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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
"use strict";
// Test the ResourceCommand API around WEBSOCKET.
const ResourceCommand = require("resource://devtools/shared/commands/resource/resource-command.js");
const IS_NUMBER = "IS_NUMBER";
const SHOULD_EXIST = "SHOULD_EXIST";
const targets = {
TOP_LEVEL_DOCUMENT: "top-level-document",
IN_PROCESS_IFRAME: "in-process-frame",
OUT_PROCESS_IFRAME: "out-process-frame",
};
add_task(async function() {
info("Testing the top-level document");
await testWebsocketResources(targets.TOP_LEVEL_DOCUMENT);
info("Testing the in-process iframe");
await testWebsocketResources(targets.IN_PROCESS_IFRAME);
info("Testing the out-of-process iframe");
await testWebsocketResources(targets.OUT_PROCESS_IFRAME);
});
async function testWebsocketResources(target) {
const tab = await addTab(URL_ROOT_SSL + "websocket_frontend.html");
const { client, resourceCommand, targetCommand } = await initResourceCommand(
tab
);
const availableResources = [];
function onResourceAvailable(resources) {
availableResources.push(...resources);
}
await resourceCommand.watchResources([resourceCommand.TYPES.WEBSOCKET], {
onAvailable: onResourceAvailable,
});
info("Check available resources at initial");
is(
availableResources.length,
0,
"Length of existing resources is correct at initial"
);
info("Check resource of opening websocket");
await executeFunctionInContext(tab, target, "openConnection");
await waitUntil(() => availableResources.length === 1);
const httpChannelId = availableResources[0].httpChannelId;
ok(httpChannelId, "httpChannelId is present in the resource");
assertResource(availableResources[0], {
wsMessageType: "webSocketOpened",
effectiveURI:
"wss://example.com/browser/devtools/shared/commands/resource/tests/websocket_backend",
extensions: "permessage-deflate",
protocols: "",
});
info("Check resource of sending/receiving the data via websocket");
await executeFunctionInContext(tab, target, "sendData", "test");
await waitUntil(() => availableResources.length === 3);
assertResource(availableResources[1], {
wsMessageType: "frameSent",
httpChannelId,
data: {
type: "sent",
payload: "test",
timeStamp: SHOULD_EXIST,
finBit: SHOULD_EXIST,
rsvBit1: SHOULD_EXIST,
rsvBit2: SHOULD_EXIST,
rsvBit3: SHOULD_EXIST,
opCode: SHOULD_EXIST,
mask: SHOULD_EXIST,
maskBit: SHOULD_EXIST,
},
});
assertResource(availableResources[2], {
wsMessageType: "frameReceived",
httpChannelId,
data: {
type: "received",
payload: "test",
timeStamp: SHOULD_EXIST,
finBit: SHOULD_EXIST,
rsvBit1: SHOULD_EXIST,
rsvBit2: SHOULD_EXIST,
rsvBit3: SHOULD_EXIST,
opCode: SHOULD_EXIST,
mask: SHOULD_EXIST,
maskBit: SHOULD_EXIST,
},
});
info("Check resource of closing websocket");
await executeFunctionInContext(tab, target, "closeConnection");
await waitUntil(() => availableResources.length === 6);
assertResource(availableResources[3], {
wsMessageType: "frameSent",
httpChannelId,
data: {
type: "sent",
payload: "",
timeStamp: SHOULD_EXIST,
finBit: SHOULD_EXIST,
rsvBit1: SHOULD_EXIST,
rsvBit2: SHOULD_EXIST,
rsvBit3: SHOULD_EXIST,
opCode: SHOULD_EXIST,
mask: SHOULD_EXIST,
maskBit: SHOULD_EXIST,
},
});
assertResource(availableResources[4], {
wsMessageType: "frameReceived",
httpChannelId,
data: {
type: "received",
payload: "",
timeStamp: SHOULD_EXIST,
finBit: SHOULD_EXIST,
rsvBit1: SHOULD_EXIST,
rsvBit2: SHOULD_EXIST,
rsvBit3: SHOULD_EXIST,
opCode: SHOULD_EXIST,
mask: SHOULD_EXIST,
maskBit: SHOULD_EXIST,
},
});
assertResource(availableResources[5], {
wsMessageType: "webSocketClosed",
httpChannelId,
code: IS_NUMBER,
reason: "",
wasClean: true,
});
info("Check existing resources");
const existingResources = [];
function onExsistingResourceAvailable(resources) {
existingResources.push(...resources);
}
await resourceCommand.watchResources([resourceCommand.TYPES.WEBSOCKET], {
onAvailable: onExsistingResourceAvailable,
});
is(
availableResources.length,
existingResources.length,
"Length of existing resources is correct"
);
for (let i = 0; i < availableResources.length; i++) {
ok(
availableResources[i] === existingResources[i],
`The ${i}th resource is correct`
);
}
await resourceCommand.unwatchResources([resourceCommand.TYPES.WEBSOCKET], {
onAvailable: onResourceAvailable,
});
await resourceCommand.unwatchResources([resourceCommand.TYPES.WEBSOCKET], {
onAvailable: onExsistingResourceAvailable,
});
targetCommand.destroy();
await client.close();
BrowserTestUtils.removeTab(tab);
}
/**
* Execute global functions defined in the correct
* target (top-level-window or frames) contexts.
*
* @param {object} tab The current window tab
* @param {string} target A string identify if we want to test the top level document or iframes
* @param {string} funcName The name of the global function which needs to be called.
* @param {*} funcArgs The arguments to pass to the global function
*/
async function executeFunctionInContext(tab, target, funcName, ...funcArgs) {
let browsingContext = tab.linkedBrowser.browsingContext;
// If the target is an iframe get its window global
if (target !== targets.TOP_LEVEL_DOCUMENT) {
browsingContext = await SpecialPowers.spawn(
tab.linkedBrowser,
[target],
async _target => {
const iframe = content.document.getElementById(_target);
return iframe.browsingContext;
}
);
}
return SpecialPowers.spawn(
browsingContext,
[funcName, funcArgs],
async (_funcName, _funcArgs) => {
await content.wrappedJSObject[_funcName](..._funcArgs);
}
);
}
function assertResource(resource, expected) {
is(
resource.resourceType,
ResourceCommand.TYPES.WEBSOCKET,
"Resource type is correct"
);
assertObject(resource, expected);
}
function assertObject(object, expected) {
for (const field in expected) {
if (typeof expected[field] === "object") {
assertObject(object[field], expected[field]);
} else if (expected[field] === SHOULD_EXIST) {
ok(object[field] !== undefined, `The value of ${field} exists`);
} else if (expected[field] === IS_NUMBER) {
ok(!isNaN(object[field]), `The value of ${field} is number`);
} else {
is(object[field], expected[field], `The value of ${field} is correct`);
}
}
}
|
