gpsd-pindrop 1.0.7

CLI GPSD Client

pindrop

Requirements

• gpsd
• gps dongle

Setup

I'm using this tool in an old vehicle to track it's location. However, it can be used for many applications! This is just a command line wrapper for the gpsd-py3 library, which in effect is a gpsd client library. Gpsd is the server that is handling the serial communication from the modem, and will still have to be set as such. There are plenty of tutorials to set up gpsd, here is one that I find useful.

Once gpsd is successfully set up, install pindrop's dependencies.

Install with pip pip3 install gpsd-pindrop

or

Clone this reposiitory and run: pip3 install -r requirements.txt

Operation

usage: pindrop.py [-h] [--loc] [--lat] [--lon] [--map] [--alt] [--speed]
                  [--host HOST] [--port PORT] [--climb] [--sats] [--track]
                  [--movement] [--vertspeed] [--error] [--device] [--weather]
                  [--addr] [-v] [-a]

CLI GPSD Client

optional arguments:
  -h, --help     show this help message and exit
  --loc          get location as lat/lon pair
  --lat          get latitude in decimal format
  --lon          get longitude in decimal format
  --map          get link to your location on a map
  --alt          get altitude in meters
  --speed        get speed in m/s
  --host HOST    host to connect to (default: 127.0.01)
  --port PORT    port to connect to (default: 2497)
  --climb        get climb in m/s
  --sats         get number of satellites currently visible
  --track        get course over ground, degrees from true north
  --movement     Get the speed and direction of the current movement
  --vertspeed    Get the vertical speed
  --error        get error estimates of readings, 95 percent confidence
  --device       get gps device information
  --weather      get weather at location (requires internet)
  --addr         get geocoded address from lat/lon (requires internet)
  -v, --verbose  increase verbosity
  -a, --all      display all location information

Daemon Mode

By using the --daemon flag, you can use this tool to regularly query and store information from gpsd. The default config is used, stored as config.py. You can see all the possible configuration options here. If you would like to use your own configuration, use config.json stored in the root level of this repo as a template.

Example

pi@carbox:~ $ pindrop --daemon --conf /path/to/config.json

or

pi@carbox:~ $ pindrop --daemon

to run with default config. if this is done, make sure you create a valid directory path of /data/pindrop

Default Configuration

These are the options by default, which should be replaced with custom config if needed. Options in logging list and output_types should be removed if not needed.

{
    'period': 30 # every number in seconds to check gpsd
    'sqlite_db':'/data/pindrop/pindrop.sqlite', #path for sqlite file
    'output_dir':"/data/pindrop", # data directory
    'output_types' : [
                     'json',
                     'sqlite',
                  ],
    'exception_period': 2, # seconds to wait before querying the gps again in case of low mode/failed call
    'log_rotation': 3000,  # number in seconds to rotate logs
    'naming_pattern': "%Y-%m-%d_%H:%M:%S", # strftime naming pattern for log timestamp
    'logging': [            # Possible Options
               "location",
                "longitude",
                "latitude",    
                "altitude",
                "hspeed",
                "vertspeed",
                "climb",
                "track",
                "movement",
                "sats",
                "error",
                "timestamp",
                "address",
                ]
}

Example output:

For all possible output printed in a nice way, use the -a flag for all output

pi@carbox:~ $ pindrop -a

               *****
              *******
             ***   ***
             ***   ***
              *** ***
               *****
                ***
                 *

              Pindrop

Lat,Lon:(30.337453049, -70.113382638)
Alt: 285.318m
Speed: 0.0m/s
Vertical Speed: 0m/s
Climb: 0.0m/s
Track: 0.0
Movement:
{'climb': 0.0, 'speed': 0.0, 'track': 0.0}
Device Information:
{'driver': 'SiRF', 'path': '/dev/ttyUSB0', 'speed': 4800}
Satellites Available: 12
Mode: 3
Percent Error Information:
{'c': 0.68, 's': 0.26, 't': 0.005, 'v': 29.011, 'x': 9.174, 'y': 11.076}
Time (UTC): 2020-02-17T16:16:43.000Z
Address:
123, Street, Town, County, State, Zip, Country

Weather:
               Mist
  _ - _ - _ -  33 °F
   _ - _ - _   ↓ 0 mph
  _ - _ - _ -  3 mi
               0.0 in


View Here: http://www.openstreetmap.org/?mlat=30.337453009&mlon=-70.113382638&zoom=15

For terse output, omit the verbose flag and call arguments individually:

pi@carbox:~ $ pindrop --lat
30.337453049

Roadmap

• Completely wrap gpsd-py3 options, all functions and variables covered.
• Allow for many output modes (json, csv, nmea, kml)
• daemon mode
• REST API Endpoint logging feature (will work with my other project, hq, in the future)
• HomeAssistant Logging feature
• database logging feature (sqlite, postgres, mysql)
• geocoding lat/lon to address

Tips

In my case, I want to develop on my main machine, but still use the gpsd server on my raspberry pi for getting information. I make an ssh tunnel for port 2497 on the pi with the gpsd server, and then I can develop as if the server was local:

ssh -N -L 2947:localhost:2947 pi@10.0.0.17

You can also change the settings of gpsd to make the port accessible to other devices, but this is a more secure option that leaves gpsd untouched.

Contributions

• Please contribute! If there's an error let me know -- even better if you can fix it :)

• A big thank you to anyone who has helped:

  • MartijnBraam - gpsd-py3