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<!DOCTYPE html>
<meta charset=utf-8>
<head>
<title>Tests for GetAssertion for W3C Web Authentication</title>
<script src="/tests/SimpleTest/SimpleTest.js"></script>
<script type="text/javascript" src="u2futil.js"></script>
<script type="text/javascript" src="pkijs/common.js"></script>
<script type="text/javascript" src="pkijs/asn1.js"></script>
<script type="text/javascript" src="pkijs/x509_schema.js"></script>
<script type="text/javascript" src="pkijs/x509_simpl.js"></script>
<link rel="stylesheet" type="text/css" href="/tests/SimpleTest/test.css" />
</head>
<body>
<h1>Tests for GetAssertion for W3C Web Authentication</h1>
<a target="_blank" href="https://bugzilla.mozilla.org/show_bug.cgi?id=1309284">Mozilla Bug 1309284</a>
<script class="testbody" type="text/javascript">
"use strict";
is(navigator.authentication, undefined, "navigator.authentication does not exist any longer");
isnot(navigator.credentials, undefined, "Credential Management API endpoint must exist");
isnot(navigator.credentials.create, undefined, "CredentialManagement create API endpoint must exist");
isnot(navigator.credentials.get, undefined, "CredentialManagement get API endpoint must exist");
let gAssertionChallenge = new Uint8Array(16);
window.crypto.getRandomValues(gAssertionChallenge);
let unknownCredType = {type: "Magic", id: base64ToBytes("AAA=")};
let unknownCred = {type: "public-key", id: base64ToBytes("AAA=")};
let validCred = null;
add_task(test_setup_valid_credential);
add_task(test_without_credential);
add_task(test_with_credential);
add_task(test_unexpected_option);
add_task(test_unexpected_option_with_credential);
add_task(test_unexpected_transport);
add_task(test_unknown_credential_type);
add_task(test_unknown_credential);
add_task(test_too_many_credentials);
add_task(test_unexpected_option_unknown_credential_type);
add_task(test_empty_credential_list);
add_task(() => {
// Enable USB tokens.
return SpecialPowers.pushPrefEnv({"set": [
["security.webauth.webauthn_enable_softtoken", false],
["security.webauth.webauthn_enable_usbtoken", true],
]});
});
add_task(test_usb_empty_credential_list);
function requestGetAssertion(params) {
return navigator.credentials.get(params);
}
function arrivingHereIsGood(aResult) {
ok(true, "Good result! Received a: " + aResult);
}
function arrivingHereIsBad(aResult) {
ok(false, "Bad result! Received a: " + aResult);
}
function expectNotAllowedError(aResult) {
ok(aResult.toString().startsWith("NotAllowedError"), "Expecting a NotAllowedError, got " + aResult);
}
function expectInvalidStateError(aResult) {
ok(aResult.toString().startsWith("InvalidStateError"), "Expecting a InvalidStateError, got " + aResult);
}
function expectTypeError(aResult) {
ok(aResult.toString().startsWith("TypeError"), "Expecting a TypeError, got " + aResult);
}
function expectSecurityError(aResult) {
ok(aResult.toString().startsWith("SecurityError"), "Expecting a SecurityError, got " + aResult);
}
function expectAbortError(aResult) {
is(aResult.code, DOMException.ABORT_ERR, "Expecting an AbortError");
}
// Set up a valid credential
async function test_setup_valid_credential() {
let publicKey = {
rp: {id: document.domain, name: "none", icon: "none"},
user: {id: new Uint8Array(), name: "none", icon: "none", displayName: "none"},
challenge: crypto.getRandomValues(new Uint8Array(16)),
pubKeyCredParams: [{type: "public-key", alg: cose_alg_ECDSA_w_SHA256}],
};
return navigator.credentials.create({publicKey})
.then(res => validCred = {type: "public-key", id: res.rawId} );
}
// Test basic good call, but without giving a credential so expect failures
// this is OK by the standard, but not supported by U2F-backed authenticators
// like the soft token in use here.
async function test_without_credential() {
let publicKey = {
challenge: gAssertionChallenge
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsBad)
.catch(expectInvalidStateError);
}
// Test with a valid credential
async function test_with_credential() {
let publicKey = {
challenge: gAssertionChallenge,
allowCredentials: [validCred]
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsGood)
.catch(arrivingHereIsBad);
}
// Test with an unexpected option. That won't stop anything, and we'll
// fail with InvalidState just as if we had no valid credentials -- which
// we don't.
async function test_unexpected_option() {
let publicKey = {
challenge: gAssertionChallenge,
unknownValue: "hi"
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsBad)
.catch(expectInvalidStateError);
}
// Test with an unexpected option but a valid credential
async function test_unexpected_option_with_credential() {
let publicKey = {
challenge: gAssertionChallenge,
unknownValue: "hi",
allowCredentials: [validCred]
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsGood)
.catch(arrivingHereIsBad);
}
// Test with an unexpected transport on a valid credential
async function test_unexpected_transport() {
let cred = validCred;
cred.transports = ["unknown", "usb"];
let publicKey = {
challenge: gAssertionChallenge,
unknownValue: "hi",
allowCredentials: [cred]
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsGood)
.catch(arrivingHereIsBad);
}
// Test with an unknown credential type
async function test_unknown_credential_type() {
let publicKey = {
challenge: gAssertionChallenge,
allowCredentials: [unknownCredType]
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsBad)
.catch(expectInvalidStateError);
}
// Test with an unknown credential
async function test_unknown_credential() {
let publicKey = {
challenge: gAssertionChallenge,
allowCredentials: [unknownCred]
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsBad)
.catch(expectInvalidStateError);
}
// Test with too many credentials
async function test_too_many_credentials() {
let tooManyCredentials = Array(21).fill(validCred);
let publicKey = {
challenge: gAssertionChallenge,
allowCredentials: tooManyCredentials,
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsBad)
.catch(expectSecurityError);
}
// Test with an unexpected option and an unknown credential type
async function test_unexpected_option_unknown_credential_type() {
let publicKey = {
challenge: gAssertionChallenge,
unknownValue: "hi",
allowCredentials: [unknownCredType]
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsBad)
.catch(expectInvalidStateError);
}
// Test with an empty credential list
// This will return InvalidStateError since the softotken consents, but
// there are no valid credentials.
async function test_empty_credential_list() {
let publicKey = {
challenge: gAssertionChallenge,
allowCredentials: []
};
await requestGetAssertion({publicKey})
.then(arrivingHereIsBad)
.catch(expectInvalidStateError);
}
// Test with an empty credential list
async function test_usb_empty_credential_list() {
let publicKey = {
challenge: gAssertionChallenge,
allowCredentials: []
};
let ctrl = new AbortController();
let request = requestGetAssertion({publicKey, signal: ctrl.signal})
.then(arrivingHereIsBad)
.catch(expectAbortError);
// Wait a tick for the statemachine to start.
await Promise.resolve();
// The request should time out. We'll abort it here and will fail or
// succeed upon resolution, when the error code is checked.
ctrl.abort();
await request;
}
</script>
</body>
</html>
|
