def checkTimeout():
#global args, active, scanner
now = datetime.today()
active.duration = (now - active.startTime).total_seconds()
if active.duration > args.timeout:
if args.debug >= D_INFO: print('Timeout')
if active.frqTGID in timeouts:
thisTO = timeouts[active.frqTGID]
if args.debug >= D_FULL: print('Found previous timeout')
else:
thisTO = Timeout(active.frqTGID, now)
timeouts[active.frqTGID] = thisTO
if args.debug >= D_FULL: print('New Timeout')
# decay the timeouts
decay = int((now - thisTO.lastTimeout).total_seconds() / args.decay)
thisTO.timeoutCount = thisTO.timeoutCount - decay if thisTO.timeoutCount - decay > 0 else 0
thisTO.timeoutCount += 1
thisTO.lastTimeout = now
if args.debug >= D_DEBUG:
print('Decay={}, count={}'.format(decay, thisTO.timeoutCount))
if thisTO.timeoutCount >= args.lockout:
active.action = 'Lockout'
scanner.cmd('KEY,L,P') # lockout
else:
active.action = 'Skip'
scanner.cmd('KEY,>,P') # skip
if args.debug >= D_INFO: print(active.action)
def checkTimeout():
#global args, active, scanner
now = datetime.today()
active.duration = (now - active.startTime).total_seconds()
if active.duration > args.timeout:
if args.debug >= D_INFO: print('Timeout')
if active.frqTGID in timeouts:
thisTO = timeouts[active.frqTGID]
if args.debug >= D_FULL: print('Found previous timeout')
else:
thisTO = Timeout(active.frqTGID, now)
timeouts[active.frqTGID] = thisTO
if args.debug >= D_FULL: print('New Timeout')
# decay the timeouts
decay = int((now - thisTO.lastTimeout).total_seconds() / args.decay)
thisTO.timeoutCount = thisTO.timeoutCount - decay if thisTO.timeoutCount - decay > 0 else 0;
thisTO.timeoutCount += 1
thisTO.lastTimeout = now
if args.debug >= D_DEBUG: print('Decay={}, count={}'.format(decay, thisTO.timeoutCount))
if thisTO.timeoutCount >= args.lockout:
active.action = 'Lockout'
scanner.cmd('KEY,L,P') # lockout
else:
active.action = 'Skip'
scanner.cmd('KEY,>,P') # skip
if args.debug >= D_INFO: print(active.action)
def hitChannel(resp):
global active
active = Hit(resp)
resp = scanner.cmd('SQL', cooked=Scanner.DECODED)
if not resp['iserror']: active.squelch = resp['LEVEL']
if args.debug >= D_INFO: print('Hit:', active.frqTGID)
def hitChannel(resp):
global active
active = Hit(resp)
resp = scanner.cmd('SQL', cooked = Scanner.DECODED)
if not resp['iserror']: active.squelch = resp['LEVEL']
if args.debug >= D_INFO: print('Hit:', active.frqTGID)
if args.debug >= D_DEBUG: print('ARGS=', pp_str(args))
timeoutDelta = timedelta(seconds=args.timeout)
scanner = Scanner()
if not scanner.isOpen(): scanner.discover()
if not scanner.isOpen():
print('Scanner did not initialize!')
raise RuntimeError
if args.scanmode != scanmode:
cmd = 'JPM,SVC_MODE,' + Scanner.ServiceModes[args.scanmode]
if args.debug >= D_DEBUG: print('Sending:', cmd)
resp = scanner.cmd(cmd, cooked=Scanner.DECODED)
if args.debug >= D_FULL: print(pp_str(resp))
if not resp['isOK']:
print('Unable to set scan mode!')
print('Response = ', pp_str(resp))
raise RuntimeError
# Scanner should be scanning one way or the other ...
try: # Wrap the scan so we can catch the interrupt
while True:
resp = scanner.cmd('GLG', cooked=Scanner.DECODED)
if resp['iserror'] or resp['CMD'] != 'GLG':
print('Unable to get scan status!')
print('Response = ', pp_str(resp))
if args.debug >= D_DEBUG: print('ARGS=', pp_str(args))
timeoutDelta = timedelta(seconds = args.timeout)
scanner = Scanner()
if not scanner.isOpen(): scanner.discover()
if not scanner.isOpen():
print('Scanner did not initialize!')
raise RuntimeError
if args.scanmode != scanmode:
cmd = 'JPM,SVC_MODE,' + Scanner.ServiceModes[args.scanmode]
if args.debug >= D_DEBUG: print('Sending:', cmd)
resp = scanner.cmd(cmd, cooked = Scanner.DECODED)
if args.debug >= D_FULL: print(pp_str(resp))
if not resp['isOK']:
print('Unable to set scan mode!')
print('Response = ', pp_str(resp))
raise RuntimeError
# Scanner should be scanning one way or the other ...
try: # Wrap the scan so we can catch the interrupt
while True:
resp = scanner.cmd('GLG', cooked = Scanner.DECODED)
if resp['iserror'] or resp['CMD'] != 'GLG':
print('Unable to get scan status!')
print('Response = ', pp_str(resp))