Testare l'integrazione dell'API Play Age Signals (beta)

Per verificare la gestione da parte della tua app di vari indicatori di età e dello stato di condivisione dell'età, utilizza FakeAgeSignalsManager fornito nell'artefatto di test dell'SDK. FakeAgeSignalsManager ti consente di simulare le risposte API per i test di unità e integrazione sostituendo l'istanza AgeSignalsManager di produzione.

Per simulare diversi tipi di risposta utilizzando l'SDK dell'API Play Age Signals versione 0.0.4, consulta i seguenti esempi:

Esempio 1: richiedere l'accesso (età condivisa dall'utente)

Kotlin

val fakeAccessResult = AgeSignalsAccessResult.builder()
    .setAgeSignalsStatus(AgeSignalsStatus.SHARED) // or NOT_SHARED
    .build()

val manager = FakeAgeSignalsManager()
manager.setNextAgeSignalsAccessResult(fakeAccessResult)
manager.requestAgeSignalsAccess(
    AgeSignalsAccessRequest.builder()
        .setActivity(fakeActivity)
        .build()
)
    .addOnSuccessListener { /* handle success */ }

Java

AgeSignalsAccessResult fakeAccessResult = AgeSignalsAccessResult.builder()
    .setAgeSignalsStatus(AgeSignalsStatus.SHARED) // or NOT_SHARED
    .build();

FakeAgeSignalsManager manager = new FakeAgeSignalsManager();
manager.setNextAgeSignalsAccessResult(fakeAccessResult);
manager.requestAgeSignalsAccess(
        AgeSignalsAccessRequest.builder()
            .setActivity(fakeActivity)
            .build())
    .addOnSuccessListener(/* handle success */);

Esempio 2: richiesta di accesso (l'utente non ha condiviso l'età)

Kotlin

val fakeAccessResult = AgeSignalsAccessResult.builder()
    .setAgeSignalsStatus(AgeSignalsStatus.NOT_SHARED)
    .build()

val manager = FakeAgeSignalsManager()
manager.setNextAgeSignalsAccessResult(fakeAccessResult)
manager.requestAgeSignalsAccess(
    AgeSignalsAccessRequest.builder()
        .setActivity(fakeActivity)
        .build()
)
    .addOnSuccessListener { /* handle success */ }

Java

AgeSignalsAccessResult fakeAccessResult = AgeSignalsAccessResult.builder()
    .setAgeSignalsStatus(AgeSignalsStatus.NOT_SHARED)
    .build();

FakeAgeSignalsManager manager = new FakeAgeSignalsManager();
manager.setNextAgeSignalsAccessResult(fakeAccessResult);
manager.requestAgeSignalsAccess(
        AgeSignalsAccessRequest.builder()
            .setActivity(fakeActivity)
            .build())
    .addOnSuccessListener(/* handle success */);

Esempio 3: adulto verificato (18 anni o più)

Kotlin

val fakeVerifiedUser = AgeSignalsResult.builder()
    .setAgeRangeSource(AgeRangeSource.TIER_D)
    .setAgeLower(18)
    .build()

val manager = FakeAgeSignalsManager()
manager.setNextAgeSignalsResult(fakeVerifiedUser)
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnSuccessListener { /* handle success */ }

Java

AgeSignalsResult fakeVerifiedUser = AgeSignalsResult.builder()
    .setAgeRangeSource(AgeRangeSource.TIER_D)
    .setAgeLower(18)
    .build();

FakeAgeSignalsManager manager = new FakeAgeSignalsManager();
manager.setNextAgeSignalsResult(fakeVerifiedUser);
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnSuccessListener(/* handle success */);

Esempio 4: minorenne con supervisione (13-15 anni)

Kotlin

val fakeSupervisedUser = AgeSignalsResult.builder()
    .setAgeRangeSource(AgeRangeSource.TIER_B)
    .setAgeLower(13)
    .setAgeUpper(15)
    .setInstallId("fake_install_id_123")
    .build()

val manager = FakeAgeSignalsManager()
manager.setNextAgeSignalsResult(fakeSupervisedUser)
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnSuccessListener { /* handle success */ }

Java

AgeSignalsResult fakeSupervisedUser = AgeSignalsResult.builder()
    .setAgeRangeSource(AgeRangeSource.TIER_B)
    .setAgeLower(13)
    .setAgeUpper(15)
    .setInstallId("fake_install_id_123")
    .build();

FakeAgeSignalsManager manager = new FakeAgeSignalsManager();
manager.setNextAgeSignalsResult(fakeSupervisedUser);
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnSuccessListener(/* handle success */);

Esempio 5: Minore supervisionato con modifica significativa in attesa

Kotlin

val fakePendingChangeUser = AgeSignalsResult.builder()
    .setAgeRangeSource(AgeRangeSource.TIER_B)
    .setAgeLower(13)
    .setAgeUpper(15)
    .setSignificantChangeStatus(SignificantChangeStatus.PENDING)
    .setInstallId("fake_install_id_123")
    .build()

val manager = FakeAgeSignalsManager()
manager.setNextAgeSignalsResult(fakePendingChangeUser)
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnSuccessListener { /* handle success */ }

Java

AgeSignalsResult fakePendingChangeUser = AgeSignalsResult.builder()
    .setAgeRangeSource(AgeRangeSource.TIER_B)
    .setAgeLower(13)
    .setAgeUpper(15)
    .setSignificantChangeStatus(SignificantChangeStatus.PENDING)
    .setInstallId("fake_install_id_123")
    .build();

FakeAgeSignalsManager manager = new FakeAgeSignalsManager();
manager.setNextAgeSignalsResult(fakePendingChangeUser);
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnSuccessListener(/* handle success */);

Esempio 6: Minore supervisionato con modifica significativa approvata

Kotlin

val fakeApprovedChangeUser = AgeSignalsResult.builder()
    .setAgeRangeSource(AgeRangeSource.TIER_B)
    .setAgeLower(13)
    .setAgeUpper(15)
    .setSignificantChangeStatus(SignificantChangeStatus.APPROVED)
    .setSignificantChangeApprovalDate(Date(1777939200000L)) // e.g., 2026-05-01
    .setInstallId("fake_install_id_123")
    .build()

val manager = FakeAgeSignalsManager()
manager.setNextAgeSignalsResult(fakeApprovedChangeUser)
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnSuccessListener { /* handle success */ }

Java

AgeSignalsResult fakeApprovedChangeUser = AgeSignalsResult.builder()
    .setAgeRangeSource(AgeRangeSource.TIER_B)
    .setAgeLower(13)
    .setAgeUpper(15)
    .setSignificantChangeStatus(SignificantChangeStatus.APPROVED)
    .setSignificantChangeApprovalDate(new Date(1777939200000L)) // e.g., 2026-05-01
    .setInstallId("fake_install_id_123")
    .build();

FakeAgeSignalsManager manager = new FakeAgeSignalsManager();
manager.setNextAgeSignalsResult(fakeApprovedChangeUser);
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnSuccessListener(/* handle success */);

Esempio 7: simulazione di eccezioni API

Kotlin

val manager = FakeAgeSignalsManager()
manager.setNextAgeSignalsException(AgeSignalsException(AgeSignalsErrorCode.NETWORK_ERROR))
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnFailureListener { /* handle error */ }

Java

FakeAgeSignalsManager manager = new FakeAgeSignalsManager();
manager.setNextAgeSignalsException(new AgeSignalsException(AgeSignalsErrorCode.NETWORK_ERROR));
manager.checkAgeSignals(AgeSignalsRequest.builder().build())
    .addOnFailureListener(/* handle error */);

Test con i tester delle licenze

Normalmente, l'API Play Age Signals è bloccata e restituisce un errore APP_NOT_OWNED per le app che non vengono aggiornate tramite Google Play. I tester della licenza possono ignorare questo controllo, il che significa che puoi eseguire il sideload delle app per testare l'integrazione dell'API Age Signals live. In questo modo puoi utilizzare build di debug con firme di debug senza caricare la nuova versione della tua app. Tieni presente che il nome del pacchetto dell'applicazione deve corrispondere esattamente all'app configurata per Google Play e l'Account Google attivo sul dispositivo di test deve essere registrato come tester di licenze per il tuo account Google Play Console.

Indietro
Comprendere le risposte dell'API Age Signals
Avanti
Messaggio del codice di errore