Quelle test_notificationbox.xhtml
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Spracherkennung für: .xhtml vermutete Sprache: Unknown {[0] [0] [0]} [Methode: Schwerpunktbildung, einfache Gewichte, sechs Dimensionen]
<?xml version="1.0"?>
<?xml-stylesheet href="chrome://global/skin" type="text/css"?>
<?xml-stylesheet href="chrome://mochikit/content/tests/SimpleTest/test.css" type="t ext/css"?>
<!--
XUL Widget Test for notificationbox
-->
<window title="Notification Box" width="500" height="600"
xmlns="http://www.mozilla.org/keymaster/gatekeeper/there.is.only.xul">
<script src="chrome://mochikit/content/tests/SimpleTest/SimpleTest.js"></script>
<script src="chrome://mochikit/content/tests/SimpleTest/EventUtils.js"></script>
<vbox id="nb"/>
<menupopup id="menupopup" onpopupshown="this.hidePopup()" onpopuphidden="checkPopupClosed()">
<menuitem label="One"/>
</menupopup>
<!-- test results are displayed in the html:body -->
<body xmlns="http://www.w3.org/1999/xhtml" style="height: 300px; overflow: auto;"/>
<!-- test code goes here -->
<script type="application/javascript"><![CDATA[
const NOTIFICATION_LOCAL_NAME = "notification-message"
SimpleTest.waitForExplicitFinish();
var testtag_notificationbox_buttons = [
{
label: "Button 1",
accesskey: "u",
callback: testtag_notificationbox_buttonpressed,
popup: "menupopup"
}
];
var testtag_notificationbox_buttons_nopopup = [
{
label: "Button 1 No Popup",
accesskey: "u",
callback: testtag_notificationbox_button1pressed,
},
{
label: "Button 2 No Popup",
accesskey: "u",
callback: testtag_notificationbox_button2pressed,
}
];
let testtag_notificationbox_button_l10n = [
{
"l10n-id": "test-id"
}
];
var testtag_notificationbox_links = [
{
label: "Link 1",
callback: testtag_notificationbox_buttonpressed,
link: "about:mozilla"
},
{
label: "Button 2",
accesskey: "u",
callback: testtag_notificationbox_buttonpressed,
}
];
var testtag_notificationbox_supportpage = [
{
supportPage: "test1",
},
{
label: "This is an existing label",
supportPage: "test2",
},
{
supportPage: "test3",
"l10n-id": "more-specific-id",
},
{
supportPage: "test4",
label: "legacy label call",
"l10n-id": "modern-fluent-id"
}
];
function testtag_notificationbox_buttonpressed(notification, button)
{
SimpleTest.is(button.localName, "button");
return false;
}
let buttonsPressedLog = "";
function testtag_notificationbox_button1pressed() { buttonsPressedLog += "button1"; return true; }
function testtag_notificationbox_button2pressed() { buttonsPressedLog += "button2"; return true; }
function testtag_notificationbox(nb)
{
testtag_notificationbox_State(nb, "initial", null, 0);
SimpleTest.is(nb.removeAllNotifications(false), undefined, "initial removeAllNotifications");
testtag_notificationbox_State(nb, "initial removeAllNotifications", null, 0);
SimpleTest.is(nb.removeAllNotifications(true), undefined, "initial removeAllNotifications immediate");
testtag_notificationbox_State(nb, "initial removeAllNotifications immediate", null, 0);
runTimedTests(tests, -1, nb, null);
}
var notification_last_events = [];
function notification_eventCallback(event)
{
notification_last_events.push({ actualEvent: event , item: this });
}
/**
* For any notifications that have the notification_eventCallback on
* them, we will have recorded instances of those callbacks firing
* and stored them. This checks to see that the expected event types
* are being fired in order, and targeting the right item.
*
* @param {Array<string>} expectedEvents
* The list of event types, in order, that we expect to have been
* fired on the item.
* @param {<xul:notification>} ntf
* The notification we expect the callback to have been fired from.
* @param {string} testName
* The name of the current test, for logging.
*/
function testtag_notification_eventCallback(expectedEvents, ntf, testName)
{
for (let i = 0; i < expectedEvents; ++i) {
let expected = expectedEvents[i];
let { actualEvent, item } = notification_last_events[i];
SimpleTest.is(actualEvent, expected, testName + ": event name");
SimpleTest.is(item, ntf, testName + ": event item");
}
notification_last_events = [];
}
var tests =
[
{
async test(nb, ntf) {
ntf = await nb.appendNotification("mutable", {
label: "Original",
priority: nb.PRIORITY_INFO_LOW,
}, testtag_notificationbox_buttons);
ntf.label = "Changed string";
await ntf.updateComplete;
SimpleTest.is(ntf.messageText.textContent.trim(), "Changed string", "set notification label with string");
return ntf;
},
result(nb, ntf) {
nb.removeNotification(ntf);
testtag_notificationbox_State(nb, "set notification label", null, 0);
}
},
/*
Ensures that buttons created with the "label" parameter have their
label attribute set correctly.
*/
{
async test(nb, ntf) {
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_LOW,
}, testtag_notificationbox_buttons);
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append notification");
const button = ntf.buttonContainer.querySelector("button");
SimpleTest.is(button.label, "Button 1", "set button label with the 'label' parameter");
return ntf;
},
result(nb, ntf) {
nb.removeNotification(ntf);
testtag_notificationbox_State(nb, "set notification label", null, 0);
}
},
{
/*
Ensures that buttons created with the "l10n-id" parameter have
their "l10n-id" assigned correctly.
*/
async test(nb, ntf) {
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_LOW,
}, testtag_notificationbox_button_l10n);
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append notification");
const button = ntf.buttonContainer.querySelector("button");
SimpleTest.is(button.dataset.l10nId, "test-id", "create notification button with correctly assigned l10n id");
return ntf;
},
result(nb, ntf) {
nb.removeNotification(ntf);
testtag_notificationbox_State(nb, "set notification label", null, 0);
}
},
{
async test(nb, ntf) {
// append a new notification
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_LOW,
}, testtag_notificationbox_buttons);
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append notification");
return ntf;
},
result(nb, ntf) {
testtag_notificationbox_State(nb, "append", ntf, 1);
testtag_notification_State(nb, ntf, "append", "Notification", "note",
"happy.png", nb.PRIORITY_INFO_LOW);
// check the getNotificationWithValue method
var ntf_found = nb.getNotificationWithValue("note");
SimpleTest.is(ntf, ntf_found, "getNotificationWithValue note");
var none_found = nb.getNotificationWithValue("notenone");
SimpleTest.is(none_found, null, "getNotificationWithValue null");
return ntf;
}
},
{
test(nb, ntf) {
// check that notifications can be removed properly
nb.removeNotification(ntf);
return ntf;
},
result(nb) {
testtag_notificationbox_State(nb, "removeNotification", null, 0);
}
},
{
async test(nb, ntf) {
// append a new notification, but now with an event callback
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_LOW,
eventCallback: notification_eventCallback,
}, testtag_notificationbox_buttons);
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append notification with callback");
return ntf;
},
result(nb, ntf) {
testtag_notificationbox_State(nb, "append with callback", ntf, 1);
return ntf;
}
},
{
test(nb, ntf) {
nb.removeNotification(ntf);
return ntf;
},
result(nb, ntf) {
testtag_notificationbox_State(nb, "removeNotification with callback",
null, 0);
testtag_notification_eventCallback(["removed"], ntf, "removeNotification()");
return ntf;
}
},
{
async test(nb, ntf) {
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_MEDIUM,
eventCallback: notification_eventCallback,
}, testtag_notificationbox_buttons);
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append notification with object");
return ntf;
},
result(nb, ntf) {
testtag_notificationbox_State(nb, "append with callback", ntf, 1);
testtag_notificationbox_State(nb, "append using object", ntf, 1);
testtag_notification_State(nb, ntf, "append object", "Notification", "note",
"happy.png", nb.PRIORITY_INFO_MEDIUM);
return ntf;
}
},
{
test(rb, ntf) {
// Dismissing the notification instead of removing it should
// fire a dismissed "event" on the callback, followed by
// a removed "event".
ntf.dismiss();
return ntf;
},
result(nb, ntf) {
testtag_notificationbox_State(nb, "called dismiss()", null, 0);
testtag_notification_eventCallback(["dismissed", "removed"], ntf,
"dismiss()");
return ntf;
}
},
{
async test(nb, ntf) {
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_WARNING_LOW,
eventCallback: notification_eventCallback,
}, [{
label: "Button",
}]);
return ntf;
},
result(nb, ntf) {
testtag_notificationbox_State(nb, "append", ntf, 1);
testtag_notification_State(nb, ntf, "append", "Notification", "note",
"happy.png", nb.PRIORITY_WARNING_LOW);
nb.removeNotification(ntf);
return [1, null];
}
},
{
repeat: true,
async test(nb, arr) {
var idx = arr[0];
var ntf = arr[1];
switch (idx) {
case 1:
// append a new notification
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_LOW,
}, testtag_notificationbox_buttons);
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append notification");
// Test persistence
ntf.persistence++;
return [idx, ntf];
case 2:
case 3:
nb.removeTransientNotifications();
return [idx, ntf];
}
return ntf;
},
result(nb, arr) {
var idx = arr[0];
var ntf = arr[1];
switch (idx) {
case 1:
testtag_notificationbox_State(nb, "notification added", ntf, 1);
testtag_notification_State(nb, ntf, "append", "Notification", "note",
"happy.png", nb.PRIORITY_INFO_LOW);
SimpleTest.is(ntf.persistence, 1, "persistence is 1");
return [++idx, ntf];
case 2:
testtag_notificationbox_State(nb, "first removeTransientNotifications", ntf, 1);
testtag_notification_State(nb, ntf, "append", "Notification", "note",
"happy.png", nb.PRIORITY_INFO_LOW);
SimpleTest.is(ntf.persistence, 0, "persistence is now 0");
return [++idx, ntf];
case 3:
testtag_notificationbox_State(nb, "second removeTransientNotifications", null, 0);
this.repeat = false;
}
return ntf;
}
},
{
async test(nb, ntf) {
// append another notification
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_MEDIUM,
}, testtag_notificationbox_buttons);
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append notification again");
return ntf;
},
result(nb, ntf) {
// check that appending a second notification after removing the first one works
testtag_notificationbox_State(nb, "append again", ntf, 1);
testtag_notification_State(nb, ntf, "append again", "Notification", "note",
"happy.png", nb.PRIORITY_INFO_MEDIUM);
return ntf;
}
},
{
test(nb, ntf) {
// check the removeCurrentNotification method
nb.removeCurrentNotification();
return ntf;
},
result(nb) {
testtag_notificationbox_State(nb, "removeCurrentNotification", null, 0);
}
},
{
async test(nb, ntf) {
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_HIGH,
}, testtag_notificationbox_buttons);
return ntf;
},
result(nb, ntf) {
// test the removeAllNotifications method
testtag_notificationbox_State(nb, "append info_high", ntf, 1);
SimpleTest.is(ntf.priority, nb.PRIORITY_INFO_HIGH,
"notification.priority " + nb.PRIORITY_INFO_HIGH);
SimpleTest.is(nb.removeAllNotifications(false), undefined, "removeAllNotifications");
}
},
{
async test(nb, ntf) {
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_LOW,
eventCallback: notification_eventCallback,
}, testtag_notificationbox_links);
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append link notification with callback");
return ntf;
},
result(nb, ntf) {
testtag_notificationbox_State(nb, "append link with callback", ntf, 1);
let buttonContainer = ntf.buttonContainer;
let button = buttonContainer.lastElementChild;
SimpleTest.is(button.localName, "button", "button is a button");
SimpleTest.ok(!button.href, "button href is not set");
let link = ntf.querySelector(".notification-link");
SimpleTest.is(link.localName, "label", "link is a label");
SimpleTest.is(link.href, "about:mozilla", "link href is correct");
SimpleTest.is(nb.removeAllNotifications(false), undefined, "removeAllNotifications");
}
},
{
async test(nb, ntf) {
// append a new notification
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_LOW,
}, testtag_notificationbox_buttons_nopopup);
return ntf;
},
result(nb) {
let buttons = nb.currentNotification.buttonContainer.querySelectorAll("* button");
buttons[0].focus();
synthesizeKey(" ", {});
SimpleTest.is(buttonsPressedLog, "button1", "button 1 with keyboard");
buttons[1].focus();
synthesizeKey(" ", {});
SimpleTest.is(buttonsPressedLog, "button1button2", "button 2 with keyboard");
synthesizeMouseAtCenter(buttons[0], {});
SimpleTest.is(buttonsPressedLog, "button1button2button1", "button 1 with mouse");
synthesizeMouseAtCenter(buttons[1], {});
SimpleTest.is(buttonsPressedLog, "button1button2button1button2", "button 2 with mouse");
nb.removeAllNotifications(true);
}
},
{
async test(nb, ntf) {
ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_LOW,
eventCallback: notification_eventCallback,
}, testtag_notificationbox_supportpage);
await ntf.updateComplete;
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append support page notification");
return ntf;
},
result(nb, ntf) {
testtag_notificationbox_State(nb, "append link with callback", ntf, 1);
let link = ntf.querySelector(".notification-link");
SimpleTest.is(link.localName, "a", "link 1 is an anchor");
SimpleTest.is(link.dataset.l10nId, "moz-support-link-text", "link 1 Fluent ID is set");
SimpleTest.ok(link.href.endsWith("/test1"), "link 1 href is set");
link = link.nextElementSibling;
SimpleTest.is(link.localName, "a", "link 2 is an anchor");
SimpleTest.is(link.dataset.l10nId, "moz-support-link-text", "link 2 Fluent ID is set");
SimpleTest.ok(!link.value, "label is not assigned to value when using supportPage");
SimpleTest.ok(link.href.endsWith("/test2"), "link 2 href is set");
link = link.nextElementSibling;
SimpleTest.is(link.localName, "a", "link 3 is an anchor");
SimpleTest.is(link.dataset.l10nId, "more-specific-id", "link 3 Fluent ID is the passed l10n-id");
SimpleTest.ok(link.href.endsWith("/test3"), "link 3 href is set");
link = link.nextElementSibling;
SimpleTest.is(link.localName, "a", "link 4 is an anchor");
SimpleTest.is(link.dataset.l10nId, "modern-fluent-id", "link 4 Fluent ID is the passed l10n-id");
SimpleTest.ok(!link.value, "label is not assigned to value when using supportPage");
SimpleTest.ok(link.href.endsWith("/test4"), "link 4 href is set");
SimpleTest.is(nb.removeAllNotifications(false), undefined, "removeAllNotifications");
}
},
{
async test(nb) {
// add a number of notifications and check that they are added in order
await nb.appendNotification("4", { label: "Four", priority: nb.PRIORITY_INFO_HIGH },
testtag_notificationbox_buttons);
await nb.appendNotification("7", { label: "Seven", priority: nb.PRIORITY_WARNING_HIGH },
testtag_notificationbox_buttons);
await nb.appendNotification("2", { label: "Two", priority: nb.PRIORITY_INFO_LOW });
await nb.appendNotification("8", { label: "Eight", priority: nb.PRIORITY_CRITICAL_LOW });
await nb.appendNotification("5", { label: "Five", priority: nb.PRIORITY_WARNING_LOW });
await nb.appendNotification("6", { label: "Six", priority: nb.PRIORITY_WARNING_HIGH });
await nb.appendNotification("1", { label: "One", priority: nb.PRIORITY_INFO_LOW });
await nb.appendNotification("9", { label: "Nine", priority: nb.PRIORITY_CRITICAL_MEDIUM });
let ntf = await nb.appendNotification("10", { label: "Ten", priority: nb.PRIORITY_CRITICAL_HIGH });
await nb.appendNotification("3", { label: "Three", priority: nb.PRIORITY_INFO_MEDIUM });
return ntf;
},
result(nb, ntf) {
let expectedValue = "3";
ntf = nb.getNotificationWithValue(expectedValue);
is(nb.currentNotification, ntf, "appendNotification last notification");
is(nb.currentNotification.getAttribute("value"), expectedValue, "appendNotification order");
return 1;
}
},
{
// test closing notifications to make sure that the current notification is still set properly
repeat: true,
test() {
this.repeat = false;
return undefined;
},
result(nb) {
let notificationOrder = [4, 7, 2, 8, 5, 6, 1, 9, 10, 3];
let allNotificationValues = [...nb.stack.children].map(n => n.getAttribute("value"));
is(allNotificationValues.length, notificationOrder.length, "Expected number of notifications");
for (let i = 0; i < allNotificationValues.length; i++) {
is(
allNotificationValues[i],
notificationOrder[i].toString(),
`Notification ${i} matches`
);
}
return undefined;
}
},
{
async test(nb) {
var exh = false;
try {
await nb.appendNotification("no", { label: "no", priority: -1 });
} catch (ex) { exh = true; }
SimpleTest.is(exh, true, "appendNotification priority too low");
exh = false;
try {
await nb.appendNotification("no", { label: "no", priority: 11 });
} catch (ex) { exh = true; }
SimpleTest.is(exh, true, "appendNotification priority too high");
// check that the other priority types work properly
runTimedTests(appendPriorityTests, -1, nb, nb.PRIORITY_WARNING_LOW);
}
}
];
var appendPriorityTests = [
{
async test(nb, priority) {
let ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority,
}, testtag_notificationbox_buttons);
SimpleTest.is(ntf && ntf.localName == NOTIFICATION_LOCAL_NAME, true, "append notification " + priority);
return [ntf, priority];
},
result(nb, obj) {
SimpleTest.is(obj[0].priority, obj[1], "notification.priority " + obj[1]);
return obj[1];
}
},
{
test(nb, priority) {
nb.removeCurrentNotification();
return priority;
},
async result(nb, priority) {
if (priority == nb.PRIORITY_CRITICAL_HIGH) {
let ntf = await nb.appendNotification("note", {
label: "Notification",
image: "happy.png",
priority: nb.PRIORITY_INFO_LOW,
}, testtag_notificationbox_buttons);
setTimeout(checkPopupTest, 50, nb, ntf);
}
else {
runTimedTests(appendPriorityTests, -1, nb, ++priority);
}
}
},
];
function testtag_notificationbox_State(nb, testid, expecteditem, expectedcount)
{
SimpleTest.is(nb.currentNotification, expecteditem, testid + " currentNotification");
SimpleTest.is(nb.allNotifications ? nb.allNotifications.length : "no value",
expectedcount, testid + " allNotifications");
}
function testtag_notification_State(nb, ntf, testid, label, value, image, priority)
{
is(ntf.messageText.textContent.trim(), label, testid + " notification label");
is(ntf.getAttribute("value"), value, testid + " notification value");
is(ntf.priority, priority, testid + " notification priority");
var type;
switch (priority) {
case nb.PRIORITY_INFO_LOW:
case nb.PRIORITY_INFO_MEDIUM:
case nb.PRIORITY_INFO_HIGH:
type = "info";
break;
case nb.PRIORITY_WARNING_LOW:
case nb.PRIORITY_WARNING_MEDIUM:
case nb.PRIORITY_WARNING_HIGH:
type = "warning";
break;
case nb.PRIORITY_CRITICAL_LOW:
case nb.PRIORITY_CRITICAL_MEDIUM:
case nb.PRIORITY_CRITICAL_HIGH:
type = "critical";
break;
}
is(ntf.getAttribute("type"), type, testid + " notification type");
let icons = {
info: "chrome://global/skin/icons/info-filled.svg",
warning: "chrome://global/skin/icons/warning.svg",
critical: "chrome://global/skin/icons/error.svg",
};
let icon = icons[type];
is(ntf.messageImage.src, icon, "notification image is set");
}
function checkPopupTest(nb, ntf)
{
if (nb._animating) {
setTimeout(checkPopupTest, 50, nb, ntf);
} else {
var evt = new Event("");
ntf.dispatchEvent(evt);
evt.target.buttonInfo = testtag_notificationbox_buttons[0];
ntf.handleEvent(evt);
}
}
function checkPopupClosed()
{
SimpleTest.finish();
}
/**
* run one or more tests which perform a test operation, wait for a delay,
* then perform a result operation.
*
* tests - array of objects where each object is :
* {
* test: test function,
* result: result function
* repeat: true to repeat the test
* }
* idx - starting index in tests
* element - element to run tests on
* arg - argument to pass between test functions
*
* If, after executing the result part, the repeat property of the test is
* true, then the test is repeated. If the repeat property is not true,
* continue on to the next test.
*
* The test and result functions take two arguments, the element and the arg.
* The test function may return a value which will passed to the result
* function as its arg. The result function may also return a value which
* will be passed to the next repetition or the next test in the array.
*/
async function runTimedTests(tests, idx, element, arg)
{
if (idx >= 0 && "result" in tests[idx])
arg = tests[idx].result(element, arg);
// if not repeating, move on to the next test
if (idx == -1 || !tests[idx].repeat)
idx++;
if (idx < tests.length) {
let result = await tests[idx].test(element, arg);
setTimeout(runTimedTestsWait, 50, tests, idx, element, result);
}
}
function runTimedTestsWait(tests, idx, element, arg)
{
// use this secret property to check if the animation is still running. If it
// is, then the notification hasn't fully opened or closed yet
if (element._animating)
setTimeout(runTimedTestsWait, 50, tests, idx, element, arg);
else
runTimedTests(tests, idx, element, arg);
}
setTimeout(() => {
testtag_notificationbox(new MozElements.NotificationBox(e => {
document.getElementById("nb").appendChild(e);
}));
}, 0);
]]>
</script>
</window>
[ Dauer der Verarbeitung: 0.37 Sekunden
]
|
2026-04-02
|
