### Weewx Configuration for Ecowitt HTTP Service

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Example configuration snippet for Weewx's 'weewx.conf' to enable the Ecowitt HTTP data service.

```Python
[Engine]
    [[Services]]
        data_services = user.ecowitt_http.EcowittHttpService
```

--------------------------------

### Ecowitt HTTP Driver: Get Services

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Fetches and lists the available services managed by the driver.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --get-services
```

--------------------------------

### Install Weewx Ecowittcustom Extension

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Commands to install the weewx-ecowittcustom extension using weewx's extension management tools. Supports Weewx V4 and V5.

```shell
V4: sudo wee_extension --install=weewx-ecowittcustom.zip
V5: sudo weectl extension install weewx-ecowittcustom.zip

or

V4: sudo wee_extension --install=/%path_where_file_located%/weewx-???.zip
```

--------------------------------

### Fetch Live Data from Ecowitt Station

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/compare_ gw3000_live_data.txt

This command executes the ecowitt_http.py script, part of the WeeWX ecosystem, to fetch live sensor data from a specified weather station IP address. It requires a WeeWX installation and configuration.

```bash
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=192.168.0.110 --live-data
```

--------------------------------

### Ecowitt Custom Driver Configuration

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Configuration block for the 'ecowittcustom' driver, specifying the driver path, device type, network port, and network interface. This setup is crucial for establishing communication with Ecowitt weather devices.

```configuration
[Ecowittcustom]
    # This section is for the network traffic ecowittcustom driver.
    # The driver to use:
    driver = user.ecowittcustom
    device_type = ecowitt-client
    port = 8080
    iface = eth0
    #iface = wlan0 

  [[sensor_map_extensions]]
   # mappings now in the ecowittcustom.py driver
   #  outTempBatteryStatus = wh26batt
```

--------------------------------

### Assign Sensor Signals for Ecowitt GW1000 Driver

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

This section provides examples of Python-like assignments within a configuration file (e.g., weewx.conf) to map raw sensor signals from Ecowitt devices to meaningful data points. It includes calculations like multiplying signal values by 25 and handling None values.

```Python
[StdCalibrate]
    [[Corrections]]
        #rxCheckPercent = ws80_sig * 25 if ws80_sig is not None else None
        #rxCheckPercent = wh24_sig * 25 if wh24_sig is not None else None
        #rxCheckPercent = wh25_sig * 25 if wh25_sig is not None else None
        #rxCheckPercent = wh65_sig * 25 if wh65_sig is not None else None
        #rxCheckPercent = wh68_sig * 25 if wh68_sig is not None else None
        #signal1 = wh24_sig * 25 if wh24_sig is not None else None
        #signal2 = wh31_ch1_sig * 25 if wh31_ch1_sig is not None else None
        #signal3 = wh34_ch1_sig * 25 if wh34_ch1_sig is not None else None
        #signal4 = wh40_sig * 25 if wh40_sig is not None else None
        #signal5 = wh45_sig * 25 if wh45_sig is not None else None
        #signal6 = wh57_sig * 25 if wh57_sig is not None else None
        #signal7 = wh51_ch1_sig * 25 if wh51_ch1_sig is not None else None
        #signal8 = wh35_ch1_sig * 25 if wh35_ch1_sig is not None else None

        ws90_sig = ws90_sig * 25 if ws90_sig is not None else None
        ws85_sig = ws85_sig * 25 if ws85_sig is not None else None
        wh54_ch1_sig = wh54_ch1_sig * 25 if wh54_ch1_sig is not None else None

       hail = p_rain if p_rain is not None else None
       hailRate = p_rainrate if p_rainrate is not None else None
    
       pb = heap if heap is not None else None

       wh85_sig = ws85_sig if ws85_sig is not None else None
       ws85_sig = ws85_sig * 25 if ws85_sig is not None else None 

      lightning_distance_save = lightning_distance if lightning_distance is not None else None
      lightning_distance = lightning_distance if lightning_strike_count > 0 else None

      wh31_ch1_sig = wh31_ch1_sig *25 if wh31_ch1_sig is not None else None
      wh31_ch2_sig = wh31_ch2_sig *25 if wh31_ch2_sig is not None else None
      wh31_ch3_sig = wh31_ch3_sig *25 if wh31_ch3_sig is not None else None
      wh31_ch4_sig = wh31_ch4_sig *25 if wh31_ch4_sig is not None else None
      wh31_ch5_sig = wh31_ch5_sig *25 if wh31_ch5_sig is not None else None
      wh31_ch6_sig = wh31_ch6_sig *25 if wh31_ch6_sig is not None else None
      wh31_ch7_sig = wh31_ch7_sig *25 if wh31_ch7_sig is not None else None
      wh31_ch8_sig = wh31_ch8_sig *25 if wh31_ch8_sig is not None else None

      wn34_ch1_sig = wn34_ch1_sig *25 if wn34_ch1_sig is not None else None
      wn34_ch2_sig = wn34_ch2_sig *25 if wn34_ch2_sig is not None else None
      wn34_ch3_sig = wn34_ch3_sig *25 if wn34_ch3_sig is not None else None
      wn34_ch4_sig = wn34_ch4_sig *25 if wn34_ch4_sig is not None else None
      wn34_ch5_sig = wn34_ch5_sig *25 if wn34_ch5_sig is not None else None
      wn34_ch6_sig = wn34_ch6_sig *25 if wn34_ch6_sig is not None else None
      wn34_ch7_sig = wn34_ch7_sig *25 if wn34_ch7_sig is not None else None
      wn34_ch8_sig = wn34_ch8_sig *25 if wn34_ch8_sig is not None else None

      wh51_ch1_sig = wh51_ch1_sig *25 if wh51_ch1_sig is not None else None
      wh51_ch2_sig = wh51_ch2_sig *25 if wh51_ch2_sig is not None else None
      wh51_ch3_sig = wh51_ch3_sig *25 if wh51_ch3_sig is not None else None
      wh51_ch4_sig = wh51_ch4_sig *25 if wh51_ch4_sig is not None else None
      wh51_ch5_sig = wh51_ch5_sig *25 if wh51_ch5_sig is not None else None
      wh51_ch6_sig = wh51_ch6_sig *25 if wh51_ch6_sig is not None else None
      wh51_ch7_sig = wh51_ch7_sig *25 if wh51_ch7_sig is not None else None
      wh51_ch8_sig = wh51_ch8_sig *25 if wh51_ch8_sig is not None else None
      wh51_ch9_sig = wh51_ch9_sig *25 if wh51_ch9_sig is not None else None
      wh51_ch10_sig = wh51_ch10_sig *25 if wh51_ch10_sig is not None else None
```

--------------------------------

### Ecowitt GW3000A Live Sensor Data Output

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/compare_ gw3000_live_data.txt

Example output format for live sensor data retrieved from an Ecowitt GW3000A weather station. It lists various sensor readings including temperature, humidity, pressure, rain, and battery status.

```text
Using configuration file /etc/weewx/weewx.conf

Interrogating  GW3000A_V1.0.9 at 192.168.0.110

Displaying data using the WeeWX METRICWX unit group.

 GW3000A_V1.0.9 live sensor data (2025-07-12 12:18:01 CEST (1752315481)):
 'barometer': '1011.7 mbar',
 'batteryStatus1': '0',
 'batteryStatus2': '0',
 'batteryStatus3': '0',
 'batteryStatus4': '0',
 'batteryStatus5': '0',
 'batteryStatus6': '0',
 'batteryStatus7': '0',
 'batteryStatus8': '0',
 'co2': '494 ppm',
 'co2_24h': '474 ppm',
 'co2_Hum': '69%',
 'co2_Temp': '18.0C',
 'dateTime': '12-Jul-2025 12:18',
 'dayRain': '0.0 mm',
 'depth_ch1': '0 mm',
 'dewpoint': '12.4C',
 'drain_piezo': '0.1 mm',
 'extraHumid1': '71%',
 'extraHumid2': '77%',
 'extraHumid3': '54%',
 'extraHumid4': '66%',
 'extraHumid5': '51%',
 'extraHumid6': '54%',
 'extraHumid7': '56%',
 'extraHumid8': '69%',
 'extraTemp1': '19.3C',
 'extraTemp2': '16.5C',
 'extraTemp3': '21.7C',
 'extraTemp4': '17.3C',
 'extraTemp5': '22.2C',
 'extraTemp6': '21.0C',
 'extraTemp7': '19.4C',
 'extraTemp8': '16.6C',
 'feelslike': '17.5C',
 'gain0': '0.890000',
 'gain1': '1.050000',
 'gain2': '1.000000',
 'gain3': '1.000000',
 'gain4': '1.000000',
 'hail': '10.2 mm',
 'hailBatteryStatus': '3.28 V',
 'hailRate': '0.0 mm/h',
 'heap': '120076 B',
 'inHumidity': '49%',
 'inTemp': '22.5C',
 'inTempBatteryStatus': 'None',
 'ldsbatt1': '3.00 V',
 'leafWet1': '83%',
 'leafWetBatt1': '1.72 V',
 'leak Batt3': '5',
 'leak_1': '0',
 'leak_2': '0',
 'leak_3': '0',
 'leak_4': '0',
 'leak_Batt1': '4',
 'leak_Batt2': '5',
 'leak_Batt4': '5',
 'lightning_Batt': '5',
 'lightning_distance': '37',
 'lightning_disturber_count': '11-Jul-2025 14:42',
 'lightning_strike_count': '0',
 'lightningcount': '0',
 'maxdailygust': '4.8 m/s',
 'monthRain': '84.3 mm',
 'mrain_piezo': '86.8 mm',
 'newVersion': '0',
 'outHumidity': '72%',
 'outTemp': '17.5C',
 'p_rain': '10.2 mm',
 'p_rainrate': '0.0 mm/h',
 'piezo': '1.000000',
 'pm1_0': '7.1 g/m',
 'pm1_24h_co2': '2.7 g/m',
 'pm1_24hAQI_co2': '11',
 'pm1_RealAQI_co2': '30',
 'pm2_5': '7.5 g/m',
 'pm4_0': '7.6 g/m',
 'pm4_24h_co2': '3.2 g/m',
 'pm4_24hAQI_co2': '13',
 'pm4_RealAQI_co2': '32',
 'pm10_0': '7.6 g/m',
 'pm10_24h_co2': '3.3 g/m',
 'pm10_24hAQI_co2': '3',
 'pm10_RealAQI_co2': '7',
 'pm25_1': '8.0 g/m',
 'pm25_2': '10.0 g/m',
 'pm25_3': '15.0 g/m',
 'pm25_4': '7.0 g/m',
 'pm25_24h_co2': '3.1 g/m',
 'pm25_24hAQI_co2': '13',
 'pm25_AQI_24h_ch1': '22',
 'pm25_AQI_24h_ch2': '28',
 'pm25_AQI_24h_ch3': '13',
 'pm25_AQI_24h_ch4': '20',
 'pm25_avg_24h_ch1': '5.3 g/m',
 'pm25_avg_24h_ch2': '6.6 g/m',
 'pm25_avg_24h_ch3': '3.2 g/m',
 'pm25_avg_24h_ch4': '4.7 g/m',
 'pm25_Batt1': '6',
 'pm25_Batt2': '5',
 'pm25_Batt3': '6',
 'pm25_Batt4': '5',
 'pm25_RealAQI_ch1': '33',
 'pm25_RealAQI_ch2': '42',
 'pm25_RealAQI_ch3': '57',
 'pm25_RealAQI_ch4': '29',
 'pm25_RealAQI_co2': '31',
 'pressure': '919.3 mbar',
 'radcompensation': '1',
 'radiation': '624 W/m',
 'rain': '8.7 mm',
 'rain_annual_reset': '0',
 'rain_day_reset': '0',
 'rain_source': '1',
 'rain_week_reset': '1',
 'raingain': '1.000000',
 'rainRate': '0.0 mm/h',
 'rrain_piezo': '0.0 mm/h',
 'runtime': '179545 seconds',
 'soilMoist1': '45%',
 'soilMoist2': '47%',
 'soilMoist3': '56%',
 'soilMoist4': '84%',
 'soilMoist5': '52%',
 'soilMoist6': '91%',
 'soilMoist7': '50%',
 'soilMoist8': '95%',
 'soilMoist9': '31%',
 'soilMoist10': '77%',
 'soilMoistBatt1': '1.70 V',
 'soilMoistBatt1s': '5',
 'soilMoistBatt2': '1.70 V',
 'soilMoistBatt2s': '5',
 'soilMoistBatt3': '1.70 V',
 'soilMoistBatt3s': '5',
 'soilMoistBatt4': '1.70 V',
 'soilMoistBatt4s': '5',
 'soilMoistBatt5': '1.70 V',
 'soilMoistBatt5s': '5',
 'soilMoistBatt6': '1.70 V',
 'soilMoistBatt6s': '5',
 'soilMoistBatt7': '1.40 V',
 'soilMoistBatt7s': '4',
 'soilMoistBatt8': '1.30 V',
 'soilMoistBatt8s': '2',
 'soilMoistBatt9': '1.40 V',
 'soilMoistBatt9s': '4',
 'soilMoistBatt10': '1.50 V',
 'soilMoistBatt10s': '5',
 'soilMoistBatt11s': 'None',
 'soilMoistBatt12s': 'None',
 'soilMoistBatt13s': 'None',
 'soilMoistBatt14s': 'None',
 'soilMoistBatt15s': 'None',
 'soilMoistBatt16s': 'None',
 'soilTemp1': '16.9C',
 'soilTemp2': '16.3C',
 'soilTemp3': '10.0C',
 'soilTemp4': '-19.7C',
 'soilTemp5': '19.4C',
 'soilTemp6': '19.7C',
 'soilTemp7': '22.6C',
 'soilTemp8': '53.3C',
 'soilTempBatt1': '1.54 V',
 'soilTempBatt1s': '5',
 'soilTempBatt2': '1.56 V',
 'soilTempBatt2s': '5',
 'soilTempBatt3': '1.54 V',
 'soilTempBatt3s': '5',
 'soilTempBatt4': '1.40 V',
 'soilTempBatt4s': '4',
 'soilTempBatt5': '1.42 V',
 'soilTempBatt5s': '4',
 'soilTempBatt6': '1.40 V',
 'soilTempBatt6s': '4',
 'soilTempBatt7': '1.54 V',
 'soilTempBatt7s': '5',
 'soilTempBatt8': '1.76 V',
 'soilTempBatt8s': '5',
 'srain_piezo': '0',
 't_rain': '8.7 mm',
 't_rainRate': '0.0 mm/h',
 'thi_ch1': '2055 mm',
 'upgrade': '0',
 'UV': '5.0',
 'vpd': '5.6 hPa'
```

--------------------------------

### Ecowitt HTTP Driver: Live Data Retrieval

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Demonstrates how to run the Ecowitt HTTP driver to fetch live data from an Ecowitt GW3000 station.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --live-data
```

--------------------------------

### Ecowitt HTTP Driver: Weewx Field Mapping

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Shows how to use the driver to list the Weewx fields it supports and maps to.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --weewx-fields
```

--------------------------------

### Python Schema Configuration for Ecowitt

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Illustrates a Python code snippet for selecting the correct schema, specifically switching from a general 'wview' schema to an 'wview_ecowitt' schema, likely for handling Ecowitt station data.

```Python
#schema = schemas.wview.schema
schema = schemas.wview_ecowitt.schema
```

--------------------------------

### Configure Weewx Startup Behavior

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

This snippet shows how to configure the 'loop_on_init' setting in weewx.conf. This setting controls whether WeeWX retries startup indefinitely or attempts it only once, which can help mitigate startup problems.

```config
# The WeeWX 'loop_on_init' setting can be used to mitigate such
# problems by having WeeWX retry startup indefinitely. Set to '0' to attempt
# startup once only or '1' to attempt startup indefinitely.

```

--------------------------------

### Weewx StdCalibrate Corrections for Heap

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Configuration snippet for weewx.conf under [StdCalibrate] [[Corrections]] to map the 'pb' value to 'heap' for tracking heap values.

```weewx.conf
[StdCalibrate]
    [[Corrections]]
      pb = heap if heap is not None else None 
```

--------------------------------

### Ecowitt HTTP Driver: Device Discovery

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Initiates a discovery process to find Ecowitt devices on the network.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --discover
```

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --discover
```

--------------------------------

### Weewx Data Handling Notes

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Highlights data availability differences between Ecowitt cloud (ecowitt.net), SDCard (GW3000), and local HTTP API. Some data points are accessible via the cloud but not the local API.

```APIDOC
Data Availability Notes:

- Data accessible via ecowitt.net:
  - ch_lds?.ldsheat_ch1 ... ch4
  - battery.rainfall_sensor
  - battery.wind_sensor
  - battery.haptic_array_capacitor
  - battery.console
  - battery.ws1900
  - battery.ws1800
  - battery.ws6006

- Data NOT accessible via local http-Api (get_livedata_info):
  - The same data points listed above.

- Inconsistency exists between Ecowitt cloud, SDCard (GW3000), and local http-Api.
```

--------------------------------

### Configuration: Accumulator and Extractor Settings

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Defines how data is accumulated and extracted for various weather parameters. The 'accumulator' specifies the overall strategy, while 'extractor' defines the method for individual data points (e.g., 'last', 'sum', 'max').

```APIDOC
Configuration Parameters:

[Accumulator]
    [[model]]
        accumulator = firstlast
        extractor = last
    [[stationtype]]
        accumulator = firstlast
        extractor = last

    [[gain0]]
        extractor = last
    [[gain1]]
        extractor = last
    [[gain2]]
        extractor = last
    [[gain3]]
        extractor = last
    [[gain4]]
        extractor = last
    [[gain5]]
        extractor = last

    [[lightning_distance]]
        extractor = last
    [[lightning_strike_count]]
        extractor = sum
    [[lightning_last_det_time]]
        extractor = last
    [[lightningcount]]
        extractor = last

    [[maxdailygust]]
        extractor = last
    [[daymaxwind]]
        extractor = last
    [[windspdmph_avg10m]]
        extractor = last
    [[winddir_avg10m]]
        extractor = last

    [[rainRate]]
        extractor = max
    [[stormRain]]
        extractor = last
    [[hourRain]]
        extractor = last
    [[dayRain]]
        extractor = last
    [[weekRain]]
        extractor = last
    [[monthRain]]
        extractor = last
    [[yearRain]]
        extractor = last
    [[totalRain]]
        extractor = last

    [[rrain_piezo]]
        extractor = max
    [[erain_piezo]]
        extractor = last
    [[hrain_piezo]]
        extractor = last
    [[drain_piezo]]
        extractor = last
    [[wrain_piezo]]
        extractor = last
    [[mrain_piezo]]
        extractor = last
    [[yrain_piezo]]
        extractor = last

    [[p_rainrate]]
        extractor = max
    [[p_eventrain]]
        extractor = last
    [[p_hourrain]]
        extractor = last
    [[p_dayrain]]
        extractor = last
    [[p_weekrain]]
        extractor = last
    [[p_monthrain]]
        extractor = last
    [[p_yearrain]]
        extractor = last

    [[dayHail]]
        extractor = last
    [[hail]]
        extractor = sum

    [[vpd]]
        extractor = last
    [[depth_ch1]]
        extractor = last
    [[depth_ch2]]
        extractor = last
    [[depth_ch3]]
        extractor = last
    [[depth_ch4]]
        extractor = last

    [[pm2_51_24hav]]
        extractor = last
    [[pm2_52_24hav]]
        extractor = last
    [[pm2_53_24hav]]
        extractor = last
    [[pm2_54_24hav]]
        extractor = last
    [[24havpm255]]
        extractor = last

    [[pm2_51_24h_avg]]
        extractor = last
    [[pm2_52_24h_avg]]
        extractor = last
    [[pm2_53_24h_avg]]
        extractor = last
    [[pm2_54_24h_avg]]
        extractor = last
    [[pm2_55_24h_avg]]
        extractor = last
    [[pm10_24h_avg]]
        extractor = last
    [[co2_24h_avg]]
        extractor = last

    [[wh25_batt]]
        extractor = last
    [[wh26_batt]]
        extractor = last
    [[wh31_ch1_batt]]
        extractor = last
    [[wh31_ch2_batt]]
        extractor = last
    [[wh31_ch3_batt]]
        extractor = last
    [[wh31_ch4_batt]]
        extractor = last
    [[wh31_ch5_batt]]
        extractor = last
    [[wh31_ch6_batt]]
        extractor = last
    [[wh31_ch7_batt]]
        extractor = last
    [[wh31_ch8_batt]]
        extractor = last
    [[wn35_ch1_batt]]
        extractor = last
    [[wn35_ch2_batt]]
        extractor = last
    [[wn35_ch3_batt]]
        extractor = last
    [[wn35_ch4_batt]]
        extractor = last
    [[wn35_ch5_batt]]
        extractor = last
    [[wn35_ch6_batt]]
        extractor = last
    [[wn35_ch7_batt]]
        extractor = last
    [[wn35_ch8_batt]]
        extractor = last
    [[wh40_batt]]
        extractor = last
    [[wh41_ch1_batt]]
        extractor = last
    [[wh41_ch2_batt]]
        extractor = last
    [[wh41_ch3_batt]]
        extractor = last
    [[wh41_ch4_batt]]
        extractor = last
    [[wh45_batt]]
        extractor = last
    [[wh51_ch1_batt]]
        extractor = last
    [[wh51_ch2_batt]]
        extractor = last
    [[wh51_ch3_batt]]
        extractor = last
    [[wh51_ch4_batt]]
        extractor = last
    [[wh51_ch5_batt]]
        extractor = last
    [[wh51_ch6_batt]]
        extractor = last
    [[wh51_ch7_batt]]
        extractor = last
    [[wh51_ch8_batt]]
        extractor = last
    [[wh51_ch9_batt]]
        extractor = last
    [[wh51_ch10_batt]]
        extractor = last
    [[wh51_ch11_batt]]
        extractor = last
    [[wh51_ch12_batt]]
        extractor = last
    [[wh51_ch13_batt]]
        extractor = last
    [[wh51_ch14_batt]]
        extractor = last
    [[wh51_ch15_batt]]
        extractor = last
    [[wh51_ch16_batt]]
        extractor = last
    [[wh55_ch1_batt]]
        extractor = last
    [[wh55_ch2_batt]]
        extractor = last
    [[wh55_ch3_batt]]
        extractor = last
    [[wh55_ch4_batt]]
        extractor = last
    [[wh57_batt]]
        extractor = last
    [[wh65_batt]]
        extractor = last
    [[wh68_batt]]
        extractor = last
    [[ws80_batt]]
        extractor = last
    [[ws85_batt]]
        extractor = last

Parameters:
  - section: A logical grouping of related parameters (e.g., 'rainRate', 'wh25_batt').
  - accumulator: Defines the primary accumulation strategy for a group (e.g., 'firstlast').
  - extractor: Specifies the method to extract or aggregate a specific data point's value.
    - Possible values include: 'last' (most recent value), 'sum' (total sum), 'max' (maximum value).

Usage:
  These configurations are typically placed within an extension's configuration file to control data processing and aggregation from weather station sensors.
```

--------------------------------

### Weewx Database Schema Configuration

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Configuration in weewx.conf specifying the database schema to use, particularly for the wview_ecowitt schema.

```weewx.conf
[DataBindings]
     [[wx_binding]]
        schema = schemas.wview.schema
        schema_new = schemas.wview_ecowitt.schema # -> is entered in this way by the installation!
```

--------------------------------

### Ecowitt HTTP Driver: System Information

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Command to retrieve general system information from the Ecowitt station.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --system
```

--------------------------------

### DataBindings: Database Connection Configuration

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Defines the connection and structure for binding weather data to a database. Specifies the database type, table name, data manager, and the schema file used for database creation.

```config
[DataBindings]
    [[wx_binding]]
        # The database must match one of the sections in [Databases].
        # This is likely to be the only option you would want to change.
        database = archive_sqlite
        # The name of the table within the database.
        table_name = archive
        # The manager handles aggregation of data for historical summaries.
        manager = weewx.manager.DaySummaryManager
        # The schema defines the structure of the database.
        # It is *only* used when the database is created.
        schema = schemas.wview_ecowitt.schema
```

--------------------------------

### FOSHKplugin Configuration for Ecowitt Data Forwarding

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

This configuration block details how to set up the FOSHKplugin to forward Ecowitt data to WeeWx. It includes settings for data export, enabling additional items, and specifying the forwarding URL and type.

```INI
[Export]
EVAL_VALUES = True
ADD_ITEMS = 
OUT_TEMP = 
OUT_HUM = 
OUT_TIME = False
FIX_LIGHTNING = True
UDP_MINMAX = False
ADD_SIGNAL = True		all Gateways support this (*sig)
ADD_DEWPT = False
ADD_MORE = True		not all Gateways support this (see **)
ADD_VPD = False

[Forward-1]
FWD_ENABLE = True
FWD_CMT = Weewx Ecowittcustom 86
FWD_URL = http://192.168.0.93:8572/data/report/
FWD_INTERVAL = 
FWD_IGNORE = 
FWD_OPTION = blacklist=False
FWD_TYPE = EW
FWD_SID = 
FWD_PWD = 
FWD_STATUS = False
FWD_MQTTCYCLE = 0
FWD_EXEC = 
```

--------------------------------

### Ecowitt HTTP Driver: Driver Configuration Mapping

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Retrieves and displays the driver-specific configuration mapping.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --driver-map
```

--------------------------------

### Ecowitt HTTP Driver: Firmware Information

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Command to retrieve firmware details from the Ecowitt station using the driver.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --firmware
```

--------------------------------

### Configure Min/Max/Sum Data Display (hilo.inc, statistics.inc)

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Configures how historical data (min, max, sum, average) is displayed in `hilo.inc` and `statistics.inc` files. Each entry is a tuple specifying the sensor value, label color, aggregation type, and visibility. The aggregation type determines whether min/max, sum, or average is shown.

```Python
('outTemp', '#e85d0d', '', '1')
```

```APIDOC
Parameter Structure:
  (value, labelcolor, aggregation_type, visibility)

  value:
    - string: The sensor data key (e.g., 'outTemp', 'pressure').

  labelcolor:
    - string: Hex color code for the label (e.g., '#e85d0d').
    - '': Uses default black color.

  aggregation_type:
    - '': Displays both minimum and maximum values.
    - 'max': Displays only the maximum value.
    - 'sum': Displays the sum of values.
    - 'avg': Displays the average value.
    - 'wx_bindingX, Text': Uses data from 'wx_bindingX' setting and appends 'Text' to the label for min/max.
    - 'sumwx_bindingX, Text': Combines 'sum' mode with 'wx_bindingX' data.
    - 'maxwx_bindingX, Text': Combines 'max' mode with 'wx_bindingX' data.
    - 'minwx_bindingX, Text': Combines 'min' mode with 'wx_bindingX' data.
    - 'avgwx_bindingX, Text': Combines 'avg' mode with 'wx_bindingX' data.

  visibility:
    - '1': Show the data if available.
    - '0': Never show the data, even if available (e.g., for indoor temperature).
```

--------------------------------

### Ecowitt HTTP Driver: Service Configuration Mapping

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Retrieves and displays the service-specific configuration mapping for the driver.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --service-map
```

--------------------------------

### Configure Current Data Display (current.inc)

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Defines how current sensor data is displayed in the `current.inc` file. Each entry is a tuple specifying the sensor value, label color, display mode (e.g., 'current', 'day', 'yesterday', 'trend', 'aqiepa'), and visibility. The display mode dictates how the data is aggregated or presented.

```Python
('outTemp', '#e85d0d', 'current', '1')
# or
('outTemp','#e85d0d','day','1')
```

```APIDOC
Parameter Structure:
  (value, labelcolor, display_mode, visibility)

  value:
    - string: The sensor data key (e.g., 'outTemp', 'pressure', 'pm2_5').

  labelcolor:
    - string: Hex color code for the label (e.g., '#e85d0d').
    - '': Uses default black color.

  display_mode:
    - 'current': Displays the current value (default).
    - 'day': Displays the average for the current day.
    - 'yesterday': Displays the average for the previous day.
    - 'trend': Shows a 24hr or 3hr trend (e.g., for barometer).
    - 'deltatime': For duration values like 'sunShineDur'.
    - 'aqiepa': Computes US EPA Air Quality Index for PM2.5.
    - 'aqieea': Computes EU EEA Air Quality Index for PM2.5.
    - 'wx_bindingX, Text': Uses data from 'wx_bindingX' setting and appends 'Text' to the label.
    - 'daywx_bindingX, Text': Combines 'day' mode with 'wx_bindingX' data.
    - 'trendwx_bindingX, Text': Combines 'trend' mode with 'wx_bindingX' data.

  visibility:
    - '1': Show the data.
    - '0': Do not show the data, even if available.
    - '3': For text information or separators.
```

--------------------------------

### Ecowitt HTTP Driver: Default Configuration Mapping

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Retrieves and displays the default mapping configuration for the driver.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --default-map
```

--------------------------------

### Configure Signal Percentage Conversion in weewx.conf

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

This snippet shows how to configure the `weewx.conf` file to convert signal values (0-4) from Ecowitt sensors to percentages. This is useful for displaying signal strength accurately in skins like SeasonsEcowitt.

```Python
[StdCalibrate]
[[Corrections]]
ws90_sig = ws90_sig * 25 if ws90_sig is not None else None
ws85_sig = ws85_sig * 25 if ws85_sig is not None else None
wh54_ch1_sig = wh54_ch1_sig * 25 if wh54_ch1_sig is not None else None
```

--------------------------------

### Standard Weather Calculations Configuration

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Defines algorithms and preferences for various weather calculations, including solar radiation, pressure, and temperature, specifying software or hardware preference.

```config
[StdWXCalculate]
  [[WXXTypes]]
    [[[maxSolarRad]]]
      algorithm = rs
      atc = 0.9
      
  [[Calculations]]
        pressure = prefer_hardware
        altimeter = prefer_hardware
        appTemp = prefer_hardware
        barometer = prefer_hardware
        cloudbase = prefer_hardware
        dewpoint = prefer_hardware
        ET = prefer_hardware
        heatindex = software
        humidex = prefer_hardware
        inDewpoint = prefer_hardware
        maxSolarRad = prefer_hardware
        rainRate = prefer_hardware
        windchill = software
        windrun = prefer_hardware
        
        GTS = software, archive
        GTSdate = software, archive
        utcoffsetLMT = software, archive
        dayET = prefer_hardware, archive
        ET24 = prefer_hardware, archive
        yearGDD = software, archive
        seasonGDD = software, archive

        outVaporP = software, loop
        outSVP    = software, loop
        outMixingRatio = software, loop
        outEquiTemp = software, loop
        outThetaE = software, loop
        outHumAbs = software, loop
        boilingTemp = software, loop
```

--------------------------------

### Standard Archive Configuration

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Defines the record generation method for standard archiving.

```INI
[StdArchive]
    record_generation = software

```

--------------------------------

### Ecowitt HTTP Driver: Test Driver Functionality

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Executes a test to verify the core functionality of the Ecowitt HTTP driver.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --test-driver
```

--------------------------------

### Weewx Database Expansion Scripts

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Shell scripts provided to expand an existing Weewx database with new data fields, specifically for Ecowitt data, for Version 4 and Version 5.

```shell
Version 5
- add_ecowitt_data_v5.sh
- add_ecowitt_allsignaldata_v5.sh

Version 4
- add_ecowitt_to_wview_database.sh
- add_ecowitt_to_wview_extended_database.sh
```

--------------------------------

### Ecowitt Custom Python Extension

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/weewx/user/README.md

This snippet represents the ecowittcustom.py extension for WeeWx. It includes custom support for Ecowitt GW3000, addressing a CO2/battery bug, and support for LDS Sensors.

```python
ecowittcustom.py
- GW3000 V1.0.8 co2_batt6= bug hidden
- Support for LDS Sensor
```

--------------------------------

### Seasons Ecowitt Skin Configuration

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Configures the SeasonsEcowitt skin, enabling it and setting the language and HTML root directory for the weather station data.

```config
[[SeasonsEcowitt]]
  skin = SeasonsEcowitt
  enable = true
  lang =en
  # lang = de
  HTML_ROOT = /var/www/html/weewx
```

--------------------------------

### GW1000 API Driver Configuration

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Configures the GW1000 driver, including polling interval, IP address, port, and various debugging and logging options.

```config
[GW1000]
  driver = user.gw1000
  # This section is for the GW1000 API driver.
  
  # How often to poll the GW1000 API, default is every 20 seconds:
  poll_interval = 20

  ip_address = ???.???.???.???	# GW2000
  port = 45000

  #wh32 = True
  #ignore_legacy_wh40_battery = True
  #show_all_batt = False
  log_unknown_fields = True
  #debug_rain = False
  #debug_wind = False
  #debug_loop = False
  #debug_sensors = False
```

--------------------------------

### General Skin Configuration Options

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Provides general configuration directives for the Seasons skin. This includes disabling font coloring and handling unit conversions for soil moisture data.

```jinja2
#set $usefontcolor = 0
```

```APIDOC
Directive: #set $usefontcolor = value

  Purpose:
    - Controls whether the label color defined in the array is applied.

  Parameters:
    - value:
      - '0': Disables font coloring, using default text color.
      - '1': Enables font coloring, applying the specified label color.

  Note:
    - The skin handles unit conversions for soil moisture, using '%' instead of 'cb' as specified in Weewx.
```

--------------------------------

### Ecowitt HTTP Driver: MAC Address Retrieval

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Command to fetch the MAC address of the Ecowitt station.

```Shell
PYTHONPATH=/usr/share/weewx python3 /etc/weewx/bin/user/ecowitt_http.py --ip-address=%IP-GW3000% --mac
```

--------------------------------

### GW3000 Connection and Restart Issues

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Describes common problems with the GW3000 device, including connection failures requiring a restart and indicators for when a restart is necessary. Live data display issues are also mentioned.

```APIDOC
GW3000 Device Troubleshooting:

- Connection Failure:
  - If the driver fails to connect to the GW3000 despite correct settings, a restart of the GW3000 is required.

- Restart Indicators:
  - The display of live data via the local web interface becoming impossible is an indication that a restart (power off/on) is necessary.
```

--------------------------------

### MQTT Python Extension

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/weewx/user/README.md

This snippet represents the mqtt.py extension for WeeWx. It is designed for handling MQTT communication, likely for data publishing or subscription.

```python
mqtt.py
```

--------------------------------

### Day Boundary Stats Python Extension

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/weewx/user/README.md

This snippet represents the dayboundarystats.py extension for WeeWx. It likely calculates statistics based on daily boundaries.

```python
dayboundarystats.py
```

--------------------------------

### Runtime and Debug Data Mapping

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/Ecowitt_http_default_mapping.txt

Maps human-readable names to runtime and debug-related data points.

```mapping
runtime: debug.runtime
```

--------------------------------

### Weewx RadiationDays Configuration

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/README.md

Configuration settings for the RadiationDays extension in weewx.conf, controlling sunshine and rain duration calculations, including minimum thresholds and coefficients.

```weewx.conf
[RadiationDays]
    min_sunshine = 120     	# Entry of extension radiationhours.py, if is installed (= limit value)
    sunshine_coeff = 0.8   	# Factor from which value sunshine is counted - the higher the later
    sunshine_min = 18     	# below this value (W/m²), sunshine is not taken into account.
    sunshine_loop = 1      # use for sunshine loop packet (or archive: sunshine_loop = 0)
    rainDur_loop = 0       # use for rain duration loop packet - default is not       
    hailDur_loop = 0       # use for piezo-rain duration loop packet - default is not
    sunshine_log = 0       # should not be logged when sunshine is recorded
    rainDur_log = 0        # no logging for rain duration
    hailDur_log = 0        # no logging for piezo-rain duration
```

--------------------------------

### StdWXCalculate: Derived Weather Data Origin

Source: https://github.com/wernerkr/ecowitt-or-davis-stations-and-season-skin/blob/main/ecowitt_http/README.md

Configures the origin of derived weather quantities, allowing selection between hardware, software, or a preference for hardware if available. Includes specific algorithm settings for certain measurements like maxSolarRad and ET.

```config
[StdWXCalculate]
    
    [[Calculations]]
        # How to calculate derived quantities.  Possible values are:
        #  hardware        - use the value provided by hardware
        #  software        - use the value calculated by weewx
        #  prefer_hardware - use value provide by hardware if available,
        #                      otherwise use value calculated by weewx
        
        pressure = prefer_hardware
        altimeter = prefer_hardware
        appTemp = prefer_hardware
        barometer = prefer_hardware
        cloudbase = prefer_hardware
        dewpoint = prefer_hardware
        ET = prefer_hardware
        heatindex = prefer_hardware
        humidex = prefer_hardware
        inDewpoint = prefer_hardware
        maxSolarRad = prefer_hardware
        rainRate = prefer_hardware
        windchill = prefer_hardware
        windrun = prefer_hardware
        GTS = "software,archive"
        GTSdate = "software,archive"
        utcoffsetLMT = "software,archive"
        dayET = "prefer_hardware,archive"
        ET24 = "prefer_hardware,archive"
        yearGDD = "software,archive"
        seasonGDD = "software,archive"
        rain = prefer_hardware
        hail = prefer_hardware

    [[WXXTypes]]
        [[[maxSolarRad]]]
            algorithm = rs
            atc = 0.9
```