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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
const NOTIFICATION_EVENT_DISMISSED = "dismissed";
const NOTIFICATION_EVENT_REMOVED = "removed";
const NOTIFICATION_EVENT_SHOWING = "showing";
const NOTIFICATION_EVENT_SHOWN = "shown";
const NOTIFICATION_EVENT_SWAPPING = "swapping";
const ICON_SELECTOR = ".notification-anchor-icon";
const ICON_ATTRIBUTE_SHOWING = "showing";
const ICON_ANCHOR_ATTRIBUTE = "popupnotificationanchor";
const PREF_SECURITY_DELAY = "security.notification_enable_delay";
const FULLSCREEN_TRANSITION_TIME_SHOWN_OFFSET_MS = 2000;
// Enumerated values for the POPUP_NOTIFICATION_STATS telemetry histogram.
const TELEMETRY_STAT_OFFERED = 0;
const TELEMETRY_STAT_ACTION_1 = 1;
const TELEMETRY_STAT_ACTION_2 = 2;
// const TELEMETRY_STAT_ACTION_3 = 3;
const TELEMETRY_STAT_ACTION_LAST = 4;
// const TELEMETRY_STAT_DISMISSAL_CLICK_ELSEWHERE = 5;
const TELEMETRY_STAT_REMOVAL_LEAVE_PAGE = 6;
// const TELEMETRY_STAT_DISMISSAL_CLOSE_BUTTON = 7;
const TELEMETRY_STAT_OPEN_SUBMENU = 10;
const TELEMETRY_STAT_LEARN_MORE = 11;
const TELEMETRY_STAT_REOPENED_OFFSET = 20;
const lazy = {};
XPCOMUtils.defineLazyPreferenceGetter(lazy, "buttonDelay", PREF_SECURITY_DELAY);
var popupNotificationsMap = new WeakMap();
var gNotificationParents = new WeakMap();
function getAnchorFromBrowser(aBrowser, aAnchorID) {
let attrPrefix = aAnchorID ? aAnchorID.replace("notification-icon", "") : "";
let anchor =
aBrowser.getAttribute(attrPrefix + ICON_ANCHOR_ATTRIBUTE) ||
aBrowser[attrPrefix + ICON_ANCHOR_ATTRIBUTE] ||
aBrowser.getAttribute(ICON_ANCHOR_ATTRIBUTE) ||
aBrowser[ICON_ANCHOR_ATTRIBUTE];
if (anchor) {
if (ChromeUtils.getClassName(anchor) == "XULElement") {
return anchor;
}
return aBrowser.ownerDocument.getElementById(anchor);
}
return null;
}
/**
* Given a DOM node inside a <popupnotification>, return the parent <popupnotification>.
*/
function getNotificationFromElement(aElement) {
return aElement.closest("popupnotification");
}
/**
* Notification object describes a single popup notification.
*
* @see PopupNotifications.show()
*/
function Notification(
id,
message,
anchorID,
mainAction,
secondaryActions,
browser,
owner,
options
) {
this.id = id;
this.message = message;
this.anchorID = anchorID;
this.mainAction = mainAction;
this.secondaryActions = secondaryActions || [];
this.browser = browser;
this.owner = owner;
this.options = options || {};
this._dismissed = false;
// Will become a boolean when manually toggled by the user.
this._checkboxChecked = null;
this.wasDismissed = false;
this.recordedTelemetryStats = new Set();
this.isPrivate = PrivateBrowsingUtils.isWindowPrivate(
this.browser.ownerGlobal
);
this.timeCreated = this.owner.window.performance.now();
}
Notification.prototype = {
id: null,
message: null,
anchorID: null,
mainAction: null,
secondaryActions: null,
browser: null,
owner: null,
options: null,
timeShown: null,
/**
* Indicates whether the notification is currently dismissed.
*/
set dismissed(value) {
this._dismissed = value;
if (value) {
// Keep the dismissal into account when recording telemetry.
this.wasDismissed = true;
}
},
get dismissed() {
return this._dismissed;
},
/**
* Removes the notification and updates the popup accordingly if needed.
*/
remove: function Notification_remove() {
this.owner.remove(this);
},
get anchorElement() {
let iconBox = this.owner.iconBox;
let anchorElement = getAnchorFromBrowser(this.browser, this.anchorID);
if (!iconBox) {
return anchorElement;
}
if (!anchorElement && this.anchorID) {
anchorElement = iconBox.querySelector("#" + this.anchorID);
}
// Use a default anchor icon if it's available
if (!anchorElement) {
anchorElement =
iconBox.querySelector("#default-notification-icon") || iconBox;
}
return anchorElement;
},
reshow() {
this.owner._reshowNotifications(this.anchorElement, this.browser);
},
/**
* Adds a value to the specified histogram, that must be keyed by ID.
*/
_recordTelemetry(histogramId, value) {
if (this.isPrivate && !this.options.recordTelemetryInPrivateBrowsing) {
// The reason why we don't record telemetry in private windows is because
// the available actions can be different from regular mode. The main
// difference is that all of the persistent permission options like
// "Always remember" aren't there, so they really need to be handled
// separately to avoid skewing results. For notifications with the same
// choices, there would be no reason not to record in private windows as
// well, but it's just simpler to use the same check for everything.
return;
}
let histogram = Services.telemetry.getKeyedHistogramById(histogramId);
histogram.add("(all)", value);
histogram.add(this.id, value);
},
/**
* Adds an enumerated value to the POPUP_NOTIFICATION_STATS histogram,
* ensuring that it is recorded at most once for each distinct Notification.
*
* Statistics for reopened notifications are recorded in separate buckets.
*
* @param value
* One of the TELEMETRY_STAT_ constants.
*/
_recordTelemetryStat(value) {
if (this.wasDismissed) {
value += TELEMETRY_STAT_REOPENED_OFFSET;
}
if (!this.recordedTelemetryStats.has(value)) {
this.recordedTelemetryStats.add(value);
this._recordTelemetry("POPUP_NOTIFICATION_STATS", value);
}
},
};
/**
* The PopupNotifications object manages popup notifications for a given browser
* window.
* @param tabbrowser
* window's TabBrowser. Used to observe tab switching events and
* for determining the active browser element.
* @param panel
* The <xul:panel/> element to use for notifications. The panel is
* populated with <popupnotification> children and displayed it as
* needed.
* @param iconBox
* Reference to a container element that should be hidden or
* unhidden when notifications are hidden or shown. It should be the
* parent of anchor elements whose IDs are passed to show().
* It is used as a fallback popup anchor if notifications specify
* invalid or non-existent anchor IDs.
* @param options
* An optional object with the following optional properties:
* {
* shouldSuppress:
* If this function returns true, then all notifications are
* suppressed for this window. This state is checked on construction
* and when the "anchorVisibilityChange" method is called.
* getVisibleAnchorElement(anchorElement):
* A function which takes an anchor element as input and should return
* either the anchor if it's visible, a fallback anchor element, or if
* no fallback exists, a null element.
* }
*/
export function PopupNotifications(tabbrowser, panel, iconBox, options = {}) {
if (!tabbrowser) {
throw new Error("Invalid tabbrowser");
}
if (iconBox && ChromeUtils.getClassName(iconBox) != "XULElement") {
throw new Error("Invalid iconBox");
}
if (ChromeUtils.getClassName(panel) != "XULPopupElement") {
throw new Error("Invalid panel");
}
this._shouldSuppress = options.shouldSuppress || (() => false);
this._suppress = this._shouldSuppress();
this._getVisibleAnchorElement = options.getVisibleAnchorElement;
this.window = tabbrowser.ownerGlobal;
this.panel = panel;
this.tabbrowser = tabbrowser;
this.iconBox = iconBox;
// panel itself has a listener in the bubble phase and this listener
// needs to be called after that, so use bubble phase here.
this.panel.addEventListener("popuphidden", this);
this.panel.addEventListener("popuppositioned", this);
this.panel.classList.add("popup-notification-panel", "panel-no-padding");
// This listener will be attached to the chrome window whenever a notification
// is showing, to allow the user to dismiss notifications using the escape key.
this._handleWindowKeyPress = aEvent => {
if (aEvent.keyCode != aEvent.DOM_VK_ESCAPE) {
return;
}
// Esc key cancels the topmost notification, if there is one.
let notification = this.panel.firstElementChild;
if (!notification) {
return;
}
let doc = this.window.document;
let focusedElement = Services.focus.focusedElement;
// If the chrome window has a focused element, let it handle the ESC key instead.
if (
!focusedElement ||
focusedElement == doc.body ||
focusedElement == this.tabbrowser.selectedBrowser ||
// Ignore focused elements inside the notification.
notification.contains(focusedElement)
) {
let escAction = notification.notification.options.escAction;
this._onButtonEvent(aEvent, escAction, "esc-press", notification);
// Without this preventDefault call, the event will be sent to the content page
// and our event listener might be called again after receiving a reply from
// the content process, which could accidentally dismiss another notification.
aEvent.preventDefault();
}
};
let documentElement = this.window.document.documentElement;
let locationBarHidden = documentElement
.getAttribute("chromehidden")
.includes("location");
let isFullscreen = !!this.window.document.fullscreenElement;
this.panel.setAttribute("followanchor", !locationBarHidden && !isFullscreen);
// There are no anchor icons in DOM fullscreen mode, but we would
// still like to show the popup notification. To avoid an infinite
// loop of showing and hiding, we have to disable followanchor
// (which hides the element without an anchor) in fullscreen.
this.window.addEventListener(
"MozDOMFullscreen:Entered",
() => {
this.panel.setAttribute("followanchor", "false");
},
true
);
this.window.addEventListener(
"MozDOMFullscreen:Exited",
() => {
this.panel.setAttribute("followanchor", !locationBarHidden);
},
true
);
Services.obs.addObserver(this, "fullscreen-transition-start");
Services.obs.addObserver(this, "pointer-lock-entered");
this.window.addEventListener("unload", () => {
Services.obs.removeObserver(this, "fullscreen-transition-start");
Services.obs.removeObserver(this, "pointer-lock-entered");
});
this.window.addEventListener("activate", this, true);
if (this.tabbrowser.tabContainer) {
this.tabbrowser.tabContainer.addEventListener("TabSelect", this, true);
this.tabbrowser.tabContainer.addEventListener("TabClose", aEvent => {
// If the tab was just closed and we have notifications associated with it,
// then the notifications were closed because of the tab removal. We need to
// record this event in telemetry and fire the removal callback.
this.nextRemovalReason = TELEMETRY_STAT_REMOVAL_LEAVE_PAGE;
let notifications = this._getNotificationsForBrowser(
aEvent.target.linkedBrowser
);
for (let notification of notifications) {
this._fireCallback(
notification,
NOTIFICATION_EVENT_REMOVED,
this.nextRemovalReason
);
notification._recordTelemetryStat(this.nextRemovalReason);
}
});
}
}
PopupNotifications.prototype = {
window: null,
panel: null,
tabbrowser: null,
_iconBox: null,
set iconBox(iconBox) {
// Remove the listeners on the old iconBox, if needed
if (this._iconBox) {
this._iconBox.removeEventListener("click", this);
this._iconBox.removeEventListener("keypress", this);
}
this._iconBox = iconBox;
if (iconBox) {
iconBox.addEventListener("click", this);
iconBox.addEventListener("keypress", this);
}
},
get iconBox() {
return this._iconBox;
},
observe(subject, topic) {
// These observers apply to all windows.
if (
topic == "fullscreen-transition-start" ||
topic == "pointer-lock-entered"
) {
// Extend security delay if the panel is open.
if (this.isPanelOpen) {
let notification = this.panel.firstChild?.notification;
if (notification) {
this._extendSecurityDelay([notification]);
}
}
}
},
/**
* Retrieve one or many Notification object/s associated with the browser/ID pair.
* @param {string|string[]} id
* The Notification ID or an array of IDs to search for.
* @param [browser]
* The browser whose notifications should be searched. If null, the
* currently selected browser's notifications will be searched.
*
* @returns {Notification|Notification[]|null} If passed a single id, returns the corresponding Notification object, or null if no such
* notification exists.
* If passed an id array, returns an array of Notification objects which match the ids.
*/
getNotification: function PopupNotifications_getNotification(id, browser) {
let notifications = this._getNotificationsForBrowser(
browser || this.tabbrowser.selectedBrowser
);
if (Array.isArray(id)) {
return notifications.filter(x => id.includes(x.id));
}
return notifications.find(x => x.id == id) || null;
},
/**
* Adds a new popup notification.
* @param browser
* The <xul:browser> element associated with the notification. Must not
* be null.
* @param id
* A unique ID that identifies the type of notification (e.g.
* "geolocation"). Only one notification with a given ID can be visible
* at a time. If a notification already exists with the given ID, it
* will be replaced.
* @param message
* A string containing the text to be displayed as the notification
* header. The string may optionally contain one or two "<>" as a
* placeholder which is later replaced by a host name or an addon name
* that is formatted to look bold, in which case the options.name
* property (as well as options.secondName if passing a "<>" and a "{}"
* placeholder) needs to be specified. "<>" will be considered as the
* first and "{}" as the second placeholder.
* @param anchorID
* The ID of the element that should be used as this notification
* popup's anchor. May be null, in which case the notification will be
* anchored to the iconBox.
* @param mainAction
* A JavaScript object literal describing the notification button's
* action. If present, it must have the following properties:
* - label (string): the button's label.
* - accessKey (string): the button's accessKey.
* - callback (function): a callback to be invoked when the button is
* pressed, is passed an object that contains the following fields:
* - checkboxChecked: (boolean) If the optional checkbox is checked.
* - source: (string): the source of the action that initiated the
* callback, either:
* - "button" if popup buttons were directly activated, or
* - "esc-press" if the user pressed the escape key, or
* - "menucommand" if a menu was activated.
* - [optional] dismiss (boolean): If this is true, the notification
* will be dismissed instead of removed after running the callback.
* - [optional] disabled (boolean): If this is true, the button
* will be disabled.
* If null, the notification will have a default "OK" action button
* that can be used to dismiss the popup and secondaryActions will be ignored.
* @param secondaryActions
* An optional JavaScript array describing the notification's alternate
* actions. The array should contain objects with the same properties
* as mainAction. These are used to populate the notification button's
* dropdown menu.
* @param options
* An options JavaScript object holding additional properties for the
* notification. The following properties are currently supported:
* persistence: An integer. The notification will not automatically
* dismiss for this many page loads.
* timeout: A time in milliseconds. The notification will not
* automatically dismiss before this time.
* persistWhileVisible:
* A boolean. If true, a visible notification will always
* persist across location changes.
* persistent: A boolean. If true, the notification will always
* persist even across tab and app changes (but not across
* location changes), until the user accepts or rejects
* the request. The notification will never be implicitly
* dismissed.
* dismissed: Whether the notification should be added as a dismissed
* notification. Dismissed notifications can be activated
* by clicking on their anchorElement.
* autofocus: Whether the notification should be autofocused on
* showing, stealing focus from any other focused element.
* eventCallback:
* Callback to be invoked when the notification changes
* state. The callback's first argument is a string
* identifying the state change:
* "dismissed": notification has been dismissed by the
* user (e.g. by clicking away or switching
* tabs)
* "removed": notification has been removed (due to
* location change or user action)
* "showing": notification is about to be shown
* (this can be fired multiple times as
* notifications are dismissed and re-shown)
* If the callback returns true, the notification
* will be dismissed.
* "shown": notification has been shown (this can be fired
* multiple times as notifications are dismissed
* and re-shown)
* "swapping": the docshell of the browser that created
* the notification is about to be swapped to
* another browser. A second parameter contains
* the browser that is receiving the docshell,
* so that the event callback can transfer stuff
* specific to this notification.
* If the callback returns true, the notification
* will be moved to the new browser.
* If the callback isn't implemented, returns false,
* or doesn't return any value, the notification
* will be removed.
* neverShow: Indicate that no popup should be shown for this
* notification. Useful for just showing the anchor icon.
* removeOnDismissal:
* Notifications with this parameter set to true will be
* removed when they would have otherwise been dismissed
* (i.e. any time the popup is closed due to user
* interaction).
* hideClose: Indicate that the little close button in the corner of
* the panel should be hidden.
* checkbox: An object that allows you to add a checkbox and
* control its behavior with these fields:
* label:
* (required) Label to be shown next to the checkbox.
* checked:
* (optional) Whether the checkbox should be checked
* by default. Defaults to false.
* checkedState:
* (optional) An object that allows you to customize
* the notification state when the checkbox is checked.
* disableMainAction:
* (optional) Whether the mainAction is disabled.
* Defaults to false.
* warningLabel:
* (optional) A (warning) text that is shown below the
* checkbox. Pass null to hide.
* uncheckedState:
* (optional) An object that allows you to customize
* the notification state when the checkbox is not checked.
* Has the same attributes as checkedState.
* popupIconClass:
* A string. A class (or space separated list of classes)
* that will be applied to the icon in the popup so that
* several notifications using the same panel can use
* different icons.
* popupIconURL:
* A string. URL of the image to be displayed in the popup.
* learnMoreURL:
* A string URL. Setting this property will make the
* prompt display a "Learn More" link that, when clicked,
* opens the URL in a new tab.
* displayURI:
* The nsIURI of the page the notification came
* from. If present, this will be displayed above the message.
* If the nsIURI represents a file, the path will be displayed,
* otherwise the hostPort will be displayed.
* name:
* An optional string formatted to look bold and used in the
* notifiation description header text. Usually a host name or
* addon name.
* secondName:
* An optional string formatted to look bold and used in the
* notification description header text. Usually a host name or
* addon name. This is similar to name, and only used in case
* where message contains a "<>" and a "{}" placeholder. "<>"
* is considered the first and "{}" is considered the second
* placeholder.
* escAction:
* An optional string indicating the action to take when the
* Esc key is pressed. This should be set to the name of the
* command to run. If not provided, "secondarybuttoncommand"
* will be used.
* extraAttr:
* An optional string value which will be given to the
* extraAttr attribute on the notification's anchorElement
* popupOptions:
* An optional object containing popup options passed to
* `openPopup()` when defined.
* recordTelemetryInPrivateBrowsing:
* An optional boolean indicating whether popup telemetry
* should be recorded in private browsing windows. By default,
* telemetry is NOT recorded in PBM, because the available
* options for persistent permission notifications are
* different between normal and PBM windows, potentially
* skewing the data. But for notifications that do not differ
* in PBM, this option can be used to ensure that popups in
* both PBM and normal windows record the same interactions.
* @returns the Notification object corresponding to the added notification.
*/
show: function PopupNotifications_show(
browser,
id,
message,
anchorID,
mainAction,
secondaryActions,
options
) {
function isInvalidAction(a) {
return (
!a || !(typeof a.callback == "function") || !a.label || !a.accessKey
);
}
if (!browser) {
throw new Error("PopupNotifications_show: invalid browser");
}
if (!id) {
throw new Error("PopupNotifications_show: invalid ID");
}
if (mainAction && isInvalidAction(mainAction)) {
throw new Error("PopupNotifications_show: invalid mainAction");
}
if (secondaryActions && secondaryActions.some(isInvalidAction)) {
throw new Error("PopupNotifications_show: invalid secondaryActions");
}
let notification = new Notification(
id,
message,
anchorID,
mainAction,
secondaryActions,
browser,
this,
options
);
if (options) {
let escAction = options.escAction;
if (
escAction != "buttoncommand" &&
escAction != "secondarybuttoncommand"
) {
escAction = "secondarybuttoncommand";
}
notification.options.escAction = escAction;
}
if (options && options.dismissed) {
notification.dismissed = true;
}
let existingNotification = this.getNotification(id, browser);
if (existingNotification) {
this._remove(existingNotification);
}
let notifications = this._getNotificationsForBrowser(browser);
notifications.push(notification);
let isActiveBrowser = this._isActiveBrowser(browser);
let isActiveWindow = Services.focus.activeWindow == this.window;
if (isActiveBrowser) {
if (isActiveWindow) {
// Autofocus if the notification requests focus.
if (options && !options.dismissed && options.autofocus) {
this.panel.removeAttribute("noautofocus");
} else {
this.panel.setAttribute("noautofocus", "true");
}
// show panel now
this._update(
notifications,
new Set([notification.anchorElement]),
true
);
} else {
// indicate attention and update the icon if necessary
if (!notification.dismissed) {
this.window.getAttention();
}
this._updateAnchorIcons(
notifications,
this._getAnchorsForNotifications(
notifications,
notification.anchorElement
)
);
this._notify("backgroundShow");
}
} else {
// Notify observers that we're not showing the popup (useful for testing)
this._notify("backgroundShow");
}
return notification;
},
/**
* Returns true if the notification popup is currently being displayed.
*/
get isPanelOpen() {
let panelState = this.panel.state;
return panelState == "showing" || panelState == "open";
},
/**
* Called by the consumer to indicate that the open panel should
* temporarily be hidden while the given panel is showing.
*/
suppressWhileOpen(panel) {
this._hidePanel().catch(console.error);
panel.addEventListener("popuphidden", () => {
this._update();
});
},
/**
* Called by the consumer to indicate that a browser's location has changed,
* so that we can update the active notifications accordingly.
*/
locationChange: function PopupNotifications_locationChange(aBrowser) {
if (!aBrowser) {
throw new Error("PopupNotifications_locationChange: invalid browser");
}
let notifications = this._getNotificationsForBrowser(aBrowser);
this.nextRemovalReason = TELEMETRY_STAT_REMOVAL_LEAVE_PAGE;
notifications = notifications.filter(function (notification) {
// The persistWhileVisible option allows an open notification to persist
// across location changes
if (notification.options.persistWhileVisible && this.isPanelOpen) {
if (
"persistence" in notification.options &&
notification.options.persistence
) {
notification.options.persistence--;
}
return true;
}
// The persistence option allows a notification to persist across multiple
// page loads
if (
"persistence" in notification.options &&
notification.options.persistence
) {
notification.options.persistence--;
return true;
}
// The timeout option allows a notification to persist until a certain time
if (
"timeout" in notification.options &&
Date.now() <= notification.options.timeout
) {
return true;
}
notification._recordTelemetryStat(this.nextRemovalReason);
this._fireCallback(
notification,
NOTIFICATION_EVENT_REMOVED,
this.nextRemovalReason
);
return false;
}, this);
this._setNotificationsForBrowser(aBrowser, notifications);
if (this._isActiveBrowser(aBrowser)) {
this.anchorVisibilityChange();
}
},
/**
* Called by the consumer to indicate that the visibility of the notification
* anchors may have changed, but the location has not changed. This also
* checks whether all notifications are suppressed for this window.
*
* Calling this method may result in the "showing" and "shown" events for
* visible notifications to be invoked even if the anchor has not changed.
*/
anchorVisibilityChange() {
let suppress = this._shouldSuppress();
if (!suppress) {
// If notifications are not suppressed, always update the visibility.
this._suppress = false;
let notifications = this._getNotificationsForBrowser(
this.tabbrowser.selectedBrowser
);
this._update(
notifications,
this._getAnchorsForNotifications(
notifications,
getAnchorFromBrowser(this.tabbrowser.selectedBrowser)
)
);
return;
}
// Notifications are suppressed, ensure that the panel is hidden.
if (!this._suppress) {
this._suppress = true;
this._hidePanel().catch(console.error);
}
},
/**
* Removes one or many Notifications.
* @param {Notification|Notification[]} notification - The Notification object/s to remove.
* @param {Boolean} [isCancel] - Whether to signal, in the notification event, that removal
* should be treated as cancel. This is currently used to cancel permission requests
* when their Notifications are removed.
*/
remove: function PopupNotifications_remove(notification, isCancel = false) {
let notificationArray = Array.isArray(notification)
? notification
: [notification];
let activeBrowser;
notificationArray.forEach(n => {
this._remove(n, isCancel);
if (!activeBrowser && this._isActiveBrowser(n.browser)) {
activeBrowser = n.browser;
}
});
if (activeBrowser) {
let browserNotifications =
this._getNotificationsForBrowser(activeBrowser);
this._update(browserNotifications);
}
},
handleEvent(aEvent) {
switch (aEvent.type) {
case "popuphidden":
this._onPopupHidden(aEvent);
break;
case "activate":
case "popuppositioned":
if (this.isPanelOpen) {
for (let elt of this.panel.children) {
elt.notification.timeShown = Math.max(
this.window.performance.now(),
elt.notification.timeShown ?? 0
);
}
break;
}
// fall through
case "TabSelect":
// setTimeout(..., 0) needed, otherwise openPopup from "activate" event
// handler results in the popup being hidden again for some reason...
this.window.setTimeout(() => {
this._suppress = this._shouldSuppress();
this._update();
}, 0);
break;
case "click":
case "keypress":
this._onIconBoxCommand(aEvent);
break;
}
},
// Utility methods
_ignoreDismissal: null,
_currentAnchorElement: null,
/**
* Gets notifications for the currently selected browser.
*/
get _currentNotifications() {
return this.tabbrowser.selectedBrowser
? this._getNotificationsForBrowser(this.tabbrowser.selectedBrowser)
: [];
},
_remove: function PopupNotifications_removeHelper(
notification,
isCancel = false
) {
// This notification may already be removed, in which case let's just fail
// silently.
let notifications = this._getNotificationsForBrowser(notification.browser);
if (!notifications) {
return;
}
var index = notifications.indexOf(notification);
if (index == -1) {
return;
}
if (this._isActiveBrowser(notification.browser)) {
notification.anchorElement.removeAttribute(ICON_ATTRIBUTE_SHOWING);
}
// remove the notification
notifications.splice(index, 1);
this._fireCallback(
notification,
NOTIFICATION_EVENT_REMOVED,
this.nextRemovalReason,
isCancel
);
},
/**
* Dismisses the notification without removing it.
*
* @param {Event} the event associated with the user interaction that
* caused the dismissal
* @param {boolean} whether to disable persistent status. Normally,
* persistent prompts can not be dismissed. You can
* use this argument to force dismissal.
*/
_dismiss: function PopupNotifications_dismiss(
event,
disablePersistent = false
) {
if (disablePersistent) {
let notificationEl = getNotificationFromElement(event.target);
if (notificationEl) {
notificationEl.notification.options.persistent = false;
}
}
let browser =
this.panel.firstElementChild &&
this.panel.firstElementChild.notification.browser;
this.panel.hidePopup();
if (browser) {
browser.focus();
}
},
/**
* Hides the notification popup.
*/
_hidePanel: function PopupNotifications_hide() {
if (this.panel.state == "closed") {
return Promise.resolve();
}
if (this._ignoreDismissal) {
return this._ignoreDismissal.promise;
}
let deferred = Promise.withResolvers();
this._ignoreDismissal = deferred;
this.panel.hidePopup();
return deferred.promise;
},
/**
* Removes all notifications from the notification popup.
*/
_clearPanel() {
let popupnotification;
while ((popupnotification = this.panel.lastElementChild)) {
this.panel.removeChild(popupnotification);
// If this notification was provided by the chrome document rather than
// created ad hoc, move it back to where we got it from.
let originalParent = gNotificationParents.get(popupnotification);
if (originalParent) {
popupnotification.notification = null;
// Re-hide the notification such that it isn't rendered in the chrome
// document. _refreshPanel will unhide it again when needed.
popupnotification.hidden = true;
originalParent.appendChild(popupnotification);
}
}
},
/**
* Formats the notification description message before we display it
* and splits it into three parts if the message contains "<>" as
* placeholder.
*
* param notification
* The Notification object which contains the message to format.
*
* @returns a Javascript object that has the following properties:
* start: A start label string containing the first part of the message.
* It may contain the whole string if the description message
* does not have "<>" as a placeholder. For example, local
* file URIs with description messages that don't display hostnames.
* name: A string that is formatted to look bold. It replaces the
* placeholder with the options.name property from the notification
* object which is usually an addon name or a host name.
* end: The last part of the description message.
*/
_formatDescriptionMessage(n) {
let text = {};
let array = n.message.split(/<>|{}/);
text.start = array[0] || "";
text.name = n.options.name || "";
text.end = array[1] || "";
if (array.length == 3) {
text.secondName = n.options.secondName || "";
text.secondEnd = array[2] || "";
// name and secondName should be in logical positions. Swap them in case
// the second placeholder came before the first one in the original string.
if (n.message.indexOf("{}") < n.message.indexOf("<>")) {
let tmp = text.name;
text.name = text.secondName;
text.secondName = tmp;
}
} else if (array.length > 3) {
console.error(
"Unexpected array length encountered in " +
"_formatDescriptionMessage: ",
array.length
);
}
return text;
},
_refreshPanel: function PopupNotifications_refreshPanel(notificationsToShow) {
this._clearPanel();
notificationsToShow.forEach(function (n) {
let doc = this.window.document;
// Append "-notification" to the ID to try to avoid ID conflicts with other stuff
// in the document.
let popupnotificationID = n.id + "-notification";
// If the chrome document provides a popupnotification with this id, use
// that. Otherwise create it ad-hoc.
let popupnotification = doc.getElementById(popupnotificationID);
if (popupnotification) {
gNotificationParents.set(
popupnotification,
popupnotification.parentNode
);
} else {
popupnotification = doc.createXULElement("popupnotification");
}
// Create the notification description element.
let desc = this._formatDescriptionMessage(n);
popupnotification.setAttribute("label", desc.start);
popupnotification.setAttribute("name", desc.name);
popupnotification.setAttribute("endlabel", desc.end);
if ("secondName" in desc && "secondEnd" in desc) {
popupnotification.setAttribute("secondname", desc.secondName);
popupnotification.setAttribute("secondendlabel", desc.secondEnd);
} else {
popupnotification.removeAttribute("secondname");
popupnotification.removeAttribute("secondendlabel");
}
if (n.options.hintText) {
popupnotification.setAttribute("hinttext", n.options.hintText);
} else {
popupnotification.removeAttribute("hinttext");
}
popupnotification.setAttribute("id", popupnotificationID);
popupnotification.setAttribute("popupid", n.id);
popupnotification.setAttribute(
"oncommand",
"PopupNotifications._onCommand(event);"
);
popupnotification.setAttribute(
"closebuttoncommand",
`PopupNotifications._dismiss(event, true);`
);
popupnotification.toggleAttribute(
"hasicon",
!!(n.options.popupIconURL || n.options.popupIconClass)
);
if (n.mainAction) {
popupnotification.setAttribute("buttonlabel", n.mainAction.label);
popupnotification.setAttribute(
"buttonaccesskey",
n.mainAction.accessKey
);
popupnotification.setAttribute(
"buttoncommand",
"PopupNotifications._onButtonEvent(event, 'buttoncommand');"
);
popupnotification.setAttribute(
"dropmarkerpopupshown",
"PopupNotifications._onButtonEvent(event, 'dropmarkerpopupshown');"
);
popupnotification.setAttribute(
"learnmoreclick",
"PopupNotifications._onButtonEvent(event, 'learnmoreclick');"
);
popupnotification.setAttribute(
"menucommand",
"PopupNotifications._onMenuCommand(event);"
);
} else {
// Enable the default button to let the user close the popup if the close button is hidden
popupnotification.setAttribute(
"buttoncommand",
"PopupNotifications._onButtonEvent(event, 'buttoncommand');"
);
popupnotification.toggleAttribute("buttonhighlight", true);
popupnotification.removeAttribute("buttonlabel");
popupnotification.removeAttribute("buttonaccesskey");
popupnotification.removeAttribute("dropmarkerpopupshown");
popupnotification.removeAttribute("learnmoreclick");
popupnotification.removeAttribute("menucommand");
}
let classes = "popup-notification-icon";
if (n.options.popupIconClass) {
classes += " " + n.options.popupIconClass;
}
popupnotification.setAttribute("iconclass", classes);
if (n.options.popupIconURL) {
popupnotification.setAttribute("icon", n.options.popupIconURL);
} else {
popupnotification.removeAttribute("icon");
}
if (n.options.learnMoreURL) {
popupnotification.setAttribute("learnmoreurl", n.options.learnMoreURL);
} else {
popupnotification.removeAttribute("learnmoreurl");
}
if (n.options.displayURI) {
let uri;
try {
if (n.options.displayURI instanceof Ci.nsIFileURL) {
uri = n.options.displayURI.pathQueryRef;
} else {
try {
uri = n.options.displayURI.hostPort;
} catch (e) {
uri = n.options.displayURI.spec;
}
}
popupnotification.setAttribute("origin", uri);
} catch (e) {
console.error(e);
popupnotification.removeAttribute("origin");
}
} else {
popupnotification.removeAttribute("origin");
}
if (n.options.hideClose) {
popupnotification.setAttribute("closebuttonhidden", "true");
}
popupnotification.notification = n;
let menuitems = [];
if (n.mainAction && n.secondaryActions && n.secondaryActions.length) {
let telemetryStatId = TELEMETRY_STAT_ACTION_2;
let secondaryAction = n.secondaryActions[0];
popupnotification.setAttribute(
"secondarybuttonlabel",
secondaryAction.label
);
popupnotification.setAttribute(
"secondarybuttonaccesskey",
secondaryAction.accessKey
);
popupnotification.setAttribute(
"secondarybuttoncommand",
"PopupNotifications._onButtonEvent(event, 'secondarybuttoncommand');"
);
for (let i = 1; i < n.secondaryActions.length; i++) {
let action = n.secondaryActions[i];
let item = doc.createXULElement("menuitem");
item.setAttribute("label", action.label);
item.setAttribute("accesskey", action.accessKey);
item.notification = n;
item.action = action;
menuitems.push(item);
// We can only record a limited number of actions in telemetry. If
// there are more, the latest are all recorded in the last bucket.
item.action.telemetryStatId = telemetryStatId;
if (telemetryStatId < TELEMETRY_STAT_ACTION_LAST) {
telemetryStatId++;
}
}
popupnotification.setAttribute("secondarybuttonhidden", "false");
} else {
popupnotification.setAttribute("secondarybuttonhidden", "true");
}
popupnotification.setAttribute(
"dropmarkerhidden",
n.secondaryActions.length < 2 ? "true" : "false"
);
let checkbox = n.options.checkbox;
if (checkbox && checkbox.label) {
let checked =
n._checkboxChecked != null ? n._checkboxChecked : !!checkbox.checked;
popupnotification.checkboxState = {
checked,
label: checkbox.label,
};
if (checked) {
this._setNotificationUIState(
popupnotification,
checkbox.checkedState
);
} else {
this._setNotificationUIState(
popupnotification,
checkbox.uncheckedState
);
}
} else {
popupnotification.checkboxState = null;
// Reset the UI state to avoid previous state bleeding into this prompt.
this._setNotificationUIState(popupnotification);
}
this.panel.appendChild(popupnotification);
// The popupnotification may be hidden if we got it from the chrome
// document rather than creating it ad hoc.
popupnotification.show();
popupnotification.menupopup.textContent = "";
popupnotification.menupopup.append(...menuitems);
}, this);
},
_setNotificationUIState(notification, state = {}) {
let mainAction = notification.notification.mainAction;
if (
(mainAction && mainAction.disabled) ||
state.disableMainAction ||
notification.hasAttribute("invalidselection")
) {
notification.setAttribute("mainactiondisabled", "true");
} else {
notification.removeAttribute("mainactiondisabled");
}
if (state.warningLabel) {
notification.setAttribute("warninglabel", state.warningLabel);
notification.removeAttribute("warninghidden");
} else {
notification.setAttribute("warninghidden", "true");
}
},
_extendSecurityDelay(notifications) {
let now = this.window.performance.now();
notifications.forEach(n => {
n.timeShown = now + FULLSCREEN_TRANSITION_TIME_SHOWN_OFFSET_MS;
});
},
_showPanel: function PopupNotifications_showPanel(
notificationsToShow,
anchorElement
) {
this.panel.hidden = false;
notificationsToShow = notificationsToShow.filter(n => {
if (anchorElement != n.anchorElement) {
return false;
}
let dismiss = this._fireCallback(n, NOTIFICATION_EVENT_SHOWING);
if (dismiss) {
n.dismissed = true;
}
return !dismiss;
});
if (!notificationsToShow.length) {
return;
}
let notificationIds = notificationsToShow.map(n => n.id);
this._refreshPanel(notificationsToShow);
// The element the PopupNotification should anchor to might not be visible.
// Check its visibility using a callback that returns the same anchor
// element if its visible, or a fallback option that is visible.
// If no fallbacks are visible, it should return null.
if (this._getVisibleAnchorElement) {
anchorElement = this._getVisibleAnchorElement(anchorElement);
}
// In case _getVisibleAnchorElement provided a non-visible element.
if (!anchorElement?.checkVisibility()) {
// We only ever show notifications for the current browser,
// so we can just use the current tab.
anchorElement = this.tabbrowser.selectedTab;
if (!anchorElement?.checkVisibility()) {
// If we're in an entirely chromeless environment, set the anchorElement
// to null and let openPopup show the notification at (0,0) later.
anchorElement = null;
}
}
// Remember the time the notification was shown for the security delay.
notificationsToShow.forEach(
n =>
(n.timeShown = Math.max(
this.window.performance.now(),
n.timeShown ?? 0
))
);
if (this.isPanelOpen && this._currentAnchorElement == anchorElement) {
notificationsToShow.forEach(function (n) {
this._fireCallback(n, NOTIFICATION_EVENT_SHOWN);
}, this);
// Make sure we update the noautohide attribute on the panel, in case it changed.
if (notificationsToShow.some(n => n.options.persistent)) {
this.panel.setAttribute("noautohide", "true");
} else {
this.panel.removeAttribute("noautohide");
}
// Let tests know that the panel was updated and what notifications it was
// updated with so that tests can wait for the correct notifications to be
// added.
let event = new this.window.CustomEvent("PanelUpdated", {
detail: notificationIds,
});
this.panel.dispatchEvent(event);
return;
}
// If the panel is already open but we're changing anchors, we need to hide
// it first. Otherwise it can appear in the wrong spot. (_hidePanel is
// safe to call even if the panel is already hidden.)
this._hidePanel().then(() => {
this._currentAnchorElement = anchorElement;
if (notificationsToShow.some(n => n.options.persistent)) {
this.panel.setAttribute("noautohide", "true");
} else {
this.panel.removeAttribute("noautohide");
}
notificationsToShow.forEach(function (n) {
// Record that the notification was actually displayed on screen.
// Notifications that were opened a second time or that were originally
// shown with "options.dismissed" will be recorded in a separate bucket.
n._recordTelemetryStat(TELEMETRY_STAT_OFFERED);
}, this);
// We're about to open the panel while in a full screen transition or
// during pointer lock. Extend the security delay to avoid clickjacking.
if (
this.window.isInFullScreenTransition ||
this.window.PointerLock?.isActive
) {
this._extendSecurityDelay(notificationsToShow);
}
let target = this.panel;
if (target.parentNode) {
// NOTIFICATION_EVENT_SHOWN should be fired for the panel before
// anyone listening for popupshown on the panel gets run. Otherwise,
// the panel will not be initialized when the popupshown event
// listeners run.
// By targeting the panel's parent and using a capturing listener, we
// can have our listener called before others waiting for the panel to
// be shown (which probably expect the panel to be fully initialized)
target = target.parentNode;
}
if (this._popupshownListener) {
target.removeEventListener(
"popupshown",
this._popupshownListener,
true
);
}
this._popupshownListener = function () {
target.removeEventListener(
"popupshown",
this._popupshownListener,
true
);
this._popupshownListener = null;
notificationsToShow.forEach(function (n) {
this._fireCallback(n, NOTIFICATION_EVENT_SHOWN);
}, this);
// These notifications are used by tests to know when all the processing
// required to display the panel has happened.
this.panel.dispatchEvent(new this.window.CustomEvent("Shown"));
let event = new this.window.CustomEvent("PanelUpdated", {
detail: notificationIds,
});
this.panel.dispatchEvent(event);
};
this._popupshownListener = this._popupshownListener.bind(this);
target.addEventListener("popupshown", this._popupshownListener, true);
let popupOptions = notificationsToShow.findLast(
n => n.options?.popupOptions
)?.options?.popupOptions;
if (popupOptions) {
this.panel.openPopup(anchorElement, popupOptions);
} else {
this.panel.openPopup(anchorElement, "bottomleft topleft", 0, 0);
}
});
},
/**
* Updates the notification state in response to window activation or tab
* selection changes.
*
* @param notifications an array of Notification instances. if null,
* notifications will be retrieved off the current
* browser tab
* @param anchors is a XUL element or a Set of XUL elements that the
* notifications panel(s) will be anchored to.
* @param dismissShowing if true, dismiss any currently visible notifications
* if there are no notifications to show. Otherwise,
* currently displayed notifications will be left alone.
*/
_update: function PopupNotifications_update(
notifications,
anchors = new Set(),
dismissShowing = false
) {
if (ChromeUtils.getClassName(anchors) == "XULElement") {
anchors = new Set([anchors]);
}
if (!notifications) {
notifications = this._currentNotifications;
}
let haveNotifications = !!notifications.length;
if (!anchors.size && haveNotifications) {
anchors = this._getAnchorsForNotifications(notifications);
}
let useIconBox = !!this.iconBox;
if (useIconBox && anchors.size) {
for (let anchor of anchors) {
if (anchor.parentNode == this.iconBox) {
continue;
}
useIconBox = false;
break;
}
}
// Filter out notifications that have been dismissed, unless they are
// persistent. Also check if we should not show any notification.
let notificationsToShow = [];
if (!this._suppress) {
notificationsToShow = notifications.filter(
n => (!n.dismissed || n.options.persistent) && !n.options.neverShow
);
}
if (useIconBox) {
// Hide icons of the previous tab.
this._hideIcons();
}
if (haveNotifications) {
// Also filter out notifications that are for a different anchor.
notificationsToShow = notificationsToShow.filter(function (n) {
return anchors.has(n.anchorElement);
});
if (useIconBox) {
this._showIcons(notifications);
this.iconBox.hidden = false;
// Make sure that panels can only be attached to anchors of shown
// notifications inside an iconBox.
anchors = this._getAnchorsForNotifications(notificationsToShow);
} else if (anchors.size) {
this._updateAnchorIcons(notifications, anchors);
}
}
if (notificationsToShow.length) {
let anchorElement = anchors.values().next().value;
if (anchorElement) {
this._showPanel(notificationsToShow, anchorElement);
}
// Setup a capturing event listener on the whole window to catch the
// escape key while persistent notifications are visible.
this.window.addEventListener(
"keypress",
this._handleWindowKeyPress,
true
);
} else {
// Notify observers that we're not showing the popup (useful for testing)
this._notify("updateNotShowing");
// Close the panel if there are no notifications to show.
// When called from PopupNotifications.show() we should never close the
// panel, however. It may just be adding a dismissed notification, in
// which case we want to continue showing any existing notifications.
if (!dismissShowing) {
this._dismiss();
}
// Only hide the iconBox if we actually have no notifications (as opposed
// to not having any showable notifications)
if (!haveNotifications) {
if (useIconBox) {
this.iconBox.hidden = true;
} else if (anchors.size) {
for (let anchorElement of anchors) {
anchorElement.removeAttribute(ICON_ATTRIBUTE_SHOWING);
}
}
}
// Stop listening to keyboard events for notifications.
this.window.removeEventListener(
"keypress",
this._handleWindowKeyPress,
true
);
}
},
_updateAnchorIcons: function PopupNotifications_updateAnchorIcons(
notifications,
anchorElements
) {
for (let anchorElement of anchorElements) {
anchorElement.setAttribute(ICON_ATTRIBUTE_SHOWING, "true");
}
},
_showIcons: function PopupNotifications_showIcons(aCurrentNotifications) {
for (let notification of aCurrentNotifications) {
let anchorElm = notification.anchorElement;
if (anchorElm) {
anchorElm.setAttribute(ICON_ATTRIBUTE_SHOWING, "true");
if (notification.options.extraAttr) {
anchorElm.setAttribute("extraAttr", notification.options.extraAttr);
} else {
anchorElm.removeAttribute("extraAttr");
}
}
}
},
_hideIcons: function PopupNotifications_hideIcons() {
let icons = this.iconBox.querySelectorAll(ICON_SELECTOR);
for (let icon of icons) {
icon.removeAttribute(ICON_ATTRIBUTE_SHOWING);
}
},
/**
* Gets and sets notifications for the browser.
*/
_getNotificationsForBrowser: function PopupNotifications_getNotifications(
browser
) {
let notifications = popupNotificationsMap.get(browser);
if (!notifications) {
// Initialize the WeakMap for the browser so callers can reference/manipulate the array.
notifications = [];
popupNotificationsMap.set(browser, notifications);
}
return notifications;
},
_setNotificationsForBrowser: function PopupNotifications_setNotifications(
browser,
notifications
) {
popupNotificationsMap.set(browser, notifications);
return notifications;
},
_getAnchorsForNotifications:
function PopupNotifications_getAnchorsForNotifications(
notifications,
defaultAnchor
) {
let anchors = new Set();
for (let notification of notifications) {
if (notification.anchorElement) {
anchors.add(notification.anchorElement);
}
}
if (defaultAnchor && !anchors.size) {
anchors.add(defaultAnchor);
}
return anchors;
},
_isActiveBrowser(browser) {
// We compare on frameLoader instead of just comparing the
// selectedBrowser and browser directly because browser tabs in
// Responsive Design Mode put the actual web content into a
// mozbrowser iframe and proxy property read/write and method
// calls from the tab to that iframe. This is so that attempts
// to reload the tab end up reloading the content in
// Responsive Design Mode, and not the Responsive Design Mode
// viewer itself.
//
// This means that PopupNotifications can come up from a browser
// in Responsive Design Mode, but the selectedBrowser will not match
// the browser being passed into this function, despite the browser
// actually being within the selected tab. We workaround this by
// comparing frameLoader instead, which is proxied from the outer
// <xul:browser> to the inner mozbrowser <iframe>.
return this.tabbrowser.selectedBrowser.frameLoader == browser.frameLoader;
},
_onIconBoxCommand: function PopupNotifications_onIconBoxCommand(event) {
// Left click, space or enter only
let type = event.type;
if (type == "click" && event.button != 0) {
return;
}
if (
type == "keypress" &&
!(
event.charCode == event.DOM_VK_SPACE ||
event.keyCode == event.DOM_VK_RETURN
)
) {
return;
}
if (!this._currentNotifications.length) {
return;
}
event.stopPropagation();
// Get the anchor that is the immediate child of the icon box
let anchor = event.target;
while (anchor && anchor.parentNode != this.iconBox) {
anchor = anchor.parentNode;
}
if (!anchor) {
return;
}
// If the panel is not closed, and the anchor is different, immediately mark all
// active notifications for the previous anchor as dismissed
if (this.panel.state != "closed" && anchor != this._currentAnchorElement) {
this._dismissOrRemoveCurrentNotifications();
}
// Avoid reshowing notifications that are already shown and have not been dismissed.
if (this.panel.state == "closed" || anchor != this._currentAnchorElement) {
// As soon as the panel is shown, focus the first element in the selected notification.
this.panel.addEventListener(
"popupshown",
() =>
this.window.document.commandDispatcher.advanceFocusIntoSubtree(
this.panel
),
{ once: true }
);
this._reshowNotifications(anchor);
} else {
// Focus the first element in the selected notification.
this.window.document.commandDispatcher.advanceFocusIntoSubtree(
this.panel
);
}
},
_reshowNotifications: function PopupNotifications_reshowNotifications(
anchor,
browser
) {
// Mark notifications anchored to this anchor as un-dismissed
browser = browser || this.tabbrowser.selectedBrowser;
let notifications = this._getNotificationsForBrowser(browser);
notifications.forEach(function (n) {
if (n.anchorElement == anchor) {
n.dismissed = false;
}
});
if (this._isActiveBrowser(browser)) {
// ...and then show them.
this._update(notifications, anchor);
}
},
_swapBrowserNotifications:
function PopupNotifications_swapBrowserNoficications(
ourBrowser,
otherBrowser
) {
// When swaping browser docshells (e.g. dragging tab to new window) we need
// to update our notification map.
let ourNotifications = this._getNotificationsForBrowser(ourBrowser);
let other = otherBrowser.ownerGlobal.PopupNotifications;
if (!other) {
if (ourNotifications.length) {
console.error(
"unable to swap notifications: otherBrowser doesn't support notifications"
);
}
return;
}
let otherNotifications = other._getNotificationsForBrowser(otherBrowser);
if (ourNotifications.length < 1 && otherNotifications.length < 1) {
// No notification to swap.
return;
}
otherNotifications = otherNotifications.filter(n => {
if (this._fireCallback(n, NOTIFICATION_EVENT_SWAPPING, ourBrowser)) {
n.browser = ourBrowser;
n.owner = this;
return true;
}
other._fireCallback(
n,
NOTIFICATION_EVENT_REMOVED,
this.nextRemovalReason
);
return false;
});
ourNotifications = ourNotifications.filter(n => {
if (this._fireCallback(n, NOTIFICATION_EVENT_SWAPPING, otherBrowser)) {
n.browser = otherBrowser;
n.owner = other;
return true;
}
this._fireCallback(
n,
NOTIFICATION_EVENT_REMOVED,
this.nextRemovalReason
);
return false;
});
this._setNotificationsForBrowser(otherBrowser, ourNotifications);
other._setNotificationsForBrowser(ourBrowser, otherNotifications);
if (otherNotifications.length) {
this._update(otherNotifications);
}
if (ourNotifications.length) {
other._update(ourNotifications);
}
},
_fireCallback: function PopupNotifications_fireCallback(n, event, ...args) {
try {
if (n.options.eventCallback) {
return n.options.eventCallback.call(n, event, ...args);
}
} catch (error) {
console.error(error);
}
return undefined;
},
_onPopupHidden: function PopupNotifications_onPopupHidden(event) {
if (event.target != this.panel) {
return;
}
// It's possible that a popupnotification set `aria-describedby` on the
// panel element in its eventCallback function. If so, we'll clear that out
// before showing the next notification.
this.panel.removeAttribute("aria-describedby");
// We may have removed the "noautofocus" attribute before showing the panel
// if the notification specified it wants to autofocus on first show.
// When the panel is closed, we have to restore the attribute to its default
// value, so we don't autofocus it if it's subsequently opened from a different code path.
this.panel.setAttribute("noautofocus", "true");
// Handle the case where the panel was closed programmatically.
if (this._ignoreDismissal) {
this._ignoreDismissal.resolve();
this._ignoreDismissal = null;
return;
}
this._dismissOrRemoveCurrentNotifications();
this._clearPanel();
this._update();
},
_dismissOrRemoveCurrentNotifications() {
let browser =
this.panel.firstElementChild &&
this.panel.firstElementChild.notification.browser;
if (!browser) {
return;
}
let notifications = this._getNotificationsForBrowser(browser);
// Mark notifications as dismissed and call dismissal callbacks
for (let nEl of this.panel.children) {
let notificationObj = nEl.notification;
// Never call a dismissal handler on a notification that's been removed.
if (!notifications.includes(notificationObj)) {
return;
}
// Record the time of the first notification dismissal if the main action
// was not triggered in the meantime.
let timeSinceShown =
this.window.performance.now() - notificationObj.timeShown;
if (
!notificationObj.wasDismissed &&
!notificationObj.recordedTelemetryMainAction
) {
notificationObj._recordTelemetry(
"POPUP_NOTIFICATION_DISMISSAL_MS",
timeSinceShown
);
}
// Do not mark the notification as dismissed or fire NOTIFICATION_EVENT_DISMISSED
// if the notification is removed.
if (notificationObj.options.removeOnDismissal) {
notificationObj._recordTelemetryStat(this.nextRemovalReason);
this._remove(notificationObj);
} else {
notificationObj.dismissed = true;
this._fireCallback(notificationObj, NOTIFICATION_EVENT_DISMISSED);
}
}
},
_onCheckboxCommand(event) {
let notificationEl = getNotificationFromElement(event.originalTarget);
let checked = notificationEl.checkbox.checked;
let notification = notificationEl.notification;
// Save checkbox state to be able to persist it when re-opening the doorhanger.
notification._checkboxChecked = checked;
if (checked) {
this._setNotificationUIState(
notificationEl,
notification.options.checkbox.checkedState
);
} else {
this._setNotificationUIState(
notificationEl,
notification.options.checkbox.uncheckedState
);
}
event.stopPropagation();
},
_onCommand(event) {
// Ignore events from buttons as they are submitting and so don't need checks
if (event.originalTarget.localName == "button") {
return;
}
let notificationEl = getNotificationFromElement(event.target);
let notification = notificationEl.notification;
if (!notification.options.checkbox) {
this._setNotificationUIState(notificationEl);
return;
}
if (notificationEl.checkbox.checked) {
this._setNotificationUIState(
notificationEl,
notification.options.checkbox.checkedState
);
} else {
this._setNotificationUIState(
notificationEl,
notification.options.checkbox.uncheckedState
);
}
},
_onButtonEvent(event, type, source = "button", notificationEl = null) {
if (!notificationEl) {
notificationEl = getNotificationFromElement(event.originalTarget);
}
if (!notificationEl) {
throw new Error(
"PopupNotifications._onButtonEvent: couldn't find notification element"
);
}
if (!notificationEl.notification) {
throw new Error(
"PopupNotifications._onButtonEvent: couldn't find notification"
);
}
let notification = notificationEl.notification;
// Receiving a button event means the notification should have been shown.
// Make sure that timeShown is always set to ensure we don't break the
// security delay calculation below.
if (!notification.timeShown) {
console.warn(
"_onButtonEvent: notification.timeShown is unset. Setting to now.",
notification
);
notification.timeShown = this.window.performance.now();
}
if (type == "dropmarkerpopupshown") {
notification._recordTelemetryStat(TELEMETRY_STAT_OPEN_SUBMENU);
return;
}
if (type == "learnmoreclick") {
notification._recordTelemetryStat(TELEMETRY_STAT_LEARN_MORE);
return;
}
if (type == "buttoncommand") {
// Record the total timing of the main action since the notification was
// created, even if the notification was dismissed in the meantime.
let timeSinceCreated =
this.window.performance.now() - notification.timeCreated;
if (!notification.recordedTelemetryMainAction) {
notification.recordedTelemetryMainAction = true;
notification._recordTelemetry(
"POPUP_NOTIFICATION_MAIN_ACTION_MS",
timeSinceCreated
);
}
}
if (type == "buttoncommand" || type == "secondarybuttoncommand") {
if (Services.focus.activeWindow != this.window) {
Services.console.logStringMessage(
"PopupNotifications._onButtonEvent: " +
"Button click happened before the window was focused"
);
this.window.focus();
return;
}
let now = this.window.performance.now();
let timeSinceShown = now - notification.timeShown;
if (timeSinceShown < lazy.buttonDelay) {
Services.console.logStringMessage(
"PopupNotifications._onButtonEvent: " +
"Button click happened before the security delay: " +
timeSinceShown +
"ms"
);
notification.timeShown = Math.max(now, notification.timeShown);
return;
}
}
let action = notification.mainAction;
let telemetryStatId = TELEMETRY_STAT_ACTION_1;
if (type == "secondarybuttoncommand") {
action = notification.secondaryActions[0];
telemetryStatId = TELEMETRY_STAT_ACTION_2;
}
notification._recordTelemetryStat(telemetryStatId);
if (action) {
try {
action.callback.call(undefined, {
checkboxChecked: notificationEl.checkbox.checked,
source,
event,
});
} catch (error) {
console.error(error);
}
if (action.dismiss) {
this._dismiss();
return;
}
}
this._remove(notification);
this._update();
},
_onMenuCommand: function PopupNotifications_onMenuCommand(event) {
let target = event.originalTarget;
if (!target.action || !target.notification) {
throw new Error(
"menucommand target has no associated action/notification"
);
}
let notificationEl = getNotificationFromElement(target);
event.stopPropagation();
target.notification._recordTelemetryStat(target.action.telemetryStatId);
try {
target.action.callback.call(undefined, {
checkboxChecked: notificationEl.checkbox.checked,
source: "menucommand",
});
} catch (error) {
console.error(error);
}
if (target.action.dismiss) {
this._dismiss();
return;
}
this._remove(target.notification);
this._update();
},
_notify: function PopupNotifications_notify(topic) {
Services.obs.notifyObservers(null, "PopupNotifications-" + topic);
},
};