def set_correct_ibus_trigger_keys(self):
"""Set the correct keys to trigger IBus.
This method configures the ibus trigger keys inside gconf, and also sets
self.activate_binding and self.activate_release_binding.
This method adds a cleanUp to reset the old keys once the test is done.
"""
bus = get_ibus_bus()
config = bus.get_config()
variant = config.get_value('general/hotkey', 'triggers')
shortcuts = []
# If none, assume default
if variant != None:
shortcuts = variant.unpack()
else:
shortcuts = ['<Super>space']
# IBus uses the format '<mod><mod><mod>key'
# Autopilot uses the format 'mod+mod+mod+key'
# replace all > with a +, and ignore the < char
shortcut = ""
for c in shortcuts[0]:
if c == '>':
shortcut += '+'
elif c != '<':
shortcut += c
self.activate_binding = shortcut
activate_release_binding_option = 'Alt+Release+Control_L'
self.activate_release_binding = 'Alt+Control_L'
def set_correct_ibus_trigger_keys(self):
"""Set the correct keys to trigger IBus.
This method configures the ibus trigger keys inside gconf, and also sets
self.activate_binding and self.activate_release_binding.
This method adds a cleanUp to reset the old keys once the test is done.
"""
bus = get_ibus_bus()
config = bus.get_config()
variant = config.get_value('general/hotkey', 'triggers')
shortcuts = []
# If none, assume default
if variant != None:
shortcuts = variant.unpack()
else:
shortcuts = ['<Super>space']
# IBus uses the format '<mod><mod><mod>key'
# Autopilot uses the format 'mod+mod+mod+key'
# replace all > with a +, and ignore the < char
shortcut = ""
for c in shortcuts[0]:
if c == '>':
shortcut += '+'
elif c != '<':
shortcut += c
self.activate_binding = shortcut
activate_release_binding_option = 'Alt+Release+Control_L'
self.activate_release_binding = 'Alt+Control_L'
def try_ibus_query(self):
"""This helper method tries to query ibus, and if it has connection problems,
it restarts the ibus connection.
It is to be used in a loop until it returns True, which means we probably
got a proper result - stored in self.result
"""
self.result = None
try:
self._ibus_query = IBusQuery()
except:
# Here is a tricky situation. Probably for some reason the ibus connection
# got busted. In this case, restarting the connection from IBusQuery is not
# enough. We have to restart the global ibus connection to be sure
self._ibus_query = None
get_ibus_bus()
return False
self.result = self._ibus_query.poll(self.engine_name, self.input)
return self.result is not None
def try_ibus_query(self):
"""This helper method tries to query ibus, and if it has connection problems,
it restarts the ibus connection.
It is to be used in a loop until it returns True, which means we probably
got a proper result - stored in self.result
"""
self.result = None
try:
self._ibus_query = IBusQuery()
except:
# Here is a tricky situation. Probably for some reason the ibus connection
# got busted. In this case, restarting the connection from IBusQuery is not
# enough. We have to restart the global ibus connection to be sure
self._ibus_query = None
get_ibus_bus()
return False
self.result = self._ibus_query.poll(self.engine_name, self.input)
return self.result is not None
def tearDownClass(cls):
if cls._old_engines is not None:
set_active_engines(cls._old_engines)
bus = get_ibus_bus()
bus.exit(restart=True)
def tearDownClass(cls):
if cls._old_engines is not None:
set_active_engines(cls._old_engines)
bus = get_ibus_bus()
bus.exit(restart=True)
