def parse_keyevent_name(keyevent_name):
'''
Parse keyevent name.
@param keyevent_name: Key event name that return by function L{ I{get_keyevent_name} <get_keyevent_name>}.
@return: Return tuple that contain key value and modifier mask, (keyval, modifier_mask).
'''
keys = keyevent_name.split(" + ")
if len(keys) == 1:
keyval = int(gdk.keyval_from_name(keys[0]))
modifier_mask = 0
else:
keyval = int(gdk.keyval_from_name(keys[-1]))
modifier_mask = 0
for modifier in keys[0:-1]:
if modifier == "Ctrl":
modifier_mask = modifier_mask | gdk.CONTROL_MASK
elif modifier == "Super":
modifier_mask = modifier_mask | gdk.SUPER_MASK
elif modifier == "Hyper":
modifier_mask = modifier_mask | gdk.HYPER_MASK
elif modifier == "Alt":
modifier_mask = modifier_mask | gdk.MOD1_MASK
elif modifier == "Shift":
modifier_mask = modifier_mask | gdk.SHIFT_MASK
if gdk.keyval_is_upper(keyval) and len(get_key_name(keyval)) == 1:
keyval = gdk.keyval_to_lower(keyval)
modifier_mask = modifier_mask | gdk.SHIFT_MASK
return (keyval, modifier_mask)
def parse_keyevent_name(keyevent_name):
'''Parse keyevent name.'''
keys = keyevent_name.split(" + ")
if len(keys) == 1:
keyval = int(gdk.keyval_from_name(keys[0]))
modifier_mask = 0
else:
keyval = int(gdk.keyval_from_name(keys[-1]))
modifier_mask = 0
for modifier in keys[0:-1]:
if modifier == "Ctrl":
modifier_mask = modifier_mask | gdk.CONTROL_MASK
elif modifier == "Super":
modifier_mask = modifier_mask | gdk.SUPER_MASK
elif modifier == "Hyper":
modifier_mask = modifier_mask | gdk.HYPER_MASK
elif modifier == "Alt":
modifier_mask = modifier_mask | gdk.MOD1_MASK
elif modifier == "Shift":
modifier_mask = modifier_mask | gdk.SHIFT_MASK
if gdk.keyval_is_upper(keyval) and len(get_key_name(keyval)) == 1:
keyval = gdk.keyval_to_lower(keyval)
modifier_mask = modifier_mask | gdk.SHIFT_MASK
return (keyval, modifier_mask)
def _key_press_cb(self, widget, event):
"""App-wide keypress handler for toplevel windows."""
if not self.enabled:
return
# See gtk sourcecode in gtkmenu.c function gtk_menu_key_press,
# which uses the same code as below when changing an accelerator.
keymap = gtk2compat.gdk.keymap_get_default()
# Instead of using event.keyval, we do it the lowlevel way.
# Reason: ignoring CAPSLOCK and checking if SHIFT was pressed
state = event.state & ~gdk.LOCK_MASK
if gtk2compat.USE_GTK3:
state = gdk.ModifierType(state)
res = keymap.translate_keyboard_state(event.hardware_keycode, state,
event.group)
if not res:
# PyGTK returns None when gdk_keymap_translate_keyboard_state()
# returns false. Not sure if this is a bug or a feature - the only
# time I have seen this happen is when I put my laptop into sleep
# mode.
logger.warning('translate_keyboard_state() returned None. '
'Strange key pressed?')
return
keyval_offset = 1 if gtk2compat.USE_GTK3 else 0
keyval = res[keyval_offset]
consumed_modifiers = res[keyval_offset+3]
# We want to ignore irrelevant modifiers like ScrollLock. The stored
# key binding does not include modifiers that affected its keyval.
modifiers = (
event.state
& gtk.accelerator_get_default_mod_mask()
& ~consumed_modifiers
)
# Except that key bindings are always stored in lowercase.
keyval_lower = gdk.keyval_to_lower(keyval)
if keyval_lower != keyval:
modifiers |= gdk.SHIFT_MASK
action = self.keymap.get((keyval_lower, modifiers))
if not action:
# try hardcoded keys
action = self.keymap2.get((keyval_lower, modifiers))
# Don't dispatch if the window is only sensitive to a subset of
# actions, and the action is not in that set.
if action is not None and isinstance(action, gtk.Action):
win_actions = self.window_actions.get(widget, None)
if win_actions is not None:
if action.get_name() not in win_actions:
return False
# If the lookup succeeded, activate the corresponding action.
if action:
return self.activate_keydown_event(action, event)
# Otherwise, dispatch the event to the active doc.
return self._dispatch_fallthru_key_press_event(widget, event)
def _key_press_cb(self, widget, event):
"""App-wide keypress handler for toplevel windows."""
if not self.enabled:
return
# See gtk sourcecode in gtkmenu.c function gtk_menu_key_press,
# which uses the same code as below when changing an accelerator.
keymap = gtk2compat.gdk.keymap_get_default()
# Instead of using event.keyval, we do it the lowlevel way.
# Reason: ignoring CAPSLOCK and checking if SHIFT was pressed
state = event.state & ~gdk.LOCK_MASK
if gtk2compat.USE_GTK3:
state = gdk.ModifierType(state)
res = keymap.translate_keyboard_state(event.hardware_keycode, state,
event.group)
if not res:
# PyGTK returns None when gdk_keymap_translate_keyboard_state()
# returns false. Not sure if this is a bug or a feature - the only
# time I have seen this happen is when I put my laptop into sleep
# mode.
logger.warning('translate_keyboard_state() returned None. '
'Strange key pressed?')
return
keyval_offset = 1 if gtk2compat.USE_GTK3 else 0
keyval = res[keyval_offset]
consumed_modifiers = res[keyval_offset + 3]
# We want to ignore irrelevant modifiers like ScrollLock. The stored
# key binding does not include modifiers that affected its keyval.
modifiers = (event.state
& gtk.accelerator_get_default_mod_mask()
& ~consumed_modifiers)
# Except that key bindings are always stored in lowercase.
keyval_lower = gdk.keyval_to_lower(keyval)
if keyval_lower != keyval:
modifiers |= gdk.SHIFT_MASK
action = self.keymap.get((keyval_lower, modifiers))
if not action:
# try hardcoded keys
action = self.keymap2.get((keyval_lower, modifiers))
# Don't dispatch if the window is only sensitive to a subset of
# actions, and the action is not in that set.
if action is not None and isinstance(action, gtk.Action):
win_actions = self.window_actions.get(widget, None)
if win_actions is not None:
if action.get_name() not in win_actions:
return False
# If the lookup succeeded, activate the corresponding action.
if action:
return self.activate_keydown_event(action, event)
# Otherwise, dispatch the event to the active doc.
return self._dispatch_fallthru_key_press_event(widget, event)
