import PrismCapabilities

let client = PrismLocationClient()

// Check current status
let permission = client.permissionStatus
// .notDetermined, .restricted, .denied, .authorizedWhenInUse, .authorizedAlways

// Request authorization
try await client.requestWhenInUseAuthorization()

let location = try await client.currentLocation(
    accuracy: .best
)

print("Lat: \(location.latitude)")
print("Lng: \(location.longitude)")
print("Alt: \(location.altitude ?? 0)m")
print("Accuracy: \(location.horizontalAccuracy)m")

for await location in client.startUpdating(accuracy: .nearestTenMeters) {
    print("\(location.latitude), \(location.longitude)")
}

let region = PrismGeofenceRegion(
    id: "office",
    latitude: 37.7749,
    longitude: -122.4194,
    radius: 200  // meters
)

try await client.startMonitoring(region: region)

for await event in client.geofenceEvents {
    switch event {
    case .entered(let region):
        print("Entered \(region.id)")
    case .exited(let region):
        print("Exited \(region.id)")
    }
}

let mapClient = PrismMapClient()

// Forward geocode
let coordinates = try await mapClient.geocode(
    address: "1 Apple Park Way, Cupertino, CA"
)

// Reverse geocode
let placemark = try await mapClient.reverseGeocode(
    latitude: 37.3349,
    longitude: -122.0090
)
print(placemark.locality ?? "Unknown city")

let results = try await mapClient.search(
    query: "coffee",
    near: PrismLocation(latitude: 37.7749, longitude: -122.4194),
    radius: 1000
)

for place in results {
    print("\(place.name) — \(place.distance)m away")
}