ngits-drf-iot-client 0.2.0

Identity-agnostic Django/DRF client for the NGITS IoT ESB automation & command APIs

ngits-drf-iot-client

Identity-agnostic Django/DRF client for the IoT ESB automation and command APIs. It lets any application (a single-tenant app, a multi-tenant panel, ...) act as a thin BFF over the shared IoT platform without duplicating domain logic — the same way ngits-drf-cube-proxy sits in front of analytics.

The automation domain (models, evaluation, command dispatch) lives in the IoT platform services. This package is only the transport + tenant-scoping glue used by the presentation layer.

Install

pip install ngits-drf-iot-client
# during local development, before it is published:
pip install -e ../ngits-drf-iot-client

Configure (host settings.py)

IOT_ESB_BASE_URL = "https://iot-esb.example.com"  # client appends /api/v1
IOT_ESB_TOKEN = env("IOT_ESB_TOKEN")              # sent as X-Token
IOT_CLIENT_IDENTITY_RESOLVER = "myapp.iot.resolve_scope"
# optional:
IOT_CLIENT_TIMEOUT = 10

The resolver maps an authenticated user to the tenant(s) they may access:

# myapp/iot.py  (single-tenant app)
def resolve_scope(user):
    tenant = get_tenant_for(user)                    # your own lookup
    return None if tenant is None else tenant.uuid   # None -> 403

# multi-tenant panel
def resolve_scope(user):
    return list(get_tenants_for(user))               # iterable of tenant UUIDs

Use in a DRF view

from rest_framework import viewsets
from rest_framework.response import Response
from iot_client import IotClientMixin

class AutomationViewSet(IotClientMixin, viewsets.ViewSet):
    def list(self, request):
        client = self.get_iot_client()
        return Response(client.list_automations(tenants=self.get_tenant_scope()))

    def create(self, request):
        client = self.get_iot_client()
        return Response(client.create_automation(request.data), status=201)

Client surface

IotEsbClient: list_automations, get_automation, create_automation, update_automation, delete_automation, activate_automation, deactivate_automation, list_rule_types, list_actions, create_command, get_command. All read methods accept a tenants scope; errors raise IotClientError(status_code=...).