internal

Documentation

Index

• func GetAuthorizationBearerToken() string
• func GetSensorIdFromInstrumentId(instrumentId int32) int64
• func GetTenantId() int64
• type MikapodRemote
  • func InitMikapodRemote(mikapodStorageAddress string, mikaponicsRemoteServiceAddress string) *MikapodRemote
  • func (app *MikapodRemote) RunMainRuntimeLoop()
  • func (app *MikapodRemote) StopMainRuntimeLoop()
• type TimeSeriesData
• type TimeSeriesDatum

Functions

func GetAuthorizationBearerToken

func GetAuthorizationBearerToken() string

func GetSensorIdFromInstrumentId

func GetSensorIdFromInstrumentId(instrumentId int32) int64

func GetTenantId

func GetTenantId() int64

Types

type MikapodRemote

type MikapodRemote struct {
	// contains filtered or unexported fields
}

func InitMikapodRemote

func InitMikapodRemote(mikapodStorageAddress string, mikaponicsRemoteServiceAddress string) *MikapodRemote

Function will construct the Mikapod Remote application.

func (*MikapodRemote) RunMainRuntimeLoop

func (app *MikapodRemote) RunMainRuntimeLoop()

Function will consume the main runtime loop and run the business logic of the Mikapod Remote application.

func (*MikapodRemote) StopMainRuntimeLoop

func (app *MikapodRemote) StopMainRuntimeLoop()

Function will tell the application to stop the main runtime loop when the process has been finished.

type TimeSeriesData

type TimeSeriesData struct {
	HumidityValue          float32              `json:"humidity_value,omitempty"`
	HumidityUnit           string               `json:"humidity_unit,omitempty"`
	TemperatureValue       float32              `json:"temperature_primary_value,omitempty"`
	TemperatureUnit        string               `json:"temperature_primary_unit,omitempty"`
	PressureValue          float32              `json:"pressure_value,omitempty"`
	PressureUnit           string               `json:"pressure_unit,omitempty"`
	TemperatureBackupValue float32              `json:"temperature_secondary_value,omitempty"`
	TemperatureBackupUnit  string               `json:"temperature_secondary_unit,omitempty"`
	AltitudeValue          float32              `json:"altitude_value,omitempty"`
	AltitudeUnit           string               `json:"altitude_unit,omitempty"`
	IlluminanceValue       float32              `json:"illuminance_value,omitempty"`
	IlluminanceUnit        string               `json:"illuminance_unit,omitempty"`
	SoilMoistureValue      float32              `json:"soil_moisture_value,omitempty"`
	SoilMoistureUnit       string               `json:"soil_moisture_unit,omitempty"`
	Timestamp              *timestamp.Timestamp `json:"timestamp,omitempty"`
}

The time-series data structure used to store all the data that will be returned by the `Mikapod Soil` Arduino device.

type TimeSeriesDatum

type TimeSeriesDatum struct {
	Id         int64
	Instrument int32
	Value      float64
	Timestamp  *timestamp.Timestamp
}

The time-series datum structure used to store the instrument datum of a single reading.