def trust(self, trust_report):
self.headcode = trust_report['headcode']
self.cif_uid = db_queries.cif_uidFromHeadcode(self.headcode)
self.origin_location = trust_report['origin_location']
self.origin_departure = trust_report['origin_departure']
self.matching.append({
'gps': None,
'trust': trust_report,
'dist_error': None
})
def checkPotentialMatches(segment, potential_matches):
if len(potential_matches) > globals.min_matching:
globals.lock.acquire()
segment.headcode = potential_matches[0]["trust"]["headcode"]
segment.cif_uid = db_queries.cif_uidFromHeadcode(segment.headcode)
segment.origin_location = potential_matches[0]["trust"]["origin_location"]
segment.origin_departure = potential_matches[0]["trust"]["origin_departure"]
for match in potential_matches:
segment.matching[match["index"]]["trust"] = match["trust"]
socket_io.emitSegment("update", segment)
globals.lock.release()
def checkPotentialMatches(segment, potential_matches):
if len(potential_matches) > globals.min_matching:
globals.lock.acquire()
segment.headcode = potential_matches[0]['trust']['headcode']
segment.cif_uid = db_queries.cif_uidFromHeadcode(segment.headcode)
segment.origin_location = potential_matches[0]['trust']['origin_location']
segment.origin_departure = potential_matches[0]['trust']['origin_departure']
for match in potential_matches:
segment.matching[match['index']]['trust'] = match['trust']
socket_io.emitSegment('update', segment)
globals.lock.release()
def getBestStop(segments1, trust, with_seq):
segments = filter(lambda x: x['segment'].gps_car_id is not None, segments1)
segments.sort(key=lambda x: isBetterSegment(x), reverse=True)
for segment1 in segments:
segment = segment1['segment']
segment.matching.sort(key=lambda x: getTimeForMatching(x), reverse=True)
matching = segment.matching[0: globals.backmatches]
best = getBestStopHelper(matching, trust, True)
if best is not None:
best['match']['trust'] = trust
best['match']['dist_error'] = best['dist_error']
if segment.headcode is None:
segment.headcode = trust['headcode']
segment.cif_uid = db_queries.cif_uidFromHeadcode(trust['headcode'])
segment.isPlanned = db_queries.isPlanned(segment.gps_car_id, trust['headcode'])
segment.origin_location = trust['origin_location']
segment.origin_departure = trust['origin_departure']
socket_io.emitSegment('update', segment)
return True
return False
def testcif_uidFromHeadcode3(self):
result = db_queries.cif_uidFromHeadcode('0')
self.assertEqual(result, None)
