/**
 * Copyright © 2025 Nevis Security AG. All rights reserved.
 */

/**
 * The result of the certificate validation done to know if the keys generated by the device have been
 * generated using a chipset containing a {@link https://developer.android.com/privacy-and-security/security-key-attestation#root_certificate | Google root certificate}
 *
 * For a device to support full basic attestation, the certificate chain validation result is
 * {@link CertificateChainValidationResult.Success}.
 *
 * @group Common Objects
 * @see {@link FidoUafAttestationInformation.certificateChainValidationResult}
 */
export enum CertificateChainValidationResult {
	/**
	 * The certificate chain generated by the device is valid. This means that the mobile device has
	 * hardware that is using a known Google root certificate, that there are no revoked nor expired
	 * certificates in it, and that all certificates in the chain are properly signed.
	 */
	Success = 'SUCCESS',

	/**
	 * The certificate chain contains an unknown root certificate. This can occur with old devices,
	 * or new devices (like some Huawei models) that do not have a Google certified chipset.
	 */
	UnknownRootCertificate = 'UNKNOWN_ROOT_CERTIFICATE',

	/**
	 * The certificate chain contains a known Google root certificate. However, it also contains at
	 * least one revoked certificate from the certificate revocation list (CRL) published by Google
	 * {@link https://android.googleapis.com/attestation/status | here}. This can occur when the device
	 * is using a compromised certificate.
	 */
	CrlValidationFailed = 'CRL_VALIDATION_FAILED',

	/**
	 * The certificate chain contains a known Google root certificate, but the certificate chain could
	 * not be verified. This can occur if a rogue client is trying to mimic a trusted mobile device.
	 * It can also occur that in old devices one of the intermediate certificates in the chain has expired.
	 */
	InvalidCertificateChain = 'INVALID_CERTIFICATE_CHAIN',
}