Bagian ini mendokumentasikan cara menetapkan tujuan kendaraan setelah server Anda mencocokkan perjalanan dengan kendaraan.
Sebelum memulai
Bagian ini mewajibkan Anda untuk menyelesaikan hal-hal berikut:
Menetapkan tujuan di aplikasi pengemudi
Setelah menyambungkan konsumen dengan pengemudi, Anda harus mengonfigurasi tujuan di aplikasi driver dengan melakukan langkah-langkah berikut:
Mengambil tujuan kendaraan dari pengumpulan titik jalan di Fleet Engine, yang ditampilkan oleh
GetTrip()
,UpdateTrip()
, danGetVehicle()
.Menetapkan tujuan dengan memanggil metode Navigation SDK for Android
setDestination()
Contoh berikut menunjukkan cara menetapkan tujuan di aplikasi pengemudi.
Java
private void navigateToLocation(LatLng locationLatLng, RoutingOptions routingOptions) {
Waypoint destination = Waypoint.newBuilder().setLocation(locationLatLng).build();
// Create a future to await the result of the asynchronous navigator task.
ListenableResultFuture<Navigator.RouteStatus> pendingRoute =
mNavigator.setDestination(destination, travelMode);
// Define the action to perform when the SDK has determined the route.
pendingRoute.setOnResultListener(
new ListenableResultFuture.OnResultListener<Navigator.RouteStatus>() {
@Override
public void onResult(Navigator.RouteStatus code) {
switch (code) {
case OK:
// Hide the toolbar to maximize the navigation UI.
if (getActionBar() != null) {
getActionBar().hide();
}
// Enable voice audio guidance (through the device speaker).
mNavigator.setAudioGuidance(
Navigator.AudioGuidance.VOICE_ALERTS_AND_GUIDANCE);
// Simulate vehicle progress along the route for demo/debug builds.
if (BuildConfig.DEBUG) {
mNavigator.getSimulator().simulateLocationsAlongExistingRoute(
new SimulationOptions().speedMultiplier(5));
}
// Start turn-by-turn guidance along the current route.
mNavigator.startGuidance();
break;
// Handle error conditions returned by the navigator.
case NO_ROUTE_FOUND:
displayMessage("Error starting navigation: No route found.");
break;
case NETWORK_ERROR:
displayMessage("Error starting navigation: Network error.");
break;
case ROUTE_CANCELED:
displayMessage("Error starting navigation: Route canceled.");
break;
default:
displayMessage("Error starting navigation: "
+ String.valueOf(code));
}
}
});
}
Kotlin
private fun navigateToLocation(locationLatLng: LatLng, travelMode: RoutingOptions) {
val destination = Waypoint.newBuilder().setLocation(locationLatLng).build()
// Create a future to await the result of the asynchronous navigator task.
val pendingRoute = mNavigator.setDestination(destination, travelMode)
// Define the action to perform when the SDK has determined the route.
pendingRoute.setOnResultListener(
object : ListenableResultFuture.OnResultListener<Navigator.RouteStatus>() {
override fun onResult(code: Navigator.RouteStatus) {
when (code) {
Navigator.RouteStatus.OK -> {
// Hide the toolbar to maximize the navigation UI.
getActionBar()?.hide()
// Enable voice audio guidance (through the device speaker).
mNavigator.setAudioGuidance(Navigator.AudioGuidance.VOICE_ALERTS_AND_GUIDANCE)
// Simulate vehicle progress along the route for demo/debug builds.
if (BuildConfig.DEBUG) {
mNavigator
.getSimulator()
.simulateLocationsAlongExistingRoute(SimulationOptions().speedMultiplier(5))
}
// Start turn-by-turn guidance along the current route.
mNavigator.startGuidance()
}
Navigator.RouteStatus.NO_ROUTE_FOUND -> {
displayMessage("Error starting navigation: No route found.")
}
Navigator.RouteStatus.NETWORK_ERROR -> {
displayMessage("Error starting navigation: Network error.")
}
Navigator.RouteStatus.ROUTE_CANCELED -> {
displayMessage("Error starting navigation: Route canceled.")
}
else -> {
displayMessage("Error starting navigation: ${code.name}")
}
}
}
}
)
}