gecko-dev/toolkit/modules/PopupNotifications.jsm
Neil Deakin ef5f9b4b23 Bug 1446961, move PopupBoxObject to XULPopupElement, a new subclass of XULElement. Remove popup.xml methods, r=paolo,bz
Test changes for removal of PopupBoxObject and popup.xml methods, some reflow tests now have different stacks now that they are not going through popup.xml binding methods, test_popupanchor.xul changes due to need to wait for popuppositioned event after resizing. The old code would just adjust the arrow directly when sizeTo was called, but the new code does this through an asynchronous popuppositioned event. Changes to some places that check for XULElement class.

--HG--
rename : dom/webidl/PopupBoxObject.webidl => dom/webidl/XULPopupElement.webidl
rename : layout/xul/PopupBoxObject.cpp => dom/xul/XULPopupElement.cpp
rename : layout/xul/PopupBoxObject.h => dom/xul/XULPopupElement.h
2018-04-27 11:04:38 -04:00

1591 lines
62 KiB
JavaScript

/* 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
* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
var EXPORTED_SYMBOLS = ["PopupNotifications"];
ChromeUtils.import("resource://gre/modules/Services.jsm");
ChromeUtils.import("resource://gre/modules/PrivateBrowsingUtils.jsm");
ChromeUtils.import("resource://gre/modules/PromiseUtils.jsm");
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";
// 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_DISMISSAL_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;
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;
}
function getNotificationFromElement(aElement) {
// Need to find the associated notification object, which is a bit tricky
// since it isn't associated with the element directly - this is kind of
// gross and very dependent on the structure of the popupnotification
// binding's content.
let notificationEl;
let parent = aElement;
while (parent && (parent = aElement.ownerDocument.getBindingParent(parent)))
notificationEl = parent;
return notificationEl;
}
/**
* 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) {
// 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.
* }
*/
function PopupNotifications(tabbrowser, panel,
iconBox, options = {}) {
if (!tabbrowser)
throw "Invalid tabbrowser";
if (iconBox && ChromeUtils.getClassName(iconBox) != "XULElement")
throw "Invalid iconBox";
if (ChromeUtils.getClassName(panel) != "XULPopupElement")
throw "Invalid panel";
this._shouldSuppress = options.shouldSuppress || (() => false);
this._suppress = this._shouldSuppress();
this.window = tabbrowser.ownerGlobal;
this.panel = panel;
this.tabbrowser = tabbrowser;
this.iconBox = iconBox;
this.buttonDelay = Services.prefs.getIntPref(PREF_SECURITY_DELAY);
this.panel.addEventListener("popuphidden", this, true);
this.panel.classList.add("popup-notification-panel");
// 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.firstChild;
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.
getNotificationFromElement(focusedElement) == notification ||
notification.contains(focusedElement)) {
this._onButtonEvent(aEvent, "secondarybuttoncommand", notification);
}
};
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);
this.window.addEventListener("activate", this, true);
if (this.tabbrowser.tabContainer)
this.tabbrowser.tabContainer.addEventListener("TabSelect", this, true);
}
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;
},
/**
* Retrieve a Notification object associated with the browser/ID pair.
* @param id
* The Notification ID to search for.
* @param browser
* The browser whose notifications should be searched. If null, the
* currently selected browser's notifications will be searched.
*
* @returns the corresponding Notification object, or null if no such
* notification exists.
*/
getNotification: function PopupNotifications_getNotification(id, browser) {
let notifications = this._getNotificationsForBrowser(browser || this.tabbrowser.selectedBrowser);
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 "<>" 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 needs to be specified.
* @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.
* - [optional] dismiss (boolean): If this is true, the notification
* will be dismissed instead of removed after running the callback.
* - [optional] disableHighlight (boolean): If this is true, the button
* will not apply the default highlight style.
* 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.
* Normally specified in CSS using list-style-image and the
* .popup-notification-icon[popupid=...] selector.
* 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.
* @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 "PopupNotifications_show: invalid browser";
if (!id)
throw "PopupNotifications_show: invalid ID";
if (mainAction && isInvalidAction(mainAction))
throw "PopupNotifications_show: invalid mainAction";
if (secondaryActions && secondaryActions.some(isInvalidAction))
throw "PopupNotifications_show: invalid secondaryActions";
let notification = new Notification(id, message, anchorID, mainAction,
secondaryActions, browser, this, options);
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 a browser's location has changed,
* so that we can update the active notifications accordingly.
*/
locationChange: function PopupNotifications_locationChange(aBrowser) {
if (!aBrowser)
throw "PopupNotifications_locationChange: invalid browser";
let notifications = this._getNotificationsForBrowser(aBrowser);
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;
}
this._fireCallback(notification, NOTIFICATION_EVENT_REMOVED);
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(Cu.reportError);
}
},
/**
* Removes a Notification.
* @param notification
* The Notification object to remove.
*/
remove: function PopupNotifications_remove(notification) {
this._remove(notification);
if (this._isActiveBrowser(notification.browser)) {
let notifications = this._getNotificationsForBrowser(notification.browser);
this._update(notifications);
}
},
handleEvent(aEvent) {
switch (aEvent.type) {
case "popuphidden":
this._onPopupHidden(aEvent);
break;
case "activate":
if (this.isPanelOpen) {
for (let elt of this.panel.children)
elt.notification.timeShown = this.window.performance.now();
break;
}
case "TabSelect":
let self = this;
// This is where we could detect if the panel is dismissed if the page
// was switched. Unfortunately, the user usually has clicked elsewhere
// at this point so this value only gets recorded for programmatic
// reasons, like the "Learn More" link being clicked and resulting in a
// tab switch.
this.nextDismissReason = TELEMETRY_STAT_DISMISSAL_LEAVE_PAGE;
// setTimeout(..., 0) needed, otherwise openPopup from "activate" event
// handler results in the popup being hidden again for some reason...
this.window.setTimeout(function() {
self._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) {
// 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);
},
/**
* Dismisses the notification without removing it.
*/
_dismiss: function PopupNotifications_dismiss(event, telemetryReason) {
if (telemetryReason) {
this.nextDismissReason = telemetryReason;
}
// An explicitly dismissed persistent notification effectively becomes
// non-persistent.
if (event && telemetryReason == TELEMETRY_STAT_DISMISSAL_CLOSE_BUTTON) {
let notificationEl = getNotificationFromElement(event.target);
if (notificationEl) {
notificationEl.notification.options.persistent = false;
}
}
let browser = this.panel.firstChild &&
this.panel.firstChild.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 = PromiseUtils.defer();
this._ignoreDismissal = deferred;
this.panel.hidePopup();
return deferred.promise;
},
/**
* Removes all notifications from the notification popup.
*/
_clearPanel() {
let popupnotification;
while ((popupnotification = this.panel.lastChild)) {
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;
// Remove nodes dynamically added to the notification's menu button
// in _refreshPanel.
let contentNode = popupnotification.lastChild;
while (contentNode) {
let previousSibling = contentNode.previousSibling;
if (contentNode.nodeName == "menuitem" ||
contentNode.nodeName == "menuseparator")
popupnotification.removeChild(contentNode);
contentNode = previousSibling;
}
// 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] || "";
return text;
},
_refreshPanel: function PopupNotifications_refreshPanel(notificationsToShow) {
this._clearPanel();
const XUL_NS = "http://www.mozilla.org/keymaster/gatekeeper/there.is.only.xul";
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.createElementNS(XUL_NS, "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);
popupnotification.setAttribute("id", popupnotificationID);
popupnotification.setAttribute("popupid", n.id);
popupnotification.setAttribute("oncommand", "PopupNotifications._onCommand(event);");
if (Services.prefs.getBoolPref("privacy.permissionPrompts.showCloseButton")) {
popupnotification.setAttribute("closebuttoncommand", "PopupNotifications._onButtonEvent(event, 'secondarybuttoncommand');");
} else {
popupnotification.setAttribute("closebuttoncommand", `PopupNotifications._dismiss(event, ${TELEMETRY_STAT_DISMISSAL_CLOSE_BUTTON});`);
}
if (n.mainAction) {
popupnotification.setAttribute("buttonlabel", n.mainAction.label);
popupnotification.setAttribute("buttonaccesskey", n.mainAction.accessKey);
popupnotification.setAttribute("buttonhighlight", !n.mainAction.disableHighlight);
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.setAttribute("buttonhighlight", "true");
popupnotification.removeAttribute("buttonlabel");
popupnotification.removeAttribute("buttonaccesskey");
popupnotification.removeAttribute("dropmarkerpopupshown");
popupnotification.removeAttribute("learnmoreclick");
popupnotification.removeAttribute("menucommand");
}
if (n.options.popupIconClass) {
let classes = "popup-notification-icon " + n.options.popupIconClass;
popupnotification.setAttribute("iconclass", classes);
}
if (n.options.popupIconURL)
popupnotification.setAttribute("icon", n.options.popupIconURL);
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) {
Cu.reportError(e);
popupnotification.removeAttribute("origin");
}
} else
popupnotification.removeAttribute("origin");
if (n.options.hideClose)
popupnotification.setAttribute("closebuttonhidden", "true");
popupnotification.notification = n;
if (n.mainAction && n.secondaryActions && n.secondaryActions.length > 0) {
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.createElementNS(XUL_NS, "menuitem");
item.setAttribute("label", action.label);
item.setAttribute("accesskey", action.accessKey);
item.notification = n;
item.action = action;
popupnotification.appendChild(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++;
}
}
if (n.secondaryActions.length < 2) {
popupnotification.setAttribute("dropmarkerhidden", "true");
}
} else {
popupnotification.setAttribute("secondarybuttonhidden", "true");
popupnotification.setAttribute("dropmarkerhidden", "true");
}
let checkbox = n.options.checkbox;
if (checkbox && checkbox.label) {
let checked = n._checkboxChecked != null ? n._checkboxChecked : !!checkbox.checked;
popupnotification.setAttribute("checkboxhidden", "false");
popupnotification.setAttribute("checkboxchecked", checked);
popupnotification.setAttribute("checkboxlabel", checkbox.label);
popupnotification.setAttribute("checkboxcommand", "PopupNotifications._onCheckboxCommand(event);");
if (checked) {
this._setNotificationUIState(popupnotification, checkbox.checkedState);
} else {
this._setNotificationUIState(popupnotification, checkbox.uncheckedState);
}
} else {
popupnotification.setAttribute("checkboxhidden", "true");
popupnotification.setAttribute("warninghidden", "true");
}
this.panel.appendChild(popupnotification);
// The popupnotification may be hidden if we got it from the chrome
// document rather than creating it ad hoc.
popupnotification.hidden = false;
}, this);
},
_setNotificationUIState(notification, state = {}) {
if (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");
}
},
_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);
// If the anchor element is hidden or null, fall back to the identity icon.
if (!anchorElement || (anchorElement.boxObject.height == 0 &&
anchorElement.boxObject.width == 0)) {
anchorElement = this.window.document.getElementById("identity-icon");
// If the identity icon is not available in this window, or maybe the
// entire location bar is hidden for any reason, use the tab as the
// anchor. We only ever show notifications for the current browser, so we
// can just use the current tab.
if (!anchorElement || (anchorElement.boxObject.height == 0 &&
anchorElement.boxObject.width == 0)) {
anchorElement = this.tabbrowser.selectedTab;
// If we're in an entirely chromeless environment, set the anchorElement
// to null and let openPopup show the notification at (0,0) later.
if (!anchorElement || (anchorElement.boxObject.height == 0 &&
anchorElement.boxObject.width == 0)) {
anchorElement = null;
}
}
}
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");
}
// On OS X and Linux we need a different panel arrow color for
// click-to-play plugins, so copy the popupid and use css.
this.panel.setAttribute("popupid", this.panel.firstChild.getAttribute("popupid"));
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);
// Remember the time the notification was shown for the security delay.
n.timeShown = this.window.performance.now();
}, this);
// Unless the panel closing is triggered by a specific known code path,
// the next reason will be that the user clicked elsewhere.
this.nextDismissReason = TELEMETRY_STAT_DISMISSAL_CLICK_ELSEWHERE;
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(e) {
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);
this.panel.openPopup(anchorElement, "bottomcenter 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 > 0;
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 > 0) {
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");
// Use the anchorID as a class along with the default icon class as a
// fallback if anchorID is not defined in CSS. We always use the first
// notifications icon, so in the case of multiple notifications we'll
// only use the default icon.
if (anchorElement.classList.contains("notification-anchor-icon")) {
// remove previous icon classes
let className = anchorElement.className.replace(/([-\w]+-notification-icon\s?)/g, "");
if (notifications.length > 0) {
// Find the first notification this anchor used for.
let notification = notifications[0];
for (let n of notifications) {
if (n.anchorElement == anchorElement) {
notification = n;
break;
}
}
// With this notification we can better approximate the most fitting
// style.
className = notification.anchorID + " " + className;
}
anchorElement.className = className;
}
}
},
_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);
}
}
}
},
_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 == 0)
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 > 0)
Cu.reportError("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);
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);
return false;
});
this._setNotificationsForBrowser(otherBrowser, ourNotifications);
other._setNotificationsForBrowser(ourBrowser, otherNotifications);
if (otherNotifications.length > 0)
this._update(otherNotifications);
if (ourNotifications.length > 0)
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) {
Cu.reportError(error);
}
return undefined;
},
_onPopupHidden: function PopupNotifications_onPopupHidden(event) {
if (event.target != this.panel) {
return;
}
// 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.firstChild &&
this.panel.firstChild.notification.browser;
if (!browser)
return;
let notifications = this._getNotificationsForBrowser(browser);
// Mark notifications as dismissed and call dismissal callbacks
Array.forEach(this.panel.childNodes, function(nEl) {
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);
}
notificationObj._recordTelemetryStat(this.nextDismissReason);
// Do not mark the notification as dismissed or fire NOTIFICATION_EVENT_DISMISSED
// if the notification is removed.
if (notificationObj.options.removeOnDismissal) {
this._remove(notificationObj);
} else {
notificationObj.dismissed = true;
this._fireCallback(notificationObj, NOTIFICATION_EVENT_DISMISSED);
}
}, this);
},
_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 = event.target;
// Find notification like getNotificationFromElement but some nodes are non-anon
while (notificationEl) {
if (notificationEl.localName == "popupnotification") {
break;
}
notificationEl =
notificationEl.ownerDocument.getBindingParent(notificationEl) || notificationEl.parentNode;
}
this._setNotificationUIState(notificationEl);
},
_onButtonEvent(event, type, notificationEl = null) {
if (!notificationEl) {
notificationEl = getNotificationFromElement(event.originalTarget);
}
if (!notificationEl)
throw "PopupNotifications._onButtonEvent: couldn't find notification element";
if (!notificationEl.notification)
throw "PopupNotifications._onButtonEvent: couldn't find notification";
let notification = notificationEl.notification;
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 timeSinceShown = this.window.performance.now() - notification.timeShown;
if (timeSinceShown < this.buttonDelay) {
Services.console.logStringMessage("PopupNotifications._onButtonEvent: " +
"Button click happened before the security delay: " +
timeSinceShown + "ms");
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
});
} catch (error) {
Cu.reportError(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 "menucommand target has no associated action/notification";
let notificationEl = target.parentElement;
event.stopPropagation();
target.notification._recordTelemetryStat(target.action.telemetryStatId);
try {
target.action.callback.call(undefined, {
checkboxChecked: notificationEl.checkbox.checked
});
} catch (error) {
Cu.reportError(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);
},
};