teltonikaparser

package module
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 Go to latest Published: Aug 18, 2026 License: BSD-3-Clause Imports: 7 Imported by: 5

README

teltonikaparser

Go Reference CI

Go parser for Teltonika AVL packets:

  • Codec 8 and Codec 8 Extended over UDP (Decode)
  • Codec 12 text commands (EncodeCommandRequest, DecodeCommandRequest, DecodeCommandResponse)
  • Optional human-readable IO names for device families FMBXY, FM64, FM36, and FM11XY

Decode is a low-level implementation. On a typical core it runs at roughly 1M+ packets/s (Decode ~788 ns/op).

Install

go get github.com/filipkroca/teltonikaparser

Requires Go 1.22+.

UDP vs TCP

Decode currently accepts UDP packets only. Those start with a 2-byte length and packet ID 0xCAFE.

Teltonika TCP uses a different framing: preamble 0x00000000, 4-byte data length, AVL payload, CRC-16/IBM. TCP is not implemented yet. See issue #11.

Full codec field layout: Teltonika wiki.

Decode a UDP packet

package main

import (
	"encoding/hex"
	"fmt"
	"log"

	"github.com/filipkroca/teltonikaparser"
)

func main() {
	raw, err := hex.DecodeString("007ccafe0133000f33353230393430383136373231373908020000016c32b488a0000a7a367c1d30018700000000000000f1070301001500ef000342318bcd42dcce606401f1000059d9000000016c32b48c88000a7a367c1d3001870000000000000015070301001501ef0003423195cd42dcce606401f1000059d90002")
	if err != nil {
		log.Fatal(err)
	}

	decoded, err := teltonikaparser.Decode(&raw)
	if err != nil {
		log.Fatal(err)
	}

	fmt.Printf("IMEI %s codec %#x records %d\n", decoded.IMEI, decoded.CodecID, decoded.NoOfData)
	// decoded.Response is the UDP ACK to send back to the device
}

Decoded.Data is a slice of AVL records. Each record has GPS fields and Elements (IOID, Length, raw Value).

Human-readable IO

human := teltonikaparser.HumanDecoder{}
for _, rec := range decoded.Data {
	for i := range rec.Elements {
		h, err := human.Human(&rec.Elements[i], "FMBXY") // or "FM64", "FM36", "FM11XY"
		if err != nil {
			continue // unknown IO ID for this family
		}
		val, err := h.GetFinalValue()
		if err != nil {
			log.Fatal(err)
		}
		fmt.Printf("%s = %v\n", h.AvlEncodeKey.PropertyName, val)
	}
}

Codec 12 commands

Text commands use the same strings as SMS (getinfo, getio, …). See EncodeCommandRequest and DecodeCommandRequest. Spec: Codec 12.

Performance

Decode()  788 ns/op   592 B/op   4 allocs/op
Human()  4082 ns/op  4722 B/op  49 allocs/op

A 58M real-world UDP packet run on Intel Core i7-7700K finished in 31s (~1.8M packets/s). That dataset is not published (it contains production IMEI numbers). Use go test -bench=. for a repeatable micro-benchmark.

License

BSD-3-Clause. See LICENSE.

Documentation

Overview

Package teltonikaparser is an implementation of https://wiki.teltonika.lt/view/Codec Codec12 for UDP packets in GO Lang implemented https://wiki.teltonika-gps.com/view/Codec#Codec_12

Package teltonikaparser implements Teltonika Codec 8 and Codec 8 Extended for UDP packets. Codec 12 command encoding lives in commands.go. Spec: https://wiki.teltonika-gps.com/view/Codec

Index

Examples

Constants

View Source 
const (
	CodecID             = 0x0C
	RequestPreamble     = 0x00000000
	ResponsePreamble    = 0x00000000
	CommandTypeRequest  = 0x05
	CommandTypeResponse = 0x06
)

Variables

This section is empty.

Functions

func EncodeCommandRequest 

func EncodeCommandRequest(command string) ([]byte, error)

Types

type AvlData 

type AvlData struct {
	UtimeMs  uint64    // Utime in mili seconds
	Utime    uint64    // Utime in seconds
	Priority uint8     // Priority, 	[0	Low, 1	High, 2	Panic]
	Lat      int32     // Latitude (between 850000000 and -850000000), fit int32
	Lng      int32     // Longitude (between 1800000000 and -1800000000), fit int32
	Altitude int16     // Altitude In meters above sea level, 2 bytes
	Angle    uint16    // Angle In degrees, 0 is north, increasing clock-wise, 2 bytes
	VisSat   uint8     // Satellites Number of visible satellites
	Speed    uint16    // Speed in km/h
	EventID  uint16    // Event generated (0 – data generated not on event)
	Elements []Element // Slice containing parsed IO Elements
}

AvlData represent one block of data

type AvlEncodeKey 

type AvlEncodeKey struct {
	No              string `json:"No"`
	PropertyName    string `json:"PropertyName"`
	Bytes           string `json:"Bytes"`
	Type            string `json:"Type"`
	Min             string `json:"Min"`
	Max             string `json:"Max"`
	Multiplier      string `json:"Multiplier"`
	Units           string `json:"Units"`
	Description     string `json:"Description"`
	HWSupport       string `json:"HWSupport"`
	ParametrGroup   string `json:"Parametr Group"`
	FinalConversion string `json:"FinalConversion"`
}

AvlEncodeKey represent parsed element values from JSON

type CommandRequest 

type CommandRequest struct {

	// Command - command  in HEX.
	Command []byte // dynamic long type. Needs to read separately.
	// contains filtered or unexported fields
}

func DecodeCommandRequest 

func DecodeCommandRequest(rawCommand *[]byte) (CommandRequest, error)

type CommandResponse 

type CommandResponse struct {

	// Response – response in HEX.
	Response []byte // dynamic long type. Needs to read separately.
	// contains filtered or unexported fields
}

func DecodeCommandResponse 

func DecodeCommandResponse(rawResponse *[]byte) (CommandResponse, error)

type Decoded 

type Decoded struct {
	IMEI     string    // IMEI number, if len==15 also validated by checksum
	CodecID  byte      // 0x08 (codec 8) or 0x8E (codec 8 extended)
	NoOfData uint8     // Number of Data
	Data     []AvlData // Slice with avl data
	Response []byte    // Slice with a response
}

Decoded struct represent decoded Teltonika data structure with all AVL data as return from function Decode

func Decode 

func Decode(bs *[]byte) (Decoded, error)

Decode takes a pointer to a slice of bytes with raw data and return Decoded struct

Example 
stringData := `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`

bs, _ := hex.DecodeString(stringData)
// decode a raw data byte slice
parsedData, err := Decode(&bs)
if err != nil {
	log.Panicf("Error when decoding a bs, %v\n", err)
}
fmt.Printf("Decoded packet codec 8:\n%+v\n", parsedData)

// test with Codec8 Extended packet
stringData = `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`

bs, _ = hex.DecodeString(stringData)

// decode a raw data byte slice
parsedData, err = Decode(&bs)
if err != nil {
	log.Panicf("Error when decoding a bs, %v\n", err)
}
fmt.Printf("Decoded packet codec 8 extended:\n%+v\n", parsedData)

Output:
Decoded packet codec 8:
{IMEI:352094089397464 CodecID:8 NoOfData:4 Data:[{UtimeMs:1528069090050 Utime:1528069090 Priority:1 Lat:491403133 Lng:170206400 Altitude:211 Angle:303 VisSat:19 Speed:50 EventID:66 Elements:[{Length:1 IOID:69 Value:[3]} {Length:1 IOID:240 Value:[1]} {Length:1 IOID:80 Value:[5]} {Length:1 IOID:21 Value:[3]} {Length:1 IOID:239 Value:[1]} {Length:1 IOID:81 Value:[0]} {Length:1 IOID:82 Value:[0]} {Length:1 IOID:89 Value:[0]} {Length:1 IOID:190 Value:[0]} {Length:1 IOID:193 Value:[0]} {Length:2 IOID:181 Value:[0 8]} {Length:2 IOID:182 Value:[0 6]} {Length:2 IOID:66 Value:[111 216]} {Length:2 IOID:205 Value:[61 30]} {Length:2 IOID:206 Value:[96 90]} {Length:2 IOID:84 Value:[0 0]} {Length:2 IOID:85 Value:[0 0]} {Length:2 IOID:115 Value:[0 0]} {Length:2 IOID:90 Value:[0 0]} {Length:2 IOID:192 Value:[0 0]} {Length:4 IOID:199 Value:[0 0 0 13]} {Length:4 IOID:241 Value:[0 0 89 217]} {Length:4 IOID:16 Value:[0 45 51 198]} {Length:4 IOID:83 Value:[0 0 0 0]} {Length:4 IOID:87 Value:[0 0 0 0]} {Length:4 IOID:100 Value:[0 0 0 247]} {Length:4 IOID:191 Value:[0 0 0 0]}]} {UtimeMs:1528069089000 Utime:1528069089 Priority:1 Lat:491401583 Lng:170209400 Altitude:212 Angle:305 VisSat:19 Speed:49 EventID:66 Elements:[{Length:1 IOID:69 Value:[3]} {Length:1 IOID:240 Value:[1]} {Length:1 IOID:80 Value:[5]} {Length:1 IOID:21 Value:[3]} {Length:1 IOID:239 Value:[1]} {Length:1 IOID:81 Value:[0]} {Length:1 IOID:82 Value:[0]} {Length:1 IOID:89 Value:[0]} {Length:1 IOID:190 Value:[0]} {Length:1 IOID:193 Value:[0]} {Length:2 IOID:181 Value:[0 8]} {Length:2 IOID:182 Value:[0 5]} {Length:2 IOID:66 Value:[111 203]} {Length:2 IOID:205 Value:[61 30]} {Length:2 IOID:206 Value:[96 90]} {Length:2 IOID:84 Value:[0 0]} {Length:2 IOID:85 Value:[0 0]} {Length:2 IOID:115 Value:[0 0]} {Length:2 IOID:90 Value:[0 0]} {Length:2 IOID:192 Value:[0 0]} {Length:4 IOID:199 Value:[0 0 0 14]} {Length:4 IOID:241 Value:[0 0 89 217]} {Length:4 IOID:16 Value:[0 45 51 185]} {Length:4 IOID:83 Value:[0 0 0 0]} {Length:4 IOID:87 Value:[0 0 0 0]} {Length:4 IOID:100 Value:[0 0 0 247]} {Length:4 IOID:191 Value:[0 0 0 0]}]} {UtimeMs:1528069087000 Utime:1528069087 Priority:1 Lat:491400783 Lng:170210966 Altitude:213 Angle:308 VisSat:19 Speed:51 EventID:66 Elements:[{Length:1 IOID:69 Value:[3]} {Length:1 IOID:240 Value:[1]} {Length:1 IOID:80 Value:[5]} {Length:1 IOID:21 Value:[3]} {Length:1 IOID:239 Value:[1]} {Length:1 IOID:81 Value:[0]} {Length:1 IOID:82 Value:[0]} {Length:1 IOID:89 Value:[0]} {Length:1 IOID:190 Value:[0]} {Length:1 IOID:193 Value:[0]} {Length:2 IOID:181 Value:[0 8]} {Length:2 IOID:182 Value:[0 5]} {Length:2 IOID:66 Value:[112 43]} {Length:2 IOID:205 Value:[61 30]} {Length:2 IOID:206 Value:[96 90]} {Length:2 IOID:84 Value:[0 0]} {Length:2 IOID:85 Value:[0 0]} {Length:2 IOID:115 Value:[0 0]} {Length:2 IOID:90 Value:[0 0]} {Length:2 IOID:192 Value:[0 0]} {Length:4 IOID:199 Value:[0 0 0 30]} {Length:4 IOID:241 Value:[0 0 89 217]} {Length:4 IOID:16 Value:[0 45 51 170]} {Length:4 IOID:83 Value:[0 0 0 0]} {Length:4 IOID:87 Value:[0 0 0 0]} {Length:4 IOID:100 Value:[0 0 0 247]} {Length:4 IOID:191 Value:[0 0 0 0]}]} {UtimeMs:1528069070050 Utime:1528069070 Priority:1 Lat:491385900 Lng:170252500 Altitude:220 Angle:291 VisSat:18 Speed:88 EventID:66 Elements:[{Length:1 IOID:69 Value:[3]} {Length:1 IOID:240 Value:[1]} {Length:1 IOID:80 Value:[5]} {Length:1 IOID:21 Value:[3]} {Length:1 IOID:239 Value:[1]} {Length:1 IOID:81 Value:[0]} {Length:1 IOID:82 Value:[0]} {Length:1 IOID:89 Value:[0]} {Length:1 IOID:190 Value:[0]} {Length:1 IOID:193 Value:[0]} {Length:2 IOID:181 Value:[0 9]} {Length:2 IOID:182 Value:[0 5]} {Length:2 IOID:66 Value:[112 49]} {Length:2 IOID:205 Value:[121 216]} {Length:2 IOID:206 Value:[96 90]} {Length:2 IOID:84 Value:[0 0]} {Length:2 IOID:85 Value:[0 0]} {Length:2 IOID:115 Value:[0 0]} {Length:2 IOID:90 Value:[0 0]} {Length:2 IOID:192 Value:[0 0]} {Length:4 IOID:199 Value:[0 0 0 25]} {Length:4 IOID:241 Value:[0 0 89 217]} {Length:4 IOID:16 Value:[0 45 50 80]} {Length:4 IOID:83 Value:[0 0 0 0]} {Length:4 IOID:87 Value:[0 0 0 0]} {Length:4 IOID:100 Value:[0 0 0 247]} {Length:4 IOID:191 Value:[0 0 0 0]}]}] Response:[0 5 202 254 1 40 4]}
Decoded packet codec 8 extended:
{IMEI:352093085698206 CodecID:142 NoOfData:1 Data:[{UtimeMs:1545914096000 Utime:1545914096 Priority:2 Lat:0 Lng:0 Altitude:0 Angle:0 VisSat:0 Speed:0 EventID:252 Elements:[{Length:1 IOID:239 Value:[0]} {Length:1 IOID:240 Value:[0]} {Length:1 IOID:21 Value:[5]} {Length:1 IOID:200 Value:[0]} {Length:1 IOID:69 Value:[2]} {Length:1 IOID:1 Value:[0]} {Length:1 IOID:113 Value:[0]} {Length:1 IOID:252 Value:[0]} {Length:2 IOID:181 Value:[0 0]} {Length:2 IOID:182 Value:[0 0]} {Length:2 IOID:66 Value:[48 86]} {Length:2 IOID:205 Value:[67 42]} {Length:2 IOID:206 Value:[96 100]} {Length:2 IOID:17 Value:[0 9]} {Length:2 IOID:18 Value:[255 34]} {Length:2 IOID:19 Value:[3 209]} {Length:2 IOID:15 Value:[0 0]} {Length:4 IOID:241 Value:[0 0 89 217]} {Length:4 IOID:16 Value:[0 0 0 0]}]}] Response:[0 5 202 254 1 1 1]}

type Element 

type Element struct {
	Length uint16 // Length of element, this should be uint16 because Codec 8 extended has 2Byte of IO len
	IOID   uint16 // IO element ID
	Value  []byte // Value of the element represented by slice of bytes
}

Element represent one IO element, before storing in a db do a conversion to IO datatype (1B, 2B, 4B, 8B)

func DecodeElements 

func DecodeElements(bs *[]byte, start int, codecID byte) ([]Element, int, error)

DecodeElements take pointer to a byte slice with raw data, start Byte position and Codec ID, and returns slice of Element

type HAvlData 

type HAvlData struct {
	AvlEncodeKey *AvlEncodeKey
	Element      *Element
}

HAvlData represent human readable set of a pointer to an AvlEncodeKey Decoding key and a pointer to IO element with RAW data

func (*HAvlData) GetFinalValue 

func (h *HAvlData) GetFinalValue() (interface{}, error)

GetFinalValue return decimal value, if necesarry with float, return should be empty interface because there is many values to return

type HumanDecoder 

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

HumanDecoder is responsible for decoding

func (*HumanDecoder) AvlDataToHuman 

func (h *HumanDecoder) AvlDataToHuman(data *[]AvlData) ([][][]string, error)

AvlDataToHuman takes a pointer to a slice of AvlData and return a slice with data

Example 
// test with Codec8 Extended packet
stringData := `01e4cafe0126000f333532303934303839333937343634080400000163c803b420010a259e1a1d4a057d00da0128130057421b0a4503f00150051503ef01510052005900be00c1000ab50008b60005427025cd79d8ce605a5400005500007300005a0000c0000007c700000018f1000059d910002d32c85300000000570000000064000000f7bf000000000000000163c803ac50010a25a9d21d4a01b600db0128130056421b0a4503f00150051503ef01510052005900be00c1000ab50008b6000542702ecd79d8ce605a5400005500007300005a0000c0000007c700000017f1000059d910002d32b05300000000570000000064000000f7bf000000000000000163c803a868010a25b5581d49fe5400db0127130057421b0a4503f00150051503ef01510052005900be00c1000ab50008b60005427039cd79d8ce605a5400005500007300005a0000c0000007c700000017f1000059d910002d32995300000000570000000064000000f7bf000000000000000163c803a4b2010a25cc861d49f75c00db0124130058421b0a4503f00150051503ef01510052005900be00c1000ab50008b6000542703ccd79d8ce605a5400005500007300005a0000c0000007c700000018f1000059d910002d32695300000000570000000064000000f7bf000000000004`

bs, _ := hex.DecodeString(stringData)

// decode a raw data byte slice
parsedData, err := Decode(&bs)
if err != nil {
	log.Panicf("Error when decoding a bs, %v\n", err)
}

// initialize a human decoder
humanDecoder := HumanDecoder{}

decoded, err := humanDecoder.AvlDataToHuman(&parsedData.Data)

fmt.Printf("Property Name: %v\n", decoded)

func (*HumanDecoder) Human 

func (h *HumanDecoder) Human(el *Element, device string) (*HAvlData, error)

Human takes a pointer to Element, device type ["FMBXY", "FM64", "FM36", "FM11XY"] and return a pointer to decoding key

Example 
// test with Codec8 Extended packet
stringData := `01e4cafe0126000f333532303934303839333937343634080400000163c803b420010a259e1a1d4a057d00da0128130057421b0a4503f00150051503ef01510052005900be00c1000ab50008b60005427025cd79d8ce605a5400005500007300005a0000c0000007c700000018f1000059d910002d32c85300000000570000000064000000f7bf000000000000000163c803ac50010a25a9d21d4a01b600db0128130056421b0a4503f00150051503ef01510052005900be00c1000ab50008b6000542702ecd79d8ce605a5400005500007300005a0000c0000007c700000017f1000059d910002d32b05300000000570000000064000000f7bf000000000000000163c803a868010a25b5581d49fe5400db0127130057421b0a4503f00150051503ef01510052005900be00c1000ab50008b60005427039cd79d8ce605a5400005500007300005a0000c0000007c700000017f1000059d910002d32995300000000570000000064000000f7bf000000000000000163c803a4b2010a25cc861d49f75c00db0124130058421b0a4503f00150051503ef01510052005900be00c1000ab50008b6000542703ccd79d8ce605a5400005500007300005a0000c0000007c700000018f1000059d910002d32695300000000570000000064000000f7bf000000000004`

/*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*/

bs, _ := hex.DecodeString(stringData)

// decode a raw data byte slice
parsedData, err := Decode(&bs)
if err != nil {
	log.Panicf("Error when decoding a bs, %v\n", err)
}

// initialize a human decoder
humanDecoder := HumanDecoder{}

// loop over raw data
for _, val := range parsedData.Data {
	// loop over Elements
	for _, ioel := range val.Elements {
		// decode to human readable format
		decoded, err := humanDecoder.Human(&ioel, "FM11XY") // second parameter - device family type ["FMBXY", "FM64", "FM36", "FM11XY"]
		if err != nil {
			log.Panicf("Error when converting human, %v\n", err)
		}

		// get final decoded value to value which is specified in ./teltonikajson/ in paramether FinalConversion
		if val, err := (*decoded).GetFinalValue(); err != nil {
			log.Panicf("Unable to GetFinalValue() %v", err)
		} else if val != nil {
			// print output
			fmt.Printf("Property Name: %v, Value: %v\n", decoded.AvlEncodeKey.PropertyName, val)
		}
	}
}

Output:
Property Name: GPS Status, Value: 3
Property Name: Movement Sensor, Value: 1
Property Name: Data Mode, Value: 5
Property Name: GSM level, Value: 3
Property Name: Ignition, Value: 1
Property Name: LVCAN Speed, Value: 0
Property Name: LVCAN Accelerator Pedal Position, Value: 0
Property Name: LVCAN Fuel Level (percentage), Value: 0
Property Name: LVC CNG Status, Value: 0
Property Name: LVC Oil level, Value: 0
Property Name: PDOP, Value: 8
Property Name: HDOP, Value: 5
Property Name: External Power Voltage, Value: 28709
Property Name: Cell ID, Value: 31192
Property Name: Area Code, Value: 24666
Property Name: LVCAN Fuel Level (liters), Value: 0
Property Name: LVCAN Engine RPM, Value: 0
Property Name: LVC Engine Temperature, Value: 0
Property Name: LVCAN Door Status, Value: 0
Property Name: LVC CNG Level, Value: 0
Property Name: Odometer/Trip Distance, Value: 24
Property Name: GSM Operator Code, Value: 23001
Property Name: Total distance, Value: 2962120
Property Name: LVCAN Total Fuel Used, Value: 0
Property Name: LVCAN Vehicle Distance, Value: 0
Property Name: LVCAN Program Number, Value: 247
Property Name: LVC CNG Used, Value: 0
Property Name: GPS Status, Value: 3
Property Name: Movement Sensor, Value: 1
Property Name: Data Mode, Value: 5
Property Name: GSM level, Value: 3
Property Name: Ignition, Value: 1
Property Name: LVCAN Speed, Value: 0
Property Name: LVCAN Accelerator Pedal Position, Value: 0
Property Name: LVCAN Fuel Level (percentage), Value: 0
Property Name: LVC CNG Status, Value: 0
Property Name: LVC Oil level, Value: 0
Property Name: PDOP, Value: 8
Property Name: HDOP, Value: 5
Property Name: External Power Voltage, Value: 28718
Property Name: Cell ID, Value: 31192
Property Name: Area Code, Value: 24666
Property Name: LVCAN Fuel Level (liters), Value: 0
Property Name: LVCAN Engine RPM, Value: 0
Property Name: LVC Engine Temperature, Value: 0
Property Name: LVCAN Door Status, Value: 0
Property Name: LVC CNG Level, Value: 0
Property Name: Odometer/Trip Distance, Value: 23
Property Name: GSM Operator Code, Value: 23001
Property Name: Total distance, Value: 2962096
Property Name: LVCAN Total Fuel Used, Value: 0
Property Name: LVCAN Vehicle Distance, Value: 0
Property Name: LVCAN Program Number, Value: 247
Property Name: LVC CNG Used, Value: 0
Property Name: GPS Status, Value: 3
Property Name: Movement Sensor, Value: 1
Property Name: Data Mode, Value: 5
Property Name: GSM level, Value: 3
Property Name: Ignition, Value: 1
Property Name: LVCAN Speed, Value: 0
Property Name: LVCAN Accelerator Pedal Position, Value: 0
Property Name: LVCAN Fuel Level (percentage), Value: 0
Property Name: LVC CNG Status, Value: 0
Property Name: LVC Oil level, Value: 0
Property Name: PDOP, Value: 8
Property Name: HDOP, Value: 5
Property Name: External Power Voltage, Value: 28729
Property Name: Cell ID, Value: 31192
Property Name: Area Code, Value: 24666
Property Name: LVCAN Fuel Level (liters), Value: 0
Property Name: LVCAN Engine RPM, Value: 0
Property Name: LVC Engine Temperature, Value: 0
Property Name: LVCAN Door Status, Value: 0
Property Name: LVC CNG Level, Value: 0
Property Name: Odometer/Trip Distance, Value: 23
Property Name: GSM Operator Code, Value: 23001
Property Name: Total distance, Value: 2962073
Property Name: LVCAN Total Fuel Used, Value: 0
Property Name: LVCAN Vehicle Distance, Value: 0
Property Name: LVCAN Program Number, Value: 247
Property Name: LVC CNG Used, Value: 0
Property Name: GPS Status, Value: 3
Property Name: Movement Sensor, Value: 1
Property Name: Data Mode, Value: 5
Property Name: GSM level, Value: 3
Property Name: Ignition, Value: 1
Property Name: LVCAN Speed, Value: 0
Property Name: LVCAN Accelerator Pedal Position, Value: 0
Property Name: LVCAN Fuel Level (percentage), Value: 0
Property Name: LVC CNG Status, Value: 0
Property Name: LVC Oil level, Value: 0
Property Name: PDOP, Value: 8
Property Name: HDOP, Value: 5
Property Name: External Power Voltage, Value: 28732
Property Name: Cell ID, Value: 31192
Property Name: Area Code, Value: 24666
Property Name: LVCAN Fuel Level (liters), Value: 0
Property Name: LVCAN Engine RPM, Value: 0
Property Name: LVC Engine Temperature, Value: 0
Property Name: LVCAN Door Status, Value: 0
Property Name: LVC CNG Level, Value: 0
Property Name: Odometer/Trip Distance, Value: 24
Property Name: GSM Operator Code, Value: 23001
Property Name: Total distance, Value: 2962025
Property Name: LVCAN Total Fuel Used, Value: 0
Property Name: LVCAN Vehicle Distance, Value: 0
Property Name: LVCAN Program Number, Value: 247
Property Name: LVC CNG Used, Value: 0

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