########################################################################### ### Functions for helping out with your window focus. ### ########################################################################### ob_focus_raise = 1 ob_focus_fallback = 0 ob_focus_stack = [] def ob_focused(data): global ob_focus_raise global ob_focus_fallback global ob_focus_stack 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: # pass around focus desktop = openbox.screen(data.screen).desktop() l = len(ob_focus_stack) i = 0 while i < l: w = ob_focus_stack[i] 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(): break else: i = i + 1 ebind(EventFocus, ob_focused) def focus_next(data, num=1, forward=1): """Focus the next (or previous, with forward=0) window in a linear order.""" screen = openbox.screen(data.screen) count = screen.clientCount() if not count: return # no clients target = 0 if data.client: client_win = data.client.window() found = 0 r = range(count) if not forward: r.reverse() for i in r: if found: target = i break elif screen.client(i).window() == client_win: found = 1 if not found: # wraparound if forward: target = 0 else: target = count - 1 t = target curdesk = screen.desktop() while 1: client = screen.client(t) if client.normal() and \ (client.desktop() == curdesk or client.desktop() == 0xffffffff)\ and client.focus(): if ob_focus_raise: screen.raiseWindow(client) return if forward: t += num if t >= count: t -= count else: t -= 1 if t < 0: t += count if t == target: return # nothing to focus def focus_prev(data, num=1): """Focus the previous window in a linear order.""" focus_next(data, num, forward=0) print "Loaded focus.py"