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<?xml version="1.0"?>
<?xml-stylesheet type="text/css" href="chrome://global/skin"?>
<?xml-stylesheet type="text/css" href="/tests/SimpleTest/test.css"?>
<!--
https://bugzilla.mozilla.org/show_bug.cgi?id=565541
-->
<window title="Mozilla Bug 565541"
xmlns="http://www.mozilla.org/keymaster/gatekeeper/there.is.only.xul">
<script type="application/javascript" src="chrome://mochikit/content/tests/SimpleTest/SimpleTest.js"></script>
<!-- test results are displayed in the html:body -->
<body xmlns="http://www.w3.org/1999/xhtml">
<a href="https://bugzilla.mozilla.org/show_bug.cgi?id=565541"
target="_blank">Mozilla Bug 565541</a>
</body>
<!-- test code goes here -->
<script type="application/javascript">
<![CDATA[
/** Test for Bug 565541 **/
var previousX, previousY, previousWidth, previousHeight;
function backValues()
{
previousX = window.top.screenX;
previousY = window.top.screenY;
previousWidth = window.top.innerWidth;
previousHeight = window.top.innerHeight;
}
function restoreValues()
{
window.top.screenX = previousX;
window.top.screenY = previousY;
window.top.innerWidth = previousWidth;
window.top.innerHeight = previousHeight;
}
function getNewWidth(aWindow)
{
return (aWindow.innerWidth > (screen.width / 2)) ? 100 : screen.width;
}
function getNewHeight(aWindow)
{
return (aWindow.innerHeight > (screen.height / 2)) ? 100 : screen.height;
}
function getNewX(aWindow)
{
return (aWindow.screenX > ((screen.width - aWindow.outerWidth) / 2))
? 0 : screen.width - aWindow.outerWidth;
}
function getNewY(aWindow)
{
return (aWindow.screenY > ((screen.height - aWindow.outerHeight) / 2))
? 0 : screen.height - aWindow.outerHeight;
}
/**
* hitEventLoop is called when we want to check something but we can't rely on
* an event or a specific number of event loop hiting.
* This method can be called by specifying a condition, a test (using SimpleTest
* API), how many times the event loop has to be hitten and what to call next.
* If times < 0, the event loop will be hitten as long as the condition isn't
* true or the test doesn't time out.
*/
function hitEventLoop(condition, test, times, next) {
if (condition() || times == 0) {
test();
next();
return;
}
setTimeout(hitEventLoop, 0, condition, test, times - 1, next);
}
function checkChangeIsEnabled(aWindow, aNext)
{
// Something should happen. We are not going to go to the next test until
// it does.
var hits = -1;
var prevWidth;
var prevHeight;
var prevX;
var prevY;
var oWidth;
var oHeight;
function sizeChangeCondition() {
return aWindow.innerWidth != prevWidth && aWindow.innerHeight != prevHeight;
}
function sizeChangeTest() {
isnot(aWindow.innerWidth, prevWidth, "Window width should have changed");
isnot(aWindow.innerHeight, prevHeight, "Window height should have changed");
prevWidth = aWindow.innerWidth;
prevHeight = aWindow.innerHeight;
}
function posChangeCondition() {
// With GTK, sometimes, only one dimension changes.
if (navigator.platform.indexOf('Linux') != -1) {
return aWindow.screenX != prevX || aWindow.screenY != prevY;
}
return aWindow.screenX != prevX && aWindow.screenY != prevY;
}
function posChangeConditionIgnoreLinux() {
if (posChangeCondition()) {
return true;
}
if (navigator.platform.indexOf('Linux') != -1) {
return true;
}
}
function posChangeTest() {
// With GTK, sometimes, only one dimension changes.
if (navigator.platform.indexOf('Linux') != -1) {
// With GTK, sometimes, aWindow.screenX changes during two calls.
// So we call it once and save the returned value.
var x = aWindow.screenX;
var y = aWindow.screenY;
if (x != prevX) {
isnot(x, prevX, "Window x position should have changed");
}
if (y != prevY) {
isnot(y, prevY, "Window y position should have changed");
}
} else {
isnot(aWindow.screenX, prevX, "Window x position should have changed");
isnot(aWindow.screenY, prevY, "Window y position should have changed");
}
prevX = aWindow.screenX;
prevY = aWindow.screenY;
}
function outerChangeCondition() {
return aWindow.outerWidth != oWidth && aWindow.outerHeight != oHeight;
}
function outerChangeTest() {
isnot(aWindow.outerWidth, oWidth, "Window outerWidth should have changed");
isnot(aWindow.outerHeight, oHeight, "Window outerHeight should have changed");
aWindow.outerWidth = oWidth;
aWindow.outerHeight = oHeight;
}
/**
* Size checks.
*/
prevWidth = aWindow.innerWidth;
prevHeight = aWindow.innerHeight;
aWindow.innerWidth = getNewWidth(aWindow);
aWindow.innerHeight = getNewHeight(aWindow);
hitEventLoop(sizeChangeCondition, sizeChangeTest, hits, function () {
aWindow.resizeTo(getNewWidth(aWindow), getNewHeight(aWindow));
hitEventLoop(sizeChangeCondition, sizeChangeTest, hits, function () {
aWindow.resizeBy(getNewWidth(aWindow) - aWindow.innerWidth,
getNewHeight(aWindow) - aWindow.innerHeight);
hitEventLoop(sizeChangeCondition, sizeChangeTest, hits, function () {
prevWidth = aWindow.innerWidth = getNewWidth(aWindow);
prevHeight = aWindow.innerHeight = getNewHeight(aWindow);
aWindow.sizeToContent();
hitEventLoop(sizeChangeCondition, sizeChangeTest, hits, function () {
/**
* Position checks.
*/
prevX = aWindow.screenX;
prevY = aWindow.screenY;
aWindow.screenX = getNewX(aWindow);
aWindow.screenY = getNewY(aWindow);
hitEventLoop(posChangeCondition, posChangeTest, hits, function () {
aWindow.moveTo(getNewX(aWindow), getNewY(aWindow));
hitEventLoop(posChangeCondition, posChangeTest, hits, function () {
aWindow.moveBy(getNewX(aWindow) - aWindow.screenX,
getNewY(aWindow) - aWindow.screenY);
hitEventLoop(posChangeConditionIgnoreLinux, posChangeTest, hits, function () {
/**
* Outer width/height checks.
*/
oWidth = aWindow.outerWidth;
oHeight = aWindow.outerHeight;
aWindow.outerWidth = oWidth * 2;
aWindow.outerHeight = oHeight * 2;
hitEventLoop(outerChangeCondition, outerChangeTest, hits, aNext);
});
});
});
});
});
});
});
}
SimpleTest.waitForExplicitFinish();
SimpleTest.waitForFocus(function() {
if (screen.width <= 200 || screen.height <= 200) {
todo(false, "The screen is too small to run this test.");
SimpleTest.finish();
}
backValues();
// We are in a chrome context, we can change the size and position.
checkChangeIsEnabled(window.top, function() {
// We create a window and check that the size and position can be set with
// window.open parameters and can be changed by the created window.
var w = window.open("data:text/html,<script>" +
"function check(next) {" +
" var is_range = function(aTest, aValue, aRange, aMsg) {" +
" ok(aTest < aValue + aRange && aTest > aValue - aRange, aMsg);" +
" };" +
" is_range(window.innerWidth, 170, 5, 'parameter width should be taken into account');" +
" is_range(window.innerHeight, 170, 5, 'parameter height should be taken into account');" +
" is_range(window.screenX, 25, 5, 'parameter screenX should be taken into account');" +
" is_range(window.screenY, 25, 5, 'parameter screenY should be taken into account');" +
" checkChangeIsEnabled(window, next);" +
"} <\/script>", '',
'width=170,height=170,screenX=25,screenY=25');
SimpleTest.waitForFocus(function() {
// This test relies on passing cross-origin windows to a chrome function,
// which is generally forbidden if we don't twiddle the knob below.
Components.utils.forcePermissiveCOWs();
w.wrappedJSObject.ok = SimpleTest.ok;
w.wrappedJSObject.checkChangeIsEnabled = window.checkChangeIsEnabled;
w.wrappedJSObject.check(function() {
// The current window can change the size and position of the created one.
checkChangeIsEnabled(w, function() {
w.close();
// If we call window.open with an empty string as a third parameter,
// by default, it will create a new tab instead of a new window.
// In a chrome context, the size and position can change.
w = window.open("data:text/html,<script>" +
"function check(next) {" +
" checkChangeIsEnabled(window, next);" +
"} <\/script>", '', '');
SimpleTest.waitForFocus(function() {
w.wrappedJSObject.checkChangeIsEnabled = window.checkChangeIsEnabled;
w.wrappedJSObject.check(function() {
// The current window can change the size and position of the new tab.
// Because we are in a chrome context.
checkChangeIsEnabled(w, function() {
w.close();
restoreValues();
SimpleTest.finish();
});
});
}, w, false);
});
});
}, w, false);
});
});
]]>
</script>
</window>
|
