- Extend constants and WSLink key remapping for channels 3–8 (temp, humidity, battery and connection)
- Add new WSLink sensor entity descriptions for the extra channel readings
- Update English translations for the newly added channel sensors and battery states
- Add WINDY_MAX_RETRIES constant and use it consistently when deciding to disable resending
- Refactor Windy response verification to rely on HTTP status codes per stations.windy.com API
- Improve error handling for missing password, duplicate payloads and rate limiting
- Enhance retry logging and disable Windy resend via persistent notification on repeated failures
- Register aiohttp webhook routes once and switch the active dispatcher handler on option changes
- Make the internal route registry method-aware (GET/POST) and improve enabled-route logging
- Fix OptionsFlow initialization by passing the config entry and using safe defaults for credentials
- Harden Windy resend by validating credentials early, auto-disabling the feature on invalid responses, and notifying the user
- Update translations for Windy credential validation errors
integration
- Introduce HealthDiagnosticSensor for device health status reporting
- Add new constants and data keys for health sensor integration
- Wire health_sensor module into sensor platform setup
- Refactor sensor descriptions to improve derived sensor handling
- Implement pytest fixtures and comprehensive tests covering:
- Config flows and options validation
- Data reception and authentication
- Sensor platform setup and dynamic sensor addition
- Push integration with Pocasi.cz and Windy API
- Route dispatching and error handling
- Utilities, conversions, and translation functions
- Replace API key with station ID and password for authentication
- Change Windy API endpoint to v2 observation update
- Adapt data conversion for WSLink to Windy format
- Update config flow and translations accordingly
- Add detailed architecture overview in __init__.py
- Introduce shared runtime keys in data.py to avoid key conflicts
- Implement dual route dispatcher for webhook endpoint selection
- Enhance sensor platform for dynamic sensor addition without reloads
- Rename battery level "unknown" to "drained" with updated icons
- Improve utils.py with centralized helpers for remapping and discovery
- Update translations and strings for consistency
- Add typing and runtime checks with py_typecheck for config options and
incoming data
- Enhance authentication validation and error handling in data
coordinator
- Refactor Routes class with better dispatch logic and route
enabling/disabling
- Clean up async functions and improve logging consistency
- Add type hints and annotations throughout the integration
- Update manifest to include typecheck-runtime dependency
The `RAININ` suppose to be accumulated rainfall in 60 minutes. So the
unit must be in `mm/h` or `in/h`.
In the opposite `DAILYRAIN` is rain in the day do far, represented in
accumulated `mm` or `in`.
- Keep OptionsFlow state in sync by building defaults from entry data + options
- Store the config entry on the coordinator for consistent access
- Make route registry method-aware and switch handlers by url_path with
awarness of POST/GET method.
- Fixed an issue, when on config update needs restart of HomeAssistant
to reload integration.
* Fixing error when Windy was not set correctly.
Fixed an issue when integration fails to send data to Windy and crashed,
so no data was accepted from station.
Windy resend is disabled on misconfiguration detect.
* Fixed WSLink bool in resend function.
- Replace API key with station ID and password for Windy data push
- Change Windy update URL and add authorization header
- Update config flow and constants to support new credentials
- Adjust data mapping for WSLink compatibility
- Change WSLink endpoint HTTP method to POST
Fixed computing Heat and Chill index in cases that outside senosor
battery is drained and station stop sending data for outside temp,
humidity and wind.
Introduce new config step for Počasí Meteo CZ with validation and UI
schema. Define related constants and translation keys for setting up
data forwarding.
Updates the wind direction sensor to use `MEASUREMENT_ANGLE` state class for proper representation in Home Assistant.
This ensures correct interpretation of wind direction as an angle.
Adds the Wet Bulb Globe Temperature (WBGT) sensor to the integration, pulling data via the WSLink API.
Corrects the state class for rain and wind direction.
Adds support for displaying indoor console and channel 2 battery levels as sensors.
Updates sensor logic to use a common list to determine icon representation
Fixes#74
Adds an outside battery sensor to the integration, providing information about the battery level of the outdoor sensor.
This includes:
- Mapping the `t1bat` WSLink item to the `OUTSIDE_BATTERY` sensor.
- Implementing logic to convert the battery level to a human-readable text representation and a corresponding icon.
- Updates precipitation to intensity and fixes data type of battery level
Removes the unused import of `utils` to improve code cleanliness and avoid potential namespace conflicts.
Removed 'migration' from menu as it is intended to use in later version.
Updates the outside battery sensor to display an icon
reflecting the battery level, enhancing the user experience
by providing a visual indication of the battery status.
Adds translations for the battery state of the outside sensor to both the English and Czech language files.
This change provides more descriptive and user-friendly information about the battery status.
Refactors battery level representation by using enum instead of string.
Improves battery level display by adding an icon representation.
Changes const BATLEVEL to BATTERY_LEVEL.
Implements a user interface to migrate units for rain sensors including migration of historic data via statistics.
This provides the user with the ability to correct rain units, if they have been set incorrectly.
Includes UI to select sensor and units, as well as trigger migration.
Implements a user interface to migrate units for rain sensors including migration of historic data via statistics.
This provides the user with the ability to correct rain units, if they have been set incorrectly.
Includes UI to select sensor and units, as well as trigger migration.
Adds hourly, weekly, monthly, and yearly rain sensors to the integration for WSLink connection.
The units of measurement are corrected for the rain sensor, now displaying millimeters per hour as the station is sending data in mm/h for 'rain' sensor. And cumulative precipitation is in millimeters.
Also includes translations for the new sensors.
Fixes#62
Fixes rainfall unit inconsistency
Updates daily rain sensor to use consistent measurement units and corrects device class and suggested unit.
Fixes#62
Adds database path constant and data migration function
Defines DATABASE_PATH constant for database file location
Introduces migrate_data function to update unit of measurement in long statistics.
Adds sensor migration feature
Introduces a migration step for sensor statistics
Updates schema and translations to support migration
Fixes data migration from mm/d to mm
Includes new sensor connection status constants and mappings
Updates WeatherSensor to handle null data values
Switches temperature unit to Celsius for WSLink sensors
Refines heat and chill index calculations with unit conversions
Refactoring webhook switching.
Added routing management to automaticly update coordinator to avoid restarting HA on configuration change or on new sensor discovery.
Fix chill index formula as suggested by @facko79.
Chill index is computed only for temperatures less then 10°C (50°F). Otherwise real temperature is returned.
- A new constant `WIND_AZIMUT` is added to allow creating a wind direction sensor that returns a text value from `UnitOfDir` instead of just a numeric degree value.
- The wind direction sensor entity now optionally creates both a numeric wind direction sensor using `WIND_DIR` and a text-based azimuth sensor using `WIND_AZIMUT`. If the numeric one is enabled, the text one will also be added.
So in summary, these changes improve the usability of wind data by adding a more human-readable text version alongside the existing numeric version.
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Milan Pála