# print("When specifying an input file, a database connection is needed")
# exit(-1)
if not args.datafile:
#
# Set up the acquisition loop
#
samps_taken = 0
while samps_taken < args.num_samps or args.num_samps < 0:
t1 = time.time()
if args.vrs_fmt:
myparams = {'fDstL': args.minDistance, 'fDstU': args.maxDistance/1000, 'lat': reporter.lat, 'lng': reporter.lon,
'fAltL': args.minAltitude/pr.FEET_TO_METRES, 'fAltU': args.maxAltitude/pr.FEET_TO_METRES}
if args.debug:
print("myparams: ", myparams)
planereps = pr.getPlanesFromURL(args.dump1090url, myparams=myparams)
else:
planereps = pr.getPlanesFromURL(args.dump1090url)
sample_timestamp = int(time.time())
for plane in planereps:
#
# Do some sanity checks (valid bearing and pos, altitude, distance)
#
if plane.validposition and plane.validtrack and plane.seen < args.boredom_threshold and \
plane.altitude <= args.maxAltitude and plane.altitude >= args.minAltitude and \
plane.speed <= int(args.maxSpeed) and plane.speed >= int(args.minSpeed) and \
(not reporter or (plane.distance(reporter) >= args.minDistance and plane.distance(reporter) <= args.maxDistance)):
plane.time = sample_timestamp - plane.seen
plane.reporter = args.reporter
if args.db_conf and dbconn:
plane.logToDB(dbconn, printQuery=args.debug)
t1 = time.time()
planereps = []
if args.vrs_fmt:
myparams = {
'fDstL': args.minDistance,
'fDstU': args.maxDistance / 1000,
'lat': reporter.lat,
'lng': reporter.lon,
'fAltL': args.minAltitude / pr.FEET_TO_METRES,
'fAltU': args.maxAltitude / pr.FEET_TO_METRES
}
if args.debug:
print("myparams: ", myparams)
try:
planereps = pr.getPlanesFromURL(args.dump1090url,
myparams=myparams,
mytimeout=args.mytimeout)
except requests.exceptions.Timeout:
if args.debug:
print("Timeout!")
else:
try:
planereps = pr.getPlanesFromURL(args.dump1090url,
mytimeout=args.mytimeout)
except requests.exceptions.Timeout:
if args.debug:
print("Timeout!")
sample_timestamp = int(time.time())
for plane in planereps:
#