Server software for Oko Navi 2 GPS Trackers, Vehicle trackers, AVL units
Oko Navi 2
| Parser item name | Data type | Description |
|---|
| FULL_DATA_PACKET | String | One message from a data packet |
| DATA_PACKET | String | Same as FULL_DATA_PACKET, but without data packet signatures (if exist) |
| DATE_TIME_STAMP | DateTime | Datetime stamp |
| DATA_SOURCE_ID | Integer | Data source ID |
| DATA_SOURCE_NAME | String | Data source name |
| DATA_SOURCE_FULL_NAME | String | Data source full name |
| CLIENTID | Integer | Tracker's remote IP address and port |
| TIME_UTC | DateTime | UTC time |
| DATE_UTC | DateTime | UTC date |
| TIMESTAMP_UTC | DateTime | UTC date and time |
| TIMESTAMP | DateTime | Local date and time |
| GPS_STATE | String | GPS status |
| LATITUDE2 | String | Latitude (source) |
| LATITUDE2_H | String | Latitude (hemisphere) |
| LATITUDE | Float | Latitude 1) |
| LATITUDE_DEG | String | Latitude (format: deg/min/sec) |
| LONGITUDE2 | String | Longitude (source) |
| LONGITUDE2_H | String | Longitude (hemisphere) |
| LONGITUDE | Float | Longitude 1) |
| LONGITUDE_DEG | String | Longitude (format: deg/min/sec) |
| SPEED_KNOTS | Float | Speed (knots) |
| SPEED | Float | Speed |
| ANGLE | Float | Course |
| SATELLITES | Integer | Satellites |
| AI1 | Float | Analog input 1 |
| EVENTID | Integer | Event ID |
| VEXT | Float | External voltage |
| T1 | Integer | Temperature 1 |
| T2 | Integer | Temperature 2 |
| T3 | Integer | Temperature 3 |
| T4 | Integer | Temperature 4 |
| T5 | Integer | Temperature 5 |
| T6 | Integer | Temperature 6 |
| DI1 | Boolean | Digital input 1 |
| DI2 | Boolean | Digital input 2 |
| DI3 | Boolean | Digital input 3 |
| DI4 | Boolean | Digital input 4 |
| DO1 | Boolean | Digital output 1 |
| DO2 | Boolean | Digital output 2 |
| DO3 | Boolean | Digital output 3 |
| DO4 | Boolean | Digital output 4 |
| FLAG1 | String | Counter 1 |
| FLAG2 | String | Balance |
| ALTITUDE | Float | Altitude |
| GSM | Integer | GSM state |
| FUEL | Integer | Fuel 1 |
| FUEL2 | Integer | Fuel 2 |
1) The value is being calculated using the following formula:
d - degree
m - minutes
s - seconds
ms - milliseconds
If a longitude is west or a latitude is south, then the value is being multiplied by –1.