Ejemplo n.º 1
0
    def create_fact(cls, **data):
        item = DimensionItem.insert(item_id=data['item_id'])
        device, _ = DimensionDevice.objects.get_or_create(device_id=data['device_id'])
        client = DimensionClient.insert(client_id=data['client_id'])

        external_user_id = get(data, 'external_user_id', default='')
        internal_user_id = get(data, 'internal_user_id', default='')
        user = DimensionUser.insert(
            external_user_id=external_user_id,
            internal_user_id=internal_user_id,
            client=client
        )

        # store the fact
        cls.objects.create(
            item=item,
            user=user,
            device=device,
            product_id=data['product_id'],
            asset_id=data['asset_id'],
            status=data['status'],
            network=data['network'],
            expiry_date=data['expiry_date'],
            event_utc_datetime=data['event_time'],
            event_utc_date=DimensionUTCDate.date_from_datetime(data['event_time']),
        )
    def create_fact(cls, **data):

        event_time = data['date']

        # using geoip we assert what our country code is based upon the ip address chain
        country_code = ''
        for ip_address in data['ip_address_chain']:
            country_code = GEO_IP_LOOKUP.get_country_code(ip_address)
            if country_code:
                break

        # lets now fill in our dimensions
        territory = DimensionTerritory.insert(code=country_code)
        client = DimensionClient.insert(client_id=data['client_id'])
        item = DimensionItem.insert(item_id=data['item_id'])
        device = DimensionDevice.insert(item_id=data['device_id'])
        status = DimensionPlayStatus.insert(status=data['status'])
        user = DimensionUser.insert(internal_user_id=data['internal_user_id'],
                                    external_user_id=data['external_user_id'],
                                    client=client)

        # we create our fact play object
        fshp = FactServicesHeartbeatPlay.objects.create(
            item_id=item,
            user=user,
            device_id=device,
            status=status,
            event_time=event_time,
            country_code=territory,
            event_utc_date=DimensionUTCDate.date_from_datetime(event_time),
            position=get(data, 'position', disallow=['']),  # Preserve 0
            bit_rate=get(data, 'bitrate', disallow=['']),  # Preserve 0
        )

        # for any occuring buffers we create a play buffer, we can then add this to our many to many relation
        for buffer_duration in get(data,
                                   'buffer_events',
                                   disallow=[None, ''],
                                   default=[]):
            fshpb = FactServicesHeartbeatPlayBuffer.objects.create(
                duration=buffer_duration,
                event_utc_date=DimensionUTCDate.date_from_datetime(event_time),
                event_time=event_time)

            fshp.play_buffer.add(fshpb)

        # if we have an init in our event - we can add this and add the foreign key to our play event
        # this will make for good and easy lookup of full fact play data
        init_duration = get(data, 'init_length', disallow=[''])
        if init_duration is not None:
            init_licensed = get(data,
                                'init_licensed',
                                disallow=['', None],
                                default=False)
            FactServicesHeartbeatPlayInit.objects.create(
                heartbeat=fshp,
                duration=init_duration,
                licensed=init_licensed,
                event_utc_date=DimensionUTCDate.date_from_datetime(event_time),
                event_time=event_time)
    def create_fact(cls, **data):

        event_time = data['date']

        # using geoip we assert what our country code is based upon the ip address chain
        country_code = ''
        for ip_address in data['ip_address_chain']:
            country_code = GEO_IP_LOOKUP.get_country_code(ip_address)
            if country_code:
                break

        # lets now fill in our dimensions
        territory = DimensionTerritory.insert(code=country_code)
        client = DimensionClient.insert(client_id=data['client_id'])
        item = DimensionItem.insert(item_id=data['item_id'])
        device = DimensionDevice.insert(item_id=data['device_id'])
        status = DimensionPlayStatus.insert(status=data['status'])
        user = DimensionUser.insert(internal_user_id=data['internal_user_id'],
                                    external_user_id=data['external_user_id'], client=client)

        # we create our fact play object
        fshp = FactServicesHeartbeatPlay.objects.create(
            item_id=item,
            user=user,
            device_id=device,
            status=status,
            event_time=event_time,
            country_code=territory,
            event_utc_date=DimensionUTCDate.date_from_datetime(event_time),
            position=get(data, 'position', disallow=['']),  # Preserve 0
            bit_rate=get(data, 'bitrate', disallow=['']),   # Preserve 0
        )

        # for any occuring buffers we create a play buffer, we can then add this to our many to many relation
        for buffer_duration in get(data, 'buffer_events', disallow=[None, ''], default=[]):
            fshpb = FactServicesHeartbeatPlayBuffer.objects.create(
                duration=buffer_duration,
                event_utc_date=DimensionUTCDate.date_from_datetime(event_time),
                event_time=event_time)

            fshp.play_buffer.add(fshpb)

        # if we have an init in our event - we can add this and add the foreign key to our play event
        # this will make for good and easy lookup of full fact play data
        init_duration = get(data, 'init_length', disallow=[''])
        if init_duration is not None:
            init_licensed = get(data, 'init_licensed', disallow=['', None], default=False)
            FactServicesHeartbeatPlayInit.objects.create(
                heartbeat=fshp,
                duration=init_duration,
                licensed=init_licensed,
                event_utc_date=DimensionUTCDate.date_from_datetime(event_time),
                event_time=event_time)
    def create_fact(cls, data):
        # This is a DRM Device Id, not a Device Id.
        device, _ = DimensionDevice.objects.get_or_create(device_id=data['device_id'])
        client = DimensionClient.insert(client_id=data['client_id'])

        external_user_id = get(data, 'external_user_id', default=None)
        if external_user_id:
            user = DimensionUser.insert(external_user_id=external_user_id, client=client)
        else:
            user = DimensionUser.objects.get(id=-1)

        cls.objects.create(
            device=device,
            drm_type=data['drm_type'],
            user=user,
            transaction_id=data.get('transaction_id', None),
            event_utc_datetime=data['event_time'],
            event_utc_date=DimensionUTCDate.date_from_datetime(data['event_time']),
        )
Ejemplo n.º 5
0
    def create_fact(cls, data):
        # This is a DRM Device Id, not a Device Id.
        device, _ = DimensionDevice.objects.get_or_create(
            device_id=data['device_id'])
        client = DimensionClient.insert(client_id=data['client_id'])

        external_user_id = get(data, 'external_user_id', default=None)
        if external_user_id:
            user = DimensionUser.insert(external_user_id=external_user_id,
                                        client=client)
        else:
            user = DimensionUser.objects.get(id=-1)

        cls.objects.create(
            device=device,
            drm_type=data['drm_type'],
            user=user,
            transaction_id=data.get('transaction_id', None),
            event_utc_datetime=data['event_time'],
            event_utc_date=DimensionUTCDate.date_from_datetime(
                data['event_time']),
        )