// Receives keyboard events until a valid shortcut is found, to set it as entry text.
//
func onKeyGrabReceived(_ *gtk.Window, event *gdk.Event, data *textGrabData) {
key := &gdk.EventKey{Event: event}
if !gtk.AcceleratorValid(key.KeyVal(), gdk.ModifierType(key.State())) {
return
}
data.entry.SetSensitive(true)
data.win.HandlerDisconnect(data.cbID)
data.cbID = 0
// This lets us ignore all ignorable modifier keys, including NumLock and many others. :)
// The logic is: keep only the important modifiers that were pressed for this event.
state := gdk.ModifierType(key.State()) & gtk.AcceleratorGetDefaultModMask()
accel := gtk.AcceleratorName(key.KeyVal(), state)
data.entry.SetText(accel)
}
func wrapAccelKey(obj *C.struct__GtkAccelKey) *AccelKey {
var v AccelKey
v.key = uint(obj.accel_key)
v.mods = gdk.ModifierType(obj.accel_mods)
v.flags = uint16(obj.accel_flags)
return &v
}
// AcceleratorParse is a wrapper around gtk_accelerator_parse().
func AcceleratorParse(acc string) (key uint, mods gdk.ModifierType) {
cstr := C.CString(acc)
defer C.free(unsafe.Pointer(cstr))
k := C.guint(0)
m := C.GdkModifierType(0)
C.gtk_accelerator_parse((*C.gchar)(cstr), &k, &m)
return uint(k), gdk.ModifierType(m)
}
// onKeyGrabReceived is called when a grabbed keyboard events is received.
//
func (widget *Shortkeys) onKeyGrabReceived(win *gtk.Window, event *gdk.Event) {
key := &gdk.EventKey{Event: event}
if !gtk.AcceleratorValid(key.KeyVal(), gdk.ModifierType(key.State())) {
return
}
// This lets us ignore all ignorable modifier keys, including NumLock and many others. :)
// The logic is: keep only the important modifiers that were pressed for this event.
state := gdk.ModifierType(key.State()) & gtk.AcceleratorGetDefaultModMask()
accel := gtk.AcceleratorName(key.KeyVal(), state)
if accel != "Escape" { // TODO: FIX
widget.updateShortkey(accel)
} else {
widget.updateDisplay()
}
widget.onKeyGrabFinish()
}
// AcceleratorGetDefaultModMask is a wrapper around gtk_accelerator_get_default_mod_mask().
func AcceleratorGetDefaultModMask() gdk.ModifierType {
return gdk.ModifierType(C.gtk_accelerator_get_default_mod_mask())
}
// GetModifierMask is a wrapper around gtk_accel_group_get_modifier_mask().
func (v *AccelGroup) GetModifierMask() gdk.ModifierType {
return gdk.ModifierType(C.gtk_accel_group_get_modifier_mask(v.native()))
}
func (v *accelGroup) Connect2(v2 uint, v3 gdki.ModifierType, v4 gtki.AccelFlags, v5 interface{}) {
v.internal.Connect(v2, gdk.ModifierType(v3), gtk.AccelFlags(v4), gliba.FixupFunction(v5))
}
// Entry adds a defined entry to the menu. Returns if a separator is needed.
//
func (m *DockMenu) Entry(entry MenuEntry) bool {
switch entry {
case MenuAbout:
m.AddEntry(
tran.Slate("About"),
globals.IconNameAbout,
about.New,
)
case MenuAddApplet:
m.AddEntry(
tran.Slate("Applet"),
globals.IconNameAdd,
backendgui.ShowAddons)
case MenuAddLauncher:
m.AddEntry(
tran.Slate("Custom launcher"),
globals.IconNameAdd,
func() {
newIcon := gldi.LauncherAddNew("", m.Dock, nextOrder(m.Icon, m.Dock))
if newIcon == nil {
// TODO: use log
println("Couldn't create create the icon.\nCheck that you have writing permissions on ~/.config/cairo-dock and its sub-folders")
} else {
backendgui.ShowItems(newIcon, nil, nil, -1)
}
},
).SetTooltipText(tran.Slate("Usually you would drag a launcher from the menu and drop it on the dock."))
case MenuAddMainDock:
m.AddEntry(
tran.Slate("Main dock"),
globals.IconNameAdd,
func() {
key := gldi.DockAddConfFile()
gldi.DockNew(key)
backendgui.ReloadItems()
// g_timeout_add_seconds (1, (GSourceFunc)_show_new_dock_msg, cDockName); // delai, car sa fenetre n'est pas encore bien placee (0,0).
})
case MenuAddSeparator:
m.AddEntry(
tran.Slate("Separator"),
globals.IconNameAdd,
func() {
newIcon := gldi.SeparatorIconAddNew(m.Dock, nextOrder(m.Icon, m.Dock))
if newIcon == nil {
// TODO: use log
println("Couldn't create create the icon.\nCheck that you have writing permissions on ~/.config/cairo-dock and its sub-folders")
}
})
case MenuAddSubDock:
m.AddEntry(
tran.Slate("Sub-dock"),
globals.IconNameAdd,
func() {
newIcon := gldi.StackIconAddNew(m.Dock, nextOrder(m.Icon, m.Dock))
if newIcon == nil {
// TODO: use log
println("Couldn't create create the icon.\nCheck that you have writing permissions on ~/.config/cairo-dock and its sub-folders")
}
})
case MenuClassItems:
//\_________________________ class actions.
items := m.Icon.GetClass().MenuItems()
for _, it := range items {
cmd := strings.Fields(it[1])
m.AddEntry(
it[0], // name
it[2], // icon
func() { log.ExecAsync(cmd[0], cmd[1:]...) }) // was gldi.LaunchCommand(cmd)
}
return len(items) > 0
case MenuConfigure:
m.AddEntry(
tran.Slate("Configure"),
globals.IconNamePreferences,
backendgui.ShowMainGui,
).SetTooltipText(tran.Slate("Configure behaviour, appearance, and applets."))
case MenuCustomIconRemove:
classIcon := m.Icon.GetClass().Icon()
if classIcon == "" {
classIcon = m.Icon.GetClass().String()
}
path := filepath.Join(globals.DirCurrentIcons(), classIcon+".png")
if _, e := os.Stat(path); e != nil {
path = filepath.Join(globals.DirCurrentIcons(), classIcon+".svg")
if _, e := os.Stat(path); e != nil {
path = ""
}
}
// println("custom icon", path)
if path != "" {
m.AddEntry(
tran.Slate("Remove custom icon"),
globals.IconNameRemove,
func() {
C._cairo_dock_remove_custom_appli_icon((*C.Icon)(unsafe.Pointer(m.Icon.ToNative())), (*C.CairoDock)(unsafe.Pointer(m.Dock.Ptr)))
})
}
case MenuCustomIconSet:
m.AddEntry(
tran.Slate("Set a custom icon"),
globals.IconNameSelectColor,
func() {
C._cairo_dock_set_custom_appli_icon((*C.Icon)(unsafe.Pointer(m.Icon.ToNative())), (*C.CairoDock)(unsafe.Pointer(m.Dock.Ptr)))
})
case MenuDeleteDock:
m.AddEntry(
tran.Slate("Delete this dock"),
globals.IconNameDelete,
func() {
if m.Dock.GetRefCount() != 0 {
dialog.ShowWithQuestion("Delete this dock?",
m.Dock.GetPointedIcon(),
m.Container,
globals.FileCairoDockIcon(),
cbDialogIsOK(func() {
gldi.ObjectDelete(m.Dock)
}))
}
})
case MenuDeskletLock:
desklet := m.Container.ToDesklet()
m.AddCheckEntry(
tran.Slate("Lock position"),
desklet.PositionLocked(),
func(c *gtk.CheckMenuItem) {
desklet.LockPosition(c.GetActive())
backendgui.UpdateDeskletVisibility(desklet)
})
case MenuDeskletSticky:
desklet := m.Container.ToDesklet()
m.AddCheckEntry(
tran.Slate("On all desktops"),
m.Container.ToDesklet().IsSticky(),
func(c *gtk.CheckMenuItem) {
desklet.SetSticky(c.GetActive())
// TODO: check why SetSticky isn't working...
println("get stick", desklet.IsSticky())
backendgui.UpdateDeskletVisibility(desklet)
})
case MenuDeskletVisibility:
submenu := m.AddSubMenu(tran.Slate("Visibility"), globals.IconNameFind)
desklet := m.Container.ToDesklet()
callback := func(radio *gtk.RadioMenuItem, val cdtype.DeskletVisibility) {
if radio.GetActive() {
desklet.SetVisibility(val, true) // with true, also save to conf.
backendgui.UpdateDeskletVisibility(desklet)
}
}
group := 42
visibility := desklet.Visibility()
addRadio := func(vis cdtype.DeskletVisibility, label string) {
radio := submenu.AddRadioEntry(label, visibility == vis, group, nil)
radio.Connect("toggled", callback, vis)
}
addRadio(cdtype.DeskletVisibilityNormal, tran.Slate("Normal"))
addRadio(cdtype.DeskletVisibilityKeepAbove, tran.Slate("Always on top"))
addRadio(cdtype.DeskletVisibilityKeepBelow, tran.Slate("Always below"))
if gldi.CanSetOnWidgetLayer() {
addRadio(cdtype.DeskletVisibilityWidgetLayer, tran.Slate("Widget Layer"))
}
addRadio(cdtype.DeskletVisibilityReserveSpace, tran.Slate("Reserve space"))
case MenuDetachApplet:
m.AddEntry(
ternary.String(m.Dock != nil, tran.Slate("Detach"), tran.Slate("Return to the dock")),
ternary.String(m.Dock != nil, globals.IconNameGotoTop, globals.IconNameGotoBottom),
func() {
// if (CAIRO_DOCK_IS_DESKLET (pContainer))
// icon = (CAIRO_DESKLET (pContainer))->pIcon; // l'icone cliquee du desklet n'est pas forcement celle qui contient le module !
// g_return_if_fail (CAIRO_DOCK_IS_APPLET (icon));
m.Icon.ModuleInstance().Detach()
})
case MenuDuplicateApplet:
m.AddEntry(
tran.Slate("Duplicate"),
globals.IconNameAdd,
func() {
// if (CAIRO_DOCK_IS_DESKLET (pContainer))
// icon = (CAIRO_DESKLET (pContainer))->pIcon; // l'icone cliquee du desklet n'est pas forcement celle qui contient le module !
// g_return_if_fail (CAIRO_DOCK_IS_APPLET (icon));
m.Icon.ModuleInstance().Module().AddInstance()
// gldi_module_add_instance (icon->pModuleInstance->pModule);
})
case MenuEditApplet:
m.AddEntry(
tran.Slate("Edit"),
globals.IconNameEdit,
func() {
// if (CAIRO_DOCK_IS_DESKLET (pContainer))
// icon = (CAIRO_DESKLET (pContainer))->pIcon; // l'icone cliquee du desklet n'est pas forcement celle qui contient le module.
// g_return_if_fail (CAIRO_DOCK_IS_APPLET (icon));
backendgui.ShowItems(m.Icon, nil, nil, -1)
})
case MenuEditDock:
m.AddEntry(
tran.Slate("Configure this dock"),
globals.IconNameExecute,
func() { backendgui.ShowItems(nil, m.Container, nil, 0) },
).SetTooltipText(tran.Slate("Customize the position, visibility and appearance of this main dock."))
case MenuEditIcon:
m.AddEntry(tran.Slate(
tran.Slate("Edit")),
globals.IconNameEdit,
func() {
switch m.Icon.GetDesktopFileName() {
case "", "none":
dialog.ShowTemporaryWithIcon("Sorry, this icon doesn't have a configuration file.", m.Icon, m.Container, 4000, "same icon")
default:
backendgui.ShowItems(m.Icon, nil, nil, -1)
}
})
case MenuEditTarget:
_, img := m.Icon.DefaultNameIcon()
m.AddEntry(
tran.Slate("Edit icon"),
img,
func() {
// if (CAIRO_DOCK_IS_DESKLET (pContainer))
// icon = (CAIRO_DESKLET (pContainer))->pIcon; // l'icone cliquee du desklet n'est pas forcement celle qui contient le module.
// g_return_if_fail (CAIRO_DOCK_IS_APPLET (icon));
backendgui.ShowItems(m.Icon, nil, nil, -1)
})
case MenuHandbook:
m.AddEntry(
tran.Slate("Applet's handbook"),
globals.IconNameAbout,
m.Icon.ModuleInstance().PopupAboutApplet)
// handbook + 5x to facto
// picon := icon
// if container.IsDesklet() {
// picon = container.Icon()
// icon = (CAIRO_DESKLET (pContainer))->pIcon; // l'icone cliquee du desklet n'est pas forcement celle qui contient le module !
// }
case MenuHelp:
m.AddEntry(
tran.Slate("Help"),
globals.IconNameHelp,
func() { backendgui.ShowModuleGui("Help") },
).SetTooltipText(tran.Slate("There are no problems, only solutions (and a lot of useful hints!)"))
case MenuLaunchNew:
m.AddEntry(
tran.Slate("Launch a new (Shift+clic)"),
globals.IconNameAdd,
func() { m.Icon.LaunchCommand(log) })
case MenuLockIcons:
m.AddCheckEntry(
tran.Slate("Lock icons position"),
current.Docks.LockIcons(),
func() {
current.Docks.LockIcons(!current.Docks.LockIcons())
config.UpdateFile(log, globals.ConfigFile(), "Accessibility", "lock icons", current.Docks.LockIcons())
},
).SetTooltipText(tran.Slate("This will (un)lock the position of the icons."))
case MenuMakeLauncher:
m.AddEntry(
tran.Slate("Make it a launcher"),
globals.IconNameNew,
func() {
C._cairo_dock_make_launcher_from_appli((*C.Icon)(unsafe.Pointer(m.Icon.ToNative())), (*C.CairoDock)(unsafe.Pointer(m.Dock.Ptr)))
})
case MenuMoveToDesktopClass:
m.moveToDesktop(true)
case MenuMoveToDesktopWindow:
m.moveToDesktop(false)
case MenuMoveToDock:
sub := m.AddSubMenu(tran.Slate("Move to another dock"), globals.IconNameJumpTo)
docks := gldi.GetAllAvailableDocks(m.Icon.GetContainer().ToCairoDock(), m.Icon.GetSubDock())
docks = append(docks, nil)
for _, dock := range docks {
name := ""
key := ""
icon := ""
if dock == nil {
name = tran.Slate("New main dock")
icon = globals.IconNameAdd // globals.IconNameNew
} else {
name = ternary.String(dock.GetReadableName() != "", dock.GetReadableName(), dock.GetDockName())
key = dock.GetDockName()
if dock.GetRefCount() == 0 { // Maindocks icon
switch dock.Container().ScreenBorder() {
case cdtype.ContainerPositionBottom:
icon = "go-down"
case cdtype.ContainerPositionTop:
icon = "go-up"
case cdtype.ContainerPositionLeft:
icon = "go-previous"
case cdtype.ContainerPositionRight:
icon = "go-next"
}
} else { // Subdocks icon.
dockicon := dock.SearchIconPointingOnDock(nil)
if dockicon != nil {
icon = dockicon.GetFileName()
}
}
}
sub.AddEntry(
name,
icon,
func() {
if key == "" {
key = gldi.DockAddConfFile()
}
m.Icon.WriteContainerNameInConfFile(key) // Update icon conf file.
if m.Icon.IsLauncher() || m.Icon.IsStackIcon() || m.Icon.IsSeparator() { // Reload icon (creating the dock).
gldi.ObjectReload(m.Icon)
} else if m.Icon.IsApplet() {
gldi.ObjectReload(m.Icon.ModuleInstance())
}
newdock := gldi.DockGet(key)
if newdock != nil && newdock.GetRefCount() == 0 && len(newdock.Icons()) == 1 {
str := tran.Slate("The new dock has been created.\nYou can customize it by right-clicking on it -> cairo-dock -> configure this dock.")
dialog.ShowGeneralMessage(str, 8000) // we don't show it on the new dock as its window isn't positioned yet (0,0).
}
})
}
case MenuQuickHide:
m.AddEntry(
tran.Slate("Quick-Hide"),
globals.IconNameGotoBottom,
gldi.QuickHideAllDocks,
).SetTooltipText(tran.Slate("This will hide the dock until you hover over it with the mouse."))
case MenuQuit:
item := m.AddEntry(
tran.Slate("Quit"),
globals.IconNameQuit,
func() {
backendgui.CloseGui()
// gtk.MainQuit() // TODO: remove SQP HACK, easy quit no confirm for tests.
dialog.ShowWithQuestion("Quit Cairo-Dock?",
GetIconForDesklet(m.Icon, m.Container),
m.Container,
globals.FileCairoDockIcon(),
cbDialogIsOK(gtk.MainQuit))
})
// const gchar *cDesktopSession = g_getenv ("DESKTOP_SESSION");
// gboolean bIsCairoDockSession = cDesktopSession && g_str_has_prefix (cDesktopSession, "cairo-dock");
// // if we're using a Cairo-Dock session and we quit the dock we have... nothing to relaunch it!
// if bIsCairoDockSession {
// item.SetSensitive(false)
// item.SetTooltipText("You're using a Cairo-Dock Session!\nIt's not advised to quit the dock but you can press Shift to unlock this menu entry.")
// static void _cairo_dock_set_sensitive_quit_menu (G_GNUC_UNUSED GtkWidget *pMenuItem, GdkEventKey *pKey, GtkWidget *pQuitEntry)
// {
// pMenuItem not used because we want to only modify one entry
// if (pKey->type == GDK_KEY_PRESS &&
// (pKey->keyval == GDK_KEY_Shift_L ||
// pKey->keyval == GDK_KEY_Shift_R)) // pressed
// gtk_widget_set_sensitive (pQuitEntry, TRUE); // unlocked
// else if (pKey->state & GDK_SHIFT_MASK) // released
// gtk_widget_set_sensitive (pQuitEntry, FALSE); // locked)
// }
cbSensitive := func(_ *gtk.CheckMenuItem, event *gdk.Event) {
key := &gdk.EventKey{Event: event}
println("key", key.KeyVal())
if key.KeyVal() == uint(C.GDK_KEY_Shift_R) { // pressed.
item.SetSensitive(true)
} else if gdk.ModifierType(key.State())&gdk.GDK_SHIFT_MASK > 0 { // released.
item.SetSensitive(false)
}
}
_, e := item.Connect("key-press-event", cbSensitive)
if e != nil {
println((e.Error()))
}
item.Connect("key-release-event", cbSensitive)
// gtk_widget_set_sensitive (pMenuItem, FALSE); // locked
// gtk_widget_set_tooltip_text (pMenuItem, _("You're using a Cairo-Dock Session!\nIt's not advised to quit the dock but you can press Shift to unlock this menu entry."));
// // signal to unlock the entry (signal monitored only in the submenu)
// g_signal_connect (pSubMenu, "key-press-event", G_CALLBACK (_cairo_dock_set_sensitive_quit_menu), pMenuItem);
// g_signal_connect (pSubMenu, "key-release-event", G_CALLBACK (_cairo_dock_set_sensitive_quit_menu), pMenuItem);
// }
// case MenuAutostart:
// gchar *cCairoAutoStartDirPath = g_strdup_printf ("%s/.config/autostart", g_getenv ("HOME"));
// gchar *cCairoAutoStartEntryPath = g_strdup_printf ("%s/cairo-dock.desktop", cCairoAutoStartDirPath);
// gchar *cCairoAutoStartEntryPath2 = g_strdup_printf ("%s/cairo-dock-cairo.desktop", cCairoAutoStartDirPath);
// if (! bIsCairoDockSession && ! g_file_test (cCairoAutoStartEntryPath, G_FILE_TEST_EXISTS) && ! g_file_test (cCairoAutoStartEntryPath2, G_FILE_TEST_EXISTS))
// {
// cairo_dock_add_in_menu_with_stock_and_data (_("Launch Cairo-Dock on startup"),
// GLDI_ICON_NAME_ADD,
// G_CALLBACK (_cairo_dock_add_autostart),
// pSubMenu,
// NULL);
// }
// g_free (cCairoAutoStartEntryPath);
// g_free (cCairoAutoStartEntryPath2);
// g_free (cCairoAutoStartDirPath);
// case MenuThirdParty:
// pMenuItem = cairo_dock_add_in_menu_with_stock_and_data (_("Get more applets!"),
// GLDI_ICON_NAME_ADD,
// G_CALLBACK (_cairo_dock_show_third_party_applets),
// pSubMenu,
// NULL);
// gtk_widget_set_tooltip_text (pMenuItem, _("Third-party applets provide integration with many programs, like Pidgin"));
case MenuRemoveApplet:
m.AddEntry(
tran.Slate("Remove"),
globals.IconNameRemove,
func() {
// if (CAIRO_DOCK_IS_DESKLET (pContainer))
// icon = (CAIRO_DESKLET (pContainer))->pIcon; // l'icone cliquee du desklet n'est pas forcement celle qui contient le module !
// g_return_if_fail (CAIRO_DOCK_IS_APPLET (icon));
dialog.ShowWithQuestion(
fmt.Sprintf("You're about to remove this applet (%s) from the dock. Are you sure?", m.Icon.ModuleInstance().Module().VisitCard().GetTitle()),
m.Icon,
m.Container,
"same icon",
cbDialogIsOK(func() {
gldi.ObjectDelete(m.Icon.ModuleInstance())
}))
})
case MenuRemoveIcon:
m.AddEntry(
tran.Slate("Remove"),
globals.IconNameRemove,
func() {
name := ternary.String(m.Icon.GetInitialName() != "", m.Icon.GetInitialName(), m.Icon.GetName())
if name == "" {
name = ternary.String(m.Icon.IsSeparator(), tran.Slate("separator"), "no name")
}
dialog.ShowWithQuestion(
fmt.Sprintf(tran.Slate("You're about to remove this icon (%s) from the dock. Are you sure?"), name),
m.Icon,
m.Container,
"same icon",
cbDialogIsOK(func() {
if m.Icon.IsStackIcon() && m.Icon.GetSubDock() != nil && len(m.Icon.GetSubDock().Icons()) > 0 {
dialog.ShowWithQuestion(
tran.Slate("Do you want to re-dispatch the icons contained inside this container into the dock?\n(otherwise they will be destroyed)"),
m.Icon,
m.Container,
globals.FileCairoDockIcon(),
cbDialogIsOK(func() {
m.Icon.RemoveIconsFromSubdock(m.Dock)
}))
}
m.Icon.RemoveFromDock()
}))
}).SetTooltipText(tran.Slate("You can remove a launcher by dragging it out of the dock with the mouse ."))
case MenuThemes:
// pMenuItem = cairo_dock_add_in_menu_with_stock_and_data (_("Manage themes"),
// CAIRO_DOCK_SHARE_DATA_DIR"/icons/icon-appearance.svg",
// G_CALLBACK (_cairo_dock_initiate_theme_management),
// pSubMenu,
// NULL);
// gtk_widget_set_tooltip_text (pMenuItem, _("Choose from amongst many themes on the server or save your current theme."));
case MenuWindowAbove:
flag := m.Icon.Window().IsAbove()
m.AddEntry(
ternary.String(flag, tran.Slate("Don't keep above"), tran.Slate("Keep above")),
ternary.String(flag, globals.IconNameGotoBottom, globals.IconNameGotoTop),
m.Icon.CallbackActionWindowToggle((cdglobal.Window).SetAbove, (cdglobal.Window).IsAbove))
case MenuWindowBelow:
if !m.Icon.Window().IsHidden() { // this could be a button in the menu, if we find an icon that doesn't look too much like the "minimise" one
m.AddEntry(
tran.Slate("Below other windows")+actionMiddleClick(m.Icon, 4),
globals.DirShareData("icons", "icon-lower.svg"),
m.Icon.CallbackActionWindow((cdglobal.Window).Lower))
}
case MenuWindowFullScreen:
flag := m.Icon.Window().IsFullScreen()
m.AddEntry(
ternary.String(flag, tran.Slate("Not Fullscreen"), tran.Slate("Fullscreen")),
ternary.String(flag, globals.IconNameLeaveFullScreen, globals.IconNameFullScreen),
m.Icon.CallbackActionWindowToggle((cdglobal.Window).SetFullScreen, (cdglobal.Window).IsFullScreen))
case MenuWindowKill:
m.AddEntry(
tran.Slate("Kill"),
globals.IconNameClose,
m.Icon.CallbackActionWindow((cdglobal.Window).Kill))
case MenuWindowMoveAllHere:
m.AddEntry(
tran.Slate("Move all to this desktop"),
globals.IconNameJumpTo,
m.Icon.CallbackActionSubWindows((cdglobal.Window).MoveToCurrentDesktop))
case MenuWindowMoveHere:
var callback func()
if !m.Icon.Window().IsOnCurrentDesktop() {
callback = m.Icon.CallbackActionWindow(func(win cdglobal.Window) {
win.MoveToCurrentDesktop()
if !win.IsHidden() {
win.Show()
}
})
}
m.AddEntry(tran.Slate("Move to this desktop"), globals.IconNameJumpTo, callback)
case MenuWindowSticky:
m.AddEntry(
ternary.String(m.Icon.Window().IsSticky(), tran.Slate("Visible only on this desktop"), tran.Slate("Visible on all desktops")),
globals.IconNameJumpTo,
m.Icon.CallbackActionWindowToggle((cdglobal.Window).SetSticky, (cdglobal.Window).IsSticky))
}
return notif.AnswerLetPass
}
// OnLeftClick triggers a dock left click action on the icon.
//
func OnLeftClick(icon gldi.Icon, container *gldi.Container, btnState uint) bool {
switch {
case icon == nil || !gldi.ObjectIsDock(container):
log.Debug("notifClickIcon", "ignored: no icon or dock target")
return notif.AnswerLetPass
// With shift or ctrl on an icon that is linked to a program => re-launch this program.
case gdk.ModifierType(btnState)&(gdk.GDK_SHIFT_MASK|gdk.GDK_CONTROL_MASK) > 0:
if icon.IsLauncher() || icon.IsAppli() || icon.IsStackIcon() {
icon.LaunchCommand(log)
}
return notif.AnswerLetPass
// scale on an icon holding a class sub-dock (fallback: show all windows).
case icon.IsMultiAppli() &&
current.Taskbar.PresentClassOnClick() && // if we want to use this feature
(!current.Docks.ShowSubDockOnClick() || // if sub-docks are shown on mouse over
icon.SubDockIsVisible() && // or this sub-dock is already visible
icon.DesktopPresentClass()): // we use the scale plugin if it's possible
icon.CallbackActionSubWindows((cdglobal.Window).Show)()
// in case the dock is visible or about to be visible, hide it, as it would confuse the user to have both.
// cairo_dock_emit_leave_signal (CAIRO_CONTAINER (icon->pSubDock));
return notif.AnswerIntercept
// // else handle sub-docks showing on click, applis and launchers (not applets).
// icon pointing to a sub-dock with either "sub-dock activation on click" option enabled,
// or sub-dock not visible -> open the sub-dock
case icon.GetSubDock() != nil && (current.Docks.ShowSubDockOnClick() || !icon.SubDockIsVisible()):
icon.ShowSubdock(container.ToCairoDock())
return notif.AnswerIntercept
// icon holding an appli, but not being an applet -> show/hide the window.
case icon.IsAppli() && !icon.IsApplet():
// ne marche que si le dock est une fenêtre de type 'dock', sinon il prend le focus.
if icon.Window().IsActive() && current.Taskbar.MinimizeOnClick() && !icon.Window().IsHidden() && icon.Window().IsOnCurrentDesktop() {
icon.Window().Minimize()
} else {
icon.Window().Show()
}
return notif.AnswerIntercept
// icon holding a class sub-dock -> show/hide the windows of the class.
case icon.IsMultiAppli():
if current.Docks.ShowSubDockOnClick() {
hideShowInClassSubdock(icon)
}
return notif.AnswerIntercept
// finally, launcher being none of the previous cases -> launch the command
case icon.IsLauncher():
// if (! gldi_class_is_starting (icon->cClass) && ! gldi_icon_is_launching (icon)) {// do not launch it twice (avoid wrong double click) => if we want to launch it 2 times in a row, we have to use Shift + Click
icon.LaunchCommand(log)
return notif.AnswerIntercept // wasn't there in real dock.
}
// for applets and their sub-icons, let the module-instance handles the click; for separators, no action.
// cd_debug ("no action here");
return notif.AnswerLetPass
}