| (async function(testRunner) { |
| var {page, session, dp} = |
| await testRunner.startURL( |
| "https://devtools.test:8443/inspector-protocol/webauthn/resources/webauthn-test.https.html", |
| "Check that the WebAuthn command getCredentials works"); |
| |
| await dp.WebAuthn.enable(); |
| const authenticatorId = (await dp.WebAuthn.addVirtualAuthenticator({ |
| options: { |
| protocol: "ctap2", |
| transport: "usb", |
| hasResidentKey: false, |
| hasUserVerification: false, |
| }, |
| })).result.authenticatorId; |
| |
| // No credentials registered yet. |
| testRunner.log(await dp.WebAuthn.getCredentials({authenticatorId})); |
| |
| // Register two credentials. |
| testRunner.log((await session.evaluateAsync("registerCredential()")).status); |
| testRunner.log((await session.evaluateAsync("registerCredential()")).status); |
| |
| // Get the registered credentials. |
| let credentials = (await dp.WebAuthn.getCredentials({authenticatorId})).result.credentials; |
| let expectedRpIdHash = await session.evaluateAsync("generateRpIdHash()"); |
| for (let credential of credentials) { |
| if (credential.rpIdHash === expectedRpIdHash) |
| testRunner.log("RP ID hash matches expected value"); |
| else |
| testRunner.log(`RP ID hash does not match. Actual: ${credential.rpIdHash}, expected: ${expectedRpIdHash}`); |
| testRunner.log(credential.signCount); |
| } |
| |
| // Authenticating with the first credential should succeed. |
| let credential = credentials[0]; |
| testRunner.log(await session.evaluateAsync(`getCredential({ |
| type: "public-key", |
| id: base64ToArrayBuffer("${credential.credentialId}"), |
| transports: ["usb", "ble", "nfc"], |
| })`)); |
| |
| // Sign count should be increased by one for |credential|. |
| credentials = (await dp.WebAuthn.getCredentials({authenticatorId})).result.credentials; |
| testRunner.log(credentials.find( |
| cred => cred.id === credential.id).signCount); |
| |
| // We should be able to parse the private key. |
| let keyData = |
| Uint8Array.from(atob(credential.privateKey), c => c.charCodeAt(0)).buffer; |
| let key = await window.crypto.subtle.importKey( |
| "pkcs8", keyData, { name: "ECDSA", namedCurve: "P-256" }, |
| true /* extractable */, ["sign"]); |
| |
| testRunner.log(key); |
| |
| testRunner.completeTest(); |
| }) |
