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/**
* Verify that the colors were set properly. This has the effect of
* verifying that the processes are assigned for child frames correctly.
*/
async function verifyBaseFrameStructure(
browsingContexts,
testname,
expectedHTML
) {
function checkColorAndText(bc, desc, expectedColor, expectedText) {
return SpecialPowers.spawn(
bc,
[expectedColor, expectedText, desc],
(expectedColorChild, expectedTextChild, descChild) => {
Assert.equal(
content.document.documentElement.style.backgroundColor,
expectedColorChild,
descChild + " color"
);
Assert.equal(
content.document.getElementById("insertPoint").innerHTML,
expectedTextChild,
descChild + " text"
);
}
);
}
let useOOPFrames = gFissionBrowser;
is(
browsingContexts.length,
TOTAL_FRAME_COUNT,
"correct number of browsing contexts"
);
await checkColorAndText(
browsingContexts[0],
testname + " base",
"white",
expectedHTML.next().value
);
await checkColorAndText(
browsingContexts[1],
testname + " frame 1",
useOOPFrames ? "seashell" : "white",
expectedHTML.next().value
);
await checkColorAndText(
browsingContexts[2],
testname + " frame 1-1",
useOOPFrames ? "seashell" : "white",
expectedHTML.next().value
);
await checkColorAndText(
browsingContexts[3],
testname + " frame 2",
useOOPFrames ? "lightcyan" : "white",
expectedHTML.next().value
);
await checkColorAndText(
browsingContexts[4],
testname + " frame 2-1",
useOOPFrames ? "seashell" : "white",
expectedHTML.next().value
);
await checkColorAndText(
browsingContexts[5],
testname + " frame 2-2",
useOOPFrames ? "lightcyan" : "white",
expectedHTML.next().value
);
await checkColorAndText(
browsingContexts[6],
testname + " frame 2-3",
useOOPFrames ? "palegreen" : "white",
expectedHTML.next().value
);
await checkColorAndText(
browsingContexts[7],
testname + " frame 2-4",
"white",
expectedHTML.next().value
);
}
/**
* Test setting up all of the frames where a string of markup is passed
* to initChildFrames.
*/
add_task(async function test_subframes_string() {
let tab = await BrowserTestUtils.openNewForegroundTab(
gBrowser,
OOP_BASE_PAGE_URI
);
const markup = "<p>Text</p>";
let browser = tab.linkedBrowser;
let browsingContexts = await initChildFrames(browser, markup);
function* getExpectedHTML() {
for (let c = 1; c <= TOTAL_FRAME_COUNT; c++) {
yield markup;
}
ok(false, "Frame count does not match actual number of frames");
}
await verifyBaseFrameStructure(browsingContexts, "string", getExpectedHTML());
BrowserTestUtils.removeTab(tab);
});
/**
* Test setting up all of the frames where a function that returns different markup
* is passed to initChildFrames.
*/
add_task(async function test_subframes_function() {
let tab = await BrowserTestUtils.openNewForegroundTab(
gBrowser,
OOP_BASE_PAGE_URI
);
let browser = tab.linkedBrowser;
let counter = 0;
let browsingContexts = await initChildFrames(
browser,
function (browsingContext) {
return "<p>Text " + ++counter + "</p>";
}
);
is(
counter,
TOTAL_FRAME_COUNT,
"insert HTML function called the correct number of times"
);
function* getExpectedHTML() {
for (let c = 1; c <= TOTAL_FRAME_COUNT; c++) {
yield "<p>Text " + c + "</p>";
}
}
await verifyBaseFrameStructure(
browsingContexts,
"function",
getExpectedHTML()
);
BrowserTestUtils.removeTab(tab);
});
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