The `gpsd_client` module contains types and functions to connect to
[gpsd] https://gpsd.io/index.html to get gps coordinates and how many
satellites you are receiving information from and how many satellites
the information is being used.

The `gps-client` uses a TcpStream to connect to the gpsd socket server to read and
write information to `gpsd`. This package was modeled from the python3 gpsd package.

# Update
You now have the ability to change the time format from %Y-%m-%dT%H:%M:%S.%fZ.
The connection has now been set up to tell gpsd to use NMEA

# Testing

`gpsd_client` was test with gpsd: 3.22 on Linux Debian Distro.
From more information about gpsd just check out the documentation at https://gpsd.io/index.html.

## Examples

```
use gpsd_client::*;
use std::thread;
use std::time::Duration;
use std::process;

fn main() {
      // Connecting to the gpsd socket server.
      let mut gps: GPS = match GPS::connect() {
          Ok(t) => t,
          Err(e) => {
              println!("{e}");
              process::exit(1);
          }
      };

      let mut count: i32 = 0;

      loop {
          count += 1;
          // Getting the data from the gps device.
          let data: GPSData = gps.current_data().unwrap();
          println!("{data:#?}");
          let my_time: String = data.convert_time("America/Chicago").unwrap();
          let mph: f32 = data.convert_speed(true);
          let direction: String = data.travel_direction();
          println!(
              "Lat: {}, Lon: {}, Time: {}, Speed: {:.1}, Direction: {}",
              data.lat, data.lon, my_time, mph, direction
          );
          if count == 5 { break; }
          thread::sleep(Duration::from_millis(500));
      }

      // Closing the TcpStream and BufReader to the gpsd socket server.
      gps.close();
}
```