python-pooldose 0.3.1

Unoffical async Python client for SEKO PoolDose devices

python-pooldose

Unofficial async Python client for SEKO Pooldosing systems. SEKO is a manufacturer of various monitoring and control devices for Pools and Spas. This client uses an undocumented local HTTP API. It provides live readings for pool sensors such as temperature, pH, ORP/Redox, as well as status information and control over the dosing logic.

Features

• Async/await support for non-blocking operations
• Dynamic sensor discovery based on device model and firmware
• Dictionary-style access to instant values
• Type-specific getters for sensors, switches, numbers, selects
• Secure by default - WiFi passwords excluded unless explicitly requested
• Comprehensive error handling with detailed logging

API Overview

Program Flow

1. Create PooldoseClient
   ├── Fetch Device Info
   │   ├── Debug Config
   │   ├── WiFi Station Info (optional)
   │   ├── Access Point Info (optional)
   │   └── Network Info
   ├── Load Mapping JSON (based on MODEL_ID + FW_CODE)
   └── Query Available Types
       ├── Sensors
       ├── Binary Sensors
       ├── Numbers
       ├── Switches
       └── Selects

2. Get Instant Values
   └── Access Values via Dictionary Interface
       ├── instant_values['temperature']
       ├── instant_values.get('ph', default)
       └── 'sensor_name' in instant_values

3. Set Values via Type Methods
   ├── set_number()
   ├── set_switch()
   └── set_select()

API Architecture

┌─────────────────┐    ┌─────────────────┐    ┌─────────────────┐
│  PooldoseClient │────│ RequestHandler  │────│   HTTP Device   │
└─────────────────┘    └─────────────────┘    └─────────────────┘
         │                       │
         │                       ▼
         │              ┌─────────────────┐
         │              │ API Endpoints   │
         │              │ • get_debug     │
         │              │ • get_wifi      │
         │              │ • get_values    │
         │              │ • set_value     │
         │              └─────────────────┘
         │
         ▼
┌─────────────────┐    ┌─────────────────┐
│   MappingInfo   │────│  JSON Files     │
└─────────────────┘    └─────────────────┘
         │
         ▼
┌─────────────────┐
│ Type Discovery  │
│ • Sensors       │
│ • Switches      │
│ • Numbers       │
│ • Selects       │
└─────────────────┘
         │
         ▼
┌─────────────────┐    ┌─────────────────┐
│  InstantValues  │────│ Dictionary API  │
└─────────────────┘    └─────────────────┘
         │
         ▼
┌─────────────────┐
│ Type Methods    │
│ • set_number()  │
│ • set_switch()  │
│ • set_select()  │
└─────────────────┘

Prerequisites

1. Install and set-up the PoolDose devices according to the user manual.
   1. In particular, connect the device to your WiFi network.
   2. Identify the IP address or hostname of the device.
2. Browse to the IP address or hostname (default port: 80).
   1. Try to log in to the web interface with the default password (0000).
   2. Check availability of data in the web interface.
3. Optionally: Block the device from internet access to ensure cloudless-only operation.

Installation

pip install python-pooldose

Example Usage

Basic Example

import asyncio
import json
from pooldose.client import PooldoseClient
from pooldose.request_handler import RequestStatus

HOST = "192.168.1.100"  # Change this to your device's host or IP address
TIMEOUT = 30

async def main() -> None:
    """Demonstrate PooldoseClient usage with new dictionary-based API."""
    
    # Create client (excludes WiFi passwords by default)
    status, client = await PooldoseClient.create(host=HOST, timeout=TIMEOUT)
    
    # Optional: Include sensitive data like WiFi passwords
    # status, client = await PooldoseClient.create(host=HOST, timeout=TIMEOUT, include_sensitive_data=True)
    
    if status != RequestStatus.SUCCESS:
        print(f"Error creating client: {status}")
        return
    
    print(f"Connected to {HOST}")
    print("Device Info:", json.dumps(client.device_info, indent=2))

    # --- Query available types dynamically ---
    print("\nAvailable types:")
    for typ, keys in client.available_types().items():
        print(f"  {typ}: {keys}")

    # --- Query available sensors ---
    print("\nAvailable sensors:")
    for name, sensor in client.available_sensors().items():
        print(f"  {name}: key={sensor.key}, type={sensor.type}")
        if sensor.conversion is not None:
            print(f"    conversion: {sensor.conversion}")

    # --- Get static values ---
    status, static_values = client.static_values()
    if status == RequestStatus.SUCCESS:
        print(f"Device Name: {static_values.sensor_name}")
        print(f"Serial Number: {static_values.sensor_serial_number}")
        print(f"Firmware Version: {static_values.sensor_fw_version}")

    # --- Get instant values ---
    status, instant_values = await client.instant_values()
    if status != RequestStatus.SUCCESS:
        print(f"Error getting instant values: {status}")
        return

    # --- Dictionary-style access ---
    
    # Get all sensors at once
    print("\nAll sensor values:")
    sensors = instant_values.get_sensors()
    for key, value in sensors.items():
        if isinstance(value, tuple) and len(value) >= 2:
            print(f"  {key}: {value[0]} {value[1]}")

    # Dictionary-style individual access
    if "temperature" in instant_values:
        temp = instant_values["temperature"]
        print(f"Temperature: {temp[0]} {temp[1]}")

    # Get with default
    ph_value = instant_values.get("ph", "Not available")
    print(f"pH: {ph_value}")

    # --- Setting values ---
    
    # Set number values
    if "ph_target" in instant_values.get_numbers():
        result = await instant_values.set_number("ph_target", 7.2)
        print(f"Set pH target to 7.2: {result}")

    # Set switch values
    if "stop_pool_dosing" in instant_values.get_switches():
        result = await instant_values.set_switch("stop_pool_dosing", True)
        print(f"Set stop pool dosing: {result}")

if __name__ == "__main__":
    asyncio.run(main())

Advanced Usage

Type-specific Access

# Get all values by type
sensors = instant_values.get_sensors()          # All sensor readings
binary_sensors = instant_values.get_binary_sensors()  # All boolean states
numbers = instant_values.get_numbers()          # All configurable numbers
switches = instant_values.get_switches()        # All switch states
selects = instant_values.get_selects()          # All select options

# Check available types dynamically
available_types = instant_values.available_types()
print("Available types:", list(available_types.keys()))

Error Handling

from pooldose.request_handler import RequestStatus

status, client = await PooldoseClient.create("192.168.1.100")
if status == RequestStatus.SUCCESS:
    print("Connected successfully")
elif status == RequestStatus.CONNECTION_ERROR:
    print("Could not connect to device")
elif status == RequestStatus.API_VERSION_UNSUPPORTED:
    print("Unsupported API version")
else:
    print(f"Other error: {status}")

API Reference

PooldoseClient

Methods

• create(host, timeout=10, include_sensitive_data=False) - Factory method to create and initialize client
• static_values() - Get static device information
• instant_values() - Get current sensor readings and device state
• available_types() - Get all available entity types
• available_sensors() - Get available sensor configurations
• available_binary_sensors() - Get available binary sensor configurations
• available_numbers() - Get available number configurations
• available_switches() - Get available switch configurations
• available_selects() - Get available select configurations

InstantValues

Dictionary Interface

# Reading
value = instant_values["sensor_name"]
value = instant_values.get("sensor_name", default)
exists = "sensor_name" in instant_values

# Writing (async)
await instant_values.__setitem__("switch_name", True)

Type-specific Methods

# Getters
sensors = instant_values.get_sensors()
binary_sensors = instant_values.get_binary_sensors()
numbers = instant_values.get_numbers()
switches = instant_values.get_switches()
selects = instant_values.get_selects()

# Setters (async, with validation)
await instant_values.set_number("ph_target", 7.2)
await instant_values.set_switch("stop_dosing", True)
await instant_values.set_select("water_meter_unit", 1)

Supported Devices

This client has been tested with:

• PoolDose Double/Dual WiFi (Model: PDPR1H1HAW100, FW: 539187)

Other SEKO PoolDose models may work but are untested. The client uses JSON mapping files to adapt to different device models and firmware versions (see e.g. src/pooldose/mappings/model_PDPR1H1HAW100_FW539187.json).

Note: The other JSON files in the docs/ directory define the default English names for the data keys of the PoolDose devices. These mappings are used for display and documentation purposes.

Security

By default, the client excludes sensitive information like WiFi passwords from device info. To include sensitive data:

status, client = await PooldoseClient.create(
    host="192.168.1.100", 
    include_sensitive_data=True
)

Changelog

[0.3.1] - 2025-07-04

• First official release, published on PyPi
• Install with pip install python-pooldose

[0.3.0] - 2025-07-02

• BREAKING: Changed from dataclass properties to dictionary-based access for instant values
• Added dynamic sensor discovery based on device mapping files
• Added type-specific getter methods (get_sensors, get_switches, etc.)
• Added type-specific setter methods with validation (set_number, set_switch, etc.)
• Added dictionary-style access (getitem, setitem, get, contains)
• Added configurable sensitive data handling (excludes WiFi passwords by default)
• Improved async file loading to prevent event loop blocking
• Enhanced error handling and logging
• Added comprehensive type annotations

[0.2.0] - 2024-06-25

• Added query feature to list all available sensors and actuators

[0.1.5] - 2024-06-24

• First working prototype for PoolDose Double/Dual WiFi supported
• All sensors and actuators for PoolDose Double/Dual WiFi supported