def test_uuid(self):
varLittle = 1
varBig = 5678912
varLittle_res = 'TcH4FR09ROSA4b42WJX6i/NzzjzbX3p7U62YCZUE4CE=\n'
varBig_res = 'TcH4FR09ROSA4b42WJX6i7vdGEPO+K9i9fJybUAKFA0=\n'
# assert that the start data is correct
self.assertEquals(varLittle, decrypt_uuid(varLittle_res))
self.assertEquals(varBig, decrypt_uuid(varBig_res))
# test creating UUID
testLittle = create_uuid(varLittle)
testBig = create_uuid(varBig)
self.assertEquals(testLittle, varLittle_res)
self.assertEquals(testBig, varBig_res)
# test decryption
testLittle = decrypt_uuid(testLittle)
testBig = decrypt_uuid(testBig)
self.assertEquals(testLittle, varLittle)
self.assertEquals(testBig, varBig)
def test_uuid(self):
varLittle = 1
varBig = 5678912
varLittle_res = 'TcH4FR09ROSA4b42WJX6i/NzzjzbX3p7U62YCZUE4CE=\n'
varBig_res = 'TcH4FR09ROSA4b42WJX6i7vdGEPO+K9i9fJybUAKFA0=\n'
# assert that the start data is correct
self.assertEquals(varLittle, decrypt_uuid(varLittle_res))
self.assertEquals(varBig, decrypt_uuid(varBig_res))
# test creating UUID
testLittle = create_uuid(varLittle)
testBig = create_uuid(varBig)
self.assertEquals(testLittle, varLittle_res)
self.assertEquals(testBig, varBig_res)
# test decryption
testLittle = decrypt_uuid(testLittle)
testBig = decrypt_uuid(testBig)
self.assertEquals(testLittle, varLittle)
self.assertEquals(testBig, varBig)
def post(self, request, format=None):
data = request.data
id = decrypt_uuid(data[settings.JSON_KEYS['RIDER_ID']])
try:
rider = Rider.objects.get(id=id)
rider.push_id = data.get(settings.JSON_KEYS['RIDER_PUSH_ID'], '')
rider.save()
return Response(
{
settings.JSON_KEYS['RIDER_ID']:
data[settings.JSON_KEYS['RIDER_ID']]
},
status=status.HTTP_201_CREATED)
except Exception as ex:
return Response({settings.JSON_KEYS['BAD_REQ']: ex.message},
status=status.HTTP_400_BAD_REQUEST)
def post(self, request, format=None):
data = request.data
id = decrypt_uuid(data[settings.JSON_KEYS['RIDER_ID']])
try:
rider = Rider.objects.get(id=id)
rider.push_id = data.get(settings.JSON_KEYS['RIDER_PUSH_ID'], '')
rider.save()
return Response(
{settings.JSON_KEYS['RIDER_ID']:
data[settings.JSON_KEYS['RIDER_ID']]},
status=status.HTTP_201_CREATED
)
except Exception as ex:
return Response(
{settings.JSON_KEYS['BAD_REQ']: ex.message},
status=status.HTTP_400_BAD_REQUEST
)
def post(self, request, format=None):
try:
###
# This won't work without the header
# 'Content-Type: application/json' :
data = request.DATA
###
# Get the Locations from Data
loc_data = data.get(settings.JSON_KEYS['LOCATIONS'])
# Get the Tour_Id name from Data
tour_id = data.get('tour_id')
# Get and decrypt the UUID
rider = decrypt_uuid(data[settings.JSON_KEYS['RIDER_ID']])
logger.error("RIDER TO PRINT HERE: ", rider)
# Check if the parameters passed in
# exist in the database before saving
# Get Current Tour
curr_tour = TourConfig.objects.get(tour_id=tour_id)
if curr_tour is None:
raise Exception("Tour '%s' Does Not Exist" % (data.get('tour_id')) )
if rider is None:
raise Exception("Rider Id Does Not Exist")
# Go through the points and store it into the database
loc_list = []
for point in loc_data:
time = long(point.get(settings.JSON_KEYS['LOC']['TIME']))
location = Location(
rider=Rider(pk=rider),
tour_id=TourConfig(tour_id=tour_id),
coords=Point(
point.get(settings.JSON_KEYS['LOC']['LON']),
point.get(settings.JSON_KEYS['LOC']['LAT'])
),
accuracy=point.get(
settings.JSON_KEYS['LOC']['ACC']),
speed=point.get(
settings.JSON_KEYS['LOC']['SPEED']),
bearing=point.get(
settings.JSON_KEYS['LOC']['BEARING']),
battery=point.get(
settings.JSON_KEYS['LOC']['BATT_LVL']),
provider=point.get(
settings.JSON_KEYS['LOC']['PROVIDER']),
time=(time/1000)
)
loc_list.append(location)
# if there was not any errors send back a 201
# other wise send 400 and a response
# This is where the locations are
# being saved the database
Location.objects.bulk_create(loc_list)
# Get server polling rate from db
server_polling_rate = curr_tour.server_polling_rate
# Get server polling range from db
server_polling_range = curr_tour.server_polling_range
# Get location polling rate from db
location_polling_rate = curr_tour.location_polling_rate
return Response(
{
settings.JSON_KEYS['SERVER_POLLING_RATE']: server_polling_rate,
settings.JSON_KEYS['SERVER_POLLING_RANGE']: server_polling_range,
settings.JSON_KEYS['LOCATION_POLLING_RATE']: location_polling_rate
},
status=status.HTTP_201_CREATED
)
except Exception as ex:
logger.info(traceback.format_exc())
return Response(
{settings.JSON_KEYS['BAD_REQ']: ex.args},
status=status.HTTP_400_BAD_REQUEST
)