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Getting Started

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bun add @capgo/capacitor-native-biometric
bunx cap sync
import { NativeBiometric } from '@capgo/capacitor-native-biometric';

生物認証ハードウェアが利用可能かどうかを確認します。

import { NativeBiometric } from '@capgo/capacitor-native-biometric';
await NativeBiometric.isAvailable();

指紋認証を使用してユーザーを認証するように促します。

import { NativeBiometric } from '@capgo/capacitor-native-biometric';
await NativeBiometric.verifyIdentity();

指定されたサーバーに保存されているクレデンシャルを取得します。

import { NativeBiometric } from '@capgo/capacitor-native-biometric';
await NativeBiometric.getCredentials({} as GetCredentialOptions);

指定されたサーバーにクレデンシャルを保存します。

import { NativeBiometric } from '@capgo/capacitor-native-biometric';
await NativeBiometric.setCredentials({} as SetCredentialOptions);

指定されたサーバーに保存されているクレデンシャルを削除します。

import { NativeBiometric } from '@capgo/capacitor-native-biometric';
await NativeBiometric.deleteCredentials({} as DeleteCredentialOptions);

指定されたサーバーに保存された資格情報を取得します。資格情報は、BIOMETRY_CURRENT_SETまたはBIOMETRY_ANYでアクセス制御を設定して保存する必要があります。

iOSでは、保護されたKeychainアイテムにアクセスするときにシステムが自動的にバイオメトリックのプロンプトを表示します。Androidでは、資格情報の暗号化キーにバインドされたCryptoObjectを持つBiometricPromptが表示されます。

import { NativeBiometric } from '@capgo/capacitor-native-biometric';
await NativeBiometric.getSecureCredentials({} as GetSecureCredentialsOptions);

指定されたサーバーに保存されている資格情報がすでに存在するかどうかを確認します。

import { NativeBiometric } from '@capgo/capacitor-native-biometric';
await NativeBiometric.isCredentialsSaved({} as IsCredentialsSavedOptions);
export interface IsAvailableOptions {
/**
* Only for iOS.
* Specifies if should fallback to passcode authentication if biometric authentication is not available.
* On Android, this parameter is ignored due to BiometricPrompt API constraints:
* DEVICE_CREDENTIAL authenticator and negative button (cancel) are mutually exclusive.
*/
useFallback: boolean;
}

isAvailable()メソッドの実行結果で、バイオメトリック認証の利用可能性を示します。

export interface AvailableResult {
/**
* Whether authentication is available (biometric or fallback if useFallback is true)
*/
isAvailable: boolean;
/**
* The strength of available authentication method (STRONG, WEAK, or NONE)
*/
authenticationStrength: AuthenticationStrength;
/**
* The primary biometry type available on the device.
* On Android devices with multiple biometry types, this returns MULTIPLE.
* Use this for display purposes only - always use isAvailable for logic decisions.
*/
biometryType: BiometryType;
/**
* Whether the device has a secure lock screen (PIN, pattern, or password).
* This is independent of biometric enrollment.
*/
deviceIsSecure: boolean;
/**
* Whether strong biometry (Face ID, Touch ID, or fingerprint on devices that consider it strong)
* is specifically available, separate from weak biometry or device credentials.
*/
strongBiometryIsAvailable: boolean;
/**
* Error code from BiometricAuthError enum. Only present when isAvailable is false.
* Indicates why biometric authentication is not available.
* @see BiometricAuthError
*/
errorCode?: BiometricAuthError;
}

BiometryChangeListenerのコールバックタイプです。

export type BiometryChangeListener = (result: AvailableResult) => void;
export interface BiometricOptions {
reason?: string;
title?: string;
subtitle?: string;
description?: string;
negativeButtonText?: string;
/**
* Only for iOS.
* Specifies if should fallback to passcode authentication if biometric authentication fails.
* On Android, this parameter is ignored due to BiometricPrompt API constraints:
* DEVICE_CREDENTIAL authenticator and negative button (cancel) are mutually exclusive.
*/
useFallback?: boolean;
/**
* Only for iOS.
* Set the text for the fallback button in the authentication dialog.
* If this property is not specified, the default text is set by the system.
*/
fallbackTitle?: string;
/**
* Only for Android.
* Set a maximum number of attempts for biometric authentication. The maximum allowed by android is 5.
* @default 1
*/
maxAttempts?: number;
/**
* Only for Android.
* Specify which biometry types are allowed for authentication.
* If not specified, all available types will be allowed.
* @example [BiometryType.FINGERPRINT, BiometryType.FACE_AUTHENTICATION]
*/
allowedBiometryTypes?: BiometryType[];
}
export interface GetCredentialOptions {
server: string;
}
export interface Credentials {
username: string;
password: string;
}
export interface SetCredentialOptions {
username: string;
password: string;
server: string;
/**
* Access control level for the stored credentials.
* When set to BIOMETRY_CURRENT_SET or BIOMETRY_ANY, the credentials are
* hardware-protected and require biometric authentication to access.
*
* On iOS, this adds SecAccessControl to the Keychain item.
* On Android, this creates a biometric-protected Keystore key and requires
* BiometricPrompt authentication for both storing and retrieving credentials.
*
* @default AccessControl.NONE
* @since 8.4.0
*/
accessControl?: AccessControl;
}
export interface DeleteCredentialOptions {
server: string;
}
export interface GetSecureCredentialsOptions {
server: string;
/**
* Reason for requesting biometric authentication.
* Displayed in the biometric prompt on both iOS and Android.
*/
reason?: string;
/**
* Title for the biometric prompt.
* Only for Android.
*/
title?: string;
/**
* Subtitle for the biometric prompt.
* Only for Android.
*/
subtitle?: string;
/**
* Description for the biometric prompt.
* Only for Android.
*/
description?: string;
/**
* Text for the negative/cancel button.
* Only for Android.
*/
negativeButtonText?: string;
}
export interface IsCredentialsSavedOptions {
server: string;
}
export interface IsCredentialsSavedResult {
isSaved: boolean;
}
export enum AuthenticationStrength {
/**
* No authentication available, even if PIN is available but useFallback = false
*/
NONE = 0,
/**
* Strong authentication: Face ID on iOS, fingerprints on devices that consider fingerprints strong (Android).
* Note: PIN/pattern/password is NEVER considered STRONG, even when useFallback = true.
*/
STRONG = 1,
/**
* Weak authentication: Face authentication on Android devices that consider face weak,
* or PIN/pattern/password if useFallback = true (PIN is always WEAK, never STRONG).
*/
WEAK = 2,
}

このページはプラグインから生成されました。 src/definitions.ts再度、パブリック API がアップストリームで変更された場合に、Sync を再実行してください。

Capacitor を使用している場合 Getting Started を使用して、認証とアカウントフローの計画、Capacitor を接続してください。 @__CAPGO_KEEP_0__/__CAPGO_KEEP_1__-native-biometric を使用して、@__CAPGO_KEEP_0__/__CAPGO_KEEP_1__-native-biometric のネイティブ機能を実装してください。 @capgo/capacitor-social-login を使用して、@capgo/capacitor-social-login の実装詳細を実装してください。 @capgo/capacitor-passkey を使用して、@capgo/capacitor-passkey を実装してください。 @capgo/capacitor-native-biometric @capgo/capacitor-social-login @capgo/capacitor-passkey 実装詳細の@capgo/capacitor-passkeyの @capgo/capacitor-native-biometric 実装詳細の@capgo/capacitor-native-biometric、 2要素認証 実装詳細の2要素認証。