Revision 654dc43664f0ff6b84609d334cb05147c0594fbd authored by Robert Ma on 16 March 2018, 00:32:55 UTC, committed by Robert Ma on 16 March 2018, 17:02:47 UTC
ChromeDriver doesn't honor PATH and uses /opt/google/chrome/chrome by default (which is usually the stable channel), so we need to explicitly pass the desired binary path to wpt run (which in turn passes to chromedriver via capabilities) in Travis CI (both stability check and infrastructure test).
1 parent 89ba944
createcredential-passing.https.html
<!DOCTYPE html>
<meta charset="utf-8">
<title>WebAuthn credential.create() Passing Tests</title>
<link rel="author" title="Adam Powers" href="mailto:adam@fidoalliance.org">
<link rel="help" href="https://w3c.github.io/webauthn/#iface-credential">
<script src="/resources/testharness.js"></script>
<script src="/resources/testharnessreport.js"></script>
<script src=helpers.js></script>
<body></body>
<script>
standardSetup(function() {
"use strict";
// CreateCredentialTest passing tests
// default arguments
new CreateCredentialsTest().runTest("passing credentials.create() with default arguments");
// rp
new CreateCredentialsTest({path: "options.publicKey.rp.id", value: window.location.host}).runTest("passing credentials.create() with rpId (host and port)");
new CreateCredentialsTest({path: "options.publicKey.rp.id", value: window.location.hostname}).runTest("passing credentials.create() with rpId (hostname)");
new CreateCredentialsTest({path: "options.publicKey.rp.icon", value: undefined}).runTest("passing credentials.create() without rp.icon");
// user
new CreateCredentialsTest("options.publicKey.user.id", new ArrayBuffer(1)).runTest("very short user id");
new CreateCredentialsTest("options.publicKey.user.id", new ArrayBuffer(64)).runTest("max length user id");
new CreateCredentialsTest("options.publicKey.user.id", new Uint8Array(64)).runTest("Uint8Array user id");
new CreateCredentialsTest("options.publicKey.user.id", new Int8Array(64)).runTest("Int8Array user id");
new CreateCredentialsTest("options.publicKey.user.id", new Int16Array(32)).runTest("Int16Array user id");
new CreateCredentialsTest("options.publicKey.user.id", new Int32Array(16)).runTest("Int32Array user id");
new CreateCredentialsTest("options.publicKey.user.id", new Float32Array(16)).runTest("Float32Array user id");
var dvBuf1 = new ArrayBuffer(16);
new CreateCredentialsTest("options.publicKey.user.id", new DataView(dvBuf1)).runTest("DataView user id");
new CreateCredentialsTest({path: "options.publicKey.user.icon", value: undefined}).runTest("passing credentials.create() without user.icon");
// good challenge values
// all these challenges are zero-filled buffers... think anyone will complain?
new CreateCredentialsTest("options.publicKey.challenge", new Int16Array(33)).runTest("Int16Array challenge");
new CreateCredentialsTest("options.publicKey.challenge", new Int32Array(17)).runTest("Int32Array challenge");
new CreateCredentialsTest("options.publicKey.challenge", new Float32Array(17)).runTest("Float32Array challenge");
new CreateCredentialsTest("options.publicKey.challenge", new Float64Array(9)).runTest("Float64Array challenge");
var dvBuf2 = new ArrayBuffer(65);
new CreateCredentialsTest("options.publicKey.challenge", new DataView(dvBuf2)).runTest("DataView challenge");
new CreateCredentialsTest("options.publicKey.challenge", new ArrayBuffer(8192)).runTest("Absurdly large challenge");
// good pubKeyCredParams values
new CreateCredentialsTest("options.publicKey.pubKeyCredParams", []).runTest("Bad pubKeyCredParams: pubKeyCredParams is empty Array");
const pkParamEC256 = {
type: "public-key",
alg: cose_alg_ECDSA_w_SHA256
};
const pkParamEC512 = {
type: "public-key",
alg: cose_alg_ECDSA_w_SHA512
};
// XXX: presumes all mock authenticators support EC256
new CreateCredentialsTest("options.publicKey.pubKeyCredParams", [pkParamEC256]).runTest("EC256 pubKeyCredParams");
new CreateCredentialsTest("options.publicKey.pubKeyCredParams", [pkParamEC512, pkParamEC256])
.runTest("SelectEC256 pubKeyCredParams from a list");
// TODO: currently most browsers are mocking FIDO U2F, which is EC256 only
// new CreateCredentialsTest("options.publicKey.pubKeyCredParams", [pkParamEC512]).runTest("EC512 pubKeyCredParams");
// NOTE: excludeCredentials parameter -- see also: createcredential-excludecredentials.https.html
// timeout
new CreateCredentialsTest({path: "options.publicKey.timeout", value: undefined}).runTest("passing credentials.create() with no timeout");
// valid authenticatorSelection values
var defaultAuthnrSel = {
authenticatorAttachment: "cross-platform",
requireResidentKey: false,
userVerification: "preferred"
};
// attachment
var authnrSelAttachUndef = cloneObject(defaultAuthnrSel);
authnrSelAttachUndef.authenticatorAttachment = undefined;
// resident key
var authnrSelRkUndef = cloneObject(defaultAuthnrSel);
authnrSelRkUndef.requireResidentKey = undefined;
var authnrSelRkFalse = cloneObject(defaultAuthnrSel);
authnrSelRkFalse.requireResidentKey = false;
// user verification
var authnrSelUvUndef = cloneObject(defaultAuthnrSel);
authnrSelUvUndef.userVerification = undefined;
var authnrSelUvDiscouraged = cloneObject(defaultAuthnrSel);
authnrSelUvDiscouraged.userVerification = "discouraged";
new CreateCredentialsTest({path: "options.publicKey.authenticatorSelection", value: undefined}).runTest("authenticatorSelection is undefined");
new CreateCredentialsTest("options.publicKey.authenticatorSelection", {}).runTest("authenticatorSelection is empty object");
new CreateCredentialsTest("options.publicKey.authenticatorSelection", cloneObject(defaultAuthnrSel)).runTest("authenticatorSelection default values");
// authnr selection attachment
new CreateCredentialsTest("options.publicKey.authenticatorSelection", authnrSelAttachUndef).runTest("authenticatorSelection attachment undefined");
// authnr selection resident key
new CreateCredentialsTest("options.publicKey.authenticatorSelection", authnrSelRkUndef).runTest("authenticatorSelection residentKey undefined");
// XXX: assumes authnr is behaving like most U2F authnrs; really depends on the authnr or mock configuration
new CreateCredentialsTest("options.publicKey.authenticatorSelection", authnrSelRkFalse).runTest("authenticatorSelection residentKey false");
// authnr selection user verification
new CreateCredentialsTest("options.publicKey.authenticatorSelection", authnrSelUvUndef).runTest("authenticatorSelection userVerification undefined");
new CreateCredentialsTest("options.publicKey.authenticatorSelection", authnrSelUvDiscouraged).runTest("authenticatorSelection userVerification discouraged");
// good attestation values
new CreateCredentialsTest("options.publicKey.attestation", "none").runTest("attestation parameter: attestation is \"none\"");
new CreateCredentialsTest("options.publicKey.attestation", "indirect").runTest("attestation parameter: attestation is \"indirect\"");
new CreateCredentialsTest("options.publicKey.attestation", "direct").runTest("attestation parameter: attestation is \"direct\"");
new CreateCredentialsTest({path: "options.publicKey.attestation", value: undefined}).runTest("attestation parameter: attestation is undefined");
// TODO: test this with multiple mock authenticators to make sure that the right options are chosen when available?
// good extension values
new CreateCredentialsTest({path: "options.publicKey.extensions", value: undefined}).runTest("extensions undefined");
new CreateCredentialsTest("options.publicKey.extensions", {}).runTest("extensions are empty object");
new CreateCredentialsTest("options.publicKey.extensions", {foo: "", bar: "", bat: ""}).runTest("extensions are dict of empty strings");
});
/* JSHINT */
/* globals standardSetup, CreateCredentialsTest, cose_alg_ECDSA_w_SHA256, cose_alg_ECDSA_w_SHA512, cloneObject */
</script>
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