import justrouting

client = justrouting.Client("YOUR_API_KEY")

# Directions
route = client.routes.get(justrouting.RouteRequest(
    origin=[103.708362, 1.357371],
    destination=[103.984748, 1.352212],
    overview="full",
))

# Distance Matrix (just the depot row)
m = client.matrix.get(justrouting.MatrixRequest(
    coordinates=[[103.708362, 1.357371], [103.8514, 1.2897], [103.984748, 1.352212]],
    sources=[0], destinations=[1, 2],
))
print(m.duration(0, 1))  # seconds or None

# Fleet Optimization
solution = client.vroom.solve(justrouting.VroomRequest(
    vehicles=[justrouting.Vehicle(id=1, profile="car",
        start=[103.792, 1.324], end=[103.792, 1.324])],
    jobs=[justrouting.Job(id=1, location=[103.797, 1.310])],
))

import { Client } from '@justrouting/client';

const client = new Client('YOUR_API_KEY', { timeout: 10 });

const route = await client.routes.get({
  origin: [103.708362, 1.357371],
  destination: [103.984748, 1.352212],
});

console.log(`Distance: ${(route.distance / 1000).toFixed(1)} km`);
console.log(`Duration: ${Math.round(route.duration / 60)} min`);

client := justrouting.NewClient("YOUR_API_KEY",
    justrouting.WithHTTPClient(&http.Client{Timeout: 10 * time.Second}),
)

route, err := client.Routes.Get(ctx, &justrouting.RouteRequest{
    Origin:      []float64{103.708362, 1.357371},
    Destination: []float64{103.984748, 1.352212},
})
if err != nil {
    log.Fatal(err)
}
fmt.Printf("Distance: %.1f km\n", route.Distance/1000)