# MyIndygo — Platform Overview & API Reference

**Base URL**: `https://qualif.myindygo.com`  
**Purpose**: Pool-focused platform — filtration scheduling, water chemistry, pool level monitoring  
**Relation to MySOLEM**: Same backend database and Sails.js server. Both platforms share all module data, sensor readings, and programs. MyIndygo adds a pool admin/management layer on top.

---

## Authentication

Identical to MySOLEM — same cookie name, same credentials work on both platforms.

```bash
curl -c cookies.txt https://qualif.myindygo.com/login
curl -c cookies.txt -b cookies.txt \
  -X POST \
  -H "Content-Type: application/x-www-form-urlencoded" \
  -d "email=YOUR_EMAIL&password=YOUR_PASSWORD" \
  "https://qualif.myindygo.com/login"
```

Cookie: `qualification-mysolem-solem-irrigation-platform.sid` (same name as MySOLEM)

---

## User IDs — MyIndygo vs MySOLEM

The test API account (`arnaud.nelissen.api@icloud.com`) has **different ObjectIds** on each platform:

| Platform | User ID |
|---|---|
| MySOLEM | `5de53bca7ed4c45c2cfe067f` |
| MyIndygo | `6a21c3db5ebe0fa5f7885460` |

The MyIndygo user ID appears in the page HTML:
```html
<script>const userId = "6a21c3db5ebe0fa5f7885460"</script>
```

The pool/site ID `5de53c1c7ed4c45c2cfe0688` is the main account's pool record on MyIndygo — it's only accessible when logged in as the main account (`anelissen@solem.fr`), not the test API account.

---

## Feature flags (MyIndygo-specific)

`GET /features` returns pool-focused flags including:

| Flag | Value | Meaning |
|---|---|---|
| `ocedisWaterChemistryCorrection` | `true` | Water chemistry correction (OCEDIS dosing) |
| `authenticationMyIndygoUIV2` | `true` | MyIndygo-specific login UI |
| `enableBSTSubscriptions` | `true` | BST subscription management |
| `enablePWAIndygoInstallation` | `true` | Pool app PWA install |
| `clusterTurfOpened` | `true` | Turf cluster watering |
| `enablePolytropicAPI` | `true` | Polytropic pump integration |
| `enableGraphicalProgrammation` | `true` | Visual program editor |
| `enableNdviSatellite` | `true` | NDVI satellite data |
| `enableEvapotranspiration` | `true` | ET-based watering |
| `enableHPA` | `true` | HPA (high-pressure assist?) |

---

## Pool Admin System (B2B)

MyIndygo has a pool dealer admin layer for managing multiple customer pools. These endpoints are **admin-only** — not accessible with a standard user account.

```
GET  /pools/admin                             list all managed pools
POST /pools/admin/search                      search pools (DataTables format)
POST /pools/admin/sendMessage                 send a message to a pool customer
GET  /pools/admin/getMessages                 get admin messages
DELETE /pools/admin/dissociateAndRemove/{id}  remove pool from admin
```

Pool data is fetched via:
```
GET /user/pools          current user's pools (returns {"pools": []} for test account)
GET /user/pools?userId=  another user's pools (IDOR — no ownership check)
```

---

## Pool-Specific Endpoints

### Last sensor tick (no date range needed)
```
GET /input/getLastTickFromInput?inputId={inputId}
```
Returns the single most-recent raw tick for an input. Much lighter than `getComputedSensorData`.

Response:
```json
{
  "tick": {
    "input": "6480da07c2c0896da120eccd",
    "value": 635,
    "timestamp": "2026-06-04T01:03:00.000Z",
    "createdAt": "2026-06-04T01:03:11.000Z",
    "id": "..."
  }
}
```

Note: `value` is **raw** (not expression-computed). For LRPS pH: `635` = 6.35 pH (divide by 100). For LRPS temp: `2331` = 23.31°C.

### Live pool sensor snapshot

```python
import requests

BASE = "https://qualif.myindygo.com"
s = requests.Session()
s.get(f"{BASE}/login")
s.post(f"{BASE}/login", data={"email": "...", "password": "..."})

POOL_INPUTS = {
    "temp":     "6480da07c2c0896da120eccc",
    "pH":       "6480da07c2c0896da120eccd",
    "ORP":      "6480da07c2c0896da120ecce",
    "pressure": "6a17218be0b88ea3e9255251",
    "level":    "6a174dd1e0b88ea3e925531e",
}

readings = {}
for name, input_id in POOL_INPUTS.items():
    r = s.get(f"{BASE}/input/getLastTickFromInput", params={"inputId": input_id}).json()
    readings[name] = r.get("tick", {})

# Current values (raw):
# temp → divide by 100 → °C
# pH   → divide by 100 → pH units
# ORP  → raw mV
# pressure → raw ADC (apply expression for bar)
# level → 0=low/fill needed, 1=OK
```

### Output events history
```
GET /output/events?moduleId={moduleId}
GET /output/events?outputId={outputId}
GET /output/events?moduleId={id}&startDate={iso8601}&endDate={iso8601}
```
Returns `[]` if no events or empty. Tracks when outputs have been triggered.

### Output watering forecast
```
GET /output/forecast?moduleId={moduleId}
GET /output/forecast?outputId={outputId}
```
Returns upcoming scheduled watering windows.

### Real-time module informations (via LoRa)
```
GET /remote/module/informations
  ?moduleId={relayModuleId}
  &childrenSerialNumber={childSerialNumber}
```
Or via socket.io (as seen in JS):
```js
io.socket.request({
  method: "get",
  url: "/remote/module/informations",
  data: {
    moduleId: relayId,         // LRMB10 gateway ID
    moduleUuid: uuid,
    moduleSerialNumber: serialNumber
  }
}, callback)
```
Returns real-time device state polled over LoRa. Fails with `module_not_reachable` if device is offline.

### Real-time combined config + programs
```
GET /remote/module/configuration/and/programs?moduleId={moduleId}
```
Returns configuration + programs in a single LoRa roundtrip. Requires device online.

### Pool controller control (linesControl)
JSON body (verified from real network capture):
```
POST /remote/module/control
Content-Type: application/json
```
```json
{
  "moduleSerialNumber": "150302F1DA270001",
  "linesControl": [
    {
      "index": 1,
      "action": 2,
      "time": "30:00"
    }
  ]
}
```

Known `action` codes for LRPC pool controller:

| action | meaning | extra params |
|---|---|---|
| `0` | Stop pump output (index 0 only) | — |
| `1` | **Stop / cancel** any running manual command | — |
| `2` | Timed impulse | `time`: `"MM:SS"` string (e.g. `"30:00"` = 30 minutes) |
| `3` | Boost filtration | `time`: `"MM:SS"` |
| `4` | Start indefinitely | — |
| `5` | Pause N days (blocks manual + scheduled) | `manualDuration`: N (integer days) |
| `11` | Backwash cycle | `time`: encoded duration string, `speed`: pump speed level |

Response pool state includes `"pause": N` (days remaining) when an output is paused.  
Response always reflects **pre-command state** — the command takes effect on the next LoRa downlink.

For backwash, duration is encoded using `encodeBackwashDuration(durationMinutes, minMinutes, maxMinutes)`.

> **Corrected from JS analysis**: duration is `time: "MM:SS"` (string), NOT `manualDuration` in seconds. Verified from real Safari capture.

### Module advertising profile
```
GET /remote/module/advertisingProfile?moduleId={moduleId}
GET /remote/modules/advertisingProfile                     (bulk)
```
BLE advertising profile data. Likely used for Bluetooth pairing.

### Team pool access
```
GET /teams/pools/{poolId}/membersAccessGranted
```
Returns `{ teamMembersAlreadyGrantedPool: [...] }` — team members with access to a specific pool.

---

## LRPC Pool Controller — Program Structure (MyIndygo extended)

MyIndygo exposes more program fields than MySOLEM for `lr-pc` modules:

```
GET /programs/modules?moduleIds={moduleId}
```

```json
{
  "programs": [
    {
      "id": "6481bcea8782b78554c02bf4",
      "name": "",
      "module": "6481bcea8782b78554c02bed",
      "index": 0,
      "weekDays": 127,
      "numberOfDays": 2,
      "synchroDay": 0,
      "waterBudget": 100,
      "startTimes": [-1, -1, -1, -1, -1, -1, -1, -1],
      "programCharacteristics": {
        "programType": 4,
        "mode": 2,
        "onSpeed": 1,
        "speedSequence": 4368,
        "microFilteringTemperature": 5,
        "microFilteringDuration": 10,
        "microFilteringPeriod": 480,
        "microFilteringSpeed": 1,
        "auxiliaryCyclicDuration": 0,
        "frostFreeSpeed": 1,
        "defaultProgramSpeed": 1,
        "adaptOffset": 0,
        "isShutterDependant": false,
        "isRandom": false,
        "isUsingButton": false
      },
      "windows": [
        {
          "start": 300, "end": 360,
          "on": 3600, "off": 0,
          "runningDays": 127
        }
      ]
    }
  ]
}
```

**`programType` codes** (pool controller):

| code | meaning |
|---|---|
| `4` | Main filtration (pump runs on schedule) |
| `2` | Auxiliary / cyclic (treatment dosing, UV, etc.) |
| `0` | Disabled / empty slot |

**`mode`**: `2` = active, `0` = disabled  
**`speedSequence`**: pump speed bitmask for variable-speed pumps (`4368` = 0x1110)  
**`windows[].runningDays`**: per-window day bitmask (127 = every day, unlike mysolem where weekDays is per-program)  
**`startTimes`**: array of 8 fixed start times in minutes from midnight (-1 = unused)  

### Domicile LRPC filtration schedule

| Program | Type | Windows | Total |
|---|---|---|---|
| 0 (Filtration) | 4 | 05:00–06:00 (1h), 12:00–14:00 (2h), 22:00–23:00 (1h) | 4h/day |
| 1 (Auxiliary) | 2 | 21:30–22:30 (1h) | 1h/day |
| 2 | — | empty | — |

---

## LRPC Outputs (Pool Controller)

| Output ID | Name | Index |
|---|---|---|
| `6481bcea8782b78554c02bf1` | Station 1 | 0 |
| `6481bcea8782b78554c02bf2` | Station 2 | 1 |
| `6481bcea8782b78554c02bf3` | Station 3 | 2 |

---

## New Module Types (found via modules/search on MyIndygo)

| Type | Name | Description |
|---|---|---|
| `lr-pc-vs` | LRPCVS | Pool controller with variable speed pump |
| `lr-mv` | LRMV/LRPM1 | Motor valve (multi-output) |
| `lr-mb-30` | LRMB30 | LoRa gateway v30 |
| `lr-mb-100` | LRMB100 | LoRa gateway v100 |
| `lr-ip-fl` | LR1IPFL | IP flow metering |
| `lr-ip-fl-v2` | LR6IP | IP flow v2 |
| `lr-ip-wan-v2` | LRIP6 WAN | IP WAN v2 |
| `lr-is` | LR6IS/LR12IS | LoRa input sensor (multi-input) |
| `lr-is-city` | LR6IS | City-variant input sensor |
| `lr-is-city-wan` | LR12IS | City WAN sensor |
| `lr-ms-eco` | LRMS_ECO | Eco sensor station |
| `lr-ms-rs485` | LRMSRS485 | RS485 sensor station |
| `lr-ms-v2` | LRMS v2 | Sensor station v2 |
| `lr-ol` | LROL4 | LoRa OL (lighting?) |
| `lr-bst-100` | LRBST100 | BST 100 (booster?) |
| `lr-bst-react-4g` | LR-BST R4G | BST 4G reactive (booster 4G) |
| `joro` / `joro-v2` | WB-xxxx | Joro water balance meter |
| `smart-is` | SmartIS | Smart input sensor |
| `smart-is-lcd` | VILLA-/SMT-HOME | Smart IS with LCD display |
| `bl-ip-v2` | BL6IP | Bluetooth IP v2 |
| `ipx` | GEN_xxxx | IPX controller (generic) |

---

## Shared Endpoints (same on both MySOLEM and MyIndygo)

All endpoints from `api-docs/endpoints.md` work identically on `https://qualif.myindygo.com`. The backend database is shared — module IDs, input IDs, programs, and sensor data are identical on both platforms.

Key shared endpoints that work well for pool monitoring:
- `GET /remote/input/getComputedSensorData?inputId=...` — time-series sensor data
- `GET /remote/module/getComputedSensorsData?moduleId=...` — all inputs for a module
- `POST /module/sendManualModuleCommand` — send commands to devices
- `GET /modules/{moduleId}/notebook?startDate={unix_epoch}` — event log
- `GET /programs/modules?moduleIds=...` — read/write programs

---

## Pool Monitoring Quick Reference

Current pool sensor IDs and live values (2026-06-04):

| Sensor | Input ID | Last Raw Value | Computed |
|---|---|---|---|
| Water temp (LRPS) | `6480da07c2c0896da120eccc` | 2331 | 23.31 °C |
| pH (LRPS) | `6480da07c2c0896da120eccd` | 635 | 6.35 (low — target 7.2–7.6) |
| ORP/Redox (LRPS) | `6480da07c2c0896da120ecce` | 646 | 646 mV |
| Filter pressure (LRPR) | `6a17218be0b88ea3e9255251` | 956 | — |
| Pool level switch | `6a174dd1e0b88ea3e925531e` | 1 | OK (1=full) |
| Fill flow volume | `6a1c4b153d6c33ab843edc15` | 0 | 0 L (no active fill) |
| Fill valve state | `6a1c4b153d6c33ab843edc16` | 1 | Closed |