### Functions for helping out with your window focus. ###
###########################################################################
+# raise the window also when it is focused
ob_focus_raise = 1
+# send focus somewhere when nothing is left with the focus if possible
ob_focus_fallback = 0
-ob_focus_stack = []
+
+# maintain a list of clients, stacked in focus order
+ob_clients = []
+# maintaint he current focused window
+ob_doing_stacked = 0
+
+def ob_new_win(data):
+ global ob_clients
+ global ob_doing_stacked
+ global ob_cyc_w;
+
+ if ob_doing_stacked:
+ ob_clients.insert(ob_clients.index(ob_cyc_w), data.client.window())
+ else:
+ if not len(ob_clients):
+ ob_clients.append(data.client.window())
+ else:
+ ob_clients.insert(1, data.client.window()) # insert in 2nd slot
+
+def ob_close_win(data):
+ global ob_clients
+ global ob_cyc_w;
+ global ob_doing_stacked
+
+ if not ob_doing_stacked:
+ # not in the middle of stacked cycling, so who cares
+ ob_clients.remove(data.client.window())
+ else:
+ # have to fix the cycling if we remove anything
+ win = data.client.window()
+ if ob_cyc_w == win:
+ do_stacked_cycle(data) # cycle off the window first
+ ob_clients.remove(win)
def ob_focused(data):
- global ob_focus_raise
- global ob_focus_fallback
- global ob_focus_stack
+ global ob_clients
+ global ob_doing_stacked
+ global ob_cyc_w
+
if data.client:
- window = data.client.window()
- # add/move to front the stack
- if window in ob_focus_stack:
- ob_focus_stack.remove(window)
- ob_focus_stack.insert(0, window)
- elif ob_focus_fallback:
+ if not ob_doing_stacked: # only move the window when we're not cycling
+ win = data.client.window()
+ # move it to the top
+ ob_clients.remove(win)
+ ob_clients.insert(0, win)
+ else: # if we are cycling, then update our pointer
+ ob_cyc_w = data.client.window()
+ elif ob_focus_fallback:
# pass around focus
- desktop = openbox.screen(data.screen).desktop()
- l = len(ob_focus_stack)
- i = 0
- while i < l:
- w = ob_focus_stack[i]
+ desktop = openbox.screen(ob_cyc_screen).desktop()
+ for w in ob_clients:
client = openbox.findClient(w)
- if not client: # window is gone, remove it
- ob_focus_stack.pop(i)
- l = l - 1
- elif client.desktop() == desktop and \
- client.normal() and client.focus():
+ if client and (client.desktop() == desktop and \
+ client.normal() and client.focus()):
break
- else:
- i = i + 1
+ebind(EventNewWindow, ob_new_win)
+ebind(EventCloseWindow, ob_close_win)
ebind(EventFocus, ob_focused)
+ob_cyc_mask = 0
+ob_cyc_key = 0
+ob_cyc_w = 0 # last window cycled to
+ob_cyc_screen = 0
+
+def do_stacked_cycle(data):
+ global ob_cyc_w
+
+ try:
+ i = ob_clients.index(ob_cyc_w) + 1
+ except ValueError:
+ i = 0
+
+ clients = ob_clients[i:] + ob_clients[:i]
+ for w in clients:
+ client = openbox.findClient(w)
+ if client and (client.desktop() == desktop and \
+ client.normal() and client.focus()):
+ return
+
+def focus_next_stacked_grab(data):
+ global ob_cyc_mask;
+ global ob_cyc_key;
+ global ob_cyc_w;
+ global ob_doing_stacked;
+
+ if data.action == EventKeyRelease:
+ # have all the modifiers this started with been released?
+ if not ob_cyc_mask & data.state:
+ kungrab() # ungrab ourself
+ ob_doing_stacked = 0;
+ print "UNGRABBED!"
+ else:
+ if ob_cyc_key == data.key:
+ # the next window to try focusing in ob_clients[ob_cyc_i]
+ print "CYCLING!!"
+ do_stacked_cycle(data)
+
+def focus_next_stacked(data, forward=1):
+ global ob_cyc_mask
+ global ob_cyc_key
+ global ob_cyc_w
+ global ob_cyc_screen
+ global ob_doing_stacked
+ ob_cyc_mask = data.state
+ ob_cyc_key = data.key
+ ob_cyc_w = 0
+ ob_cyc_screen = data.screen
+ ob_doing_stacked = 1
+
+ kgrab(data.screen, focus_next_stacked_grab)
+ print "GRABBED!"
+ focus_next_stacked_grab(data) # start with the first press
+
+def focus_prev_stacked(data):
+ return
+
def focus_next(data, num=1, forward=1):
"""Focus the next (or previous, with forward=0) window in a linear
order."""
for i in r:
if found:
target = i
+ found = 2
break
elif screen.client(i).window() == client_win:
found = 1
- if not found: # wraparound
+ if found == 1: # wraparound
if forward: target = 0
else: target = count - 1
t += num
if t >= count: t -= count
else:
- t -= 1
+ t -= num
if t < 0: t += count
if t == target: return # nothing to focus