def handle_job_update(msg, methods=['GET', 'POST']):
if msg['action'] == "connect":
addr = msg['addr']
res = u.Connect(timeout=5, addrss=addr)
connection_lock.acquire()
INFO['SERVER_CONNECTED'] = res
connection_lock.release()
socketio.emit('connect_resopnse', json.dumps({'response': int(res)}))
elif msg['action'] == "disconnect":
u.Disconnect()
connection_lock.acquire()
INFO['SERVER_CONNECTED'] = False
connection_lock.release()
socketio.emit('connect_resopnse', json.dumps({'response': int(False)}))
elif msg['action'] == "ping":
pass # requires server dev
elif msg['action'] == "restart":
pass # requires server dev
## Print some diagnostic text
print(pwr_clc, ' dBm')
print(N_power)
## Do a VNA run with the USRP
vna_file, delay = puf2.vna_run(tx_gain=tx_gain,
rx_gain=rx_gain,
iter=1,
rate=rate,
freq=LO,
front_end='A',
f0=43e6,
f1=48e6,
lapse=20,
points=1e5,
ntones=N_power,
delay_duration=0.1,
delay_over='null',
subfolder=seriesPath)
## Fit the data acquired in this noise scan
fs, qs, _, _, _, _, _ = puf.vna_file_fit(vna_file + '.h5', [res], show=False)
## Extract the important parameters from fit
f = fs[0] * 1e9
q = qs[0]
## Disconnect from the USRP server
u.Disconnect()