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Update mqtt.py #105

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64 changes: 32 additions & 32 deletions src/pywws/service/mqtt.py
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Original file line number Diff line number Diff line change
Expand Up @@ -47,39 +47,39 @@
... (as above)
template_txt = ('\\n'
'#idx \\'"idx" : "%Y-%m-%d %H:%M:%S",\\'#\\n'
'#wind_dir \\'"wind_dir_degrees" : "%.d",\\' \\'\\' \\'winddir_degrees(x)\\'#\\n'
'#wind_dir \\'"wind_dir_degrees" : %.d,\\' \\'\\' \\'winddir_degrees(x)\\'#\\n'
'#wind_dir \\'"wind_dir_text" : "%s",\\' \\'\\' \\'winddir_text(x)\\'#\\n'
'#wind_ave \\'"wind_ave_mps" : "%.2f",\\'#\\n'
'#wind_ave \\'"wind_ave_mph" : "%.2f",\\' \\'\\' \\'wind_mph(x)\\'#\\n'
'#wind_gust \\'"wind_gust_mps" : "%.2f",\\'#\\n'
'#wind_gust \\'"wind_gust_mph" : "%.2f",\\' \\'\\' \\'wind_mph(x)\\'#\\n'
'#calc \\'wind_chill(data["temp_out"],data["wind_ave"])\\' \\'"wind_chill_c" : "%.1f",\\'#\\n'
'#calc \\'temp_f(wind_chill(data["temp_out"],data["wind_ave"]))\\' \\'"wind_chill_f" : "%.1f",\\'#\\n'
'#calc \\'dew_point(data["temp_out"],data["hum_out"])\\' \\'"dew_point_c" : "%.1f",\\'#\\n'
'#calc \\'temp_f(dew_point(data["temp_out"],data["hum_out"]))\\' \\'"dew_point_f" : "%.1f",\\'#\\n'
'#hum_out \\'"hum_out" : "%.d",\\'#\\n'
'#hum_in \\'"hum_in" : "%.d",\\'#\\n'
'#temp_in \\'"temp_in_c" : "%.1f",\\'#\\n'
'#temp_in \\'"temp_in_f" : "%.1f",\\' \\'\\' \\'temp_f(x)\\'#\\n'
'#temp_out \\'"temp_out_c" : "%.1f",\\'#\\n'
'#temp_out \\'"temp_out_f" : "%.1f",\\' \\'\\' \\'temp_f(x)\\'#\\n'
'#calc \\'apparent_temp(data["temp_out"],data["hum_out"],data["wind_ave"])\\' \\'"temp_out_realfeel_c" : "%.1f",\\'#\\n'
'#calc \\'temp_f(apparent_temp(data["temp_out"],data["hum_out"],data["wind_ave"]))\\' \\'"temp_out_realfeel_f" : "%.1f",\\'#\\n'
'#rel_pressure \\'"pressure_rel_hpa": "%.1f",\\'#\\n'
'#rel_pressure \\'"pressure_rel_inhg": "%.4f",\\' \\'\\' \\'pressure_inhg(x)\\'#\\n'
'#abs_pressure \\'"pressure_abs_hpa": "%.1f",\\'#\\n'
'#abs_pressure \\'"pressure_abs_inhg": "%.4f",\\' \\'\\' \\'pressure_inhg(x)\\'#\\n'
'#rain \\'"rain_mm" : "%.1f",\\'#\\n'
'#rain \\'"rain_in" : "%.2f",\\' \\'\\' \\'rain_inch(x)\\'#\\n'
'#calc \\'rain_hour(data)\\' \\'"rain_last_hour_mm": "%.1f",\\'#\\n'
'#calc \\'rain_inch(rain_hour(data))\\' \\'"rain_last_hour_in": "%.2f",\\'#\\n'
'#calc \\'rain_24hr(data)\\' \\'"rain_last_24hours_mm": "%.1f",\\'#\\n'
'#calc \\'rain_inch(rain_24hr(data))\\' \\'"rain_last_24hours_in": "%.2f",\\'#\\n'
'#calc \\'rain_day(data)\\' \\'"rain_day_mm": "%.1f",\\'#\\n'
'#calc \\'rain_inch(rain_day(data))\\' \\'"rain_day_in": "%.2f",\\'#\\n'
'#illuminance \\'"illuminance_lux" : "%.1f",\\'#\\n'
'#illuminance \\'"illuminance_wm2" : "%.2f",\\' \\'\\' \\'illuminance_wm2(x)\\'#\\n'
'#uv \\'"uv" : "%.d",\\'#\\n'
'#wind_ave \\'"wind_ave_mps" : %.2f,\\'#\\n'
'#wind_ave \\'"wind_ave_mph" : %.2f,\\' \\'\\' \\'wind_mph(x)\\'#\\n'
'#wind_gust \\'"wind_gust_mps" : %.2f,\\'#\\n'
'#wind_gust \\'"wind_gust_mph" : %.2f,\\' \\'\\' \\'wind_mph(x)\\'#\\n'
'#calc \\'wind_chill(data["temp_out"],data["wind_ave"])\\' \\'"wind_chill_c" : %.1f,\\'#\\n'
'#calc \\'temp_f(wind_chill(data["temp_out"],data["wind_ave"]))\\' \\'"wind_chill_f" : %.1f,\\'#\\n'
'#calc \\'dew_point(data["temp_out"],data["hum_out"])\\' \\'"dew_point_c" : %.1f,\\'#\\n'
'#calc \\'temp_f(dew_point(data["temp_out"],data["hum_out"]))\\' \\'"dew_point_f" : %.1f,\\'#\\n'
'#hum_out \\'"hum_out" : %.d,\\'#\\n'
'#hum_in \\'"hum_in" : %.d,\\'#\\n'
'#temp_in \\'"temp_in_c" : %.1f,\\'#\\n'
'#temp_in \\'"temp_in_f" : %.1f,\\' \\'\\' \\'temp_f(x)\\'#\\n'
'#temp_out \\'"temp_out_c" : %.1f,\\'#\\n'
'#temp_out \\'"temp_out_f" : %.1f,\\' \\'\\' \\'temp_f(x)\\'#\\n'
'#calc \\'apparent_temp(data["temp_out"],data["hum_out"],data["wind_ave"])\\' \\'"temp_out_realfeel_c" : %.1f,\\'#\\n'
'#calc \\'temp_f(apparent_temp(data["temp_out"],data["hum_out"],data["wind_ave"]))\\' \\'"temp_out_realfeel_f" : %.1f,\\'#\\n'
'#rel_pressure \\'"pressure_rel_hpa": %.1f,\\'#\\n'
'#rel_pressure \\'"pressure_rel_inhg": %.4f,\\' \\'\\' \\'pressure_inhg(x)\\'#\\n'
'#abs_pressure \\'"pressure_abs_hpa": %.1f,\\'#\\n'
'#abs_pressure \\'"pressure_abs_inhg": %.4f,\\' \\'\\' \\'pressure_inhg(x)\\'#\\n'
'#rain \\'"rain_mm" : %.1f,\\'#\\n'
'#rain \\'"rain_in" : %.2f,\\' \\'\\' \\'rain_inch(x)\\'#\\n'
'#calc \\'rain_hour(data)\\' \\'"rain_last_hour_mm": %.1f,\\'#\\n'
'#calc \\'rain_inch(rain_hour(data))\\' \\'"rain_last_hour_in": %.2f,\\'#\\n'
'#calc \\'rain_24hr(data)\\' \\'"rain_last_24hours_mm": %.1f,\\'#\\n'
'#calc \\'rain_inch(rain_24hr(data))\\' \\'"rain_last_24hours_in": %.2f,\\'#\\n'
'#calc \\'rain_day(data)\\' \\'"rain_day_mm": %.1f,\\'#\\n'
'#calc \\'rain_inch(rain_day(data))\\' \\'"rain_day_in": %.2f,\\'#\\n'
'#illuminance \\'"illuminance_lux" : %.1f,\\'#\\n'
'#illuminance \\'"illuminance_wm2" : %.2f,\\' \\'\\' \\'illuminance_wm2(x)\\'#\\n'
'#uv \\'"uv" : %.d,\\'#\\n'
'\\n')

pywws will publish a JSON string of weather data. This data will be
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