map weather update

pkg/weather/grpc/mapupdate.go

@@ -15,54 +15,71 @@ func UpdatesToPbUpdates(u []*weather.WeatherUpdate) []*pb.WeatherUpdate {
 	return updates
 }
 
-// TODO: Finish Implementing
 func UpdateToPbUpdate(u *weather.WeatherUpdate) *pb.WeatherUpdate {
 	return &pb.WeatherUpdate{
 		StationName:         u.StationConfig.Name,
-		StationType:         *u.StationType,
-		StationId:           *u.StationID,
+		StationType:         derefStr(u.StationType),
+		StationId:           derefStr(u.StationID),
 		TempOutdoorF:        u.TempOutdoorF,
 		TempIndoorF:         u.TempIndoorF,
-		HumidityOutdoor:     ptr.To(int32(*u.HumidityOudoor)),
-		HumidityIndoor:      ptr.To(int32(*u.HumidityIndoor)),
-		WindSpeedMph:        ptr.To(*u.WindSpeedMPH),
-		WindGustMph:         ptr.To(*u.WindGustMPH),
-		MaxDailyGust:        ptr.To(*u.MaxDailyGust),
-		WindDir:             ptr.To(int32(*u.WindDir)),
-		WindDirAvg_10M:      ptr.To(int32(*u.WindDirAvg10m)),
-		Uv:                  ptr.To(int32(*u.UV)),
-		SolarRadiation:      ptr.To(*u.SolarRadiation),
-		HourlyRainIn:        ptr.To(*u.HourlyRainIn),
-		EventRainIn:         ptr.To(*u.EventRainIn),
-		DailyRainIn:         ptr.To(*u.DailyRainIn),
-		WeeklyRainIn:        ptr.To(*u.WeeklyRainIn),
-		MonthlyRainIn:       ptr.To(*u.MonthlyRainIn),
-		YearlyRainIn:        ptr.To(*u.YearlyRainIn),
-		TotalRainIn:         ptr.To(*u.TotalRainIn),
-		Batteries:           []*pb.BatteryStatus{},
-		BaromRelativeIn:     ptr.To(*u.BaromRelativeIn),
-		BaromAbsoluteIn:     ptr.To(*u.BaromAbsoluteIn),
-		DewPointF:           ptr.To(*u.DewPointF),
-		WindChillF:          ptr.To(*u.WindChillF),
-		TempHumiditySensors: []*pb.TempHumiditySensor{},
+		HumidityOutdoor:     int32ptr(u.HumidityOudoor),
+		HumidityIndoor:      int32ptr(u.HumidityIndoor),
+		WindSpeedMph:        u.WindSpeedMPH,
+		WindGustMph:         u.WindGustMPH,
+		MaxDailyGust:        u.MaxDailyGust,
+		WindDir:             int32ptr(u.WindDir),
+		WindDirAvg_10M:      int32ptr(u.WindDirAvg10m),
+		Uv:                  int32ptr(u.UV),
+		SolarRadiation:      u.SolarRadiation,
+		HourlyRainIn:        u.HourlyRainIn,
+		EventRainIn:         u.EventRainIn,
+		DailyRainIn:         u.DailyRainIn,
+		WeeklyRainIn:        u.WeeklyRainIn,
+		MonthlyRainIn:       u.MonthlyRainIn,
+		YearlyRainIn:        u.YearlyRainIn,
+		TotalRainIn:         u.TotalRainIn,
+		Batteries:           batteriesToPbBatteries(u.Batteries),
+		BaromRelativeIn:     u.BaromRelativeIn,
+		BaromAbsoluteIn:     u.BaromAbsoluteIn,
+		DewPointF:           u.DewPointF,
+		WindChillF:          u.WindChillF,
+		TempHumiditySensors: thSensorsToPbSensors(u.TempHumiditySensors),
 	}
 }
 
-func BatteriesToPbBatteries(batteries []weather.BatteryStatus) []*pb.BatteryStatus {
+func batteriesToPbBatteries(batteries []weather.BatteryStatus) []*pb.BatteryStatus {
 	pbBatteries := make([]*pb.BatteryStatus, len(batteries))
 	for i, b := range batteries {
 		pbBatteries[i] = &pb.BatteryStatus{
 			Component: b.Component,
-			Status:    ptr.To(int32(*b.Status)),
+			Status:    int32ptr(b.Status),
 		}
 	}
 	return pbBatteries
 }
 
-func nilOrValPtr[T *int32 | *float64](v T) *T {
-	switch T.(type) {
-	case *int32:
-		return v.(*int32)
+func thSensorsToPbSensors(sensors []*weather.TempHumiditySensor) []*pb.TempHumiditySensor {
+	pbSensors := make([]*pb.TempHumiditySensor, len(sensors))
+	for i, s := range sensors {
+		pbSensors[i] = &pb.TempHumiditySensor{
+			Name:     s.Name,
+			TempF:    s.TempF,
+			Humidity: int32ptr(s.Humidity),
+		}
 	}
-	return nil
+	return pbSensors
+}
+
+func derefStr(s *string) string {
+	if s == nil {
+		return ""
+	}
+	return *s
+}
+
+func int32ptr(i *int) *int32 {
+	if i == nil {
+		return nil
+	}
+	return ptr.To(int32(*i))
 }