def post(self): q = HelpRequest.query(HelpRequest.in_queue == True, ancestor=help_queue_key()).fetch() for hr in q: hr.canceled = True hr.put() ChannelManager.queue_update()
def post(self): user = users.get_current_user() q = HelpRequest.query(HelpRequest.in_queue == True, HelpRequest.netid == self.request.get('email'), ancestor=help_queue_key()) if q.count() != 1: logging.error("Database corrupted for user {}".format( user.email())) return if is_ta(user.email()): update_active_tas(user.email()) hr = q.get() hr.canceled = True hr.put() ChannelManager.queue_update()
def post(self): user = users.get_current_user() q = HelpRequest.query(HelpRequest.in_queue == True, HelpRequest.netid == user.email(), ancestor=help_queue_key()) if q.count() != 0: self.response.write('Unable to add to queue') return hr = HelpRequest(parent=help_queue_key()) hr.netid = user.email() hr.name = self.request.get('name') hr.help_msg = self.request.get('help_msg') hr.course = self.request.get('course') hr.put() ChannelManager.queue_update()
def post(self): user = users.get_current_user() hr = fetch_help_request(requester = self.request.get('email'), full_id = self.request.get('full_id')) if hr: update_active_tas(user.email()) hr.been_helped = True hr.helped_datetime = datetime.utcnow() hr.attending_ta = user.email() hr.put() ChannelManager.queue_update() ta = LabTA.query(LabTA.email == hr.attending_ta, ancestor=labta_key()).fetch()[0] ChannelManager.notify_request_accepted(hr.netid, ta.first_name, ta.img_path)
def __init__(self): self.model = ModelManager.ModelManager() self.width = 800 self.height = 600 self.clientsocket = None self.graph = None self.channel_manager=ChannelManager.ChannelManager() self._getgraph()
def __init__(self): # 实例化模型管理类 self.model = ModelManager.ModelManager() self.width = 1024 self.height = 768 self.clientsocket = None self.channel_manager = ChannelManager.ChannelManager() self.graph = None self._getgraph()
def post(self): user = users.get_current_user() # NOTE: previously this command could be run by anybody; now it # is restricted to TAs; consider restricting this further. if is_ta(user.email()): logging.info("User {} cleared the queue".format(user.email())) q = HelpRequest.query(HelpRequest.in_queue == True, ancestor=help_queue_key()).fetch() for hr in q: hr.canceled = True # NOTE: same as above, if cancelled by TA, mark it. if hr.netid != user.email(): hr.attending_ta = user.email() hr.put() ChannelManager.queue_update()
def post(self): user = users.get_current_user() q = HelpRequest.query(HelpRequest.in_queue == True, HelpRequest.netid == self.request.get('email'), ancestor=help_queue_key()) if q.count() != 1: logging.error("Database corrupted for user {}".format( user.email())) return update_active_tas(user.email()) hr = q.get() hr.been_helped = True hr.helped_datetime = datetime.utcnow() hr.attending_ta = user.email() hr.put() ChannelManager.queue_update() ta = LabTA.query(LabTA.email == hr.attending_ta, ancestor=labta_key()).fetch()[0] ChannelManager.notify_request_accepted(hr.netid, ta.first_name, ta.img_path)
def post(self): user = users.get_current_user() hr = fetch_help_request(requester = self.request.get('email'), full_id = self.request.get('full_id')) if hr: hr.canceled = True if is_ta(user.email()): update_active_tas(user.email()) # Update this field if the cancellation comes from the TA # and the TA isn't the originator of the request # # FIXME: there should be a field dedicated to the canceller. if hr.netid != user.email(): hr.attending_ta = user.email() hr.put() ChannelManager.queue_update()
def __init__(self): Thread.__init__(self) self.channel_manager = ChannelManager.ChannelManager(3) self.request_generator = RequestGenerator.RequestGenerator( self.channel_manager.get_request) self.request_generator.start() # self.request_generator.start() # self.channel_manager.start() self.root = Tk() btn_create_new_channel = Button(self.root, text='Add channel') btn_remove_empty_channel = Button(self.root, text='Remove channel') btn_create_new_channel.bind('<Button-1>', self.channel_manager.add_channel) btn_remove_empty_channel.bind('<Button-1>', self.channel_manager.remove_channel) btn_create_new_channel.pack(side='left') btn_remove_empty_channel.pack(side='right') self.stat_text = StringVar() self.lbl = Label(self.root, textvariable=self.stat_text) self.lbl.pack(side='top')
print('clientsocket is None') sys.exit(1) # Create a thread, bind a thread function. # the thread function will block after establishing a connection thread_1 = threading.Thread(target=clientsocket.start_connect) # Set the thread as a background thread. # After the main thread ends, the background thread will stop regardless of whether it has finished running thread_1.setDaemon(True) # Thread function execution, establish a connection thread_1.start() # Provide sufficient connection time for data transfer of the main thread time.sleep(0.1) # Instantiate Channel Manager channel_manager = ChannelManager.ChannelManager() # Get message data data = channel_manager.OpenChannel() # Send message data to presenter server clientsocket.send_data(data) cap = cv2.VideoCapture(URL) ret, frame = cap.read() # According to the flag,Perform different processing methods if mp4_url: try: while ret: # Processing the detection results of a frame of pictures ret = Head_pose_inference.dowork(frame, clientsocket, channel_manager, face_app,