Prueba la integración de la API de Play Age Signals (beta)

Para verificar el manejo de varios indicadores de edad y el estado de uso compartido de la edad de tu app, usa FakeAgeSignalsManager que se proporciona en el artefacto de prueba del SDK. FakeAgeSignalsManager te permite simular respuestas de la API para pruebas de unidades y de integración reemplazando tu instancia de producción de AgeSignalsManager.

Para simular diferentes tipos de respuestas con la versión 0.0.4 del SDK de la API de Play Age Signals, consulta los siguientes ejemplos:

Ejemplo 1: Solicita acceso (el usuario compartió su edad)

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 */);

Ejemplo 2: Solicitar acceso (el usuario no compartió su edad)

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 */);

Ejemplo 3: Adulto verificado (mayores de 18 años)

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 */);

Ejemplo 4: Menor supervisado (de 13 a 15 años)

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 */);

Ejemplo 5: Menor supervisado con cambio significativo pendiente

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 */);

Ejemplo 6: Menor supervisado con cambio significativo aprobado

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 */);

Ejemplo 7: Simulación de excepciones de 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 */);

Pruebas con verificadores de licencias

Por lo general, la API de Play Age Signals se bloquea y devuelve un error APP_NOT_OWNED para las apps que no se actualizan a través de Google Play. Los verificadores de licencias pueden omitir esta verificación, lo que significa que puedes transferir apps de forma lateral para probar la integración de la API de Age Signals en producción. Esto te permite usar compilaciones de depuración con firmas de depuración sin subir la nueva versión de tu app. Ten en cuenta que el nombre del paquete de la aplicación debe coincidir exactamente con la app configurada para Google Play, y la Cuenta de Google activa en el dispositivo de prueba debe estar registrada como verificador de licencias para tu cuenta de Google Play Console.

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