def StatusChanged(self, status):
'''Client status has been changed'''
client_log.info('[dbus] client status changed: %s' % status)
self._status = status
# Connect to web server OK
if self._status == constants.CLIENT_STATUS_PAGE_READY:
self.connected_to_webserver = True
# Connect to web server failed
elif self._status == constants.CLIENT_STATUS_CONNECT_FAILED:
self.Stop()
# Peer id is invalid
elif self._status == constants.CLIENT_STATUS_UNAVAILABLE:
self.Stop()
# Connect to remote peer OK
elif self._status == constants.CLIENT_STATUS_CONNECT_OK:
self.remoting_connected = True
# Disconnected, by remote peer or network failed
elif self._status == constants.CLIENT_STATUS_DISCONNECTED:
notify(_('Remoting service terminated!'))
self.Stop()
def StatusChanged(self, status):
'''Client status has been changed'''
client_log.info('[dbus] client status changed: %s' % status)
self._status = status
# Connect to web server OK
if self._status == constants.CLIENT_STATUS_PAGE_READY:
self.connected_to_webserver = True
# Connect to web server failed
elif self._status == constants.CLIENT_STATUS_CONNECT_FAILED:
self.Stop()
# Peer id is invalid
elif self._status == constants.CLIENT_STATUS_UNAVAILABLE:
self.Stop()
# Connect to remote peer OK
elif self._status == constants.CLIENT_STATUS_CONNECT_OK:
self.remoting_connected = True
# Disconnected, by remote peer or network failed
elif self._status == constants.CLIENT_STATUS_DISCONNECTED:
notify(_('Remoting service terminated!'))
self.Stop()
def init_remoting(remote_peer_id):
'''Connect to remote peer'''
client_log.info('[cmd] init_remoting: %s' % remote_peer_id)
send_message(json.dumps({
'Type': constants.CLIENT_MSG_INIT,
'Payload': remote_peer_id,
}))
def start(self):
print('[wssd] start')
client_log.info('[wssd] controller started')
if self.worker_started:
return
self.worker_started = True
self.started.emit()
def start(self):
print('[wssd] start')
client_log.info('[wssd] controller started')
if self.worker_started:
return
self.worker_started = True
self.started.emit()
def stop(self):
print('[wssd] stopped')
client_log.info('[wssd] controller stopped')
if self.worker_started:
self.worker.stop_server()
if not self.workerThread.isFinished():
self.workerThread.quit()
self.workerThread.wait(1)
def stop(self):
print('[wssd] stopped')
client_log.info('[wssd] controller stopped')
if self.worker_started:
self.worker.stop_server()
if not self.workerThread.isFinished():
self.workerThread.quit()
self.workerThread.wait(1)
def Connect(self, remote_peer_id):
'''Connect to remote peer'''
# Send remote peer id to browser side
client_log.info('[dbus] Connect: %s' % remote_peer_id)
self.StatusChanged(constants.CLIENT_STATUS_CONNECTING)
cmd.init_remoting(remote_peer_id)
# Init webrtc-connection-timeout timer
QtCore.QTimer.singleShot(constants.WEBRTC_CONNECTION_TIMEOUT,
self.on_webrtc_connection_timeout)
def Connect(self, remote_peer_id):
'''Connect to remote peer'''
# Send remote peer id to browser side
client_log.info('[dbus] Connect: %s' % remote_peer_id)
self.StatusChanged(constants.CLIENT_STATUS_CONNECTING)
cmd.init_remoting(remote_peer_id)
# Init webrtc-connection-timeout timer
QtCore.QTimer.singleShot(constants.WEBRTC_CONNECTION_TIMEOUT,
self.on_webrtc_connection_timeout)
def stop_server(self):
client_log.info('[wssd] worker stop')
if self.loop:
self.loop.stop()
def stop_server(self):
client_log.info('[wssd] worker stop')
if self.loop:
self.loop.stop()