def SetTopBoxChannel_post_delete(sender, instance, **kwargs): if RTESServer.objects.all().exists(): # import pdb; pdb.set_trace() if instance.channel.sink.content_type.name == 'Entrada CAS IPv4': log.debug('Now we need to detache settopbox + domain with this channel [%s]', instance) stb = SetTopBox.objects.filter(id=instance.settopbox_id).all()[0] ch = instance.channel.sink.sink.sink.pk admin = adminMgmtService() token = admin.login(RTESServer.objects.all()[0].username, RTESServer.objects.all()[0].password) unlink_entitlement_device(token, ch, stb.mac) delete_db_deviceentitlement(stb.mac, ch)
def SetTopBox_post_delete(sender, instance, **kwargs): if RTESServer.objects.all().exists(): devices_list = [] admin = adminMgmtService() token = admin.login(RTESServer.objects.all()[0].username, RTESServer.objects.all()[0].password) log.debug('Deleting: %s', instance) device = deviceMgmtService() device_tupla = (instance.mac.replace(':', '').upper(), 'STB_IPTV', '1', instance.mac.replace(':', '').upper()) devices_list.append(device_tupla) device.remove_devices(token, devices_list) admin.logout(token) delete_db_device(instance.mac.replace(':', '').upper())
def create_device(instance): devices_list = [] admin = adminMgmtService() token = admin.login(RTESServer.objects.all()[0].username, RTESServer.objects.all()[0].password) if get_network(token) < 0: add_network(token, get_free_network(token)) log.debug('Creating: %s', instance) device = deviceMgmtService() device_tupla = (instance.mac.replace(':', '').upper(), 'STB_IPTV', get_network(token), instance.mac.replace(':', '').upper()) devices_list.append(device_tupla) device.add_devices(token, devices_list) save_db_device(get_network(token), instance.mac.replace(':', '').upper()) admin.logout(token)
def multicast_output_post_delete(sender, instance, **kwargs): if RTESServer.objects.all().exists(): if instance.sink.content_type.name == 'Entrada CAS IPv4': channel_id = instance.sink.sink.pk rtes_config = RTESServer.objects.all()[0] rtes = realTimeEncryptionService() admin = adminMgmtService() token = admin.login(RTESServer.objects.all()[0].username, RTESServer.objects.all()[0].password) if get_network(token) < 0: add_network(token, get_free_network(token)) rtes.delete_stream(token, rtes_config.name, channel_id, instance.sink.sink.sink.ip, instance.sink.sink.sink.port, instance.ip, instance.port, get_network(token)) remove_entitlement(token, channel_id, get_network(token)) admin.logout(token) delete_db_entitlement(channel_id)
def multicast_output_post_save(sender, instance, created, **kwargs): if RTESServer.objects.all().exists(): if instance.sink.content_type.name == 'Entrada CAS IPv4': ip = instance.ip dev = instance.server.get_netdev(instance.nic_sink.ipv4) instance.server.create_route(ip, dev) channel_id = instance.sink.sink.pk if created: rtes_config = RTESServer.objects.all()[0] rtes = realTimeEncryptionService() admin = adminMgmtService() token = admin.login(RTESServer.objects.all()[0].username, RTESServer.objects.all()[0].password) if get_network(token) < 0: add_network(token, get_free_network(token)) rtes.create_stream(token, rtes_config.name, channel_id, instance.sink.sink.sink.ip, instance.sink.sink.sink.port, instance.ip, instance.port, get_network(token)) create_entitlement(token, channel_id, get_network(token)) admin.logout(token) save_db_entitlement(channel_id, instance.sink.sink.sink.ip, instance.sink.sink.sink.port, instance.ip, instance.port) else: pass