Add SPI data handling and serialization support
Introduced `SpiParameters` and related structs to process SPI data. Added JSON marshaling/unmarshaling logic and a handler for the "SPI" command in the server. This enables parsing and transforming SPI data effectively for device communication.
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@@ -112,6 +112,18 @@ func handleCameraCoveredAlarm(sPack *n9m.SmartPackage, pack n9m.Package, respons
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return nil
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}
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func handleSPI(_ *n9m.SmartPackage, pack n9m.Package) (err error) {
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var params n9m.SpiParameters
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if err = pack.GetParametersAs(¶ms); err != nil {
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return
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}
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fmt.Printf("%+v\n", params)
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return
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}
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func createSmartPackage(conn net.Conn) (pack *n9m.SmartPackage) {
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pack = n9m.NewSmartPackage(conn)
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@@ -120,6 +132,7 @@ func createSmartPackage(conn net.Conn) (pack *n9m.SmartPackage) {
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pack.AddJSONHandler("CERTIFICATE", "CONNECT", handleCertificateConnect)
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pack.AddJSONHandler("CERTIFICATE", "KEEPALIVE", handleKeepAlive)
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pack.AddJSONHandler("CONFIGMODEL", "GET", handleGetConfig)
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pack.AddJSONHandler("DEVEMM", "SPI", handleSPI)
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pack.AddAlarmHandler(n9m.AlarmTypeMotionDetection, handleUselessAlarms)
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176
devemm.go
176
devemm.go
@@ -1,5 +1,12 @@
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package n9m
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import (
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"encoding/json"
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"fmt"
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"strconv"
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"time"
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)
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/*
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// main server util
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@@ -36,3 +43,172 @@ func (e *Package) ResponseGeolocation(errorCode int, errorCause string, serial i
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}
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*/
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// 3.4.5.28
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type SpiParameters struct {
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DriveFlag uint `json:"T"`
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DataMask uint `json:"M"`
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Position GPSData `json:"P"`
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DeviceStatus SpiDeviceStatus `json:"S"`
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}
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// 3.4.5.28.1
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type SpiDeviceStatus struct {
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Status3G uint `json:"G3"`
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Status3GStrength uint `json:"G3S"`
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Status4G uint `json:"G4"`
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Status4GStrength uint `json:"G4S"`
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WIFIStatus uint `json:"W"`
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WIFIStrength uint `json:"WS"`
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Voltage float64 `json:"V"`
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DeviceTemperature float64 `json:"DT"`
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IndoorTemperature float64 `json:"TC"`
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Speed float64 `json:"S"`
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KeyIgnitionState uint `json:"SW"`
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RecordStatus []uint `json:"RE"`
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Time time.Time `json:"T"`
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StorageDeviceNumber uint `json:"STC"`
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StorageDeviceInfo []StorageDeviceInfo `json:"SINFO"`
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VideoLossStatus []uint `json:"VS"`
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Humidity float64 `json:"H"`
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TotalMileage float64 `json:"TM"`
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HardDriveHeating uint `json:"HTR"`
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}
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func (g *SpiDeviceStatus) MarshalJSON() ([]byte, error) {
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var alias struct {
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Status3G uint `json:"G3"`
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Status3GStrength uint `json:"G3S"`
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Status4G uint `json:"G4"`
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Status4GStrength uint `json:"G4S"`
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WIFIStatus uint `json:"W"`
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WIFIStrength uint `json:"WS"`
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Voltage uint `json:"V"`
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DeviceTemperature uint `json:"DT"`
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IndoorTemperature uint `json:"TC"`
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Speed uint `json:"S"`
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SpeedUnits uint `json:"SU"`
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KeyIgnitionState uint `json:"SW"`
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RecordStatus []uint `json:"RE"`
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Time string `json:"T"`
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StorageDeviceNumber uint `json:"STC"`
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StorageDeviceInfo []StorageDeviceInfo `json:"SINFO"`
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VideoLossStatus []uint `json:"VS"`
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Humidity uint `json:"H"`
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TotalMileage string `json:"TM"`
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HardDriveHeating uint `json:"HTR"`
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}
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convert := func(v float64) uint {
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if v < 0 {
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return uint(-v * 100)
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} else {
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return uint((v + 100) * 100)
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}
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}
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alias.Status3G = g.Status3G
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alias.Status3GStrength = g.Status3GStrength
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alias.Status4G = g.Status4G
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alias.Status4GStrength = g.Status4GStrength
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alias.WIFIStatus = g.WIFIStatus
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alias.WIFIStrength = g.WIFIStrength
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alias.Voltage = uint(g.Voltage * 100)
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alias.DeviceTemperature = convert(g.DeviceTemperature)
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alias.IndoorTemperature = convert(g.IndoorTemperature)
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alias.Speed = uint(g.Speed * 100)
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alias.SpeedUnits = 0
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alias.KeyIgnitionState = g.KeyIgnitionState
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alias.RecordStatus = g.RecordStatus
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alias.Time = g.Time.Format("20060102150405")
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alias.StorageDeviceNumber = g.StorageDeviceNumber
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alias.StorageDeviceInfo = g.StorageDeviceInfo
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alias.VideoLossStatus = g.VideoLossStatus
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alias.Humidity = uint(g.Humidity * 10000)
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alias.TotalMileage = fmt.Sprintf("%.6f", g.TotalMileage)
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alias.HardDriveHeating = g.HardDriveHeating
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return json.Marshal(alias)
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}
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func (g *SpiDeviceStatus) UnmarshalJSON(data []byte) (err error) {
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var alias struct {
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Status3G uint `json:"G3"`
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Status3GStrength uint `json:"G3S"`
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Status4G uint `json:"G4"`
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Status4GStrength uint `json:"G4S"`
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WIFIStatus uint `json:"W"`
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WIFIStrength uint `json:"WS"`
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Voltage uint `json:"V"`
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DeviceTemperature uint `json:"TD"`
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IndoorTemperature uint `json:"TC"`
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Speed uint `json:"S"`
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SpeedUnits uint `json:"SU"`
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KeyIgnitionState uint `json:"SW"`
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RecordStatus []uint `json:"RE"`
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Time string `json:"T"`
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StorageDeviceNumber uint `json:"STC"`
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StorageDeviceInfo []StorageDeviceInfo `json:"SINFO"`
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VideoLossStatus []uint `json:"VS"`
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Humidity uint `json:"H"`
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TotalMileage string `json:"TM"`
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HardDriveHeating uint `json:"HTR"`
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}
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if err = json.Unmarshal(data, &alias); err != nil {
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return
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}
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convert := func(v uint) float64 {
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if v < 10000 {
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return -float64(v) / 100
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} else {
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return float64(v-10000) / 100
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}
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}
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g.Status3G = alias.Status3G
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g.Status3GStrength = alias.Status3GStrength
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g.Status4G = alias.Status4G
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g.Status4GStrength = alias.Status4GStrength
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g.WIFIStatus = alias.WIFIStatus
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g.WIFIStrength = alias.WIFIStrength
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g.Voltage = float64(alias.Voltage) / 100
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g.DeviceTemperature = convert(alias.DeviceTemperature)
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g.IndoorTemperature = convert(alias.IndoorTemperature)
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g.Speed = float64(alias.Speed) / 100.0
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switch alias.SpeedUnits {
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case 0:
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break
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case 1:
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g.Speed *= 1.609
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default:
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return fmt.Errorf("Strange speed units")
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}
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g.KeyIgnitionState = alias.KeyIgnitionState
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g.RecordStatus = alias.RecordStatus
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g.Time, _ = time.Parse("20060102150405", alias.Time)
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g.StorageDeviceNumber = alias.StorageDeviceNumber
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g.StorageDeviceInfo = alias.StorageDeviceInfo
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g.VideoLossStatus = alias.VideoLossStatus
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g.Humidity = float64(alias.Humidity) / 10000
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if g.TotalMileage, err = strconv.ParseFloat(alias.TotalMileage, 64); err != nil {
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return fmt.Errorf("invalid longitude: %w", err)
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}
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g.HardDriveHeating = alias.HardDriveHeating
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return nil
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}
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// 3.4.5.28.3
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type StorageDeviceInfo struct {
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Type uint `json:"T"`
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MediaTime uint `json:"O"`
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Status uint `json:"S"`
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Capacity uint `json:"TS"`
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FreeCapacity uint `json:"LS"`
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}
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