def main():
with Display.from_name() as display:
_, xrecord_version = xrecord.query_version(display)
print('xrecord version:', '.'.join(map(str, xrecord_version)))
key_events = (xlib.KEY_PRESS, xlib.KEY_RELEASE)
with xrecord.context(display, xrecord.ALL_CLIENTS,
device_events=key_events) as context:
disable = disable_context_handler(context)
signal.signal(signal.SIGINT, disable)
signal.signal(signal.SIGTERM, disable)
xrecord.enable_context(display, context, handle_event, None)
def main():
with Display.from_name() as display:
_, xrecord_version = xrecord.query_version(display)
print('xrecord version:', '.'.join(map(str, xrecord_version)))
key_events = (xlib.KEY_PRESS, xlib.KEY_RELEASE)
with xrecord.context(display,
xrecord.ALL_CLIENTS,
device_events=key_events) as context:
disable = disable_context_handler(context)
signal.signal(signal.SIGINT, disable)
signal.signal(signal.SIGTERM, disable)
xrecord.enable_context(display, context, handle_event, None)
def run(self):
# create a special display connection for recording
with Display.from_name() as recording_display:
# record all key presses and releases, as these events indicate
# keyboard activity
key_events = (xlib.KEY_PRESS, xlib.KEY_RELEASE)
with xrecord.context(recording_display, xrecord.ALL_CLIENTS,
device_events=key_events) as context:
self._context = context
# create the recording context and enable it. This function
# does not return until disable_context is called, which
# happens in stop.
xrecord.enable_context(recording_display, context,
self._callback, None)