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<!DOCTYPE HTML>
<html>
<head>
<script type="application/javascript">var scriptRelativePath = "../";</script>
<script type="application/javascript" src="../pc.js"></script>
</head>
<body>
<pre id="test">
<script type="application/javascript">
createHTML({
title: "getIdentityAssertion Tests",
bug: "942367"
});
function checkIdentity(assertion, identity) {
// here we dig into the payload, which means we need to know something
// about how the IdP actually works (not good in general, but OK here)
var assertion = JSON.parse(atob(assertion)).assertion;
var user = JSON.parse(assertion).username;
is(user, identity, 'id should be "' + identity + '" is "' + user + '"');
}
function getAssertion(t, instructions, userHint) {
t.pcLocal.setIdentityProvider('example.com', 'idp.js' + instructions,
userHint);
return t.pcLocal._pc.getIdentityAssertion();
}
var test;
function theTest() {
test = new PeerConnectionTest();
test.setMediaConstraints([{audio: true}], [{audio: true}]);
test.chain.removeAfter('PC_REMOTE_CHECK_INITIAL_SIGNALINGSTATE');
test.chain.append([
function PC_LOCAL_IDENTITY_ASSERTION_FAILS_WITHOUT_PROVIDER(t) {
return t.pcLocal._pc.getIdentityAssertion()
.then(a => ok(false, 'should fail without provider'),
e => ok(e, 'should fail without provider'));
},
function PC_LOCAL_IDENTITY_ASSERTION_FAILS_WITH_BAD_PROVIDER(t) {
t.pcLocal._pc.setIdentityProvider('example.com', 'idp-bad.js', '');
return t.pcLocal._pc.getIdentityAssertion()
.then(a => ok(false, 'should fail with bad provider'),
e => {
is(e.name, 'IdpError', 'should fail with bad provider');
ok(e.message, 'should include a nice message');
});
},
function PC_LOCAL_GET_TWO_ASSERTIONS(t) {
return Promise.all([
getAssertion(t, ''),
getAssertion(t, '')
]).then(assertions => {
is(assertions.length, 2, "Two assertions generated");
assertions.forEach(a => checkIdentity(a, 'someone@example.com'));
});
},
function PC_LOCAL_IDP_FAILS(t) {
return getAssertion(t, '#fail')
.then(a => ok(false, '#fail should not get an identity result'),
e => is(e.name, 'IdpError', '#fail should cause rejection'));
},
function PC_LOCAL_IDP_LOGIN_ERROR(t) {
return getAssertion(t, '#login')
.then(a => ok(false, '#login should not work'),
e => {
is(e.name, 'IdpLoginError', 'name is IdpLoginError');
is(t.pcLocal._pc.idpLoginUrl.split('#')[0],
'https://example.com/.well-known/idp-proxy/login.html',
'got the right login URL from the IdP');
});
},
function PC_LOCAL_IDP_NOT_READY(t) {
return getAssertion(t, '#not_ready')
.then(a => ok(false, '#not_ready should not get an identity result'),
e => is(e.name, 'IdpError', '#not_ready should cause rejection'));
},
function PC_LOCAL_ASSERTION_WITH_SPECIFIC_NAME(t) {
return getAssertion(t, '', 'user@example.com')
.then(a => checkIdentity(a, 'user@example.com'));
}
]);
test.run();
}
runNetworkTest(theTest);
</script>
</pre>
</body>
</html>
|
