def unregister_hotkeys():
for mapping in Config.KEYMAP:
callback = Config.KEYMAP[mapping]
codes = mapping.split('-')
mods = codes[:-1]
key = codes[-1]
# No key?
if not key:
print >> sys.stderr, "Could not map %s to %s" % (mapping, callback)
continue
# generate key code and mod mask...
keycode = PROBE.generate_keycode(key)
modmask = PROBE.generate_modmask(mods)
# Tell X we want to hear about it when this key is pressed...
try:
PROBE.ungrab_key(keycode, modmask)
except:
print "Nada:", callback
# And finally reset the dispatcher...
State._DISPATCHER = {}
def unregister_hotkeys():
for mapping in Config.KEYMAP:
callback = Config.KEYMAP[mapping]
codes = mapping.split('-')
mods = codes[:-1]
key = codes[-1]
# No key?
if not key:
print >> sys.stderr, "Could not map %s to %s" % (mapping,
callback)
continue
# generate key code and mod mask...
keycode = PROBE.generate_keycode(key)
modmask = PROBE.generate_modmask(mods)
# Tell X we want to hear about it when this key is pressed...
try:
PROBE.ungrab_key(keycode, modmask)
except:
print "Nada:", callback
# And finally reset the dispatcher...
State._DISPATCHER = {}
def register_hotkeys():
for mapping in Config.KEYMAP:
callback = Config.KEYMAP[mapping]
codes = mapping.split('-')
mods = codes[:-1]
key = codes[-1]
# No key?
if not key:
print(
'Could not map %s to %s' % (mapping, callback),
file = sys.stderr
)
continue
# generate key code and mod mask...
keycode = PROBE.generate_keycode(key)
modmask = PROBE.generate_modmask(mods)
# Tell X we want to hear about it when this key is pressed...
try:
PROBE.grab_key(keycode, modmask)
except:
print('Nada:', callback)
# Finally register the key with the dispatcher...
State.register_hotkey(keycode, modmask, callback)