def addService(analyzer, service):
company = service['company']
taxi_id = service['taxi_id']
service_id = service['trip_id']
if service['trip_total'] is not '':
money = float(service['trip_total'])
else:
money = 0
if service['trip_miles'] is not '':
distance = float(service['trip_miles'])
else:
distance = 0
date = getDate(service['trip_start_timestamp'])
if company == '':
company = 'Independent Owner'
if not ipq.contains(analyzer['TaxiPQ']['PQ'], company):
taxilist = lt.newList(datastructure='ARRAY_LIST', cmpfunction=compareCompanies2)
if not lt.isPresent(taxilist, taxi_id):
lt.addLast(taxilist, taxi_id)
m.put(analyzer['TaxiPQ']['Map'], company, taxilist)
ipq.insert(analyzer['TaxiPQ']['PQ'], company, 1)
else:
taxilist = me.getValue(m.get(analyzer['TaxiPQ']['Map'], company))
if not lt.isPresent(taxilist, company):
if not lt.isPresent(taxilist, taxi_id):
lt.addLast(taxilist, taxi_id)
ipq.increaseKey(analyzer['TaxiPQ']['PQ'], company, lt.size(taxilist))
if not ipq.contains(analyzer['ServicePQ']['PQ'], company):
servicelist = lt.newList(datastructure='ARRAY_LIST', cmpfunction=compareCompanies2)
lt.addLast(servicelist, service_id)
m.put(analyzer['ServicePQ']['Map'], company, servicelist)
ipq.insert(analyzer['ServicePQ']['PQ'], company, 1)
else:
servicelist = me.getValue(m.get(analyzer['ServicePQ']['Map'], company))
if not lt.isPresent(servicelist, company):
lt.addLast(servicelist, service_id)
ipq.increaseKey(analyzer['ServicePQ']['PQ'], company, lt.size(servicelist))
if not m.contains(analyzer["TaxiNum"],company):
m.put(analyzer["TaxiNum"],company,{"Taxi":0})
else:
valor=me.getValue(m.get(analyzer["TaxiNum"],company))
valor["Taxi"]+=1
if money > 0 and distance > 0:
uptadePointsTree(analyzer, date, taxi_id, money, distance)
addServiceToGraph(analyzer, service)
return analyzer
def test_insert(iminpq):
iminpq = pq.decreaseKey(iminpq, 'A', 1)
key = pq.min(iminpq)
assert key == 'A'
iminpq = pq.increaseKey(iminpq, 'A', 12)
key = pq.min(iminpq)
assert key == 'D'
def addConnection(bikes, origin, destination, duration):
edge = gr.getEdge(bikes["grafo"], origin, destination)
if edge is None:
gr.addEdge(bikes["grafo"], origin, destination, duration)
else:
initial = edge["weight"]
edge["weight"] = ((int(initial) + int(duration)) / 2)
llegada = gr.indegree(bikes["grafo"], destination)
salida = gr.outdegree(bikes["grafo"], origin)
llegadad = gr.indegree(bikes["grafo"], destination)
salidad = salida = gr.outdegree(bikes["grafo"], origin)
oruse = salida + llegadad
desuse = llegada + salidad
llegadainv = 1 / llegada
salidainv = 1 / salida
iminpq.increaseKey(bikes["topuso"], destination, desuse)
iminpq.increaseKey(bikes["topuso"], origin, oruse)
iminpq.decreaseKey(bikes["topllegada"], destination, llegadainv)
iminpq.decreaseKey(bikes["topsalida"], origin, salidainv)
return bikes