Odoo-Modules/fusion_iot/CLAUDE.md

Fusion IoT — Claude Code Instructions

Purpose

Fusion IoT lets Fusion Apps products ingest live sensor readings from hardware mounted on a shop floor — initially tank temperature probes for Fusion Plating, with room to grow into label printers, scales, and any other device Odoo's IoT framework supports.

Folder contents

fusion_iot/
├── iot_base/             # Repackaged from Odoo S.A. — shared JS utils
├── iot/                  # Repackaged from Odoo S.A. — IoT Box mgmt models + UI
└── fusion_plating_iot/   # Our wrapper — sensor→tank mapping + out-of-spec holds

Repackaging notes — iot_base + iot

Both copied as-is from /Users/gurpreet/Github/RePackaged-Odoo/_dependencies/ (tag Odoo 19). Both are already LGPL-3 upstream — no license flip needed.

Gutted phone-home:

File	Change
iot/models/update.py	Publisher_WarrantyContract._get_message override REMOVED (no more IoT-Box counting-back to Odoo S.A. for enterprise licensing)
iot/iot_handlers/lib/load_worldline_library.sh	DELETED (proprietary Worldline payment lib fetch from download.odoo.com — we don't use Worldline)

Left intact (NOT phone-home, don't remove):

• ir_config_parameter.py — broadcasts web.base.url changes to paired IoT boxes via the internal IoT channel (not the internet)
• iot_box.py.version_commit_url — cosmetic link to odoo/odoo on GitHub
• controllers/main.py — serves the iot handlers zip to the Pi (this is the point of the module)

fusion_plating_iot — the wrapper

Models

fp.tank.sensor — maps a physical sensor to a tank + parameter

• device_serial — hardware unique ID (e.g. DS18B20 1-Wire address)
• iot_device_id — optional link to iot.device if the sensor comes in via Pi proxy
• tank_id / bath_id — where the sensor lives
• parameter_id — what bath parameter it reports (temperature, pH, etc.)
• alert_min_override / alert_max_override — per-sensor spec override; else inherits from fusion.plating.bath.parameter.target_min/max
• Cached last_reading_value / last_reading_at / last_reading_in_spec for fast list views

fp.tank.reading — time-series log of every reading

• Append-only — never updated/deleted. The compliance record of bath history.
• create() evaluates each reading against the sensor's alert range
• Raises a fusion.plating.quality.hold ONCE on the transition from in-spec → out-of-spec (no spam)

fusion.plating.tank — extended with x_fc_sensor_ids o2m + x_fc_has_out_of_spec bool for the tank form.

Endpoint — POST /fp/iot/ingest

For sensors that skip the Pi proxy and POST directly over HTTP.

• Auth: X-FP-IOT-Token header OR "token" key in JSON body, compared to ir.config_parameter[fusion_plating_iot.ingest_token] using hmac.compare_digest
• Seeded token value: CHANGE-ME-AFTER-INSTALL — MUST be rotated immediately after install via Settings → Technical → System Parameters
• Payload: single {device_serial, value, read_at} OR batch {readings: [...]}
• Response: 200 + {ok: true, accepted: N}, 401 on auth fail, 404 if device_serial unknown

Dependencies

• iot — the server-side Odoo IoT module (in this same folder, needs to be installed first)
• fusion_plating — for fusion.plating.tank + fusion.plating.bath.parameter
• fusion_plating_quality — for fusion.plating.quality.hold

Not yet — Phase B (when Pi hardware arrives)

• DS18B20 handler module for iot_drivers (the Pi-side proxy)
• Systemd service config for running iot_drivers on vanilla Raspberry Pi OS
• Pi firmware README

Deployment to entech (LXC 111)

# 1. Sync all three modules
rsync -av fusion_iot/iot_base/        pve-worker5:/tmp/iot_base/
rsync -av fusion_iot/iot/             pve-worker5:/tmp/iot/
rsync -av fusion_iot/fusion_plating_iot/ pve-worker5:/tmp/fpi/

ssh pve-worker5 "pct exec 111 -- bash -c '
  mv /tmp/iot_base /mnt/extra-addons/custom/
  mv /tmp/iot /mnt/extra-addons/custom/
  mv /tmp/fpi /mnt/extra-addons/custom/fusion_plating_iot
  chown -R odoo:odoo /mnt/extra-addons/custom/iot_base /mnt/extra-addons/custom/iot /mnt/extra-addons/custom/fusion_plating_iot
'"

# 2. Install modules (order matters)
ssh pve-worker5 "pct exec 111 -- su - odoo -s /bin/bash -c \
  \"/usr/bin/odoo -c /etc/odoo/odoo.conf -d admin -i iot_base,iot,fusion_plating_iot --stop-after-init\""

# 3. Verify
#   - Settings → Technical → IoT menu appears
#   - Plating → Operations → Sensors & Readings menu appears
#   - curl test against /fp/iot/ingest (see README)

Test commands

# Set a known token
odoo shell> env['ir.config_parameter'].set_param('fusion_plating_iot.ingest_token', 'test-secret-123')

# Create a sensor manually
odoo shell> env['fp.tank.sensor'].create({
    'name': 'Test probe',
    'device_serial': '28-test000001',
    'device_kind': 'ds18b20',
    'tank_id': <some_tank.id>,
    'parameter_id': <temperature_param.id>,
})

# POST a reading
curl -X POST http://entech:8069/fp/iot/ingest \
  -H 'Content-Type: application/json' \
  -H 'X-FP-IOT-Token: test-secret-123' \
  -d '{"device_serial":"28-test000001","value":87.3}'
# → {"ok":true,"accepted":1}

# Simulate out-of-spec reading (assuming target_max=90)
curl -X POST http://entech:8069/fp/iot/ingest \
  -H 'Content-Type: application/json' \
  -H 'X-FP-IOT-Token: test-secret-123' \
  -d '{"device_serial":"28-test000001","value":95.0}'
# → reading created + fusion.plating.quality.hold auto-raised