{
GSList *it;
ObAction *a;
- gboolean ungrabbed = FALSE;
if (!acts)
return;
if (!keyboard_interactive_grab(state, a->data.any.c, a))
continue;
}
- else if (!ungrabbed) {
- /* Ungrab the keyboard before running the action if it's not
- interactive.
-
- If there is an interactive action going on, then cancel it
- to release the keyboard. If not, then call
- XUngrabKeyboard().
-
- We call XUngrabKeyboard() because a key press causes a
- passive grab on the keyboard, and so if program we are
- executing wants to grab the keyboard, it will fail if the
- button is still held down (which is likely).
-
- Use the X function not out own, because we're not
- considering a grab to be in place at all so our function
- won't try ungrab anything.
- */
- if (keyboard_interactively_grabbed())
- keyboard_interactive_cancel();
- else
- XUngrabKeyboard(ob_display, time);
-
- /* We don't the same with XUngrabPointer, even though it can
- cause the same problem. But then Press bindings cause
- Drag bindings to break.
- XUngrabPointer(ob_display, time);*/
- }
/* XXX UGLY HACK race with motion event starting a move and the
button release gettnig processed first. answer: don't queue
if (data->execute.path) {
cmd = g_filename_from_utf8(data->execute.path, -1, NULL, NULL, NULL);
if (cmd) {
+ /* If there is an interactive action going on, then cancel it
+ to release the keyboard, so that the run application
+ can grab the keyboard if it wants to. */
+ if (keyboard_interactively_grabbed())
+ keyboard_interactive_cancel();
+
if (!g_shell_parse_argv (cmd, NULL, &argv, &e)) {
g_message(_("Failed to execute '%s': %s"),
cmd, e->message);
else {
keyboard_reset_chains(0);
+ /* If we don't have the keyboard grabbed, then ungrab it with
+ XUngrabKeyboard, so that there is not a passive grab left
+ on from the KeyPress. If the grab is left on, and focus
+ moves during that time, it will be NotifyWhileGrabbed, and
+ applications like to ignore those! */
+ if (!keyboard_interactively_grabbed())
+ XUngrabKeyboard(ob_display, e->xkey.time);
+
action_run_key(p->actions, client, e->xkey.state,
e->xkey.x_root, e->xkey.y_root,
e->xkey.time);