def test_push_manager_send(self):
pm = PushManager([
GCMPushService(GCM_OPS),
BBPushService(BLACKBERRY_OPS)
])
msg = Message()
device_list = [
Device(BBPushService.type, TOKEN['Blackberry']),
Device(GCMPushService.type, TOKEN['GCM'])
]
status_dict = pm.send(msg, device_list)
self.assertTrue(
status_dict[BBPushService.type].code
in (1000, 1001, 2001, 2002, 2004, 4001, 21000),
'\nBlackberry Status Code %i:\n%s\n'
% (status_dict[BBPushService.type].code,
status_dict[BBPushService.type].description)
)
self.assertTrue(
status_dict[GCMPushService.type].code in (200, 503),
'\nGCM Status Code %i:\n' % (status_dict[GCMPushService.type].code)
)
def test_push_manager_init_with_all_services(self):
pm = PushManager(
[GCMPushService(GCM_OPS),
BBPushService(BLACKBERRY_OPS)])
self.assertTrue(pm.get_service(GCMPushService.type))
self.assertTrue(pm.get_service(BBPushService.type))
self.assertTrue(pm.get_service('Must NOT exist') == None)
def test_push_manager_init_with_all_services(self):
pm = PushManager([
GCMPushService(GCM_OPS),
BBPushService(BLACKBERRY_OPS)
])
self.assertTrue(pm.get_service(GCMPushService.type))
self.assertTrue(pm.get_service(BBPushService.type))
self.assertTrue(pm.get_service('Must NOT exist') == None)
def test_push_manager_add_all_push_services(self):
pm = PushManager()
pm.add_service(GCMPushService(GCM_OPS))
pm.add_service(BBPushService(BLACKBERRY_OPS))
self.assertTrue(pm.get_service(GCMPushService.type))
self.assertTrue(pm.get_service(BBPushService.type))
self.assertTrue(pm.get_service('Must NOT exist') == None)
def test_push_manager_add_all_push_services(self):
pm = PushManager()
pm.add_service(GCMPushService(GCM_OPS))
pm.add_service(BBPushService(BLACKBERRY_OPS))
self.assertTrue(pm.get_service(GCMPushService.type))
self.assertTrue(pm.get_service(BBPushService.type))
self.assertTrue(pm.get_service('Must NOT exist') == None)
def test_push_manager_send(self):
pm = PushManager(
[GCMPushService(GCM_OPS),
BBPushService(BLACKBERRY_OPS)])
msg = Message()
device_list = [
Device(BBPushService.type, TOKEN['Blackberry']),
Device(GCMPushService.type, TOKEN['GCM'])
]
status_dict = pm.send(msg, device_list)
self.assertTrue(
status_dict[BBPushService.type].code
in (1000, 1001, 2001, 2002, 2004, 4001, 21000),
'\nBlackberry Status Code %i:\n%s\n' %
(status_dict[BBPushService.type].code,
status_dict[BBPushService.type].description))
self.assertTrue(
status_dict[GCMPushService.type].code in (200, 503),
'\nGCM Status Code %i:\n' %
(status_dict[GCMPushService.type].code))
def send(request):
#Extracts the devices ids and converts it to integers:
device_ids = map(lambda id: int(id), request.POST.getlist('device'))
if len(device_ids) > 0:
device_list = Device.objects.filter(id__in=device_ids)
push_manager = PushManager([
GCMPushService({'api_id': 'AIzaSyCwR74jMF8Ls0CXvJzKHMpHVQzwml9xmTI'}),
BBPushService({'api_id': '2974-Mie72996c2B7m3t87M17o8172i80r505273', 'password': '******'})
])
# if exists data to be sync we save it
sync_content = request.POST['scontent']
if sync_content != '':
for dev in device_list:
chunk = Chunck(device=dev, data=sync_content)
chunk.save()
status_dict = push_manager.send(Message(), device_list)
errors = ''
for type, status in status_dict.iteritems():
print 'Service %s: Status %i, Content %s\n' % (type, status.code, status.raw)
if not status.is_ok:
if errors == '':
errors = 'Error sending request.<br>'
errors += '<Type: %s Code: %i\\><br>Content:<br>%s<br><br>' % (type, status.code, status.raw)
if errors == '':
return redirect('index')
else:
return HttpResponse(errors)
else:
return HttpResponse('Select a device to send the push')
