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Author SHA1 Message Date
fa0a9f4ddc Fix wind speed mapping for awn
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2025-01-08 14:24:56 -05:00
689790fe86 Update TODO 2025-01-08 14:24:46 -05:00
3af1cc40a5 Fix metric prefix
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2025-01-07 15:08:14 -05:00
4ff684abe3 Update TODO 2025-01-07 11:35:14 -05:00
87f0cbac01 Fix typos, update TODO
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2025-01-07 11:28:34 -05:00
4c93303f27 Consolidate battery metrics 2025-01-07 10:27:02 -05:00
e8654e76bc Update TODO 2025-01-07 08:53:06 -05:00
54f725c822 Update go-app 2025-01-05 20:33:28 -05:00
c002331fd4 Fix NaN with zero values
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2025-01-05 19:05:24 -05:00
2ed4eca56c Add support for co2 battery
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2025-01-05 18:39:58 -05:00
2e3cfb44f4 Don't enrich nil updates
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2025-01-05 17:37:14 -05:00
be8a4f3bca Don't enrich nil updates 2025-01-05 17:36:39 -05:00
10 changed files with 156 additions and 116 deletions

11
TODO.md
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@ -1,11 +1,18 @@
# TODO # TODO
- [ ] Fix shutdown
- [ ] Configuration for app - [ ] Configuration for app
- [ ] Configurable metric prefix
- [ ] Helm Chart - [ ] Helm Chart
- [ ] Update README - [ ] Update README
- [ ] Add new fields from WS-2192 - [ ] Add Grafana dashboard
- [ ] Add device name field with ID/Key mappings
- [ ] Add device type field with ID/Key mappings
- [ ] Move EVERYTHING to pointers to support nil
- [ ] Add proxy to upstream support
## Done ## Done
- [x] Consolidate battery status into one metric with device label
- [x] Fix shutdown
- [x] Add new fields from WS-2192
- [x] Gitea CI - [x] Gitea CI
- [x] Version flag - [x] Version flag
- [x] Makefile - [x] Makefile

2
go.mod
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@ -3,7 +3,7 @@ module gitea.libretechconsulting.com/rmcguire/ambient-weather-local-exporter
go 1.23.4 go 1.23.4
require ( require (
gitea.libretechconsulting.com/rmcguire/go-app v0.2.0 gitea.libretechconsulting.com/rmcguire/go-app v0.3.0
github.com/gorilla/schema v1.4.1 github.com/gorilla/schema v1.4.1
github.com/rs/zerolog v1.33.0 github.com/rs/zerolog v1.33.0
go.opentelemetry.io/otel v1.33.0 go.opentelemetry.io/otel v1.33.0

2
go.sum
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@ -2,6 +2,8 @@ gitea.libretechconsulting.com/rmcguire/go-app v0.1.3 h1:EwmEJLpN+rQjJ5stGEkZsqED
gitea.libretechconsulting.com/rmcguire/go-app v0.1.3/go.mod h1:wHOWh4O4AMDATQ3WEUYjq5a5bnICPBpu5G6BsNxqN38= gitea.libretechconsulting.com/rmcguire/go-app v0.1.3/go.mod h1:wHOWh4O4AMDATQ3WEUYjq5a5bnICPBpu5G6BsNxqN38=
gitea.libretechconsulting.com/rmcguire/go-app v0.2.0 h1:pOm/PysC0IWPuEbmEjNSHHa8Qc5OhuoksYExcuJMFE4= gitea.libretechconsulting.com/rmcguire/go-app v0.2.0 h1:pOm/PysC0IWPuEbmEjNSHHa8Qc5OhuoksYExcuJMFE4=
gitea.libretechconsulting.com/rmcguire/go-app v0.2.0/go.mod h1:wHOWh4O4AMDATQ3WEUYjq5a5bnICPBpu5G6BsNxqN38= gitea.libretechconsulting.com/rmcguire/go-app v0.2.0/go.mod h1:wHOWh4O4AMDATQ3WEUYjq5a5bnICPBpu5G6BsNxqN38=
gitea.libretechconsulting.com/rmcguire/go-app v0.3.0 h1:TSR6oEDBX+83975gmgGgU/cTFgfG999+9N/1h4RAXq0=
gitea.libretechconsulting.com/rmcguire/go-app v0.3.0/go.mod h1:wHOWh4O4AMDATQ3WEUYjq5a5bnICPBpu5G6BsNxqN38=
github.com/beorn7/perks v1.0.1 h1:VlbKKnNfV8bJzeqoa4cOKqO6bYr3WgKZxO8Z16+hsOM= github.com/beorn7/perks v1.0.1 h1:VlbKKnNfV8bJzeqoa4cOKqO6bYr3WgKZxO8Z16+hsOM=
github.com/beorn7/perks v1.0.1/go.mod h1:G2ZrVWU2WbWT9wwq4/hrbKbnv/1ERSJQ0ibhJ6rlkpw= github.com/beorn7/perks v1.0.1/go.mod h1:G2ZrVWU2WbWT9wwq4/hrbKbnv/1ERSJQ0ibhJ6rlkpw=
github.com/caarlos0/env/v11 v11.3.1 h1:cArPWC15hWmEt+gWk7YBi7lEXTXCvpaSdCiZE2X5mCA= github.com/caarlos0/env/v11 v11.3.1 h1:cArPWC15hWmEt+gWk7YBi7lEXTXCvpaSdCiZE2X5mCA=

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@ -16,10 +16,10 @@ func main() {
ctx, cncl := signal.NotifyContext(context.Background(), os.Kill, unix.SIGTERM) ctx, cncl := signal.NotifyContext(context.Background(), os.Kill, unix.SIGTERM)
defer cncl() defer cncl()
// Read config and environment, set up logging, load up
// an appCtx, and prepare ambient weather local exporter
ctx = app.MustSetupConfigAndLogging(ctx) ctx = app.MustSetupConfigAndLogging(ctx)
aw := ambient.New(ctx).Init()
aw := ambient.New(ctx)
aw.MustInit()
awApp := app.App{ awApp := app.App{
AppContext: ctx, AppContext: ctx,

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@ -37,10 +37,12 @@ func New(appCtx context.Context) *AmbientWeather {
} }
} }
func (aw *AmbientWeather) MustInit() { // Initialize with defaults, set logger from context
func (aw *AmbientWeather) Init() *AmbientWeather {
aw.awnProvider = &awn.AWNProvider{} aw.awnProvider = &awn.AWNProvider{}
aw.wuProvider = &wunderground.WUProvider{} aw.wuProvider = &wunderground.WUProvider{}
aw.l = zerolog.Ctx(aw.appCtx) aw.l = zerolog.Ctx(aw.appCtx)
return aw
} }
func (aw *AmbientWeather) GetAWNHandlerFunc(appCtx context.Context) func(http.ResponseWriter, *http.Request) { func (aw *AmbientWeather) GetAWNHandlerFunc(appCtx context.Context) func(http.ResponseWriter, *http.Request) {
@ -55,7 +57,7 @@ func (aw *AmbientWeather) GetWundergroundHandlerFunc(appCtx context.Context) fun
} }
} }
// Takes an HTTP requests and convers it to a // Takes an HTTP requests and converts it to a
// stable type. Enrich is called on the type to complete // stable type. Enrich is called on the type to complete
// any missing fields as the two providers supported by Ambient // any missing fields as the two providers supported by Ambient
// devices (awn/wunderground) produce different fields // devices (awn/wunderground) produce different fields
@ -85,6 +87,7 @@ func (aw *AmbientWeather) handleProviderRequest(
w.WriteHeader(http.StatusInternalServerError) w.WriteHeader(http.StatusInternalServerError)
w.Write([]byte(err.Error())) w.Write([]byte(err.Error()))
return
} }
// Calculate any fields that may be missing // Calculate any fields that may be missing

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@ -39,31 +39,46 @@ func MapAwnUpdate(awnUpdate *AmbientWeatherUpdate) *weather.WeatherUpdate {
} }
return &weather.WeatherUpdate{ return &weather.WeatherUpdate{
StationType: awnUpdate.StationType, StationType: awnUpdate.StationType,
DateUTC: &updateTime, DateUTC: &updateTime,
TempOutdoorF: awnUpdate.TempF, TempOutdoorF: awnUpdate.TempF,
HumidityOudoor: awnUpdate.Humidity, HumidityOudoor: awnUpdate.Humidity,
WindSpeedMPH: awnUpdate.WindGustMPH, WindSpeedMPH: awnUpdate.WindSpeedMPH,
WindGustMPH: awnUpdate.WindGustMPH, WindGustMPH: awnUpdate.WindGustMPH,
MaxDailyGust: awnUpdate.MaxDailyGust, MaxDailyGust: awnUpdate.MaxDailyGust,
WindDir: awnUpdate.WindDir, WindDir: awnUpdate.WindDir,
WindDirAvg10m: awnUpdate.WindDirAVG10m, WindDirAvg10m: awnUpdate.WindDirAVG10m,
UV: awnUpdate.UV, UV: awnUpdate.UV,
SolarRadiation: awnUpdate.SolarRadiation, SolarRadiation: awnUpdate.SolarRadiation,
HourlyRainIn: awnUpdate.HourlyRainIn, HourlyRainIn: awnUpdate.HourlyRainIn,
EventRainIn: awnUpdate.EventRainIn, EventRainIn: awnUpdate.EventRainIn,
DailyRainIn: awnUpdate.DailyRainIn, DailyRainIn: awnUpdate.DailyRainIn,
WeeklyRainIn: awnUpdate.WeeklyRainIn, WeeklyRainIn: awnUpdate.WeeklyRainIn,
MonthlyRainIn: awnUpdate.MonthlyRainIn, MonthlyRainIn: awnUpdate.MonthlyRainIn,
YearlyRainIn: awnUpdate.YearlyRainIn, YearlyRainIn: awnUpdate.YearlyRainIn,
TotalRainIn: awnUpdate.TotalRainIn, TotalRainIn: awnUpdate.TotalRainIn,
BattOutdoorSensor: awnUpdate.BattOut, Batteries: []weather.BatteryStatus{
BattIndoorSensor: awnUpdate.BattIn, {
BattRainSensor: awnUpdate.BattRain, Component: "OutdoorSensor",
TempIndoorF: awnUpdate.TempInF, Status: awnUpdate.BattOut,
HumidityIndoor: awnUpdate.HumidityIn, },
BaromRelativeIn: awnUpdate.BaromRelIn, {
BaromAbsoluteIn: awnUpdate.BaromAbsIn, Component: "IndoorSensor",
Status: awnUpdate.BattIn,
},
{
Component: "RainSensor",
Status: awnUpdate.BattRain,
},
{
Component: "CO2Sensor",
Status: awnUpdate.BattCO2,
},
},
TempIndoorF: awnUpdate.TempInF,
HumidityIndoor: awnUpdate.HumidityIn,
BaromRelativeIn: awnUpdate.BaromRelIn,
BaromAbsoluteIn: awnUpdate.BaromAbsIn,
} }
} }

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@ -27,4 +27,5 @@ type AmbientWeatherUpdate struct {
BaromRelIn float64 `json:"baromrelin,omitempty" schema:"baromrelin"` BaromRelIn float64 `json:"baromrelin,omitempty" schema:"baromrelin"`
BaromAbsIn float64 `json:"baromabsin,omitempty" schema:"baromabsin"` BaromAbsIn float64 `json:"baromabsin,omitempty" schema:"baromabsin"`
BattIn int `json:"battin,omitempty" schema:"battin"` BattIn int `json:"battin,omitempty" schema:"battin"`
BattCO2 int `json:"batt_co2,omitempty" schema:"batt_co2"`
} }

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@ -5,11 +5,15 @@ import "math"
// Attempts to complete missing fields that may not // Attempts to complete missing fields that may not
// be set by a specific provider, such as DewPoint and WindChill // be set by a specific provider, such as DewPoint and WindChill
func (u *WeatherUpdate) Enrich() { func (u *WeatherUpdate) Enrich() {
if u == nil {
return
}
if u.WindChillF == 0 { if u.WindChillF == 0 {
u.WindChillF = CalculateWindChill(u.TempOutdoorF, u.WindSpeedMPH) u.WindChillF = CalculateWindChill(u.TempOutdoorF, u.WindSpeedMPH)
} }
if u.DewPointF == 0 { if u.DewPointF == 0 && (u.TempOutdoorF != 0 && u.HumidityOudoor != 0) {
u.DewPointF = CalculateDewPoint(u.TempOutdoorF, float64(u.HumidityOudoor)) u.DewPointF = CalculateDewPoint(u.TempOutdoorF, float64(u.HumidityOudoor))
} }

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@ -12,31 +12,29 @@ import (
type WeatherMetrics struct { type WeatherMetrics struct {
// Weather Metrics // Weather Metrics
TempOutdoorF metric.Float64Gauge TempOutdoorF metric.Float64Gauge
TempIndoorF metric.Float64Gauge TempIndoorF metric.Float64Gauge
HumidityOudoor metric.Int64Gauge HumidityOudoor metric.Int64Gauge
HumidityIndoor metric.Int64Gauge HumidityIndoor metric.Int64Gauge
WindSpeedMPH metric.Float64Gauge WindSpeedMPH metric.Float64Gauge
WindGustMPH metric.Float64Gauge WindGustMPH metric.Float64Gauge
MaxDailyGust metric.Float64Gauge MaxDailyGust metric.Float64Gauge
WindDir metric.Int64Gauge WindDir metric.Int64Gauge
WindDirAvg10m metric.Int64Gauge WindDirAvg10m metric.Int64Gauge
UV metric.Int64Gauge UV metric.Int64Gauge
SolarRadiation metric.Float64Gauge SolarRadiation metric.Float64Gauge
HourlyRainIn metric.Float64Gauge HourlyRainIn metric.Float64Gauge
EventRainIn metric.Float64Gauge EventRainIn metric.Float64Gauge
DailyRainIn metric.Float64Gauge DailyRainIn metric.Float64Gauge
WeeklyRainIn metric.Float64Gauge WeeklyRainIn metric.Float64Gauge
MonthlyRainIn metric.Float64Gauge MonthlyRainIn metric.Float64Gauge
YearlyRainIn metric.Float64Gauge YearlyRainIn metric.Float64Gauge
TotalRainIn metric.Float64Gauge TotalRainIn metric.Float64Gauge
BattOutdoorSensor metric.Int64Gauge BatteryStatus metric.Int64Gauge
BattIndoorSensor metric.Int64Gauge BaromRelativeIn metric.Float64Gauge
BattRainSensor metric.Int64Gauge BaromAbsoluteIn metric.Float64Gauge
BaromRelativeIn metric.Float64Gauge DewPointF metric.Float64Gauge
BaromAbsoluteIn metric.Float64Gauge WindChillF metric.Float64Gauge
DewPointF metric.Float64Gauge
WindChillF metric.Float64Gauge
// Internal Telemetry // Internal Telemetry
UpdatesReceived metric.Int64Counter UpdatesReceived metric.Int64Counter
@ -45,6 +43,8 @@ type WeatherMetrics struct {
meter metric.Meter meter metric.Meter
} }
var MetricPrefix = "weather"
func MustInitMetrics(appCtx context.Context) *WeatherMetrics { func MustInitMetrics(appCtx context.Context) *WeatherMetrics {
wm := &WeatherMetrics{ wm := &WeatherMetrics{
appCtx: appCtx, appCtx: appCtx,
@ -54,59 +54,55 @@ func MustInitMetrics(appCtx context.Context) *WeatherMetrics {
wm.meter = otel.GetMeter(appCtx, "weather", "metrics") wm.meter = otel.GetMeter(appCtx, "weather", "metrics")
// Weather Metrics // Weather Metrics
wm.TempOutdoorF, _ = wm.meter.Float64Gauge("weather_temp_outdoor_f", wm.TempOutdoorF, _ = wm.meter.Float64Gauge(MetricPrefix+"_temp_outdoor_f",
metric.WithDescription("Outdoor Temperature in Faherenheit")) metric.WithDescription("Outdoor Temperature in Faherenheit"))
wm.TempIndoorF, _ = wm.meter.Float64Gauge("weather_temp_indoor_f", wm.TempIndoorF, _ = wm.meter.Float64Gauge(MetricPrefix+"_temp_indoor_f",
metric.WithDescription("Indoor Temperature in Faherenheit")) metric.WithDescription("Indoor Temperature in Faherenheit"))
wm.HumidityOudoor, _ = wm.meter.Int64Gauge("weather_humidity_oudoor", wm.HumidityOudoor, _ = wm.meter.Int64Gauge(MetricPrefix+"_humidity_outdoor",
metric.WithDescription("Outdoor Humidity %")) metric.WithDescription("Outdoor Humidity %"))
wm.HumidityIndoor, _ = wm.meter.Int64Gauge("weather_humidity_indoor", wm.HumidityIndoor, _ = wm.meter.Int64Gauge(MetricPrefix+"_humidity_indoor",
metric.WithDescription("Indoor Humidity %")) metric.WithDescription("Indoor Humidity %"))
wm.WindSpeedMPH, _ = wm.meter.Float64Gauge("weather_wind_speed_mph", wm.WindSpeedMPH, _ = wm.meter.Float64Gauge(MetricPrefix+"_wind_speed_mph",
metric.WithDescription("Wind Speed in MPH")) metric.WithDescription("Wind Speed in MPH"))
wm.WindGustMPH, _ = wm.meter.Float64Gauge("weather_wind_gust_mph", wm.WindGustMPH, _ = wm.meter.Float64Gauge(MetricPrefix+"_wind_gust_mph",
metric.WithDescription("Wind Gust in MPH")) metric.WithDescription("Wind Gust in MPH"))
wm.MaxDailyGust, _ = wm.meter.Float64Gauge("weather_max_daily_gust", wm.MaxDailyGust, _ = wm.meter.Float64Gauge(MetricPrefix+"_max_daily_gust",
metric.WithDescription("Max Daily Wind Gust")) metric.WithDescription("Max Daily Wind Gust"))
wm.WindDir, _ = wm.meter.Int64Gauge("weather_wind_dir", wm.WindDir, _ = wm.meter.Int64Gauge(MetricPrefix+"_wind_dir",
metric.WithDescription("Wind Direction in Degrees")) metric.WithDescription("Wind Direction in Degrees"))
wm.WindDirAvg10m, _ = wm.meter.Int64Gauge("weather_wind_dir_avg_10m", wm.WindDirAvg10m, _ = wm.meter.Int64Gauge(MetricPrefix+"_wind_dir_avg_10m",
metric.WithDescription("Wind Direction 10m Average")) metric.WithDescription("Wind Direction 10m Average"))
wm.UV, _ = wm.meter.Int64Gauge("weather_uv", wm.UV, _ = wm.meter.Int64Gauge(MetricPrefix+"_uv",
metric.WithDescription("UV Index")) metric.WithDescription("UV Index"))
wm.SolarRadiation, _ = wm.meter.Float64Gauge("weather_solar_radiation", wm.SolarRadiation, _ = wm.meter.Float64Gauge(MetricPrefix+"_solar_radiation",
metric.WithDescription("Solar Radiation in W/㎡")) metric.WithDescription("Solar Radiation in W/㎡"))
wm.HourlyRainIn, _ = wm.meter.Float64Gauge("weather_hourly_rain_in", wm.HourlyRainIn, _ = wm.meter.Float64Gauge(MetricPrefix+"_hourly_rain_in",
metric.WithDescription("Hourly Rain in Inches")) metric.WithDescription("Hourly Rain in Inches"))
wm.EventRainIn, _ = wm.meter.Float64Gauge("weather_event_rain_in", wm.EventRainIn, _ = wm.meter.Float64Gauge(MetricPrefix+"_event_rain_in",
metric.WithDescription("Event Rain in Inches")) metric.WithDescription("Event Rain in Inches"))
wm.DailyRainIn, _ = wm.meter.Float64Gauge("weather_daily_rain_in", wm.DailyRainIn, _ = wm.meter.Float64Gauge(MetricPrefix+"_daily_rain_in",
metric.WithDescription("Daily Rain in Inches")) metric.WithDescription("Daily Rain in Inches"))
wm.WeeklyRainIn, _ = wm.meter.Float64Gauge("weather_weekly_rain_in", wm.WeeklyRainIn, _ = wm.meter.Float64Gauge(MetricPrefix+"_weekly_rain_in",
metric.WithDescription("Weekly Rain in Inches")) metric.WithDescription("Weekly Rain in Inches"))
wm.MonthlyRainIn, _ = wm.meter.Float64Gauge("weather_monthly_rain_in", wm.MonthlyRainIn, _ = wm.meter.Float64Gauge(MetricPrefix+"_monthly_rain_in",
metric.WithDescription("Monthly Rain in Inches")) metric.WithDescription("Monthly Rain in Inches"))
wm.YearlyRainIn, _ = wm.meter.Float64Gauge("weather_yearly_rain_in", wm.YearlyRainIn, _ = wm.meter.Float64Gauge(MetricPrefix+"_yearly_rain_in",
metric.WithDescription("Yearly Rain in Inches")) metric.WithDescription("Yearly Rain in Inches"))
wm.TotalRainIn, _ = wm.meter.Float64Gauge("weather_total_rain_in", wm.TotalRainIn, _ = wm.meter.Float64Gauge(MetricPrefix+"_total_rain_in",
metric.WithDescription("Total Rain in Inches")) metric.WithDescription("Total Rain in Inches"))
wm.BattOutdoorSensor, _ = wm.meter.Int64Gauge("weather_batt_outdoor_sensor", wm.BatteryStatus, _ = wm.meter.Int64Gauge(MetricPrefix+"_battery_status",
metric.WithDescription("Outdoor Equipment Battery")) metric.WithDescription("Per-component battery status"))
wm.BattIndoorSensor, _ = wm.meter.Int64Gauge("weather_batt_indoor_sensor", wm.BaromRelativeIn, _ = wm.meter.Float64Gauge(MetricPrefix+"_barometric_pressure_relative_in",
metric.WithDescription("Indoor Equipmenet Battery"))
wm.BattRainSensor, _ = wm.meter.Int64Gauge("weather_batt_rain_sensor",
metric.WithDescription("Rain Sensor Battery"))
wm.BaromRelativeIn, _ = wm.meter.Float64Gauge("weather_barometric_pressure_relative_in",
metric.WithDescription("Relative Pressure in Inches of Mercury")) metric.WithDescription("Relative Pressure in Inches of Mercury"))
wm.BaromAbsoluteIn, _ = wm.meter.Float64Gauge("weather_barometric_pressure_absolute_in", wm.BaromAbsoluteIn, _ = wm.meter.Float64Gauge(MetricPrefix+"_barometric_pressure_absolute_in",
metric.WithDescription("Absolute Pressure in Inches of Mercury")) metric.WithDescription("Absolute Pressure in Inches of Mercury"))
wm.DewPointF, _ = wm.meter.Float64Gauge("weather_dew_point_f", wm.DewPointF, _ = wm.meter.Float64Gauge(MetricPrefix+"_dew_point_f",
metric.WithDescription("Dew Point in Faherenheit")) metric.WithDescription("Dew Point in Faherenheit"))
wm.WindChillF, _ = wm.meter.Float64Gauge("weather_wind_chill_f", wm.WindChillF, _ = wm.meter.Float64Gauge(MetricPrefix+"_wind_chill_f",
metric.WithDescription("Wind Chill in Faherenheit")) metric.WithDescription("Wind Chill in Faherenheit"))
// Internal Telemetry // Internal Telemetry
wm.UpdatesReceived, _ = wm.meter.Int64Counter("weather_updates_received", wm.UpdatesReceived, _ = wm.meter.Int64Counter(MetricPrefix+"_updates_received",
metric.WithDescription("Metric Updates Processed by Exporter")) metric.WithDescription("Metric Updates Processed by Exporter"))
return wm return wm
@ -136,13 +132,18 @@ func (wm *WeatherMetrics) Update(u *WeatherUpdate) {
wm.MonthlyRainIn.Record(wm.appCtx, u.MonthlyRainIn, metric.WithAttributeSet(attributes)) wm.MonthlyRainIn.Record(wm.appCtx, u.MonthlyRainIn, metric.WithAttributeSet(attributes))
wm.YearlyRainIn.Record(wm.appCtx, u.YearlyRainIn, metric.WithAttributeSet(attributes)) wm.YearlyRainIn.Record(wm.appCtx, u.YearlyRainIn, metric.WithAttributeSet(attributes))
wm.TotalRainIn.Record(wm.appCtx, u.TotalRainIn, metric.WithAttributeSet(attributes)) wm.TotalRainIn.Record(wm.appCtx, u.TotalRainIn, metric.WithAttributeSet(attributes))
wm.BattOutdoorSensor.Record(wm.appCtx, int64(u.BattOutdoorSensor), metric.WithAttributeSet(attributes))
wm.BattIndoorSensor.Record(wm.appCtx, int64(u.BattIndoorSensor), metric.WithAttributeSet(attributes))
wm.BattRainSensor.Record(wm.appCtx, int64(u.BattRainSensor), metric.WithAttributeSet(attributes))
wm.BaromRelativeIn.Record(wm.appCtx, u.BaromRelativeIn, metric.WithAttributeSet(attributes)) wm.BaromRelativeIn.Record(wm.appCtx, u.BaromRelativeIn, metric.WithAttributeSet(attributes))
wm.BaromAbsoluteIn.Record(wm.appCtx, u.BaromAbsoluteIn, metric.WithAttributeSet(attributes)) wm.BaromAbsoluteIn.Record(wm.appCtx, u.BaromAbsoluteIn, metric.WithAttributeSet(attributes))
wm.DewPointF.Record(wm.appCtx, u.DewPointF, metric.WithAttributeSet(attributes)) wm.DewPointF.Record(wm.appCtx, u.DewPointF, metric.WithAttributeSet(attributes))
wm.WindChillF.Record(wm.appCtx, u.WindChillF, metric.WithAttributeSet(attributes)) wm.WindChillF.Record(wm.appCtx, u.WindChillF, metric.WithAttributeSet(attributes))
// Batteries
for _, battery := range u.Batteries {
wm.BatteryStatus.Record(wm.appCtx, int64(battery.Status),
metric.WithAttributeSet(attributes),
metric.WithAttributes(attribute.String("component", battery.Component)),
)
}
wm.UpdatesReceived.Add(wm.appCtx, 1) wm.UpdatesReceived.Add(wm.appCtx, 1)
} }

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@ -7,33 +7,40 @@ import (
// Stable intermediate struct containing superset of fields // Stable intermediate struct containing superset of fields
// between AWN and Wunderground style updates from Ambient devices // between AWN and Wunderground style updates from Ambient devices
type WeatherUpdate struct { type WeatherUpdate struct {
DateUTC *time.Time DateUTC *time.Time
StationType string StationType string
TempOutdoorF float64 TempOutdoorF float64
TempIndoorF float64 TempIndoorF float64
HumidityOudoor int HumidityOudoor int
HumidityIndoor int HumidityIndoor int
WindSpeedMPH float64 WindSpeedMPH float64
WindGustMPH float64 WindGustMPH float64
MaxDailyGust float64 MaxDailyGust float64
WindDir int WindDir int
WindDirAvg10m int WindDirAvg10m int
UV int UV int
SolarRadiation float64 SolarRadiation float64
HourlyRainIn float64 HourlyRainIn float64
EventRainIn float64 EventRainIn float64
DailyRainIn float64 DailyRainIn float64
WeeklyRainIn float64 WeeklyRainIn float64
MonthlyRainIn float64 MonthlyRainIn float64
YearlyRainIn float64 YearlyRainIn float64
TotalRainIn float64 TotalRainIn float64
BattOutdoorSensor int Batteries []BatteryStatus
BattIndoorSensor int // BattOutdoorSensor int
BattRainSensor int // BattIndoorSensor int
BaromRelativeIn float64 // BattRainSensor int
BaromAbsoluteIn float64 // BattCO2Sensor int
BaromRelativeIn float64
BaromAbsoluteIn float64
// These fields may be calculated // These fields may be calculated
// if not otherwise set // if not otherwise set
DewPointF float64 DewPointF float64
WindChillF float64 WindChillF float64
} }
type BatteryStatus struct {
Component string
Status int
}