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/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
async function tryPeerConnection(browser, expectedError = null) {
let errtype = await SpecialPowers.spawn(browser, [], async function () {
let pc = new content.RTCPeerConnection();
try {
await pc.createOffer({ offerToReceiveAudio: true });
return null;
} catch (err) {
return err.name;
}
});
let detail = expectedError
? `createOffer() threw a ${expectedError}`
: "createOffer() succeeded";
is(errtype, expectedError, detail);
}
// Helper for tests that use the peer-request-allowed and -blocked events.
// A test that expects some of those events does the following:
// - call Events.on() before the test to setup event handlers
// - call Events.expect(name) after a specific event is expected to have
// occured. This will fail if the event didn't occur, and will return
// the details passed to the handler for furhter checking.
// - call Events.off() at the end of the test to clean up. At this point, if
// any events were triggered that the test did not expect, the test fails.
const Events = {
events: ["peer-request-allowed", "peer-request-blocked"],
details: new Map(),
handlers: new Map(),
on() {
for (let event of this.events) {
let handler = data => {
if (this.details.has(event)) {
ok(false, `Got multiple ${event} events`);
}
this.details.set(event, data);
};
webrtcUI.on(event, handler);
this.handlers.set(event, handler);
}
},
expect(event) {
let result = this.details.get(event);
isnot(result, undefined, `${event} event was triggered`);
this.details.delete(event);
// All events should have a good origin
is(result.origin, ORIGIN, `${event} event has correct origin`);
return result;
},
off() {
for (let event of this.events) {
webrtcUI.off(event, this.handlers.get(event));
this.handlers.delete(event);
}
for (let [event] of this.details) {
ok(false, `Got unexpected event ${event}`);
}
},
};
var gTests = [
{
desc: "Basic peer-request-allowed event",
run: async function testPeerRequestEvent(browser) {
Events.on();
await tryPeerConnection(browser);
let details = Events.expect("peer-request-allowed");
isnot(
details.callID,
undefined,
"peer-request-allowed event includes callID"
);
isnot(
details.windowID,
undefined,
"peer-request-allowed event includes windowID"
);
Events.off();
},
},
{
desc: "Immediate peer connection blocker can allow",
run: async function testBlocker(browser) {
Events.on();
let blockerCalled = false;
let blocker = params => {
is(
params.origin,
ORIGIN,
"Peer connection blocker origin parameter is correct"
);
blockerCalled = true;
return "allow";
};
webrtcUI.addPeerConnectionBlocker(blocker);
await tryPeerConnection(browser);
is(blockerCalled, true, "Blocker was called");
Events.expect("peer-request-allowed");
webrtcUI.removePeerConnectionBlocker(blocker);
Events.off();
},
},
{
desc: "Deferred peer connection blocker can allow",
run: async function testDeferredBlocker(browser) {
Events.on();
let blocker = () => Promise.resolve("allow");
webrtcUI.addPeerConnectionBlocker(blocker);
await tryPeerConnection(browser);
Events.expect("peer-request-allowed");
webrtcUI.removePeerConnectionBlocker(blocker);
Events.off();
},
},
{
desc: "Immediate peer connection blocker can deny",
run: async function testBlockerDeny(browser) {
Events.on();
let blocker = () => "deny";
webrtcUI.addPeerConnectionBlocker(blocker);
await tryPeerConnection(browser, "NotAllowedError");
Events.expect("peer-request-blocked");
webrtcUI.removePeerConnectionBlocker(blocker);
Events.off();
},
},
{
desc: "Multiple blockers work (both allow)",
run: async function testMultipleAllowBlockers(browser) {
Events.on();
let blocker1Called = false,
blocker1 = () => {
blocker1Called = true;
return "allow";
};
webrtcUI.addPeerConnectionBlocker(blocker1);
let blocker2Called = false,
blocker2 = () => {
blocker2Called = true;
return "allow";
};
webrtcUI.addPeerConnectionBlocker(blocker2);
await tryPeerConnection(browser);
Events.expect("peer-request-allowed");
ok(blocker1Called, "First blocker was called");
ok(blocker2Called, "Second blocker was called");
webrtcUI.removePeerConnectionBlocker(blocker1);
webrtcUI.removePeerConnectionBlocker(blocker2);
Events.off();
},
},
{
desc: "Multiple blockers work (allow then deny)",
run: async function testAllowDenyBlockers(browser) {
Events.on();
let blocker1Called = false,
blocker1 = () => {
blocker1Called = true;
return "allow";
};
webrtcUI.addPeerConnectionBlocker(blocker1);
let blocker2Called = false,
blocker2 = () => {
blocker2Called = true;
return "deny";
};
webrtcUI.addPeerConnectionBlocker(blocker2);
await tryPeerConnection(browser, "NotAllowedError");
Events.expect("peer-request-blocked");
ok(blocker1Called, "First blocker was called");
ok(blocker2Called, "Second blocker was called");
webrtcUI.removePeerConnectionBlocker(blocker1);
webrtcUI.removePeerConnectionBlocker(blocker2);
Events.off();
},
},
{
desc: "Multiple blockers work (deny first)",
run: async function testDenyAllowBlockers(browser) {
Events.on();
let blocker1Called = false,
blocker1 = () => {
blocker1Called = true;
return "deny";
};
webrtcUI.addPeerConnectionBlocker(blocker1);
let blocker2Called = false,
blocker2 = () => {
blocker2Called = true;
return "allow";
};
webrtcUI.addPeerConnectionBlocker(blocker2);
await tryPeerConnection(browser, "NotAllowedError");
Events.expect("peer-request-blocked");
ok(blocker1Called, "First blocker was called");
ok(
!blocker2Called,
"Peer connection blocker after a deny is not invoked"
);
webrtcUI.removePeerConnectionBlocker(blocker1);
webrtcUI.removePeerConnectionBlocker(blocker2);
Events.off();
},
},
{
desc: "Blockers may be removed",
run: async function testRemoveBlocker(browser) {
Events.on();
let blocker1Called = false,
blocker1 = () => {
blocker1Called = true;
return "allow";
};
webrtcUI.addPeerConnectionBlocker(blocker1);
let blocker2Called = false,
blocker2 = () => {
blocker2Called = true;
return "allow";
};
webrtcUI.addPeerConnectionBlocker(blocker2);
webrtcUI.removePeerConnectionBlocker(blocker1);
await tryPeerConnection(browser);
Events.expect("peer-request-allowed");
ok(!blocker1Called, "Removed peer connection blocker is not invoked");
ok(blocker2Called, "Second peer connection blocker was invoked");
webrtcUI.removePeerConnectionBlocker(blocker2);
Events.off();
},
},
{
desc: "Blocker that throws is ignored",
run: async function testBlockerThrows(browser) {
Events.on();
let blocker1Called = false,
blocker1 = () => {
blocker1Called = true;
throw new Error("kaboom");
};
webrtcUI.addPeerConnectionBlocker(blocker1);
let blocker2Called = false,
blocker2 = () => {
blocker2Called = true;
return "allow";
};
webrtcUI.addPeerConnectionBlocker(blocker2);
await tryPeerConnection(browser);
Events.expect("peer-request-allowed");
ok(blocker1Called, "First blocker was invoked");
ok(blocker2Called, "Second blocker was invoked");
webrtcUI.removePeerConnectionBlocker(blocker1);
webrtcUI.removePeerConnectionBlocker(blocker2);
Events.off();
},
},
{
desc: "Cancel peer request",
run: async function testBlockerCancel(browser) {
let blocker,
blockerPromise = new Promise(resolve => {
blocker = () => {
resolve();
// defer indefinitely
return new Promise(() => {});
};
});
webrtcUI.addPeerConnectionBlocker(blocker);
await SpecialPowers.spawn(browser, [], async function () {
new content.RTCPeerConnection().createOffer({
offerToReceiveAudio: true,
});
});
await blockerPromise;
let eventPromise = new Promise(resolve => {
webrtcUI.on("peer-request-cancel", function listener(details) {
resolve(details);
webrtcUI.off("peer-request-cancel", listener);
});
});
await SpecialPowers.spawn(browser, [], async function () {
content.location.reload();
});
let details = await eventPromise;
isnot(
details.callID,
undefined,
"peer-request-cancel event includes callID"
);
is(
details.origin,
ORIGIN,
"peer-request-cancel event has correct origin"
);
webrtcUI.removePeerConnectionBlocker(blocker);
},
},
];
add_task(async function test() {
await runTests(gTests, {
skipObserverVerification: true,
cleanup() {
is(
webrtcUI.peerConnectionBlockers.size,
0,
"Peer connection blockers list is empty"
);
},
});
});