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Update web-platform-tests to revision 887d08e63a19b14acf3217df77f12c121a792fed

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WPT Sync Bot 2019-06-18 10:23:53 +00:00
parent 97ad913dc2
commit a41065a1f4
65 changed files with 1433 additions and 463 deletions
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113
tests/wpt/web-platform-tests/webrtc/protocol/candidate-exchange.https.html
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@ -26,15 +26,36 @@ function iceGatheringCompleteWaiter(pc) {
return waiter;
}
class StateLogger {
constructor(source, eventname, field) {
source.addEventListener(eventname, event => {
this.events.push(source[field]);
});
this.events = [source[field]];
}
}
class IceStateLogger extends StateLogger {
constructor(source) {
super(source, 'iceconnectionstatechange', 'iceConnectionState');
}
}
promise_test(async t => {
const pc1 = new RTCPeerConnection();
const pc2 = new RTCPeerConnection();
t.add_cleanup(() => pc1.close());
t.add_cleanup(() => pc2.close());
pc1.createDataChannel('datachannel');
pc1IceStates = new IceStateLogger(pc1);
pc2IceStates = new IceStateLogger(pc1);
coupleIceCandidates(pc1, pc2);
await doSignalingHandshake(pc1, pc2);
await waitForIceStateChange(pc1, ['connected', 'completed']);
// Note - it's been claimed that this state sometimes jumps straight
// to "completed". If so, this test should be flaky.
await waitForIceStateChange(pc1, ['connected']);
assert_array_equals(pc1IceStates.events, ['new', 'checking', 'connected']);
assert_array_equals(pc2IceStates.events, ['new', 'checking', 'connected']);
}, 'Two way ICE exchange works');
promise_test(async t => {
@ -42,6 +63,8 @@ promise_test(async t => {
const pc2 = new RTCPeerConnection();
t.add_cleanup(() => pc1.close());
t.add_cleanup(() => pc2.close());
pc1IceStates = new IceStateLogger(pc1);
pc2IceStates = new IceStateLogger(pc1);
let candidates = [];
pc1.createDataChannel('datachannel');
pc1.onicecandidate = e => {
@ -62,6 +85,8 @@ promise_test(async t => {
const candidate_pair = pc1.sctp.transport.iceTransport.getSelectedCandidatePair();
assert_equals(candidate_pair.local.type, 'host');
assert_equals(candidate_pair.remote.type, 'prflx');
assert_array_equals(pc1IceStates.events, ['new', 'checking', 'connected']);
assert_array_equals(pc2IceStates.events, ['new', 'checking', 'connected']);
}, 'Adding only caller -> callee candidates gives a connection');
promise_test(async t => {
@ -69,6 +94,8 @@ promise_test(async t => {
const pc2 = new RTCPeerConnection();
t.add_cleanup(() => pc1.close());
t.add_cleanup(() => pc2.close());
pc1IceStates = new IceStateLogger(pc1);
pc2IceStates = new IceStateLogger(pc1);
let candidates = [];
pc1.createDataChannel('datachannel');
pc2.onicecandidate = e => {
@ -89,8 +116,92 @@ promise_test(async t => {
const candidate_pair = pc2.sctp.transport.iceTransport.getSelectedCandidatePair();
assert_equals(candidate_pair.local.type, 'host');
assert_equals(candidate_pair.remote.type, 'prflx');
assert_array_equals(pc1IceStates.events, ['new', 'checking', 'connected']);
assert_array_equals(pc2IceStates.events, ['new', 'checking', 'connected']);
}, 'Adding only callee -> caller candidates gives a connection');
promise_test(async t => {
const pc1 = new RTCPeerConnection();
const pc2 = new RTCPeerConnection();
t.add_cleanup(() => pc1.close());
t.add_cleanup(() => pc2.close());
pc1IceStates = new IceStateLogger(pc1);
pc2IceStates = new IceStateLogger(pc1);
let pc2ToPc1Candidates = [];
pc1.createDataChannel('datachannel');
pc2.onicecandidate = e => {
pc2ToPc1Candidates.push(e.candidate);
// This particular test verifies that candidates work
// properly if added from the pc2 onicecandidate event.
if (!e.candidate) {
for (const candidate of pc2ToPc1Candidates) {
if (candidate) {
pc1.addIceCandidate(candidate);
}
}
}
}
// Candidates from |pc1| are not delivered to |pc2|. |pc2| will use
// peer-reflexive candidates.
await doSignalingHandshake(pc1, pc2);
await Promise.all([waitForIceStateChange(pc1, ['connected', 'completed']),
waitForIceStateChange(pc2, ['connected', 'completed'])]);
const candidate_pair = pc2.sctp.transport.iceTransport.getSelectedCandidatePair();
assert_equals(candidate_pair.local.type, 'host');
assert_equals(candidate_pair.remote.type, 'prflx');
assert_array_equals(pc1IceStates.events, ['new', 'checking', 'connected']);
assert_array_equals(pc2IceStates.events, ['new', 'checking', 'connected']);
}, 'Adding callee -> caller candidates from end-of-candidates gives a connection');
promise_test(async t => {
const pc1 = new RTCPeerConnection();
const pc2 = new RTCPeerConnection();
t.add_cleanup(() => pc1.close());
t.add_cleanup(() => pc2.close());
pc1IceStates = new IceStateLogger(pc1);
pc2IceStates = new IceStateLogger(pc1);
let pc1ToPc2Candidates = [];
let pc2ToPc1Candidates = [];
pc1.createDataChannel('datachannel');
pc1.onicecandidate = e => {
pc1ToPc2Candidates.push(e.candidate);
}
pc2.onicecandidate = e => {
pc2ToPc1Candidates.push(e.candidate);
}
const offer = await pc1.createOffer();
await Promise.all([pc1.setLocalDescription(offer),
pc2.setRemoteDescription(offer)]);
const answer = await pc2.createAnswer();
await iceGatheringCompleteWaiter(pc1);
await pc2.setLocalDescription(answer).then(() => {
for (const candidate of pc1ToPc2Candidates) {
if (candidate) {
pc2.addIceCandidate(candidate);
}
}
});
await iceGatheringCompleteWaiter(pc2);
pc1.setRemoteDescription(answer).then(async () => {
for (const candidate of pc2ToPc1Candidates) {
if (candidate) {
await pc1.addIceCandidate(candidate);
}
}
});
await Promise.all([waitForIceStateChange(pc1, ['connected', 'completed']),
waitForIceStateChange(pc2, ['connected', 'completed'])]);
const candidate_pair =
pc1.sctp.transport.iceTransport.getSelectedCandidatePair();
assert_equals(candidate_pair.local.type, 'host');
// When we supply remote candidates, we expect a jump to the 'host' candidate,
// but it might also remain as 'prflx'.
assert_true(candidate_pair.remote.type == 'host' ||
candidate_pair.remote.type == 'prflx');
assert_array_equals(pc1IceStates.events, ['new', 'checking', 'connected']);
assert_array_equals(pc2IceStates.events, ['new', 'checking', 'connected']);
}, 'Explicit offer/answer exchange gives a connection');
</script>
</body>
</html>