虚拟身份验证器

一种Web身份验证器模型的表示形式.

Web 应用程序可以启用基于公钥的身份验证机制（称为 Web 身份验证）以无密码方式对用户进行身份验证。 Web 身份验证 定义了允许用户创建公钥凭据并将其注册到身份验证器的 API。 身份验证器可以是硬件设备或软件实体，用于存储用户的公钥凭证并根据请求检索它们。

顾名思义，虚拟身份验证器模拟此类身份验证器进行测试。

虚拟身份验证器选项

虚拟身份验证器具有 一组属性。 这些属性在 Selenium 绑定中映射为 VirtualAuthenticatorOptions。

    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub

Add Example

    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub
    options.setHasUserVerification(true);
    options.setIsUserConsenting(true);
    options.setTransport(Transport['USB']);
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    assert(Object.keys(options).length === 6);
Show full example
const {VirtualAuthenticatorOptions, Transport, Protocol} = require("selenium-webdriver/lib/virtual_authenticator");
const assert = require('assert')


describe('Virtual authenticator options', function () {
  let options;

  it('Virtual options', async function () {
    options = new VirtualAuthenticatorOptions();
    options.setIsUserVerified(true);
    options.setHasUserVerification(true);
    options.setIsUserConsenting(true);
    options.setTransport(Transport['USB']);
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    assert(Object.keys(options).length === 6);
  });

  it('User verified', async function () {
    options.setIsUserVerified(true);

    assert(options.toDict()['isUserVerified']);
  });
});
View full example on GitHub

Add Example

添加虚拟身份验证器

它使用提供的属性创建一个新的虚拟身份验证器。

    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub

Add Example

    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    // Register a virtual authenticator
    await driver.addVirtualAuthenticator(options);
Show full example

const { Builder} = require("selenium-webdriver");
const { Credential, VirtualAuthenticatorOptions, Transport, Protocol } = require("selenium-webdriver/lib/virtual_authenticator");
const assert = require('assert')
const { InvalidArgumentError } = require("selenium-webdriver/lib/error");


describe('Virtual authenticator', function() {
  const BASE64_ENCODED_PK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr" +
    "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV" +
    "oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ" +
    "FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq" +
    "GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0" +
    "+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM" +
    "8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD" +
    "/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ" +
    "5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe" +
    "pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol" +
    "L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d" +
    "xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi" +
    "uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8" +
    "K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct" +
    "lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa" +
    "9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH" +
    "zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H" +
    "BYGpI8g==";

  const base64EncodedPK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q" +
    "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU" +
    "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  let options;
  let driver;

  before(async function() {
    options = new VirtualAuthenticatorOptions();
    driver = await new Builder().forBrowser('chrome').build();
  });

  after(async() => await driver.quit());

  function arraysEqual(array1, array2) {
    return (array1.length === array2.length &&
      array1.every((item) => array2.includes(item)) &&
      array2.every((item) => array1.includes(item)));
  }

  it('Register a virtual authenticator', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    // Register a virtual authenticator
    await driver.addVirtualAuthenticator(options);
    let credentialList = await driver.getCredentials();

    assert.equal(0, credentialList.length);
  });

  it('Remove authenticator', async function() {
    await driver.addVirtualAuthenticator(options);
    await driver.removeVirtualAuthenticator();

    // Since the authenticator was removed, any operation using it will throw an error
    try {
      await driver.getCredentials()
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Createa and add residential key', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);
    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Add resident credential not supported when authenticator uses U2F protocol', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(true);

    await driver.addVirtualAuthenticator(options);

    let credential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    try {
      await driver.addCredential(credential)
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Create and add non residential key', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Get credential', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
    assert.equal(BASE64_ENCODED_PK, Buffer.from(credentialList[0].privateKey(), 'binary').toString('base64'));
  });

  it('Remove all credentials', async function() {
    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
    await driver.removeAllCredentials();

    let credentialList = await driver.getCredentials();
    assert.equal(0, credentialList.length);
  });

  it('Set is user verified', async function() {
    options.setIsUserVerified(true);
    assert.equal(options.getIsUserVerified(), true);
  });
});
View full example on GitHub

Add Example

删除虚拟身份验证器

删除之前添加的虚拟身份验证器。

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub

Add Example

    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub
    await driver.addVirtualAuthenticator(options);
    await driver.removeVirtualAuthenticator();
Show full example

const { Builder} = require("selenium-webdriver");
const { Credential, VirtualAuthenticatorOptions, Transport, Protocol } = require("selenium-webdriver/lib/virtual_authenticator");
const assert = require('assert')
const { InvalidArgumentError } = require("selenium-webdriver/lib/error");


describe('Virtual authenticator', function() {
  const BASE64_ENCODED_PK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr" +
    "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV" +
    "oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ" +
    "FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq" +
    "GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0" +
    "+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM" +
    "8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD" +
    "/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ" +
    "5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe" +
    "pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol" +
    "L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d" +
    "xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi" +
    "uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8" +
    "K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct" +
    "lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa" +
    "9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH" +
    "zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H" +
    "BYGpI8g==";

  const base64EncodedPK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q" +
    "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU" +
    "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  let options;
  let driver;

  before(async function() {
    options = new VirtualAuthenticatorOptions();
    driver = await new Builder().forBrowser('chrome').build();
  });

  after(async() => await driver.quit());

  function arraysEqual(array1, array2) {
    return (array1.length === array2.length &&
      array1.every((item) => array2.includes(item)) &&
      array2.every((item) => array1.includes(item)));
  }

  it('Register a virtual authenticator', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    // Register a virtual authenticator
    await driver.addVirtualAuthenticator(options);
    let credentialList = await driver.getCredentials();

    assert.equal(0, credentialList.length);
  });

  it('Remove authenticator', async function() {
    await driver.addVirtualAuthenticator(options);
    await driver.removeVirtualAuthenticator();

    // Since the authenticator was removed, any operation using it will throw an error
    try {
      await driver.getCredentials()
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Createa and add residential key', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);
    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Add resident credential not supported when authenticator uses U2F protocol', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(true);

    await driver.addVirtualAuthenticator(options);

    let credential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    try {
      await driver.addCredential(credential)
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Create and add non residential key', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Get credential', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
    assert.equal(BASE64_ENCODED_PK, Buffer.from(credentialList[0].privateKey(), 'binary').toString('base64'));
  });

  it('Remove all credentials', async function() {
    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
    await driver.removeAllCredentials();

    let credentialList = await driver.getCredentials();
    assert.equal(0, credentialList.length);
  });

  it('Set is user verified', async function() {
    options.setIsUserVerified(true);
    assert.equal(options.getIsUserVerified(), true);
  });
});
View full example on GitHub

Add Example

创建永久凭据

使用给定的所需凭据 参数 创建一个永久(有状态的)凭据。

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub
            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub

Add Example

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);
Show full example

const { Builder} = require("selenium-webdriver");
const { Credential, VirtualAuthenticatorOptions, Transport, Protocol } = require("selenium-webdriver/lib/virtual_authenticator");
const assert = require('assert')
const { InvalidArgumentError } = require("selenium-webdriver/lib/error");


describe('Virtual authenticator', function() {
  const BASE64_ENCODED_PK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr" +
    "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV" +
    "oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ" +
    "FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq" +
    "GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0" +
    "+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM" +
    "8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD" +
    "/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ" +
    "5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe" +
    "pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol" +
    "L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d" +
    "xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi" +
    "uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8" +
    "K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct" +
    "lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa" +
    "9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH" +
    "zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H" +
    "BYGpI8g==";

  const base64EncodedPK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q" +
    "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU" +
    "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  let options;
  let driver;

  before(async function() {
    options = new VirtualAuthenticatorOptions();
    driver = await new Builder().forBrowser('chrome').build();
  });

  after(async() => await driver.quit());

  function arraysEqual(array1, array2) {
    return (array1.length === array2.length &&
      array1.every((item) => array2.includes(item)) &&
      array2.every((item) => array1.includes(item)));
  }

  it('Register a virtual authenticator', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    // Register a virtual authenticator
    await driver.addVirtualAuthenticator(options);
    let credentialList = await driver.getCredentials();

    assert.equal(0, credentialList.length);
  });

  it('Remove authenticator', async function() {
    await driver.addVirtualAuthenticator(options);
    await driver.removeVirtualAuthenticator();

    // Since the authenticator was removed, any operation using it will throw an error
    try {
      await driver.getCredentials()
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Createa and add residential key', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);
    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Add resident credential not supported when authenticator uses U2F protocol', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(true);

    await driver.addVirtualAuthenticator(options);

    let credential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    try {
      await driver.addCredential(credential)
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Create and add non residential key', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Get credential', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
    assert.equal(BASE64_ENCODED_PK, Buffer.from(credentialList[0].privateKey(), 'binary').toString('base64'));
  });

  it('Remove all credentials', async function() {
    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
    await driver.removeAllCredentials();

    let credentialList = await driver.getCredentials();
    assert.equal(0, credentialList.length);
  });

  it('Set is user verified', async function() {
    options.setIsUserVerified(true);
    assert.equal(options.getIsUserVerified(), true);
  });
});
View full example on GitHub

Add Example

创建临时凭据

使用给定的所需凭据 参数 创建一个常驻(无状态)凭据。

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub
            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub

Add Example

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub
    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);
Show full example

const { Builder} = require("selenium-webdriver");
const { Credential, VirtualAuthenticatorOptions, Transport, Protocol } = require("selenium-webdriver/lib/virtual_authenticator");
const assert = require('assert')
const { InvalidArgumentError } = require("selenium-webdriver/lib/error");


describe('Virtual authenticator', function() {
  const BASE64_ENCODED_PK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr" +
    "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV" +
    "oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ" +
    "FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq" +
    "GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0" +
    "+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM" +
    "8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD" +
    "/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ" +
    "5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe" +
    "pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol" +
    "L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d" +
    "xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi" +
    "uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8" +
    "K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct" +
    "lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa" +
    "9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH" +
    "zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H" +
    "BYGpI8g==";

  const base64EncodedPK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q" +
    "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU" +
    "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  let options;
  let driver;

  before(async function() {
    options = new VirtualAuthenticatorOptions();
    driver = await new Builder().forBrowser('chrome').build();
  });

  after(async() => await driver.quit());

  function arraysEqual(array1, array2) {
    return (array1.length === array2.length &&
      array1.every((item) => array2.includes(item)) &&
      array2.every((item) => array1.includes(item)));
  }

  it('Register a virtual authenticator', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    // Register a virtual authenticator
    await driver.addVirtualAuthenticator(options);
    let credentialList = await driver.getCredentials();

    assert.equal(0, credentialList.length);
  });

  it('Remove authenticator', async function() {
    await driver.addVirtualAuthenticator(options);
    await driver.removeVirtualAuthenticator();

    // Since the authenticator was removed, any operation using it will throw an error
    try {
      await driver.getCredentials()
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Createa and add residential key', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);
    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Add resident credential not supported when authenticator uses U2F protocol', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(true);

    await driver.addVirtualAuthenticator(options);

    let credential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    try {
      await driver.addCredential(credential)
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Create and add non residential key', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Get credential', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
    assert.equal(BASE64_ENCODED_PK, Buffer.from(credentialList[0].privateKey(), 'binary').toString('base64'));
  });

  it('Remove all credentials', async function() {
    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
    await driver.removeAllCredentials();

    let credentialList = await driver.getCredentials();
    assert.equal(0, credentialList.length);
  });

  it('Set is user verified', async function() {
    options.setIsUserVerified(true);
    assert.equal(options.getIsUserVerified(), true);
  });
});
View full example on GitHub

Add Example

添加凭据

向身份验证器注册凭据。

    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub

Add Example

    driver.add_credential(credential)
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
Show full example

const { Builder} = require("selenium-webdriver");
const { Credential, VirtualAuthenticatorOptions, Transport, Protocol } = require("selenium-webdriver/lib/virtual_authenticator");
const assert = require('assert')
const { InvalidArgumentError } = require("selenium-webdriver/lib/error");


describe('Virtual authenticator', function() {
  const BASE64_ENCODED_PK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr" +
    "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV" +
    "oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ" +
    "FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq" +
    "GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0" +
    "+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM" +
    "8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD" +
    "/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ" +
    "5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe" +
    "pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol" +
    "L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d" +
    "xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi" +
    "uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8" +
    "K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct" +
    "lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa" +
    "9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH" +
    "zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H" +
    "BYGpI8g==";

  const base64EncodedPK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q" +
    "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU" +
    "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  let options;
  let driver;

  before(async function() {
    options = new VirtualAuthenticatorOptions();
    driver = await new Builder().forBrowser('chrome').build();
  });

  after(async() => await driver.quit());

  function arraysEqual(array1, array2) {
    return (array1.length === array2.length &&
      array1.every((item) => array2.includes(item)) &&
      array2.every((item) => array1.includes(item)));
  }

  it('Register a virtual authenticator', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    // Register a virtual authenticator
    await driver.addVirtualAuthenticator(options);
    let credentialList = await driver.getCredentials();

    assert.equal(0, credentialList.length);
  });

  it('Remove authenticator', async function() {
    await driver.addVirtualAuthenticator(options);
    await driver.removeVirtualAuthenticator();

    // Since the authenticator was removed, any operation using it will throw an error
    try {
      await driver.getCredentials()
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Createa and add residential key', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);
    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Add resident credential not supported when authenticator uses U2F protocol', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(true);

    await driver.addVirtualAuthenticator(options);

    let credential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    try {
      await driver.addCredential(credential)
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Create and add non residential key', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Get credential', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
    assert.equal(BASE64_ENCODED_PK, Buffer.from(credentialList[0].privateKey(), 'binary').toString('base64'));
  });

  it('Remove all credentials', async function() {
    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
    await driver.removeAllCredentials();

    let credentialList = await driver.getCredentials();
    assert.equal(0, credentialList.length);
  });

  it('Set is user verified', async function() {
    options.setIsUserVerified(true);
    assert.equal(options.getIsUserVerified(), true);
  });
});
View full example on GitHub

Add Example

获取凭据

返回身份验证者拥有的凭据列表。

    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub

Add Example

    credential_list = driver.get_credentials()
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);

    let credentialList = await driver.getCredentials();
Show full example

const { Builder} = require("selenium-webdriver");
const { Credential, VirtualAuthenticatorOptions, Transport, Protocol } = require("selenium-webdriver/lib/virtual_authenticator");
const assert = require('assert')
const { InvalidArgumentError } = require("selenium-webdriver/lib/error");


describe('Virtual authenticator', function() {
  const BASE64_ENCODED_PK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr" +
    "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV" +
    "oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ" +
    "FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq" +
    "GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0" +
    "+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM" +
    "8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD" +
    "/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ" +
    "5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe" +
    "pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol" +
    "L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d" +
    "xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi" +
    "uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8" +
    "K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct" +
    "lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa" +
    "9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH" +
    "zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H" +
    "BYGpI8g==";

  const base64EncodedPK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q" +
    "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU" +
    "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  let options;
  let driver;

  before(async function() {
    options = new VirtualAuthenticatorOptions();
    driver = await new Builder().forBrowser('chrome').build();
  });

  after(async() => await driver.quit());

  function arraysEqual(array1, array2) {
    return (array1.length === array2.length &&
      array1.every((item) => array2.includes(item)) &&
      array2.every((item) => array1.includes(item)));
  }

  it('Register a virtual authenticator', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    // Register a virtual authenticator
    await driver.addVirtualAuthenticator(options);
    let credentialList = await driver.getCredentials();

    assert.equal(0, credentialList.length);
  });

  it('Remove authenticator', async function() {
    await driver.addVirtualAuthenticator(options);
    await driver.removeVirtualAuthenticator();

    // Since the authenticator was removed, any operation using it will throw an error
    try {
      await driver.getCredentials()
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Createa and add residential key', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);
    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Add resident credential not supported when authenticator uses U2F protocol', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(true);

    await driver.addVirtualAuthenticator(options);

    let credential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    try {
      await driver.addCredential(credential)
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Create and add non residential key', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Get credential', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
    assert.equal(BASE64_ENCODED_PK, Buffer.from(credentialList[0].privateKey(), 'binary').toString('base64'));
  });

  it('Remove all credentials', async function() {
    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
    await driver.removeAllCredentials();

    let credentialList = await driver.getCredentials();
    assert.equal(0, credentialList.length);
  });

  it('Set is user verified', async function() {
    options.setIsUserVerified(true);
    assert.equal(options.getIsUserVerified(), true);
  });
});
View full example on GitHub

Add Example

删除凭据

根据传递的凭据ID从身份验证器中删除凭据。

            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub

Add Example

    driver.remove_credential(credential.id)
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub

Add Example

删除所有凭据

从身份验证器中删除所有凭据。

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub

Add Example

    driver.remove_all_credentials()
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub
    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
    await driver.removeAllCredentials();
Show full example

const { Builder} = require("selenium-webdriver");
const { Credential, VirtualAuthenticatorOptions, Transport, Protocol } = require("selenium-webdriver/lib/virtual_authenticator");
const assert = require('assert')
const { InvalidArgumentError } = require("selenium-webdriver/lib/error");


describe('Virtual authenticator', function() {
  const BASE64_ENCODED_PK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr" +
    "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV" +
    "oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ" +
    "FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq" +
    "GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0" +
    "+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM" +
    "8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD" +
    "/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ" +
    "5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe" +
    "pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol" +
    "L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d" +
    "xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi" +
    "uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8" +
    "K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct" +
    "lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa" +
    "9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH" +
    "zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H" +
    "BYGpI8g==";

  const base64EncodedPK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q" +
    "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU" +
    "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  let options;
  let driver;

  before(async function() {
    options = new VirtualAuthenticatorOptions();
    driver = await new Builder().forBrowser('chrome').build();
  });

  after(async() => await driver.quit());

  function arraysEqual(array1, array2) {
    return (array1.length === array2.length &&
      array1.every((item) => array2.includes(item)) &&
      array2.every((item) => array1.includes(item)));
  }

  it('Register a virtual authenticator', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    // Register a virtual authenticator
    await driver.addVirtualAuthenticator(options);
    let credentialList = await driver.getCredentials();

    assert.equal(0, credentialList.length);
  });

  it('Remove authenticator', async function() {
    await driver.addVirtualAuthenticator(options);
    await driver.removeVirtualAuthenticator();

    // Since the authenticator was removed, any operation using it will throw an error
    try {
      await driver.getCredentials()
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Createa and add residential key', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);
    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Add resident credential not supported when authenticator uses U2F protocol', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(true);

    await driver.addVirtualAuthenticator(options);

    let credential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    try {
      await driver.addCredential(credential)
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Create and add non residential key', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Get credential', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
    assert.equal(BASE64_ENCODED_PK, Buffer.from(credentialList[0].privateKey(), 'binary').toString('base64'));
  });

  it('Remove all credentials', async function() {
    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
    await driver.removeAllCredentials();

    let credentialList = await driver.getCredentials();
    assert.equal(0, credentialList.length);
  });

  it('Set is user verified', async function() {
    options.setIsUserVerified(true);
    assert.equal(options.getIsUserVerified(), true);
  });
});
View full example on GitHub

Add Example

设置用户验证状态

设置身份验证器是模拟用户验证成功还是失败。

    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);
Show full example
package dev.selenium.interactions;

import dev.selenium.BaseChromeTest;
import java.security.spec.PKCS8EncodedKeySpec;
import java.util.Base64;
import java.util.List;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
import org.openqa.selenium.InvalidArgumentException;
import org.openqa.selenium.virtualauthenticator.Credential;
import org.openqa.selenium.virtualauthenticator.HasVirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticator;
import org.openqa.selenium.virtualauthenticator.VirtualAuthenticatorOptions;

public class VirtualAuthenticatorTest extends BaseChromeTest {

  /**
   * A pkcs#8 encoded encrypted RSA private key as a base64url string.
   */
  private final static String
    base64EncodedRsaPK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
    + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
    + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
    + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
    + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
    + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
    + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
    + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
    + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
    + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
    + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
    + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
    + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
    + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
    + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
    + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
    + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
    + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

  private final static PKCS8EncodedKeySpec rsaPrivateKey =
    new PKCS8EncodedKeySpec(Base64.getMimeDecoder().decode(base64EncodedRsaPK));

  // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
  String base64EncodedEC256PK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
    + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
    + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  PKCS8EncodedKeySpec ec256PrivateKey =
    new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

  @Test
  public void testVirtualOptions() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true)
      .setHasUserVerification(true)
      .setIsUserConsenting(true)
      .setTransport(VirtualAuthenticatorOptions.Transport.USB)
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    Assertions.assertEquals(6, options.toMap().size());
  }

  @Test
  public void testCreateAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    List<Credential> credentialList = authenticator.getCredentials();

    Assertions.assertEquals(0, credentialList.size());
  }

  @Test
  public void testRemoveAuthenticator() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions();
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    ((HasVirtualAuthenticator) driver).removeVirtualAuthenticator(authenticator);

    Assertions.assertThrows(InvalidArgumentException.class, authenticator::getCredentials);
  }

  @Test
  public void testCreateAndAddResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testAddResidentCredentialNotSupportedWhenAuthenticatorUsesU2FProtocol() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(true);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    PKCS8EncodedKeySpec privateKey =
      new PKCS8EncodedKeySpec(Base64.getUrlDecoder().decode(base64EncodedEC256PK));

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential credential = Credential.createResidentCredential(
      credentialId, "localhost", privateKey, userHandle, /*signCount=*/0);

    Assertions.assertThrows(InvalidArgumentException.class,
                            () -> authenticator.addCredential(credential));
  }


  @Test
  public void testCreateAndAddNonResidentialKey() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
      .setHasResidentKey(false);

    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    Credential nonResidentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", ec256PrivateKey, /*signCount=*/0);
    authenticator.addCredential(nonResidentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
  }

  @Test
  public void testGetCredential() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setProtocol(VirtualAuthenticatorOptions.Protocol.CTAP2)
      .setHasResidentKey(true)
      .setHasUserVerification(true)
      .setIsUserVerified(true);
    VirtualAuthenticator authenticator = ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(options);

    byte[] credentialId = {1, 2, 3, 4};
    byte[] userHandle = {1};
    Credential residentCredential = Credential.createResidentCredential(
      credentialId, "localhost", rsaPrivateKey, userHandle, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    List<Credential> credentialList = authenticator.getCredentials();
    Assertions.assertEquals(1, credentialList.size());

    Credential credential = credentialList.get(0);
    Assertions.assertArrayEquals(credentialId, credential.getId());
    Assertions.assertArrayEquals(rsaPrivateKey.getEncoded(), credential.getPrivateKey().getEncoded());
  }

  @Test
  public void testRemoveCredential() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential credential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, 0);

    authenticator.addCredential(credential);

    authenticator.removeCredential(credentialId);
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testRemoveAllCredentials() {
    VirtualAuthenticator authenticator =
      ((HasVirtualAuthenticator) driver).addVirtualAuthenticator(new VirtualAuthenticatorOptions());

    byte[] credentialId = {1, 2, 3, 4};
    Credential residentCredential = Credential.createNonResidentCredential(
      credentialId, "localhost", rsaPrivateKey, /*signCount=*/0);

    authenticator.addCredential(residentCredential);

    authenticator.removeAllCredentials();
    Assertions.assertEquals(0, authenticator.getCredentials().size());
  }

  @Test
  public void testSetUserVerified() {
    VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
      .setIsUserVerified(true);

    Assertions.assertTrue((boolean) options.toMap().get("isUserVerified"));
  }
}
View full example on GitHub
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);
Show full example
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Microsoft.IdentityModel.Tokens;
using OpenQA.Selenium;
using OpenQA.Selenium.VirtualAuth;
using static OpenQA.Selenium.VirtualAuth.VirtualAuthenticatorOptions;
using System.Collections.Generic;
using System;

namespace SeleniumDocs.VirtualAuthentication
{
    [TestClass]
    public class VirtualAuthenticatorTest : BaseChromeTest
    {
        //A pkcs#8 encoded encrypted RSA private key as a base64 string.
        private static string base64EncodedRSAPK =
                "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr"
              + "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuB"
              + "GVoPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi"
              + "9AyQFR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1P"
              + "vSqXlqGjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsui"
              + "zAgyPuQ0+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/"
              + "XYY22ecYxM8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtib"
              + "RXz5FcNld9MgD/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swyko"
              + "QKBgQD8hCsp6FIQ5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMC"
              + "S6S64/qzZEqijLCqepwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnK"
              + "ws1t5GapfE1rmC/h4olL2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63"
              + "ojKjegxHIyYDKRZNVUR/dxAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM /r8PSflNHQKBgDnWgBh6OQncChPUl"
              + "OLv9FMZPR1ZOfqLCYrjYEqiuzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8V"
              + "ASOmqM1ml667axeZDIR867ZG8K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6B"
              + "hZC7z8mx+pnJODU3cYukxv3WTctlUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJw"
              + "WkBwYADmkfTRmHDvqzQSSvoC2S7aa9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KI"
              + "NpLwcR8fqaYOdAHWWz636osVEqosRrHzJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fB"
              + "nzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4HBYGpI8g==";

        private static byte[] bytes = System.Convert.FromBase64String(base64EncodedRSAPK);
        private string base64EncodedPK = Base64UrlEncoder.Encode(bytes);

        // A pkcs#8 encoded unencrypted EC256 private key as a base64url string.
        private string base64EncodedEC256PK =
              "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q"
              + "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU"
              + "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";


        [TestMethod]
        public void VirtualOptionsShouldAllowSettingOptions()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true)
                .SetHasUserVerification(true)
                .SetIsUserConsenting(true)
                .SetTransport(VirtualAuthenticatorOptions.Transport.USB)
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            Assert.AreEqual(6, options.ToDictionary().Count);
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAuthenticator()
        {
            // Create virtual authenticator options
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            // Register a virtual authenticator
            ((WebDriver)driver).AddVirtualAuthenticator(options);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();

            Assert.AreEqual(0, credentialList.Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAuthenticator()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            String virtualAuthenticatorId = ((WebDriver)driver).AddVirtualAuthenticator(options);

            ((WebDriver)driver).RemoveVirtualAuthenticator(virtualAuthenticatorId);

            // Since the authenticator was removed, any operation using it will throw an error
            Assert.ThrowsException<InvalidOperationException>(() => ((WebDriver)driver).GetCredentials());
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddResidentialKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, credential.Id);
        }

        [TestMethod]
        public void ShouldNotAddResidentCredentialWhenAuthenticatorUsesU2FProtocol()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential credential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, userHandle, 0);

            Assert.ThrowsException<WebDriverArgumentException>(() => ((WebDriver)driver).AddCredential(credential));
        }

        [TestMethod]
        public void ShouldBeAbleToCreateAndAddNonResidentKey()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(VirtualAuthenticatorOptions.Protocol.U2F)
                .SetHasResidentKey(false);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, nonResidentCredential.Id);
        }

        [TestMethod]
        public void ShouldBeAbleToGetCredential()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetProtocol(Protocol.CTAP2)
                .SetHasResidentKey(true)
                .SetHasUserVerification(true)
                .SetIsUserVerified(true);

            ((WebDriver)driver).AddVirtualAuthenticator(options);

            byte[] credentialId = { 1, 2, 3, 4 };
            byte[] userHandle = { 1 };

            Credential residentCredential = Credential.CreateResidentCredential(
              credentialId, "localhost", base64EncodedPK, userHandle, 0);

            ((WebDriver)driver).AddCredential(residentCredential);

            List<Credential> credentialList = ((WebDriver)driver).GetCredentials();
            Assert.AreEqual(1, credentialList.Count);

            Credential credential = credentialList[0];
            CollectionAssert.AreEqual(credentialId, residentCredential.Id);
            Assert.AreEqual(base64EncodedPK, credential.PrivateKey);
        }

        [TestMethod]
        public void ShouldBeAbleToRemoveCredential()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveCredential(credentialId);

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }


        [TestMethod]
        public void ShouldBeAbleToRemoveAllCredentias()
        {
            ((WebDriver)driver).AddVirtualAuthenticator(new VirtualAuthenticatorOptions());

            byte[] credentialId = { 1, 2, 3, 4 };

            Credential nonResidentCredential = Credential.CreateNonResidentCredential(
              credentialId, "localhost", base64EncodedEC256PK, 0);

            ((WebDriver)driver).AddCredential(nonResidentCredential);

            ((WebDriver)driver).RemoveAllCredentials();

            Assert.AreEqual(0, ((WebDriver)driver).GetCredentials().Count);
        }

        [TestMethod]
        public void ShouldBeSetVerifiedOption()
        {
            VirtualAuthenticatorOptions options = new VirtualAuthenticatorOptions()
                .SetIsUserVerified(true);

            Assert.IsTrue((bool)options.ToDictionary()["isUserVerified"]);
        }
    }
}
View full example on GitHub

Add Example

    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
Show full example
import pytest
from base64 import urlsafe_b64decode, urlsafe_b64encode

from selenium.common.exceptions import InvalidArgumentException
from selenium.webdriver.chrome.webdriver import WebDriver
from selenium.webdriver.common.virtual_authenticator import (
    Credential,
    VirtualAuthenticatorOptions,
)


BASE64__ENCODED_PK = '''
MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr
MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV
oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ
FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq
GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0
+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM
8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD
/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ
5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe
pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol
L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d
xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi
uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8
K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct
lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa
9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH
zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H
BYGpI8g==
'''


@pytest.fixture(scope="module", autouse=True)
def driver():
    yield WebDriver()


def test_virtual_authenticator_options():
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True
    options.has_user_verification = True
    options.is_user_consenting = True
    options.transport = VirtualAuthenticatorOptions.Transport.USB
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    assert len(options.to_dict()) == 6


def test_add_authenticator(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Get list of credentials
    credential_list = driver.get_credentials()

    assert len(credential_list) == 0


def test_remove_authenticator(driver):
    # Create default virtual authenticator option
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # Remove virtual authenticator
    driver.remove_virtual_authenticator()
    assert driver.virtual_authenticator_id is None


def test_create_and_add_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verification = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1


def test_add_resident_credential_not_supported_when_authenticator_uses_u2f_protocol(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a  resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)

    # Expect InvalidArgumentException 
    with pytest.raises(InvalidArgumentException):
        driver.add_credential(credential)


def test_create_and_add_non_resident_key(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.U2F
    options.has_resident_key = False

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)
    
    # get list of all the registered credentials 
    credential_list = driver.get_credentials()
    assert len(credential_list) == 1



def test_get_credential(driver):
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.protocol = VirtualAuthenticatorOptions.Protocol.CTAP2
    options.has_resident_key = True
    options.has_user_verfied = True
    options.is_user_verified = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # get list of all the registered credentials 
    credential_list = driver.get_credentials()

    assert len(credential_list) == 1
    assert credential_list[0].id == urlsafe_b64encode(credential_id).decode()


def test_remove_credential(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Non Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a non resident credential using above parameters
    credential = Credential.create_non_resident_credential(credential_id, rp_id, privatekey, sign_count)

    # add the credential created to virtual authenticator
    driver.add_credential(credential)

    # remove the credential created from virtual authenticator
    driver.remove_credential(credential.id)

    # credential can also be removed using Byte Array
    # driver.remove_credential(credential_id) 

    assert len(driver.get_credentials()) == 0


def test_remove_all_credentials(driver):
    # Create default virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.has_resident_key = True

    # Register a virtual authenticator
    driver.add_virtual_authenticator(options)

    # parameters for Resident Credential
    credential_id = bytearray({1, 2, 3, 4})
    rp_id = "localhost"
    user_handle = bytearray({1})
    privatekey = urlsafe_b64decode(BASE64__ENCODED_PK)
    sign_count = 0

    # create a resident credential using above parameters
    resident_credential = Credential.create_resident_credential(credential_id, rp_id, user_handle, privatekey, sign_count)
    
    # add the credential created to virtual authenticator
    driver.add_credential(resident_credential)

    # remove all credentials in virtual authenticator
    driver.remove_all_credentials()

    assert len(driver.get_credentials()) == 0


def test_set_user_verified():
    # Create virtual authenticator options
    options = VirtualAuthenticatorOptions()
    options.is_user_verified = True

    assert options.to_dict().get("isUserVerified") is True
View full example on GitHub
    options.setIsUserVerified(true);
Show full example

const { Builder} = require("selenium-webdriver");
const { Credential, VirtualAuthenticatorOptions, Transport, Protocol } = require("selenium-webdriver/lib/virtual_authenticator");
const assert = require('assert')
const { InvalidArgumentError } = require("selenium-webdriver/lib/error");


describe('Virtual authenticator', function() {
  const BASE64_ENCODED_PK =
    "MIIEvAIBADANBgkqhkiG9w0BAQEFAASCBKYwggSiAgEAAoIBAQDbBOu5Lhs4vpowbCnmCyLUpIE7JM9sm9QXzye2G+jr+Kr" +
    "MsinWohEce47BFPJlTaDzHSvOW2eeunBO89ZcvvVc8RLz4qyQ8rO98xS1jtgqi1NcBPETDrtzthODu/gd0sjB2Tk3TLuBGV" +
    "oPXt54a+Oo4JbBJ6h3s0+5eAfGplCbSNq6hN3Jh9YOTw5ZA6GCEy5l8zBaOgjXytd2v2OdSVoEDNiNQRkjJd2rmS2oi9AyQ" +
    "FR3B7BrPSiDlCcITZFOWgLF5C31Wp/PSHwQhlnh7/6YhnE2y9tzsUvzx0wJXrBADW13+oMxrneDK3WGbxTNYgIi1PvSqXlq" +
    "GjHtCK+R2QkXAgMBAAECggEAVc6bu7VAnP6v0gDOeX4razv4FX/adCao9ZsHZ+WPX8PQxtmWYqykH5CY4TSfsuizAgyPuQ0" +
    "+j4Vjssr9VODLqFoanspT6YXsvaKanncUYbasNgUJnfnLnw3an2XpU2XdmXTNYckCPRX9nsAAURWT3/n9ljc/XYY22ecYxM" +
    "8sDWnHu2uKZ1B7M3X60bQYL5T/lVXkKdD6xgSNLeP4AkRx0H4egaop68hoW8FIwmDPVWYVAvo8etzWCtibRXz5FcNld9MgD" +
    "/Ai7ycKy4Q1KhX5GBFI79MVVaHkSQfxPHpr7/XcmpQOEAr+BMPon4s4vnKqAGdGB3j/E3d/+4F2swykoQKBgQD8hCsp6FIQ" +
    "5umJlk9/j/nGsMl85LgLaNVYpWlPRKPc54YNumtvj5vx1BG+zMbT7qIE3nmUPTCHP7qb5ERZG4CdMCS6S64/qzZEqijLCqe" +
    "pwj6j4fV5SyPWEcpxf6ehNdmcfgzVB3Wolfwh1ydhx/96L1jHJcTKchdJJzlfTvq8wwKBgQDeCnKws1t5GapfE1rmC/h4ol" +
    "L2qZTth9oQmbrXYohVnoqNFslDa43ePZwL9Jmd9kYb0axOTNMmyrP0NTj41uCfgDS0cJnNTc63ojKjegxHIyYDKRZNVUR/d" +
    "xAYB/vPfBYZUS7M89pO6LLsHhzS3qpu3/hppo/Uc/AM/r8PSflNHQKBgDnWgBh6OQncChPUlOLv9FMZPR1ZOfqLCYrjYEqi" +
    "uzGm6iKM13zXFO4AGAxu1P/IAd5BovFcTpg79Z8tWqZaUUwvscnl+cRlj+mMXAmdqCeO8VASOmqM1ml667axeZDIR867ZG8" +
    "K5V029Wg+4qtX5uFypNAAi6GfHkxIKrD04yOHAoGACdh4wXESi0oiDdkz3KOHPwIjn6BhZC7z8mx+pnJODU3cYukxv3WTct" +
    "lUhAsyjJiQ/0bK1yX87ulqFVgO0Knmh+wNajrb9wiONAJTMICG7tiWJOm7fW5cfTJwWkBwYADmkfTRmHDvqzQSSvoC2S7aa" +
    "9QulbC3C/qgGFNrcWgcT9kCgYAZTa1P9bFCDU7hJc2mHwJwAW7/FQKEJg8SL33KINpLwcR8fqaYOdAHWWz636osVEqosRrH" +
    "zJOGpf9x2RSWzQJ+dq8+6fACgfFZOVpN644+sAHfNPAI/gnNKU5OfUv+eav8fBnzlf1A3y3GIkyMyzFN3DE7e0n/lyqxE4H" +
    "BYGpI8g==";

  const base64EncodedPK =
    "MIGHAgEAMBMGByqGSM49AgEGCCqGSM49AwEHBG0wawIBAQQg8_zMDQDYAxlU-Q" +
    "hk1Dwkf0v18GZca1DMF3SaJ9HPdmShRANCAASNYX5lyVCOZLzFZzrIKmeZ2jwU" +
    "RmgsJYxGP__fWN_S-j5sN4tT15XEpN_7QZnt14YvI6uvAgO0uJEboFaZlOEB";

  let options;
  let driver;

  before(async function() {
    options = new VirtualAuthenticatorOptions();
    driver = await new Builder().forBrowser('chrome').build();
  });

  after(async() => await driver.quit());

  function arraysEqual(array1, array2) {
    return (array1.length === array2.length &&
      array1.every((item) => array2.includes(item)) &&
      array2.every((item) => array1.includes(item)));
  }

  it('Register a virtual authenticator', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    // Register a virtual authenticator
    await driver.addVirtualAuthenticator(options);
    let credentialList = await driver.getCredentials();

    assert.equal(0, credentialList.length);
  });

  it('Remove authenticator', async function() {
    await driver.addVirtualAuthenticator(options);
    await driver.removeVirtualAuthenticator();

    // Since the authenticator was removed, any operation using it will throw an error
    try {
      await driver.getCredentials()
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Createa and add residential key', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);
    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Add resident credential not supported when authenticator uses U2F protocol', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(true);

    await driver.addVirtualAuthenticator(options);

    let credential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    try {
      await driver.addCredential(credential)
    }
    catch (e) {
      if (e instanceof InvalidArgumentError) {
        assert(true)
      }
      else {
        assert(false)
      }
    }
  });

  it('Create and add non residential key', async function() {
    options.setProtocol(Protocol['U2F']);
    options.setHasResidentKey(false);

    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(base64EncodedPK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
  });

  it('Get credential', async function() {
    options.setProtocol(Protocol['CTAP2']);
    options.setHasResidentKey(true);
    options.setHasUserVerification(true);
    options.setIsUserVerified(true);

    await driver.addVirtualAuthenticator(options);

    let residentCredential = new Credential().createResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      new Uint8Array([1]),
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(residentCredential);

    let credentialList = await driver.getCredentials();
    assert.equal(1, credentialList.length);

    let credential_id = credentialList[0].id();
    let test_id = new Uint8Array([1, 2, 3, 4]);

    assert(arraysEqual(credential_id, test_id));
    assert.equal(BASE64_ENCODED_PK, Buffer.from(credentialList[0].privateKey(), 'binary').toString('base64'));
  });

  it('Remove all credentials', async function() {
    await driver.addVirtualAuthenticator(options);

    let nonResidentCredential = new Credential().createNonResidentCredential(
      new Uint8Array([1, 2, 3, 4]),
      'localhost',
      Buffer.from(BASE64_ENCODED_PK, 'base64').toString('binary'),
      0);

    await driver.addCredential(nonResidentCredential);
    await driver.removeAllCredentials();

    let credentialList = await driver.getCredentials();
    assert.equal(0, credentialList.length);
  });

  it('Set is user verified', async function() {
    options.setIsUserVerified(true);
    assert.equal(options.getIsUserVerified(), true);
  });
});
View full example on GitHub

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最后修改 December 10, 2024: [py] add remaining code for virtual authenticator (#2096)[deploy site] (723e2c9233)