def update_current_position(request):
# print request.POST # <QueryDict: {u'lat': [u'37.7082051'], u'lng': [u'-122.4433762']}>
# print request.POST['lat']
# print request.POST['lng']
user = request.user
current_position = Location()
current_position.lat = request.POST['lat']
current_position.lng = request.POST['lng']
current_position.save()
print "current position: "
print current_position.lat
print current_position.lng
print "================="
user.current_position = current_position
user.save()
msg = "Updated current position"
if user.is_valet:
print 'updated valet position'
return Response(msg, template_name='maps/valet/index.html')
else:
print 'updated customer position'
return Response(msg, template_name='maps/user/index.html')
def valet_drops_vehicle_at_new_location(request): if request.method == "POST": dropoff_location = Location() dropoff_location.lat = request.POST['lat'] dropoff_location.lng = request.POST['lng'] dropoff_location.full_address = request.POST['address'] dropoff_location.save() if 'repark_id' in request.session: repark = Repark.objects.get(id=request.session["repark_id"]) repark.dropoff_location = dropoff_location repark.dropped_off_at = local_time_now repark.save() serializer = ReparkSerializer(repark) # what to do if the request is a Dropoff if 'dropoff_id' in request.session: dropoff = Dropoff.objects.get(id=request.session["dropoff_id"]) dropoff.dropoff_location = dropoff_location dropoff.dropped_off_at = local_time_now dropoff.save() serializer = DropoffSerializer(dropoff) data = serializer.data return Response(data, template_name='maps/valet/index.html')
def zapis(): hovno = find() print hovno for h in hovno: location = Location() location.name = h[0] location.lat = h[1] location.lng = h[2] location.address = h[3] location.category = '4d4b7105d754a06374d81259' location.save() print "Created"
def valet_accepts_request(request):
if request.method == "POST":
valet = request.user
valet_starting_position = Location()
valet_starting_position.lat = request.POST['lat']
valet_starting_position.lng = request.POST['lng']
valet_starting_position.save()
# have to take into account if the request is a Dropoff
if request.POST['repark_id']:
repark = Repark.objects.get(id=request.POST['repark_id'])
repark.reparked_by = valet
repark.in_progress = True
repark.valet_start_pos = valet_starting_position
repark.save()
# set a 'repark_id' session for the valet
request.session["repark_id"] = repark.id
serializer = ReparkSerializer(repark)
if request.POST['dropoff_id']:
dropoff = Dropoff.objects.get(id=request.POST['dropoff_id'])
customer = dropoff.requested_by
# grab the last repark request's dropoff location
latest_repark_request = customer.orders_repark_customer_related.latest('completed_at')
dropoff.reparked_by = valet
dropoff.in_progress = True
dropoff.valet_start_pos = valet_starting_position
# valet picks up car at user's last repark request's dropoff_location
dropoff.pickup_location = latest_repark_request.dropoff_location
dropoff.save()
request.session["dropoff_id"] = dropoff.id
serializer = DropoffSerializer(dropoff)
# if request.POST['scheduled_repark_id']:
# scheduled_repark = ScheduledRepark.objects.get(id=request.POST['scheduled_repark_id'])
# scheduled_repark.reparked_by = valet
# scheduled_repark.save()
# add this object to a queue here???
data = serializer.data
return Response(data, template_name='maps/valet/index.html')
def customer_submits_valet_request(request, format=None):
customer = request.user
request.session['customer_id'] = customer.id
if request.method == "POST":
form = OrderForm(request.POST)
if form.is_valid():
print request.POST
# users current position
location = Location()
location.lat = request.POST['lat']
location.lng = request.POST['lng']
location.full_address = request.POST['address']
location.save()
if request.POST['is_repark']:
# create Repark instancee
repark = Repark()
repark.requested_by = customer
repark.pickup_location = location
repark.requested_at = local_time_now
repark.save()
request.session["repark_id"] = repark.id
serializer = ReparkSerializer(repark)
if request.POST['is_dropoff']:
# retrieve latest request
last_request = customer.orders_repark_customer_related.latest('completed_at')
# create Dropoff instance
dropoff = Dropoff()
dropoff.requested_by = customer
# vehicle pickup location is the last request's dropoff location
dropoff.pickup_location = last_request.dropoff_location
# vehicle dropoff location is location of user's current position
dropoff.dropoff_location = location
dropoff.requested_at = local_time_now
dropoff.save()
request.session["dropoff_id"] = dropoff.id
serializer = DropoffSerializer(dropoff)
if request.POST['is_scheduled_repark']:
scheduled_repark = ScheduledRepark()
scheduled_repark.requested_by = customer
scheduled_repark.pickup_location = location
scheduled_repark.scheduled_start_date = request.POST['scheduled_start_date']
scheduled_repark.scheduled_end_date = request.POST['scheduled_end_date']
scheduled_repark.time_limit = request.POST['time_limit']
scheduled_repark.requested_at = local_time_now
"""
Calculate the expiration time based on when user requested repark
"""
parking_exp_time = local_time_now + datetime.timedelta(hours=int(scheduled_repark.time_limit))
scheduled_repark.parking_exp_time = parking_exp_time
scheduled_repark.save()
request.session["scheduled_repark_id"] = scheduled_repark.id
serializer = ScheduledReparkSerializer(scheduled_repark)
# send repark to celery task queue
# eta should be 30 to 45 mins before parking_exp_time
# tasks.query_valets.apply_async((scheduled_repark.id,), link=tasks.match_valet_with_repark.s(scheduled_repark.id))
tasks.match_valet_with_repark.apply_async(scheduled_repark.id, countdown=60)
data = serializer.data
print(data)
return Response(data, template_name='maps/user/index.html')
def customer_submits_valet_request(request, format=None):
customer = request.user
request.session['customer_id'] = customer.id
if request.method == "POST":
print request.POST
# users current position
location = Location()
location.lat = request.POST['lat']
location.lng = request.POST['lng']
try:
location.full_address = request.POST['full_address']
except:
pass
location.save()
if request.POST['is_repark']:
# create Repark instance
repark = Repark()
repark.requested_by = customer
repark.requested_at = local_time_now
repark.pickup_location = location
repark.save()
request.session["repark_id"] = repark.id
serializer = ReparkSerializer(repark)
if request.POST['is_dropoff']:
# retrieve latest request
last_request = customer.orders_repark_customer_related.latest('completed_at')
# create Dropoff instance
dropoff = Dropoff()
dropoff.requested_by = customer
dropoff.requested_at = local_time_now
# vehicle pickup location is the last request's dropoff location
dropoff.pickup_location = last_request.dropoff_location
# vehicle dropoff location is location of user's current position
dropoff.dropoff_location = location
dropoff.save()
request.session["dropoff_id"] = dropoff.id
serializer = DropoffSerializer(dropoff)
if request.POST['is_scheduled_repark']:
scheduled_repark = ScheduledRepark()
scheduled_repark.requested_by = customer
scheduled_repark.requested_at = local_time_now
scheduled_repark.pickup_location = location
scheduled_repark.scheduled_start_date = request.POST['scheduled_start_date']
scheduled_repark.scheduled_end_date = request.POST['scheduled_end_date']
scheduled_repark.time_limit = request.POST['time_limit']
"""
Calculate the expiration time based on when user requested repark
"""
# parking_exp_time = local_time_now + request.POST['time_limit']
# scheduled_repark.parking_exp_time = parking_exp_time
scheduled_repark.save()
request.session["scheduled_repark_id"] = scheduled_repark.id
serializer = ScheduledRepark(scheduled_repark)
data = serializer.data
print(data)
return Response(data, template_name='maps/user/index.html')
