window->rect.height = h; } if (new_rect.width != window->rect.width || new_rect.height != window->rect.height) { /* We need to resize the client. Resizing is in two parts: * some of the movement happens immediately, and some happens as part * of the resizing (through dx/dy in wl_surface_attach). * * To do so, we need to compute the resize from the point of the view * of the client, and then adjust the immediate resize to match. * * dx/dy are the values we expect from the new attach(), while deltax/ * deltay reflect the overall movement. */ MetaRectangle client_rect; int dx, dy; int deltax, deltay; meta_rectangle_resize_with_gravity (&old_rect, &client_rect, gravity, new_rect.width, new_rect.height); deltax = new_rect.x - old_rect.x; deltay = new_rect.y - old_rect.y; dx = client_rect.x - old_rect.x; dy = client_rect.y - old_rect.y; if (deltax != dx || deltay != dy) need_move_client = TRUE; window->rect.x += (deltax - dx); window->rect.y += (deltay - dy); need_resize_client = TRUE; meta_wayland_surface_configure_notify (window->surface, new_rect.width, new_rect.height, (dx != 0 ? WL_SHELL_SURFACE_RESIZE_LEFT : 0) | (dy != 0 ? WL_SHELL_SURFACE_RESIZE_TOP : 0)); } else { /* No resize happening, we can just move the window and live with it. */ if (window->rect.x != new_rect.x || window->rect.y != new_rect.y) need_move_client = TRUE; window->rect.x = new_rect.x; window->rect.y = new_rect.y; } } else { /* Everything else is the old X11 code, including weird gravities, * the interaction with frames and the synthetic configure notifies. */ /* meta_window_constrain() might have maximized the window after placement, * changing the borders. */ meta_frame_calc_borders (window->frame, &borders); root_x_nw = new_rect.x; root_y_nw = new_rect.y; w = new_rect.width; h = new_rect.height; if (w != window->rect.width || h != window->rect.height) need_resize_client = TRUE; window->rect.width = w; window->rect.height = h; if (window->frame) { int frame_size_dx, frame_size_dy; int new_w, new_h; new_w = window->rect.width + borders.total.left + borders.total.right; if (window->shaded) new_h = borders.total.top; else new_h = window->rect.height + borders.total.top + borders.total.bottom; frame_size_dx = new_w - window->frame->rect.width; frame_size_dy = new_h - window->frame->rect.height; need_resize_frame = (frame_size_dx != 0 || frame_size_dy != 0); window->frame->rect.width = new_w; window->frame->rect.height = new_h; meta_topic (META_DEBUG_GEOMETRY, "Calculated frame size %dx%d\n", window->frame->rect.width, window->frame->rect.height); } /* For nice effect, when growing the window we want to move/resize * the frame first, when shrinking the window we want to move/resize * the client first. If we grow one way and shrink the other, * see which way we're moving "more" * * Mail from Owen subject "Suggestion: Gravity and resizing from the left" * http://mail.gnome.org/archives/wm-spec-list/1999-November/msg00088.html * * An annoying fact you need to know in this code is that StaticGravity * does nothing if you _only_ resize or _only_ move the frame; * it must move _and_ resize, otherwise you get NorthWestGravity * behavior. The move and resize must actually occur, it is not * enough to set CWX | CWWidth but pass in the current size/pos. */ if (window->frame) { int new_x, new_y; int frame_pos_dx, frame_pos_dy; /* Compute new frame coords */ new_x = root_x_nw - borders.total.left; new_y = root_y_nw - borders.total.top; frame_pos_dx = new_x - window->frame->rect.x; frame_pos_dy = new_y - window->frame->rect.y; need_move_frame = (frame_pos_dx != 0 || frame_pos_dy != 0); window->frame->rect.x = new_x; window->frame->rect.y = new_y; /* If frame will both move and resize, then StaticGravity * on the child window will kick in and implicitly move * the child with respect to the frame. The implicit * move will keep the child in the same place with * respect to the root window. If frame only moves * or only resizes, then the child will just move along * with the frame. */ /* window->rect.x, window->rect.y are relative to frame, * remember they are the server coords */ new_x = borders.total.left; new_y = borders.total.top; if (need_resize_frame && need_move_frame && static_gravity_works (window->display)) { /* static gravity kicks in because frame * is both moved and resized */ /* when we move the frame by frame_pos_dx, frame_pos_dy the * client will implicitly move relative to frame by the * inverse delta. * * When moving client then frame, we move the client by the * frame delta, to be canceled out by the implicit move by * the inverse frame delta, resulting in a client at new_x, * new_y. * * When moving frame then client, we move the client * by the same delta as the frame, because the client * was "left behind" by the frame - resulting in a client * at new_x, new_y. * * In both cases we need to move the client window * in all cases where we had to move the frame window. */ client_move_x = new_x + frame_pos_dx; client_move_y = new_y + frame_pos_dy; if (need_move_frame) need_move_client = TRUE; use_static_gravity = TRUE; } else { client_move_x = new_x; client_move_y = new_y; if (client_move_x != window->rect.x || client_move_y != window->rect.y) need_move_client = TRUE; use_static_gravity = FALSE; } /* This is the final target position, but not necessarily what * we pass to XConfigureWindow, due to StaticGravity implicit * movement. */ window->rect.x = new_x; window->rect.y = new_y; } else { if (root_x_nw != window->rect.x || root_y_nw != window->rect.y) need_move_client = TRUE; window->rect.x = root_x_nw; window->rect.y = root_y_nw; client_move_x = window->rect.x; client_move_y = window->rect.y; use_static_gravity = FALSE; } /* If frame extents have changed, fill in other frame fields and change frame's extents property. */ if (window->frame && (window->frame->child_x != borders.total.left || window->frame->child_y != borders.total.top || window->frame->right_width != borders.total.right || window->frame->bottom_height != borders.total.bottom)) { window->frame->child_x = borders.total.left; window->frame->child_y = borders.total.top; window->frame->right_width = borders.total.right; window->frame->bottom_height = borders.total.bottom; update_net_frame_extents (window); } /* See ICCCM 4.1.5 for when to send ConfigureNotify */ need_configure_notify = FALSE; /* If this is a configure request and we change nothing, then we * must send configure notify. */ if (is_configure_request && !(need_move_client || need_move_frame || need_resize_client || need_resize_frame || window->border_width != 0)) need_configure_notify = TRUE; /* We must send configure notify if we move but don't resize, since * the client window may not get a real event */ if ((need_move_client || need_move_frame) && !(need_resize_client || need_resize_frame)) need_configure_notify = TRUE; /* MapRequest events with a PPosition or UPosition hint with a frame * are moved by mutter without resizing; send a configure notify * in such cases. See #322840. (Note that window->constructing is * only true iff this call is due to a MapRequest, and when * PPosition/UPosition hints aren't set, mutter seems to send a * ConfigureNotify anyway due to the above code.) */ if (window->constructing && window->frame && ((window->size_hints.flags & PPosition) || (window->size_hints.flags & USPosition))) need_configure_notify = TRUE; /* The rest of this function syncs our new size/pos with X as * efficiently as possible */ /* Normally, we configure the frame first depending on whether * we grow the frame more than we shrink. The idea is to avoid * messing up the window contents by having a temporary situation * where the frame is smaller than the window. However, if we're * cooperating with the client to create an atomic frame upate, * and the window is redirected, then we should always update * the frame first, since updating the frame will force a new * backing pixmap to be allocated, and the old backing pixmap * will be left undisturbed for us to paint to the screen until * the client finishes redrawing. */ if (window->extended_sync_request_counter) { configure_frame_first = TRUE; } else { size_dx = w - window->rect.width; size_dy = h - window->rect.height; configure_frame_first = size_dx + size_dy >= 0; } if (use_static_gravity) meta_window_set_gravity (window, StaticGravity); if (configure_frame_first && window->frame) frame_shape_changed = meta_frame_sync_to_window (window->frame, gravity, need_move_frame, need_resize_frame); values.border_width = 0; values.x = client_move_x; values.y = client_move_y; values.width = window->rect.width; values.height = window->rect.height; mask = 0; if (is_configure_request && window->border_width != 0) mask |= CWBorderWidth; /* must force to 0 */ if (need_move_client) mask |= (CWX | CWY); if (need_resize_client) mask |= (CWWidth | CWHeight); if (mask != 0) { { int newx, newy; meta_window_get_position (window, &newx, &newy); meta_topic (META_DEBUG_GEOMETRY, "Syncing new client geometry %d,%d %dx%d, border: %s pos: %s size: %s\n", newx, newy, window->rect.width, window->rect.height, mask & CWBorderWidth ? "true" : "false", need_move_client ? "true" : "false", need_resize_client ? "true" : "false"); } meta_error_trap_push (window->display); #ifdef HAVE_XSYNC if (window == window->display->grab_window && meta_grab_op_is_resizing (window->display->grab_op) && !window->disable_sync && window->sync_request_counter != None && window->sync_request_alarm != None && window->sync_request_timeout_id == 0) { send_sync_request (window); } #endif XConfigureWindow (window->display->xdisplay, window->xwindow, mask, &values); meta_error_trap_pop (window->display); } if (!configure_frame_first && window->frame) frame_shape_changed = meta_frame_sync_to_window (window->frame, gravity, need_move_frame, need_resize_frame); /* Put gravity back to be nice to lesser window managers */ if (use_static_gravity) meta_window_set_gravity (window, NorthWestGravity); if (need_configure_notify) send_configure_notify (window); } if (!window->placed && window->force_save_user_rect && !window->fullscreen) force_save_user_window_placement (window); else if (is_user_action) save_user_window_placement (window); if (need_move_frame || need_resize_frame || need_move_client || need_resize_client || did_placement || is_wayland_resize) { int newx, newy; meta_window_get_position (window, &newx, &newy); meta_topic (META_DEBUG_GEOMETRY, "New size/position %d,%d %dx%d (user %d,%d %dx%d)\n", newx, newy, window->rect.width, window->rect.height, window->user_rect.x, window->user_rect.y, window->user_rect.width, window->user_rect.height); if (window->display->compositor) meta_compositor_sync_window_geometry (window->display->compositor, window, did_placement); } else { meta_topic (META_DEBUG_GEOMETRY, "Size/position not modified\n"); } meta_window_refresh_resize_popup (window); meta_window_update_monitor (window); /* Invariants leaving this function are: * a) window->rect and frame->rect reflect the actual * server-side size/pos of window->xwindow and frame->xwindow * b) all constraints are obeyed by window->rect and frame->rect */ if (frame_shape_changed && window->frame_bounds) { cairo_region_destroy (window->frame_bounds); window->frame_bounds = NULL; } meta_window_foreach_transient (window, maybe_move_attached_dialog, NULL); meta_stack_update_window_tile_matches (window->screen->stack, window->screen->active_workspace); } /** * meta_window_resize: * @window: a #MetaWindow * @user_op: bool to indicate whether or not this is a user operation * @w: desired width * @h: desired height * * Resize the window to the desired size. */ void meta_window_resize (MetaWindow *window, gboolean user_op, int w, int h) { int x, y; MetaMoveResizeFlags flags; g_return_if_fail (!window->override_redirect); meta_window_get_position (window, &x, &y); flags = (user_op ? META_IS_USER_ACTION : 0) | META_IS_RESIZE_ACTION; meta_window_move_resize_internal (window, flags, NorthWestGravity, x, y, w, h); } /* * meta_window_move_resize_wayland: * * Complete a resize operation from a wayland client. * */ void meta_window_move_resize_wayland (MetaWindow *window, int width, int height, int dx, int dy) { int x, y; MetaMoveResizeFlags flags; flags = META_IS_WAYLAND_RESIZE; meta_window_get_position (window, &x, &y); x += dx; y += dy; if (x != window->expected_rect.x || y != window->expected_rect.y) flags |= META_IS_MOVE_ACTION; if (width != window->expected_rect.width || height != window->expected_rect.height) flags |= META_IS_RESIZE_ACTION; meta_window_move_resize_internal (window, flags, NorthWestGravity, x, y, width, height); } /** * meta_window_move: * @window: a #MetaWindow * @user_op: bool to indicate whether or not this is a user operation * @root_x_nw: desired x pos * @root_y_nw: desired y pos * * Moves the window to the desired location on window's assigned workspace. * NOTE: does NOT place according to the origin of the enclosing * frame/window-decoration, but according to the origin of the window, * itself. */ void meta_window_move (MetaWindow *window, gboolean user_op, int root_x_nw, int root_y_nw) { MetaMoveResizeFlags flags; g_return_if_fail (!window->override_redirect); flags = (user_op ? META_IS_USER_ACTION : 0) | META_IS_MOVE_ACTION; meta_window_move_resize_internal (window, flags, NorthWestGravity, root_x_nw, root_y_nw, window->rect.width, window->rect.height); } /** * meta_window_move_frame: * @window: a #MetaWindow * @user_op: bool to indicate whether or not this is a user operation * @root_x_nw: desired x pos * @root_y_nw: desired y pos * * Moves the window to the desired location on window's assigned * workspace, using the northwest edge of the frame as the reference, * instead of the actual window's origin, but only if a frame is present. * Otherwise, acts identically to meta_window_move(). */ void meta_window_move_frame (MetaWindow *window, gboolean user_op, int root_x_nw, int root_y_nw) { MetaRectangle rect = { root_x_nw, root_y_nw, 0, 0 }; meta_window_frame_rect_to_client_rect (window, &rect, &rect); meta_window_move (window, user_op, rect.x, rect.y); } static void meta_window_move_between_rects (MetaWindow *window, const MetaRectangle *old_area, const MetaRectangle *new_area) { int rel_x, rel_y; double scale_x, scale_y; rel_x = window->user_rect.x - old_area->x; rel_y = window->user_rect.y - old_area->y; scale_x = (double)new_area->width / old_area->width; scale_y = (double)new_area->height / old_area->height; window->user_rect.x = new_area->x + rel_x * scale_x; window->user_rect.y = new_area->y + rel_y * scale_y; window->saved_rect.x = window->user_rect.x; window->saved_rect.y = window->user_rect.y; meta_window_move_resize (window, FALSE, window->user_rect.x, window->user_rect.y, window->user_rect.width, window->user_rect.height); } /** * meta_window_move_resize_frame: * @window: a #MetaWindow * @user_op: bool to indicate whether or not this is a user operation * @root_x_nw: new x * @root_y_nw: new y * @w: desired width * @h: desired height * * Resizes the window so that its outer bounds (including frame) * fit within the given rect */ void meta_window_move_resize_frame (MetaWindow *window, gboolean user_op, int root_x_nw, int root_y_nw, int w, int h) { MetaRectangle rect = { root_x_nw, root_y_nw, w, h }; meta_window_frame_rect_to_client_rect (window, &rect, &rect); meta_window_move_resize (window, user_op, rect.x, rect.y, rect.width, rect.height); } /** * meta_window_move_to_monitor: * @window: a #MetaWindow * @monitor: desired monitor index * * Moves the window to the monitor with index @monitor, keeping * the relative position of the window's top left corner. */ void meta_window_move_to_monitor (MetaWindow *window, int monitor) { MetaRectangle old_area, new_area; if (monitor == window->monitor->number) return; meta_window_get_work_area_for_monitor (window, window->monitor->number, &old_area); meta_window_get_work_area_for_monitor (window, monitor, &new_area); if (window->tile_mode != META_TILE_NONE) window->tile_monitor_number = monitor; meta_window_move_between_rects (window, &old_area, &new_area); } void meta_window_move_resize (MetaWindow *window, gboolean user_op, int root_x_nw, int root_y_nw, int w, int h) { MetaMoveResizeFlags flags; g_return_if_fail (!window->override_redirect); flags = (user_op ? META_IS_USER_ACTION : 0) | META_IS_MOVE_ACTION | META_IS_RESIZE_ACTION; meta_window_move_resize_internal (window, flags, NorthWestGravity, root_x_nw, root_y_nw, w, h); } void meta_window_resize_with_gravity (MetaWindow *window, gboolean user_op, int w, int h, int gravity) { int x, y; MetaMoveResizeFlags flags; meta_window_get_position (window, &x, &y); flags = (user_op ? META_IS_USER_ACTION : 0) | META_IS_RESIZE_ACTION; meta_window_move_resize_internal (window, flags, gravity, x, y, w, h); } static void meta_window_move_resize_now (MetaWindow *window) { /* If constraints have changed then we want to snap back to wherever * the user had the window. We use user_rect for this reason. See * also bug 426519 comment 3. */ meta_window_move_resize (window, FALSE, window->user_rect.x, window->user_rect.y, window->user_rect.width, window->user_rect.height); } static gboolean idle_move_resize (gpointer data) { GSList *tmp; GSList *copy; guint queue_index = GPOINTER_TO_INT (data); meta_topic (META_DEBUG_GEOMETRY, "Clearing the move_resize queue\n"); /* Work with a copy, for reentrancy. The allowed reentrancy isn't * complete; destroying a window while we're in here would result in * badness. But it's OK to queue/unqueue move_resizes. */ copy = g_slist_copy (queue_pending[queue_index]); g_slist_free (queue_pending[queue_index]); queue_pending[queue_index] = NULL; queue_later[queue_index] = 0; destroying_windows_disallowed += 1; tmp = copy; while (tmp != NULL) { MetaWindow *window; window = tmp->data; /* As a side effect, sets window->move_resize_queued = FALSE */ meta_window_move_resize_now (window); tmp = tmp->next; } g_slist_free (copy); destroying_windows_disallowed -= 1; return FALSE; } /** * meta_window_configure_notify: (skip) * @window: a #MetaWindow * @event: a #XConfigureEvent * * This is used to notify us of an unrequested configuration * (only applicable to override redirect windows) */ void meta_window_configure_notify (MetaWindow *window, XConfigureEvent *event) { g_assert (window->override_redirect); g_assert (window->frame == NULL); window->rect.x = event->x; window->rect.y = event->y; window->rect.width = event->width; window->rect.height = event->height; meta_window_update_monitor (window); /* Whether an override-redirect window is considered fullscreen depends * on its geometry. */ if (window->override_redirect) meta_screen_queue_check_fullscreen (window->screen); if (!event->override_redirect && !event->send_event) meta_warning ("Unhandled change of windows override redirect status\n"); if (window->display->compositor) meta_compositor_sync_window_geometry (window->display->compositor, window, FALSE); } void meta_window_get_position (MetaWindow *window, int *x, int *y) { if (window->frame) { if (x) *x = window->frame->rect.x + window->frame->child_x; if (y) *y = window->frame->rect.y + window->frame->child_y; } else { if (x) *x = window->rect.x; if (y) *y = window->rect.y; } } void meta_window_get_client_root_coords (MetaWindow *window, MetaRectangle *rect) { meta_window_get_position (window, &rect->x, &rect->y); rect->width = window->rect.width; rect->height = window->rect.height; } void meta_window_get_gravity_position (MetaWindow *window, int gravity, int *root_x, int *root_y) { MetaRectangle frame_extents; int w, h; int x, y; w = window->rect.width; h = window->rect.height; if (gravity == StaticGravity) { frame_extents = window->rect; if (window->frame) { frame_extents.x = window->frame->rect.x + window->frame->child_x; frame_extents.y = window->frame->rect.y + window->frame->child_y; } } else { if (window->frame == NULL) frame_extents = window->rect; else frame_extents = window->frame->rect; } x = frame_extents.x; y = frame_extents.y; switch (gravity) { case NorthGravity: case CenterGravity: case SouthGravity: /* Find center of frame. */ x += frame_extents.width / 2; /* Center client window on that point. */ x -= w / 2; break; case SouthEastGravity: case EastGravity: case NorthEastGravity: /* Find right edge of frame */ x += frame_extents.width; /* Align left edge of client at that point. */ x -= w; break; default: break; } switch (gravity) { case WestGravity: case CenterGravity: case EastGravity: /* Find center of frame. */ y += frame_extents.height / 2; /* Center client window there. */ y -= h / 2; break; case SouthWestGravity: case SouthGravity: case SouthEastGravity: /* Find south edge of frame */ y += frame_extents.height; /* Place bottom edge of client there */ y -= h; break; default: break; } if (root_x) *root_x = x; if (root_y) *root_y = y; } void meta_window_get_geometry (MetaWindow *window, int *x, int *y, int *width, int *height) { meta_window_get_gravity_position (window, window->size_hints.win_gravity, x, y); *width = (window->rect.width - window->size_hints.base_width) / window->size_hints.width_inc; *height = (window->rect.height - window->size_hints.base_height) / window->size_hints.height_inc; } /** * meta_window_get_input_rect: * @window: a #MetaWindow * @rect: (out): pointer to an allocated #MetaRectangle * * Gets the rectangle that bounds @window that is responsive to mouse events. * This includes decorations - the visible portion of its border - and (if * present) any invisible area that we make make responsive to mouse clicks in * order to allow convenient border dragging. */ void meta_window_get_input_rect (const MetaWindow *window, MetaRectangle *rect) { if (window->frame) *rect = window->frame->rect; else *rect = window->rect; } /** * meta_window_client_rect_to_frame_rect: * @window: a #MetaWindow * @client_rect: client rectangle in root coordinates * @frame_rect: (out): location to store the computed corresponding frame bounds. * * Converts a desired bounds of the client window - what is passed to meta_window_move_resize() - * into the corresponding bounds of the window frame (excluding invisible borders * and client side shadows.) */ void meta_window_client_rect_to_frame_rect (MetaWindow *window, MetaRectangle *client_rect, MetaRectangle *frame_rect) { if (!frame_rect) return; *frame_rect = *client_rect; /* The support for G_MAXINT here to mean infinity is a convenience for * constraints.c:get_size_limits() and not something that we provide * in other locations or document. */ if (window->frame) { MetaFrameBorders borders; meta_frame_calc_borders (window->frame, &borders); frame_rect->x -= borders.visible.left; frame_rect->y -= borders.visible.top; if (frame_rect->width != G_MAXINT) frame_rect->width += borders.visible.left + borders.visible.right; if (frame_rect->height != G_MAXINT) frame_rect->height += borders.visible.top + borders.visible.bottom; } else { if (window->has_custom_frame_extents) { const GtkBorder *extents = &window->custom_frame_extents; frame_rect->x += extents->left; frame_rect->y += extents->top; if (frame_rect->width != G_MAXINT) frame_rect->width -= extents->left + extents->right; if (frame_rect->height != G_MAXINT) frame_rect->height -= extents->top + extents->bottom; } } } /** * meta_window_frame_rect_to_client_rect: * @window: a #MetaWindow * @frame_rect: desired frame bounds for the window * @client_rect: (out): location to store the computed corresponding client rectangle. * * Converts a desired frame bounds for a window into the bounds of the client * window - what is passed to meta_window_move_resize(). */ void meta_window_frame_rect_to_client_rect (MetaWindow *window, MetaRectangle *frame_rect, MetaRectangle *client_rect) { if (!client_rect) return; *client_rect = *frame_rect; if (window->frame) { MetaFrameBorders borders; meta_frame_calc_borders (window->frame, &borders); client_rect->x += borders.visible.left; client_rect->y += borders.visible.top; client_rect->width -= borders.visible.left + borders.visible.right; client_rect->height -= borders.visible.top + borders.visible.bottom; } else { if (window->has_custom_frame_extents) { const GtkBorder *extents = &window->custom_frame_extents; client_rect->x -= extents->left; client_rect->y -= extents->top; client_rect->width += extents->left + extents->right; client_rect->height += extents->top + extents->bottom; } } } /** * meta_window_get_frame_rect: * @window: a #MetaWindow * @rect: (out): pointer to an allocated #MetaRectangle * * Gets the rectangle that bounds @window that is what the user thinks of * as the edge of the window. This doesn't include any extra reactive * area that we or the client adds to the window, or any area that the * client adds to draw a client-side shadow. */ void meta_window_get_frame_rect (const MetaWindow *window, MetaRectangle *rect) { if (window->frame) { MetaFrameBorders borders; *rect = window->frame->rect; meta_frame_calc_borders (window->frame, &borders); rect->x += borders.invisible.left; rect->y += borders.invisible.top; rect->width -= borders.invisible.left + borders.invisible.right; rect->height -= borders.invisible.top + borders.invisible.bottom; } else { *rect = window->rect; if (window->has_custom_frame_extents) { const GtkBorder *extents = &window->custom_frame_extents; rect->x += extents->left; rect->y += extents->top; rect->width -= extents->left + extents->right; rect->height -= extents->top + extents->bottom; } } } /** * meta_window_get_outer_rect: * @window: a #MetaWindow * @rect: (out): pointer to an allocated #MetaRectangle * * Gets the rectangle that bounds @window that is what the user thinks of * as the edge of the window. This doesn't include any extra reactive * area that we or the client adds to the window, or any area that the * client adds to draw a client-side shadow. * * Deprecated: 3.12: Use meta_window_get_frame_rect() instead. */ void meta_window_get_outer_rect (const MetaWindow *window, MetaRectangle *rect) { meta_window_get_frame_rect (window, rect); } const char* meta_window_get_startup_id (MetaWindow *window) { if (window->startup_id == NULL) { MetaGroup *group; group = meta_window_get_group (window); if (group != NULL) return meta_group_get_startup_id (group); } return window->startup_id; } static MetaWindow* get_modal_transient (MetaWindow *window) { GSList *windows; GSList *tmp; MetaWindow *modal_transient; /* A window can't be the transient of itself, but this is just for * convenience in the loop below; we manually fix things up at the * end if no real modal transient was found. */ modal_transient = window; windows = meta_display_list_windows (window->display, META_LIST_DEFAULT); tmp = windows; while (tmp != NULL) { MetaWindow *transient = tmp->data; if (transient->transient_for == modal_transient && transient->wm_state_modal) { modal_transient = transient; tmp = windows; continue; } tmp = tmp->next; } g_slist_free (windows); if (window == modal_transient) modal_transient = NULL; return modal_transient; } /* XXX META_EFFECT_FOCUS */ void meta_window_focus (MetaWindow *window, guint32 timestamp) { MetaWindow *modal_transient; g_return_if_fail (!window->override_redirect); meta_topic (META_DEBUG_FOCUS, "Setting input focus to window %s, input: %d take_focus: %d\n", window->desc, window->input, window->take_focus); if (window->display->grab_window && window->display->grab_window->all_keys_grabbed && !window->display->grab_window->unmanaging) { meta_topic (META_DEBUG_FOCUS, "Current focus window %s has global keygrab, not focusing window %s after all\n", window->display->grab_window->desc, window->desc); return; } modal_transient = get_modal_transient (window); if (modal_transient != NULL && !modal_transient->unmanaging) { meta_topic (META_DEBUG_FOCUS, "%s has %s as a modal transient, so focusing it instead.\n", window->desc, modal_transient->desc); if (!modal_transient->on_all_workspaces && modal_transient->workspace != window->screen->active_workspace) meta_window_change_workspace (modal_transient, window->screen->active_workspace); window = modal_transient; } meta_window_flush_calc_showing (window); if ((!window->mapped || window->hidden) && !window->shaded) { meta_topic (META_DEBUG_FOCUS, "Window %s is not showing, not focusing after all\n", window->desc); return; } /* For output-only or shaded windows, focus the frame. * This seems to result in the client window getting key events * though, so I don't know if it's icccm-compliant. * * Still, we have to do this or keynav breaks for these windows. */ if (window->frame && (window->shaded || !(window->input || window->take_focus))) { if (window->frame) { meta_topic (META_DEBUG_FOCUS, "Focusing frame of %s\n", window->desc); meta_display_set_input_focus_window (window->display, window, TRUE, timestamp); } } else { if (window->input) { meta_topic (META_DEBUG_FOCUS, "Setting input focus on %s since input = true\n", window->desc); meta_display_set_input_focus_window (window->display, window, FALSE, timestamp); } if (window->take_focus) { meta_topic (META_DEBUG_FOCUS, "Sending WM_TAKE_FOCUS to %s since take_focus = true\n", window->desc); if (!window->input) { /* The "Globally Active Input" window case, where the window * doesn't want us to call XSetInputFocus on it, but does * want us to send a WM_TAKE_FOCUS. * * Normally, we want to just leave the focus undisturbed until * the window respnds to WM_TAKE_FOCUS, but if we're unmanaging * the current focus window we *need* to move the focus away, so * we focus the no_focus_window now (and set * display->focus_window to that) before sending WM_TAKE_FOCUS. */ if (window->display->focus_window != NULL && window->display->focus_window->unmanaging) meta_display_focus_the_no_focus_window (window->display, window->screen, timestamp); } meta_display_request_take_focus (window->display, window, timestamp); } } if (window->wm_state_demands_attention) meta_window_unset_demands_attention(window); /* meta_effect_run_focus(window, NULL, NULL); */ } static void meta_window_change_workspace_without_transients (MetaWindow *window, MetaWorkspace *workspace) { int old_workspace = -1; meta_verbose ("Changing window %s to workspace %d\n", window->desc, meta_workspace_index (workspace)); if (!window->on_all_workspaces_requested) { old_workspace = meta_workspace_index (window->workspace); } /* unstick if stuck. meta_window_unstick would call * meta_window_change_workspace recursively if the window * is not in the active workspace. */ if (window->on_all_workspaces_requested) meta_window_unstick (window); /* See if we're already on this space. If not, make sure we are */ if (window->workspace != workspace) { meta_workspace_remove_window (window->workspace, window); meta_workspace_add_window (workspace, window); g_signal_emit (window, window_signals[WORKSPACE_CHANGED], 0, old_workspace); } } static gboolean change_workspace_foreach (MetaWindow *window, void *data) { meta_window_change_workspace_without_transients (window, data); return TRUE; } void meta_window_change_workspace (MetaWindow *window, MetaWorkspace *workspace) { g_return_if_fail (!window->override_redirect); if (window->always_sticky) return; meta_window_change_workspace_without_transients (window, workspace); meta_window_foreach_transient (window, change_workspace_foreach, workspace); meta_window_foreach_ancestor (window, change_workspace_foreach, workspace); } static void window_stick_impl (MetaWindow *window) { meta_verbose ("Sticking window %s current on_all_workspaces = %d\n", window->desc, window->on_all_workspaces); if (window->on_all_workspaces_requested) return; /* We don't change window->workspaces, because we revert * to that original workspace list if on_all_workspaces is * toggled back off. */ window->on_all_workspaces_requested = TRUE; meta_window_frame_size_changed (window); meta_window_update_on_all_workspaces (window); meta_window_queue(window, META_QUEUE_CALC_SHOWING); } static void window_unstick_impl (MetaWindow *window) { if (!window->on_all_workspaces_requested) return; /* Revert to window->workspaces */ window->on_all_workspaces_requested = FALSE; meta_window_frame_size_changed (window); meta_window_update_on_all_workspaces (window); /* We change ourselves to the active workspace, since otherwise you'd get * a weird window-vaporization effect. Once we have UI for being * on more than one workspace this should probably be add_workspace * not change_workspace. */ if (window->screen->active_workspace != window->workspace) meta_window_change_workspace (window, window->screen->active_workspace); meta_window_queue(window, META_QUEUE_CALC_SHOWING); } static gboolean stick_foreach_func (MetaWindow *window, void *data) { gboolean stick; stick = *(gboolean*)data; if (stick) window_stick_impl (window); else window_unstick_impl (window); return TRUE; } void meta_window_stick (MetaWindow *window) { gboolean stick = TRUE; g_return_if_fail (!window->override_redirect); window_stick_impl (window); meta_window_foreach_transient (window, stick_foreach_func, &stick); } void meta_window_unstick (MetaWindow *window) { gboolean stick = FALSE; g_return_if_fail (!window->override_redirect); window_unstick_impl (window); meta_window_foreach_transient (window, stick_foreach_func, &stick); } unsigned long meta_window_get_net_wm_desktop (MetaWindow *window) { if (window->on_all_workspaces) return 0xFFFFFFFF; else return meta_workspace_index (window->workspace); } static void update_net_frame_extents (MetaWindow *window) { unsigned long data[4]; MetaFrameBorders borders; meta_frame_calc_borders (window->frame, &borders); /* Left */ data[0] = borders.visible.left; /* Right */ data[1] = borders.visible.right; /* Top */ data[2] = borders.visible.top; /* Bottom */ data[3] = borders.visible.bottom; meta_topic (META_DEBUG_GEOMETRY, "Setting _NET_FRAME_EXTENTS on managed window 0x%lx " "to left = %lu, right = %lu, top = %lu, bottom = %lu\n", window->xwindow, data[0], data[1], data[2], data[3]); meta_error_trap_push (window->display); XChangeProperty (window->display->xdisplay, window->xwindow, window->display->atom__NET_FRAME_EXTENTS, XA_CARDINAL, 32, PropModeReplace, (guchar*) data, 4); meta_error_trap_pop (window->display); } void meta_window_set_current_workspace_hint (MetaWindow *window) { /* FIXME if on more than one workspace, we claim to be "sticky", * the WM spec doesn't say what to do here. */ unsigned long data[1]; if (window->workspace == NULL) { /* this happens when unmanaging windows */ return; } data[0] = meta_window_get_net_wm_desktop (window); meta_verbose ("Setting _NET_WM_DESKTOP of %s to %lu\n", window->desc, data[0]); meta_error_trap_push (window->display); XChangeProperty (window->display->xdisplay, window->xwindow, window->display->atom__NET_WM_DESKTOP, XA_CARDINAL, 32, PropModeReplace, (guchar*) data, 1); meta_error_trap_pop (window->display); } static gboolean find_root_ancestor (MetaWindow *window, void *data) { MetaWindow **ancestor = data; /* Overwrite the previously "most-root" ancestor with the new one found */ *ancestor = window; /* We want this to continue until meta_window_foreach_ancestor quits because * there are no more valid ancestors. */ return TRUE; } /** * meta_window_find_root_ancestor: * @window: a #MetaWindow * * Follow the chain of parents of @window, skipping transient windows, * and return the "root" window which has no non-transient parent. * * Returns: (transfer none): The root ancestor window */ MetaWindow * meta_window_find_root_ancestor (MetaWindow *window) { MetaWindow *ancestor; ancestor = window; meta_window_foreach_ancestor (window, find_root_ancestor, &ancestor); return ancestor; } void meta_window_raise (MetaWindow *window) { MetaWindow *ancestor; g_return_if_fail (!window->override_redirect); ancestor = meta_window_find_root_ancestor (window); meta_topic (META_DEBUG_WINDOW_OPS, "Raising window %s, ancestor of %s\n", ancestor->desc, window->desc); /* Raise the ancestor of the window (if the window has no ancestor, * then ancestor will be set to the window itself); do this because * it's weird to see windows from other apps stacked between a child * and parent window of the currently active app. The stacking * constraints in stack.c then magically take care of raising all * the child windows appropriately. */ if (window->screen->stack == ancestor->screen->stack) meta_stack_raise (window->screen->stack, ancestor); else { meta_warning ( "Either stacks aren't per screen or some window has a weird " "transient_for hint; window->screen->stack != " "ancestor->screen->stack. window = %s, ancestor = %s.\n", window->desc, ancestor->desc); /* We could raise the window here, but don't want to do that twice and * so we let the case below handle that. */ } /* Okay, so stacking constraints misses one case: If a window has * two children and we want to raise one of those children, then * raising the ancestor isn't enough; we need to also raise the * correct child. See bug 307875. */ if (window != ancestor) meta_stack_raise (window->screen->stack, window); g_signal_emit (window, window_signals[RAISED], 0); } void meta_window_lower (MetaWindow *window) { g_return_if_fail (!window->override_redirect); meta_topic (META_DEBUG_WINDOW_OPS, "Lowering window %s\n", window->desc); meta_stack_lower (window->screen->stack, window); } void meta_window_send_icccm_message (MetaWindow *window, Atom atom, guint32 timestamp) { /* This comment and code are from twm, copyright * Open Group, Evans & Sutherland, etc. */ /* * ICCCM Client Messages - Section 4.2.8 of the ICCCM dictates that all * client messages will have the following form: * * event type ClientMessage * message type _XA_WM_PROTOCOLS * window tmp->w * format 32 * data[0] message atom * data[1] time stamp */ XClientMessageEvent ev; ev.type = ClientMessage; ev.window = window->xwindow; ev.message_type = window->display->atom_WM_PROTOCOLS; ev.format = 32; ev.data.l[0] = atom; ev.data.l[1] = timestamp; meta_error_trap_push (window->display); XSendEvent (window->display->xdisplay, window->xwindow, False, 0, (XEvent*) &ev); meta_error_trap_pop (window->display); } void meta_window_move_resize_request (MetaWindow *window, guint value_mask, int gravity, int new_x, int new_y, int new_width, int new_height) { int x, y, width, height; gboolean allow_position_change; gboolean in_grab_op; MetaMoveResizeFlags flags; /* We ignore configure requests while the user is moving/resizing * the window, since these represent the app sucking and fighting * the user, most likely due to a bug in the app (e.g. pfaedit * seemed to do this) * * Still have to do the ConfigureNotify and all, but pretend the * app asked for the current size/position instead of the new one. */ in_grab_op = FALSE; if (window->display->grab_op != META_GRAB_OP_NONE && window == window->display->grab_window) { switch (window->display->grab_op) { case META_GRAB_OP_MOVING: case META_GRAB_OP_RESIZING_SE: case META_GRAB_OP_RESIZING_S: case META_GRAB_OP_RESIZING_SW: case META_GRAB_OP_RESIZING_N: case META_GRAB_OP_RESIZING_NE: case META_GRAB_OP_RESIZING_NW: case META_GRAB_OP_RESIZING_W: case META_GRAB_OP_RESIZING_E: in_grab_op = TRUE; break; default: break; } } /* it's essential to use only the explicitly-set fields, * and otherwise use our current up-to-date position. * * Otherwise you get spurious position changes when the app changes * size, for example, if window->rect is not in sync with the * server-side position in effect when the configure request was * generated. */ meta_window_get_gravity_position (window, gravity, &x, &y); allow_position_change = FALSE; if (meta_prefs_get_disable_workarounds ()) { if (window->type == META_WINDOW_DIALOG || window->type == META_WINDOW_MODAL_DIALOG || window->type == META_WINDOW_SPLASHSCREEN) ; /* No position change for these */ else if ((window->size_hints.flags & PPosition) || /* USPosition is just stale if window is placed; * no --geometry involved here. */ ((window->size_hints.flags & USPosition) && !window->placed)) allow_position_change = TRUE; } else { allow_position_change = TRUE; } if (in_grab_op) allow_position_change = FALSE; if (allow_position_change) { if (value_mask & CWX) x = new_x; if (value_mask & CWY) y = new_y; if (value_mask & (CWX | CWY)) { /* Once manually positioned, windows shouldn't be placed * by the window manager. */ window->placed = TRUE; } } else { meta_topic (META_DEBUG_GEOMETRY, "Not allowing position change for window %s PPosition 0x%lx USPosition 0x%lx type %u\n", window->desc, window->size_hints.flags & PPosition, window->size_hints.flags & USPosition, window->type); } width = window->rect.width; height = window->rect.height; if (!in_grab_op) { if (value_mask & CWWidth) width = new_width; if (value_mask & CWHeight) height = new_height; } /* ICCCM 4.1.5 */ /* We're ignoring the value_mask here, since sizes * not in the mask will be the current window geometry. */ window->size_hints.x = x; window->size_hints.y = y; window->size_hints.width = width; window->size_hints.height = height; /* NOTE: We consider ConfigureRequests to be "user" actions in one * way, but not in another. Explanation of the two cases are in the * next two big comments. */ /* The constraints code allows user actions to move windows * offscreen, etc., and configure request actions would often send * windows offscreen when users don't want it if not constrained * (e.g. hitting a dropdown triangle in a fileselector to show more * options, which makes the window bigger). Thus we do not set * META_IS_USER_ACTION in flags to the * meta_window_move_resize_internal() call. */ flags = META_IS_CONFIGURE_REQUEST; if (value_mask & (CWX | CWY)) flags |= META_IS_MOVE_ACTION; if (value_mask & (CWWidth | CWHeight)) flags |= META_IS_RESIZE_ACTION; if (flags & (META_IS_MOVE_ACTION | META_IS_RESIZE_ACTION)) meta_window_move_resize_internal (window, flags, gravity, x, y, width, height); /* window->user_rect exists to allow "snapping-back" the window if a * new strut is set (causing the window to move) and then the strut * is later removed without the user moving the window in the * interim. We'd like to "snap-back" to the position specified by * ConfigureRequest events (at least the constrained version of the * ConfigureRequest, since that is guaranteed to be onscreen) so we * set user_rect here. * * See also bug 426519. */ save_user_window_placement (window); } /* * Move window to the requested workspace; append controls whether new WS * should be created if one does not exist. */ void meta_window_change_workspace_by_index (MetaWindow *window, gint space_index, gboolean append) { MetaWorkspace *workspace; MetaScreen *screen; g_return_if_fail (!window->override_redirect); if (space_index == -1) { meta_window_stick (window); return; } screen = window->screen; workspace = meta_screen_get_workspace_by_index (screen, space_index); if (!workspace && append) workspace = meta_screen_append_new_workspace (screen, FALSE, CurrentTime); if (workspace) { if (window->on_all_workspaces_requested) meta_window_unstick (window); meta_window_change_workspace (window, workspace); } } static void meta_window_appears_focused_changed (MetaWindow *window) { set_net_wm_state (window); meta_window_frame_size_changed (window); g_object_notify (G_OBJECT (window), "appears-focused"); if (window->frame) meta_frame_queue_draw (window->frame); } /** * meta_window_propagate_focus_appearance: * @window: the window to start propagating from * @focused: %TRUE if @window's ancestors should appear focused, * %FALSE if they should not. * * Adjusts the value of #MetaWindow:appears-focused on @window's * ancestors (but not @window itself). If @focused is %TRUE, each of * @window's ancestors will have its %attached_focus_window field set * to the current %focus_window. If @focused if %FALSE, each of * @window's ancestors will have its %attached_focus_window field * cleared if it is currently %focus_window. */ void meta_window_propagate_focus_appearance (MetaWindow *window, gboolean focused) { MetaWindow *child, *parent, *focus_window; focus_window = window->display->focus_window; child = window; parent = meta_window_get_transient_for (child); while (parent && (!focused || meta_window_is_attached_dialog (child))) { gboolean child_focus_state_changed; if (focused) { if (parent->attached_focus_window == focus_window) break; child_focus_state_changed = (parent->attached_focus_window == NULL); parent->attached_focus_window = focus_window; } else { if (parent->attached_focus_window != focus_window) break; child_focus_state_changed = (parent->attached_focus_window != NULL); parent->attached_focus_window = NULL; } if (child_focus_state_changed && !parent->has_focus) { meta_window_appears_focused_changed (parent); } child = parent; parent = meta_window_get_transient_for (child); } } void meta_window_set_focused_internal (MetaWindow *window, gboolean focused) { if (focused) { window->has_focus = TRUE; if (window->override_redirect) return; /* Move to the front of the focusing workspace's MRU list. * We should only be "removing" it from the MRU list if it's * not already there. Note that it's possible that we might * be processing this FocusIn after we've changed to a * different workspace; we should therefore update the MRU * list only if the window is actually on the active * workspace. */ if (window->screen->active_workspace && meta_window_located_on_workspace (window, window->screen->active_workspace)) { GList* link; link = g_list_find (window->screen->active_workspace->mru_list, window); g_assert (link); window->screen->active_workspace->mru_list = g_list_remove_link (window->screen->active_workspace->mru_list, link); g_list_free (link); window->screen->active_workspace->mru_list = g_list_prepend (window->screen->active_workspace->mru_list, window); } if (window->frame) meta_frame_queue_draw (window->frame); meta_error_trap_push (window->display); XInstallColormap (window->display->xdisplay, window->colormap); meta_error_trap_pop (window->display); /* move into FOCUSED_WINDOW layer */ meta_window_update_layer (window); /* Ungrab click to focus button since the sync grab can interfere * with some things you might do inside the focused window, by * causing the client to get funky enter/leave events. * * The reason we usually have a passive grab on the window is * so that we can intercept clicks and raise the window in * response. For click-to-focus we don't need that since the * focused window is already raised. When raise_on_click is * FALSE we also don't need that since we don't do anything * when the window is clicked. * * There is dicussion in bugs 102209, 115072, and 461577 */ if (meta_prefs_get_focus_mode () == G_DESKTOP_FOCUS_MODE_CLICK || !meta_prefs_get_raise_on_click()) meta_display_ungrab_focus_window_button (window->display, window); g_signal_emit (window, window_signals[FOCUS], 0); if (!window->attached_focus_window) meta_window_appears_focused_changed (window); meta_window_propagate_focus_appearance (window, TRUE); } else { window->has_focus = FALSE; if (window->override_redirect) return; meta_window_propagate_focus_appearance (window, FALSE); if (!window->attached_focus_window) meta_window_appears_focused_changed (window); meta_error_trap_push (window->display); XUninstallColormap (window->display->xdisplay, window->colormap); meta_error_trap_pop (window->display); /* move out of FOCUSED_WINDOW layer */ meta_window_update_layer (window); /* Re-grab for click to focus and raise-on-click, if necessary */ if (meta_prefs_get_focus_mode () == G_DESKTOP_FOCUS_MODE_CLICK || !meta_prefs_get_raise_on_click ()) meta_display_grab_focus_window_button (window->display, window); } } static void send_configure_notify (MetaWindow *window) { XEvent event; /* from twm */ event.type = ConfigureNotify; event.xconfigure.display = window->display->xdisplay; event.xconfigure.event = window->xwindow; event.xconfigure.window = window->xwindow; event.xconfigure.x = window->rect.x - window->border_width; event.xconfigure.y = window->rect.y - window->border_width; if (window->frame) { if (window->withdrawn) { MetaFrameBorders borders; /* We reparent the client window and put it to the position * where the visible top-left of the frame window currently is. */ meta_frame_calc_borders (window->frame, &borders); event.xconfigure.x = window->frame->rect.x + borders.invisible.left; event.xconfigure.y = window->frame->rect.y + borders.invisible.top; } else { /* Need to be in root window coordinates */ event.xconfigure.x += window->frame->rect.x; event.xconfigure.y += window->frame->rect.y; } } event.xconfigure.width = window->rect.width; event.xconfigure.height = window->rect.height; event.xconfigure.border_width = window->border_width; /* requested not actual */ event.xconfigure.above = None; /* FIXME */ event.xconfigure.override_redirect = False; meta_topic (META_DEBUG_GEOMETRY, "Sending synthetic configure notify to %s with x: %d y: %d w: %d h: %d\n", window->desc, event.xconfigure.x, event.xconfigure.y, event.xconfigure.width, event.xconfigure.height); meta_error_trap_push (window->display); XSendEvent (window->display->xdisplay, window->xwindow, False, StructureNotifyMask, &event); meta_error_trap_pop (window->display); } /** * meta_window_get_icon_geometry: * @window: a #MetaWindow * @rect: (out): rectangle into which to store the returned geometry. * * Gets the location of the icon corresponding to the window. The location * will be provided set by the task bar or other user interface element * displaying the icon, and is relative to the root window. * * Return value: %TRUE if the icon geometry was succesfully retrieved. */ gboolean meta_window_get_icon_geometry (MetaWindow *window, MetaRectangle *rect) { g_return_val_if_fail (!window->override_redirect, FALSE); if (window->icon_geometry_set) { if (rect) *rect = window->icon_geometry; return TRUE; } return FALSE; } /** * meta_window_set_icon_geometry: * @window: a #MetaWindow * @rect: (allow-none): rectangle with the desired geometry or %NULL. * * Sets or unsets the location of the icon corresponding to the window. If * set, the location should correspond to a dock, task bar or other user * interface element displaying the icon, and is relative to the root window. */ void meta_window_set_icon_geometry (MetaWindow *window, MetaRectangle *rect) { if (rect) { window->icon_geometry = *rect; window->icon_geometry_set = TRUE; } else { window->icon_geometry_set = FALSE; } } static Window read_client_leader (MetaDisplay *display, Window xwindow) { Window retval = None; meta_prop_get_window (display, xwindow, display->atom_WM_CLIENT_LEADER, &retval); return retval; } typedef struct { Window leader; } ClientLeaderData; static gboolean find_client_leader_func (MetaWindow *ancestor, void *data) { ClientLeaderData *d; d = data; d->leader = read_client_leader (ancestor->display, ancestor->xwindow); /* keep going if no client leader found */ return d->leader == None; } static void update_sm_hints (MetaWindow *window) { Window leader; window->xclient_leader = None; window->sm_client_id = NULL; /* If not on the current window, we can get the client * leader from transient parents. If we find a client * leader, we read the SM_CLIENT_ID from it. */ leader = read_client_leader (window->display, window->xwindow); if (leader == None) { ClientLeaderData d; d.leader = None; meta_window_foreach_ancestor (window, find_client_leader_func, &d); leader = d.leader; } if (leader != None) { char *str; window->xclient_leader = leader; if (meta_prop_get_latin1_string (window->display, leader, window->display->atom_SM_CLIENT_ID, &str)) { window->sm_client_id = g_strdup (str); meta_XFree (str); } } else { meta_verbose ("Didn't find a client leader for %s\n", window->desc); if (!meta_prefs_get_disable_workarounds ()) { /* Some broken apps (kdelibs fault?) set SM_CLIENT_ID on the app * instead of the client leader */ char *str; str = NULL; if (meta_prop_get_latin1_string (window->display, window->xwindow, window->display->atom_SM_CLIENT_ID, &str)) { if (window->sm_client_id == NULL) /* first time through */ meta_warning ("Window %s sets SM_CLIENT_ID on itself, instead of on the WM_CLIENT_LEADER window as specified in the ICCCM.\n", window->desc); window->sm_client_id = g_strdup (str); meta_XFree (str); } } } meta_verbose ("Window %s client leader: 0x%lx SM_CLIENT_ID: '%s'\n", window->desc, window->xclient_leader, window->sm_client_id ? window->sm_client_id : "none"); } static void redraw_icon (MetaWindow *window) { /* We could probably be smart and just redraw the icon here, * instead of the whole frame. */ if (window->frame && (window->mapped || window->frame->mapped)) meta_ui_queue_frame_draw (window->screen->ui, window->frame->xwindow); } void meta_window_update_icon_now (MetaWindow *window) { GdkPixbuf *icon; GdkPixbuf *mini_icon; g_return_if_fail (!window->override_redirect); icon = NULL; mini_icon = NULL; if (meta_read_icons (window->screen, window->xwindow, &window->icon_cache, window->wm_hints_pixmap, window->wm_hints_mask, &icon, META_ICON_WIDTH, META_ICON_HEIGHT, &mini_icon, META_MINI_ICON_WIDTH, META_MINI_ICON_HEIGHT)) { if (window->icon) g_object_unref (G_OBJECT (window->icon)); if (window->mini_icon) g_object_unref (G_OBJECT (window->mini_icon)); window->icon = icon; window->mini_icon = mini_icon; g_object_freeze_notify (G_OBJECT (window)); g_object_notify (G_OBJECT (window), "icon"); g_object_notify (G_OBJECT (window), "mini-icon"); g_object_thaw_notify (G_OBJECT (window)); redraw_icon (window); } g_assert (window->icon); g_assert (window->mini_icon); } static gboolean idle_update_icon (gpointer data) { GSList *tmp; GSList *copy; guint queue_index = GPOINTER_TO_INT (data); meta_topic (META_DEBUG_GEOMETRY, "Clearing the update_icon queue\n"); /* Work with a copy, for reentrancy. The allowed reentrancy isn't * complete; destroying a window while we're in here would result in * badness. But it's OK to queue/unqueue update_icons. */ copy = g_slist_copy (queue_pending[queue_index]); g_slist_free (queue_pending[queue_index]); queue_pending[queue_index] = NULL; queue_later[queue_index] = 0; destroying_windows_disallowed += 1; tmp = copy; while (tmp != NULL) { MetaWindow *window; window = tmp->data; meta_window_update_icon_now (window); window->is_in_queues &= ~META_QUEUE_UPDATE_ICON; tmp = tmp->next; } g_slist_free (copy); destroying_windows_disallowed -= 1; return FALSE; } GList* meta_window_get_workspaces (MetaWindow *window) { if (window->on_all_workspaces) return window->screen->workspaces; else if (window->workspace != NULL) return window->workspace->list_containing_self; else return NULL; } static void invalidate_work_areas (MetaWindow *window) { GList *tmp; tmp = meta_window_get_workspaces (window); while (tmp != NULL) { meta_workspace_invalidate_work_area (tmp->data); tmp = tmp->next; } } void meta_window_update_struts (MetaWindow *window) { GSList *old_struts; GSList *new_struts; GSList *old_iter, *new_iter; gulong *struts = NULL; int nitems; gboolean changed; g_return_if_fail (!window->override_redirect); meta_verbose ("Updating struts for %s\n", window->desc); old_struts = window->struts; new_struts = NULL; if (meta_prop_get_cardinal_list (window->display, window->xwindow, window->display->atom__NET_WM_STRUT_PARTIAL, &struts, &nitems)) { if (nitems != 12) meta_verbose ("_NET_WM_STRUT_PARTIAL on %s has %d values instead " "of 12\n", window->desc, nitems); else { /* Pull out the strut info for each side in the hint */ int i; for (i=0; i<4; i++) { MetaStrut *temp; int thickness, strut_begin, strut_end; thickness = struts[i]; if (thickness == 0) continue; strut_begin = struts[4+(i*2)]; strut_end = struts[4+(i*2)+1]; temp = g_new (MetaStrut, 1); temp->side = 1 << i; /* See MetaSide def. Matches nicely, eh? */ temp->rect = window->screen->rect; switch (temp->side) { case META_SIDE_RIGHT: temp->rect.x = BOX_RIGHT(temp->rect) - thickness; /* Intentionally fall through without breaking */ case META_SIDE_LEFT: temp->rect.width = thickness; temp->rect.y = strut_begin; temp->rect.height = strut_end - strut_begin + 1; break; case META_SIDE_BOTTOM: temp->rect.y = BOX_BOTTOM(temp->rect) - thickness; /* Intentionally fall through without breaking */ case META_SIDE_TOP: temp->rect.height = thickness; temp->rect.x = strut_begin; temp->rect.width = strut_end - strut_begin + 1; break; default: g_assert_not_reached (); } new_struts = g_slist_prepend (new_struts, temp); } meta_verbose ("_NET_WM_STRUT_PARTIAL struts %lu %lu %lu %lu for " "window %s\n", struts[0], struts[1], struts[2], struts[3], window->desc); } meta_XFree (struts); } else { meta_verbose ("No _NET_WM_STRUT property for %s\n", window->desc); } if (!new_struts && meta_prop_get_cardinal_list (window->display, window->xwindow, window->display->atom__NET_WM_STRUT, &struts, &nitems)) { if (nitems != 4) meta_verbose ("_NET_WM_STRUT on %s has %d values instead of 4\n", window->desc, nitems); else { /* Pull out the strut info for each side in the hint */ int i; for (i=0; i<4; i++) { MetaStrut *temp; int thickness; thickness = struts[i]; if (thickness == 0) continue; temp = g_new (MetaStrut, 1); temp->side = 1 << i; temp->rect = window->screen->rect; switch (temp->side) { case META_SIDE_RIGHT: temp->rect.x = BOX_RIGHT(temp->rect) - thickness; /* Intentionally fall through without breaking */ case META_SIDE_LEFT: temp->rect.width = thickness; break; case META_SIDE_BOTTOM: temp->rect.y = BOX_BOTTOM(temp->rect) - thickness; /* Intentionally fall through without breaking */ case META_SIDE_TOP: temp->rect.height = thickness; break; default: g_assert_not_reached (); } new_struts = g_slist_prepend (new_struts, temp); } meta_verbose ("_NET_WM_STRUT struts %lu %lu %lu %lu for window %s\n", struts[0], struts[1], struts[2], struts[3], window->desc); } meta_XFree (struts); } else if (!new_struts) { meta_verbose ("No _NET_WM_STRUT property for %s\n", window->desc); } /* Determine whether old_struts and new_struts are the same */ old_iter = old_struts; new_iter = new_struts; while (old_iter && new_iter) { MetaStrut *old_strut = (MetaStrut*) old_iter->data; MetaStrut *new_strut = (MetaStrut*) new_iter->data; if (old_strut->side != new_strut->side || !meta_rectangle_equal (&old_strut->rect, &new_strut->rect)) break; old_iter = old_iter->next; new_iter = new_iter->next; } changed = (old_iter != NULL || new_iter != NULL); /* Update appropriately */ meta_free_gslist_and_elements (old_struts); window->struts = new_struts; if (changed) { meta_topic (META_DEBUG_WORKAREA, "Invalidating work areas of window %s due to struts update\n", window->desc); invalidate_work_areas (window); } else { meta_topic (META_DEBUG_WORKAREA, "Struts on %s were unchanged\n", window->desc); } } void meta_window_recalc_window_type (MetaWindow *window) { MetaWindowType old_type; old_type = window->type; if (window->type_atom != None) { if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_DESKTOP) window->type = META_WINDOW_DESKTOP; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_DOCK) window->type = META_WINDOW_DOCK; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_TOOLBAR) window->type = META_WINDOW_TOOLBAR; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_MENU) window->type = META_WINDOW_MENU; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_UTILITY) window->type = META_WINDOW_UTILITY; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_SPLASH) window->type = META_WINDOW_SPLASHSCREEN; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_DIALOG) window->type = META_WINDOW_DIALOG; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_NORMAL) window->type = META_WINDOW_NORMAL; /* The below are *typically* override-redirect windows, but the spec does * not disallow using them for managed windows. */ else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_DROPDOWN_MENU) window->type = META_WINDOW_DROPDOWN_MENU; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_POPUP_MENU) window->type = META_WINDOW_POPUP_MENU; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_TOOLTIP) window->type = META_WINDOW_TOOLTIP; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_NOTIFICATION) window->type = META_WINDOW_NOTIFICATION; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_COMBO) window->type = META_WINDOW_COMBO; else if (window->type_atom == window->display->atom__NET_WM_WINDOW_TYPE_DND) window->type = META_WINDOW_DND; else { char *atom_name; /* * Fallback on a normal type, and print warning. Don't abort. */ window->type = META_WINDOW_NORMAL; meta_error_trap_push (window->display); atom_name = XGetAtomName (window->display->xdisplay, window->type_atom); meta_error_trap_pop (window->display); meta_warning ("Unrecognized type atom [%s] set for %s \n", atom_name ? atom_name : "unknown", window->desc); if (atom_name) XFree (atom_name); } } else if (window->transient_for != NULL) { window->type = META_WINDOW_DIALOG; } else { window->type = META_WINDOW_NORMAL; } if (window->type == META_WINDOW_DIALOG && window->wm_state_modal) window->type = META_WINDOW_MODAL_DIALOG; /* We don't want to allow override-redirect windows to have decorated-window * types since that's just confusing. */ if (window->override_redirect) { switch (window->type) { /* Decorated types */ case META_WINDOW_NORMAL: case META_WINDOW_DIALOG: case META_WINDOW_MODAL_DIALOG: case META_WINDOW_MENU: case META_WINDOW_UTILITY: window->type = META_WINDOW_OVERRIDE_OTHER; break; /* Undecorated types, normally not override-redirect */ case META_WINDOW_DESKTOP: case META_WINDOW_DOCK: case META_WINDOW_TOOLBAR: case META_WINDOW_SPLASHSCREEN: /* Undecorated types, normally override-redirect types */ case META_WINDOW_DROPDOWN_MENU: case META_WINDOW_POPUP_MENU: case META_WINDOW_TOOLTIP: case META_WINDOW_NOTIFICATION: case META_WINDOW_COMBO: case META_WINDOW_DND: /* To complete enum */ case META_WINDOW_OVERRIDE_OTHER: break; } } meta_verbose ("Calculated type %u for %s, old type %u\n", window->type, window->desc, old_type); if (old_type != window->type) meta_window_type_changed (window); } void meta_window_type_changed (MetaWindow *window) { gboolean old_decorated = window->decorated; GObject *object = G_OBJECT (window); window->attached = meta_window_should_attach_to_parent (window); meta_window_recalc_features (window); if (!window->override_redirect) set_net_wm_state (window); /* Update frame */ if (window->decorated) meta_window_ensure_frame (window); else meta_window_destroy_frame (window); /* update stacking constraints */ meta_window_update_layer (window); meta_window_grab_keys (window); g_object_freeze_notify (object); if (old_decorated != window->decorated) g_object_notify (object, "decorated"); g_object_notify (object, "window-type"); g_object_thaw_notify (object); } void meta_window_frame_size_changed (MetaWindow *window) { if (window->frame) meta_frame_clear_cached_borders (window->frame); } static void set_allowed_actions_hint (MetaWindow *window) { #define MAX_N_ACTIONS 12 unsigned long data[MAX_N_ACTIONS]; int i; i = 0; if (window->has_move_func) { data[i] = window->display->atom__NET_WM_ACTION_MOVE; ++i; } if (window->has_resize_func) { data[i] = window->display->atom__NET_WM_ACTION_RESIZE; ++i; } if (window->has_fullscreen_func) { data[i] = window->display->atom__NET_WM_ACTION_FULLSCREEN; ++i; } if (window->has_minimize_func) { data[i] = window->display->atom__NET_WM_ACTION_MINIMIZE; ++i; } if (window->has_shade_func) { data[i] = window->display->atom__NET_WM_ACTION_SHADE; ++i; } /* sticky according to EWMH is different from mutter's sticky; * mutter doesn't support EWMH sticky */ if (window->has_maximize_func) { data[i] = window->display->atom__NET_WM_ACTION_MAXIMIZE_HORZ; ++i; data[i] = window->display->atom__NET_WM_ACTION_MAXIMIZE_VERT; ++i; } /* We always allow this */ data[i] = window->display->atom__NET_WM_ACTION_CHANGE_DESKTOP; ++i; if (window->has_close_func) { data[i] = window->display->atom__NET_WM_ACTION_CLOSE; ++i; } /* I guess we always allow above/below operations */ data[i] = window->display->atom__NET_WM_ACTION_ABOVE; ++i; data[i] = window->display->atom__NET_WM_ACTION_BELOW; ++i; g_assert (i <= MAX_N_ACTIONS); meta_verbose ("Setting _NET_WM_ALLOWED_ACTIONS with %d atoms\n", i); meta_error_trap_push (window->display); XChangeProperty (window->display->xdisplay, window->xwindow, window->display->atom__NET_WM_ALLOWED_ACTIONS, XA_ATOM, 32, PropModeReplace, (guchar*) data, i); meta_error_trap_pop (window->display); #undef MAX_N_ACTIONS } void meta_window_recalc_features (MetaWindow *window) { gboolean old_has_close_func; gboolean old_has_minimize_func; gboolean old_has_move_func; gboolean old_has_resize_func; gboolean old_has_shade_func; gboolean old_always_sticky; gboolean old_skip_taskbar; old_has_close_func = window->has_close_func; old_has_minimize_func = window->has_minimize_func; old_has_move_func = window->has_move_func; old_has_resize_func = window->has_resize_func; old_has_shade_func = window->has_shade_func; old_always_sticky = window->always_sticky; old_skip_taskbar = window->skip_taskbar; /* Use MWM hints initially */ if (window->client_type == META_WINDOW_CLIENT_TYPE_X11) window->decorated = window->mwm_decorated; else window->decorated = FALSE; window->border_only = window->mwm_border_only; window->has_close_func = window->mwm_has_close_func; window->has_minimize_func = window->mwm_has_minimize_func; window->has_maximize_func = window->mwm_has_maximize_func; window->has_move_func = window->mwm_has_move_func; window->has_resize_func = TRUE; /* If min_size == max_size, then don't allow resize */ if (window->size_hints.min_width == window->size_hints.max_width && window->size_hints.min_height == window->size_hints.max_height) window->has_resize_func = FALSE; else if (!window->mwm_has_resize_func) { /* We ignore mwm_has_resize_func because WM_NORMAL_HINTS is the * authoritative source for that info. Some apps such as mplayer or * xine disable resize via MWM but not WM_NORMAL_HINTS, but that * leads to e.g. us not fullscreening their windows. Apps that set * MWM but not WM_NORMAL_HINTS are basically broken. We complain * about these apps but make them work. */ meta_warning ("Window %s sets an MWM hint indicating it isn't resizable, but sets min size %d x %d and max size %d x %d; this doesn't make much sense.\n", window->desc, window->size_hints.min_width, window->size_hints.min_height, window->size_hints.max_width, window->size_hints.max_height); } window->has_shade_func = TRUE; window->has_fullscreen_func = TRUE; window->always_sticky = FALSE; /* Semantic category overrides the MWM hints */ if (window->type == META_WINDOW_TOOLBAR) window->decorated = FALSE; if (window->type == META_WINDOW_DESKTOP || window->type == META_WINDOW_DOCK || window->override_redirect) window->always_sticky = TRUE; if (window->override_redirect || meta_window_get_frame_type (window) == META_FRAME_TYPE_LAST) { window->decorated = FALSE; window->has_close_func = FALSE; window->has_shade_func = FALSE; /* FIXME this keeps panels and things from using * NET_WM_MOVERESIZE; the problem is that some * panels (edge panels) have fixed possible locations, * and others ("floating panels") do not. * * Perhaps we should require edge panels to explicitly * disable movement? */ window->has_move_func = FALSE; window->has_resize_func = FALSE; } if (window->type != META_WINDOW_NORMAL) { window->has_minimize_func = FALSE; window->has_maximize_func = FALSE; window->has_fullscreen_func = FALSE; } if (!window->has_resize_func) { window->has_maximize_func = FALSE; /* don't allow fullscreen if we can't resize, unless the size * is entire screen size (kind of broken, because we * actually fullscreen to monitor size not screen size) */ if (window->size_hints.min_width == window->screen->rect.width && window->size_hints.min_height == window->screen->rect.height) ; /* leave fullscreen available */ else window->has_fullscreen_func = FALSE; } /* We leave fullscreen windows decorated, just push the frame outside * the screen. This avoids flickering to unparent them. * * Note that setting has_resize_func = FALSE here must come after the * above code that may disable fullscreen, because if the window * is not resizable purely due to fullscreen, we don't want to * disable fullscreen mode. */ if (window->fullscreen) { window->has_shade_func = FALSE; window->has_move_func = FALSE; window->has_resize_func = FALSE; window->has_maximize_func = FALSE; } if (window->has_maximize_func) { MetaRectangle work_area, client_rect; meta_window_get_work_area_current_monitor (window, &work_area); meta_window_frame_rect_to_client_rect (window, &work_area, &client_rect); if (window->size_hints.min_width >= client_rect.width || window->size_hints.min_height >= client_rect.height) window->has_maximize_func = FALSE; } meta_topic (META_DEBUG_WINDOW_OPS, "Window %s fullscreen = %d not resizable, maximizable = %d fullscreenable = %d min size %dx%d max size %dx%d\n", window->desc, window->fullscreen, window->has_maximize_func, window->has_fullscreen_func, window->size_hints.min_width, window->size_hints.min_height, window->size_hints.max_width, window->size_hints.max_height); /* no shading if not decorated */ if (!window->decorated || window->border_only) window->has_shade_func = FALSE; window->skip_taskbar = FALSE; window->skip_pager = FALSE; if (window->wm_state_skip_taskbar) window->skip_taskbar = TRUE; if (window->wm_state_skip_pager) window->skip_pager = TRUE; switch (window->type) { /* Force skip taskbar/pager on these window types */ case META_WINDOW_DESKTOP: case META_WINDOW_DOCK: case META_WINDOW_TOOLBAR: case META_WINDOW_MENU: case META_WINDOW_UTILITY: case META_WINDOW_SPLASHSCREEN: case META_WINDOW_DROPDOWN_MENU: case META_WINDOW_POPUP_MENU: case META_WINDOW_TOOLTIP: case META_WINDOW_NOTIFICATION: case META_WINDOW_COMBO: case META_WINDOW_DND: case META_WINDOW_OVERRIDE_OTHER: window->skip_taskbar = TRUE; window->skip_pager = TRUE; break; case META_WINDOW_DIALOG: case META_WINDOW_MODAL_DIALOG: /* only skip taskbar if we have a real transient parent (and ignore the application hints) */ if (window->transient_for != NULL) window->skip_taskbar = TRUE; else window->skip_taskbar = FALSE; break; case META_WINDOW_NORMAL: break; } meta_topic (META_DEBUG_WINDOW_OPS, "Window %s decorated = %d border_only = %d has_close = %d has_minimize = %d has_maximize = %d has_move = %d has_shade = %d skip_taskbar = %d skip_pager = %d\n", window->desc, window->decorated, window->border_only, window->has_close_func, window->has_minimize_func, window->has_maximize_func, window->has_move_func, window->has_shade_func, window->skip_taskbar, window->skip_pager); if (old_skip_taskbar != window->skip_taskbar) g_object_notify (G_OBJECT (window), "skip-taskbar"); /* FIXME: * Lame workaround for recalc_features being used overzealously. * The fix is to only recalc_features when something has * actually changed. */ if (window->constructing || old_has_close_func != window->has_close_func || old_has_minimize_func != window->has_minimize_func || old_has_move_func != window->has_move_func || old_has_resize_func != window->has_resize_func || old_has_shade_func != window->has_shade_func || old_always_sticky != window->always_sticky) set_allowed_actions_hint (window); if (window->has_resize_func != old_has_resize_func) g_object_notify (G_OBJECT (window), "resizeable"); meta_window_frame_size_changed (window); /* FIXME perhaps should ensure if we don't have a shade func, * we aren't shaded, etc. */ } static void menu_callback (MetaWindowMenu *menu, Display *xdisplay, Window client_xwindow, guint32 timestamp, MetaMenuOp op, int workspace_index, gpointer data) { MetaDisplay *display; MetaWindow *window; MetaWorkspace *workspace; display = meta_display_for_x_display (xdisplay); window = meta_display_lookup_x_window (display, client_xwindow); workspace = NULL; if (window != NULL) /* window can be NULL */ { meta_verbose ("Menu op %u on %s\n", op, window->desc); switch (op) { case META_MENU_OP_NONE: /* nothing */ break; case META_MENU_OP_DELETE: meta_window_delete (window, timestamp); break; case META_MENU_OP_MINIMIZE: meta_window_minimize (window); break; case META_MENU_OP_UNMAXIMIZE: meta_window_unmaximize (window, META_MAXIMIZE_HORIZONTAL | META_MAXIMIZE_VERTICAL); break; case META_MENU_OP_MAXIMIZE: meta_window_maximize (window, META_MAXIMIZE_HORIZONTAL | META_MAXIMIZE_VERTICAL); break; case META_MENU_OP_UNSHADE: meta_window_unshade (window, timestamp); break; case META_MENU_OP_SHADE: meta_window_shade (window, timestamp); break; case META_MENU_OP_MOVE_LEFT: workspace = meta_workspace_get_neighbor (window->screen->active_workspace, META_MOTION_LEFT); break; case META_MENU_OP_MOVE_RIGHT: workspace = meta_workspace_get_neighbor (window->screen->active_workspace, META_MOTION_RIGHT); break; case META_MENU_OP_MOVE_UP: workspace = meta_workspace_get_neighbor (window->screen->active_workspace, META_MOTION_UP); break; case META_MENU_OP_MOVE_DOWN: workspace = meta_workspace_get_neighbor (window->screen->active_workspace, META_MOTION_DOWN); break; case META_MENU_OP_WORKSPACES: workspace = meta_screen_get_workspace_by_index (window->screen, workspace_index); break; case META_MENU_OP_STICK: meta_window_stick (window); break; case META_MENU_OP_UNSTICK: meta_window_unstick (window); break; case META_MENU_OP_ABOVE: case META_MENU_OP_UNABOVE: if (window->wm_state_above == FALSE) meta_window_make_above (window); else meta_window_unmake_above (window); break; case META_MENU_OP_MOVE: meta_window_begin_grab_op (window, META_GRAB_OP_KEYBOARD_MOVING, TRUE, timestamp); break; case META_MENU_OP_RESIZE: meta_window_begin_grab_op (window, META_GRAB_OP_KEYBOARD_RESIZING_UNKNOWN, TRUE, timestamp); break; case META_MENU_OP_RECOVER: meta_window_shove_titlebar_onscreen (window); break; default: meta_warning (G_STRLOC": Unknown window op\n"); break; } if (workspace) { meta_window_change_workspace (window, workspace); } } else { meta_verbose ("Menu callback on nonexistent window\n"); } if (display->window_menu == menu) { display->window_menu = NULL; display->window_with_menu = NULL; } meta_ui_window_menu_free (menu); } void meta_window_show_menu (MetaWindow *window, int root_x, int root_y, int button, guint32 timestamp) { MetaMenuOp ops; MetaMenuOp insensitive; MetaWindowMenu *menu; MetaWorkspaceLayout layout; int n_workspaces; gboolean ltr; g_return_if_fail (!window->override_redirect); if (window->display->window_menu) { meta_ui_window_menu_free (window->display->window_menu); window->display->window_menu = NULL; window->display->window_with_menu = NULL; } ops = META_MENU_OP_NONE; insensitive = META_MENU_OP_NONE; ops |= (META_MENU_OP_DELETE | META_MENU_OP_MINIMIZE | META_MENU_OP_MOVE | META_MENU_OP_RESIZE); if (!meta_window_titlebar_is_onscreen (window) && window->type != META_WINDOW_DOCK && window->type != META_WINDOW_DESKTOP) ops |= META_MENU_OP_RECOVER; if (!meta_prefs_get_workspaces_only_on_primary () || meta_window_is_on_primary_monitor (window)) { n_workspaces = meta_screen_get_n_workspaces (window->screen); if (n_workspaces > 1) ops |= META_MENU_OP_WORKSPACES; meta_screen_calc_workspace_layout (window->screen, n_workspaces, meta_workspace_index ( window->screen->active_workspace), &layout); if (!window->on_all_workspaces) { ltr = meta_ui_get_direction() == META_UI_DIRECTION_LTR; if (layout.current_col > 0) ops |= ltr ? META_MENU_OP_MOVE_LEFT : META_MENU_OP_MOVE_RIGHT; if ((layout.current_col < layout.cols - 1) && (layout.current_row * layout.cols + (layout.current_col + 1) < n_workspaces)) ops |= ltr ? META_MENU_OP_MOVE_RIGHT : META_MENU_OP_MOVE_LEFT; if (layout.current_row > 0) ops |= META_MENU_OP_MOVE_UP; if ((layout.current_row < layout.rows - 1) && ((layout.current_row + 1) * layout.cols + layout.current_col < n_workspaces)) ops |= META_MENU_OP_MOVE_DOWN; } meta_screen_free_workspace_layout (&layout); ops |= META_MENU_OP_UNSTICK; ops |= META_MENU_OP_STICK; } if (META_WINDOW_MAXIMIZED (window)) ops |= META_MENU_OP_UNMAXIMIZE; else ops |= META_MENU_OP_MAXIMIZE; if (window->wm_state_above) ops |= META_MENU_OP_UNABOVE; else ops |= META_MENU_OP_ABOVE; if (!window->has_maximize_func) insensitive |= META_MENU_OP_UNMAXIMIZE | META_MENU_OP_MAXIMIZE; if (!window->has_minimize_func) insensitive |= META_MENU_OP_MINIMIZE; if (!window->has_close_func) insensitive |= META_MENU_OP_DELETE; if (!window->has_shade_func) insensitive |= META_MENU_OP_SHADE | META_MENU_OP_UNSHADE; if (!META_WINDOW_ALLOWS_MOVE (window)) insensitive |= META_MENU_OP_MOVE; if (!META_WINDOW_ALLOWS_RESIZE (window)) insensitive |= META_MENU_OP_RESIZE; if (window->always_sticky) insensitive |= META_MENU_OP_STICK | META_MENU_OP_UNSTICK | META_MENU_OP_WORKSPACES; if ((window->type == META_WINDOW_DESKTOP) || (window->type == META_WINDOW_DOCK) || (window->type == META_WINDOW_SPLASHSCREEN || META_WINDOW_MAXIMIZED (window))) insensitive |= META_MENU_OP_ABOVE | META_MENU_OP_UNABOVE; /* If all operations are disabled, just quit without showing the menu. * This is the case, for example, with META_WINDOW_DESKTOP windows. */ if ((ops & ~insensitive) == 0) return; menu = meta_ui_window_menu_new (window->screen->ui, window->xwindow, ops, insensitive, meta_window_get_net_wm_desktop (window), meta_screen_get_n_workspaces (window->screen), menu_callback, NULL); window->display->window_menu = menu; window->display->window_with_menu = window; meta_verbose ("Popping up window menu for %s\n", window->desc); meta_ui_window_menu_popup (menu, root_x, root_y, button, timestamp); } void meta_window_shove_titlebar_onscreen (MetaWindow *window) { MetaRectangle frame_rect; GList *onscreen_region; int horiz_amount, vert_amount; int newx, newy; g_return_if_fail (!window->override_redirect); /* If there's no titlebar, don't bother */ if (!window->frame) return; /* Get the basic info we need */ meta_window_get_frame_rect (window, &frame_rect); onscreen_region = window->screen->active_workspace->screen_region; /* Extend the region (just in case the window is too big to fit on the * screen), then shove the window on screen, then return the region to * normal. */ horiz_amount = frame_rect.width; vert_amount = frame_rect.height; meta_rectangle_expand_region (onscreen_region, horiz_amount, horiz_amount, 0, vert_amount); meta_rectangle_shove_into_region(onscreen_region, FIXED_DIRECTION_X, &frame_rect); meta_rectangle_expand_region (onscreen_region, -horiz_amount, -horiz_amount, 0, -vert_amount); newx = frame_rect.x + window->frame->child_x; newy = frame_rect.y + window->frame->child_y; meta_window_move_resize (window, FALSE, newx, newy, window->rect.width, window->rect.height); } gboolean meta_window_titlebar_is_onscreen (MetaWindow *window) { MetaRectangle titlebar_rect; GList *onscreen_region; gboolean is_onscreen; const int min_height_needed = 8; const float min_width_percent = 0.5; const int min_width_absolute = 50; /* Titlebar can't be offscreen if there is no titlebar... */ if (!window->frame) return FALSE; /* Get the rectangle corresponding to the titlebar */ meta_window_get_frame_rect (window, &titlebar_rect); titlebar_rect.height = window->frame->child_y; /* Run through the spanning rectangles for the screen and see if one of * them overlaps with the titlebar sufficiently to consider it onscreen. */ is_onscreen = FALSE; onscreen_region = window->screen->active_workspace->screen_region; while (onscreen_region) { MetaRectangle *spanning_rect = onscreen_region->data; MetaRectangle overlap; meta_rectangle_intersect (&titlebar_rect, spanning_rect, &overlap); if (overlap.height > MIN (titlebar_rect.height, min_height_needed) && overlap.width > MIN (titlebar_rect.width * min_width_percent, min_width_absolute)) { is_onscreen = TRUE; break; } onscreen_region = onscreen_region->next; } return is_onscreen; } static double timeval_to_ms (const GTimeVal *timeval) { return (timeval->tv_sec * G_USEC_PER_SEC + timeval->tv_usec) / 1000.0; } static double time_diff (const GTimeVal *first, const GTimeVal *second) { double first_ms = timeval_to_ms (first); double second_ms = timeval_to_ms (second); return first_ms - second_ms; } static gboolean check_moveresize_frequency (MetaWindow *window, gdouble *remaining) { GTimeVal current_time; const double max_resizes_per_second = 25.0; const double ms_between_resizes = 1000.0 / max_resizes_per_second; double elapsed; g_get_current_time (¤t_time); #ifdef HAVE_XSYNC /* If we are throttling via _NET_WM_SYNC_REQUEST, we don't need * an artificial timeout-based throttled */ if (!window->disable_sync && window->sync_request_alarm != None) return TRUE; #endif /* HAVE_XSYNC */ elapsed = time_diff (¤t_time, &window->display->grab_last_moveresize_time); if (elapsed >= 0.0 && elapsed < ms_between_resizes) { meta_topic (META_DEBUG_RESIZING, "Delaying move/resize as only %g of %g ms elapsed\n", elapsed, ms_between_resizes); if (remaining) *remaining = (ms_between_resizes - elapsed); return FALSE; } meta_topic (META_DEBUG_RESIZING, " Checked moveresize freq, allowing move/resize now (%g of %g seconds elapsed)\n", elapsed / 1000.0, 1.0 / max_resizes_per_second); return TRUE; } static gboolean update_move_timeout (gpointer data) { MetaWindow *window = data; update_move (window, window->display->grab_last_user_action_was_snap, window->display->grab_latest_motion_x, window->display->grab_latest_motion_y); return FALSE; } static void update_move (MetaWindow *window, gboolean snap, int x, int y) { int dx, dy; int new_x, new_y; MetaRectangle old; int shake_threshold; MetaDisplay *display = window->display; display->grab_latest_motion_x = x; display->grab_latest_motion_y = y; dx = x - display->grab_anchor_root_x; dy = y - display->grab_anchor_root_y; new_x = display->grab_anchor_window_pos.x + dx; new_y = display->grab_anchor_window_pos.y + dy; meta_verbose ("x,y = %d,%d anchor ptr %d,%d anchor pos %d,%d dx,dy %d,%d\n", x, y, display->grab_anchor_root_x, display->grab_anchor_root_y, display->grab_anchor_window_pos.x, display->grab_anchor_window_pos.y, dx, dy); /* Don't bother doing anything if no move has been specified. (This * happens often, even in keyboard moving, due to the warping of the * pointer. */ if (dx == 0 && dy == 0) return; /* Originally for detaching maximized windows, but we use this * for the zones at the sides of the monitor where trigger tiling * because it's about the right size */ #define DRAG_THRESHOLD_TO_SHAKE_THRESHOLD_FACTOR 6 shake_threshold = meta_ui_get_drag_threshold (window->screen->ui) * DRAG_THRESHOLD_TO_SHAKE_THRESHOLD_FACTOR; if (snap) { /* We don't want to tile while snapping. Also, clear any previous tile request. */ window->tile_mode = META_TILE_NONE; window->tile_monitor_number = -1; } else if (meta_prefs_get_edge_tiling () && !META_WINDOW_MAXIMIZED (window) && !META_WINDOW_TILED_SIDE_BY_SIDE (window)) { const MetaMonitorInfo *monitor; MetaRectangle work_area; /* For side-by-side tiling we are interested in the inside vertical * edges of the work area of the monitor where the pointer is located, * and in the outside top edge for maximized tiling. * * For maximized tiling we use the outside edge instead of the * inside edge, because we don't want to force users to maximize * windows they are placing near the top of their screens. * * The "current" idea of meta_window_get_work_area_current_monitor() and * meta_screen_get_current_monitor() is slightly different: the former * refers to the monitor which contains the largest part of the window, * the latter to the one where the pointer is located. */ monitor = meta_screen_get_current_monitor_info_for_pos (window->screen, x, y); meta_window_get_work_area_for_monitor (window, monitor->number, &work_area); /* Check if the cursor is in a position which triggers tiling * and set tile_mode accordingly. */ if (meta_window_can_tile_side_by_side (window) && x >= monitor->rect.x && x < (work_area.x + shake_threshold)) window->tile_mode = META_TILE_LEFT; else if (meta_window_can_tile_side_by_side (window) && x >= work_area.x + work_area.width - shake_threshold && x < (monitor->rect.x + monitor->rect.width)) window->tile_mode = META_TILE_RIGHT; else if (meta_window_can_tile_maximized (window) && y >= monitor->rect.y && y <= work_area.y) window->tile_mode = META_TILE_MAXIMIZED; else window->tile_mode = META_TILE_NONE; if (window->tile_mode != META_TILE_NONE) window->tile_monitor_number = monitor->number; } /* shake loose (unmaximize) maximized or tiled window if dragged beyond * the threshold in the Y direction. Tiled windows can also be pulled * loose via X motion. */ if ((META_WINDOW_MAXIMIZED (window) && ABS (dy) >= shake_threshold) || (META_WINDOW_TILED_SIDE_BY_SIDE (window) && (MAX (ABS (dx), ABS (dy)) >= shake_threshold))) { double prop; /* Shake loose, so that the window snaps back to maximized * when dragged near the top; do not snap back if tiling * is enabled, as top edge tiling can be used in that case */ window->shaken_loose = !meta_prefs_get_edge_tiling (); window->tile_mode = META_TILE_NONE; /* move the unmaximized window to the cursor */ prop = ((double)(x - display->grab_initial_window_pos.x)) / ((double)display->grab_initial_window_pos.width); display->grab_initial_window_pos.x = x - window->saved_rect.width * prop; display->grab_initial_window_pos.y = y; if (window->frame) { display->grab_initial_window_pos.y += window->frame->child_y / 2; } window->saved_rect.x = display->grab_initial_window_pos.x; window->saved_rect.y = display->grab_initial_window_pos.y; display->grab_anchor_root_x = x; display->grab_anchor_root_y = y; meta_window_unmaximize (window, META_MAXIMIZE_HORIZONTAL | META_MAXIMIZE_VERTICAL); return; } /* remaximize window on another monitor if window has been shaken * loose or it is still maximized (then move straight) */ else if ((window->shaken_loose || META_WINDOW_MAXIMIZED (window)) && window->tile_mode != META_TILE_LEFT && window->tile_mode != META_TILE_RIGHT) { const MetaMonitorInfo *wmonitor; MetaRectangle work_area; int monitor; window->tile_mode = META_TILE_NONE; wmonitor = meta_screen_get_monitor_for_window (window->screen, window); for (monitor = 0; monitor < window->screen->n_monitor_infos; monitor++) { meta_window_get_work_area_for_monitor (window, monitor, &work_area); /* check if cursor is near the top of a monitor work area */ if (x >= work_area.x && x < (work_area.x + work_area.width) && y >= work_area.y && y < (work_area.y + shake_threshold)) { /* move the saved rect if window will become maximized on an * other monitor so user isn't surprised on a later unmaximize */ if (wmonitor->number != monitor) { window->saved_rect.x = work_area.x; window->saved_rect.y = work_area.y; if (window->frame) { window->saved_rect.x += window->frame->child_x; window->saved_rect.y += window->frame->child_y; } window->user_rect.x = window->saved_rect.x; window->user_rect.y = window->saved_rect.y; meta_window_unmaximize (window, META_MAXIMIZE_HORIZONTAL | META_MAXIMIZE_VERTICAL); } display->grab_initial_window_pos = work_area; display->grab_anchor_root_x = x; display->grab_anchor_root_y = y; window->shaken_loose = FALSE; meta_window_maximize (window, META_MAXIMIZE_HORIZONTAL | META_MAXIMIZE_VERTICAL); return; } } } /* Delay showing the tile preview slightly to make it more unlikely to * trigger it unwittingly, e.g. when shaking loose the window or moving * it to another monitor. */ meta_screen_tile_preview_update (window->screen, window->tile_mode != META_TILE_NONE); meta_window_get_client_root_coords (window, &old); /* Don't allow movement in the maximized directions or while tiled */ if (window->maximized_horizontally || META_WINDOW_TILED_SIDE_BY_SIDE (window)) new_x = old.x; if (window->maximized_vertically) new_y = old.y; /* Do any edge resistance/snapping */ meta_window_edge_resistance_for_move (window, old.x, old.y, &new_x, &new_y, update_move_timeout, snap, FALSE); meta_window_move (window, TRUE, new_x, new_y); } /* When resizing a maximized window by using alt-middle-drag (resizing * with the grips or the menu for a maximized window is not enabled), * the user can "break" out of the maximized state. This checks for * that possibility. During such a break-out resize the user can also * return to the previous maximization state by resizing back to near * the original size. */ static MetaMaximizeFlags check_resize_unmaximize(MetaWindow *window, int dx, int dy) { int threshold; MetaMaximizeFlags new_unmaximize; #define DRAG_THRESHOLD_TO_RESIZE_THRESHOLD_FACTOR 3 threshold = meta_ui_get_drag_threshold (window->screen->ui) * DRAG_THRESHOLD_TO_RESIZE_THRESHOLD_FACTOR; new_unmaximize = 0; if (window->maximized_horizontally || window->tile_mode != META_TILE_NONE || (window->display->grab_resize_unmaximize & META_MAXIMIZE_HORIZONTAL) != 0) { int x_amount; /* We allow breaking out of maximization in either direction, to make * the window larger than the monitor as well as smaller than the * monitor. If we wanted to only allow resizing smaller than the * monitor, we'd use - dx for NE/E/SE and dx for SW/W/NW. */ switch (window->display->grab_op) { case META_GRAB_OP_RESIZING_NE: case META_GRAB_OP_KEYBOARD_RESIZING_NE: case META_GRAB_OP_RESIZING_E: case META_GRAB_OP_KEYBOARD_RESIZING_E: case META_GRAB_OP_RESIZING_SE: case META_GRAB_OP_KEYBOARD_RESIZING_SE: case META_GRAB_OP_RESIZING_SW: case META_GRAB_OP_KEYBOARD_RESIZING_SW: case META_GRAB_OP_RESIZING_W: case META_GRAB_OP_KEYBOARD_RESIZING_W: case META_GRAB_OP_RESIZING_NW: case META_GRAB_OP_KEYBOARD_RESIZING_NW: x_amount = dx < 0 ? - dx : dx; break; default: x_amount = 0; break; } if (x_amount > threshold) new_unmaximize |= META_MAXIMIZE_HORIZONTAL; } if (window->maximized_vertically || (window->display->grab_resize_unmaximize & META_MAXIMIZE_VERTICAL) != 0) { int y_amount; switch (window->display->grab_op) { case META_GRAB_OP_RESIZING_N: case META_GRAB_OP_KEYBOARD_RESIZING_N: case META_GRAB_OP_RESIZING_NE: case META_GRAB_OP_KEYBOARD_RESIZING_NE: case META_GRAB_OP_RESIZING_NW: case META_GRAB_OP_KEYBOARD_RESIZING_NW: case META_GRAB_OP_RESIZING_SE: case META_GRAB_OP_KEYBOARD_RESIZING_SE: case META_GRAB_OP_RESIZING_S: case META_GRAB_OP_KEYBOARD_RESIZING_S: case META_GRAB_OP_RESIZING_SW: case META_GRAB_OP_KEYBOARD_RESIZING_SW: y_amount = dy < 0 ? - dy : dy; break; default: y_amount = 0; break; } if (y_amount > threshold) new_unmaximize |= META_MAXIMIZE_VERTICAL; } /* Metacity doesn't have a full user interface for only horizontally or * vertically maximized, so while only unmaximizing in the direction drags * has some advantages, it will also confuse the user. So, we always * unmaximize both ways if possible. */ if (new_unmaximize != 0) { new_unmaximize = 0; if (window->maximized_horizontally || (window->display->grab_resize_unmaximize & META_MAXIMIZE_HORIZONTAL) != 0) new_unmaximize |= META_MAXIMIZE_HORIZONTAL; if (window->maximized_vertically || (window->display->grab_resize_unmaximize & META_MAXIMIZE_VERTICAL) != 0) new_unmaximize |= META_MAXIMIZE_VERTICAL; } return new_unmaximize; } static gboolean update_resize_timeout (gpointer data) { MetaWindow *window = data; update_resize (window, window->display->grab_last_user_action_was_snap, window->display->grab_latest_motion_x, window->display->grab_latest_motion_y, TRUE); return FALSE; } static void update_resize (MetaWindow *window, gboolean snap, int x, int y, gboolean force) { int dx, dy; int new_w, new_h; int gravity; MetaRectangle old; double remaining; MetaMaximizeFlags new_unmaximize; window->display->grab_latest_motion_x = x; window->display->grab_latest_motion_y = y; dx = x - window->display->grab_anchor_root_x; dy = y - window->display->grab_anchor_root_y; /* Attached modal dialogs are special in that size * changes apply to both sides, so that the dialog * remains centered to the parent. */ if (meta_window_is_attached_dialog (window)) { dx *= 2; dy *= 2; } new_w = window->display->grab_anchor_window_pos.width; new_h = window->display->grab_anchor_window_pos.height; /* Don't bother doing anything if no move has been specified. (This * happens often, even in keyboard resizing, due to the warping of the * pointer. */ if (dx == 0 && dy == 0) return; if (window->display->grab_op == META_GRAB_OP_KEYBOARD_RESIZING_UNKNOWN) { if ((dx > 0) && (dy > 0)) { window->display->grab_op = META_GRAB_OP_KEYBOARD_RESIZING_SE; meta_window_update_keyboard_resize (window, TRUE); } else if ((dx < 0) && (dy > 0)) { window->display->grab_op = META_GRAB_OP_KEYBOARD_RESIZING_SW; meta_window_update_keyboard_resize (window, TRUE); } else if ((dx > 0) && (dy < 0)) { window->display->grab_op = META_GRAB_OP_KEYBOARD_RESIZING_NE; meta_window_update_keyboard_resize (window, TRUE); } else if ((dx < 0) && (dy < 0)) { window->display->grab_op = META_GRAB_OP_KEYBOARD_RESIZING_NW; meta_window_update_keyboard_resize (window, TRUE); } else if (dx < 0) { window->display->grab_op = META_GRAB_OP_KEYBOARD_RESIZING_W; meta_window_update_keyboard_resize (window, TRUE); } else if (dx > 0) { window->display->grab_op = META_GRAB_OP_KEYBOARD_RESIZING_E; meta_window_update_keyboard_resize (window, TRUE); } else if (dy > 0) { window->display->grab_op = META_GRAB_OP_KEYBOARD_RESIZING_S; meta_window_update_keyboard_resize (window, TRUE); } else if (dy < 0) { window->display->grab_op = META_GRAB_OP_KEYBOARD_RESIZING_N; meta_window_update_keyboard_resize (window, TRUE); } } new_unmaximize = check_resize_unmaximize (window, dx, dy); switch (window->display->grab_op) { case META_GRAB_OP_RESIZING_SE: case META_GRAB_OP_RESIZING_NE: case META_GRAB_OP_RESIZING_E: case META_GRAB_OP_KEYBOARD_RESIZING_SE: case META_GRAB_OP_KEYBOARD_RESIZING_NE: case META_GRAB_OP_KEYBOARD_RESIZING_E: new_w += dx; break; case META_GRAB_OP_RESIZING_NW: case META_GRAB_OP_RESIZING_SW: case META_GRAB_OP_RESIZING_W: case META_GRAB_OP_KEYBOARD_RESIZING_NW: case META_GRAB_OP_KEYBOARD_RESIZING_SW: case META_GRAB_OP_KEYBOARD_RESIZING_W: new_w -= dx; break; default: break; } switch (window->display->grab_op) { case META_GRAB_OP_RESIZING_SE: case META_GRAB_OP_RESIZING_S: case META_GRAB_OP_RESIZING_SW: case META_GRAB_OP_KEYBOARD_RESIZING_SE: case META_GRAB_OP_KEYBOARD_RESIZING_S: case META_GRAB_OP_KEYBOARD_RESIZING_SW: new_h += dy; break; case META_GRAB_OP_RESIZING_N: case META_GRAB_OP_RESIZING_NE: case META_GRAB_OP_RESIZING_NW: case META_GRAB_OP_KEYBOARD_RESIZING_N: case META_GRAB_OP_KEYBOARD_RESIZING_NE: case META_GRAB_OP_KEYBOARD_RESIZING_NW: new_h -= dy; break; default: break; } #ifdef HAVE_XSYNC /* If we're waiting for a request for _NET_WM_SYNC_REQUEST, we'll * resize the window when the window responds, or when we time * the response out. */ if (window->sync_request_timeout_id != 0) return; #endif if (!check_moveresize_frequency (window, &remaining) && !force) { /* we are ignoring an event here, so we schedule a * compensation event when we would otherwise not ignore * an event. Otherwise we can become stuck if the user never * generates another event. */ if (!window->display->grab_resize_timeout_id) { window->display->grab_resize_timeout_id = g_timeout_add ((int)remaining, update_resize_timeout, window); } return; } /* Remove any scheduled compensation events */ if (window->display->grab_resize_timeout_id) { g_source_remove (window->display->grab_resize_timeout_id); window->display->grab_resize_timeout_id = 0; } old = window->rect; /* Don't actually care about x,y */ /* One sided resizing ought to actually be one-sided, despite the fact that * aspect ratio windows don't interact nicely with the above stuff. So, * to avoid some nasty flicker, we enforce that. */ switch (window->display->grab_op) { case META_GRAB_OP_RESIZING_S: case META_GRAB_OP_RESIZING_N: new_w = old.width; break; case META_GRAB_OP_RESIZING_E: case META_GRAB_OP_RESIZING_W: new_h = old.height; break; default: break; } /* compute gravity of client during operation */ gravity = meta_resize_gravity_from_grab_op (window->display->grab_op); g_assert (gravity >= 0); /* Do any edge resistance/snapping */ meta_window_edge_resistance_for_resize (window, old.width, old.height, &new_w, &new_h, gravity, update_resize_timeout, snap, FALSE); if (new_unmaximize == window->display->grab_resize_unmaximize) { /* We don't need to update unless the specified width and height * are actually different from what we had before. */ if (old.width != new_w || old.height != new_h) { meta_window_resize_with_gravity (window, TRUE, new_w, new_h, gravity); } } else { if ((new_unmaximize & ~window->display->grab_resize_unmaximize) != 0) { meta_window_unmaximize_with_gravity (window, (new_unmaximize & ~window->display->grab_resize_unmaximize), new_w, new_h, gravity); } if ((window->display->grab_resize_unmaximize & ~new_unmaximize)) { MetaRectangle saved_rect = window->saved_rect; meta_window_maximize (window, (window->display->grab_resize_unmaximize & ~new_unmaximize)); window->saved_rect = saved_rect; } } window->display->grab_resize_unmaximize = new_unmaximize; /* Store the latest resize time, if we actually resized. */ if (window->rect.width != old.width || window->rect.height != old.height) g_get_current_time (&window->display->grab_last_moveresize_time); } typedef struct { Window window; int count; guint32 last_time; } EventScannerData; static Bool find_last_time_predicate (Display *display, XEvent *ev, XPointer arg) { EventScannerData *esd = (void*) arg; XIEvent *xev; if (ev->type != GenericEvent) return False; /* We are peeking into events not yet handled by GDK, * Allocate cookie events here so we can handle XI2. * * GDK will handle later these events, and eventually * free the cookie data itself. */ XGetEventData (display, &ev->xcookie); xev = (XIEvent *) ev->xcookie.data; if (xev->evtype != XI_Motion) return False; if (esd->window != ((XIDeviceEvent *) xev)->event) return False; esd->count += 1; esd->last_time = xev->time; return False; } static gboolean check_use_this_motion_notify (MetaWindow *window, XIDeviceEvent *xev) { EventScannerData esd; XEvent useless; /* This code is copied from Owen's GDK code. */ if (window->display->grab_motion_notify_time != 0) { /* == is really the right test, but I'm all for paranoia */ if (window->display->grab_motion_notify_time <= xev->time) { meta_topic (META_DEBUG_RESIZING, "Arrived at event with time %u (waiting for %u), using it\n", (unsigned int)xev->time, window->display->grab_motion_notify_time); window->display->grab_motion_notify_time = 0; return TRUE; } else return FALSE; /* haven't reached the saved timestamp yet */ } esd.window = xev->event; esd.count = 0; esd.last_time = 0; /* "useless" isn't filled in because the predicate never returns True */ XCheckIfEvent (window->display->xdisplay, &useless, find_last_time_predicate, (XPointer) &esd); if (esd.count > 0) meta_topic (META_DEBUG_RESIZING, "Will skip %d motion events and use the event with time %u\n", esd.count, (unsigned int) esd.last_time); if (esd.last_time == 0) return TRUE; else { /* Save this timestamp, and ignore all motion notify * until we get to the one with this stamp. */ window->display->grab_motion_notify_time = esd.last_time; return FALSE; } } static void update_tile_mode (MetaWindow *window) { switch (window->tile_mode) { case META_TILE_LEFT: case META_TILE_RIGHT: if (!META_WINDOW_TILED_SIDE_BY_SIDE (window)) window->tile_mode = META_TILE_NONE; break; case META_TILE_MAXIMIZED: if (!META_WINDOW_MAXIMIZED (window)) window->tile_mode = META_TILE_NONE; break; } } #ifdef HAVE_XSYNC void meta_window_update_sync_request_counter (MetaWindow *window, gint64 new_counter_value) { gboolean needs_frame_drawn = FALSE; gboolean no_delay_frame = FALSE; if (window->extended_sync_request_counter && new_counter_value % 2 == 0) { needs_frame_drawn = TRUE; no_delay_frame = new_counter_value == window->sync_request_serial + 1; } window->sync_request_serial = new_counter_value; meta_compositor_set_updates_frozen (window->display->compositor, window, meta_window_updates_are_frozen (window)); if (window == window->display->grab_window && meta_grab_op_is_resizing (window->display->grab_op) && new_counter_value >= window->sync_request_wait_serial && (!window->extended_sync_request_counter || new_counter_value % 2 == 0) && window->sync_request_timeout_id) { meta_topic (META_DEBUG_RESIZING, "Alarm event received last motion x = %d y = %d\n", window->display->grab_latest_motion_x, window->display->grab_latest_motion_y); g_source_remove (window->sync_request_timeout_id); window->sync_request_timeout_id = 0; /* This means we are ready for another configure; * no pointer round trip here, to keep in sync */ update_resize (window, window->display->grab_last_user_action_was_snap, window->display->grab_latest_motion_x, window->display->grab_latest_motion_y, TRUE); } /* If sync was previously disabled, turn it back on and hope * the application has come to its senses (maybe it was just * busy with a pagefault or a long computation). */ window->disable_sync = FALSE; if (needs_frame_drawn) meta_compositor_queue_frame_drawn (window->display->compositor, window, no_delay_frame); } #endif /* HAVE_XSYNC */ void meta_window_handle_mouse_grab_op_xevent (MetaWindow *window, XIDeviceEvent *xevent) { gboolean is_window_root = (xevent->root == window->screen->xroot); switch (xevent->evtype) { case XI_ButtonRelease: if (xevent->detail == 1 || xevent->detail == meta_prefs_get_mouse_button_resize ()) { meta_display_check_threshold_reached (window->display, xevent->root_x, xevent->root_y); /* If the user was snap moving then ignore the button * release because they may have let go of shift before * releasing the mouse button and they almost certainly do * not want a non-snapped movement to occur from the button * release. */ if (!window->display->grab_last_user_action_was_snap) { if (meta_grab_op_is_moving (window->display->grab_op)) { if (window->tile_mode != META_TILE_NONE) meta_window_tile (window); else if (is_window_root) update_move (window, xevent->mods.effective & ShiftMask, xevent->root_x, xevent->root_y); } else if (meta_grab_op_is_resizing (window->display->grab_op)) { if (is_window_root) update_resize (window, xevent->mods.effective & ShiftMask, xevent->root_x, xevent->root_y, TRUE); /* If a tiled window has been dragged free with a * mouse resize without snapping back to the tiled * state, it will end up with an inconsistent tile * mode on mouse release; cleaning the mode earlier * would break the ability to snap back to the tiled * state, so we wait until mouse release. */ update_tile_mode (window); } meta_display_end_grab_op (window->display, xevent->time); } } break; case XI_Motion: meta_display_check_threshold_reached (window->display, xevent->root_x, xevent->root_y); if (meta_grab_op_is_moving (window->display->grab_op)) { if (is_window_root) { if (check_use_this_motion_notify (window, xevent)) update_move (window, xevent->mods.effective & ShiftMask, xevent->root_x, xevent->root_y); } } else if (meta_grab_op_is_resizing (window->display->grab_op)) { if (is_window_root) { if (check_use_this_motion_notify (window, xevent)) update_resize (window, xevent->mods.effective & ShiftMask, xevent->root_x, xevent->root_y, FALSE); } } break; default: break; } } void meta_window_handle_mouse_grab_op_event (MetaWindow *window, const ClutterEvent *event) { gboolean is_window_root = (event->any.stage != NULL && window && window->screen && CLUTTER_ACTOR (event->any.stage) == meta_get_stage_for_screen (window->screen)); switch (event->type) { case CLUTTER_BUTTON_RELEASE: if (event->button.button == 1 || event->button.button == (unsigned int) meta_prefs_get_mouse_button_resize ()) { meta_display_check_threshold_reached (window->display, event->button.x, event->button.y); /* If the user was snap moving then ignore the button * release because they may have let go of shift before * releasing the mouse button and they almost certainly do * not want a non-snapped movement to occur from the button * release. */ if (!window->display->grab_last_user_action_was_snap) { if (meta_grab_op_is_moving (window->display->grab_op)) { if (window->tile_mode != META_TILE_NONE) meta_window_tile (window); else if (is_window_root) update_move (window, event->button.modifier_state & CLUTTER_SHIFT_MASK, event->button.x, event->button.y); } else if (meta_grab_op_is_resizing (window->display->grab_op)) { if (is_window_root) update_resize (window, event->button.modifier_state & CLUTTER_SHIFT_MASK, event->button.x, event->button.y, TRUE); /* If a tiled window has been dragged free with a * mouse resize without snapping back to the tiled * state, it will end up with an inconsistent tile * mode on mouse release; cleaning the mode earlier * would break the ability to snap back to the tiled * state, so we wait until mouse release. */ update_tile_mode (window); } meta_display_end_grab_op (window->display, event->any.time); } } break; case CLUTTER_MOTION: meta_display_check_threshold_reached (window->display, event->motion.x, event->motion.y); if (meta_grab_op_is_moving (window->display->grab_op)) { if (is_window_root) { update_move (window, event->button.modifier_state & CLUTTER_SHIFT_MASK, event->motion.x, event->motion.y); } } else if (meta_grab_op_is_resizing (window->display->grab_op)) { if (is_window_root) { update_resize (window, event->button.modifier_state & CLUTTER_SHIFT_MASK, event->motion.x, event->motion.y, FALSE); } } break; default: break; } } void meta_window_set_gravity (MetaWindow *window, int gravity) { XSetWindowAttributes attrs; meta_verbose ("Setting gravity of %s to %d\n", window->desc, gravity); attrs.win_gravity = gravity; meta_error_trap_push (window->display); XChangeWindowAttributes (window->display->xdisplay, window->xwindow, CWWinGravity, &attrs); meta_error_trap_pop (window->display); } static void get_work_area_monitor (MetaWindow *window, MetaRectangle *area, int which_monitor) { GList *tmp; g_assert (which_monitor >= 0); /* Initialize to the whole monitor */ *area = window->screen->monitor_infos[which_monitor].rect; tmp = meta_window_get_workspaces (window); while (tmp != NULL) { MetaRectangle workspace_work_area; meta_workspace_get_work_area_for_monitor (tmp->data, which_monitor, &workspace_work_area); meta_rectangle_intersect (area, &workspace_work_area, area); tmp = tmp->next; } meta_topic (META_DEBUG_WORKAREA, "Window %s monitor %d has work area %d,%d %d x %d\n", window->desc, which_monitor, area->x, area->y, area->width, area->height); } /** * meta_window_get_work_area_current_monitor: * @window: a #MetaWindow * @area: (out): a location to store the work area * * Get the work area for the monitor @window is currently on. */ void meta_window_get_work_area_current_monitor (MetaWindow *window, MetaRectangle *area) { const MetaMonitorInfo *monitor = NULL; monitor = meta_screen_get_monitor_for_window (window->screen, window); meta_window_get_work_area_for_monitor (window, monitor->number, area); } /** * meta_window_get_work_area_for_monitor: * @window: a #MetaWindow * @which_monitor: a moniotr to get the work area for * @area: (out): a location to store the work area * * Get the work area for @window, given the monitor index * @which_monitor. */ void meta_window_get_work_area_for_monitor (MetaWindow *window, int which_monitor, MetaRectangle *area) { g_return_if_fail (which_monitor >= 0); get_work_area_monitor (window, area, which_monitor); } /** * meta_window_get_work_area_all_monitors: * @window: a #MetaWindow * @area: (out): a location to store the work area * * Get the work area for all monitors for @window. */ void meta_window_get_work_area_all_monitors (MetaWindow *window, MetaRectangle *area) { GList *tmp; /* Initialize to the whole screen */ *area = window->screen->rect; tmp = meta_window_get_workspaces (window); while (tmp != NULL) { MetaRectangle workspace_work_area; meta_workspace_get_work_area_all_monitors (tmp->data, &workspace_work_area); meta_rectangle_intersect (area, &workspace_work_area, area); tmp = tmp->next; } meta_topic (META_DEBUG_WORKAREA, "Window %s has whole-screen work area %d,%d %d x %d\n", window->desc, area->x, area->y, area->width, area->height); } void meta_window_get_current_tile_area (MetaWindow *window, MetaRectangle *tile_area) { int tile_monitor_number; g_return_if_fail (window->tile_mode != META_TILE_NONE); tile_monitor_number = window->tile_monitor_number; if (tile_monitor_number < 0) { meta_warning ("%s called with an invalid monitor number; using 0 instead\n", G_STRFUNC); tile_monitor_number = 0; } meta_window_get_work_area_for_monitor (window, tile_monitor_number, tile_area); if (window->tile_mode == META_TILE_LEFT || window->tile_mode == META_TILE_RIGHT) tile_area->width /= 2; if (window->tile_mode == META_TILE_RIGHT) tile_area->x += tile_area->width; } gboolean meta_window_same_application (MetaWindow *window, MetaWindow *other_window) { MetaGroup *group = meta_window_get_group (window); MetaGroup *other_group = meta_window_get_group (other_window); return group!=NULL && other_group!=NULL && group==other_group; } void meta_window_refresh_resize_popup (MetaWindow *window) { if (window->display->grab_op == META_GRAB_OP_NONE) return; if (window->display->grab_window != window) return; switch (window->display->grab_op) { case META_GRAB_OP_RESIZING_SE: case META_GRAB_OP_RESIZING_S: case META_GRAB_OP_RESIZING_SW: case META_GRAB_OP_RESIZING_N: case META_GRAB_OP_RESIZING_NE: case META_GRAB_OP_RESIZING_NW: case META_GRAB_OP_RESIZING_W: case META_GRAB_OP_RESIZING_E: case META_GRAB_OP_KEYBOARD_RESIZING_UNKNOWN: case META_GRAB_OP_KEYBOARD_RESIZING_S: case META_GRAB_OP_KEYBOARD_RESIZING_N: case META_GRAB_OP_KEYBOARD_RESIZING_W: case META_GRAB_OP_KEYBOARD_RESIZING_E: case META_GRAB_OP_KEYBOARD_RESIZING_SE: case META_GRAB_OP_KEYBOARD_RESIZING_NE: case META_GRAB_OP_KEYBOARD_RESIZING_SW: case META_GRAB_OP_KEYBOARD_RESIZING_NW: break; default: /* Not resizing */ return; } if (window->display->grab_resize_popup == NULL) { if (window->size_hints.width_inc > 1 || window->size_hints.height_inc > 1) window->display->grab_resize_popup = meta_ui_resize_popup_new (window->display->xdisplay, window->screen->number); } if (window->display->grab_resize_popup != NULL) { MetaRectangle rect; meta_window_get_client_root_coords (window, &rect); meta_ui_resize_popup_set (window->display->grab_resize_popup, rect, window->size_hints.base_width, window->size_hints.base_height, window->size_hints.width_inc, window->size_hints.height_inc); meta_ui_resize_popup_set_showing (window->display->grab_resize_popup, TRUE); } } /** * meta_window_foreach_transient: * @window: a #MetaWindow * @func: (scope call) (closure user_data): Called for each window which is a transient of @window (transitively) * @user_data: User data * * Call @func for every window which is either transient for @window, or is * a transient of a window which is in turn transient for @window. * The order of window enumeration is not defined. * * Iteration will stop if @func at any point returns %FALSE. */ void meta_window_foreach_transient (MetaWindow *window, MetaWindowForeachFunc func, void *user_data) { GSList *windows; GSList *tmp; windows = meta_display_list_windows (window->display, META_LIST_DEFAULT); tmp = windows; while (tmp != NULL) { MetaWindow *transient = tmp->data; if (meta_window_is_ancestor_of_transient (window, transient)) { if (!(* func) (transient, user_data)) break; } tmp = tmp->next; } g_slist_free (windows); } /** * meta_window_foreach_ancestor: * @window: a #MetaWindow * @func: (scope call) (closure user_data): Called for each window which is a transient parent of @window * @user_data: User data * * If @window is transient, call @func with the window for which it's transient, * repeatedly until either we find a non-transient window, or @func returns %FALSE. */ void meta_window_foreach_ancestor (MetaWindow *window, MetaWindowForeachFunc func, void *user_data) { MetaWindow *w; w = window; do { if (w->transient_for == NULL) break; w = w->transient_for; } while (w && (* func) (w, user_data)); } typedef struct { MetaWindow *ancestor; gboolean found; } FindAncestorData; static gboolean find_ancestor_func (MetaWindow *window, void *data) { FindAncestorData *d = data; if (window == d->ancestor) { d->found = TRUE; return FALSE; } return TRUE; } /** * meta_window_is_ancestor_of_transient: * @window: a #MetaWindow * @transient: a #MetaWindow * * The function determines whether @window is an ancestor of @transient; it does * so by traversing the @transient's ancestors until it either locates @window * or reaches an ancestor that is not transient. * * Return Value: (transfer none): %TRUE if window is an ancestor of transient. */ gboolean meta_window_is_ancestor_of_transient (MetaWindow *window, MetaWindow *transient) { FindAncestorData d; d.ancestor = window; d.found = FALSE; meta_window_foreach_ancestor (transient, find_ancestor_func, &d); return d.found; } /* Warp pointer to location appropriate for grab, * return root coordinates where pointer ended up. */ static gboolean warp_grab_pointer (MetaWindow *window, MetaGrabOp grab_op, int *x, int *y) { MetaRectangle rect; MetaDisplay *display; display = window->display; /* We may not have done begin_grab_op yet, i.e. may not be in a grab */ meta_window_get_frame_rect (window, &rect); switch (grab_op) { case META_GRAB_OP_KEYBOARD_MOVING: case META_GRAB_OP_KEYBOARD_RESIZING_UNKNOWN: *x = rect.width / 2; *y = rect.height / 2; break; case META_GRAB_OP_KEYBOARD_RESIZING_S: *x = rect.width / 2; *y = rect.height - 1; break; case META_GRAB_OP_KEYBOARD_RESIZING_N: *x = rect.width / 2; *y = 0; break; case META_GRAB_OP_KEYBOARD_RESIZING_W: *x = 0; *y = rect.height / 2; break; case META_GRAB_OP_KEYBOARD_RESIZING_E: *x = rect.width - 1; *y = rect.height / 2; break; case META_GRAB_OP_KEYBOARD_RESIZING_SE: *x = rect.width - 1; *y = rect.height - 1; break; case META_GRAB_OP_KEYBOARD_RESIZING_NE: *x = rect.width - 1; *y = 0; break; case META_GRAB_OP_KEYBOARD_RESIZING_SW: *x = 0; *y = rect.height - 1; break; case META_GRAB_OP_KEYBOARD_RESIZING_NW: *x = 0; *y = 0; break; default: return FALSE; } *x += rect.x; *y += rect.y; /* Avoid weird bouncing at the screen edge; see bug 154706 */ *x = CLAMP (*x, 0, window->screen->rect.width-1); *y = CLAMP (*y, 0, window->screen->rect.height-1); meta_error_trap_push_with_return (display); meta_topic (META_DEBUG_WINDOW_OPS, "Warping pointer to %d,%d with window at %d,%d\n", *x, *y, rect.x, rect.y); /* Need to update the grab positions so that the MotionNotify and other * events generated by the XWarpPointer() call below don't cause complete * funkiness. See bug 124582 and bug 122670. */ display->grab_anchor_root_x = *x; display->grab_anchor_root_y = *y; display->grab_latest_motion_x = *x; display->grab_latest_motion_y = *y; meta_window_get_client_root_coords (window, &display->grab_anchor_window_pos); XIWarpPointer (display->xdisplay, META_VIRTUAL_CORE_POINTER_ID, None, window->screen->xroot, 0, 0, 0, 0, *x, *y); if (meta_error_trap_pop_with_return (display) != Success) { meta_verbose ("Failed to warp pointer for window %s\n", window->desc); return FALSE; } return TRUE; } void meta_window_begin_grab_op (MetaWindow *window, MetaGrabOp op, gboolean frame_action, guint32 timestamp) { int x, y; warp_grab_pointer (window, op, &x, &y); meta_display_begin_grab_op (window->display, window->screen, window, op, FALSE, frame_action, 0 /* button */, 0, timestamp, x, y); } void meta_window_update_keyboard_resize (MetaWindow *window, gboolean update_cursor) { int x, y; warp_grab_pointer (window, window->display->grab_op, &x, &y); if (update_cursor) { meta_display_set_grab_op_cursor (window->display, window->screen, window->display->grab_op, window->display->grab_xwindow, window->display->grab_timestamp); } } void meta_window_update_keyboard_move (MetaWindow *window) { int x, y; warp_grab_pointer (window, window->display->grab_op, &x, &y); } void meta_window_update_layer (MetaWindow *window) { MetaGroup *group; meta_stack_freeze (window->screen->stack); group = meta_window_get_group (window); if (group) meta_group_update_layers (group); else meta_stack_update_layer (window->screen->stack, window); meta_stack_thaw (window->screen->stack); } /* ensure_mru_position_after ensures that window appears after * below_this_one in the active_workspace's mru_list (i.e. it treats * window as having been less recently used than below_this_one) */ static void ensure_mru_position_after (MetaWindow *window, MetaWindow *after_this_one) { /* This is sort of slow since it runs through the entire list more * than once (especially considering the fact that we expect the * windows of interest to be the first two elements in the list), * but it doesn't matter while we're only using it on new window * map. */ GList* active_mru_list; GList* window_position; GList* after_this_one_position; active_mru_list = window->screen->active_workspace->mru_list; window_position = g_list_find (active_mru_list, window); after_this_one_position = g_list_find (active_mru_list, after_this_one); /* after_this_one_position is NULL when we switch workspaces, but in * that case we don't need to do any MRU shuffling so we can simply * return. */ if (after_this_one_position == NULL) return; if (g_list_length (window_position) > g_list_length (after_this_one_position)) { window->screen->active_workspace->mru_list = g_list_delete_link (window->screen->active_workspace->mru_list, window_position); window->screen->active_workspace->mru_list = g_list_insert_before (window->screen->active_workspace->mru_list, after_this_one_position->next, window); } } void meta_window_stack_just_below (MetaWindow *window, MetaWindow *below_this_one) { g_return_if_fail (window != NULL); g_return_if_fail (below_this_one != NULL); if (window->stack_position > below_this_one->stack_position) { meta_topic (META_DEBUG_STACK, "Setting stack position of window %s to %d (making it below window %s).\n", window->desc, below_this_one->stack_position, below_this_one->desc); meta_window_set_stack_position (window, below_this_one->stack_position); } else { meta_topic (META_DEBUG_STACK, "Window %s was already below window %s.\n", window->desc, below_this_one->desc); } } /** * meta_window_get_user_time: * @window: a #MetaWindow * * The user time represents a timestamp for the last time the user * interacted with this window. Note this property is only available * for non-override-redirect windows. * * The property is set by Mutter initially upon window creation, * and updated thereafter on input events (key and button presses) seen by Mutter, * client updates to the _NET_WM_USER_TIME property (if later than the current time) * and when focusing the window. * * Returns: The last time the user interacted with this window. */ guint32 meta_window_get_user_time (MetaWindow *window) { return window->net_wm_user_time; } void meta_window_set_user_time (MetaWindow *window, guint32 timestamp) { /* FIXME: If Soeren's suggestion in bug 151984 is implemented, it will allow * us to sanity check the timestamp here and ensure it doesn't correspond to * a future time. */ g_return_if_fail (!window->override_redirect); /* Only update the time if this timestamp is newer... */ if (window->net_wm_user_time_set && XSERVER_TIME_IS_BEFORE (timestamp, window->net_wm_user_time)) { meta_topic (META_DEBUG_STARTUP, "Window %s _NET_WM_USER_TIME not updated to %u, because it " "is less than %u\n", window->desc, timestamp, window->net_wm_user_time); } else { meta_topic (META_DEBUG_STARTUP, "Window %s has _NET_WM_USER_TIME of %u\n", window->desc, timestamp); window->net_wm_user_time_set = TRUE; window->net_wm_user_time = timestamp; if (XSERVER_TIME_IS_BEFORE (window->display->last_user_time, timestamp)) window->display->last_user_time = timestamp; /* If this is a terminal, user interaction with it means the user likely * doesn't want to have focus transferred for now due to new windows. */ if (meta_prefs_get_focus_new_windows () == G_DESKTOP_FOCUS_NEW_WINDOWS_STRICT && __window_is_terminal (window)) window->display->allow_terminal_deactivation = FALSE; } g_object_notify (G_OBJECT (window), "user-time"); } /** * meta_window_get_stable_sequence: * @window: A #MetaWindow * * The stable sequence number is a monotonicially increasing * unique integer assigned to each #MetaWindow upon creation. * * This number can be useful for sorting windows in a stable * fashion. * * Returns: Internal sequence number for this window */ guint32 meta_window_get_stable_sequence (MetaWindow *window) { g_return_val_if_fail (META_IS_WINDOW (window), 0); return window->stable_sequence; } /* Sets the demands_attention hint on a window, but only * if it's at least partially obscured (see #305882). */ void meta_window_set_demands_attention (MetaWindow *window) { MetaRectangle candidate_rect, other_rect; GList *stack = window->screen->stack->sorted; MetaWindow *other_window; gboolean obscured = FALSE; MetaWorkspace *workspace = window->screen->active_workspace; if (window->wm_state_demands_attention) return; if (workspace!=window->workspace) { /* windows on other workspaces are necessarily obscured */ obscured = TRUE; } else if (window->minimized) { obscured = TRUE; } else { meta_window_get_frame_rect (window, &candidate_rect); /* The stack is sorted with the top windows first. */ while (stack != NULL && stack->data != window) { other_window = stack->data; stack = stack->next; if (meta_window_located_on_workspace (other_window, window->workspace)) { meta_window_get_frame_rect (other_window, &other_rect); if (meta_rectangle_overlap (&candidate_rect, &other_rect)) { obscured = TRUE; break; } } } } if (obscured) { meta_topic (META_DEBUG_WINDOW_OPS, "Marking %s as needing attention\n", window->desc); window->wm_state_demands_attention = TRUE; set_net_wm_state (window); g_object_notify (G_OBJECT (window), "demands-attention"); g_signal_emit_by_name (window->display, "window-demands-attention", window); } else { /* If the window's in full view, there's no point setting the flag. */ meta_topic (META_DEBUG_WINDOW_OPS, "Not marking %s as needing attention because " "it's in full view\n", window->desc); } } void meta_window_unset_demands_attention (MetaWindow *window) { meta_topic (META_DEBUG_WINDOW_OPS, "Marking %s as not needing attention\n", window->desc); if (window->wm_state_demands_attention) { window->wm_state_demands_attention = FALSE; set_net_wm_state (window); g_object_notify (G_OBJECT (window), "demands-attention"); } } /** * meta_window_get_frame: (skip) * @window: a #MetaWindow * */ MetaFrame * meta_window_get_frame (MetaWindow *window) { return window->frame; } /** * meta_window_appears_focused: * @window: a #MetaWindow * * Determines if the window should be drawn with a focused appearance. This is * true for focused windows but also true for windows with a focused modal * dialog attached. * * Return value: %TRUE if the window should be drawn with a focused frame */ gboolean meta_window_appears_focused (MetaWindow *window) { return window->has_focus || (window->attached_focus_window != NULL); } gboolean meta_window_has_focus (MetaWindow *window) { return window->has_focus; } gboolean meta_window_is_shaded (MetaWindow *window) { return window->shaded; } /** * meta_window_is_override_redirect: * @window: A #MetaWindow * * Returns: %TRUE if this window isn't managed by mutter; it will * control its own positioning and mutter won't draw decorations * among other things. In X terminology this is "override redirect". */ gboolean meta_window_is_override_redirect (MetaWindow *window) { return window->override_redirect; } /** * meta_window_is_skip_taskbar: * @window: A #MetaWindow * * Gets whether this window should be ignored by task lists. * * Return value: %TRUE if the skip bar hint is set. */ gboolean meta_window_is_skip_taskbar (MetaWindow *window) { g_return_val_if_fail (META_IS_WINDOW (window), FALSE); return window->skip_taskbar; } /** * meta_window_get_rect: * @window: a #MetaWindow * * Gets the rectangle that bounds @window, ignoring any window decorations. * * Return value: (transfer none): the #MetaRectangle for the window */ MetaRectangle * meta_window_get_rect (MetaWindow *window) { return &window->rect; } /** * meta_window_get_screen: * @window: a #MetaWindow * * Gets the #MetaScreen that the window is on. * * Return value: (transfer none): the #MetaScreen for the window */ MetaScreen * meta_window_get_screen (MetaWindow *window) { return window->screen; } /** * meta_window_get_display: * @window: A #MetaWindow * * Returns: (transfer none): The display for @window */ MetaDisplay * meta_window_get_display (MetaWindow *window) { return window->display; } /** * meta_window_get_xwindow: (skip) * @window: a #MetaWindow * */ Window meta_window_get_xwindow (MetaWindow *window) { return window->xwindow; } MetaWindowType meta_window_get_window_type (MetaWindow *window) { return window->type; } /** * meta_window_get_window_type_atom: (skip) * @window: a #MetaWindow * * Gets the X atom from the _NET_WM_WINDOW_TYPE property used by the * application to set the window type. (Note that this is constrained * to be some value that Mutter recognizes - a completely unrecognized * type atom will be returned as None.) * * Return value: the raw X atom for the window type, or None */ Atom meta_window_get_window_type_atom (MetaWindow *window) { return window->type_atom; } /** * meta_window_get_workspace: * @window: a #MetaWindow * * Gets the #MetaWorkspace that the window is currently displayed on. * If the window is on all workspaces, returns the currently active * workspace. * * Return value: (transfer none): the #MetaWorkspace for the window */ MetaWorkspace * meta_window_get_workspace (MetaWindow *window) { if (window->on_all_workspaces) return window->screen->active_workspace; return window->workspace; } gboolean meta_window_is_on_all_workspaces (MetaWindow *window) { return window->on_all_workspaces; } gboolean meta_window_is_hidden (MetaWindow *window) { return window->hidden; } const char * meta_window_get_description (MetaWindow *window) { if (!window) return NULL; return window->desc; } /** * meta_window_get_wm_class: * @window: a #MetaWindow * * Return the current value of the name part of WM_CLASS X property. */ const char * meta_window_get_wm_class (MetaWindow *window) { if (!window) return NULL; return window->res_class; } /** * meta_window_get_wm_class_instance: * @window: a #MetaWindow * * Return the current value of the instance part of WM_CLASS X property. */ const char * meta_window_get_wm_class_instance (MetaWindow *window) { if (!window) return NULL; return window->res_name; } /** * meta_window_get_gtk_application_id: * @window: a #MetaWindow * * Return value: (transfer none): the application ID **/ const char * meta_window_get_gtk_application_id (MetaWindow *window) { return window->gtk_application_id; } /** * meta_window_get_gtk_unique_bus_name: * @window: a #MetaWindow * * Return value: (transfer none): the unique name **/ const char * meta_window_get_gtk_unique_bus_name (MetaWindow *window) { return window->gtk_unique_bus_name; } /** * meta_window_get_gtk_application_object_path: * @window: a #MetaWindow * * Return value: (transfer none): the object path **/ const char * meta_window_get_gtk_application_object_path (MetaWindow *window) { return window->gtk_application_object_path; } /** * meta_window_get_gtk_window_object_path: * @window: a #MetaWindow * * Return value: (transfer none): the object path **/ const char * meta_window_get_gtk_window_object_path (MetaWindow *window) { return window->gtk_window_object_path; } /** * meta_window_get_gtk_app_menu_object_path: * @window: a #MetaWindow * * Return value: (transfer none): the object path **/ const char * meta_window_get_gtk_app_menu_object_path (MetaWindow *window) { return window->gtk_app_menu_object_path; } /** * meta_window_get_gtk_menubar_object_path: * @window: a #MetaWindow * * Return value: (transfer none): the object path **/ const char * meta_window_get_gtk_menubar_object_path (MetaWindow *window) { return window->gtk_menubar_object_path; } /** * meta_window_get_compositor_private: * @window: a #MetaWindow * * Gets the compositor's wrapper object for @window. * * Return value: (transfer none): the wrapper object. **/ GObject * meta_window_get_compositor_private (MetaWindow *window) { if (!window) return NULL; return window->compositor_private; } void meta_window_set_compositor_private (MetaWindow *window, GObject *priv) { if (!window) return; window->compositor_private = priv; } const char * meta_window_get_role (MetaWindow *window) { if (!window) return NULL; return window->role; } /** * meta_window_get_title: * @window: a #MetaWindow * * Returns: the current title of the window. */ const char * meta_window_get_title (MetaWindow *window) { g_return_val_if_fail (META_IS_WINDOW (window), NULL); return window->title; } MetaStackLayer meta_window_get_layer (MetaWindow *window) { return window->layer; } /** * meta_window_get_transient_for: * @window: a #MetaWindow * * Returns the #MetaWindow for the window that is pointed to by the * WM_TRANSIENT_FOR hint on this window (see XGetTransientForHint() * or XSetTransientForHint()). Metacity keeps transient windows above their * parents. A typical usage of this hint is for a dialog that wants to stay * above its associated window. * * Return value: (transfer none): the window this window is transient for, or * %NULL if the WM_TRANSIENT_FOR hint is unset or does not point to a toplevel * window that Metacity knows about. */ MetaWindow * meta_window_get_transient_for (MetaWindow *window) { g_return_val_if_fail (META_IS_WINDOW (window), NULL); if (window->transient_for) return window->transient_for; else if (window->xtransient_for) return meta_display_lookup_x_window (window->display, window->xtransient_for); else return NULL; } /** * meta_window_get_transient_for_as_xid: * @window: a #MetaWindow * * Returns the XID of the window that is pointed to by the * WM_TRANSIENT_FOR hint on this window (see XGetTransientForHint() * or XSetTransientForHint()). Metacity keeps transient windows above their * parents. A typical usage of this hint is for a dialog that wants to stay * above its associated window. * * Return value: (transfer none): the window this window is transient for, or * None if the WM_TRANSIENT_FOR hint is unset. */ Window meta_window_get_transient_for_as_xid (MetaWindow *window) { return window->xtransient_for; } /** * meta_window_get_pid: * @window: a #MetaWindow * * Returns pid of the process that created this window, if known (obtained from * the _NET_WM_PID property). * * Return value: (transfer none): the pid, or -1 if not known. */ int meta_window_get_pid (MetaWindow *window) { g_return_val_if_fail (META_IS_WINDOW (window), -1); return window->net_wm_pid; } /** * meta_window_get_client_machine: * @window: a #MetaWindow * * Returns name of the client machine from which this windows was created, * if known (obtained from the WM_CLIENT_MACHINE property). * * Return value: (transfer none): the machine name, or NULL; the string is * owned by the window manager and should not be freed or modified by the * caller. */ const char * meta_window_get_client_machine (MetaWindow *window) { g_return_val_if_fail (META_IS_WINDOW (window), NULL); return window->wm_client_machine; } /** * meta_window_is_remote: * @window: a #MetaWindow * * Returns: %TRUE if this window originates from a host * different from the one running mutter. */ gboolean meta_window_is_remote (MetaWindow *window) { return window->is_remote; } /** * meta_window_is_modal: * @window: a #MetaWindow * * Queries whether the window is in a modal state as described by the * _NET_WM_STATE protocol. * * Return value: (transfer none): TRUE if the window is in modal state. */ gboolean meta_window_is_modal (MetaWindow *window) { g_return_val_if_fail (META_IS_WINDOW (window), FALSE); return window->wm_state_modal; } /** * meta_window_get_mutter_hints: * @window: a #MetaWindow * * Gets the current value of the _MUTTER_HINTS property. * * The purpose of the hints is to allow fine-tuning of the Window Manager and * Compositor behaviour on per-window basis, and is intended primarily for * hints that are plugin-specific. * * The property is a list of colon-separated key=value pairs. The key names for * any plugin-specific hints must be suitably namespaced to allow for shared * use; 'mutter-' key prefix is reserved for internal use, and must not be used * by plugins. * * Return value: (transfer none): the _MUTTER_HINTS string, or %NULL if no hints * are set. */ const char * meta_window_get_mutter_hints (MetaWindow *window) { g_return_val_if_fail (META_IS_WINDOW (window), NULL); return window->mutter_hints; } /** * meta_window_get_frame_type: * @window: a #MetaWindow * * Gets the type of window decorations that should be used for this window. * * Return value: the frame type */ MetaFrameType meta_window_get_frame_type (MetaWindow *window) { MetaFrameType base_type = META_FRAME_TYPE_LAST; switch (window->type) { case META_WINDOW_NORMAL: base_type = META_FRAME_TYPE_NORMAL; break; case META_WINDOW_DIALOG: base_type = META_FRAME_TYPE_DIALOG; break; case META_WINDOW_MODAL_DIALOG: if (meta_window_is_attached_dialog (window)) base_type = META_FRAME_TYPE_ATTACHED; else base_type = META_FRAME_TYPE_MODAL_DIALOG; break; case META_WINDOW_MENU: base_type = META_FRAME_TYPE_MENU; break; case META_WINDOW_UTILITY: base_type = META_FRAME_TYPE_UTILITY; break; case META_WINDOW_DESKTOP: case META_WINDOW_DOCK: case META_WINDOW_TOOLBAR: case META_WINDOW_SPLASHSCREEN: case META_WINDOW_DROPDOWN_MENU: case META_WINDOW_POPUP_MENU: case META_WINDOW_TOOLTIP: case META_WINDOW_NOTIFICATION: case META_WINDOW_COMBO: case META_WINDOW_DND: case META_WINDOW_OVERRIDE_OTHER: /* No frame */ base_type = META_FRAME_TYPE_LAST; break; } if (base_type == META_FRAME_TYPE_LAST) { /* can't add border if undecorated */ return META_FRAME_TYPE_LAST; } else if (window->border_only || (window->hide_titlebar_when_maximized && META_WINDOW_MAXIMIZED (window)) || (window->hide_titlebar_when_maximized && META_WINDOW_TILED_SIDE_BY_SIDE (window))) { /* override base frame type */ return META_FRAME_TYPE_BORDER; } else { return base_type; } } /** * meta_window_get_frame_bounds: * @window: a #MetaWindow * * Gets a region representing the outer bounds of the window's frame. * * Return value: (transfer none) (allow-none): a #cairo_region_t * holding the outer bounds of the window, or %NULL if the window * doesn't have a frame. */ cairo_region_t * meta_window_get_frame_bounds (MetaWindow *window) { if (!window->frame_bounds) { if (window->frame) window->frame_bounds = meta_frame_get_frame_bounds (window->frame); } return window->frame_bounds; } /** * meta_window_is_attached_dialog: * @window: a #MetaWindow * * Tests if @window is should be attached to its parent window. * (If the "attach_modal_dialogs" option is not enabled, this will * always return %FALSE.) * * Return value: whether @window should be attached to its parent */ gboolean meta_window_is_attached_dialog (MetaWindow *window) { return window->attached; } /** * meta_window_get_tile_match: * @window: a #MetaWindow * * Returns the matching tiled window on the same monitor as @window. This is * the topmost tiled window in a complementary tile mode that is: * * - on the same monitor; * - on the same workspace; * - spanning the remaining monitor width; * - there is no 3rd window stacked between both tiled windows that's * partially visible in the common edge. * * Return value: (transfer none) (allow-none): the matching tiled window or * %NULL if it doesn't exist. */ MetaWindow * meta_window_get_tile_match (MetaWindow *window) { return window->tile_match; } void meta_window_compute_tile_match (MetaWindow *window) { MetaWindow *match; MetaStack *stack; MetaTileMode match_tile_mode = META_TILE_NONE; window->tile_match = NULL; if (window->shaded || window->minimized) return; if (META_WINDOW_TILED_LEFT (window)) match_tile_mode = META_TILE_RIGHT; else if (META_WINDOW_TILED_RIGHT (window)) match_tile_mode = META_TILE_LEFT; else return; stack = window->screen->stack; for (match = meta_stack_get_top (stack); match; match = meta_stack_get_below (stack, match, FALSE)) { if (!match->shaded && !match->minimized && match->tile_mode == match_tile_mode && match->monitor == window->monitor && meta_window_get_workspace (match) == meta_window_get_workspace (window)) break; } if (match) { MetaWindow *above, *bottommost, *topmost; MetaRectangle above_rect, bottommost_rect, topmost_rect; if (meta_stack_windows_cmp (window->screen->stack, match, window) > 0) { topmost = match; bottommost = window; } else { topmost = window; bottommost = match; } meta_window_get_frame_rect (bottommost, &bottommost_rect); meta_window_get_frame_rect (topmost, &topmost_rect); /* * If there's a window stacked in between which is partially visible * behind the topmost tile we don't consider the tiles to match. */ for (above = meta_stack_get_above (stack, bottommost, FALSE); above && above != topmost; above = meta_stack_get_above (stack, above, FALSE)) { if (above->minimized || above->monitor != window->monitor || meta_window_get_workspace (above) != meta_window_get_workspace (window)) continue; meta_window_get_frame_rect (above, &above_rect); if (meta_rectangle_overlap (&above_rect, &bottommost_rect) && meta_rectangle_overlap (&above_rect, &topmost_rect)) return; } window->tile_match = match; } } gboolean meta_window_can_close (MetaWindow *window) { return window->has_close_func; } void meta_window_set_title (MetaWindow *window, const char *title) { char *str; g_free (window->title); window->title = g_strdup (title); /* strndup is a hack since GNU libc has broken %.10s */ str = g_strndup (window->title, 10); g_free (window->desc); window->desc = g_strdup_printf ("0x%lx (%s)", window->xwindow, str); g_free (str); if (window->frame) meta_ui_set_frame_title (window->screen->ui, window->frame->xwindow, window->title); g_object_notify (G_OBJECT (window), "title"); } void meta_window_set_wm_class (MetaWindow *window, const char *wm_class, const char *wm_instance) { g_free (window->res_class); g_free (window->res_name); window->res_name = g_strdup (wm_instance); window->res_class = g_strdup (wm_class); g_object_notify (G_OBJECT (window), "wm-class"); } void meta_window_set_gtk_dbus_properties (MetaWindow *window, const char *application_id, const char *unique_bus_name, const char *appmenu_path, const char *menubar_path, const char *application_object_path, const char *window_object_path) { g_object_freeze_notify (G_OBJECT (window)); g_free (window->gtk_application_id); window->gtk_application_id = g_strdup (application_id); g_object_notify (G_OBJECT (window), "gtk-application-id"); g_free (window->gtk_unique_bus_name); window->gtk_unique_bus_name = g_strdup (unique_bus_name); g_object_notify (G_OBJECT (window), "gtk-unique-bus-name"); g_free (window->gtk_app_menu_object_path); window->gtk_app_menu_object_path = g_strdup (appmenu_path); g_object_notify (G_OBJECT (window), "gtk-app-menu-object-path"); g_free (window->gtk_menubar_object_path); window->gtk_menubar_object_path = g_strdup (menubar_path); g_object_notify (G_OBJECT (window), "gtk-menubar-object-path"); g_free (window->gtk_application_object_path); window->gtk_application_object_path = g_strdup (application_object_path); g_object_notify (G_OBJECT (window), "gtk-application-object-path"); g_free (window->gtk_window_object_path); window->gtk_window_object_path = g_strdup (window_object_path); g_object_notify (G_OBJECT (window), "gtk-window-object-path"); g_object_thaw_notify (G_OBJECT (window)); } void meta_window_set_transient_for (MetaWindow *window, MetaWindow *parent) { if (meta_window_appears_focused (window) && window->transient_for != None) meta_window_propagate_focus_appearance (window, FALSE); /* may now be a dialog */ meta_window_recalc_window_type (window); if (!window->constructing) { /* If the window attaches, detaches, or changes attached * parents, we need to destroy the MetaWindow and let a new one * be created (which happens as a side effect of * meta_window_unmanage()). The condition below is correct * because we know window->transient_for has changed. */ if (window->attached || meta_window_should_attach_to_parent (window)) { guint32 timestamp; timestamp = meta_display_get_current_time_roundtrip (window->display); meta_window_unmanage (window, timestamp); return; } } /* update stacking constraints */ if (!window->override_redirect) meta_stack_update_transient (window->screen->stack, window); /* We know this won't create a reference cycle because we check for loops */ g_clear_object (&window->transient_for); window->transient_for = parent ? g_object_ref (parent) : NULL; /* possibly change its group. We treat being a window's transient as * equivalent to making it your group leader, to work around shortcomings * in programs such as xmms-- see #328211. */ if (window->xtransient_for != None && window->xgroup_leader != None && window->xtransient_for != window->xgroup_leader) meta_window_group_leader_changed (window); if (!window->constructing && !window->override_redirect) meta_window_queue (window, META_QUEUE_MOVE_RESIZE); if (meta_window_appears_focused (window) && window->transient_for != None) meta_window_propagate_focus_appearance (window, TRUE); } void meta_window_set_opacity (MetaWindow *window, guint opacity) { window->opacity = opacity; if (window->display->compositor) meta_compositor_window_opacity_changed (window->display->compositor, window); } static void reset_ignored_crossing_serials (MetaDisplay *display) { int i; i = 0; while (i < N_IGNORED_CROSSING_SERIALS) { display->ignored_crossing_serials[i] = 0; ++i; } display->ungrab_should_not_cause_focus_window = None; } typedef struct { MetaWindow *window; int pointer_x; int pointer_y; } MetaFocusData; static void mouse_mode_focus (MetaWindow *window, guint32 timestamp) { MetaDisplay *display = window->display; if (window->type != META_WINDOW_DESKTOP) { meta_topic (META_DEBUG_FOCUS, "Focusing %s at time %u.\n", window->desc, timestamp); meta_window_focus (window, timestamp); if (meta_prefs_get_auto_raise ()) meta_display_queue_autoraise_callback (display, window); else meta_topic (META_DEBUG_FOCUS, "Auto raise is disabled\n"); } else { /* In mouse focus mode, we defocus when the mouse *enters* * the DESKTOP window, instead of defocusing on LeaveNotify. * This is because having the mouse enter override-redirect * child windows unfortunately causes LeaveNotify events that * we can't distinguish from the mouse actually leaving the * toplevel window as we expect. But, since we filter out * EnterNotify events on override-redirect windows, this * alternative mechanism works great. */ if (meta_prefs_get_focus_mode() == G_DESKTOP_FOCUS_MODE_MOUSE && display->focus_window != NULL) { meta_topic (META_DEBUG_FOCUS, "Unsetting focus from %s due to mouse entering " "the DESKTOP window\n", display->focus_window->desc); meta_display_focus_the_no_focus_window (display, window->screen, timestamp); } } } static gboolean window_focus_on_pointer_rest_callback (gpointer data) { MetaFocusData *focus_data = data; MetaWindow *window = focus_data->window; MetaDisplay *display = window->display; MetaScreen *screen = window->screen; Window root, child; double root_x, root_y, x, y; guint32 timestamp; XIButtonState buttons; XIModifierState mods; XIGroupState group; if (meta_prefs_get_focus_mode () == G_DESKTOP_FOCUS_MODE_CLICK) goto out; meta_error_trap_push (display); XIQueryPointer (display->xdisplay, META_VIRTUAL_CORE_POINTER_ID, screen->xroot, &root, &child, &root_x, &root_y, &x, &y, &buttons, &mods, &group); meta_error_trap_pop (display); free (buttons.mask); if (root_x != focus_data->pointer_x || root_y != focus_data->pointer_y) { focus_data->pointer_x = root_x; focus_data->pointer_y = root_y; return TRUE; } /* Explicitly check for the overlay window, as get_focus_window_at_point() * may return windows that extend underneath the chrome (like * override-redirect or DESKTOP windows) */ if (child == meta_get_overlay_window (screen)) goto out; window = meta_stack_get_default_focus_window_at_point (screen->stack, screen->active_workspace, None, root_x, root_y); if (window == NULL) goto out; timestamp = meta_display_get_current_time_roundtrip (display); mouse_mode_focus (window, timestamp); out: display->focus_timeout_id = 0; return FALSE; } /* The interval, in milliseconds, we use in focus-follows-mouse * mode to check whether the pointer has stopped moving after a * crossing event. */ #define FOCUS_TIMEOUT_DELAY 25 static void queue_focus_callback (MetaDisplay *display, MetaWindow *window, int pointer_x, int pointer_y) { MetaFocusData *focus_data; focus_data = g_new (MetaFocusData, 1); focus_data->window = window; focus_data->pointer_x = pointer_x; focus_data->pointer_y = pointer_y; if (display->focus_timeout_id != 0) g_source_remove (display->focus_timeout_id); display->focus_timeout_id = g_timeout_add_full (G_PRIORITY_DEFAULT, FOCUS_TIMEOUT_DELAY, window_focus_on_pointer_rest_callback, focus_data, g_free); } void meta_window_handle_enter (MetaWindow *window, guint32 timestamp, guint root_x, guint root_y) { MetaDisplay *display = window->display; switch (meta_prefs_get_focus_mode ()) { case G_DESKTOP_FOCUS_MODE_SLOPPY: case G_DESKTOP_FOCUS_MODE_MOUSE: display->mouse_mode = TRUE; if (window->type != META_WINDOW_DOCK) { if (meta_prefs_get_focus_change_on_pointer_rest()) queue_focus_callback (display, window, root_x, root_y); else mouse_mode_focus (window, timestamp); /* stop ignoring stuff */ reset_ignored_crossing_serials (display); } break; case G_DESKTOP_FOCUS_MODE_CLICK: break; } } void meta_window_set_surface_mapped (MetaWindow *window, gboolean surface_mapped) { if (window->surface_mapped == (guint) surface_mapped) return; window->surface_mapped = surface_mapped; meta_window_queue (window, META_QUEUE_CALC_SHOWING); } /* * SECTION:pings * * Sometimes we want to see whether a window is responding, * so we send it a "ping" message and see whether it sends us back a "pong" * message within a reasonable time. Here we have a system which lets us * nominate one function to be called if we get the pong in time and another * function if we don't. The system is rather more complicated than it needs * to be, since we only ever use it to destroy windows which are asked to * close themselves and don't do so within a reasonable amount of time, and * therefore we always use the same callbacks. It's possible that we might * use it for other things in future, or on the other hand we might decide * that we're never going to do so and simplify it a bit. */ /** * ping_data_free: * * Destructor for #MetaPingData structs. Will destroy the * event source for the struct as well. */ static void ping_data_free (MetaPingData *ping_data) { MetaWindow *window = ping_data->window; MetaDisplay *display = window->display; /* Remove the timeout */ if (ping_data->ping_timeout_id != 0) g_source_remove (ping_data->ping_timeout_id); g_hash_table_remove (display->pending_pings, &ping_data->timestamp); g_free (ping_data); } /** * meta_window_pong: * @window: the window we got the pong on * @timestamp: the timestamp that the client sent back * * Process the pong (the response message) from the ping we sent * to the window. This involves removing the timeout, calling the * reply handler function, and freeing memory. */ void meta_window_pong (MetaWindow *window, guint32 timestamp) { GSList *tmp; meta_topic (META_DEBUG_PING, "Received a pong with timestamp %u\n", timestamp); for (tmp = window->pending_pings; tmp; tmp = tmp->next) { MetaPingData *ping_data = tmp->data; if (timestamp == ping_data->timestamp) { meta_topic (META_DEBUG_PING, "Matching ping found for pong %u\n", ping_data->timestamp); /* Remove the ping data from the list */ window->pending_pings = g_slist_remove (window->pending_pings, ping_data); /* Remove the timeout */ if (ping_data->ping_timeout_id != 0) { g_source_remove (ping_data->ping_timeout_id); ping_data->ping_timeout_id = 0; } /* Call callback */ (* ping_data->ping_reply_func) (window, ping_data->timestamp, ping_data->user_data); ping_data_free (ping_data); break; } } } /* * How long, in milliseconds, we should wait after pinging a window * before deciding it's not going to get back to us. */ #define PING_TIMEOUT_DELAY 5000 /** * ping_timeout: * @data: All the information about this ping. It is a #MetaPingData * cast to a #gpointer in order to be passable to a timeout function. * This function will also free this parameter. * * Does whatever it is we decided to do when a window didn't respond * to a ping. We also remove the ping from the display's list of * pending pings. This function is called by the event loop when the timeout * times out which we created at the start of the ping. * * Returns: Always returns %FALSE, because this function is called as a * timeout and we don't want to run the timer again. */ static gboolean ping_timeout (gpointer data) { MetaPingData *ping_data; ping_data = data; ping_data->ping_timeout_id = 0; meta_topic (META_DEBUG_PING, "Ping %u on window %s timed out\n", ping_data->timestamp, ping_data->window->desc); (* ping_data->ping_timeout_func) (ping_data->window, ping_data->timestamp, ping_data->user_data); ping_data_free (ping_data); return FALSE; } /** * meta_window_ping: * @window: The #MetaWindow to send the ping to * @timestamp: The timestamp of the ping. Used for uniqueness. * Cannot be CurrentTime; use a real timestamp! * @ping_reply_func: The callback to call if we get a response. * @ping_timeout_func: The callback to call if we don't get a response. * @user_data: Arbitrary data that will be passed to the callback * function. (In practice it's often a pointer to * the window.) * * Sends a ping request to a window. The window must respond to * the request within a certain amount of time. If it does, we * will call one callback; if the time passes and we haven't had * a response, we call a different callback. The window must have * the hint showing that it can respond to a ping; if it doesn't, * we call the "got a response" callback immediately and return. * This function returns straight away after setting things up; * the callbacks will be called from the event loop. */ void meta_window_ping (MetaWindow *window, guint32 timestamp, MetaWindowPingFunc ping_reply_func, MetaWindowPingFunc ping_timeout_func, gpointer user_data) { MetaPingData *ping_data; MetaDisplay *display = window->display; if (timestamp == CurrentTime) { meta_warning ("Tried to ping a window with CurrentTime! Not allowed.\n"); return; } if (!window->net_wm_ping) { if (ping_reply_func) (* ping_reply_func) (window, timestamp, user_data); return; } ping_data = g_new (MetaPingData, 1); ping_data->window = window; ping_data->timestamp = timestamp; ping_data->ping_reply_func = ping_reply_func; ping_data->ping_timeout_func = ping_timeout_func; ping_data->user_data = user_data; ping_data->ping_timeout_id = g_timeout_add (PING_TIMEOUT_DELAY, ping_timeout, ping_data); window->pending_pings = g_slist_prepend (window->pending_pings, ping_data); g_hash_table_insert (display->pending_pings, &ping_data->timestamp, window); meta_topic (META_DEBUG_PING, "Sending ping with timestamp %u to window %s\n", timestamp, window->desc); if (window->client_type == META_WINDOW_CLIENT_TYPE_X11) meta_window_send_icccm_message (window, display->atom__NET_WM_PING, timestamp); else meta_wayland_surface_ping (window->surface, timestamp); } Window meta_window_get_toplevel_xwindow (MetaWindow *window) { return window->frame ? window->frame->xwindow : window->xwindow; }