// Latest stable release
.package(name: "MapboxDirections", url: "https://github.com/mapbox/mapbox-directions-swift.git", from: "2.6.0")
// Latest prerelease
.package(name: "MapboxDirections", url: "https://github.com/mapbox/mapbox-directions-swift.git", .exact("2.6.0-rc.1"))

// main.swift
import MapboxDirections

let directions = Directions(credentials: Credentials(accessToken: "<#your access token#>"))

// main.swift
let directions = Directions.shared

// main.swift

let waypoints = [
    Waypoint(coordinate: CLLocationCoordinate2D(latitude: 38.9131752, longitude: -77.0324047), name: "Mapbox"),
    Waypoint(coordinate: CLLocationCoordinate2D(latitude: 38.8977, longitude: -77.0365), name: "White House"),
]
let options = RouteOptions(waypoints: waypoints, profileIdentifier: .automobileAvoidingTraffic)
options.includesSteps = true

let task = directions.calculate(options) { (session, result) in
    switch result {
    case .failure(let error):
        print("Error calculating directions: \(error)")
    case .success(let response):
        guard let route = response.routes?.first, let leg = route.legs.first else {
            return
        }

        print("Route via \(leg):")

        let distanceFormatter = LengthFormatter()
        let formattedDistance = distanceFormatter.string(fromMeters: route.distance)

        let travelTimeFormatter = DateComponentsFormatter()
        travelTimeFormatter.unitsStyle = .short
        let formattedTravelTime = travelTimeFormatter.string(from: route.expectedTravelTime)

        print("Distance: \(formattedDistance); ETA: \(formattedTravelTime!)")

        for step in leg.steps {
            print("\(step.instructions)")
            let formattedDistance = distanceFormatter.string(fromMeters: step.distance)
            print("— \(formattedDistance) —")
        }
    }
}

// main.swift

let coordinates = [
    CLLocationCoordinate2D(latitude: 32.712041, longitude: -117.172836),
    CLLocationCoordinate2D(latitude: 32.712256, longitude: -117.17291),
    CLLocationCoordinate2D(latitude: 32.712444, longitude: -117.17292),
    CLLocationCoordinate2D(latitude: 32.71257,  longitude: -117.172922),
    CLLocationCoordinate2D(latitude: 32.7126,   longitude: -117.172985),
    CLLocationCoordinate2D(latitude: 32.712597, longitude: -117.173143),
    CLLocationCoordinate2D(latitude: 32.712546, longitude: -117.173345)
]

let options = MatchOptions(coordinates: coordinates)
options.includesSteps = true

let task = directions.calculate(options) { (session, result) in
    switch result {
    case .failure(let error):
        print("Error matching coordinates: \(error)")
    case .success(let response):
        guard let match = response.matches?.first, let leg = match.legs.first else {
            return
        }

        print("Match via \(leg):")

        let distanceFormatter = LengthFormatter()
        let formattedDistance = distanceFormatter.string(fromMeters: match.distance)

        let travelTimeFormatter = DateComponentsFormatter()
        travelTimeFormatter.unitsStyle = .short
        let formattedTravelTime = travelTimeFormatter.string(from: match.expectedTravelTime)

        print("Distance: \(formattedDistance); ETA: \(formattedTravelTime!)")

        for step in leg.steps {
            print("\(step.instructions)")
            let formattedDistance = distanceFormatter.string(fromMeters: step.distance)
            print("— \(formattedDistance) —")
        }
    }
}

let isochrones = Isochrones(credentials: Credentials(accessToken: "<#your access token#>"))

let isochroneOptions = IsochroneOptions(centerCoordinate: CLLocationCoordinate2D(latitude: 45.52, longitude: -122.681944),
                                        contours: .byDistances([
                                            .init(value: 500, unit: .meters,     color: .orange),
                                            .init(value: 1,   unit: .kilometers, color: .red)
                                        ]))

isochrones.calculate(isochroneOptions) { session, result in
    if case .success(let response) = result {
         print(response)
    }
}

// main.swift

if var routeCoordinates = route.shape?.coordinates, routeCoordinates.count > 0 {
    // Convert the route’s coordinates into a polyline.
    let routeLine = MGLPolyline(coordinates: &routeCoordinates, count: UInt(routeCoordinates.count))

    // Add the polyline to the map.
    mapView.addAnnotation(routeLine)

    // Fit the viewport to the polyline.
    let camera = mapView.cameraThatFitsShape(routeLine, direction: 0, edgePadding: .zero)
    mapView.setCamera(camera, animated: true)
}

// main.swift
import MapboxStatic
import MapboxDirections

let centerCoordinate = CLLocationCoordinate2D(latitude: 45.52, longitude: -122.681944)
let accessToken = "<#your access token#>"

// Setup snapshot parameters
let camera = SnapshotCamera(
    lookingAtCenter: centerCoordinate,
    zoomLevel: 12)
let options = SnapshotOptions(
    styleURL: URL(string: "<#your mapbox: style URL#>")!,
    camera: camera,
    size: CGSize(width: 200, height: 200))

// Request Isochrone contour to draw on a map
let isochrones = Isochrones(credentials: Credentials(accessToken: accessToken))
isochrones.calculate(IsochroneOptions(centerCoordinate: centerCoordinate,
                                      contours: .byDistances([.init(value: 500, unit: .meters)]))) { session, result in
    if case .success(let response) = result {
        // Serialize the geoJSON
        let encoder = JSONEncoder()
        let data = try! encoder.encode(response)
        let geoJSONString = String(data: data, encoding: .utf8)!
        let geoJSONOverlay = GeoJSON(objectString: geoJSONString)

        // Feed resulting geoJSON to snapshot options
        options.overlays.append(geoJSONOverlay)

        let snapshot = Snapshot(
            options: options,
            accessToken: accessToken)

        // Display the result!
        drawImage(snapshot.image)
    }
}