Software: Apache. PHP/5.5.15 uname -a: Windows NT SVR-DMZ 6.1 build 7600 (Windows Server 2008 R2 Enterprise Edition) i586 SYSTEM Safe-mode: OFF (not secure) C:\Extranet\C\Archivos de programa\Mozilla Firefox\components\ drwxrwxrwx | |
| Viewing file: Select action/file-type: /* -*- Mode: C++; tab-width: 2; indent-tabs-mode: nil; c-basic-offset: 2 -*- */
/*
//@line 44 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
*/
//
// TODO:
// - better logging
//
const Cc = Components.classes;
const Ci = Components.interfaces;
const Cr = Components.results;
Components.utils.import("resource://gre/modules/XPCOMUtils.jsm");
const PREF_EM_CHECK_COMPATIBILITY = "extensions.checkCompatibility";
const PREF_EM_CHECK_UPDATE_SECURITY = "extensions.checkUpdateSecurity";
const PREF_EM_LAST_APP_VERSION = "extensions.lastAppVersion";
const PREF_EM_ENABLED_ITEMS = "extensions.enabledItems";
const PREF_UPDATE_COUNT = "extensions.update.count";
const PREF_UPDATE_DEFAULT_URL = "extensions.update.url";
const PREF_EM_NEW_ADDONS_LIST = "extensions.newAddons";
const PREF_EM_IGNOREMTIMECHANGES = "extensions.ignoreMTimeChanges";
const PREF_EM_DISABLEDOBSOLETE = "extensions.disabledObsolete";
const PREF_EM_EXTENSION_FORMAT = "extensions.%UUID%.";
const PREF_EM_ITEM_UPDATE_ENABLED = "extensions.%UUID%.update.enabled";
const PREF_EM_UPDATE_ENABLED = "extensions.update.enabled";
const PREF_EM_ITEM_UPDATE_URL = "extensions.%UUID%.update.url";
const PREF_EM_DSS_ENABLED = "extensions.dss.enabled";
const PREF_DSS_SWITCHPENDING = "extensions.dss.switchPending";
const PREF_DSS_SKIN_TO_SELECT = "extensions.lastSelectedSkin";
const PREF_GENERAL_SKINS_SELECTEDSKIN = "general.skins.selectedSkin";
const PREF_EM_LOGGING_ENABLED = "extensions.logging.enabled";
const PREF_EM_UPDATE_INTERVAL = "extensions.update.interval";
const PREF_UPDATE_NOTIFYUSER = "extensions.update.notifyUser";
const PREF_MATCH_OS_LOCALE = "intl.locale.matchOS";
const PREF_SELECTED_LOCALE = "general.useragent.locale";
const DIR_EXTENSIONS = "extensions";
const DIR_CHROME = "chrome";
const DIR_STAGE = "staged-xpis";
const FILE_EXTENSIONS = "extensions.rdf";
const FILE_EXTENSION_MANIFEST = "extensions.ini";
const FILE_EXTENSIONS_STARTUP_CACHE = "extensions.cache";
const FILE_EXTENSIONS_LOG = "extensions.log";
const FILE_AUTOREG = ".autoreg";
const FILE_INSTALL_MANIFEST = "install.rdf";
const FILE_CONTENTS_MANIFEST = "contents.rdf";
const FILE_CHROME_MANIFEST = "chrome.manifest";
const UNKNOWN_XPCOM_ABI = "unknownABI";
const FILE_DEFAULT_THEME_JAR = "classic.jar";
const TOOLKIT_ID = "toolkit@mozilla.org"
const KEY_PROFILEDIR = "ProfD";
const KEY_PROFILEDS = "ProfDS";
const KEY_APPDIR = "XCurProcD";
const KEY_TEMPDIR = "TmpD";
const EM_ACTION_REQUESTED_TOPIC = "em-action-requested";
const EM_ITEM_INSTALLED = "item-installed";
const EM_ITEM_UPGRADED = "item-upgraded";
const EM_ITEM_UNINSTALLED = "item-uninstalled";
const EM_ITEM_ENABLED = "item-enabled";
const EM_ITEM_DISABLED = "item-disabled";
const EM_ITEM_CANCEL = "item-cancel-action";
const OP_NONE = "";
const OP_NEEDS_INSTALL = "needs-install";
const OP_NEEDS_UPGRADE = "needs-upgrade";
const OP_NEEDS_UNINSTALL = "needs-uninstall";
const OP_NEEDS_ENABLE = "needs-enable";
const OP_NEEDS_DISABLE = "needs-disable";
const KEY_APP_PROFILE = "app-profile";
const KEY_APP_GLOBAL = "app-global";
const KEY_APP_SYSTEM_LOCAL = "app-system-local";
const KEY_APP_SYSTEM_SHARE = "app-system-share";
const KEY_APP_SYSTEM_USER = "app-system-user";
const CATEGORY_INSTALL_LOCATIONS = "extension-install-locations";
const CATEGORY_UPDATE_PARAMS = "extension-update-params";
const PREFIX_NS_EM = "http://www.mozilla.org/2004/em-rdf#";
const PREFIX_NS_CHROME = "http://www.mozilla.org/rdf/chrome#";
const PREFIX_ITEM_URI = "urn:mozilla:item:";
const PREFIX_EXTENSION = "urn:mozilla:extension:";
const PREFIX_THEME = "urn:mozilla:theme:";
const RDFURI_INSTALL_MANIFEST_ROOT = "urn:mozilla:install-manifest";
const RDFURI_ITEM_ROOT = "urn:mozilla:item:root"
const RDFURI_DEFAULT_THEME = "urn:mozilla:item:{972ce4c6-7e08-4474-a285-3208198ce6fd}";
const XMLURI_PARSE_ERROR = "http://www.mozilla.org/newlayout/xml/parsererror.xml"
const URI_GENERIC_ICON_XPINSTALL = "chrome://mozapps/skin/xpinstall/xpinstallItemGeneric.png";
const URI_GENERIC_ICON_THEME = "chrome://mozapps/skin/extensions/themeGeneric.png";
const URI_XPINSTALL_CONFIRM_DIALOG = "chrome://mozapps/content/xpinstall/xpinstallConfirm.xul";
const URI_EXTENSIONS_PROPERTIES = "chrome://mozapps/locale/extensions/extensions.properties";
const URI_BRAND_PROPERTIES = "chrome://branding/locale/brand.properties";
const URI_DOWNLOADS_PROPERTIES = "chrome://mozapps/locale/downloads/downloads.properties";
const URI_EXTENSION_UPDATE_DIALOG = "chrome://mozapps/content/extensions/update.xul";
const URI_EXTENSION_LIST_DIALOG = "chrome://mozapps/content/extensions/list.xul";
const INSTALLERROR_SUCCESS = 0;
const INSTALLERROR_INVALID_VERSION = -1;
const INSTALLERROR_INVALID_GUID = -2;
const INSTALLERROR_INCOMPATIBLE_VERSION = -3;
const INSTALLERROR_PHONED_HOME = -4;
const INSTALLERROR_INCOMPATIBLE_PLATFORM = -5;
const INSTALLERROR_BLOCKLISTED = -6;
const INSTALLERROR_INSECURE_UPDATE = -7;
const INSTALLERROR_INVALID_MANIFEST = -8;
const INSTALLERROR_RESTRICTED = -9;
const MODE_RDONLY = 0x01;
const MODE_WRONLY = 0x02;
const MODE_CREATE = 0x08;
const MODE_APPEND = 0x10;
const MODE_TRUNCATE = 0x20;
const PERMS_FILE = 0644;
const PERMS_DIRECTORY = 0755;
var gApp = null;
var gPref = null;
var gRDF = null;
var gOS = null;
var gBlocklist = null;
var gXPCOMABI = null;
var gOSTarget = null;
var gConsole = null;
var gInstallManifestRoot = null;
var gVersionChecker = null;
var gLoggingEnabled = null;
var gCheckCompatibility = true;
var gCheckUpdateSecurity = true;
var gLocale = "en-US";
var gFirstRun = false;
var gAllowFlush = true;
var gDSNeedsFlush = false;
var gManifestNeedsFlush = false;
/**
* Valid GUIDs fit this pattern.
*/
var gIDTest = /^(\{[0-9a-f]{8}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{12}\}|[a-z0-9-\._]*\@[a-z0-9-\._]+)$/i;
// shared code for suppressing bad cert dialogs
//@line 40 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\shared\src\badCertHandler.js"
/**
* Only allow built-in certs for HTTPS connections. See bug 340198.
*/
function checkCert(channel) {
if (!channel.originalURI.schemeIs("https")) // bypass
return;
const Ci = Components.interfaces;
var cert =
channel.securityInfo.QueryInterface(Ci.nsISSLStatusProvider).
SSLStatus.QueryInterface(Ci.nsISSLStatus).serverCert;
var issuer = cert.issuer;
while (issuer && !cert.equals(issuer)) {
cert = issuer;
issuer = cert.issuer;
}
if (!issuer || issuer.tokenName != "Builtin Object Token")
throw "cert issuer is not built-in";
}
/**
* This class implements nsIBadCertListener. It's job is to prevent "bad cert"
* security dialogs from being shown to the user. It is better to simply fail
* if the certificate is bad. See bug 304286.
*/
function BadCertHandler() {
}
BadCertHandler.prototype = {
// nsIChannelEventSink
onChannelRedirect: function(oldChannel, newChannel, flags) {
// make sure the certificate of the old channel checks out before we follow
// a redirect from it. See bug 340198.
checkCert(oldChannel);
},
// Suppress any certificate errors
notifyCertProblem: function(socketInfo, status, targetSite) {
return true;
},
// Suppress any ssl errors
notifySSLError: function(socketInfo, error, targetSite) {
return true;
},
// nsIInterfaceRequestor
getInterface: function(iid) {
return this.QueryInterface(iid);
},
// nsISupports
QueryInterface: function(iid) {
if (!iid.equals(Components.interfaces.nsIChannelEventSink) &&
!iid.equals(Components.interfaces.nsIBadCertListener2) &&
!iid.equals(Components.interfaces.nsISSLErrorListener) &&
!iid.equals(Components.interfaces.nsIInterfaceRequestor) &&
!iid.equals(Components.interfaces.nsISupports))
throw Components.results.NS_ERROR_NO_INTERFACE;
return this;
}
};
//@line 191 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
/**
* Creates a Version Checker object.
* @returns A handle to the global Version Checker service.
*/
function getVersionChecker() {
if (!gVersionChecker) {
gVersionChecker = Cc["@mozilla.org/xpcom/version-comparator;1"].
getService(Ci.nsIVersionComparator);
}
return gVersionChecker;
}
var BundleManager = {
/**
* Creates and returns a String Bundle at the specified URI
* @param bundleURI
* The URI of the bundle to load
* @returns A nsIStringBundle which was retrieved.
*/
getBundle: function(bundleURI) {
var sbs = Cc["@mozilla.org/intl/stringbundle;1"].
getService(Ci.nsIStringBundleService);
return sbs.createBundle(bundleURI);
},
_appName: "",
/**
* The Application's display name.
*/
get appName() {
if (!this._appName) {
var brandBundle = this.getBundle(URI_BRAND_PROPERTIES)
this._appName = brandBundle.GetStringFromName("brandShortName");
}
return this._appName;
}
};
///////////////////////////////////////////////////////////////////////////////
//
// Utility Functions
//
function EM_NS(property) {
return PREFIX_NS_EM + property;
}
function CHROME_NS(property) {
return PREFIX_NS_CHROME + property;
}
function EM_R(property) {
return gRDF.GetResource(EM_NS(property));
}
function EM_L(literal) {
return gRDF.GetLiteral(literal);
}
function EM_I(integer) {
return gRDF.GetIntLiteral(integer);
}
function EM_D(integer) {
return gRDF.GetDateLiteral(integer);
}
/**
* Gets a preference value, handling the case where there is no default.
* @param func
* The name of the preference function to call, on nsIPrefBranch
* @param preference
* The name of the preference
* @param defaultValue
* The default value to return in the event the preference has
* no setting
* @returns The value of the preference, or undefined if there was no
* user or default value.
*/
function getPref(func, preference, defaultValue) {
try {
return gPref[func](preference);
}
catch (e) {
}
return defaultValue;
}
/**
* Initializes a RDF Container at a URI in a datasource.
* @param datasource
* The datasource the container is in
* @param root
* The RDF Resource which is the root of the container.
* @returns The nsIRDFContainer, initialized at the root.
*/
function getContainer(datasource, root) {
var ctr = Cc["@mozilla.org/rdf/container;1"].
createInstance(Ci.nsIRDFContainer);
ctr.Init(datasource, root);
return ctr;
}
/**
* Gets a RDF Resource for item with the given ID
* @param id
* The GUID of the item to construct a RDF resource to the
* active item for
* @returns The RDF Resource to the Active item.
*/
function getResourceForID(id) {
return gRDF.GetResource(PREFIX_ITEM_URI + id);
}
/**
* Construct a nsIUpdateItem with the supplied metadata
* ...
*/
function makeItem(id, version, locationKey, minVersion, maxVersion, name,
updateURL, updateHash, iconURL, updateRDF, updateKey, type,
targetAppID) {
var item = new UpdateItem();
item.init(id, version, locationKey, minVersion, maxVersion, name,
updateURL, updateHash, iconURL, updateRDF, updateKey, type,
targetAppID);
return item;
}
/**
* Gets the specified directory at the specified hierarchy under a
* Directory Service key.
* @param key
* The Directory Service Key to start from
* @param pathArray
* An array of path components to locate beneath the directory
* specified by |key|
* @return nsIFile object for the location specified. If the directory
* requested does not exist, it is created, along with any
* parent directories that need to be created.
*/
function getDir(key, pathArray) {
return getDirInternal(key, pathArray, true);
}
/**
* Gets the specified directory at the specified hierarchy under a
* Directory Service key.
* @param key
* The Directory Service Key to start from
* @param pathArray
* An array of path components to locate beneath the directory
* specified by |key|
* @return nsIFile object for the location specified. If the directory
* requested does not exist, it is NOT created.
*/
function getDirNoCreate(key, pathArray) {
return getDirInternal(key, pathArray, false);
}
/**
* Gets the specified directory at the specified hierarchy under a
* Directory Service key.
* @param key
* The Directory Service Key to start from
* @param pathArray
* An array of path components to locate beneath the directory
* specified by |key|
* @param shouldCreate
* true if the directory hierarchy specified in |pathArray|
* should be created if it does not exist,
* false otherwise.
* @return nsIFile object for the location specified.
*/
function getDirInternal(key, pathArray, shouldCreate) {
var fileLocator = Cc["@mozilla.org/file/directory_service;1"].
getService(Ci.nsIProperties);
var dir = fileLocator.get(key, Ci.nsILocalFile);
for (var i = 0; i < pathArray.length; ++i) {
dir.append(pathArray[i]);
if (shouldCreate && !dir.exists())
dir.create(Ci.nsILocalFile.DIRECTORY_TYPE, PERMS_DIRECTORY);
}
dir.followLinks = false;
return dir;
}
/**
* Gets the file at the specified hierarchy under a Directory Service key.
* @param key
* The Directory Service Key to start from
* @param pathArray
* An array of path components to locate beneath the directory
* specified by |key|. The last item in this array must be the
* leaf name of a file.
* @return nsIFile object for the file specified. The file is NOT created
* if it does not exist, however all required directories along
* the way are.
*/
function getFile(key, pathArray) {
var file = getDir(key, pathArray.slice(0, -1));
file.append(pathArray[pathArray.length - 1]);
return file;
}
/**
* Gets the descriptor of a directory as a relative path to common base
* directories (profile, user home, app install dir, etc).
*
* @param itemLocation
* The nsILocalFile representing the item's directory.
* @param installLocation the nsIInstallLocation for this item
*/
function getDescriptorFromFile(itemLocation, installLocation) {
var baseDir = installLocation.location;
if (baseDir && baseDir.contains(itemLocation, true)) {
return "rel%" + itemLocation.getRelativeDescriptor(baseDir);
}
return "abs%" + itemLocation.persistentDescriptor;
}
function getAbsoluteDescriptor(itemLocation) {
return itemLocation.persistentDescriptor;
}
/**
* Initializes a Local File object based on a descriptor
* provided by "getDescriptorFromFile".
*
* @param descriptor
* The descriptor that locates the directory
* @param installLocation
* The nsIInstallLocation object for this item.
* @returns The nsILocalFile object representing the location of the item
*/
function getFileFromDescriptor(descriptor, installLocation) {
var location = Cc["@mozilla.org/file/local;1"].
createInstance(Ci.nsILocalFile);
var m = descriptor.match(/^(abs|rel)\%(.*)$/);
if (!m)
throw Cr.NS_ERROR_INVALID_ARG;
if (m[1] == "rel") {
location.setRelativeDescriptor(installLocation.location, m[2]);
}
else {
location.persistentDescriptor = m[2];
}
return location;
}
/**
* Determines if a file is an item package - either a XPI or a JAR file.
* @param file
* The file to check
* @returns true if the file is an item package, false otherwise.
*/
function fileIsItemPackage(file) {
var fileURL = getURIFromFile(file);
if (fileURL instanceof Ci.nsIURL)
var extension = fileURL.fileExtension.toLowerCase();
return extension == "xpi" || extension == "jar";
}
/**
* Opens a safe file output stream for writing.
* @param file
* The file to write to.
* @param modeFlags
* (optional) File open flags. Can be undefined.
* @returns nsIFileOutputStream to write to.
*/
function openSafeFileOutputStream(file, modeFlags) {
var fos = Cc["@mozilla.org/network/safe-file-output-stream;1"].
createInstance(Ci.nsIFileOutputStream);
if (modeFlags === undefined)
modeFlags = MODE_WRONLY | MODE_CREATE | MODE_TRUNCATE;
if (!file.exists())
file.create(Ci.nsILocalFile.NORMAL_FILE_TYPE, PERMS_FILE);
fos.init(file, modeFlags, PERMS_FILE, 0);
return fos;
}
/**
* Closes a safe file output stream.
* @param stream
* The stream to close.
*/
function closeSafeFileOutputStream(stream) {
if (stream instanceof Ci.nsISafeOutputStream)
stream.finish();
else
stream.close();
}
/**
* Deletes a directory and its children. First it tries nsIFile::Remove(true).
* If that fails it will fall back to recursing, setting the appropriate
* permissions, and deleting the current entry. This is needed for when we have
* rights to delete a directory but there are entries that have a read-only
* attribute (e.g. a copy restore from a read-only CD, etc.)
* @param dir
* A nsIFile for the directory to be deleted
*/
function removeDirRecursive(dir) {
try {
dir.remove(true);
return;
}
catch (e) {
}
var dirEntries = dir.directoryEntries;
while (dirEntries.hasMoreElements()) {
var entry = dirEntries.getNext().QueryInterface(Ci.nsIFile);
if (entry.isDirectory()) {
removeDirRecursive(entry);
}
else {
entry.permissions = PERMS_FILE;
entry.remove(false);
}
}
dir.permissions = PERMS_DIRECTORY;
dir.remove(true);
}
/**
* Logs a string to the error console.
* @param string
* The string to write to the error console.
*/
function LOG(string) {
if (gLoggingEnabled) {
dump("*** " + string + "\n");
if (gConsole)
gConsole.logStringMessage(string);
}
}
/**
* Logs a string to the error console and to a permanent log file.
* @param string
* The string to write out.
*/
function ERROR(string) {
LOG(string);
try {
var tstamp = new Date();
var logfile = getFile(KEY_PROFILEDIR, [FILE_EXTENSIONS_LOG]);
var stream = Cc["@mozilla.org/network/file-output-stream;1"].
createInstance(Ci.nsIFileOutputStream);
stream.init(logfile, 0x02 | 0x08 | 0x10, 0666, 0); // write, create, append
var writer = Cc["@mozilla.org/intl/converter-output-stream;1"].
createInstance(Ci.nsIConverterOutputStream);
writer.init(stream, "UTF-8", 0, 0x0000);
string = tstamp.toLocaleFormat("%Y-%m-%d %H:%M:%S - ") + string;
writer.writeString(string + "\n");
writer.close();
}
catch (e) { }
}
/**
* Randomize the specified file name. Used to force RDF to bypass the cache
* when loading certain types of files.
* @param fileName
* A file name to randomize, e.g. install.rdf
* @returns A randomized file name, e.g. install-xyz.rdf
*/
function getRandomFileName(fileName) {
var extensionDelimiter = fileName.lastIndexOf(".");
var prefix = fileName.substr(0, extensionDelimiter);
var suffix = fileName.substr(extensionDelimiter);
var characters = "abcdefghijklmnopqrstuvwxyz0123456789";
var nameString = prefix + "-";
for (var i = 0; i < 3; ++i) {
var index = Math.round((Math.random()) * characters.length);
nameString += characters.charAt(index);
}
return nameString + "." + suffix;
}
/**
* Get the RDF URI prefix of a nsIUpdateItem type. This function should be used
* ONLY to support Firefox 1.0 Update RDF files! Item URIs in the datasource
* are NOT prefixed.
* @param type
* The nsIUpdateItem type to find a RDF URI prefix for
* @returns The RDF URI prefix.
*/
function getItemPrefix(type) {
if (type & Ci.nsIUpdateItem.TYPE_EXTENSION)
return PREFIX_EXTENSION;
else if (type & Ci.nsIUpdateItem.TYPE_THEME)
return PREFIX_THEME;
return PREFIX_ITEM_URI;
}
/**
* Trims a prefix from a string.
* @param string
* The source string
* @param prefix
* The prefix to remove.
* @returns The suffix (string - prefix)
*/
function stripPrefix(string, prefix) {
return string.substr(prefix.length);
}
/**
* Gets a File URL spec for a nsIFile
* @param file
* The file to get a file URL spec to
* @returns The file URL spec to the file
*/
function getURLSpecFromFile(file) {
var ioServ = Cc["@mozilla.org/network/io-service;1"].
getService(Ci.nsIIOService);
var fph = ioServ.getProtocolHandler("file")
.QueryInterface(Ci.nsIFileProtocolHandler);
return fph.getURLSpecFromFile(file);
}
/**
* Constructs a URI to a spec.
* @param spec
* The spec to construct a URI to
* @returns The nsIURI constructed.
*/
function newURI(spec) {
var ioServ = Cc["@mozilla.org/network/io-service;1"].
getService(Ci.nsIIOService);
return ioServ.newURI(spec, null, null);
}
/**
* Constructs a File URI to a nsIFile
* @param file
* The file to construct a File URI to
* @returns The file URI to the file
*/
function getURIFromFile(file) {
var ioServ = Cc["@mozilla.org/network/io-service;1"].
getService(Ci.nsIIOService);
return ioServ.newFileURI(file);
}
/**
* @returns Whether or not we are currently running in safe mode.
*/
function inSafeMode() {
return gApp.inSafeMode;
}
/**
* Extract the string value from a RDF Literal or Resource
* @param literalOrResource
* RDF String Literal or Resource
* @returns String value of the literal or resource, or undefined if the object
* supplied is not a RDF string literal or resource.
*/
function stringData(literalOrResource) {
if (literalOrResource instanceof Ci.nsIRDFLiteral)
return literalOrResource.Value;
if (literalOrResource instanceof Ci.nsIRDFResource)
return literalOrResource.Value;
return undefined;
}
/**
* Extract the integer value of a RDF Literal
* @param literal
* nsIRDFInt literal
* @return integer value of the literal
*/
function intData(literal) {
if (literal instanceof Ci.nsIRDFInt)
return literal.Value;
return undefined;
}
/**
* Gets a property from an install manifest.
* @param installManifest
* An Install Manifest datasource to read from
* @param property
* The name of a proprety to read (sans EM_NS)
* @returns The literal value of the property, or undefined if the property has
* no value.
*/
function getManifestProperty(installManifest, property) {
var target = installManifest.GetTarget(gInstallManifestRoot,
gRDF.GetResource(EM_NS(property)), true);
var val = stringData(target);
return val === undefined ? intData(target) : val;
}
/**
* Given an Install Manifest Datasource, retrieves the type of item the manifest
* describes.
* @param installManifest
* The Install Manifest Datasource.
* @return The nsIUpdateItem type of the item described by the manifest
* returns TYPE_EXTENSION if attempts to determine the type fail.
*/
function getAddonTypeFromInstallManifest(installManifest) {
var target = installManifest.GetTarget(gInstallManifestRoot,
gRDF.GetResource(EM_NS("type")), true);
if (target) {
var type = stringData(target);
return type === undefined ? intData(target) : parseInt(type);
}
// Firefox 1.0 and earlier did not support addon-type annotation on the
// Install Manifest, so we fall back to a theme-only property to
// differentiate.
if (getManifestProperty(installManifest, "internalName") !== undefined)
return Ci.nsIUpdateItem.TYPE_THEME;
// If no type is provided, default to "Extension"
return Ci.nsIUpdateItem.TYPE_EXTENSION;
}
/**
* Shows a message about an incompatible Extension/Theme.
* @param installData
* An Install Data object from |getInstallData|
*/
function showIncompatibleError(installData) {
var extensionStrings = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
var params = [extensionStrings.GetStringFromName("type-" + installData.type)];
var title = extensionStrings.formatStringFromName("incompatibleTitle",
params, params.length);
params = [installData.name, installData.version, BundleManager.appName,
gApp.version];
var message = extensionStrings.formatStringFromName("incompatibleMessage",
params, params.length);
var ps = Cc["@mozilla.org/embedcomp/prompt-service;1"].
getService(Ci.nsIPromptService);
ps.alert(null, title, message);
}
/**
* Shows a message.
* @param titleKey
* String key of the title string in the Extensions localization file.
* @param messageKey
* String key of the message string in the Extensions localization file.
* @param messageParams
* Array of strings to be substituted into |messageKey|. Can be null.
*/
function showMessage(titleKey, titleParams, messageKey, messageParams) {
var extensionStrings = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
if (titleParams && titleParams.length > 0) {
var title = extensionStrings.formatStringFromName(titleKey, titleParams,
titleParams.length);
}
else
title = extensionStrings.GetStringFromName(titleKey);
if (messageParams && messageParams.length > 0) {
var message = extensionStrings.formatStringFromName(messageKey, messageParams,
messageParams.length);
}
else
message = extensionStrings.GetStringFromName(messageKey);
var ps = Cc["@mozilla.org/embedcomp/prompt-service;1"].
getService(Ci.nsIPromptService);
ps.alert(null, title, message);
}
/**
* Shows a dialog for blocklisted items.
* @param items
* An array of nsIUpdateItems.
* @param fromInstall
* Whether this is called from an install or from the blocklist
* background check.
*/
function showBlocklistMessage(items, fromInstall) {
var win = null;
var params = Cc["@mozilla.org/embedcomp/dialogparam;1"].
createInstance(Ci.nsIDialogParamBlock);
params.SetInt(0, (fromInstall ? 1 : 0));
params.SetInt(1, items.length);
params.SetNumberStrings(items.length * 2);
for (var i = 0; i < items.length; ++i)
params.SetString(i, items[i].name + " " + items[i].version);
// if this was initiated from an install try to find the appropriate manager
if (fromInstall) {
var wm = Cc["@mozilla.org/appshell/window-mediator;1"].
getService(Ci.nsIWindowMediator);
win = wm.getMostRecentWindow("Extension:Manager");
}
var ww = Cc["@mozilla.org/embedcomp/window-watcher;1"].
getService(Ci.nsIWindowWatcher);
ww.openWindow(win, URI_EXTENSION_LIST_DIALOG, "",
"chrome,centerscreen,modal,dialog,titlebar", params);
}
/**
* Gets a zip reader for the file specified.
* @param zipFile
* A ZIP archive to open with a nsIZipReader.
* @return A nsIZipReader for the file specified.
*/
function getZipReaderForFile(zipFile) {
try {
var zipReader = Cc["@mozilla.org/libjar/zip-reader;1"].
createInstance(Ci.nsIZipReader);
zipReader.open(zipFile);
}
catch (e) {
zipReader.close();
throw e;
}
return zipReader;
}
/**
* Extract a RDF file from a ZIP archive to a random location in the system
* temp directory.
* @param zipFile
* A ZIP archive to read from
* @param fileName
* The name of the file to read from the zip.
* @param suppressErrors
* Whether or not to report errors.
* @return The file created in the temp directory.
*/
function extractRDFFileToTempDir(zipFile, fileName, suppressErrors) {
var file = getFile(KEY_TEMPDIR, [getRandomFileName(fileName)]);
try {
var zipReader = getZipReaderForFile(zipFile);
zipReader.extract(fileName, file);
zipReader.close();
}
catch (e) {
if (!suppressErrors) {
showMessage("missingFileTitle", [], "missingFileMessage",
[BundleManager.appName, fileName]);
throw e;
}
}
return file;
}
/**
* Gets an Install Manifest datasource from a file.
* @param file
* The nsIFile that contains the Install Manifest RDF
* @returns The Install Manifest datasource
*/
function getInstallManifest(file) {
var uri = getURIFromFile(file);
try {
var fis = Cc["@mozilla.org/network/file-input-stream;1"].
createInstance(Ci.nsIFileInputStream);
fis.init(file, -1, -1, false);
var bis = Cc["@mozilla.org/network/buffered-input-stream;1"].
createInstance(Ci.nsIBufferedInputStream);
bis.init(fis, 4096);
var rdfParser = Cc["@mozilla.org/rdf/xml-parser;1"].
createInstance(Ci.nsIRDFXMLParser)
var ds = Cc["@mozilla.org/rdf/datasource;1?name=in-memory-datasource"].
createInstance(Ci.nsIRDFDataSource);
var listener = rdfParser.parseAsync(ds, uri);
var channel = Cc["@mozilla.org/network/input-stream-channel;1"].
createInstance(Ci.nsIInputStreamChannel);
channel.setURI(uri);
channel.contentStream = bis;
channel.QueryInterface(Ci.nsIChannel);
channel.contentType = "text/xml";
listener.onStartRequest(channel, null);
try {
var pos = 0;
var count = bis.available();
while (count > 0) {
listener.onDataAvailable(channel, null, bis, pos, count);
pos += count;
count = bis.available();
}
listener.onStopRequest(channel, null, Components.results.NS_OK);
bis.close();
fis.close();
var arcs = ds.ArcLabelsOut(gInstallManifestRoot);
if (arcs.hasMoreElements())
return ds;
}
catch (e) {
listener.onStopRequest(channel, null, e.result);
bis.close();
fis.close();
}
}
catch (e) { }
var url = uri.QueryInterface(Ci.nsIURL);
showMessage("malformedTitle", [], "malformedMessage",
[BundleManager.appName, url.fileName]);
return null;
}
/**
* Selects the closest matching localized resource in the given RDF resource
* @param aDataSource The datasource to look in
* @param aResource The root resource containing the localized sections
* @returns The nsIRDFResource of the best em:localized section or null
* if no valid match was found
*/
function findClosestLocalizedResource(aDataSource, aResource) {
var localizedProp = EM_R("localized");
var localeProp = EM_R("locale");
// Holds the best matching localized resource
var bestmatch = null;
// The number of locale parts it matched with
var bestmatchcount = 0;
// The number of locale parts in the match
var bestpartcount = 0;
var locales = [gLocale.toLowerCase()];
/* If the current locale is English then it will find a match if there is
a valid match for en-US so no point searching that locale too. */
if (locales[0].substring(0, 3) != "en-")
locales.push("en-us");
for each (var locale in locales) {
var lparts = locale.split("-");
var localizations = aDataSource.GetTargets(aResource, localizedProp, true);
while (localizations.hasMoreElements()) {
var localized = localizations.getNext().QueryInterface(Ci.nsIRDFNode);
var list = aDataSource.GetTargets(localized, localeProp, true);
while (list.hasMoreElements()) {
var found = stringData(list.getNext().QueryInterface(Ci.nsIRDFNode));
if (!found)
continue;
found = found.toLowerCase();
// Exact match is returned immediately
if (locale == found)
return localized;
var fparts = found.split("-");
/* If we have found a possible match and this one isn't any longer
then we dont need to check further. */
if (bestmatch && fparts.length < bestmatchcount)
continue;
// Count the number of parts that match
var maxmatchcount = Math.min(fparts.length, lparts.length);
var matchcount = 0;
while (matchcount < maxmatchcount &&
fparts[matchcount] == lparts[matchcount])
matchcount++;
/* If we matched more than the last best match or matched the same and
this locale is less specific than the last best match. */
if (matchcount > bestmatchcount ||
(matchcount == bestmatchcount && fparts.length < bestpartcount)) {
bestmatch = localized;
bestmatchcount = matchcount;
bestpartcount = fparts.length;
}
}
}
// If we found a valid match for this locale return it
if (bestmatch)
return bestmatch;
}
return null;
}
/**
* An enumeration of items in a JS array.
* @constructor
*/
function ArrayEnumerator(aItems) {
if (aItems) {
for (var i = 0; i < aItems.length; ++i) {
if (!aItems[i])
aItems.splice(i--, 1);
}
this._contents = aItems;
} else {
this._contents = [];
}
}
ArrayEnumerator.prototype = {
_index: 0,
hasMoreElements: function () {
return this._index < this._contents.length;
},
getNext: function () {
return this._contents[this._index++];
}
};
/**
* An enumeration of files in a JS array.
* @param files
* The files to enumerate
* @constructor
*/
function FileEnumerator(files) {
if (files) {
for (var i = 0; i < files.length; ++i) {
if (!files[i])
files.splice(i--, 1);
}
this._contents = files;
} else {
this._contents = [];
}
}
FileEnumerator.prototype = {
_index: 0,
/**
* Gets the next file in the sequence.
*/
get nextFile() {
if (this._index < this._contents.length)
return this._contents[this._index++];
return null;
},
/**
* Stop enumerating. Nothing to do here.
*/
close: function() {
}
};
/**
* An object which identifies an Install Location for items, where the location
* relationship is each item living in a directory named with its GUID under
* the directory used when constructing this object.
*
* e.g. <location>\{GUID1}
* <location>\{GUID2}
* <location>\{GUID3}
* ...
*
* @param name
* The string identifier of this Install Location.
* @param location
* The directory that contains the items.
* @constructor
*/
function DirectoryInstallLocation(name, location, restricted, priority, independent) {
this._name = name;
if (location.exists()) {
if (!location.isDirectory())
throw new Error("location must be a directoy!");
}
else {
try {
location.create(Ci.nsILocalFile.DIRECTORY_TYPE, 0775);
}
catch (e) {
ERROR("DirectoryInstallLocation: failed to create location " +
" directory = " + location.path + ", exception = " + e + "\n");
}
}
this._location = location;
this._locationToIDMap = {};
this._restricted = restricted;
this._priority = priority;
this._independent = independent;
}
DirectoryInstallLocation.prototype = {
_name : "",
_location : null,
_locationToIDMap: null,
_restricted : false,
_priority : 0,
_independent : false,
_canAccess : null,
/**
* See nsIExtensionManager.idl
*/
get name() {
return this._name;
},
/**
* Reads a directory linked to in a file.
* @param file
* The file containing the directory path
* @returns A nsILocalFile object representing the linked directory.
*/
_readDirectoryFromFile: function(file) {
var fis = Cc["@mozilla.org/network/file-input-stream;1"].
createInstance(Ci.nsIFileInputStream);
fis.init(file, -1, -1, false);
var line = { value: "" };
if (fis instanceof Ci.nsILineInputStream)
fis.readLine(line);
fis.close();
if (line.value) {
var linkedDirectory = Cc["@mozilla.org/file/local;1"].
createInstance(Ci.nsILocalFile);
try {
linkedDirectory.initWithPath(line.value);
}
catch (e) {
linkedDirectory.setRelativeDescriptor(file.parent, line.value);
}
return linkedDirectory;
}
return null;
},
/**
* See nsIExtensionManager.idl
*/
get itemLocations() {
var locations = [];
if (!this._location.exists())
return new FileEnumerator(locations);
try {
var entries = this._location.directoryEntries.QueryInterface(Ci.nsIDirectoryEnumerator);
while (true) {
var entry = entries.nextFile;
if (!entry)
break;
entry instanceof Ci.nsILocalFile;
if (!entry.isDirectory() && gIDTest.test(entry.leafName)) {
var linkedDirectory = this._readDirectoryFromFile(entry);
if (linkedDirectory && linkedDirectory.exists() &&
linkedDirectory.isDirectory()) {
locations.push(linkedDirectory);
this._locationToIDMap[linkedDirectory.persistentDescriptor] = entry.leafName;
}
}
else
locations.push(entry);
}
entries.close();
}
catch (e) {
}
return new FileEnumerator(locations);
},
/**
* Retrieves the GUID for an item at the specified location.
* @param file
* The location where an item might live.
* @returns The ID for an item that might live at the location specified.
*
* N.B. This function makes no promises about whether or not this path is
* actually maintained by this Install Location.
*/
getIDForLocation: function(file) {
var section = file.leafName;
var filePD = file.persistentDescriptor;
if (filePD in this._locationToIDMap)
section = this._locationToIDMap[filePD];
if (gIDTest.test(section))
return RegExp.$1;
return undefined;
},
/**
* See nsIExtensionManager.idl
*/
get location() {
return this._location.clone();
},
/**
* See nsIExtensionManager.idl
*/
get restricted() {
return this._restricted;
},
/**
* See nsIExtensionManager.idl
*/
get canAccess() {
if (this._canAccess != null)
return this._canAccess;
var testFile = this.location;
testFile.append("Access Privileges Test");
try {
testFile.createUnique(Ci.nsILocalFile.DIRECTORY_TYPE, PERMS_DIRECTORY);
testFile.remove(false);
this._canAccess = true;
}
catch (e) {
this._canAccess = false;
}
return this._canAccess;
},
/**
* See nsIExtensionManager.idl
*/
get priority() {
return this._priority;
},
/**
* See nsIExtensionManager.idl
*/
getItemLocation: function(id) {
var itemLocation = this.location;
itemLocation.append(id);
if (itemLocation.exists() && !itemLocation.isDirectory())
return this._readDirectoryFromFile(itemLocation);
if (!itemLocation.exists() && this.canAccess)
itemLocation.create(Ci.nsILocalFile.DIRECTORY_TYPE, PERMS_DIRECTORY);
return itemLocation;
},
/**
* See nsIExtensionManager.idl
*/
itemIsManagedIndependently: function(id) {
if (this._independent)
return true;
var itemLocation = this.location;
itemLocation.append(id);
return itemLocation.exists() && !itemLocation.isDirectory();
},
/**
* See nsIExtensionManager.idl
*/
getItemFile: function(id, filePath) {
var itemLocation = this.getItemLocation(id).clone();
var parts = filePath.split("/");
for (var i = 0; i < parts.length; ++i)
itemLocation.append(parts[i]);
return itemLocation;
},
/**
* Stages the specified file for later.
* @param file
* The file to stage
* @param id
* The GUID of the item the file represents
*/
stageFile: function(file, id) {
var stagedFile = this.location;
stagedFile.append(DIR_STAGE);
stagedFile.append(id);
stagedFile.append(file.leafName);
// When an incompatible update is successful the file is already staged
if (stagedFile.equals(file))
return stagedFile;
if (stagedFile.exists())
stagedFile.remove(false);
file.copyTo(stagedFile.parent, stagedFile.leafName);
// If the file has incorrect permissions set, correct them now.
if (!stagedFile.isWritable())
stagedFile.permissions = PERMS_FILE;
return stagedFile;
},
/**
* Returns the most recently staged package (e.g. the last XPI or JAR in a
* directory) for an item and removes items that do not qualify.
* @param id
* The ID of the staged package
* @returns an nsIFile if the package exists otherwise null.
*/
getStageFile: function(id) {
var stageFile = null;
var stageDir = this.location;
stageDir.append(DIR_STAGE);
stageDir.append(id);
if (!stageDir.exists() || !stageDir.isDirectory())
return null;
try {
var entries = stageDir.directoryEntries.QueryInterface(Ci.nsIDirectoryEnumerator);
while (entries.hasMoreElements()) {
var file = entries.nextFile;
if (!(file instanceof Ci.nsILocalFile))
continue;
if (file.isDirectory())
removeDirRecursive(file);
else if (fileIsItemPackage(file)) {
if (stageFile)
stageFile.remove(false);
stageFile = file;
}
else
file.remove(false);
}
}
catch (e) {
}
if (entries instanceof Ci.nsIDirectoryEnumerator)
entries.close();
return stageFile;
},
/**
* Removes a file from the stage. This cleans up the stage if there is nothing
* else left after the remove operation.
* @param file
* The file to remove.
*/
removeFile: function(file) {
if (file.exists())
file.remove(false);
var parent = file.parent;
var entries = parent.directoryEntries;
try {
// XXXrstrong calling hasMoreElements on a nsIDirectoryEnumerator after
// it has been removed will cause a crash on Mac OS X - bug 292823
while (parent && !parent.equals(this.location) &&
!entries.hasMoreElements()) {
parent.remove(false);
parent = parent.parent;
entries = parent.directoryEntries;
}
if (entries instanceof Ci.nsIDirectoryEnumerator)
entries.close();
}
catch (e) {
ERROR("DirectoryInstallLocation::removeFile: failed to remove staged " +
" directory = " + parent.path + ", exception = " + e + "\n");
}
},
QueryInterface: XPCOMUtils.generateQI([Ci.nsIInstallLocation])
};
//@line 1354 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
const nsIWindowsRegKey = Ci.nsIWindowsRegKey;
/**
* An object that identifies the location of installed items based on entries
* in the Windows registry. For each application a subkey is defined that
* contains a set of values, where the name of each value is a GUID and the
* contents of the value is a filesystem path identifying a directory
* containing an installed item.
*
* @param name
* The string identifier of this Install Location.
* @param rootKey
* The root key (one of the ROOT_KEY_ values from nsIWindowsRegKey).
* @param restricted
* Indicates that the location may be restricted (e.g., this is
* usually true of a system level install location).
* @param priority
* The priority of this install location.
* @constructor
*/
function WinRegInstallLocation(name, rootKey, restricted, priority) {
this._name = name;
this._rootKey = rootKey;
this._restricted = restricted;
this._priority = priority;
this._IDToDirMap = {};
this._DirToIDMap = {};
// Reading the registry may throw an exception, and that's ok. In error
// cases, we just leave ourselves in the empty state.
try {
var path = this._appKeyPath + "\\Extensions";
var key = Cc["@mozilla.org/windows-registry-key;1"].
createInstance(nsIWindowsRegKey);
key.open(this._rootKey, path, nsIWindowsRegKey.ACCESS_READ);
this._readAddons(key);
} catch (e) {
if (key)
key.close();
}
}
WinRegInstallLocation.prototype = {
_name : "",
_rootKey : null,
_restricted : false,
_priority : 0,
_IDToDirMap : null, // mapping from ID to directory object
_DirToIDMap : null, // mapping from directory path to ID
/**
* Retrieves the path of this Application's data key in the registry.
*/
get _appKeyPath() {
var appVendor = gApp.vendor;
var appName = gApp.name;
//@line 1416 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
// XULRunner-based apps may intentionally not specify a vendor:
if (appVendor != "")
appVendor += "\\";
return "SOFTWARE\\" + appVendor + appName;
},
/**
* Read the registry and build a mapping between GUID and directory for each
* installed item.
* @param key
* The key that contains the GUID->path pairs
*/
_readAddons: function(key) {
var count = key.valueCount;
for (var i = 0; i < count; ++i) {
var id = key.getValueName(i);
var dir = Cc["@mozilla.org/file/local;1"].
createInstance(Ci.nsILocalFile);
dir.initWithPath(key.readStringValue(id));
if (dir.exists() && dir.isDirectory()) {
this._IDToDirMap[id] = dir;
this._DirToIDMap[dir.path] = id;
}
}
},
get name() {
return this._name;
},
get itemLocations() {
var locations = [];
for (var id in this._IDToDirMap) {
locations.push(this._IDToDirMap[id]);
}
return new FileEnumerator(locations);
},
get location() {
return null;
},
get restricted() {
return this._restricted;
},
// you should never be able to write to this location
get canAccess() {
return false;
},
get priority() {
return this._priority;
},
getItemLocation: function(id) {
return this._IDToDirMap[id];
},
getIDForLocation: function(dir) {
return this._DirToIDMap[dir.path];
},
getItemFile: function(id, filePath) {
var itemLocation = this.getItemLocation(id).clone();
var parts = filePath.split("/");
for (var i = 0; i < parts.length; ++i)
itemLocation.append(parts[i]);
return itemLocation;
},
itemIsManagedIndependently: function(id) {
return true;
},
QueryInterface: XPCOMUtils.generateQI([Ci.nsIInstallLocation])
};
//@line 1499 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
/**
* An object which handles the installation of an Extension.
* @constructor
*/
function Installer(ds, id, installLocation, type) {
this._ds = ds;
this._id = id;
this._type = type;
this._installLocation = installLocation;
}
Installer.prototype = {
// Item metadata
_id: null,
_ds: null,
_installLocation: null,
_metadataDS: null,
/**
* Gets the Install Manifest datasource we are installing from.
*/
get metadataDS() {
if (!this._metadataDS) {
var metadataFile = this._installLocation
.getItemFile(this._id, FILE_INSTALL_MANIFEST);
if (!metadataFile.exists())
return null;
this._metadataDS = getInstallManifest(metadataFile);
if (!this._metadataDS) {
LOG("Installer::install: metadata datasource for extension " +
this._id + " at " + metadataFile.path + " could not be loaded. " +
" Installation will not proceed.");
}
}
return this._metadataDS;
},
/**
* Installs the Extension
* @param file
* A XPI/JAR file to install from. If this is null or does not exist,
* the item is assumed to be an expanded directory, located at the GUID
* key in the supplied Install Location.
*/
installFromFile: function(file) {
// Move files from the staging dir into the extension's final home.
if (file && file.exists()) {
this._installExtensionFiles(file);
}
if (!this.metadataDS)
return;
// Upgrade old-style contents.rdf Chrome Manifests if necessary.
if (this._type == Ci.nsIUpdateItem.TYPE_THEME)
this.upgradeThemeChrome();
else
this.upgradeExtensionChrome();
// Add metadata for the extension to the global extension metadata set
this._ds.addItemMetadata(this._id, this.metadataDS, this._installLocation);
},
/**
* Safely extract the Extension's files into the target folder.
* @param file
* The XPI/JAR file to install from.
*/
_installExtensionFiles: function(file) {
/**
* Callback for |safeInstallOperation| that performs file level installation
* steps for an Extension.
* @param extensionID
* The GUID of the Extension being installed.
* @param installLocation
* The Install Location where the Extension is being installed.
* @param xpiFile
* The source XPI file that contains the Extension.
*/
function extractExtensionFiles(extensionID, installLocation, xpiFile) {
// Create a logger to log install operations for uninstall. This must be
// created in the |safeInstallOperation| callback, since it creates a file
// in the target directory. If we do this outside of the callback, we may
// be clobbering a file we should not be.
var zipReader = getZipReaderForFile(xpiFile);
// create directories first
var entries = zipReader.findEntries("*/");
while (entries.hasMore()) {
var entryName = entries.getNext();
var target = installLocation.getItemFile(extensionID, entryName);
if (!target.exists()) {
try {
target.create(Ci.nsILocalFile.DIRECTORY_TYPE, PERMS_DIRECTORY);
}
catch (e) {
ERROR("extractExtensionsFiles: failed to create target directory for extraction " +
" file = " + target.path + ", exception = " + e + "\n");
}
}
}
entries = zipReader.findEntries(null);
while (entries.hasMore()) {
var entryName = entries.getNext();
target = installLocation.getItemFile(extensionID, entryName);
if (target.exists())
continue;
try {
target.create(Ci.nsILocalFile.NORMAL_FILE_TYPE, PERMS_FILE);
}
catch (e) {
ERROR("extractExtensionsFiles: failed to create target file for extraction " +
" file = " + target.path + ", exception = " + e + "\n");
}
zipReader.extract(entryName, target);
}
zipReader.close();
}
/**
* Callback for |safeInstallOperation| that performs file level installation
* steps for a Theme.
* @param id
* The GUID of the Theme being installed.
* @param installLocation
* The Install Location where the Theme is being installed.
* @param jarFile
* The source JAR file that contains the Theme.
*/
function extractThemeFiles(id, installLocation, jarFile) {
var themeDirectory = installLocation.getItemLocation(id);
var zipReader = getZipReaderForFile(jarFile);
// The only critical file is the install.rdf and we would not have
// gotten this far without one.
var rootFiles = [FILE_INSTALL_MANIFEST, FILE_CHROME_MANIFEST,
"preview.png", "icon.png"];
for (var i = 0; i < rootFiles.length; ++i) {
try {
var target = installLocation.getItemFile(id, rootFiles[i]);
zipReader.extract(rootFiles[i], target);
}
catch (e) {
}
}
var manifestFile = installLocation.getItemFile(id, FILE_CHROME_MANIFEST);
// new theme structure requires a chrome.manifest file
if (manifestFile.exists()) {
var entries = zipReader.findEntries(DIR_CHROME + "/*");
while (entries.hasMore()) {
var entryName = entries.getNext();
if (entryName.charAt(entryName.length - 1) == "/")
continue;
target = installLocation.getItemFile(id, entryName);
try {
target.create(Ci.nsILocalFile.NORMAL_FILE_TYPE, PERMS_FILE);
}
catch (e) {
ERROR("extractThemeFiles: failed to create target file for extraction " +
" file = " + target.path + ", exception = " + e + "\n");
}
zipReader.extract(entryName, target);
}
zipReader.close();
}
else { // old theme structure requires only an install.rdf
try {
var contentsManifestFile = installLocation.getItemFile(id, FILE_CONTENTS_MANIFEST);
contentsManifestFile.create(Ci.nsILocalFile.NORMAL_FILE_TYPE, PERMS_FILE);
zipReader.extract(FILE_CONTENTS_MANIFEST, contentsManifestFile);
}
catch (e) {
zipReader.close();
ERROR("extractThemeFiles: failed to extract contents.rdf: " + target.path);
throw e; // let the safe-op clean up
}
zipReader.close();
var chromeDir = installLocation.getItemFile(id, DIR_CHROME);
try {
jarFile.copyTo(chromeDir, jarFile.leafName);
}
catch (e) {
ERROR("extractThemeFiles: failed to copy theme JAR file to: " + chromeDir.path);
throw e; // let the safe-op clean up
}
if (!installer.metadataDS && installer._type == Ci.nsIUpdateItem.TYPE_THEME) {
var themeName = extensionStrings.GetStringFromName("incompatibleThemeName");
if (contentsManifestFile && contentsManifestFile.exists()) {
var contentsManifest = gRDF.GetDataSourceBlocking(getURLSpecFromFile(contentsManifestFile));
try {
var ctr = getContainer(contentsManifest,
gRDF.GetResource("urn:mozilla:skin:root"));
var elts = ctr.GetElements();
var nameArc = gRDF.GetResource(CHROME_NS("displayName"));
while (elts.hasMoreElements()) {
var elt = elts.getNext().QueryInterface(Ci.nsIRDFResource);
themeName = stringData(contentsManifest.GetTarget(elt, nameArc, true));
if (themeName)
break;
}
}
catch (e) {
themeName = extensionStrings.GetStringFromName("incompatibleThemeName");
}
}
showIncompatibleError({ name: themeName, version: "",
type: Ci.nsIUpdateItem.TYPE_THEME });
LOG("Theme JAR file: " + jarFile.leafName + " contains an Old-Style " +
"Theme that is not compatible with this version of the software.");
throw new Error("Old Theme"); // let the safe-op clean up
}
}
}
var installer = this;
var callback = extractExtensionFiles;
if (this._type == Ci.nsIUpdateItem.TYPE_THEME)
callback = extractThemeFiles;
safeInstallOperation(this._id, this._installLocation,
{ callback: callback, data: file });
},
/**
* Upgrade contents.rdf Chrome Manifests used by this Theme to the new
* chrome.manifest format if necessary.
*/
upgradeThemeChrome: function() {
// Use the Chrome Registry API to install the theme there
var cr = Cc["@mozilla.org/chrome/chrome-registry;1"].
getService(Ci.nsIToolkitChromeRegistry);
var manifestFile = this._installLocation.getItemFile(this._id, FILE_CHROME_MANIFEST);
if (manifestFile.exists() ||
this._id == stripPrefix(RDFURI_DEFAULT_THEME, PREFIX_ITEM_URI))
return;
try {
// creates a chrome manifest for themes
var manifestURI = getURIFromFile(manifestFile);
var chromeDir = this._installLocation.getItemFile(this._id, DIR_CHROME);
// We're relying on the fact that there is only one JAR file
// in the "chrome" directory. This is a hack, but it works.
var entries = chromeDir.directoryEntries.QueryInterface(Ci.nsIDirectoryEnumerator);
var jarFile = entries.nextFile;
if (jarFile) {
var jarFileURI = getURIFromFile(jarFile);
var contentsURI = newURI("jar:" + jarFileURI.spec + "!/");
var contentsFile = this._installLocation.getItemFile(this._id, FILE_CONTENTS_MANIFEST);
var contentsFileURI = getURIFromFile(contentsFile.parent);
cr.processContentsManifest(contentsFileURI, manifestURI, contentsURI, false, true);
}
entries.close();
contentsFile.remove(false);
}
catch (e) {
// Failed to register chrome, for any number of reasons - non-existent
// contents.rdf file at the location specified, malformed contents.rdf,
// etc. Set the pending op to be OP_NEEDS_UNINSTALL so that the
// extension is uninstalled properly during the subsequent uninstall
// pass in |ExtensionManager::_finishOperations|
ERROR("upgradeThemeChrome: failed for theme " + this._id + " - why " +
"not convert to the new chrome.manifest format while you're at it? " +
"Failure exception: " + e);
showMessage("malformedRegistrationTitle", [], "malformedRegistrationMessage",
[BundleManager.appName]);
var stageFile = this._installLocation.getStageFile(this._id);
if (stageFile)
this._installLocation.removeFile(stageFile);
StartupCache.put(this._installLocation, this._id, OP_NEEDS_UNINSTALL, true);
StartupCache.write();
}
},
/**
* Upgrade contents.rdf Chrome Manifests used by this Extension to the new
* chrome.manifest format if necessary.
*/
upgradeExtensionChrome: function() {
// If the extension is aware of the new flat chrome manifests and has
// included one, just use it instead of generating one from the
// install.rdf/contents.rdf data.
var manifestFile = this._installLocation.getItemFile(this._id, FILE_CHROME_MANIFEST);
if (manifestFile.exists())
return;
try {
// Enumerate the metadata datasource files collection and register chrome
// for each file, calling _registerChrome for each.
var chromeDir = this._installLocation.getItemFile(this._id, DIR_CHROME);
if (!manifestFile.parent.exists())
return;
// Even if an extension doesn't have any chrome, we generate an empty
// manifest file so that we don't try to upgrade from the "old-style"
// chrome manifests at every startup.
manifestFile.create(Ci.nsILocalFile.NORMAL_FILE_TYPE, PERMS_FILE);
var manifestURI = getURIFromFile(manifestFile);
var files = this.metadataDS.GetTargets(gInstallManifestRoot, EM_R("file"), true);
while (files.hasMoreElements()) {
var file = files.getNext().QueryInterface(Ci.nsIRDFResource);
var chromeFile = chromeDir.clone();
var fileName = file.Value.substr("urn:mozilla:extension:file:".length, file.Value.length);
chromeFile.append(fileName);
var fileURLSpec = getURLSpecFromFile(chromeFile);
if (!chromeFile.isDirectory()) {
var zipReader = getZipReaderForFile(chromeFile);
fileURLSpec = "jar:" + fileURLSpec + "!/";
var contentsFile = this._installLocation.getItemFile(this._id, FILE_CONTENTS_MANIFEST);
contentsFile.create(Ci.nsILocalFile.NORMAL_FILE_TYPE, PERMS_FILE);
}
var providers = [EM_R("package"), EM_R("skin"), EM_R("locale")];
for (var i = 0; i < providers.length; ++i) {
var items = this.metadataDS.GetTargets(file, providers[i], true);
while (items.hasMoreElements()) {
var item = items.getNext().QueryInterface(Ci.nsIRDFLiteral);
var fileURI = newURI(fileURLSpec + item.Value);
// Extract the contents.rdf files instead of opening them inside of
// the jar. This prevents the jar from being cached by the zip
// reader which will keep the jar in use and prevent deletion.
if (zipReader) {
zipReader.extract(item.Value + FILE_CONTENTS_MANIFEST, contentsFile);
var contentsFileURI = getURIFromFile(contentsFile.parent);
}
else
contentsFileURI = fileURI;
var cr = Cc["@mozilla.org/chrome/chrome-registry;1"].
getService(Ci.nsIToolkitChromeRegistry);
cr.processContentsManifest(contentsFileURI, manifestURI, fileURI, true, false);
}
}
if (zipReader) {
zipReader.close();
zipReader = null;
contentsFile.remove(false);
}
}
}
catch (e) {
// Failed to register chrome, for any number of reasons - non-existent
// contents.rdf file at the location specified, malformed contents.rdf,
// etc. Set the pending op to be OP_NEEDS_UNINSTALL so that the
// extension is uninstalled properly during the subsequent uninstall
// pass in |ExtensionManager::_finishOperations|
ERROR("upgradeExtensionChrome: failed for extension " + this._id + " - why " +
"not convert to the new chrome.manifest format while you're at it? " +
"Failure exception: " + e);
showMessage("malformedRegistrationTitle", [], "malformedRegistrationMessage",
[BundleManager.appName]);
var stageFile = this._installLocation.getStageFile(this._id);
if (stageFile)
this._installLocation.removeFile(stageFile);
StartupCache.put(this._installLocation, this._id, OP_NEEDS_UNINSTALL, true);
StartupCache.write();
}
}
};
/**
* Safely attempt to perform a caller-defined install operation for a given
* item ID. Using aggressive success-safety checks, this function will attempt
* to move an existing location for an item aside and then allow installation
* into the appropriate folder. If any operation fails the installation will
* abort and roll back from the moved-aside old version.
* @param itemID
* The GUID of the item to perform the operation on.
* @param installLocation
* The Install Location where the item is installed.
* @param installCallback
* A caller supplied JS object with the following properties:
* "data" A data parameter to be passed to the callback.
* "callback" A function to perform the install operation. This
* function is passed three parameters:
* 1. The GUID of the item being operated on.
* 2. The Install Location where the item is installed.
* 3. The "data" parameter on the installCallback object.
*/
function safeInstallOperation(itemID, installLocation, installCallback) {
var movedFiles = [];
/**
* Reverts a deep move by moving backed up files back to their original
* location.
*/
function rollbackMove()
{
for (var i = 0; i < movedFiles.length; ++i) {
var oldFile = movedFiles[i].oldFile;
var newFile = movedFiles[i].newFile;
try {
newFile.moveTo(oldFile.parent, newFile.leafName);
}
catch (e) {
ERROR("safeInstallOperation: failed to roll back files after an install " +
"operation failed. Failed to roll back: " + newFile.path + " to: " +
oldFile.path + " ... aborting installation.");
throw e;
}
}
}
/**
* Moves a file to a new folder.
* @param file
* The file to move
* @param destination
* The target folder
*/
function moveFile(file, destination) {
try {
var oldFile = file.clone();
file.moveTo(destination, file.leafName);
movedFiles.push({ oldFile: oldFile, newFile: file });
}
catch (e) {
ERROR("safeInstallOperation: failed to back up file: " + file.path + " to: " +
destination.path + " ... rolling back file moves and aborting " +
"installation.");
rollbackMove();
throw e;
}
}
/**
* Moves a directory to a new location. If any part of the move fails,
* files already moved will be rolled back.
* @param sourceDir
* The directory to move
* @param targetDir
* The destination directory
* @param currentDir
* The current directory (a subdirectory of |sourceDir| or
* |sourceDir| itself) we are moving files from.
*/
function moveDirectory(sourceDir, targetDir, currentDir) {
var entries = currentDir.directoryEntries.QueryInterface(Ci.nsIDirectoryEnumerator);
while (true) {
var entry = entries.nextFile;
if (!entry)
break;
if (entry.isDirectory())
moveDirectory(sourceDir, targetDir, entry);
else if (entry instanceof Ci.nsILocalFile) {
var rd = entry.getRelativeDescriptor(sourceDir);
var destination = targetDir.clone().QueryInterface(Ci.nsILocalFile);
destination.setRelativeDescriptor(targetDir, rd);
moveFile(entry, destination.parent);
}
}
entries.close();
}
/**
* Removes the temporary backup directory where we stored files.
* @param directory
* The backup directory to remove
*/
function cleanUpTrash(directory) {
try {
// Us-generated. Safe.
if (directory && directory.exists())
removeDirRecursive(directory);
}
catch (e) {
ERROR("safeInstallOperation: failed to clean up the temporary backup of the " +
"older version: " + itemLocationTrash.path);
// This is a non-fatal error. Annoying, but non-fatal.
}
}
if (!installLocation.itemIsManagedIndependently(itemID)) {
var itemLocation = installLocation.getItemLocation(itemID);
if (itemLocation.exists()) {
var trashDirName = itemID + "-trash";
var itemLocationTrash = itemLocation.parent.clone();
itemLocationTrash.append(trashDirName);
if (itemLocationTrash.exists()) {
// We can remove recursively here since this is a folder we created, not
// one the user specified. If this fails, it'll throw, and the caller
// should stop installation.
try {
removeDirRecursive(itemLocationTrash);
}
catch (e) {
ERROR("safeFileOperation: failed to remove existing trash directory " +
itemLocationTrash.path + " ... aborting installation.");
throw e;
}
}
// Move the directory that contains the existing version of the item aside,
// into {GUID}-trash. This will throw if there's a failure and the install
// will abort.
moveDirectory(itemLocation, itemLocationTrash, itemLocation);
// Clean up the original location, if necessary. Again, this is a path we
// generated, so it is safe to recursively delete.
try {
removeDirRecursive(itemLocation);
}
catch (e) {
ERROR("safeInstallOperation: failed to clean up item location after its contents " +
"were properly backed up. Failed to clean up: " + itemLocation.path +
" ... rolling back file moves and aborting installation.");
rollbackMove();
cleanUpTrash(itemLocationTrash);
throw e;
}
}
}
else if (installLocation.name == KEY_APP_PROFILE ||
installLocation.name == KEY_APP_GLOBAL ||
installLocation.name == KEY_APP_SYSTEM_USER) {
// Check for a pointer file and move it aside if it exists
var pointerFile = installLocation.location.clone();
pointerFile.append(itemID);
if (pointerFile.exists() && !pointerFile.isDirectory()) {
var trashFileName = itemID + "-trash";
var itemLocationTrash = installLocation.location.clone();
itemLocationTrash.append(trashFileName);
if (itemLocationTrash.exists()) {
// We can remove recursively here since this is a folder we created, not
// one the user specified. If this fails, it'll throw, and the caller
// should stop installation.
try {
removeDirRecursive(itemLocationTrash);
}
catch (e) {
ERROR("safeFileOperation: failed to remove existing trash directory " +
itemLocationTrash.path + " ... aborting installation.");
throw e;
}
}
itemLocationTrash.create(Ci.nsILocalFile.DIRECTORY_TYPE, PERMS_DIRECTORY);
// Move the pointer file to the trash.
moveFile(pointerFile, itemLocationTrash);
}
}
// Now tell the client to do their stuff.
try {
installCallback.callback(itemID, installLocation, installCallback.data);
}
catch (e) {
// This means the install operation failed. Remove everything and roll back.
ERROR("safeInstallOperation: install operation (caller-supplied callback) failed, " +
"rolling back file moves and aborting installation.");
try {
// Us-generated. Safe.
removeDirRecursive(itemLocation);
}
catch (e) {
ERROR("safeInstallOperation: failed to remove the folder we failed to install " +
"an item into: " + itemLocation.path + " -- There is not much to suggest " +
"here... maybe restart and try again?");
cleanUpTrash(itemLocationTrash);
throw e;
}
rollbackMove();
cleanUpTrash(itemLocationTrash);
throw e;
}
// Now, and only now - after everything else has succeeded (against all odds!)
// remove the {GUID}-trash directory where we stashed the old version of the
// item.
cleanUpTrash(itemLocationTrash);
}
/**
* Manages the list of pending operations.
*/
var PendingOperations = {
_ops: { },
/**
* Adds an entry to the Pending Operations List
* @param opType
* The type of Operation to be performed
* @param entry
* A JS Object representing the item to be operated on:
* "locationKey" The name of the Install Location where the item
* is installed.
* "id" The GUID of the item.
*/
addItem: function(opType, entry) {
if (opType == OP_NONE)
this.clearOpsForItem(entry.id);
else {
if (!(opType in this._ops))
this._ops[opType] = { };
this._ops[opType][entry.id] = entry.locationKey;
}
},
/**
* Removes a Pending Operation from the list
* @param opType
* The type of Operation being removed
* @param id
* The GUID of the item to remove the entry for
*/
clearItem: function(opType, id) {
if (opType in this._ops && id in this._ops[opType])
delete this._ops[opType][id];
},
/**
* Removes all Pending Operation for an item
* @param id
* The ID of the item to remove the entries for
*/
clearOpsForItem: function(id) {
for (var opType in this._ops) {
if (id in this._ops[opType])
delete this._ops[opType][id];
}
},
/**
* Remove all Pending Operations of a certain type
* @param opType
* The type of Operation to remove all entries for
*/
clearItems: function(opType) {
if (opType in this._ops)
delete this._ops[opType];
},
/**
* Get an array of operations of a certain type
* @param opType
* The type of Operation to return a list of
*/
getOperations: function(opType) {
if (!(opType in this._ops))
return [];
var ops = [];
for (var id in this._ops[opType])
ops.push( {id: id, locationKey: this._ops[opType][id] } );
return ops;
},
/**
* The total number of Pending Operations, for all types.
*/
get size() {
var size = 0;
for (var opType in this._ops) {
for (var id in this._ops[opType])
++size;
}
return size;
}
};
/**
* Manages registered Install Locations
*/
var InstallLocations = {
_locations: { },
/**
* A nsISimpleEnumerator of all available Install Locations.
*/
get enumeration() {
var installLocations = [];
for (var key in this._locations)
installLocations.push(InstallLocations.get(key));
return new ArrayEnumerator(installLocations);
},
/**
* Gets a named Install Location
* @param name
* The name of the Install Location to get
*/
get: function(name) {
return name in this._locations ? this._locations[name] : null;
},
/**
* Registers an Install Location
* @param installLocation
* The Install Location to register
*/
put: function(installLocation) {
this._locations[installLocation.name] = installLocation;
}
};
/**
* Manages the Startup Cache. The Startup Cache is a representation
* of the contents of extensions.cache, a list of all
* items the Extension System knows about, whether or not they
* are active or visible.
*/
var StartupCache = {
/**
* Location Name -> GUID hash of entries from the Startup Cache file
* Each entry has the following properties:
* "descriptor" The location on disk of the item
* "mtime" The time the location was last modified
* "op" Any pending operations on this item.
* "location" The Install Location name where the item is installed.
*/
entries: { },
/**
* Puts an entry into the Startup Cache
* @param installLocation
* The Install Location where the item is installed
* @param id
* The GUID of the item
* @param op
* The name of the operation to be performed
* @param shouldCreate
* Whether or not we should create a new entry for this item
* in the cache if one does not already exist.
*/
put: function(installLocation, id, op, shouldCreate) {
var itemLocation = installLocation.getItemLocation(id);
var descriptor = null;
var mtime = null;
if (itemLocation) {
itemLocation.QueryInterface(Ci.nsILocalFile);
descriptor = getDescriptorFromFile(itemLocation, installLocation);
if (itemLocation.exists() && itemLocation.isDirectory())
mtime = Math.floor(itemLocation.lastModifiedTime / 1000);
}
this._putRaw(installLocation.name, id, descriptor, mtime, op, shouldCreate);
},
/**
* Private helper function for putting an entry into the Startup Cache
* without relying on the presence of its associated nsIInstallLocation
* instance.
*
* @param key
* The install location name.
* @param id
* The ID of the item.
* @param descriptor
* Value returned from absoluteDescriptor. May be null, in which
* case the descriptor field is not updated.
* @param mtime
* The last modified time of the item. May be null, in which case the
* descriptor field is not updated.
* @param op
* The OP code to store with the entry.
* @param shouldCreate
* Boolean value indicating whether to create or delete the entry.
*/
_putRaw: function(key, id, descriptor, mtime, op, shouldCreate) {
if (!(key in this.entries))
this.entries[key] = { };
if (!(id in this.entries[key]))
this.entries[key][id] = { };
if (shouldCreate) {
if (!this.entries[key][id])
this.entries[key][id] = { };
var entry = this.entries[key][id];
if (descriptor)
entry.descriptor = descriptor;
if (mtime)
entry.mtime = mtime;
entry.op = op;
entry.location = key;
}
else
this.entries[key][id] = null;
},
/**
* Clears an entry from the Startup Cache
* @param installLocation
* The Install Location where item is installed
* @param id
* The GUID of the item.
*/
clearEntry: function(installLocation, id) {
var key = installLocation.name;
if (key in this.entries && id in this.entries[key])
this.entries[key][id] = null;
},
/**
* Get all the startup cache entries for a particular ID.
* @param id
* The GUID of the item to locate.
* @returns An array of Startup Cache entries for the specified ID.
*/
findEntries: function(id) {
var entries = [];
for (var key in this.entries) {
if (id in this.entries[key])
entries.push(this.entries[key][id]);
}
return entries;
},
/**
* Read the Item-Change manifest file into a hash of properties.
* The Item-Change manifest currently holds a list of paths, with the last
* mtime for each path, and the GUID of the item at that path.
*/
read: function() {
var itemChangeManifest = getFile(KEY_PROFILEDIR, [FILE_EXTENSIONS_STARTUP_CACHE]);
if (!itemChangeManifest.exists()) {
// There is no change manifest for some reason, either we're in an initial
// state or something went wrong with one of the other files and the
// change manifest was removed. Return an empty dataset and rebuild.
gFirstRun = true;
return;
}
var fis = Cc["@mozilla.org/network/file-input-stream;1"].
createInstance(Ci.nsIFileInputStream);
fis.init(itemChangeManifest, -1, -1, false);
if (fis instanceof Ci.nsILineInputStream) {
var line = { value: "" };
var more = false;
do {
more = fis.readLine(line);
if (line.value) {
// The Item-Change manifest is formatted like so:
// (pd = descriptor)
// location-key\tguid-of-item\tpd-to-extension1\tmtime-of-pd\tpending-op
// location-key\tguid-of-item\tpd-to-extension2\tmtime-of-pd\tpending-op
// ...
// We hash on location-key first, because we don't want to have to
// spin up the main extensions datasource on every start to determine
// the Install Location for an item.
// We hash on guid second, because we want a way to quickly determine
// item GUID during a check loop that runs on every startup.
var parts = line.value.split("\t");
// Silently drop any entries in unknown install locations
if (!InstallLocations.get(parts[0]))
continue;
var op = parts[4];
this._putRaw(parts[0], parts[1], parts[2], parts[3], op, true);
if (op)
PendingOperations.addItem(op, { locationKey: parts[0], id: parts[1] });
}
}
while (more);
}
fis.close();
},
/**
* Writes the Startup Cache to disk
*/
write: function() {
var extensionsCacheFile = getFile(KEY_PROFILEDIR, [FILE_EXTENSIONS_STARTUP_CACHE]);
var fos = openSafeFileOutputStream(extensionsCacheFile);
for (var locationKey in this.entries) {
for (var id in this.entries[locationKey]) {
var entry = this.entries[locationKey][id];
if (entry) {
try {
var itemLocation = getFileFromDescriptor(entry.descriptor, InstallLocations.get(locationKey));
// Update our knowledge of this item's last-modified-time.
// XXXdarin: this may cause us to miss changes in some cases.
var itemMTime = 0;
if (itemLocation.exists() && itemLocation.isDirectory())
itemMTime = Math.floor(itemLocation.lastModifiedTime / 1000);
// Each line in the startup cache manifest is in this form:
// location-key\tid-of-item\tpd-to-extension1\tmtime-of-pd\tpending-op
var line = locationKey + "\t" + id + "\t" + entry.descriptor + "\t" +
itemMTime + "\t" + entry.op + "\r\n";
fos.write(line, line.length);
}
catch (e) {}
}
}
}
closeSafeFileOutputStream(fos);
}
};
/**
* Installs, manages and tracks compatibility for Extensions and Themes
* @constructor
*/
function ExtensionManager() {
gApp = Cc["@mozilla.org/xre/app-info;1"].
getService(Ci.nsIXULAppInfo).QueryInterface(Ci.nsIXULRuntime);
gOSTarget = gApp.OS;
try {
gXPCOMABI = gApp.XPCOMABI;
} catch (ex) {
// Provide a default for gXPCOMABI. It won't be compared to an
// item's metadata (i.e. install.rdf can't specify e.g. WINNT_unknownABI
// as targetPlatform), but it will be displayed in error messages and
// transmitted to update URLs.
gXPCOMABI = UNKNOWN_XPCOM_ABI;
}
gPref = Cc["@mozilla.org/preferences-service;1"].
getService(Ci.nsIPrefBranch2);
gOS = Cc["@mozilla.org/observer-service;1"].
getService(Ci.nsIObserverService);
gOS.addObserver(this, "xpcom-shutdown", false);
gConsole = Cc["@mozilla.org/consoleservice;1"].
getService(Ci.nsIConsoleService);
gRDF = Cc["@mozilla.org/rdf/rdf-service;1"].
getService(Ci.nsIRDFService);
gInstallManifestRoot = gRDF.GetResource(RDFURI_INSTALL_MANIFEST_ROOT);
// Register Global Install Location
var appGlobalExtensions = getDirNoCreate(KEY_APPDIR, [DIR_EXTENSIONS]);
var priority = Ci.nsIInstallLocation.PRIORITY_APP_SYSTEM_GLOBAL;
var globalLocation = new DirectoryInstallLocation(KEY_APP_GLOBAL,
appGlobalExtensions, true,
priority, false);
InstallLocations.put(globalLocation);
// Register App-Profile Install Location
var appProfileExtensions = getDirNoCreate(KEY_PROFILEDS, [DIR_EXTENSIONS]);
var priority = Ci.nsIInstallLocation.PRIORITY_APP_PROFILE;
var profileLocation = new DirectoryInstallLocation(KEY_APP_PROFILE,
appProfileExtensions, false,
priority, false);
InstallLocations.put(profileLocation);
// Register per-user Install Location
try {
var appSystemUExtensions = getDirNoCreate("XREUSysExt", [gApp.ID]);
}
catch(e) { }
if (appSystemUExtensions) {
var priority = Ci.nsIInstallLocation.PRIORITY_APP_SYSTEM_USER;
var systemLocation = new DirectoryInstallLocation(KEY_APP_SYSTEM_USER,
appSystemUExtensions, false,
priority, true);
InstallLocations.put(systemLocation);
}
// Register App-System-Shared Install Location
try {
var appSystemSExtensions = getDirNoCreate("XRESysSExtPD", [gApp.ID]);
}
catch (e) { }
if (appSystemSExtensions) {
var priority = Ci.nsIInstallLocation.PRIORITY_APP_SYSTEM_GLOBAL + 10;
var systemLocation = new DirectoryInstallLocation(KEY_APP_SYSTEM_SHARE,
appSystemSExtensions, true,
priority, true);
InstallLocations.put(systemLocation);
}
// Register App-System-Local Install Location
try {
var appSystemLExtensions = getDirNoCreate("XRESysLExtPD", [gApp.ID]);
}
catch (e) { }
if (appSystemLExtensions) {
var priority = Ci.nsIInstallLocation.PRIORITY_APP_SYSTEM_GLOBAL + 20;
var systemLocation = new DirectoryInstallLocation(KEY_APP_SYSTEM_LOCAL,
appSystemLExtensions, true,
priority, true);
InstallLocations.put(systemLocation);
}
//@line 2488 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
// Register HKEY_LOCAL_MACHINE Install Location
InstallLocations.put(
new WinRegInstallLocation("winreg-app-global",
nsIWindowsRegKey.ROOT_KEY_LOCAL_MACHINE,
true,
Ci.nsIInstallLocation.PRIORITY_APP_SYSTEM_GLOBAL + 10));
// Register HKEY_CURRENT_USER Install Location
InstallLocations.put(
new WinRegInstallLocation("winreg-app-user",
nsIWindowsRegKey.ROOT_KEY_CURRENT_USER,
false,
Ci.nsIInstallLocation.PRIORITY_APP_SYSTEM_USER + 10));
//@line 2502 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
// Register Additional Install Locations
var categoryManager = Cc["@mozilla.org/categorymanager;1"].
getService(Ci.nsICategoryManager);
var locations = categoryManager.enumerateCategory(CATEGORY_INSTALL_LOCATIONS);
while (locations.hasMoreElements()) {
var entry = locations.getNext().QueryInterface(Ci.nsISupportsCString).data;
var contractID = categoryManager.getCategoryEntry(CATEGORY_INSTALL_LOCATIONS, entry);
var location = Cc[contractID].getService(Ci.nsIInstallLocation);
InstallLocations.put(location);
}
}
ExtensionManager.prototype = {
/**
* See nsIObserver.idl
*/
observe: function(subject, topic, data) {
switch (topic) {
case "app-startup":
gOS.addObserver(this, "profile-after-change", false);
gOS.addObserver(this, "quit-application", false);
break;
case "profile-after-change":
this._profileSelected();
break;
case "quit-application-requested":
this._confirmCancelDownloadsOnQuit(subject);
break;
case "offline-requested":
this._confirmCancelDownloadsOnOffline(subject);
break;
case "quit-application":
gOS.removeObserver(this, "profile-after-change");
gOS.removeObserver(this, "quit-application");
break;
case "xpcom-shutdown":
this._shutdown();
break;
case "nsPref:changed":
if (data == PREF_EM_LOGGING_ENABLED)
this._loggingToggled();
else if (data == PREF_EM_CHECK_COMPATIBILITY ||
data == PREF_EM_CHECK_UPDATE_SECURITY)
this._updateAppDisabledState();
else if ((data == PREF_MATCH_OS_LOCALE) || (data == PREF_SELECTED_LOCALE))
this._updateLocale();
break;
}
},
/**
* Refresh the logging enabled global from preferences when the user changes
* the preference settting.
*/
_loggingToggled: function() {
gLoggingEnabled = getPref("getBoolPref", PREF_EM_LOGGING_ENABLED, false);
},
/**
* Retrieves the current locale
*/
_updateLocale: function() {
try {
if (gPref.getBoolPref(PREF_MATCH_OS_LOCALE)) {
var localeSvc = Cc["@mozilla.org/intl/nslocaleservice;1"].
getService(Ci.nsILocaleService);
gLocale = localeSvc.getLocaleComponentForUserAgent();
return;
}
}
catch (ex) {
}
gLocale = gPref.getCharPref(PREF_SELECTED_LOCALE);
},
/**
* When a preference is toggled that affects whether an item is usable or not
* we must app-enable or app-disable the item based on the new settings.
*/
_updateAppDisabledState: function() {
gCheckCompatibility = getPref("getBoolPref", PREF_EM_CHECK_COMPATIBILITY, true);
gCheckUpdateSecurity = getPref("getBoolPref", PREF_EM_CHECK_UPDATE_SECURITY, true);
var ds = this.datasource;
// Enumerate all items
var ctr = getContainer(ds, ds._itemRoot);
var elements = ctr.GetElements();
while (elements.hasMoreElements()) {
var itemResource = elements.getNext().QueryInterface(Ci.nsIRDFResource);
// App disable or enable items as necessary
// _appEnableItem and _appDisableItem will do nothing if the item is already
// in the right state.
id = stripPrefix(itemResource.Value, PREFIX_ITEM_URI);
if (this._isUsableItem(id))
this._appEnableItem(id);
else
this._appDisableItem(id);
}
},
/**
* Initialize the system after a profile has been selected.
*/
_profileSelected: function() {
// Tell the Chrome Registry which Skin to select
try {
if (gPref.getBoolPref(PREF_DSS_SWITCHPENDING)) {
var toSelect = gPref.getCharPref(PREF_DSS_SKIN_TO_SELECT);
gPref.setCharPref(PREF_GENERAL_SKINS_SELECTEDSKIN, toSelect);
gPref.clearUserPref(PREF_DSS_SWITCHPENDING);
gPref.clearUserPref(PREF_DSS_SKIN_TO_SELECT);
}
}
catch (e) {
}
if ("nsICrashReporter" in Ci && gApp instanceof Ci.nsICrashReporter) {
// Annotate the crash report with the list of add-ons
try {
try {
gApp.annotateCrashReport("Add-ons", gPref.getCharPref(PREF_EM_ENABLED_ITEMS));
} catch (e) { }
gApp.annotateCrashReport("Theme", gPref.getCharPref(PREF_GENERAL_SKINS_SELECTEDSKIN));
}
catch (ex) {
// This will fail in unnofficial builds, ignorable error
}
}
gLoggingEnabled = getPref("getBoolPref", PREF_EM_LOGGING_ENABLED, false);
gCheckCompatibility = getPref("getBoolPref", PREF_EM_CHECK_COMPATIBILITY, true);
gCheckUpdateSecurity = getPref("getBoolPref", PREF_EM_CHECK_UPDATE_SECURITY, true);
gPref.addObserver("extensions.", this, false);
gPref.addObserver(PREF_MATCH_OS_LOCALE, this, false);
gPref.addObserver(PREF_SELECTED_LOCALE, this, false);
this._updateLocale();
},
/**
* Notify user that there are new addons updates
*/
_showUpdatesWindow: function() {
if (!getPref("getBoolPref", PREF_UPDATE_NOTIFYUSER, false))
return;
const EMURL = "chrome://mozapps/content/extensions/extensions.xul";
const EMFEATURES = "chrome,centerscreen,extra-chrome,dialog,resizable,modal";
var ww = Cc["@mozilla.org/embedcomp/window-watcher;1"].
getService(Ci.nsIWindowWatcher);
var param = Cc["@mozilla.org/supports-array;1"].
createInstance(Ci.nsISupportsArray);
var arg = Cc["@mozilla.org/supports-string;1"].
createInstance(Ci.nsISupportsString);
arg.data = "updates-only";
param.AppendElement(arg);
ww.openWindow(null, EMURL, null, EMFEATURES, param);
},
/**
* Clean up on application shutdown to avoid leaks.
*/
_shutdown: function() {
if (!gAllowFlush) {
// Something went wrong and there are potentially flushes pending.
ERROR("Reached _shutdown and without clearing any pending flushes");
try {
gAllowFlush = true;
if (gManifestNeedsFlush) {
gManifestNeedsFlush = false;
this._updateManifests(false);
}
if (gDSNeedsFlush) {
gDSNeedsFlush = false;
this.datasource.Flush();
}
}
catch (e) {
ERROR("Error flushing caches: " + e);
}
}
gOS.removeObserver(this, "xpcom-shutdown");
// Release strongly held services.
gOS = null;
if (this._ptr && gRDF) {
gRDF.UnregisterDataSource(this._ptr);
this._ptr = null;
}
gRDF = null;
if (gPref) {
gPref.removeObserver("extensions.", this);
gPref.removeObserver(PREF_MATCH_OS_LOCALE, this);
gPref.removeObserver(PREF_SELECTED_LOCALE, this);
}
gPref = null;
gConsole = null;
gVersionChecker = null;
gInstallManifestRoot = null;
gApp = null;
},
/**
* Check for presence of critical Extension system files. If any is missing,
* delete the others and signal that the system needs to rebuild them all
* from scratch.
* @returns true if any critical file is missing and the system needs to
* be rebuilt, false otherwise.
*/
_ensureDatasetIntegrity: function () {
var extensionsDS = getFile(KEY_PROFILEDIR, [FILE_EXTENSIONS]);
var extensionsINI = getFile(KEY_PROFILEDIR, [FILE_EXTENSION_MANIFEST]);
var extensionsCache = getFile(KEY_PROFILEDIR, [FILE_EXTENSIONS_STARTUP_CACHE]);
var dsExists = extensionsDS.exists();
var iniExists = extensionsINI.exists();
var cacheExists = extensionsCache.exists();
if (dsExists && iniExists && cacheExists)
return false;
// If any of the files are missing, remove the .ini file
if (iniExists)
extensionsINI.remove(false);
// If the extensions datasource is missing remove the .cache file if it exists
if (!dsExists && cacheExists)
extensionsCache.remove(false);
return true;
},
/**
* See nsIExtensionManager.idl
*/
start: function(commandLine) {
var isDirty = false;
var forceAutoReg = false;
// Somehow the component list went away, and for that reason the new one
// generated by this function is going to result in a different compreg.
// We must force a restart.
var componentList = getFile(KEY_PROFILEDIR, [FILE_EXTENSION_MANIFEST]);
if (!componentList.exists())
forceAutoReg = true;
// Check for missing manifests - e.g. missing extensions.ini, missing
// extensions.cache, extensions.rdf etc. If any of these files
// is missing then we are in some kind of weird or initial state and need
// to force a regeneration.
if (this._ensureDatasetIntegrity())
isDirty = true;
// Block attempts to flush for the entire startup
gAllowFlush = false;
// Configure any items that are being installed, uninstalled or upgraded
// by being added, removed or modified by another process. We must do this
// on every startup since there is no way we can tell if this has happened
// or not!
if (this._checkForFileChanges())
isDirty = true;
this._showUpdatesWindow();
if (PendingOperations.size != 0)
isDirty = true;
var needsRestart = false;
// Extension Changes
if (isDirty) {
needsRestart = this._finishOperations();
if (forceAutoReg) {
this._extensionListChanged = true;
needsRestart = true;
}
}
// Resume flushing and perform a flush for anything that was deferred
try {
gAllowFlush = true;
if (gManifestNeedsFlush) {
gManifestNeedsFlush = false;
this._updateManifests(false);
}
if (gDSNeedsFlush) {
gDSNeedsFlush = false;
this.datasource.Flush();
}
}
catch (e) {
ERROR("Error flushing caches: " + e);
}
if (!needsRestart)
this._startTimers();
return needsRestart;
},
/**
* Begins all background update check timers
*/
_startTimers: function() {
// Register a background update check timer
var tm = Cc["@mozilla.org/updates/timer-manager;1"].
getService(Ci.nsIUpdateTimerManager);
var interval = getPref("getIntPref", PREF_EM_UPDATE_INTERVAL, 86400);
tm.registerTimer("addon-background-update-timer", this, interval);
},
/**
* Notified when a timer fires
* @param timer
* The timer that fired
*/
notify: function(timer) {
if (!getPref("getBoolPref", PREF_EM_UPDATE_ENABLED, true))
return;
var items = this.getItemList(Ci.nsIUpdateItem.TYPE_ANY, { });
var updater = new ExtensionItemUpdater(this);
updater.checkForUpdates(items, items.length,
Ci.nsIExtensionManager.UPDATE_CHECK_NEWVERSION,
new BackgroundUpdateCheckListener(this.datasource));
},
/**
* See nsIExtensionManager.idl
*/
handleCommandLineArgs: function(commandLine) {
try {
var globalExtension = commandLine.handleFlagWithParam("install-global-extension", false);
if (globalExtension) {
var file = commandLine.resolveFile(globalExtension);
this._installGlobalItem(file);
}
var globalTheme = commandLine.handleFlagWithParam("install-global-theme", false);
if (globalTheme) {
file = commandLine.resolveFile(globalTheme);
this._installGlobalItem(file);
}
}
catch (e) {
ERROR("ExtensionManager:handleCommandLineArgs - failure, catching exception - lineno: " +
e.lineNumber + " - file: " + e.fileName + " - " + e);
}
commandLine.preventDefault = true;
},
/**
* Installs an XPI/JAR file into the KEY_APP_GLOBAL install location.
* @param file
* The XPI/JAR file to extract
*/
_installGlobalItem: function(file) {
if (!file || !file.exists())
throw new Error("Unable to find the file specified on the command line!");
//@line 2866 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
// make sure the file is local on Windows
file.normalize();
if (file.path[1] != ':')
throw new Error("Can't install global chrome from non-local file "+file.path);
//@line 2871 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
var installManifestFile = extractRDFFileToTempDir(file, FILE_INSTALL_MANIFEST, true);
if (!installManifestFile.exists())
throw new Error("The package is missing an install manifest!");
var installManifest = getInstallManifest(installManifestFile);
installManifestFile.remove(false);
var installData = this._getInstallData(installManifest);
var installer = new Installer(installManifest, installData.id,
InstallLocations.get(KEY_APP_GLOBAL),
installData.type);
installer._installExtensionFiles(file);
if (installData.type == Ci.nsIUpdateItem.TYPE_THEME)
installer.upgradeThemeChrome();
else
installer.upgradeExtensionChrome();
},
/**
* Check to see if a file is a XPI/JAR file that the user dropped into this
* Install Location. (i.e. a XPI that is not a staged XPI from an install
* transaction that is currently in operation).
* @param file
* The XPI/JAR file to configure
* @param location
* The Install Location where this file was found.
* @returns A nsIUpdateItem representing the dropped XPI if this file was a
* XPI/JAR that needs installation, null otherwise.
*/
_getItemForDroppedFile: function(file, location) {
if (fileIsItemPackage(file)) {
// We know nothing about this item, it is not something we've
// staged in preparation for finalization, so assume it's something
// the user dropped in.
LOG("A Item Package appeared at: " + file.path + " that we know " +
"nothing about, assuming it was dropped in by the user and " +
"configuring for installation now. Location Key: " + location.name);
var installManifestFile = extractRDFFileToTempDir(file, FILE_INSTALL_MANIFEST, true);
if (!installManifestFile.exists())
return null;
var installManifest = getInstallManifest(installManifestFile);
installManifestFile.remove(false);
var ds = this.datasource;
var installData = this._getInstallData(installManifest);
var targetAppInfo = ds.getTargetApplicationInfo(installData.id, installManifest);
return makeItem(installData.id,
installData.version,
location.name,
targetAppInfo ? targetAppInfo.minVersion : "",
targetAppInfo ? targetAppInfo.maxVersion : "",
getManifestProperty(installManifest, "name"),
"", /* XPI Update URL */
"", /* XPI Update Hash */
getManifestProperty(installManifest, "iconURL"),
getManifestProperty(installManifest, "updateURL"),
getManifestProperty(installManifest, "updateKey"),
installData.type,
targetAppInfo ? targetAppInfo.appID : gApp.ID);
}
return null;
},
/**
* Configure an item that was installed or upgraded by another process
* so that |_finishOperations| can properly complete processing and
* registration.
* As this is the only point at which we can reliably know the Install
* Location of this item, we use this as an opportunity to:
* 1. Check that this item is compatible with this Firefox version.
* 2. If it is, configure the item by using the supplied callback.
* We do not do any special handling in the case that the item is
* not compatible with this version other than to simply not register
* it and log that fact - there is no "phone home" check for updates.
* It may or may not make sense to do this, but for now we'll just
* not register.
* @param id
* The GUID of the item to validate and configure.
* @param location
* The Install Location where this item is installed.
* @param callback
* The callback that configures the item for installation upon
* successful validation.
*/
installItem: function(id, location, callback) {
// As this is the only pint at which we reliably know the installation
var installRDF = location.getItemFile(id, FILE_INSTALL_MANIFEST);
if (installRDF.exists()) {
LOG("Item Installed/Upgraded at Install Location: " + location.name +
" Item ID: " + id + ", attempting to register...");
var installManifest = getInstallManifest(installRDF);
var installData = this._getInstallData(installManifest);
if (installData.error == INSTALLERROR_SUCCESS) {
LOG("... success, item is compatible");
callback(installManifest, installData.id, location, installData.type);
}
else if (installData.error == INSTALLERROR_INCOMPATIBLE_VERSION) {
LOG("... success, item installed but is not compatible");
callback(installManifest, installData.id, location, installData.type);
this._appDisableItem(id);
}
else if (installData.error == INSTALLERROR_INSECURE_UPDATE) {
LOG("... success, item installed but does not provide updates securely");
callback(installManifest, installData.id, location, installData.type);
this._appDisableItem(id);
}
else if (installData.error == INSTALLERROR_BLOCKLISTED) {
LOG("... success, item installed but is blocklisted");
callback(installManifest, installData.id, location, installData.type);
this._appDisableItem(id);
}
else {
/**
* Turns an error code into a message for logging
* @param error
* an Install Error code
* @returns A string message to be logged.
*/
function translateErrorMessage(error) {
switch (error) {
case INSTALLERROR_INVALID_GUID:
return "Invalid GUID";
case INSTALLERROR_INVALID_VERSION:
return "Invalid Version";
case INSTALLERROR_INCOMPATIBLE_PLATFORM:
return "Incompatible Platform";
}
}
LOG("... failure, item is not compatible, error: " +
translateErrorMessage(installData.error));
// Add the item to the Startup Cache anyway, so we don't re-detect it
// every time the app starts.
StartupCache.put(location, id, OP_NONE, true);
}
}
},
/**
* Check for changes to items that were made independently of the Extension
* Manager, e.g. items were added or removed from a Install Location or items
* in an Install Location changed.
*/
_checkForFileChanges: function() {
var em = this;
/**
* Determines if an item can be used based on whether or not the install
* location of the "item" has an equal or higher priority than the install
* location where another version may live.
* @param id
* The GUID of the item being installed.
* @param location
* The location where an item is to be installed.
* @returns true if the item can be installed at that location, false
* otherwise.
*/
function canUse(id, location) {
for (var locationKey in StartupCache.entries) {
if (locationKey != location.name &&
id in StartupCache.entries[locationKey]) {
if (StartupCache.entries[locationKey][id]) {
var oldInstallLocation = InstallLocations.get(locationKey);
if (oldInstallLocation.priority <= location.priority)
return false;
}
}
}
return true;
}
/**
* Gets a Dialog Param Block loaded with a set of strings to initialize the
* XPInstall Confirmation Dialog.
* @param strings
* An array of strings
* @returns A nsIDialogParamBlock loaded with the strings and dialog state.
*/
function getParamBlock(strings) {
var dpb = Cc["@mozilla.org/embedcomp/dialogparam;1"].
createInstance(Ci.nsIDialogParamBlock);
// OK and Cancel Buttons
dpb.SetInt(0, 2);
// Number of Strings
dpb.SetInt(1, strings.length);
dpb.SetNumberStrings(strings.length);
// Add Strings
for (var i = 0; i < strings.length; ++i)
dpb.SetString(i, strings[i]);
var supportsString = Cc["@mozilla.org/supports-string;1"].
createInstance(Ci.nsISupportsString);
var bundle = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
supportsString.data = bundle.GetStringFromName("droppedInWarning");
var objs = Cc["@mozilla.org/array;1"].
createInstance(Ci.nsIMutableArray);
objs.appendElement(supportsString, false);
dpb.objects = objs;
return dpb;
}
/**
* Installs a set of files which were dropped into an install location by
* the user, only after user confirmation.
* @param droppedInFiles
* An array of JS objects with the following properties:
* "file" The nsILocalFile where the XPI lives
* "location" The Install Location where the XPI was found.
* @param xpinstallStrings
* An array of strings used to initialize the XPInstall Confirm
* dialog.
*/
function installDroppedInFiles(droppedInFiles, xpinstallStrings) {
if (droppedInFiles.length == 0)
return;
var dpb = getParamBlock(xpinstallStrings);
var ifptr = Cc["@mozilla.org/supports-interface-pointer;1"].
createInstance(Ci.nsISupportsInterfacePointer);
ifptr.data = dpb;
ifptr.dataIID = Ci.nsIDialogParamBlock;
var ww = Cc["@mozilla.org/embedcomp/window-watcher;1"].
getService(Ci.nsIWindowWatcher);
ww.openWindow(null, URI_XPINSTALL_CONFIRM_DIALOG,
"", "chrome,centerscreen,modal,dialog,titlebar", ifptr);
if (!dpb.GetInt(0)) {
// User said OK - install items
for (var i = 0; i < droppedInFiles.length; ++i) {
em.installItemFromFile(droppedInFiles[i].file,
droppedInFiles[i].location.name);
// We are responsible for cleaning up this file
droppedInFiles[i].file.remove(false);
}
}
else {
for (i = 0; i < droppedInFiles.length; ++i) {
// We are responsible for cleaning up this file
droppedInFiles[i].file.remove(false);
}
}
}
var isDirty = false;
var ignoreMTimeChanges = getPref("getBoolPref", PREF_EM_IGNOREMTIMECHANGES,
false);
StartupCache.read();
// Array of objects with 'location' and 'id' properties to maybe install.
var newItems = [];
var droppedInFiles = [];
var xpinstallStrings = [];
// Enumerate over the install locations from low to high priority. The
// enumeration returned is pre-sorted.
var installLocations = this.installLocations;
while (installLocations.hasMoreElements()) {
var location = installLocations.getNext().QueryInterface(Ci.nsIInstallLocation);
// Hash the set of items actually held by the Install Location.
var actualItems = { };
var entries = location.itemLocations;
while (true) {
var entry = entries.nextFile;
if (!entry)
break;
// Is this location a valid item? It must be a directory, and contain
// an install.rdf manifest:
if (entry.isDirectory()) {
var installRDF = entry.clone();
installRDF.append(FILE_INSTALL_MANIFEST);
var id = location.getIDForLocation(entry);
if (!id || (!installRDF.exists() &&
!location.itemIsManagedIndependently(id)))
continue;
actualItems[id] = entry;
}
else {
// Check to see if this file is a XPI/JAR dropped into this dir
// by the user, installing it if necessary. We do this here rather
// than separately in |_finishOperations| because I don't want to
// walk these lists multiple times on every startup.
var item = this._getItemForDroppedFile(entry, location);
if (item) {
droppedInFiles.push({ file: entry, location: location });
var prettyName = "";
try {
var zipReader = getZipReaderForFile(entry);
var principal = { };
var certPrincipal = zipReader.getCertificatePrincipal(null, principal);
// XXXbz This string could be empty. This needs better
// UI to present principal.value.certificate's subject.
prettyName = principal.value.prettyName;
}
catch (e) { }
if (zipReader)
zipReader.close();
xpinstallStrings = xpinstallStrings.concat([item.name,
getURLSpecFromFile(entry),
item.iconURL,
prettyName]);
isDirty = true;
}
}
}
if (location.name in StartupCache.entries) {
// Look for items that have been uninstalled by removing their directory.
for (var id in StartupCache.entries[location.name]) {
if (!StartupCache.entries[location.name] ||
!StartupCache.entries[location.name][id])
continue;
// Force _finishOperations to run if we have enabled or disabled items.
// XXXdarin this should be unnecessary now that we check
// PendingOperations.size in start()
if (StartupCache.entries[location.name][id].op == OP_NEEDS_ENABLE ||
StartupCache.entries[location.name][id].op == OP_NEEDS_DISABLE)
isDirty = true;
if (!(id in actualItems) &&
StartupCache.entries[location.name][id].op != OP_NEEDS_UNINSTALL &&
StartupCache.entries[location.name][id].op != OP_NEEDS_INSTALL &&
StartupCache.entries[location.name][id].op != OP_NEEDS_UPGRADE) {
// We have an entry for this id in the Extensions database, for this
// install location, but it no longer exists in the Install Location.
// We can infer from this that the item has been removed, so uninstall
// it properly.
if (canUse(id, location)) {
LOG("Item Uninstalled via file removal from: " + StartupCache.entries[location.name][id].descriptor +
" Item ID: " + id + " Location Key: " + location.name + ", uninstalling item.");
// Load the Extensions Datasource and force this item into the visible
// items list if it is not already. This allows us to handle the case
// where there is an entry for an item in the Startup Cache but not
// in the extensions.rdf file - in that case the item will not be in
// the visible list and calls to |getInstallLocation| will mysteriously
// fail.
this.datasource.updateVisibleList(id, location.name, false);
this.uninstallItem(id);
isDirty = true;
}
}
else if (!ignoreMTimeChanges) {
// Look for items whose mtime has changed, and as such we can assume
// they have been "upgraded".
var lf = { path: StartupCache.entries[location.name][id].descriptor };
try {
lf = getFileFromDescriptor(StartupCache.entries[location.name][id].descriptor, location);
}
catch (e) { }
if (lf.exists && lf.exists()) {
var actualMTime = Math.floor(lf.lastModifiedTime / 1000);
if (actualMTime != StartupCache.entries[location.name][id].mtime) {
LOG("Item Location path changed: " + lf.path + " Item ID: " +
id + " Location Key: " + location.name + ", attempting to upgrade item...");
if (canUse(id, location)) {
this.installItem(id, location,
function(installManifest, id, location, type) {
em._upgradeItem(installManifest, id, location,
type);
});
isDirty = true;
}
}
}
else {
isDirty = true;
LOG("Install Location returned a missing or malformed item path! " +
"Item Path: " + lf.path + ", Location Key: " + location.name +
" Item ID: " + id);
if (canUse(id, location)) {
// Load the Extensions Datasource and force this item into the visible
// items list if it is not already. This allows us to handle the case
// where there is an entry for an item in the Startup Cache but not
// in the extensions.rdf file - in that case the item will not be in
// the visible list and calls to |getInstallLocation| will mysteriously
// fail.
this.datasource.updateVisibleList(id, location.name, false);
this.uninstallItem(id);
}
}
}
}
}
// Look for items that have been installed by appearing in the location.
for (var id in actualItems) {
if (!(location.name in StartupCache.entries) ||
!(id in StartupCache.entries[location.name]) ||
!StartupCache.entries[location.name][id]) {
// Remember that we've seen this item
StartupCache.put(location, id, OP_NONE, true);
// Push it on the stack of items to maybe install later
newItems.push({location: location, id: id});
}
}
}
// Process any newly discovered items. We do this here instead of in the
// previous loop so that we can be sure that we have a fully populated
// StartupCache.
for (var i = 0; i < newItems.length; ++i) {
var id = newItems[i].id;
var location = newItems[i].location;
if (canUse(id, location)) {
LOG("Item Installed via directory addition to Install Location: " +
location.name + " Item ID: " + id + ", attempting to register...");
this.installItem(id, location,
function(installManifest, id, location, type) {
em._configureForthcomingItem(installManifest, id, location,
type);
});
// Disable add-ons on install when the InstallDisabled file exists.
// This is so Talkback will be disabled on a subset of installs.
var installDisabled = location.getItemFile(id, "InstallDisabled");
if (installDisabled.exists())
em.disableItem(id);
isDirty = true;
}
}
// Ask the user if they want to install the dropped items, for security
// purposes.
installDroppedInFiles(droppedInFiles, xpinstallStrings);
return isDirty;
},
/**
* Upgrades contents.rdf files to chrome.manifest files for any existing
* Extensions and Themes.
* @returns true if actions were performed that require a restart, false
* otherwise.
*/
_upgradeChrome: function() {
if (inSafeMode())
return false;
var checkForNewChrome = false;
var ds = this.datasource;
// If we have extensions that were installed before the new flat chrome
// manifests, and are still valid, we need to manually create the flat
// manifest files.
var extensions = this._getActiveItems(Ci.nsIUpdateItem.TYPE_EXTENSION +
Ci.nsIUpdateItem.TYPE_LOCALE);
for (var i = 0; i < extensions.length; ++i) {
var e = extensions[i];
var itemLocation = e.location.getItemLocation(e.id);
var manifest = itemLocation.clone();
manifest.append(FILE_CHROME_MANIFEST);
if (!manifest.exists()) {
var installRDF = itemLocation.clone();
installRDF.append(FILE_INSTALL_MANIFEST);
var installLocation = this.getInstallLocation(e.id);
if (installLocation && installRDF.exists()) {
var itemLocation = installLocation.getItemLocation(e.id);
if (itemLocation.exists() && itemLocation.isDirectory()) {
var installer = new Installer(ds, e.id, installLocation,
Ci.nsIUpdateItem.TYPE_EXTENSION);
installer.upgradeExtensionChrome();
}
}
else {
ds.removeItemMetadata(e.id);
ds.removeItemFromContainer(e.id);
}
checkForNewChrome = true;
}
}
var themes = this._getActiveItems(Ci.nsIUpdateItem.TYPE_THEME);
// If we have themes that were installed before the new flat chrome
// manifests, and are still valid, we need to manually create the flat
// manifest files.
for (i = 0; i < themes.length; ++i) {
var item = themes[i];
var itemLocation = item.location.getItemLocation(item.id);
var manifest = itemLocation.clone();
manifest.append(FILE_CHROME_MANIFEST);
if (manifest.exists() ||
item.id == stripPrefix(RDFURI_DEFAULT_THEME, PREFIX_ITEM_URI))
continue;
var entries;
try {
var manifestURI = getURIFromFile(manifest);
var chromeDir = itemLocation.clone();
chromeDir.append(DIR_CHROME);
if (!chromeDir.exists() || !chromeDir.isDirectory()) {
ds.removeItemMetadata(item.id);
ds.removeItemFromContainer(item.id);
continue;
}
// We're relying on the fact that there is only one JAR file
// in the "chrome" directory. This is a hack, but it works.
entries = chromeDir.directoryEntries.QueryInterface(Ci.nsIDirectoryEnumerator);
var jarFile = entries.nextFile;
if (jarFile) {
var jarFileURI = getURIFromFile(jarFile);
var contentsURI = newURI("jar:" + jarFileURI.spec + "!/");
// Use the Chrome Registry API to install the theme there
var cr = Cc["@mozilla.org/chrome/chrome-registry;1"].
getService(Ci.nsIToolkitChromeRegistry);
cr.processContentsManifest(contentsURI, manifestURI, contentsURI, false, true);
}
entries.close();
}
catch (e) {
ERROR("_upgradeChrome: failed to upgrade contents manifest for " +
"theme: " + item.id + ", exception: " + e + "... The theme will be " +
"disabled.");
this._appDisableItem(item.id);
}
finally {
try {
entries.close();
}
catch (e) {
}
}
checkForNewChrome = true;
}
return checkForNewChrome;
},
_checkForUncoveredItem: function(id) {
var ds = this.datasource;
var oldLocation = this.getInstallLocation(id);
var newLocations = [];
for (var locationKey in StartupCache.entries) {
var location = InstallLocations.get(locationKey);
if (id in StartupCache.entries[locationKey] &&
location.priority > oldLocation.priority)
newLocations.push(location);
}
newLocations.sort(function(a, b) { return b.priority - a.priority; });
if (newLocations.length > 0) {
for (var i = 0; i < newLocations.length; ++i) {
// Check to see that the item at the location exists
var installRDF = newLocations[i].getItemFile(id, FILE_INSTALL_MANIFEST);
if (installRDF.exists()) {
// Update the visible item cache so that |_finalizeUpgrade| is properly
// called from |_finishOperations|
var name = newLocations[i].name;
ds.updateVisibleList(id, name, true);
PendingOperations.addItem(OP_NEEDS_UPGRADE,
{ locationKey: name, id: id });
PendingOperations.addItem(OP_NEEDS_INSTALL,
{ locationKey: name, id: id });
break;
}
else {
// If no item exists at the location specified, remove this item
// from the visible items list and check again.
StartupCache.clearEntry(newLocations[i], id);
ds.updateVisibleList(id, null, true);
}
}
}
else
ds.updateVisibleList(id, null, true);
},
/**
* Finish up pending operations - perform upgrades, installs, enables/disables,
* uninstalls etc.
* @returns true if actions were performed that require a restart, false
* otherwise.
*/
_finishOperations: function() {
try {
// Stuff has changed, load the Extensions datasource in all its RDFey
// glory.
var ds = this.datasource;
var updatedTargetAppInfos = [];
var needsRestart = false;
var upgrades = [];
var newAddons = [];
var addons = getPref("getCharPref", PREF_EM_NEW_ADDONS_LIST, "");
if (addons != "")
newAddons = addons.split(",");
do {
// Enable and disable during startup so items that are changed in the
// ui can be reset to a no-op.
// Look for extensions that need to be enabled.
var items = PendingOperations.getOperations(OP_NEEDS_ENABLE);
for (var i = items.length - 1; i >= 0; --i) {
var id = items[i].id;
var installLocation = this.getInstallLocation(id);
StartupCache.put(installLocation, id, OP_NONE, true);
PendingOperations.clearItem(OP_NEEDS_ENABLE, id);
needsRestart = true;
}
PendingOperations.clearItems(OP_NEEDS_ENABLE);
// Look for extensions that need to be disabled.
items = PendingOperations.getOperations(OP_NEEDS_DISABLE);
for (i = items.length - 1; i >= 0; --i) {
id = items[i].id;
installLocation = this.getInstallLocation(id);
StartupCache.put(installLocation, id, OP_NONE, true);
PendingOperations.clearItem(OP_NEEDS_DISABLE, id);
needsRestart = true;
}
PendingOperations.clearItems(OP_NEEDS_DISABLE);
// Look for extensions that need to be upgraded. The process here is to
// uninstall the old version of the extension first, then install the
// new version in its place.
items = PendingOperations.getOperations(OP_NEEDS_UPGRADE);
for (i = items.length - 1; i >= 0; --i) {
id = items[i].id;
var newLocation = InstallLocations.get(items[i].locationKey);
// check if there is updated app compatibility info
var newTargetAppInfo = ds.getUpdatedTargetAppInfo(id);
if (newTargetAppInfo)
updatedTargetAppInfos.push(newTargetAppInfo);
this._finalizeUpgrade(id, newLocation);
upgrades.push(id);
}
PendingOperations.clearItems(OP_NEEDS_UPGRADE);
// Install items
items = PendingOperations.getOperations(OP_NEEDS_INSTALL);
for (i = items.length - 1; i >= 0; --i) {
needsRestart = true;
id = items[i].id;
// check if there is updated app compatibility info
newTargetAppInfo = ds.getUpdatedTargetAppInfo(id);
if (newTargetAppInfo)
updatedTargetAppInfos.push(newTargetAppInfo);
this._finalizeInstall(id, null);
if (upgrades.indexOf(id) < 0 && newAddons.indexOf(id) < 0)
newAddons.push(id);
}
PendingOperations.clearItems(OP_NEEDS_INSTALL);
// Look for extensions that need to be removed. This MUST be done after
// the install operations since extensions to be installed may have to be
// uninstalled if there are errors during the installation process!
items = PendingOperations.getOperations(OP_NEEDS_UNINSTALL);
for (i = items.length - 1; i >= 0; --i) {
id = items[i].id;
this._finalizeUninstall(id);
this._checkForUncoveredItem(id);
needsRestart = true;
var pos = newAddons.indexOf(id);
if (pos >= 0)
newAddons.splice(pos, 1);
}
PendingOperations.clearItems(OP_NEEDS_UNINSTALL);
// When there have been operations and all operations have completed.
if (PendingOperations.size == 0) {
// If there is updated app compatibility info update the datasource.
for (i = 0; i < updatedTargetAppInfos.length; ++i)
ds.setTargetApplicationInfo(updatedTargetAppInfos[i].id,
updatedTargetAppInfos[i].targetAppID,
updatedTargetAppInfos[i].minVersion,
updatedTargetAppInfos[i].maxVersion,
null);
// Enumerate all items
var ctr = getContainer(ds, ds._itemRoot);
var elements = ctr.GetElements();
while (elements.hasMoreElements()) {
var itemResource = elements.getNext().QueryInterface(Ci.nsIRDFResource);
// Ensure appDisabled is in the correct state.
id = stripPrefix(itemResource.Value, PREFIX_ITEM_URI);
if (this._isUsableItem(id))
ds.setItemProperty(id, EM_R("appDisabled"), null);
else
ds.setItemProperty(id, EM_R("appDisabled"), EM_L("true"));
// userDisabled is set based on its value being OP_NEEDS_ENABLE or
// OP_NEEDS_DISABLE. This allows us to have an item to be enabled
// by the app and disabled by the user during a single restart.
var value = stringData(ds.GetTarget(itemResource, EM_R("userDisabled"), true));
if (value == OP_NEEDS_ENABLE)
ds.setItemProperty(id, EM_R("userDisabled"), null);
else if (value == OP_NEEDS_DISABLE)
ds.setItemProperty(id, EM_R("userDisabled"), EM_L("true"));
}
}
}
while (PendingOperations.size > 0);
// Upgrade contents.rdf files to the new chrome.manifest format for
// existing Extensions and Themes
if (this._upgradeChrome()) {
var cr = Cc["@mozilla.org/chrome/chrome-registry;1"].
getService(Ci.nsIChromeRegistry);
cr.checkForNewChrome();
}
// If no additional restart is required, it implies that there are
// no new components that need registering so we can inform the app
// not to do any extra startup checking next time round.
this._updateManifests(needsRestart);
// Remember the list of add-ons that were installed this time around
// unless this was a new profile.
if (!gFirstRun && newAddons.length > 0)
gPref.setCharPref(PREF_EM_NEW_ADDONS_LIST, newAddons.join(","));
}
catch (e) {
ERROR("ExtensionManager:_finishOperations - failure, catching exception - lineno: " +
e.lineNumber + " - file: " + e.fileName + " - " + e);
}
return needsRestart;
},
/**
* Checks to see if there are items that are incompatible with this version
* of the application, disables them to prevent incompatibility problems and
* invokes the Update Wizard to look for newer versions.
* @returns true if there were incompatible items installed and disabled, and
* the application must now be restarted to reinitialize XPCOM,
* false otherwise.
*/
checkForMismatches: function() {
// Check to see if the version of the application that is being started
// now is the same one that was started last time.
var currAppVersion = gApp.version;
var lastAppVersion = getPref("getCharPref", PREF_EM_LAST_APP_VERSION, "");
if (currAppVersion == lastAppVersion)
return false;
// With a new profile lastAppVersion doesn't exist yet.
if (!lastAppVersion) {
gPref.setCharPref(PREF_EM_LAST_APP_VERSION, currAppVersion);
return false;
}
// Block attempts to flush for the entire startup
gAllowFlush = false;
// Version mismatch, we have to load the extensions datasource and do
// version checking. Time hit here doesn't matter since this doesn't happen
// all that often.
this._upgradeFromV10();
// Make the extensions datasource consistent if it isn't already.
var isDirty = false;
if (this._ensureDatasetIntegrity())
isDirty = true;
if (this._checkForFileChanges())
isDirty = true;
if (PendingOperations.size != 0)
isDirty = true;
if (isDirty)
this._finishOperations();
var ds = this.datasource;
// During app upgrade cleanup invalid entries in the extensions datasource.
ds.beginUpdateBatch();
var allResources = ds.GetAllResources();
while (allResources.hasMoreElements()) {
var res = allResources.getNext().QueryInterface(Ci.nsIRDFResource);
if (ds.GetTarget(res, EM_R("downloadURL"), true) ||
(!ds.GetTarget(res, EM_R("installLocation"), true) &&
stringData(ds.GetTarget(res, EM_R("appDisabled"), true)) == "true"))
ds.removeDownload(res.Value);
}
ds.endUpdateBatch();
var badItems = [];
var allAppManaged = true;
var ctr = getContainer(ds, ds._itemRoot);
var elements = ctr.GetElements();
while (elements.hasMoreElements()) {
var itemResource = elements.getNext().QueryInterface(Ci.nsIRDFResource);
var id = stripPrefix(itemResource.Value, PREFIX_ITEM_URI);
var location = this.getInstallLocation(id);
if (!location) {
// Item was in an unknown install location
badItems.push(id);
continue;
}
if (ds.getItemProperty(id, "appManaged") == "true") {
// Force an update of the metadata for appManaged extensions since the
// last modified time is not updated for directories on FAT / FAT32
// filesystems when software update applies a new version of the app.
if (location.name == KEY_APP_GLOBAL) {
var installRDF = location.getItemFile(id, FILE_INSTALL_MANIFEST);
if (installRDF.exists()) {
var metadataDS = getInstallManifest(installRDF);
ds.addItemMetadata(id, metadataDS, location);
ds.updateProperty(id, "compatible");
}
}
}
else if (allAppManaged)
allAppManaged = false;
var properties = {
availableUpdateURL: null,
availableUpdateVersion: null
};
if (ds.getItemProperty(id, "providesUpdatesSecurely") == "false") {
/* It's possible the previous version did not understand updateKeys so
* check if we can import one for this addon from it's manifest. */
installRDF = location.getItemFile(id, FILE_INSTALL_MANIFEST);
if (installRDF.exists()) {
metadataDS = getInstallManifest(installRDF);
var literal = metadataDS.GetTarget(gInstallManifestRoot, EM_R("updateKey"), true);
if (literal && literal instanceof Ci.nsIRDFLiteral)
ds.setItemProperty(id, EM_R("updateKey"), literal);
}
}
// appDisabled is determined by an item being compatible, using secure
// updates, satisfying its dependencies, and not being blocklisted
if (this._isUsableItem(id)) {
if (ds.getItemProperty(id, "appDisabled"))
properties.appDisabled = null;
}
else if (!ds.getItemProperty(id, "appDisabled")) {
properties.appDisabled = EM_L("true");
}
ds.setItemProperties(id, properties);
}
// Must clean up outside of the loop. Modifying the container while
// iterating its contents is bad.
for (var i = 0; i < badItems.length; i++) {
id = badItems[i];
LOG("Item " + id + " was installed in an unknown location, removing.");
var disabled = ds.getItemProperty(id, "userDisabled") == "true";
// Clean up the datasource
ds.removeCorruptItem(id);
// Check for any unhidden items.
var entries = StartupCache.findEntries(id);
if (entries.length > 0) {
var newLocation = InstallLocations.get(entries[0].location);
for (var j = 1; j < entries.length; j++) {
location = InstallLocations.get(entries[j].location);
if (newLocation.priority < location.priority)
newLocation = location;
}
LOG("Activating item " + id + " in " + newLocation.name);
var em = this;
this.installItem(id, newLocation,
function(installManifest, id, location, type) {
em._configureForthcomingItem(installManifest, id, location,
type);
});
if (disabled)
em.disableItem(id);
}
}
// Update the manifests to reflect the items that were disabled / enabled.
this._updateManifests(true);
// Always check for compatibility updates when upgrading if we have add-ons
// that aren't managed by the application.
if (!allAppManaged)
this._showMismatchWindow();
// Finish any pending upgrades from the compatibility update to avoid an
// additional restart.
if (PendingOperations.size != 0)
this._finishOperations();
// Update the last app version so we don't do this again with this version.
gPref.setCharPref(PREF_EM_LAST_APP_VERSION, currAppVersion);
// Prevent extension update dialog from showing
gPref.setBoolPref(PREF_UPDATE_NOTIFYUSER, false);
// Re-enable flushing and flush anything that was deferred
try {
gAllowFlush = true;
if (gManifestNeedsFlush) {
gManifestNeedsFlush = false;
this._updateManifests(false);
}
if (gDSNeedsFlush) {
gDSNeedsFlush = false;
this.datasource.Flush();
}
}
catch (e) {
ERROR("Error flushing caches: " + e);
}
return true;
},
/**
* Shows the "Compatibility Updates" UI
*/
_showMismatchWindow: function(items) {
var wm = Cc["@mozilla.org/appshell/window-mediator;1"].
getService(Ci.nsIWindowMediator);
var wizard = wm.getMostRecentWindow("Update:Wizard");
if (wizard)
wizard.focus();
else {
var features = "chrome,centerscreen,dialog,titlebar,modal";
// This *must* be modal so as not to break startup! This code is invoked before
// the main event loop is initiated (via checkForMismatches).
var ww = Cc["@mozilla.org/embedcomp/window-watcher;1"].
getService(Ci.nsIWindowWatcher);
ww.openWindow(null, URI_EXTENSION_UPDATE_DIALOG, "", features, null);
}
},
/*
* Catch all for facilitating a version 1.0 profile upgrade.
* 1) removes the abandoned default theme directory from the profile.
* 2) prepares themes installed with version 1.0 for installation.
* 3) initiates an install to populate the new extensions datasource.
* 4) migrates the disabled attribute from the old datasource.
* 5) migrates the app compatibility info from the old datasource.
*/
_upgradeFromV10: function() {
var extensionsDS = getFile(KEY_PROFILEDIR, [FILE_EXTENSIONS]);
var dsExists = extensionsDS.exists();
// Toolkiit 1.7 profiles (Firefox 1.0, Thunderbird 1.0, etc.) have a default
// theme directory in the profile's extensions directory that will be
// disabled due to having a maxVersion that is incompatible with the
// toolkit 1.8 release of the app.
var profileDefaultTheme = getDirNoCreate(KEY_PROFILEDS, [DIR_EXTENSIONS,
stripPrefix(RDFURI_DEFAULT_THEME, PREFIX_ITEM_URI)]);
if (profileDefaultTheme && profileDefaultTheme.exists()) {
removeDirRecursive(profileDefaultTheme);
// Sunbird 0.3a1 didn't move the default theme into the app's extensions
// directory and we can't install it while uninstalling the one in the
// profile directory. If we have a toolkit 1.8 extensions datasource and
// a profile default theme deleting the toolkit 1.8 extensions datasource
// will fix this problem when the datasource is re-created.
if (dsExists)
extensionsDS.remove(false);
}
// return early if the toolkit 1.7 extensions datasource file doesn't exist.
var oldExtensionsFile = getFile(KEY_PROFILEDIR, [DIR_EXTENSIONS, "Extensions.rdf"]);
if (!oldExtensionsFile.exists())
return;
// Sunbird 0.2 used a different GUID for the default theme
profileDefaultTheme = getDirNoCreate(KEY_PROFILEDS, [DIR_EXTENSIONS,
"{8af2d0a7-e394-4de2-ae55-2dae532a7a9b}"]);
if (profileDefaultTheme && profileDefaultTheme.exists())
removeDirRecursive(profileDefaultTheme);
// Firefox 0.9 profiles may have DOMi 1.0 with just an install.rdf
var profileDOMi = getDirNoCreate(KEY_PROFILEDS, [DIR_EXTENSIONS,
"{641d8d09-7dda-4850-8228-ac0ab65e2ac9}"]);
if (profileDOMi && profileDOMi.exists())
removeDirRecursive(profileDOMi);
// return early to avoid migrating data twice if we already have a
// toolkit 1.8 extension datasource.
if (dsExists)
return;
// Prepare themes for installation
// Only enumerate directories in the app-profile and app-global locations.
var locations = [KEY_APP_PROFILE, KEY_APP_GLOBAL];
for (var i = 0; i < locations.length; ++i) {
var location = InstallLocations.get(locations[i]);
if (!location.canAccess)
continue;
var entries = location.itemLocations;
var entry;
while ((entry = entries.nextFile)) {
var installRDF = entry.clone();
installRDF.append(FILE_INSTALL_MANIFEST);
var chromeDir = entry.clone();
chromeDir.append(DIR_CHROME);
// It must be a directory without an install.rdf and it must contain
// a chrome directory
if (!entry.isDirectory() || installRDF.exists() || !chromeDir.exists())
continue;
var chromeEntries = chromeDir.directoryEntries.QueryInterface(Ci.nsIDirectoryEnumerator);
if (!chromeEntries.hasMoreElements())
continue;
// We're relying on the fact that there is only one JAR file
// in the "chrome" directory. This is a hack, but it works.
var jarFile = chromeEntries.nextFile;
if (jarFile.isDirectory())
continue;
var id = location.getIDForLocation(entry);
try {
var zipReader = getZipReaderForFile(jarFile);
zipReader.extract(FILE_INSTALL_MANIFEST, installRDF);
var contentsManifestFile = location.getItemFile(id, FILE_CONTENTS_MANIFEST);
zipReader.extract(FILE_CONTENTS_MANIFEST, contentsManifestFile);
var rootFiles = ["preview.png", "icon.png"];
for (var i = 0; i < rootFiles.length; ++i) {
try {
var target = location.getItemFile(id, rootFiles[i]);
zipReader.extract(rootFiles[i], target);
}
catch (e) {
}
}
zipReader.close();
}
catch (e) {
ERROR("ExtensionManager:_upgradeFromV10 - failed to extract theme files\r\n" +
"Exception: " + e);
}
}
}
// When upgrading from a version 1.0 profile we need to populate the
// extensions datasource with all items before checking for incompatible
// items since the datasource hasn't been created yet.
var itemsToCheck = [];
if (this._checkForFileChanges()) {
// Create a list of all items that are to be installed so we can migrate
// these items's settings to the new datasource.
var items = PendingOperations.getOperations(OP_NEEDS_INSTALL);
for (i = items.length - 1; i >= 0; --i) {
if (items[i].locationKey == KEY_APP_PROFILE ||
items[i].locationKey == KEY_APP_GLOBAL)
itemsToCheck.push(items[i].id);
}
this._finishOperations();
}
// If there are no items to migrate settings for return early.
if (itemsToCheck.length == 0)
return;
var fileURL = getURLSpecFromFile(oldExtensionsFile);
var oldExtensionsDS = gRDF.GetDataSourceBlocking(fileURL);
var versionChecker = getVersionChecker();
var ds = this.datasource;
var currAppVersion = gApp.version;
var currAppID = gApp.ID;
for (var i = 0; i < itemsToCheck.length; ++i) {
var item = ds.getItemForID(itemsToCheck[i]);
var oldPrefix = (item.type == Ci.nsIUpdateItem.TYPE_EXTENSION) ? PREFIX_EXTENSION : PREFIX_THEME;
var oldRes = gRDF.GetResource(oldPrefix + item.id);
// Disable the item if it was disabled in the version 1.0 extensions
// datasource.
if (oldExtensionsDS.GetTarget(oldRes, EM_R("disabled"), true))
ds.setItemProperty(item.id, EM_R("userDisabled"), EM_L("true"));
// app enable all items. If it is incompatible it will be app disabled
// later on.
ds.setItemProperty(item.id, EM_R("appDisabled"), null);
// if the item is already compatible don't attempt to migrate the
// item's compatibility info
var newRes = getResourceForID(itemsToCheck[i]);
if (ds.isCompatible(ds, newRes))
continue;
var updatedMinVersion = null;
var updatedMaxVersion = null;
var targetApps = oldExtensionsDS.GetTargets(oldRes, EM_R("targetApplication"), true);
while (targetApps.hasMoreElements()) {
var targetApp = targetApps.getNext();
if (targetApp instanceof Ci.nsIRDFResource) {
try {
var foundAppID = stringData(oldExtensionsDS.GetTarget(targetApp, EM_R("id"), true));
// Different target application? (Note: v1.0 didn't support toolkit app ID)
if (foundAppID != currAppID)
continue;
updatedMinVersion = stringData(oldExtensionsDS.GetTarget(targetApp, EM_R("minVersion"), true));
updatedMaxVersion = stringData(oldExtensionsDS.GetTarget(targetApp, EM_R("maxVersion"), true));
// Only set the target app info if the extension's target app info
// in the version 1.0 extensions datasource makes it compatible
if (versionChecker.compare(currAppVersion, updatedMinVersion) >= 0 &&
versionChecker.compare(currAppVersion, updatedMaxVersion) <= 0)
ds.setTargetApplicationInfo(item.id, foundAppID, updatedMinVersion,
updatedMaxVersion, null);
break;
}
catch (e) {
}
}
}
}
},
/**
* Write the Extensions List and the Startup Cache
* @param needsRestart
* true if the application needs to restart again, false otherwise.
*/
_updateManifests: function(needsRestart) {
// During startup we block flushing until the startup operations are all
// complete to reduce file accesses that can trigger bug 431065
if (gAllowFlush) {
// Write the Startup Cache (All Items, visible or not)
StartupCache.write();
// Write the Extensions Locations Manifest (Visible, enabled items)
this._updateExtensionsManifest();
}
else {
gManifestNeedsFlush = true;
}
// Notify nsAppRunner to update the compatibility manifest on next startup
this._extensionListChanged = needsRestart;
},
/**
* Get a list of items that are currently "active" (turned on) of a specific
* type
* @param type
* The nsIUpdateItem type to return a list of items of
* @returns An array of active items of the specified type.
*/
_getActiveItems: function(type) {
var allItems = this.getItemList(type, { });
var activeItems = [];
var ds = this.datasource;
for (var i = 0; i < allItems.length; ++i) {
var item = allItems[i];
var installLocation = this.getInstallLocation(item.id);
// An entry with an invalid install location is not active.
if (!installLocation)
continue;
// An item entry is valid only if it is not disabled, not about to
// be disabled, and not about to be uninstalled.
if (installLocation.name in StartupCache.entries &&
item.id in StartupCache.entries[installLocation.name] &&
StartupCache.entries[installLocation.name][item.id]) {
var op = StartupCache.entries[installLocation.name][item.id].op;
if (op == OP_NEEDS_INSTALL || op == OP_NEEDS_UPGRADE ||
op == OP_NEEDS_UNINSTALL || op == OP_NEEDS_DISABLE)
continue;
}
// Suppress items that have been disabled by the user or the app.
if (ds.getItemProperty(item.id, "isDisabled") != "true")
activeItems.push({ id: item.id, version: item.version,
location: installLocation });
}
return activeItems;
},
/**
* Write the Extensions List
*/
_updateExtensionsManifest: function() {
// When an operation is performed that requires a component re-registration
// (extension enabled/disabled, installed, uninstalled), we must write the
// set of paths where extensions live so that the startup system can determine
// where additional components, preferences, chrome manifests etc live.
//
// To do this we obtain a list of active extensions and themes and write
// these to the extensions.ini file in the profile directory.
var validExtensions = this._getActiveItems(Ci.nsIUpdateItem.TYPE_ANY -
Ci.nsIUpdateItem.TYPE_THEME);
var validThemes = this._getActiveItems(Ci.nsIUpdateItem.TYPE_THEME);
var extensionsLocationsFile = getFile(KEY_PROFILEDIR, [FILE_EXTENSION_MANIFEST]);
var fos = openSafeFileOutputStream(extensionsLocationsFile);
var enabledItems = [];
var extensionSectionHeader = "[ExtensionDirs]\r\n";
fos.write(extensionSectionHeader, extensionSectionHeader.length);
for (var i = 0; i < validExtensions.length; ++i) {
var e = validExtensions[i];
var itemLocation = e.location.getItemLocation(e.id).QueryInterface(Ci.nsILocalFile);
var descriptor = getAbsoluteDescriptor(itemLocation);
var line = "Extension" + i + "=" + descriptor + "\r\n";
fos.write(line, line.length);
enabledItems.push(e.id + ":" + e.version);
}
var themeSectionHeader = "[ThemeDirs]\r\n";
fos.write(themeSectionHeader, themeSectionHeader.length);
for (i = 0; i < validThemes.length; ++i) {
var e = validThemes[i];
var itemLocation = e.location.getItemLocation(e.id).QueryInterface(Ci.nsILocalFile);
var descriptor = getAbsoluteDescriptor(itemLocation);
var line = "Extension" + i + "=" + descriptor + "\r\n";
fos.write(line, line.length);
enabledItems.push(e.id + ":" + e.version);
}
closeSafeFileOutputStream(fos);
// Cache the enabled list for annotating the crash report subsequently
gPref.setCharPref(PREF_EM_ENABLED_ITEMS, enabledItems.join(","));
},
/**
* Say whether or not the Extension List has changed (and thus whether or not
* the system will have to restart the next time it is started).
* @param val
* true if the Extension List has changed, false otherwise.
* @returns |val|
*/
set _extensionListChanged(val) {
// When an extension has an operation perform on it (e.g. install, upgrade,
// disable, etc.) we are responsible for creating the .autoreg file and
// nsAppRunner is responsible for removing it on restart. At some point it
// may make sense to be able to cancel a registration but for now we only
// create the file.
try {
var autoregFile = getFile(KEY_PROFILEDIR, [FILE_AUTOREG]);
if (val && !autoregFile.exists())
autoregFile.create(Ci.nsILocalFile.NORMAL_FILE_TYPE, PERMS_FILE);
}
catch (e) {
}
return val;
},
/**
* Gathers data about an item specified by the supplied Install Manifest
* and determines whether or not it can be installed as-is. It makes this
* determination by validating the item's GUID, Version, and determining
* if it is compatible with this application.
* @param installManifest
* A nsIRDFDataSource representing the Install Manifest of the
* item to be installed.
* @return A JS Object with the following properties:
* "id" The GUID of the Item being installed.
* "version" The Version string of the Item being installed.
* "name" The Name of the Item being installed.
* "type" The nsIUpdateItem type of the Item being installed.
* "targetApps" An array of TargetApplication Info Objects
* with "id", "minVersion" and "maxVersion" properties,
* representing applications targeted by this item.
* "error" The result code:
* INSTALLERROR_SUCCESS
* no error, item can be installed
* INSTALLERROR_INVALID_GUID
* error, GUID is not well-formed
* INSTALLERROR_INVALID_VERSION
* error, Version is not well-formed
* INSTALLERROR_INCOMPATIBLE_VERSION
* error, item is not compatible with this version
* of the application.
* INSTALLERROR_INCOMPATIBLE_PLATFORM
* error, item is not compatible with the operating
* system or ABI the application was built for.
* INSTALLERROR_INSECURE_UPDATE
* error, item has no secure method of providing updates
* INSTALLERROR_BLOCKLISTED
* error, item is blocklisted
*/
_getInstallData: function(installManifest) {
var installData = { id : "",
version : "",
name : "",
type : 0,
error : INSTALLERROR_SUCCESS,
targetApps : [],
updateURL : "",
updateKey : "",
currentApp : null };
// Fetch properties from the Install Manifest
installData.id = getManifestProperty(installManifest, "id");
installData.version = getManifestProperty(installManifest, "version");
installData.name = getManifestProperty(installManifest, "name");
installData.type = getAddonTypeFromInstallManifest(installManifest);
installData.updateURL= getManifestProperty(installManifest, "updateURL");
installData.updateKey= getManifestProperty(installManifest, "updateKey");
/**
* Reads a property off a Target Application resource
* @param resource
* The RDF Resource for a Target Application
* @param property
* The property (less EM_NS) to read
* @returns The string literal value of the property.
*/
function readTAProperty(resource, property) {
return stringData(installManifest.GetTarget(resource, EM_R(property), true));
}
var targetApps = installManifest.GetTargets(gInstallManifestRoot,
EM_R("targetApplication"),
true);
while (targetApps.hasMoreElements()) {
var targetApp = targetApps.getNext();
if (targetApp instanceof Ci.nsIRDFResource) {
try {
var data = { id : readTAProperty(targetApp, "id"),
minVersion: readTAProperty(targetApp, "minVersion"),
maxVersion: readTAProperty(targetApp, "maxVersion") };
installData.targetApps.push(data);
if ((data.id == gApp.ID) ||
(data.id == TOOLKIT_ID) && !installData.currentApp)
installData.currentApp = data;
}
catch (e) {
continue;
}
}
}
// If the item specifies one or more target platforms, make sure our OS/ABI
// combination is in the list - otherwise, refuse to install the item.
var targetPlatforms = null;
try {
targetPlatforms = installManifest.GetTargets(gInstallManifestRoot,
EM_R("targetPlatform"),
true);
} catch(e) {
// No targetPlatform nodes, continue.
}
if (targetPlatforms != null && targetPlatforms.hasMoreElements()) {
var foundMatchingOS = false;
var foundMatchingOSAndABI = false;
var requireABICompatibility = false;
while (targetPlatforms.hasMoreElements()) {
var targetPlatform = stringData(targetPlatforms.getNext());
var os = targetPlatform.split("_")[0];
var index = targetPlatform.indexOf("_");
var abi = index != -1 ? targetPlatform.substr(index + 1) : null;
if (os == gOSTarget) {
foundMatchingOS = true;
// The presence of any ABI part after our OS means ABI is important.
if (abi != null) {
requireABICompatibility = true;
// If we don't know our ABI, we can't be compatible
if (abi == gXPCOMABI && abi != UNKNOWN_XPCOM_ABI) {
foundMatchingOSAndABI = true;
break;
}
}
}
}
if (!foundMatchingOS || (requireABICompatibility && !foundMatchingOSAndABI)) {
installData.error = INSTALLERROR_INCOMPATIBLE_PLATFORM;
return installData;
}
}
// Validate the Item ID
if (!gIDTest.test(installData.id)) {
installData.error = INSTALLERROR_INVALID_GUID;
return installData;
}
// Check that the add-on provides a secure update method.
if (gCheckUpdateSecurity &&
installData.updateURL &&
installData.updateURL.substring(0, 6) != "https:" &&
!installData.updateKey) {
installData.error = INSTALLERROR_INSECURE_UPDATE;
return installData;
}
// Check that the target application range allows compatibility with the app
if (gCheckCompatibility &&
!this.datasource.isCompatible(installManifest, gInstallManifestRoot, undefined)) {
installData.error = INSTALLERROR_INCOMPATIBLE_VERSION;
return installData;
}
// Check if the item is blocklisted.
if (!gBlocklist)
gBlocklist = Cc["@mozilla.org/extensions/blocklist;1"].
getService(Ci.nsIBlocklistService);
if (gBlocklist.isAddonBlocklisted(installData.id, installData.version,
null, null))
installData.error = INSTALLERROR_BLOCKLISTED;
return installData;
},
/**
* Installs an item from a XPI/JAR file.
* This is the main entry point into the Install system from outside code
* (e.g. XPInstall).
* @param aXPIFile
* The file to install from.
* @param aInstallLocationKey
* The name of the Install Location where this item should be
* installed.
*/
installItemFromFile: function(xpiFile, installLocationKey) {
this.installItemFromFileInternal(xpiFile, installLocationKey, null);
// If there are no compatibility checks running and no downloads in
// progress then the install operations are complete.
if (this._compatibilityCheckCount == 0 && this._transactions.length == 0) {
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onInstallsCompleted();
}
},
/**
* Installs an item from a XPI/JAR file.
* @param aXPIFile
* The file to install from.
* @param aInstallLocationKey
* The name of the Install Location where this item should be
* installed.
* @param aInstallManifest
* An updated Install Manifest from the Version Update check.
* Can be null when invoked from callers other than the Version
* Update check.
*/
installItemFromFileInternal: function(aXPIFile, aInstallLocationKey, aInstallManifest) {
var em = this;
/**
* Gets the Install Location for an Item.
* @param itemID
* The GUID of the item to find an Install Location for.
* @return An object implementing nsIInstallLocation which represents the
* location where the specified item should be installed.
* This can be:
* 1. an object that corresponds to the location key supplied to
* |installItemFromFileInternal|,
* 2. the default install location (the App Profile Extensions Folder)
* if no location key was supplied, or the location key supplied
* was not in the set of registered locations
* 3. null, if the location selected by 1 or 2 above does not support
* installs from XPI/JAR files, or that location is not writable
* with the current access privileges.
*/
function getInstallLocation(itemID) {
// Here I use "upgrade" to mean "install a different version of an item".
var installLocation = em.getInstallLocation(itemID);
if (!installLocation) {
// This is not an "upgrade", since we don't have any location data for the
// extension ID specified - that is, it's not in our database.
// Caller supplied a key to a registered location, use that location
// for the installation
installLocation = InstallLocations.get(aInstallLocationKey);
if (installLocation) {
// If the specified location does not have a common metadata location
// (e.g. extensions have no common root, or other location specified
// by the location implementation) - e.g. for a Registry Key enumeration
// location - we cannot install or upgrade using a XPI file, probably
// because these application types will be handling upgrading themselves.
// Just bail.
if (!installLocation.location) {
LOG("Install Location \"" + installLocation.name + "\" does not support " +
"installation of items from XPI/JAR files. You must manage " +
"installation and update of these items yourself.");
installLocation = null;
}
}
else {
// In the absence of a preferred install location, just default to
// the App-Profile
installLocation = InstallLocations.get(KEY_APP_PROFILE);
}
}
else {
// This is an "upgrade", but not through the Update System, because the
// Update code will not let an extension with an incompatible target
// app version range through to this point. This is an "upgrade" in the
// sense that the user found a different version of an installed extension
// and installed it through the web interface, so we have metadata.
// If the location is different, return the preferred location rather than
// the location of the currently installed version, because we may be in
// the situation where an item is being installed into the global app
// dir when there's a version in the profile dir.
if (installLocation.name != aInstallLocationKey)
installLocation = InstallLocations.get(aInstallLocationKey);
}
if (!installLocation.canAccess) {
LOG("Install Location\"" + installLocation.name + "\" cannot be written " +
"to with your access privileges. Installation will not proceed.");
installLocation = null;
}
return installLocation;
}
/**
* Stages a XPI file in the default item location specified by other
* applications when they registered with XulRunner if the item's
* install manifest specified compatibility with them.
*/
function stageXPIForOtherApps(xpiFile, installData) {
for (var i = 0; i < installData.targetApps.length; ++i) {
var targetApp = installData.targetApps[i];
if (targetApp.id != gApp.ID && targetApp.id != TOOLKIT_ID) {
/* XXXben uncomment when this works!
var settingsThingy = Cc[].
getService(Ci.nsIXULRunnerSettingsThingy);
try {
var appPrefix = "SOFTWARE\\Mozilla\\XULRunner\\Applications\\";
var branch = settingsThingy.getBranch(appPrefix + targetApp.id);
var path = branch.getProperty("ExtensionsLocation");
var destination = Cc["@mozilla.org/file/local;1"].
createInstance(Ci.nsILocalFile);
destination.initWithPath(path);
xpiFile.copyTo(file, xpiFile.leafName);
}
catch (e) {
}
*/
}
}
}
/**
* Extracts and then starts the install for extensions / themes contained
* within a xpi.
*/
function installMultiXPI(xpiFile, installData) {
var fileURL = getURIFromFile(xpiFile).QueryInterface(Ci.nsIURL);
if (fileURL.fileExtension.toLowerCase() != "xpi") {
LOG("Invalid File Extension: Item: \"" + fileURL.fileName + "\" has an " +
"invalid file extension. Only xpi file extensions are allowed for " +
"multiple item packages.");
var bundle = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
showMessage("invalidFileExtTitle", [],
"invalidFileExtMessage", [installData.name,
fileURL.fileExtension,
bundle.GetStringFromName("type-" + installData.type)]);
return;
}
try {
var zipReader = getZipReaderForFile(xpiFile);
}
catch (e) {
LOG("installMultiXPI: failed to open xpi file: " + xpiFile.path);
throw e;
}
var searchForEntries = ["*.xpi", "*.jar"];
var files = [];
for (var i = 0; i < searchForEntries.length; ++i) {
var entries = zipReader.findEntries(searchForEntries[i]);
while (entries.hasMore()) {
var entryName = entries.getNext();
var target = getFile(KEY_TEMPDIR, [entryName]);
try {
target.createUnique(Ci.nsILocalFile.NORMAL_FILE_TYPE, PERMS_FILE);
}
catch (e) {
LOG("installMultiXPI: failed to create target file for extraction " +
" file = " + target.path + ", exception = " + e + "\n");
}
zipReader.extract(entryName, target);
files.push(target);
}
}
zipReader.close();
if (files.length == 0) {
LOG("Multiple Item Package: Item: \"" + fileURL.fileName + "\" does " +
"not contain a valid package to install.");
var bundle = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
showMessage("missingPackageFilesTitle",
[bundle.GetStringFromName("type-" + installData.type)],
"missingPackageFilesMessage", [installData.name,
bundle.GetStringFromName("type-" + installData.type)]);
return;
}
for (i = 0; i < files.length; ++i) {
em.installItemFromFileInternal(files[i], aInstallLocationKey, null);
files[i].remove(false);
}
}
/**
* An observer for the Extension Update System.
* @constructor
*/
function IncompatibleObserver() {}
IncompatibleObserver.prototype = {
_xpi: null,
_installManifest: null,
/**
* Ask the Extension Update System if there are any version updates for
* this item that will allow it to be compatible with this version of
* the Application.
* @param item
* An nsIUpdateItem representing the item being installed.
* @param installManifest
* The Install Manifest datasource for the item.
* @param xpiFile
* The staged source XPI file that contains the item. Cleaned
* up by this process.
* @param installRDF
* The install.rdf file that was extracted from the xpi.
*/
checkForUpdates: function(item, installManifest, xpiFile) {
this._xpi = xpiFile;
this._installManifest = installManifest;
for (var i = 0; i < em._installListeners.length; ++i)
em._installListeners[i].onCompatibilityCheckStarted(item);
em._compatibilityCheckCount++;
em.update([item], 1, Ci.nsIExtensionManager.UPDATE_CHECK_COMPATIBILITY, this);
},
/**
* See nsIExtensionManager.idl
*/
onUpdateStarted: function() {
LOG("Phone Home Listener: Update Started");
},
/**
* See nsIExtensionManager.idl
*/
onUpdateEnded: function() {
LOG("Phone Home Listener: Update Ended");
},
/**
* See nsIExtensionManager.idl
*/
onAddonUpdateStarted: function(addon) {
if (!addon)
throw Cr.NS_ERROR_INVALID_ARG;
LOG("Phone Home Listener: Update For " + addon.id + " started");
em.datasource.addIncompatibleUpdateItem(addon.name, this._xpi.path,
addon.type, addon.version);
},
/**
* See nsIExtensionManager.idl
*/
onAddonUpdateEnded: function(addon, status) {
if (!addon)
throw Cr.NS_ERROR_INVALID_ARG;
LOG("Phone Home Listener: Update For " + addon.id + " ended, status = " + status);
em.datasource.removeDownload(this._xpi.path);
LOG("Version Check Phone Home Completed");
for (var i = 0; i < em._installListeners.length; ++i)
em._installListeners[i].onCompatibilityCheckEnded(addon, status);
// Only compatibility updates (e.g. STATUS_VERSIONINFO) are currently
// supported
if (status == Ci.nsIAddonUpdateCheckListener.STATUS_VERSIONINFO) {
em.datasource.setTargetApplicationInfo(addon.id,
addon.targetAppID,
addon.minAppVersion,
addon.maxAppVersion,
this._installManifest);
// Try and install again, but use the updated compatibility DB.
// This will send out an apropriate onInstallEnded notification for us.
em.installItemFromFileInternal(this._xpi, aInstallLocationKey,
this._installManifest);
// Add the updated compatibility info to the datasource if done
if (StartupCache.entries[aInstallLocationKey][addon.id].op == OP_NONE) {
em.datasource.setTargetApplicationInfo(addon.id,
addon.targetAppID,
addon.minAppVersion,
addon.maxAppVersion,
null);
}
else { // needs a restart
// Add updatedMinVersion and updatedMaxVersion so it can be used
// to update the datasource during the installation or upgrade.
em.datasource.setUpdatedTargetAppInfo(addon.id,
addon.targetAppID,
addon.minAppVersion,
addon.maxAppVersion,
null);
}
}
else {
em.datasource.removeDownload(this._xpi.path);
showIncompatibleError(installData);
LOG("Add-on " + addon.id + " is incompatible with " +
BundleManager.appName + " " + gApp.version + ", Toolkit " +
gApp.platformVersion + ". Remote compatibility check did not " +
"resolve this.");
for (var i = 0; i < em._installListeners.length; ++i)
em._installListeners[i].onInstallEnded(addon, INSTALLERROR_INCOMPATIBLE_VERSION);
// We are responsible for cleaning up this file!
InstallLocations.get(aInstallLocationKey).removeFile(this._xpi);
}
em._compatibilityCheckCount--;
// If there are no more compatibility checks running and no downloads in
// progress then the install operations are complete.
if (em._compatibilityCheckCount == 0 && em._transactions.length == 0) {
for (var i = 0; i < em._installListeners.length; ++i)
em._installListeners[i].onInstallsCompleted();
}
},
QueryInterface: XPCOMUtils.generateQI([Ci.nsIAddonUpdateCheckListener])
}
var shouldPhoneHomeIfNecessary = false;
if (!aInstallManifest) {
// If we were not called with an Install Manifest, we were called from
// some other path than the Phone Home system, so we do want to phone
// home if the version is incompatible. As this is the first point in the
// install process we must notify observers here.
var addon = makeItem(getURIFromFile(aXPIFile).spec, "",
aInstallLocationKey, "", "", "",
getURIFromFile(aXPIFile).spec,
"", "", "", "", 0, gApp.id);
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onInstallStarted(addon);
shouldPhoneHomeIfNecessary = true;
var installManifest = null;
var installManifestFile = extractRDFFileToTempDir(aXPIFile,
FILE_INSTALL_MANIFEST,
true);
if (installManifestFile.exists()) {
installManifest = getInstallManifest(installManifestFile);
installManifestFile.remove(false);
}
if (!installManifest) {
LOG("The Install Manifest supplied by this item is not well-formed. " +
"Installation will not proceed.");
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onInstallEnded(addon, INSTALLERROR_INVALID_MANIFEST);
return;
}
}
else
installManifest = aInstallManifest;
var installData = this._getInstallData(installManifest);
// Recreate the add-on item with the full detail from the install manifest
addon = makeItem(installData.id, installData.version,
aInstallLocationKey,
installData.currentApp ? installData.currentApp.minVersion : "",
installData.currentApp ? installData.currentApp.maxVersion : "",
installData.name,
getURIFromFile(aXPIFile).spec,
"", /* XPI Update Hash */
"", /* Icon URL */
installData.updateURL || "",
installData.updateKey || "",
installData.type,
installData.currentApp ? installData.currentApp.id : "");
switch (installData.error) {
case INSTALLERROR_INCOMPATIBLE_VERSION:
// Since the caller cleans up |aXPIFile|, and we're not yet sure whether or
// not we need it (we may need it if a remote version bump that makes it
// compatible is discovered by the call home) - so we must stage it for
// later ourselves.
if (shouldPhoneHomeIfNecessary && installData.currentApp) {
var installLocation = getInstallLocation(installData.id, aInstallLocationKey);
if (!installLocation)
return;
var stagedFile = installLocation.stageFile(aXPIFile, installData.id);
(new IncompatibleObserver(this)).checkForUpdates(addon, installManifest,
stagedFile);
// Return early to prevent deletion of the install manifest file.
return;
}
else {
// XXXben Look up XULRunnerSettingsThingy to see if there is a registered
// app that can handle this item, if so just stage and don't show
// this error!
showIncompatibleError(installData);
LOG("Add-on " + installData.id + " is incompatible with " +
BundleManager.appName + " " + gApp.version + ", Toolkit " +
gApp.platformVersion + ". Remote compatibility check was not performed.");
}
break;
case INSTALLERROR_SUCCESS:
// Installation of multiple extensions / themes contained within a single xpi.
if (installData.type == Ci.nsIUpdateItem.TYPE_MULTI_XPI) {
installMultiXPI(aXPIFile, installData);
break;
}
// Stage the extension's XPI so it can be extracted at the next restart.
var installLocation = getInstallLocation(installData.id, aInstallLocationKey);
if (!installLocation) {
// No cleanup of any of the staged XPI files should be required here,
// because this should only ever fail on the first recurse through
// this function, BEFORE staging takes place... technically speaking
// a location could become readonly during the phone home process,
// but that's an edge case I don't care about.
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onInstallEnded(addon, INSTALLERROR_RESTRICTED);
return;
}
// Stage a copy of the XPI/JAR file for our own evil purposes...
stagedFile = installLocation.stageFile(aXPIFile, installData.id);
var restartRequired = this.installRequiresRestart(installData.id,
installData.type);
// Determine which configuration function to use based on whether or not
// there is data about this item in our datasource already - if there is
// we want to upgrade, otherwise we install fresh.
var ds = this.datasource;
if (installData.id in ds.visibleItems && ds.visibleItems[installData.id]) {
// We enter this function if any data corresponding to an existing GUID
// is found, regardless of its Install Location. We need to check before
// "upgrading" an item that Install Location of the new item is of equal
// or higher priority than the old item, to make sure the datasource only
// ever tracks metadata for active items.
var oldInstallLocation = this.getInstallLocation(installData.id);
if (oldInstallLocation.priority >= installLocation.priority) {
this._upgradeItem(installManifest, installData.id, installLocation,
installData.type);
if (!restartRequired) {
this._finalizeUpgrade(installData.id, installLocation);
this._finalizeInstall(installData.id, stagedFile);
}
}
}
else {
this._configureForthcomingItem(installManifest, installData.id,
installLocation, installData.type);
if (!restartRequired) {
this._finalizeInstall(installData.id, stagedFile);
if (installData.type == Ci.nsIUpdateItem.TYPE_THEME) {
var internalName = this.datasource.getItemProperty(installData.id, "internalName");
if (gPref.getBoolPref(PREF_EM_DSS_ENABLED)) {
gPref.setCharPref(PREF_GENERAL_SKINS_SELECTEDSKIN, internalName);
}
else {
gPref.setBoolPref(PREF_DSS_SWITCHPENDING, true);
gPref.setCharPref(PREF_DSS_SKIN_TO_SELECT, internalName);
}
}
}
}
this._updateManifests(restartRequired);
break;
case INSTALLERROR_INVALID_GUID:
LOG("Invalid GUID: Item has GUID: \"" + installData.id + "\"" +
" which is not well-formed.");
var bundle = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
showMessage("incompatibleTitle",
[bundle.GetStringFromName("type-" + installData.type)],
"invalidGUIDMessage", [installData.name, installData.id]);
break;
case INSTALLERROR_INVALID_VERSION:
LOG("Invalid Version: Item: \"" + installData.id + "\" has version " +
installData.version + " which is not well-formed.");
var bundle = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
showMessage("incompatibleTitle",
[bundle.GetStringFromName("type-" + installData.type)],
"invalidVersionMessage", [installData.name, installData.version]);
break;
case INSTALLERROR_INCOMPATIBLE_PLATFORM:
const osABI = gOSTarget + "_" + gXPCOMABI;
LOG("Incompatible Platform: Item: \"" + installData.id + "\" is not " +
"compatible with '" + osABI + "'.");
var bundle = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
showMessage("incompatibleTitle",
[bundle.GetStringFromName("type-" + installData.type)],
"incompatiblePlatformMessage",
[installData.name, BundleManager.appName, osABI]);
break;
case INSTALLERROR_BLOCKLISTED:
LOG("Blocklisted Item: Item: \"" + installData.id + "\" version " +
installData.version + " was not installed.");
showBlocklistMessage([installData], true);
break;
case INSTALLERROR_INSECURE_UPDATE:
LOG("No secure updates: Item: \"" + installData.id + "\" version " +
installData.version + " was not installed.");
var bundle = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
showMessage("incompatibleTitle",
[bundle.GetStringFromName("type-" + installData.type)],
"insecureUpdateMessage", [installData.name]);
break;
default:
break;
}
// Check to see if this item supports other applications and in that case
// stage the the XPI file in the location specified by those applications.
stageXPIForOtherApps(aXPIFile, installData);
// The install of this item is complete, notify observers
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onInstallEnded(addon, installData.error);
},
/**
* Whether or not this type's installation/uninstallation requires
* the application to be restarted.
* @param id
* The GUID of the item
* @param type
* The nsIUpdateItem type of the item
* @returns true if installation of an item of this type requires a
* restart.
*/
installRequiresRestart: function(id, type) {
switch (type) {
case Ci.nsIUpdateItem.TYPE_THEME:
var internalName = this.datasource.getItemProperty(id, "internalName");
var needsRestart = false;
if (gPref.prefHasUserValue(PREF_DSS_SKIN_TO_SELECT))
needsRestart = internalName == gPref.getCharPref(PREF_DSS_SKIN_TO_SELECT);
if (!needsRestart &&
gPref.prefHasUserValue(PREF_GENERAL_SKINS_SELECTEDSKIN))
needsRestart = internalName == gPref.getCharPref(PREF_GENERAL_SKINS_SELECTEDSKIN);
return needsRestart;
}
return ((type & Ci.nsIUpdateItem.TYPE_ADDON) > 0);
},
/**
* Perform initial configuration on an item that has just or will be
* installed. This inserts the item into the appropriate container in the
* datasource, so that the application UI shows the item even if it will
* not actually be installed until the next restart.
* @param installManifest
* The Install Manifest datasource that describes this item.
* @param id
* The GUID of this item.
* @param installLocation
* The Install Location where this item is installed.
* @param type
* The nsIUpdateItem type of this item.
*/
_configureForthcomingItem: function(installManifest, id, installLocation, type) {
var ds = this.datasource;
ds.updateVisibleList(id, installLocation.name, false);
var name = null;
var localized = findClosestLocalizedResource(installManifest, gInstallManifestRoot);
if (localized)
name = installManifest.GetTarget(localized, EM_R("name"), true);
else
name = EM_L(getManifestProperty(installManifest, "name"));
var props = { name : name,
version : EM_L(getManifestProperty(installManifest, "version")),
newVersion : EM_L(getManifestProperty(installManifest, "version")),
installLocation : EM_L(installLocation.name),
type : EM_I(type),
availableUpdateURL : null,
availableUpdateHash : null,
availableUpdateVersion: null,
availableUpdateInfo : null };
ds.setItemProperties(id, props);
ds.updateProperty(id, "availableUpdateURL");
this._setOp(id, OP_NEEDS_INSTALL);
// Insert it into the child list NOW rather than later because:
// - extensions installed using the command line need to be a member
// of a container during the install phase for the code to be able
// to identify profile vs. global
// - extensions installed through the UI should show some kind of
// feedback to indicate their presence is forthcoming (i.e. they
// will be available after a restart).
ds.insertItemIntoContainer(id);
this._notifyAction(id, EM_ITEM_INSTALLED);
},
/**
* Perform configuration on an item that has just or will be upgraded.
* @param installManifest
* The Install Manifest datasource that describes this item.
* @param itemID
* The GUID of this item.
* @param installLocation
* The Install Location where this item is installed.
* @param type
* The nsIUpdateItem type of this item.
*/
_upgradeItem: function (installManifest, id, installLocation, type) {
// Don't change any props that would need to be reset if the install fails.
// They will be reset as appropriate by the upgrade/install process.
var ds = this.datasource;
ds.updateVisibleList(id, installLocation.name, false);
var props = { installLocation : EM_L(installLocation.name),
type : EM_I(type),
newVersion : EM_L(getManifestProperty(installManifest, "version")),
availableUpdateURL : null,
availableUpdateHash : null,
availableUpdateVersion : null,
availableUpdateInfo : null };
ds.setItemProperties(id, props);
ds.updateProperty(id, "availableUpdateURL");
this._setOp(id, OP_NEEDS_UPGRADE);
this._notifyAction(id, EM_ITEM_UPGRADED);
},
/**
* Completes an Extension's installation.
* @param id
* The GUID of the Extension to install.
* @param file
* The XPI/JAR file to install from. If this is null, we try to
* determine the stage file location from the ID.
*/
_finalizeInstall: function(id, file) {
var ds = this.datasource;
var type = ds.getItemProperty(id, "type");
if (id == 0 || id == -1) {
ds.removeCorruptItem(id);
return;
}
var installLocation = this.getInstallLocation(id);
if (!installLocation) {
// If the install location is null, that means we've reached the finalize
// state without the item ever having metadata added for it, which implies
// bogus data in the Startup Cache. Clear the entries and don't do anything
// else.
var entries = StartupCache.findEntries(id);
for (var i = 0; i < entries.length; ++i) {
var location = InstallLocations.get(entries[i].location);
StartupCache.clearEntry(location, id);
PendingOperations.clearItem(OP_NEEDS_INSTALL, id);
}
return;
}
var itemLocation = installLocation.getItemLocation(id);
if (!file && "stageFile" in installLocation)
file = installLocation.getStageFile(id);
// If |file| is null or does not exist, the installer assumes the item is
// a dropped-in directory.
var installer = new Installer(this.datasource, id, installLocation, type);
installer.installFromFile(file);
// If the file was staged, we must clean it up ourselves, otherwise the
// EM caller is responsible for doing so (e.g. XPInstall)
if (file)
installLocation.removeFile(file);
// Clear the op flag from the Startup Cache and Pending Operations sets
StartupCache.put(installLocation, id, OP_NONE, true);
PendingOperations.clearItem(OP_NEEDS_INSTALL, id);
},
/**
* Removes an item's metadata in preparation for an upgrade-install.
* @param id
* The GUID of the item to uninstall.
* @param installLocation
* The nsIInstallLocation of the item
*/
_finalizeUpgrade: function(id, installLocation) {
// Retrieve the item properties *BEFORE* we clean the resource!
var ds = this.datasource;
var stagedFile = null;
if ("getStageFile" in installLocation)
stagedFile = installLocation.getStageFile(id);
if (stagedFile)
var installRDF = extractRDFFileToTempDir(stagedFile, FILE_INSTALL_MANIFEST, true);
else
installRDF = installLocation.getItemFile(id, FILE_INSTALL_MANIFEST);
if (installRDF.exists()) {
var installManifest = getInstallManifest(installRDF);
if (installManifest) {
var type = getAddonTypeFromInstallManifest(installManifest);
var userDisabled = ds.getItemProperty(id, "userDisabled") == "true";
// Clean the item resource
ds.removeItemMetadata(id);
// Now set up the properties on the item to mimic an item in its
// "initial state" for installation.
this._configureForthcomingItem(installManifest, id, installLocation,
type);
if (userDisabled)
ds.setItemProperty(id, EM_R("userDisabled"), EM_L("true"));
}
if (stagedFile)
installRDF.remove(false);
}
// Clear the op flag from the Pending Operations set. Do NOT clear op flag in
// the startup cache since this may have been reset to OP_NEEDS_INSTALL by
// |_configureForthcomingItem|.
PendingOperations.clearItem(OP_NEEDS_UPGRADE, id);
},
/**
* Completes an item's uninstallation.
* @param id
* The GUID of the item to uninstall.
*/
_finalizeUninstall: function(id) {
var ds = this.datasource;
var installLocation = this.getInstallLocation(id);
if (!installLocation.itemIsManagedIndependently(id)) {
try {
// Having a callback that does nothing just causes the directory to be
// removed.
safeInstallOperation(id, installLocation,
{ data: null, callback: function() { } });
}
catch (e) {
ERROR("_finalizeUninstall: failed to remove directory for item: " + id +
" at Install Location: " + installLocation.name + ", rolling back uninstall");
var manifest = installLocation.getItemFile(id, "FILE_INSTALL_MANIFEST");
// If there is no manifest then either the rollback failed, or there was
// no manifest in the first place. Either way this item is now invalid
// and we shouldn't try to re-install it.
if (manifest.exists()) {
// Removal of the files failed, reset the uninstalled flag and rewrite
// the install manifests so this item's components are registered.
// Clear the op flag from the Startup Cache
StartupCache.put(installLocation, id, OP_NONE, true);
var restartRequired = this.installRequiresRestart(id, ds.getItemProperty(id, "type"))
this._updateManifests(restartRequired);
return;
}
}
}
else if (installLocation.name == KEY_APP_PROFILE ||
installLocation.name == KEY_APP_GLOBAL ||
installLocation.name == KEY_APP_SYSTEM_USER) {
// Check for a pointer file and remove it if it exists
var pointerFile = installLocation.location.clone();
pointerFile.append(id);
if (pointerFile.exists() && !pointerFile.isDirectory())
pointerFile.remove(false);
}
// Clean the item resource
ds.removeItemMetadata(id);
// Do this LAST since inferences are made about an item based on
// what container it's in.
ds.removeItemFromContainer(id);
// Clear the op flag from the Startup Cache and the Pending Operations set.
StartupCache.clearEntry(installLocation, id);
PendingOperations.clearItem(OP_NEEDS_UNINSTALL, id);
},
/**
* Uninstalls an item. If the uninstallation cannot be performed immediately
* it is scheduled for the next restart.
* @param id
* The GUID of the item to uninstall.
*/
uninstallItem: function(id) {
var ds = this.datasource;
ds.updateDownloadState(PREFIX_ITEM_URI + id, null);
if (!ds.isDownloadItem(id)) {
var opType = ds.getItemProperty(id, "opType");
var installLocation = this.getInstallLocation(id);
// Removes any staged xpis for this item.
if (opType == OP_NEEDS_UPGRADE || opType == OP_NEEDS_INSTALL) {
var stageFile = installLocation.getStageFile(id);
if (stageFile)
installLocation.removeFile(stageFile);
}
// Addons with an opType of OP_NEEDS_INSTALL only have a staged xpi file
// and are removed immediately since the uninstall can't be canceled.
if (opType == OP_NEEDS_INSTALL) {
ds.removeItemMetadata(id);
ds.removeItemFromContainer(id);
ds.updateVisibleList(id, null, true);
StartupCache.clearEntry(installLocation, id);
this._updateManifests(false);
}
else {
if (opType == OP_NEEDS_UPGRADE)
ds.setItemProperty(id, "newVersion", null);
this._setOp(id, OP_NEEDS_UNINSTALL);
var type = ds.getItemProperty(id, "type");
var restartRequired = this.installRequiresRestart(id, type);
if (!restartRequired) {
this._finalizeUninstall(id);
this._updateManifests(restartRequired);
}
}
}
else {
// Bad download entry - uri is url, e.g. "http://www.foo.com/test.xpi"
// ... just remove it from the list.
ds.removeCorruptDLItem(id);
}
this._notifyAction(id, EM_ITEM_UNINSTALLED);
},
/* See nsIExtensionManager.idl */
cancelInstallItem: function(id) {
var ds = this.datasource;
var opType = ds.getItemProperty(id, "opType");
if (opType != OP_NEEDS_UPGRADE && opType != OP_NEEDS_INSTALL)
return;
ds.updateDownloadState(PREFIX_ITEM_URI + id, null);
var installLocation = this.getInstallLocation(id);
// Removes any staged xpis for this item.
var stageFile = installLocation.getStageFile(id);
if (stageFile)
installLocation.removeFile(stageFile);
// Addons with an opType of OP_NEEDS_INSTALL only have a staged xpi file
// and just need to be removed completely from the ds.
if (opType == OP_NEEDS_INSTALL) {
ds.removeItemMetadata(id);
ds.removeItemFromContainer(id);
ds.updateVisibleList(id, null, true);
StartupCache.clearEntry(installLocation, id);
this._updateManifests(false);
this._notifyAction(id, EM_ITEM_CANCEL);
}
else {
// Clear upgrade information and reset any request to enable/disable.
ds.setItemProperty(id, EM_R("newVersion"), null);
var appDisabled = ds.getItemProperty(id, "appDisabled");
var userDisabled = ds.getItemProperty(id, "userDisabled");
if (appDisabled == "true" || appDisabled == OP_NONE && userDisabled == OP_NONE) {
this._setOp(id, OP_NONE);
this._notifyAction(id, EM_ITEM_CANCEL);
}
else if (appDisabled == OP_NEEDS_DISABLE || userDisabled == OP_NEEDS_DISABLE) {
this._setOp(id, OP_NEEDS_DISABLE);
this._notifyAction(id, EM_ITEM_DISABLED);
}
else if (appDisabled == OP_NEEDS_ENABLE || userDisabled == OP_NEEDS_ENABLE) {
this._setOp(id, OP_NEEDS_ENABLE);
this._notifyAction(id, EM_ITEM_ENABLED);
}
else {
this._setOp(id, OP_NONE);
this._notifyAction(id, EM_ITEM_CANCEL);
}
}
},
/**
* Cancels a pending uninstall of an item
* @param id
* The ID of the item.
*/
cancelUninstallItem: function(id) {
var ds = this.datasource;
var appDisabled = ds.getItemProperty(id, "appDisabled");
var userDisabled = ds.getItemProperty(id, "userDisabled");
if (appDisabled == "true" || appDisabled == OP_NONE && userDisabled == OP_NONE) {
this._setOp(id, OP_NONE);
this._notifyAction(id, EM_ITEM_CANCEL);
}
else if (appDisabled == OP_NEEDS_DISABLE || userDisabled == OP_NEEDS_DISABLE) {
this._setOp(id, OP_NEEDS_DISABLE);
this._notifyAction(id, EM_ITEM_DISABLED);
}
else if (appDisabled == OP_NEEDS_ENABLE || userDisabled == OP_NEEDS_ENABLE) {
this._setOp(id, OP_NEEDS_ENABLE);
this._notifyAction(id, EM_ITEM_ENABLED);
}
else {
this._setOp(id, OP_NONE);
this._notifyAction(id, EM_ITEM_CANCEL);
}
},
/**
* Sets the pending operation for a visible item.
* @param id
* The GUID of the item
* @param op
* The name of the operation to be performed
*/
_setOp: function(id, op) {
var location = this.getInstallLocation(id);
StartupCache.put(location, id, op, true);
PendingOperations.addItem(op, { locationKey: location.name, id: id });
var ds = this.datasource;
if (op == OP_NEEDS_INSTALL || op == OP_NEEDS_UPGRADE)
ds.updateDownloadState(PREFIX_ITEM_URI + id, "success");
ds.updateProperty(id, "opType");
ds.updateProperty(id, "updateable");
ds.updateProperty(id, "satisfiesDependencies");
var restartRequired = this.installRequiresRestart(id, ds.getItemProperty(id, "type"))
this._updateDependentItemsForID(id);
this._updateManifests(restartRequired);
},
/**
* Note on appDisabled and userDisabled property arcs.
* The appDisabled and userDisabled RDF property arcs are used to store
* the pending operation for app disabling and user disabling for an item as
* well as the user and app disabled status after the pending operation has
* been completed upon restart. When the appDisabled value changes the value
* of userDisabled is reset to prevent the state of widgets and status
* messages from being in an incorrect state.
*/
/**
* Enables an item for the application (e.g. the item satisfies all
* requirements like app compatibility for it to be enabled). The appDisabled
* property arc will be removed if the item will be app disabled on next
* restart to cancel the app disabled operation for the item otherwise the
* property value will be set to OP_NEEDS_ENABLE. The item's pending
* operations are then evaluated in order to set the operation to perform
* and notify the observers if the operation has been changed.
* See "Note on appDisabled and userDisabled property arcs" above.
* @param id
* The ID of the item to be enabled by the application.
*/
_appEnableItem: function(id) {
var ds = this.datasource;
var appDisabled = ds.getItemProperty(id, "appDisabled");
if (appDisabled == OP_NONE || appDisabled == OP_NEEDS_ENABLE)
return;
var opType = ds.getItemProperty(id, "opType");
var userDisabled = ds.getItemProperty(id, "userDisabled");
// reset user disabled if it has a pending operation to prevent the ui
// state from getting confused as to an item's current state.
if (userDisabled == OP_NEEDS_DISABLE)
ds.setItemProperty(id, EM_R("userDisabled"), null);
else if (userDisabled == OP_NEEDS_ENABLE)
ds.setItemProperty(id, EM_R("userDisabled"), EM_L("true"));
if (appDisabled == OP_NEEDS_DISABLE)
ds.setItemProperty(id, EM_R("appDisabled"), null);
else if (appDisabled == "true")
ds.setItemProperty(id, EM_R("appDisabled"), EM_L(OP_NEEDS_ENABLE));
// Don't set a new operation when there is a pending uninstall operation.
if (opType == OP_NEEDS_UNINSTALL) {
this._updateDependentItemsForID(id);
return;
}
var operation, action;
// if this item is already enabled or user disabled don't set a pending
// operation - instead immediately enable it and reset the operation type
// if needed.
if (appDisabled == OP_NEEDS_DISABLE || appDisabled == OP_NONE ||
userDisabled == "true") {
if (opType != OP_NONE) {
operation = OP_NONE;
action = EM_ITEM_CANCEL;
}
}
else {
if (opType != OP_NEEDS_ENABLE) {
operation = OP_NEEDS_ENABLE;
action = EM_ITEM_ENABLED;
}
}
if (action) {
this._setOp(id, operation);
this._notifyAction(id, action);
}
else {
ds.updateProperty(id, "satisfiesDependencies");
this._updateDependentItemsForID(id);
}
},
/**
* Disables an item for the application (e.g. the item doesn't satisfy all
* requirements like app compatibility for it to be enabled). The appDisabled
* property arc will be set to true if the item will be app enabled on next
* restart to cancel the app enabled operation for the item otherwise the
* property value will be set to OP_NEEDS_DISABLE. The item's pending
* operations are then evaluated in order to set the operation to perform
* and notify the observers if the operation has been changed.
* See "Note on appDisabled and userDisabled property arcs" above.
* @param id
* The ID of the item to be disabled by the application.
*/
_appDisableItem: function(id) {
var ds = this.datasource;
var appDisabled = ds.getItemProperty(id, "appDisabled");
if (appDisabled == "true" || appDisabled == OP_NEEDS_DISABLE)
return;
var opType = ds.getItemProperty(id, "opType");
var userDisabled = ds.getItemProperty(id, "userDisabled");
// reset user disabled if it has a pending operation to prevent the ui
// state from getting confused as to an item's current state.
if (userDisabled == OP_NEEDS_DISABLE)
ds.setItemProperty(id, EM_R("userDisabled"), null);
else if (userDisabled == OP_NEEDS_ENABLE)
ds.setItemProperty(id, EM_R("userDisabled"), EM_L("true"));
if (appDisabled == OP_NEEDS_ENABLE || userDisabled == OP_NEEDS_ENABLE ||
ds.getItemProperty(id, "userDisabled") == "true")
ds.setItemProperty(id, EM_R("appDisabled"), EM_L("true"));
else if (appDisabled == OP_NONE)
ds.setItemProperty(id, EM_R("appDisabled"), EM_L(OP_NEEDS_DISABLE));
// Don't set a new operation when there is a pending uninstall operation.
if (opType == OP_NEEDS_UNINSTALL) {
this._updateDependentItemsForID(id);
return;
}
var operation, action;
// if this item is already disabled don't set a pending operation - instead
// immediately disable it and reset the operation type if needed.
if (appDisabled == OP_NEEDS_ENABLE || appDisabled == "true" ||
userDisabled == OP_NEEDS_ENABLE || userDisabled == "true") {
if (opType != OP_NONE) {
operation = OP_NONE;
action = EM_ITEM_CANCEL;
}
}
else {
if (opType != OP_NEEDS_DISABLE) {
operation = OP_NEEDS_DISABLE;
action = EM_ITEM_DISABLED;
}
}
if (action) {
this._setOp(id, operation);
this._notifyAction(id, action);
}
else {
ds.updateProperty(id, "satisfiesDependencies");
this._updateDependentItemsForID(id);
}
},
/**
* Sets an item to be enabled by the user. If the item is already enabled this
* clears the needs-enable operation for the next restart.
* See "Note on appDisabled and userDisabled property arcs" above.
* @param id
* The ID of the item to be enabled by the user.
*/
enableItem: function(id) {
var ds = this.datasource;
var opType = ds.getItemProperty(id, "opType");
var appDisabled = ds.getItemProperty(id, "appDisabled");
var userDisabled = ds.getItemProperty(id, "userDisabled");
var operation, action;
// if this item is already enabled don't set a pending operation - instead
// immediately enable it and reset the operation type if needed.
if (appDisabled == OP_NONE &&
userDisabled == OP_NEEDS_DISABLE || userDisabled == OP_NONE) {
if (userDisabled == OP_NEEDS_DISABLE)
ds.setItemProperty(id, EM_R("userDisabled"), null);
if (opType != OP_NONE) {
operation = OP_NONE;
action = EM_ITEM_CANCEL;
}
}
else {
if (userDisabled == "true")
ds.setItemProperty(id, EM_R("userDisabled"), EM_L(OP_NEEDS_ENABLE));
if (opType != OP_NEEDS_ENABLE) {
operation = OP_NEEDS_ENABLE;
action = EM_ITEM_ENABLED;
}
}
if (action) {
this._setOp(id, operation);
this._notifyAction(id, action);
}
else {
ds.updateProperty(id, "satisfiesDependencies");
this._updateDependentItemsForID(id);
}
},
/**
* Sets an item to be disabled by the user. If the item is already disabled
* this clears the needs-disable operation for the next restart.
* See "Note on appDisabled and userDisabled property arcs" above.
* @param id
* The ID of the item to be disabled by the user.
*/
disableItem: function(id) {
var ds = this.datasource;
var opType = ds.getItemProperty(id, "opType");
var appDisabled = ds.getItemProperty(id, "appDisabled");
var userDisabled = ds.getItemProperty(id, "userDisabled");
var operation, action;
// if this item is already disabled don't set a pending operation - instead
// immediately disable it and reset the operation type if needed.
if (userDisabled == OP_NEEDS_ENABLE || userDisabled == "true" ||
appDisabled == OP_NEEDS_ENABLE) {
if (userDisabled != "true")
ds.setItemProperty(id, EM_R("userDisabled"), EM_L("true"));
if (opType != OP_NONE) {
operation = OP_NONE;
action = EM_ITEM_CANCEL;
}
}
else {
if (userDisabled == OP_NONE)
ds.setItemProperty(id, EM_R("userDisabled"), EM_L(OP_NEEDS_DISABLE));
if (opType != OP_NEEDS_DISABLE) {
operation = OP_NEEDS_DISABLE;
action = EM_ITEM_DISABLED;
}
}
if (action) {
this._setOp(id, operation);
this._notifyAction(id, action);
}
else {
ds.updateProperty(id, "satisfiesDependencies");
this._updateDependentItemsForID(id);
}
},
/**
* Determines whether an item should be disabled by the application.
* @param id
* The ID of the item to check
*/
_isUsableItem: function(id) {
var ds = this.datasource;
/* If we're not compatibility checking or if the item is compatible
* and if it isn't blocklisted and has all dependencies satisfied then
* proceed to the security check */
if ((!gCheckCompatibility || ds.getItemProperty(id, "compatible") == "true") &&
ds.getItemProperty(id, "blocklisted") == "false" &&
ds.getItemProperty(id, "satisfiesDependencies") == "true") {
// appManaged items aren't updated so no need to check update security.
if (ds.getItemProperty(id, "appManaged") == "true")
return true;
/* If we are not ignoring update security then check that the item has
* a secure update mechanism */
return (!gCheckUpdateSecurity ||
ds.getItemProperty(id, "providesUpdatesSecurely") == "true");
}
return false;
},
/**
* Sets an item's dependent items disabled state for the app based on whether
* its dependencies are met and the item is compatible.
* @param id
* The ID of the item whose dependent items will be checked
*/
_updateDependentItemsForID: function(id) {
var ds = this.datasource;
var dependentItems = this.getDependentItemListForID(id, true, { });
for (var i = 0; i < dependentItems.length; ++i) {
var dependentID = dependentItems[i].id;
ds.updateProperty(dependentID, "satisfiesDependencies");
if (this._isUsableItem(dependentID))
this._appEnableItem(dependentID);
else
this._appDisableItem(dependentID);
}
},
/**
* Notify observers of a change to an item that has been requested by the
* user.
*/
_notifyAction: function(id, reason) {
gOS.notifyObservers(this.datasource.getItemForID(id),
EM_ACTION_REQUESTED_TOPIC, reason);
},
/**
* See nsIExtensionManager.idl
*/
update: function(items, itemCount, updateCheckType, listener) {
for (i = 0; i < itemCount; ++i) {
var currItem = items[i];
if (!currItem)
throw Cr.NS_ERROR_ILLEGAL_VALUE;
}
if (items.length == 0)
items = this.getItemList(Ci.nsIUpdateItem.TYPE_ANY, { });
var updater = new ExtensionItemUpdater(this);
updater.checkForUpdates(items, items.length, updateCheckType, listener);
},
/**
* Checks for changes to the blocklist using the local blocklist file,
* application disables / enables items that have been added / removed from
* the blocklist, and if there are additions to the blocklist this will
* inform the user by displaying a list of the items added.
*
* XXXrstrong - this method is not terribly useful and was added so we can
* trigger this check from the additional timer used by blocklisting.
*/
checkForBlocklistChanges: function() {
var ds = this.datasource;
var items = this.getItemList(Ci.nsIUpdateItem.TYPE_ANY, { });
for (var i = 0; i < items.length; ++i) {
var id = items[i].id;
ds.updateProperty(id, "blocklisted");
if (this._isUsableItem(id))
this._appEnableItem(id);
}
items = ds.getBlocklistedItemList(null, null, Ci.nsIUpdateItem.TYPE_ANY,
false);
for (i = 0; i < items.length; ++i)
this._appDisableItem(items[i].id);
// show the blocklist notification window if there are new blocklist items.
if (items.length > 0)
showBlocklistMessage(items, false);
},
/**
* @returns An enumeration of all registered Install Locations.
*/
get installLocations () {
return InstallLocations.enumeration;
},
/**
* Gets the Install Location where a visible Item is stored.
* @param id
* The GUID of the item to locate an Install Location for.
* @returns The Install Location object where the item is stored.
*/
getInstallLocation: function(id) {
var key = this.datasource.visibleItems[id];
return key ? InstallLocations.get(this.datasource.visibleItems[id]) : null;
},
/**
* Gets a nsIUpdateItem for the item with the specified id.
* @param id
* The GUID of the item to construct a nsIUpdateItem for.
* @returns The nsIUpdateItem representing the item.
*/
getItemForID: function(id) {
return this.datasource.getItemForID(id);
},
/**
* Retrieves a list of installed nsIUpdateItems of items that are dependent
* on another item.
* @param id
* The ID of the item that other items depend on.
* @param includeDisabled
* Whether to include disabled items in the set returned.
* @param countRef
* The XPCJS reference to the number of items returned.
* @returns An array of installed nsIUpdateItems that depend on the item
* specified by the id parameter.
*/
getDependentItemListForID: function(id, includeDisabled, countRef) {
return this.datasource.getDependentItemListForID(id, includeDisabled, countRef);
},
/**
* Retrieves a list of nsIUpdateItems of items matching the specified type.
* @param type
* The type of item to return.
* @param countRef
* The XPCJS reference to the number of items returned.
* @returns An array of nsIUpdateItems matching the id/type filter.
*/
getItemList: function(type, countRef) {
return this.datasource.getItemList(type, countRef);
},
/* See nsIExtensionManager.idl */
getIncompatibleItemList: function(id, appVersion, platformVersion, type, includeDisabled,
countRef) {
var items = this.datasource.getIncompatibleItemList(id, appVersion ? appVersion : undefined,
platformVersion ? platformVersion : undefined,
type, includeDisabled);
countRef.value = items.length;
return items;
},
/**
* Move an Item to the index of another item in its container.
* @param movingID
* The ID of the item to be moved.
* @param destinationID
* The ID of an item to move another item to.
*/
moveToIndexOf: function(movingID, destinationID) {
this.datasource.moveToIndexOf(movingID, destinationID);
},
/**
* Sorts addons of the specified type by the specified property starting from
* the top of their container. If the addons are already sorted then no action
* is performed.
* @param type
* The nsIUpdateItem type of the items to sort.
* @param propertyName
* The RDF property name used for sorting.
* @param isAscending
* true to sort ascending and false to sort descending
*/
sortTypeByProperty: function(type, propertyName, isAscending) {
this.datasource.sortTypeByProperty(type, propertyName, isAscending);
},
/////////////////////////////////////////////////////////////////////////////
// Downloads
_transactions: [],
_downloadCount: 0,
_compatibilityCheckCount: 0,
/**
* Ask the user if they really want to quit the application, since this will
* cancel one or more Extension/Theme downloads.
* @param subject
* A nsISupportsPRBool which this function sets to false if the user
* wishes to cancel all active downloads and quit the application,
* false otherwise.
*/
_confirmCancelDownloadsOnQuit: function(subject) {
// If user has already dismissed quit request, then do nothing
if ((subject instanceof Ci.nsISupportsPRBool) && subject.data)
return;
if (this._downloadCount > 0) {
// The observers will be notified again after this so set the download
// count to 0 to prevent this dialog from being displayed again.
this._downloadCount = 0;
var result;
//@line 5629 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
result = this._confirmCancelDownloads(this._downloadCount,
"quitCancelDownloadsAlertTitle",
"quitCancelDownloadsAlertMsgMultiple",
"quitCancelDownloadsAlertMsg",
"dontQuitButtonWin");
//@line 5641 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
if (subject instanceof Ci.nsISupportsPRBool)
subject.data = result;
}
},
/**
* Ask the user if they really want to go offline, since this will cancel
* one or more Extension/Theme downloads.
* @param subject
* A nsISupportsPRBool which this function sets to false if the user
* wishes to cancel all active downloads and go offline, false
* otherwise.
*/
_confirmCancelDownloadsOnOffline: function(subject) {
if (this._downloadCount > 0) {
result = this._confirmCancelDownloads(this._downloadCount,
"offlineCancelDownloadsAlertTitle",
"offlineCancelDownloadsAlertMsgMultiple",
"offlineCancelDownloadsAlertMsg",
"dontGoOfflineButton");
if (subject instanceof Ci.nsISupportsPRBool)
subject.data = result;
}
},
/**
* Ask the user whether or not they wish to cancel the Extension/Theme
* downloads which are currently under way.
* @param count
* The number of active downloads.
* @param title
* The key of the title for the message box to be displayed
* @param cancelMessageMultiple
* The key of the message to be displayed in the message box
* when there are > 1 active downloads.
* @param cancelMessageSingle
* The key of the message to be displayed in the message box
* when there is just one active download.
* @param dontCancelButton
* The key of the label to be displayed on the "Don't Cancel
* Downloads" button.
*/
_confirmCancelDownloads: function(count, title, cancelMessageMultiple,
cancelMessageSingle, dontCancelButton) {
var bundle = BundleManager.getBundle(URI_DOWNLOADS_PROPERTIES);
var title = bundle.GetStringFromName(title);
var message, quitButton;
if (count > 1) {
message = bundle.formatStringFromName(cancelMessageMultiple, [count], 1);
quitButton = bundle.formatStringFromName("cancelDownloadsOKTextMultiple", [count], 1);
}
else {
message = bundle.GetStringFromName(cancelMessageSingle);
quitButton = bundle.GetStringFromName("cancelDownloadsOKText");
}
var dontQuitButton = bundle.GetStringFromName(dontCancelButton);
var wm = Cc["@mozilla.org/appshell/window-mediator;1"].
getService(Ci.nsIWindowMediator);
var win = wm.getMostRecentWindow("Extension:Manager");
const nsIPromptService = Ci.nsIPromptService;
var ps = Cc["@mozilla.org/embedcomp/prompt-service;1"].
getService(nsIPromptService);
var flags = (nsIPromptService.BUTTON_TITLE_IS_STRING * nsIPromptService.BUTTON_POS_0) +
(nsIPromptService.BUTTON_TITLE_IS_STRING * nsIPromptService.BUTTON_POS_1);
var rv = ps.confirmEx(win, title, message, flags, quitButton, dontQuitButton, null, null, { });
return rv == 1;
},
/* See nsIExtensionManager.idl */
addDownloads: function(items, itemCount, manager) {
if (itemCount == 0)
throw Cr.NS_ERROR_ILLEGAL_VALUE;
for (i = 0; i < itemCount; ++i) {
var currItem = items[i];
if (!currItem)
throw Cr.NS_ERROR_ILLEGAL_VALUE;
}
var ds = this.datasource;
// Add observers only if they aren't already added for an active download
if (this._downloadCount == 0) {
gOS.addObserver(this, "offline-requested", false);
gOS.addObserver(this, "quit-application-requested", false);
}
this._downloadCount += itemCount;
var urls = [];
var hashes = [];
var txnID = Math.round(Math.random() * 100);
var txn = new ItemDownloadTransaction(this, txnID);
for (var i = 0; i < itemCount; ++i) {
var currItem = items[i];
txn.addDownload(currItem);
urls.push(currItem.xpiURL);
hashes.push(currItem.xpiHash ? currItem.xpiHash : null);
// if this is an update remove the update metadata to prevent it from
// being updated during an install.
if (!manager) {
var id = currItem.id
ds.setItemProperties(id, {
availableUpdateURL: null,
availableUpdateHash: null,
availableUpdateVersion: null,
availableUpdateInfo: null
});
ds.updateProperty(id, "availableUpdateURL");
ds.updateProperty(id, "updateable");
}
var id = !manager ? PREFIX_ITEM_URI + currItem.id : currItem.xpiURL;
ds.updateDownloadState(id, "waiting");
}
this._transactions.push(txn);
if (manager) {
// XPIManager initiated -- let it know we're ready
manager.observe(txn, "xpinstall-progress", "open");
}
else {
// Initiate an install from chrome
var xpimgr = Cc["@mozilla.org/xpinstall/install-manager;1"].
createInstance(Ci.nsIXPInstallManager);
xpimgr.initManagerWithHashes(urls, hashes, urls.length, txn);
}
},
/**
* Download Operation State has changed from one to another.
*
* The nsIXPIProgressDialog implementation in the download transaction object
* forwards notifications through these methods which we then pass on to any
* front end objects implementing nsIExtensionDownloadListener that
* are listening. We maintain the master state of download operations HERE,
* not in the front end, because if the user closes the extension or theme
* managers during the downloads we need to maintain state and not terminate
* the download/install process.
*
* @param transaction
* The ItemDownloadTransaction object receiving the download
* notifications from XPInstall.
* @param addon
* An object representing nsIUpdateItem for the addon being updated
* @param state
* The state we are entering
* @param value
* ???
*/
onStateChange: function(transaction, addon, state, value) {
var ds = this.datasource;
var id = addon.id != addon.xpiURL ? PREFIX_ITEM_URI + addon.id : addon.xpiURL;
const nsIXPIProgressDialog = Ci.nsIXPIProgressDialog;
switch (state) {
case nsIXPIProgressDialog.DOWNLOAD_START:
ds.updateDownloadState(id, "downloading");
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onDownloadStarted(addon);
break;
case nsIXPIProgressDialog.DOWNLOAD_DONE:
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onDownloadEnded(addon);
break;
case nsIXPIProgressDialog.INSTALL_START:
ds.updateDownloadState(id, "finishing");
ds.updateDownloadProgress(id, null);
break;
case nsIXPIProgressDialog.INSTALL_DONE:
--this._downloadCount;
// From nsInstall.h
// SUCCESS = 0
// USER_CANCELLED = -210
if (value != 0 && value != -210 && id != addon.xpiURL) {
ds.updateDownloadState(id, "failure");
ds.updateDownloadProgress(id, null);
}
transaction.removeDownload(addon.xpiURL);
// A successful install will be passing notifications via installItemFromFile
if (value != 0) {
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onInstallEnded(addon, value);
}
break;
case nsIXPIProgressDialog.DIALOG_CLOSE:
for (var i = 0; i < this._transactions.length; ++i) {
if (this._transactions[i].id == transaction.id) {
this._transactions.splice(i, 1);
// Remove the observers when all transactions have completed.
if (this._transactions.length == 0) {
gOS.removeObserver(this, "offline-requested");
gOS.removeObserver(this, "quit-application-requested");
// If there are no compatibility checks running then the install
// operations are complete.
if (this._compatibilityCheckCount == 0) {
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onInstallsCompleted();
}
}
break;
}
}
// Remove any remaining downloads from this transaction
transaction.removeAllDownloads();
break;
}
},
onProgress: function(addon, value, maxValue) {
for (var i = 0; i < this._installListeners.length; ++i)
this._installListeners[i].onDownloadProgress(addon, value, maxValue);
var id = addon.id != addon.xpiURL ? PREFIX_ITEM_URI + addon.id : addon.xpiURL;
var progress = Math.round((value / maxValue) * 100);
this.datasource.updateDownloadProgress(id, progress);
},
_installListeners: [],
addInstallListener: function(listener) {
for (var i = 0; i < this._installListeners.length; ++i) {
if (this._installListeners[i] == listener)
return i;
}
this._installListeners.push(listener);
return this._installListeners.length - 1;
},
removeInstallListenerAt: function(index) {
this._installListeners.splice(index, 1);
},
/**
* The Extensions RDF Datasource
*/
_ds: null,
_ptr: null,
/**
* Loads the Extensions Datasource. This should not be called unless:
* - a piece of Extensions UI is being shown, or
* - on startup and there has been a change to an Install Location
* ... it should NOT be called on every startup!
*/
_ensureDS: function() {
if (!this._ds) {
this._ds = new ExtensionsDataSource(this);
if (this._ds) {
this._ds.loadExtensions();
this._ptr = getContainer(this._ds, this._ds._itemRoot).DataSource;
gRDF.RegisterDataSource(this._ptr, true);
}
}
},
/**
* See nsIExtensionManager.idl
*/
get datasource() {
this._ensureDS();
return this._ds.QueryInterface(Ci.nsIRDFDataSource);
},
// nsIClassInfo
flags: Ci.nsIClassInfo.SINGLETON,
implementationLanguage: Ci.nsIProgrammingLanguage.JAVASCRIPT,
getHelperForLanguage: function(language) null,
getInterfaces: function(count) {
var interfaces = [Ci.nsIExtensionManager, Ci.nsIObserver];
count.value = interfaces.length;
return interfaces;
},
classDescription: "Extension Manager",
contractID: "@mozilla.org/extensions/manager;1",
classID: Components.ID("{8A115FAA-7DCB-4e8f-979B-5F53472F51CF}"),
_xpcom_categories: [{ category: "app-startup", service: true }],
_xpcom_factory: EmFactory,
QueryInterface: XPCOMUtils.generateQI([Ci.nsIExtensionManager,
Ci.nsITimerCallback,
Ci.nsIObserver,
Ci.nsIClassInfo])
};
/**
* This object implements nsIXPIProgressDialog and represents a collection of
* XPI/JAR download and install operations. There is one
* ItemDownloadTransaction per back-end XPInstallManager object. We maintain
* a collection of separate transaction objects because it's possible to have
* multiple separate XPInstall download/install operations going on
* simultaneously, each with its own XPInstallManager instance. For instance
* you could start downloading two extensions and then download a theme. Each
* of these operations would open the appropriate FE and have to be able to
* track each operation independently.
*
* @constructor
* @param manager
* The extension manager creating this transaction
* @param id
* The integer identifier of this transaction
*/
function ItemDownloadTransaction(manager, id) {
this._manager = manager;
this._downloads = [];
this.id = id;
}
ItemDownloadTransaction.prototype = {
_manager : null,
_downloads : [],
id : -1,
/**
* Add a download to this transaction
* @param addon
* An object implementing nsIUpdateItem for the item to be downloaded
*/
addDownload: function(addon) {
this._downloads.push({ addon: addon, waiting: true });
this._manager.datasource.addDownload(addon);
},
/**
* Removes a download from this transaction
* @param url
* The URL to remove
*/
removeDownload: function(url) {
this._manager.datasource.removeDownload(url);
},
/**
* Remove all downloads from this transaction
*/
removeAllDownloads: function() {
for (var i = 0; i < this._downloads.length; ++i) {
var addon = this._downloads[i].addon;
this.removeDownload(addon.xpiURL);
}
},
/**
* Determine if this transaction is handling the download of a url.
* @param url
* The URL to look for
* @returns true if this transaction is downloading the supplied url.
*/
containsURL: function(url) {
for (var i = 0; i < this._downloads.length; ++i) {
if (this._downloads[i].addon.xpiURL == url)
return true;
}
return false;
},
/**
* See nsIXPIProgressDialog.idl
*/
onStateChange: function(index, state, value) {
this._manager.onStateChange(this, this._downloads[index].addon,
state, value);
},
/**
* See nsIXPIProgressDialog.idl
*/
onProgress: function(index, value, maxValue) {
this._manager.onProgress(this._downloads[index].addon, value, maxValue);
},
QueryInterface: XPCOMUtils.generateQI([Ci.nsIXPIProgressDialog])
};
/**
* A listener object that watches the background update check and notifies the
* user of any updates found.
*/
function BackgroundUpdateCheckListener(datasource) {
this._emDS = datasource;
}
BackgroundUpdateCheckListener.prototype = {
_updateCount: 0,
_emDS: null,
// nsIObserver implementation
observe: function(aSubject, aTopic, aData) {
if (aTopic != "alertclickcallback")
return;
var wm = Cc["@mozilla.org/appshell/window-mediator;1"].
getService(Ci.nsIWindowMediator);
var win = wm.getMostRecentWindow("Extension:Manager");
if (win) {
win.focus();
win.showView("updates");
// Don't show the update notification on next startup
gPref.setBoolPref(PREF_UPDATE_NOTIFYUSER, false);
}
else {
const EMURL = "chrome://mozapps/content/extensions/extensions.xul";
const EMFEATURES = "chrome,menubar,extra-chrome,toolbar,dialog=no,resizable";
var ww = Cc["@mozilla.org/embedcomp/window-watcher;1"].
getService(Ci.nsIWindowWatcher);
var param = Cc["@mozilla.org/supports-array;1"].
createInstance(Ci.nsISupportsArray);
var arg = Cc["@mozilla.org/supports-string;1"].
createInstance(Ci.nsISupportsString);
arg.data = "updates";
param.AppendElement(arg);
ww.openWindow(null, EMURL, null, EMFEATURES, param);
}
},
// nsIAddonUpdateCheckListener implementation
onUpdateStarted: function() {
},
onUpdateEnded: function() {
if (this._updateCount > 0 && Cc["@mozilla.org/alerts-service;1"]) {
var extensionStrings = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
var title = extensionStrings.GetStringFromName("updateNotificationTitle");
var text;
if (this._updateCount > 1)
text = extensionStrings.formatStringFromName("multipleUpdateNotificationText",
[BundleManager.appName, this._updateCount], 2);
else
text = extensionStrings.formatStringFromName("updateNotificationText",
[BundleManager.appName], 1);
try {
var notifier = Cc["@mozilla.org/alerts-service;1"].
getService(Ci.nsIAlertsService);
notifier.showAlertNotification(URI_GENERIC_ICON_XPINSTALL,
title, text, true, "", this);
}
catch (e) {
LOG("Failed to retrieve alerts service, probably an unsupported " +
"platform - " + e);
}
}
},
onAddonUpdateStarted: function(item) {
},
onAddonUpdateEnded: function(item, status) {
if (status == Ci.nsIAddonUpdateCheckListener.STATUS_UPDATE) {
var lastupdate = this._emDS.getItemProperty(item.id, "availableUpdateVersion");
if (lastupdate != item.version) {
gPref.setBoolPref(PREF_UPDATE_NOTIFYUSER, true);
this._updateCount++;
}
}
}
};
/**
* A listener object to the update check process that routes notifications to
* the right places and keeps the datasource up to date.
*/
function AddonUpdateCheckListener(listener, datasource) {
this._listener = listener;
this._ds = datasource;
}
AddonUpdateCheckListener.prototype = {
_listener: null,
_ds: null,
onUpdateStarted: function() {
if (this._listener)
this._listener.onUpdateStarted();
this._ds.onUpdateStarted();
},
onUpdateEnded: function() {
if (this._listener)
this._listener.onUpdateEnded();
this._ds.onUpdateEnded();
},
onAddonUpdateStarted: function(addon) {
if (this._listener)
this._listener.onAddonUpdateStarted(addon);
this._ds.onAddonUpdateStarted(addon);
},
onAddonUpdateEnded: function(addon, status) {
if (this._listener)
this._listener.onAddonUpdateEnded(addon, status);
this._ds.onAddonUpdateEnded(addon, status);
}
};
///////////////////////////////////////////////////////////////////////////////
//
// ExtensionItemUpdater
//
function ExtensionItemUpdater(aEM)
{
this._emDS = aEM._ds;
this._em = aEM;
getVersionChecker();
}
ExtensionItemUpdater.prototype = {
_emDS : null,
_em : null,
_updateCheckType : 0,
_items : [],
_listener : null,
/* ExtensionItemUpdater
//@line 6180 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
*/
checkForUpdates: function(aItems, aItemCount, aUpdateCheckType,
aListener) {
this._listener = new AddonUpdateCheckListener(aListener, this._emDS);
if (this._listener)
this._listener.onUpdateStarted();
this._updateCheckType = aUpdateCheckType;
this._items = aItems;
this._responseCount = aItemCount;
// This is the number of extensions/themes/etc that we found updates for.
this._updateCount = 0;
for (var i = 0; i < aItemCount; ++i) {
var e = this._items[i];
if (this._listener)
this._listener.onAddonUpdateStarted(e);
(new RDFItemUpdater(this)).checkForUpdates(e, aUpdateCheckType);
}
if (this._listener && aItemCount == 0)
this._listener.onUpdateEnded();
},
/////////////////////////////////////////////////////////////////////////////
// ExtensionItemUpdater
_applyVersionUpdates: function(aLocalItem, aRemoteItem) {
var targetAppInfo = this._emDS.getTargetApplicationInfo(aLocalItem.id, this._emDS);
// If targetAppInfo is null this is for a new install. If the local item's
// maxVersion does not equal the targetAppInfo maxVersion then this is for
// an upgrade. In both of these cases return true if the remotely specified
// maxVersion is greater than the local item's maxVersion.
if (!targetAppInfo ||
gVersionChecker.compare(aLocalItem.maxAppVersion, targetAppInfo.maxVersion) != 0) {
if (gVersionChecker.compare(aLocalItem.maxAppVersion, aRemoteItem.maxAppVersion) < 0)
return true;
else
return false;
}
if (gVersionChecker.compare(targetAppInfo.maxVersion, aRemoteItem.maxAppVersion) < 0) {
// Remotely specified maxVersion is newer than the maxVersion
// for the installed Extension. Apply that change to the datasources.
this._emDS.setTargetApplicationInfo(aLocalItem.id,
aRemoteItem.targetAppID,
aRemoteItem.minAppVersion,
aRemoteItem.maxAppVersion,
null);
// If we got here through |checkForMismatches|, this extension has
// already been disabled, re-enable it.
var op = StartupCache.entries[aLocalItem.installLocationKey][aLocalItem.id].op;
if (op == OP_NEEDS_DISABLE ||
this._emDS.getItemProperty(aLocalItem.id, "appDisabled") == "true")
this._em._appEnableItem(aLocalItem.id);
return true;
}
else if (this._updateCheckType == Ci.nsIExtensionManager.UPDATE_SYNC_COMPATIBILITY)
this._emDS.setTargetApplicationInfo(aLocalItem.id,
aRemoteItem.targetAppID,
aRemoteItem.minAppVersion,
aRemoteItem.maxAppVersion,
null);
return false;
},
/**
* Checks whether a discovered update is valid for install
* @param aLocalItem
* The already installed nsIUpdateItem that the update is for
* @param aRemoteItem
* The nsIUpdateItem we are trying to update to
*
* @returns true if the item is compatible and is not blocklisted.
* false if the item is not compatible or is blocklisted.
*/
_isValidUpdate: function _isValidUpdate(aLocalItem, aRemoteItem) {
var appExtensionsVersion = (aRemoteItem.targetAppID != TOOLKIT_ID) ?
gApp.version :
gApp.platformVersion;
var min = aRemoteItem.minAppVersion;
var max = aRemoteItem.maxAppVersion;
// Check if the update will only run on a newer version of the application.
if (!min || gVersionChecker.compare(appExtensionsVersion, min) < 0)
return false;
// Check if the update will only run on an older version of the application.
if (!max || gVersionChecker.compare(appExtensionsVersion, max) > 0)
return false;
if (!gBlocklist)
gBlocklist = Cc["@mozilla.org/extensions/blocklist;1"].
getService(Ci.nsIBlocklistService);
if (gBlocklist.isAddonBlocklisted(aLocalItem.id, aRemoteItem.version,
null, null))
return false;
return true;
},
checkForDone: function(item, status) {
if (this._listener) {
try {
this._listener.onAddonUpdateEnded(item, status);
}
catch (e) {
LOG("ExtensionItemUpdater:checkForDone: Failure in listener's onAddonUpdateEnded: " + e);
}
}
if (--this._responseCount == 0 && this._listener) {
try {
this._listener.onUpdateEnded();
}
catch (e) {
LOG("ExtensionItemUpdater:checkForDone: Failure in listener's onUpdateEnded: " + e);
}
}
},
};
/**
* Replaces %...% strings in an addon url (update and updateInfo) with
* appropriate values.
* @param aItem
* The nsIUpdateItem representing the item
* @param aURI
* The uri to escape
* @param aDS
* The extensions datasource
*
* @returns the appropriately escaped uri.
*/
function escapeAddonURI(aItem, aURI, aDS)
{
var itemStatus = "userEnabled";
if (aDS.getItemProperty(aItem.id, "userDisabled") == "true" ||
aDS.getItemProperty(aItem.id, "userDisabled") == OP_NEEDS_ENABLE)
itemStatus = "userDisabled";
else if (aDS.getItemProperty(aItem.id, "type") == Ci.nsIUpdateItem.TYPE_THEME) {
var currentSkin = gPref.getCharPref(PREF_GENERAL_SKINS_SELECTEDSKIN);
if (aDS.getItemProperty(aItem.id, "internalName") != currentSkin)
itemStatus = "userDisabled";
}
if (aDS.getItemProperty(aItem.id, "compatible") == "false")
itemStatus += ",incompatible";
if (aDS.getItemProperty(aItem.id, "blocklisted") == "true")
itemStatus += ",blocklisted";
if (aDS.getItemProperty(aItem.id, "satisfiesDependencies") == "false")
itemStatus += ",needsDependencies";
aURI = aURI.replace(/%ITEM_ID%/g, aItem.id);
aURI = aURI.replace(/%ITEM_VERSION%/g, aItem.version);
aURI = aURI.replace(/%ITEM_MAXAPPVERSION%/g, aItem.maxAppVersion);
aURI = aURI.replace(/%ITEM_STATUS%/g, itemStatus);
aURI = aURI.replace(/%APP_ID%/g, gApp.ID);
aURI = aURI.replace(/%APP_VERSION%/g, gApp.version);
aURI = aURI.replace(/%REQ_VERSION%/g, 1);
aURI = aURI.replace(/%APP_OS%/g, gOSTarget);
aURI = aURI.replace(/%APP_ABI%/g, gXPCOMABI);
aURI = aURI.replace(/%APP_LOCALE%/g, gLocale);
// Replace custom parameters (names of custom parameters must have at
// least 3 characters to prevent lookups for something like %D0%C8)
var catMan = null;
aURI = aURI.replace(/%(\w{3,})%/g, function(match, param) {
if (!catMan) {
catMan = Cc["@mozilla.org/categorymanager;1"].
getService(Ci.nsICategoryManager);
}
try {
var contractID = catMan.getCategoryEntry(CATEGORY_UPDATE_PARAMS, param);
var paramHandler = Cc[contractID].
getService(Ci.nsIPropertyBag2);
return paramHandler.getPropertyAsAString(param);
}
catch(e) {
return match;
}
});
// escape() does not properly encode + symbols in any embedded FVF strings.
return aURI.replace(/\+/g, "%2B");
}
function RDFItemUpdater(aUpdater) {
this._updater = aUpdater;
}
RDFItemUpdater.prototype = {
_updater : null,
_updateCheckType : 0,
_item : null,
checkForUpdates: function(aItem, aUpdateCheckType) {
// A preference setting can disable updating for this item
try {
if (!gPref.getBoolPref(PREF_EM_ITEM_UPDATE_ENABLED.replace(/%UUID%/, aItem.id))) {
var status = Ci.nsIAddonUpdateCheckListener.STATUS_DISABLED;
this._updater.checkForDone(aItem, status);
return;
}
}
catch (e) { }
// Items managed by the app are not checked for updates.
var emDS = this._updater._emDS;
if (emDS.getItemProperty(aItem.id, "appManaged") == "true") {
var status = Ci.nsIAddonUpdateCheckListener.STATUS_APP_MANAGED;
this._updater.checkForDone(aItem, status);
return;
}
// Items that have a pending install, uninstall, or upgrade are not checked
// for updates.
var opType = emDS.getItemProperty(aItem.id, "opType");
if (opType) {
var status = Ci.nsIAddonUpdateCheckListener.STATUS_PENDING_OP;
this._updater.checkForDone(aItem, status);
return;
}
var installLocation = InstallLocations.get(emDS.getInstallLocationKey(aItem.id));
// Don't check items for updates that are managed independently
if (installLocation && installLocation.itemIsManagedIndependently(aItem.id)) {
var status = Ci.nsIAddonUpdateCheckListener.STATUS_NOT_MANAGED;
this._updater.checkForDone(aItem, status);
return;
}
// Don't check items for updates if the location can't be written to except
// when performing a version only update.
if ((aUpdateCheckType == Ci.nsIExtensionManager.UPDATE_CHECK_NEWVERSION) &&
(!installLocation || !installLocation.canAccess)) {
var status = Ci.nsIAddonUpdateCheckListener.STATUS_READ_ONLY;
this._updater.checkForDone(aItem, status);
return;
}
this._updateCheckType = aUpdateCheckType;
this._item = aItem;
// Look for a custom update URI: 1) supplied by a pref, 2) supplied by the
// install manifest, 3) the default configuration
try {
var dsURI = gPref.getComplexValue(PREF_EM_ITEM_UPDATE_URL.replace(/%UUID%/, aItem.id),
Ci.nsIPrefLocalizedString).data;
}
catch (e) { }
if (!dsURI)
dsURI = aItem.updateRDF;
if (!dsURI)
dsURI = gPref.getCharPref(PREF_UPDATE_DEFAULT_URL);
dsURI = escapeAddonURI(aItem, dsURI, emDS);
// Verify that the URI provided is valid
try {
var uri = newURI(dsURI);
}
catch (e) {
LOG("RDFItemUpdater:checkForUpdates: There was an error loading the \r\n" +
" update datasource for: " + dsURI + ", item = " + aItem.id + ", error: " + e);
this._updater.checkForDone(aItem,
Ci.nsIAddonUpdateCheckListener.STATUS_FAILURE);
return;
}
LOG("RDFItemUpdater:checkForUpdates sending a request to server for: " +
uri.spec + ", item = " + aItem.objectSource);
var request = Cc["@mozilla.org/xmlextras/xmlhttprequest;1"].
createInstance(Ci.nsIXMLHttpRequest);
request.open("GET", uri.spec, true);
request.channel.notificationCallbacks = new BadCertHandler();
request.overrideMimeType("text/xml");
request.channel.loadFlags |= Ci.nsIRequest.LOAD_BYPASS_CACHE;
var self = this;
request.onerror = function(event) { self.onXMLError(event, aItem); };
request.onload = function(event) { self.onXMLLoad(event, aItem); };
request.send(null);
},
onXMLLoad: function(aEvent, aItem) {
var request = aEvent.target;
try {
checkCert(request.channel);
}
catch (e) {
// This may be overly restrictive in two cases: corporate installations
// with a corporate update server using an in-house CA cert (installed
// but not "built-in") and lone developers hosting their updates on a
// site with a self-signed cert (permanently accepted, otherwise the
// BadCertHandler would prevent getting this far). Update checks will
// fail in both these scenarios.
// How else can we protect the vast majority of updates served from AMO
// from the spoofing attack described in bug 340198 while allowing those
// other cases? A "hackme" pref? Domain-control certs are cheap, getting
// one should not be a barrier in either case.
LOG("RDFItemUpdater::onXMLLoad: " + e);
this._updater.checkForDone(aItem,
Ci.nsIAddonUpdateCheckListener.STATUS_FAILURE);
return;
}
var responseXML = request.responseXML;
// If the item does not have an update RDF and returns an error it is not
// treated as a failure since all items without an updateURL are checked
// for updates on AMO even if they are not hosted there.
if (!responseXML || responseXML.documentElement.namespaceURI == XMLURI_PARSE_ERROR ||
(request.status != 200 && request.status != 0)) {
this._updater.checkForDone(aItem, (aItem.updateRDF ? Ci.nsIAddonUpdateCheckListener.STATUS_FAILURE :
Ci.nsIAddonUpdateCheckListener.STATUS_NONE));
return;
}
var rdfParser = Cc["@mozilla.org/rdf/xml-parser;1"].
createInstance(Ci.nsIRDFXMLParser)
var ds = Cc["@mozilla.org/rdf/datasource;1?name=in-memory-datasource"].
createInstance(Ci.nsIRDFDataSource);
rdfParser.parseString(ds, request.channel.URI, request.responseText);
this.onDatasourceLoaded(ds, aItem);
},
onXMLError: function(aEvent, aItem) {
try {
var request = aEvent.target;
// the following may throw (e.g. a local file or timeout)
var status = request.status;
}
catch (e) {
request = aEvent.target.channel.QueryInterface(Ci.nsIRequest);
status = request.status;
}
// this can fail when a network connection is not present.
try {
var statusText = request.statusText;
}
catch (e) {
status = 0;
}
// When status is 0 we don't have a valid channel.
if (status == 0)
statusText = "nsIXMLHttpRequest channel unavailable";
LOG("RDFItemUpdater:onError: There was an error loading the \r\n" +
"the update datasource for item " + aItem.id + ", error: " + statusText);
this._updater.checkForDone(aItem,
Ci.nsIAddonUpdateCheckListener.STATUS_FAILURE);
},
onDatasourceLoaded: function(aDatasource, aLocalItem) {
/*
//@line 6578 "e:\fx19rel\WINNT_5.2_Depend\mozilla\toolkit\mozapps\extensions\src\nsExtensionManager.js.in"
*/
if (!aDatasource.GetAllResources().hasMoreElements()) {
LOG("RDFItemUpdater:onDatasourceLoaded: Datasource empty.\r\n" +
"If you are an Extension developer and were expecting there to be\r\n" +
"updates, this could mean any number of things, since the RDF system\r\n" +
"doesn't give up much in the way of information when the load fails.\r\n" +
"\r\nTry checking that: \r\n" +
" 1. Your remote RDF file exists at the location.\r\n" +
" 2. Your RDF file is valid XML (starts with <?xml version=\"1.0\"?>\r\n" +
" and loads in Firefox displaying pretty printed like other XML documents\r\n" +
" 3. Your server is sending the data in the correct MIME\r\n" +
" type (text/xml)");
}
// If we have an update key then the update manifest must be signed
if (aLocalItem.updateKey) {
var extensionRes = gRDF.GetResource(getItemPrefix(aLocalItem.type) + aLocalItem.id);
LOG(extensionRes.Value);
var signature = this._getPropertyFromResource(aDatasource, extensionRes, "signature", null);
if (signature) {
var serializer = new RDFSerializer();
try {
var updateString = serializer.serializeResource(aDatasource, extensionRes);
var verifier = Cc["@mozilla.org/security/datasignatureverifier;1"].
getService(Ci.nsIDataSignatureVerifier);
try {
if (!verifier.verifyData(updateString, signature, aLocalItem.updateKey)) {
LOG("RDFItemUpdater:onDatasourceLoaded: Update manifest for " +
aLocalItem.id + " failed signature check.");
this._updater.checkForDone(aLocalItem, Ci.nsIAddonUpdateCheckListener.STATUS_FAILURE);
return;
}
}
catch (e) {
LOG("RDFItemUpdater:onDatasourceLoaded: Failed to verify signature for " +
aLocalItem.id + ". This indicates a malformed update key or signature.");
this._updater.checkForDone(aLocalItem, Ci.nsIAddonUpdateCheckListener.STATUS_FAILURE);
return;
}
}
catch (e) {
LOG("RDFItemUpdater:onDatasourceLoaded: Failed to generate signature " +
"string for " + aLocalItem.id + ". Serializer threw " + e);
this._updater.checkForDone(aLocalItem, Ci.nsIAddonUpdateCheckListener.STATUS_FAILURE);
return;
}
}
else {
LOG("RDFItemUpdater:onDatasourceLoaded: Update manifest for " +
aLocalItem.id + " did not contain a signature.");
this._updater.checkForDone(aLocalItem, Ci.nsIAddonUpdateCheckListener.STATUS_FAILURE);
return;
}
}
/* If there is no updateKey either the update was over SSL, or it is an old
* addon that we are allowing a grace update. */
// Parse the response RDF
var newerItem, sameItem;
// Firefox 1.0PR+ update.rdf format
if (this._updateCheckType == Ci.nsIExtensionManager.UPDATE_CHECK_NEWVERSION) {
// Look for newer versions of this item, we only do this in "normal"
// mode... see comment by ExtensionItemUpdater_checkForUpdates
// about how we do this in all cases but Install Phone Home - which
// only needs to do a version check.
newerItem = this._parseV20UpdateInfo(aDatasource, aLocalItem,
Ci.nsIExtensionManager.UPDATE_CHECK_NEWVERSION);
if (newerItem) {
++this._updater._updateCount;
LOG("RDFItemUpdater:onDatasourceLoaded: Found a newer version of this item:\r\n" +
newerItem.objectSource);
}
}
// Now look for updated version compatibility metadata for the currently
// installed version...
sameItem = this._parseV20UpdateInfo(aDatasource, aLocalItem,
Ci.nsIExtensionManager.UPDATE_CHECK_COMPATIBILITY);
if (sameItem) {
// Install-time updates are not written to the DS because there is no
// entry yet, EM just uses the notifications to ascertain (by hand)
// whether or not there is a remote maxVersion tweak that makes the
// item being installed compatible.
if (!this._updater._applyVersionUpdates(aLocalItem, sameItem))
sameItem = null;
else
LOG("RDFItemUpdater:onDatasourceLoaded: Found info about the installed\r\n" +
"version of this item: " + sameItem.objectSource);
}
var item = null, status = Ci.nsIAddonUpdateCheckListener.STATUS_NONE;
if (this._updateCheckType == Ci.nsIExtensionManager.UPDATE_CHECK_NEWVERSION
&& newerItem) {
item = newerItem;
status = Ci.nsIAddonUpdateCheckListener.STATUS_UPDATE;
}
else if (sameItem) {
item = sameItem;
status = Ci.nsIAddonUpdateCheckListener.STATUS_VERSIONINFO;
}
else {
item = aLocalItem;
status = Ci.nsIAddonUpdateCheckListener.STATUS_NO_UPDATE;
}
// Only one call of this._updater.checkForDone is needed for RDF
// responses, since there is only one response per item.
this._updater.checkForDone(item, status);
},
// Get a compulsory property from a resource. Reports an error if the
// property was not present.
_getPropertyFromResource: function(aDataSource, aSourceResource, aProperty, aLocalItem) {
var rv;
try {
var property = gRDF.GetResource(EM_NS(aProperty));
rv = stringData(aDataSource.GetTarget(aSourceResource, property, true));
if (rv === undefined)
throw Cr.NS_ERROR_FAILURE;
}
catch (e) {
// XXXben show console message "aProperty" not found on aSourceResource.
return null;
}
return rv;
},
/**
* Parses the Firefox 1.0RC1+ update manifest format looking for new versions
* of updated compatibility information about the given add-on.
* @param aDataSource
* The update manifest's datasource
* @param aLocalItem
* The nsIUpdateItem representing the add-on being checked for updates.
* @param aUpdateCheckType
* The type of update check being performed. See the constants in
* nsIExtensionManager
* @returns An nsIUpdateItem holding the update's information if a valid
* update is found or null if not.
*/
_parseV20UpdateInfo: function(aDataSource, aLocalItem, aUpdateCheckType) {
var extensionRes = gRDF.GetResource(getItemPrefix(aLocalItem.type) + aLocalItem.id);
var updatesArc = gRDF.GetResource(EM_NS("updates"));
var updates = aDataSource.GetTarget(extensionRes, updatesArc, true);
try {
updates = updates.QueryInterface(Ci.nsIRDFResource);
}
catch (e) {
LOG("RDFItemUpdater:_parseV20UpdateInfo: No updates were found for:\r\n" +
aLocalItem.id + "\r\n" +
"If you are an Extension developer and were expecting there to be\r\n" +
"updates, this could mean any number of things, since the RDF system\r\n" +
"doesn't give up much in the way of information when the load fails.\r\n" +
"\r\nTry checking that: \r\n" +
" 1. Your RDF File is correct - e.g. check that there is a top level\r\n" +
" RDF Resource with a URI urn:mozilla:extension:{GUID}, and that\r\n" +
" the <em:updates> listed all have matching GUIDs.");
return null;
}
// Track the newest update found
var updatedItem = null;
var cu = Cc["@mozilla.org/rdf/container-utils;1"].
getService(Ci.nsIRDFContainerUtils);
if (cu.IsContainer(aDataSource, updates)) {
var ctr = getContainer(aDataSource, updates);
var versions = ctr.GetElements();
while (versions.hasMoreElements()) {
// There are two different methodologies for collecting version
// information depending on whether or not we've been invoked in
// "version updates only" mode or "version+newest" mode.
var version = versions.getNext().QueryInterface(Ci.nsIRDFResource);
var foundItem = this._parseV20Update(aDataSource, version, aLocalItem,
updatedItem ? updatedItem.version : aLocalItem.version,
aUpdateCheckType);
if (foundItem) {
// When not checking for new versions we can bail out on the first
// result.
if (aUpdateCheckType)
return foundItem;
updatedItem = foundItem;
}
}
}
return updatedItem;
},
/**
* Parses a single version's update entry looking for the best matching
* targetApplication entry.
* @param aDataSource
* The update manifest's datasource
* @param aUpdateResource
* The nsIRDFResource of the update entry.
* @param aLocalItem
* The nsIUpdateItem representing the add-on being checked for updates.
* @param aNewestVersionFound
* When checking for new versions holds the newest version of this
* add-on that we know about. Otherwise holds the current version.
* @param aUpdateCheckType
* The type of update check being performed. See the constants in
* nsIExtensionManager
* @returns An nsIUpdateItem holding the update's information if a valid
* update is found or null if not.
*/
_parseV20Update: function(aDataSource, aUpdateResource, aLocalItem, aNewestVersionFound, aUpdateCheckType) {
var version = this._getPropertyFromResource(aDataSource, aUpdateResource,
"version", aLocalItem);
/* If we are looking for new versions then test whether this discovered
* version is greater than any previously found update. Otherwise check
* if this update is for the same version as we have installed. */
var result = gVersionChecker.compare(version, aNewestVersionFound);
if (aUpdateCheckType == Ci.nsIExtensionManager.UPDATE_CHECK_NEWVERSION ? result <= 0 : result != 0)
return null;
var taArc = gRDF.GetResource(EM_NS("targetApplication"));
var targetApps = aDataSource.GetTargets(aUpdateResource, taArc, true);
// Track the best update we have found so far
var newestUpdateItem = null;
while (targetApps.hasMoreElements()) {
var targetApp = targetApps.getNext().QueryInterface(Ci.nsIRDFResource);
var appID = this._getPropertyFromResource(aDataSource, targetApp, "id", aLocalItem);
if (appID != gApp.ID && appID != TOOLKIT_ID)
continue;
var updateLink = this._getPropertyFromResource(aDataSource, targetApp, "updateLink", aLocalItem);
var updateHash = this._getPropertyFromResource(aDataSource, targetApp, "updateHash", aLocalItem);
if (aUpdateCheckType == Ci.nsIExtensionManager.UPDATE_CHECK_NEWVERSION) {
// New version information is useless without a link to get it from
if (!updateLink)
continue;
/* If the update link is non-ssl and we do not have a hash or the hash
* is of an insecure nature then we must ignore this update. Bypass
* this if not checking update security. Currently we only consider
* the sha hashing algorithms as secure. */
if (gCheckUpdateSecurity && updateLink.substring(0, 6) != "https:" &&
(!updateHash || updateHash.substring(0, 3) != "sha")) {
LOG("RDFItemUpdater:_parseV20Update: Update for " + aLocalItem.id +
" at " + updateLink + " ignored because it is insecure. updateLink " +
" must be a https url or an updateHash must be specified.");
continue;
}
}
var updatedItem = makeItem(aLocalItem.id,
version,
aLocalItem.installLocationKey,
this._getPropertyFromResource(aDataSource, targetApp, "minVersion", aLocalItem),
this._getPropertyFromResource(aDataSource, targetApp, "maxVersion", aLocalItem),
aLocalItem.name,
updateLink,
updateHash,
"", /* Icon URL */
"", /* RDF Update URL */
"", /* Update Key */
aLocalItem.type,
appID);
if (this._updater._isValidUpdate(aLocalItem, updatedItem)) {
if (aUpdateCheckType == Ci.nsIExtensionManager.UPDATE_CHECK_NEWVERSION) {
var infourl = this._getPropertyFromResource(aDataSource, targetApp,
"updateInfoURL");
if (infourl)
infourl = EM_L(infourl);
this._updater._emDS.setItemProperty(aLocalItem.id,
EM_R("availableUpdateInfo"),
infourl);
}
if (appID == gApp.ID) {
// App takes precedence over toolkit. If we found the app, bail out.
return updatedItem;
}
newestUpdateItem = updatedItem;
}
}
return newestUpdateItem;
}
};
/**
* A serialisation method for RDF data that produces an identical string
* provided that the RDF assertions match.
* The serialisation is not complete, only assertions stemming from a given
* resource are included, multiple references to the same resource are not
* permitted, and the RDF prolog and epilog are not included.
* RDF Blob and Date literals are not supported.
*/
function RDFSerializer()
{
this.cUtils = Cc["@mozilla.org/rdf/container-utils;1"].
getService(Ci.nsIRDFContainerUtils);
this.resources = [];
}
RDFSerializer.prototype = {
INDENT: " ", // The indent used for pretty-printing
resources: null, // Array of the resources that have been found
/**
* Escapes characters from a string that should not appear in XML.
* @param string The string to be escaped
* @returns a string with all characters invalid in XML character data
* converted to entity references.
*/
escapeEntities: function(string)
{
string = string.replace(/&/g, "&");
string = string.replace(/</g, "<");
string = string.replace(/>/g, ">");
string = string.replace(/"/g, """);
return string;
},
/**
* Serializes all the elements of an RDF container.
* @param ds The datasource holding the data
* @param container The RDF container to output the child elements of
* @param indent The current level of indent for pretty-printing
* @returns a string containing the serialized elements.
*/
serializeContainerItems: function(ds, container, indent)
{
var result = "";
var items = container.GetElements();
while (items.hasMoreElements()) {
var item = items.getNext().QueryInterface(Ci.nsIRDFResource);
result += indent + "<RDF:li>\n"
result += this.serializeResource(ds, item, indent + this.INDENT);
result += indent + "</RDF:li>\n"
}
return result;
},
/**
* Serializes all em:* (see EM_NS) properties of an RDF resource except for
* the em:signature property. As this serialization is to be compared against
* the manifest signature it cannot contain the em:signature property itself.
* @param ds The datasource holding the data
* @param resource The RDF resource to output the properties of
* @param indent The current level of indent for pretty-printing
* @returns a string containing the serialized properties.
*/
serializeResourceProperties: function(ds, resource, indent)
{
var result = "";
var items = [];
var arcs = ds.ArcLabelsOut(resource);
while (arcs.hasMoreElements()) {
var arc = arcs.getNext().QueryInterface(Ci.nsIRDFResource);
if (arc.ValueUTF8.substring(0, PREFIX_NS_EM.length) != PREFIX_NS_EM)
continue;
var prop = arc.ValueUTF8.substring(PREFIX_NS_EM.length);
if (prop == "signature")
continue;
var targets = ds.GetTargets(resource, arc, true);
while (targets.hasMoreElements()) {
var target = targets.getNext();
if (target instanceof Ci.nsIRDFResource) {
var item = indent + "<em:" + prop + ">\n";
item += this.serializeResource(ds, target, indent + this.INDENT);
item += indent + "</em:" + prop + ">\n";
items.push(item);
}
else if (target instanceof Ci.nsIRDFLiteral) {
items.push(indent + "<em:" + prop + ">" + this.escapeEntities(target.Value) + "</em:" + prop + ">\n");
}
else if (target instanceof Ci.nsIRDFInt) {
items.push(indent + "<em:" + prop + " NC:parseType=\"Integer\">" + target.Value + "</em:" + prop + ">\n");
}
else {
throw new Error("Cannot serialize unknown literal type");
}
}
}
items.sort();
result += items.join("");
return result;
},
/**
* Recursively serializes an RDF resource and all resources it links to.
* This will only output EM_NS properties and will ignore any em:signature
* property.
* @param ds The datasource holding the data
* @param resource The RDF resource to serialize
* @param indent The current level of indent for pretty-printing.
* Leave undefined for no indent
* @returns a string containing the serialized resource.
* @throws if the RDF data contains multiple references to the same resource.
*/
serializeResource: function(ds, resource, indent)
{
if (this.resources.indexOf(resource) != -1 ) {
// We cannot output multiple references to the same resource.
throw new Error("Cannot serialize multiple references to "+resource.Value);
}
if (indent === undefined)
indent = "";
this.resources.push(resource);
var container = null;
var type = "Description";
if (this.cUtils.IsSeq(ds, resource)) {
type = "Seq";
container = this.cUtils.MakeSeq(ds, resource);
}
else if (this.cUtils.IsAlt(ds, resource)) {
type = "Alt";
container = this.cUtils.MakeAlt(ds, resource);
}
else if (this.cUtils.IsBag(ds, resource)) {
type = "Bag";
container = this.cUtils.MakeBag(ds, resource);
}
var result = indent + "<RDF:" + type;
if (!gRDF.IsAnonymousResource(resource))
result += " about=\"" + this.escapeEntities(resource.ValueUTF8) + "\"";
result += ">\n";
if (container)
result += this.serializeContainerItems(ds, container, indent + this.INDENT);
result += this.serializeResourceProperties(ds, resource, indent + this.INDENT);
result += indent + "</RDF:" + type + ">\n";
return result;
}
}
/**
* A Datasource that holds Extensions.
* - Implements nsIRDFDataSource to drive UI
* - Uses a RDF/XML datasource for storage (this is undesirable)
*
* @constructor
*/
function ExtensionsDataSource(em) {
this._em = em;
this._itemRoot = gRDF.GetResource(RDFURI_ITEM_ROOT);
this._defaultTheme = gRDF.GetResource(RDFURI_DEFAULT_THEME);
}
ExtensionsDataSource.prototype = {
_inner : null,
_em : null,
_itemRoot : null,
_defaultTheme : null,
/**
* Determines if an item's dependencies are satisfied. An item's dependencies
* are satisifed when all items specified in the item's em:requires arc are
* installed, enabled, and the version is compatible based on the em:requires
* minVersion and maxVersion.
* @param id
* The ID of the item
* @returns true if the item's dependencies are satisfied.
* false if the item's dependencies are not satisfied.
*/
satisfiesDependencies: function(id) {
var ds = this._inner;
var itemResource = getResourceForID(id);
var targets = ds.GetTargets(itemResource, EM_R("requires"), true);
if (!targets.hasMoreElements())
return true;
getVersionChecker();
var idRes = EM_R("id");
var minVersionRes = EM_R("minVersion");
var maxVersionRes = EM_R("maxVersion");
while (targets.hasMoreElements()) {
var target = targets.getNext().QueryInterface(Ci.nsIRDFResource);
var dependencyID = stringData(ds.GetTarget(target, idRes, true));
var version = null;
version = this.getItemProperty(dependencyID, "version");
if (version) {
var opType = this.getItemProperty(dependencyID, "opType");
if (opType == OP_NEEDS_DISABLE || opType == OP_NEEDS_UNINSTALL)
return false;
if (this.getItemProperty(dependencyID, "userDisabled") == "true" ||
this.getItemProperty(dependencyID, "appDisabled") == "true" ||
this.getItemProperty(dependencyID, "userDisabled") == OP_NEEDS_DISABLE ||
this.getItemProperty(dependencyID, "appDisabled") == OP_NEEDS_DISABLE)
return false;
var minVersion = stringData(ds.GetTarget(target, minVersionRes, true));
var maxVersion = stringData(ds.GetTarget(target, maxVersionRes, true));
var compatible = (gVersionChecker.compare(version, minVersion) >= 0 &&
gVersionChecker.compare(version, maxVersion) <= 0);
if (!compatible)
return false;
}
else {
return false;
}
}
return true;
},
/**
* Determine if an item is compatible
* @param datasource
* The datasource to inspect for compatibility - can be the main
* datasource or an Install Manifest.
* @param source
* The RDF Resource of the item to inspect for compatibility.
* @param appVersion
* The version of the application we are checking for compatibility
* against. If this parameter is undefined, the version of the running
* application is used.
* @param platformVersion
* The version of the toolkit to check compatibility against
* @returns true if the item is compatible with this version of the
* application, false, otherwise.
*/
isCompatible: function (datasource, source, appVersion, platformVersion) {
// The Default Theme is always compatible.
if (source.EqualsNode(this._defaultTheme))
return true;
var appID = gApp.ID;
if (appVersion === undefined)
appVersion = gApp.version;
if (platformVersion === undefined)
var platformVersion = gApp.platformVersion;
var targets = datasource.GetTargets(source, EM_R("targetApplication"), true);
var idRes = EM_R("id");
var minVersionRes = EM_R("minVersion");
var maxVersionRes = EM_R("maxVersion");
var versionChecker = getVersionChecker();
var rv = false;
while (targets.hasMoreElements()) {
var targetApp = targets.getNext().QueryInterface(Ci.nsIRDFResource);
var id = stringData(datasource.GetTarget(targetApp, idRes, true));
var minVersion = stringData(datasource.GetTarget(targetApp, minVersionRes, true));
var maxVersion = stringData(datasource.GetTarget(targetApp, maxVersionRes, true));
if (id == appID) {
rv = (versionChecker.compare(appVersion, minVersion) >= 0) &&
(versionChecker.compare(appVersion, maxVersion) <= 0);
return rv; // App takes precedence over toolkit.
}
if (id == TOOLKIT_ID) {
rv = (versionChecker.compare(platformVersion, minVersion) >= 0) &&
(versionChecker.compare(platformVersion, maxVersion) <= 0);
// Keep looping, in case the app id is later.
}
}
return rv;
},
/**
* Gets a list of items that are incompatible with a specific application version.
* @param appID
* The ID of the application - XXXben unused?
* @param appVersion
* The Version of the application to check for incompatibility against.
* @param platformVersion
* The version of the toolkit to check compatibility against
* @param desiredType
* The nsIUpdateItem type of items to look for
* @param includeDisabled
* Whether or not disabled items should be included in the set returned
* @returns An array of nsIUpdateItems that are incompatible with the application
* ID/Version supplied.
*/
getIncompatibleItemList: function(appID, appVersion, platformVersion,
desiredType, includeDisabled) {
var items = [];
var ctr = getContainer(this._inner, this._itemRoot);
var elements = ctr.GetElements();
while (elements.hasMoreElements()) {
var item = elements.getNext().QueryInterface(Ci.nsIRDFResource);
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var type = this.getItemProperty(id, "type");
// Skip this item if we're not seeking disabled items
if (!includeDisabled && this.getItemProperty(id, "isDisabled") == "true")
continue;
// If the id of this item matches one of the items potentially installed
// with and maintained by this application AND it is installed in the
// global install location (i.e. the place installed by the app installer)
// it is and can be managed by the update file - it's not an item that has
// been manually installed by the user into their profile dir, and as such
// it is always compatible with the next release of the application since
// we will continue to support it.
var locationKey = this.getItemProperty(id, "installLocation");
var appManaged = this.getItemProperty(id, "appManaged") == "true";
if (appManaged && locationKey == KEY_APP_GLOBAL)
continue;
if (type != -1 && (type & desiredType) &&
!this.isCompatible(this, item, appVersion, platformVersion))
items.push(this.getItemForID(id));
}
return items;
},
/**
* Retrieves a list of items that will be blocklisted by the application for
* a specific application or toolkit version.
* @param appVersion
* The Version of the application to check the blocklist against.
* @param platformVersion
* The Version of the toolkit to check the blocklist against.
* @param desiredType
* The nsIUpdateItem type of items to look for
* @param includeAppDisabled
* Whether or not items that are or are already set to be disabled
* by the app on next restart should be included in the set returned
* @returns An array of nsIUpdateItems that are blocklisted with the application
* or toolkit version supplied.
*/
getBlocklistedItemList: function(appVersion, platformVersion, desiredType,
includeAppDisabled) {
if (!gBlocklist)
gBlocklist = Cc["@mozilla.org/extensions/blocklist;1"].
getService(Ci.nsIBlocklistService);
var items = [];
var ctr = getContainer(this._inner, this._itemRoot);
var elements = ctr.GetElements();
while (elements.hasMoreElements()) {
var item = elements.getNext().QueryInterface(Ci.nsIRDFResource);
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var type = this.getItemProperty(id, "type");
if (!includeAppDisabled &&
(this.getItemProperty(id, "appDisabled") == "true" ||
this.getItemProperty(id, "appDisabled") == OP_NEEDS_DISABLE))
continue;
var version = this.getItemProperty(id, "version");
if (type != -1 && (type & desiredType) &&
gBlocklist.isAddonBlocklisted(id, version, appVersion, platformVersion))
items.push(this.getItemForID(id));
}
return items;
},
/**
* Gets a list of items of a specific type
* @param desiredType
* The nsIUpdateItem type of items to return
* @param countRef
* The XPCJS reference to the size of the returned array
* @returns An array of nsIUpdateItems, populated only with an item for |id|
* if |id| is non-null, otherwise all items matching the specified
* type.
*/
getItemList: function(desiredType, countRef) {
var items = [];
var ctr = getContainer(this, this._itemRoot);
var elements = ctr.GetElements();
while (elements.hasMoreElements()) {
var e = elements.getNext().QueryInterface(Ci.nsIRDFResource);
var eID = stripPrefix(e.Value, PREFIX_ITEM_URI);
var type = this.getItemProperty(eID, "type");
if (type != -1 && type & desiredType)
items.push(this.getItemForID(eID));
}
countRef.value = items.length;
return items;
},
/**
* Retrieves a list of installed nsIUpdateItems of items that are dependent
* on another item.
* @param id
* The ID of the item that other items depend on.
* @param includeDisabled
* Whether to include disabled items in the set returned.
* @param countRef
* The XPCJS reference to the number of items returned.
* @returns An array of installed nsIUpdateItems that depend on the item
* specified by the id parameter.
*/
getDependentItemListForID: function(id, includeDisabled, countRef) {
var items = [];
var ds = this._inner;
var ctr = getContainer(this, this._itemRoot);
var elements = ctr.GetElements();
while (elements.hasMoreElements()) {
var e = elements.getNext().QueryInterface(Ci.nsIRDFResource);
var dependentID = stripPrefix(e.Value, PREFIX_ITEM_URI);
var targets = ds.GetTargets(e, EM_R("requires"), true);
var idRes = EM_R("id");
while (targets.hasMoreElements()) {
var target = targets.getNext().QueryInterface(Ci.nsIRDFResource);
var dependencyID = stringData(ds.GetTarget(target, idRes, true));
if (dependencyID == id) {
if (!includeDisabled && this.getItemProperty(dependentID, "isDisabled") == "true")
continue;
items.push(this.getItemForID(dependentID));
break;
}
}
}
countRef.value = items.length;
return items;
},
/**
* Constructs an nsIUpdateItem for the given item ID
* @param id
* The GUID of the item to construct a nsIUpdateItem for
* @returns The nsIUpdateItem for the id.
*/
getItemForID: function(id) {
if (!this.visibleItems[id])
return null;
var r = getResourceForID(id);
if (!r)
return null;
var targetAppInfo = this.getTargetApplicationInfo(id, this);
var updateHash = this.getItemProperty(id, "availableUpdateHash");
return makeItem(id,
this.getItemProperty(id, "version"),
this.getItemProperty(id, "installLocation"),
targetAppInfo ? targetAppInfo.minVersion : "",
targetAppInfo ? targetAppInfo.maxVersion : "",
this.getItemProperty(id, "name"),
this.getItemProperty(id, "availableUpdateURL"),
updateHash ? updateHash : "",
this.getItemProperty(id, "iconURL"),
this.getItemProperty(id, "updateURL"),
this.getItemProperty(id, "updateKey"),
this.getItemProperty(id, "type"),
targetAppInfo ? targetAppInfo.appID : gApp.ID);
},
/**
* Gets the name of the Install Location where an item is installed.
* @param id
* The GUID of the item to locate an Install Location for
* @returns The string name of the Install Location where the item is
* installed.
*/
getInstallLocationKey: function(id) {
return this.getItemProperty(id, "installLocation");
},
/**
* Sets an RDF property on an item in a datasource. Does not create
* multiple assertions
* @param datasource
* The target datasource where the property should be set
* @param source
* The RDF Resource to set the property on
* @param property
* The RDF Resource of the property to set
* @param newValue
* The RDF Node containing the new property value
*/
_setProperty: function(datasource, source, property, newValue) {
var oldValue = datasource.GetTarget(source, property, true);
if (oldValue) {
if (newValue)
datasource.Change(source, property, oldValue, newValue);
else
datasource.Unassert(source, property, oldValue);
}
else if (newValue)
datasource.Assert(source, property, newValue, true);
},
/**
* Gets the updated target application info if it exists for an item from
* the Extensions datasource during an installation or upgrade.
* @param id
* The ID of the item to discover updated target application info for
* @returns A JS Object with the following properties:
* "id" The id of the item
* "minVersion" The updated minimum version of the target
* application that this item can run in
* "maxVersion" The updated maximum version of the target
* application that this item can run in
*/
getUpdatedTargetAppInfo: function(id) {
// The default theme is always compatible so there is never update info.
if (getResourceForID(id).EqualsNode(this._defaultTheme))
return null;
var appID = gApp.ID;
var r = getResourceForID(id);
var targetApps = this._inner.GetTargets(r, EM_R("targetApplication"), true);
if (!targetApps.hasMoreElements())
targetApps = this._inner.GetTargets(gInstallManifestRoot, EM_R("targetApplication"), true);
var outData = null;
while (targetApps.hasMoreElements()) {
var targetApp = targetApps.getNext();
if (targetApp instanceof Ci.nsIRDFResource) {
try {
var foundAppID = stringData(this._inner.GetTarget(targetApp, EM_R("id"), true));
// Different target application?
if (foundAppID != appID && foundAppID != TOOLKIT_ID)
continue;
var updatedMinVersion = this._inner.GetTarget(targetApp, EM_R("updatedMinVersion"), true);
var updatedMaxVersion = this._inner.GetTarget(targetApp, EM_R("updatedMaxVersion"), true);
if (updatedMinVersion && updatedMaxVersion)
outData = { id : id,
targetAppID : foundAppID,
minVersion : stringData(updatedMinVersion),
maxVersion : stringData(updatedMaxVersion) };
if (foundAppID == appID)
return outData;
}
catch (e) {
continue;
}
}
}
return outData;
},
/**
* Sets the updated target application info for an item in the Extensions
* datasource during an installation or upgrade.
* @param id
* The ID of the item to set updated target application info for
* @param targetAppID
* The target application ID used for checking compatibility for this item.
* @param updatedMinVersion
* The updated minimum version of the target application that this
* item can run in
* @param updatedMaxVersion
* The updated maximum version of the target application that this
* item can run in
*
* @note Add-ons can specify a targetApplication id of toolkit@mozilla.org in
* their install manifest for compatibility with all apps using a
* specific release of the toolkit.
*/
setUpdatedTargetAppInfo: function(id, targetAppID, updatedMinVersion, updatedMaxVersion) {
// The default theme is always compatible so it is never updated.
if (getResourceForID(id).EqualsNode(this._defaultTheme))
return;
// Version/Dependency Info
var updatedMinVersionRes = EM_R("updatedMinVersion");
var updatedMaxVersionRes = EM_R("updatedMaxVersion");
var appID = gApp.ID;
var r = getResourceForID(id);
var targetApps = this._inner.GetTargets(r, EM_R("targetApplication"), true);
// add updatedMinVersion and updatedMaxVersion for an install else an upgrade
if (!targetApps.hasMoreElements()) {
var idRes = EM_R("id");
var targetRes = getResourceForID(id);
var property = EM_R("targetApplication");
var anon = gRDF.GetAnonymousResource();
this._inner.Assert(anon, idRes, EM_L(appID), true);
this._inner.Assert(anon, updatedMinVersionRes, EM_L(updatedMinVersion), true);
this._inner.Assert(anon, updatedMaxVersionRes, EM_L(updatedMaxVersion), true);
this._inner.Assert(targetRes, property, anon, true);
}
else {
while (targetApps.hasMoreElements()) {
var targetApp = targetApps.getNext();
if (targetApp instanceof Ci.nsIRDFResource) {
var foundAppID = stringData(this._inner.GetTarget(targetApp, EM_R("id"), true));
// Different target application?
if (foundAppID != targetAppID)
continue;
this._inner.Assert(targetApp, updatedMinVersionRes, EM_L(updatedMinVersion), true);
this._inner.Assert(targetApp, updatedMaxVersionRes, EM_L(updatedMaxVersion), true);
break;
}
}
}
this.Flush();
},
/**
* Gets the target application info for an item from a datasource.
* @param id
* The GUID of the item to discover target application info for
* @param datasource
* The datasource to look up target application info in
* @returns A JS Object with the following properties:
* "appID" The target application ID used for checking
* compatibility for this item.
* "minVersion" The minimum version of the target application
* that this item can run in
* "maxVersion" The maximum version of the target application
* that this item can run in
* or null, if no target application data exists for the specified
* id in the supplied datasource.
*/
getTargetApplicationInfo: function(id, datasource) {
var appID = gApp.ID;
// The default theme is always compatible.
if (getResourceForID(id).EqualsNode(this._defaultTheme)) {
var ver = gApp.version;
return { appID: appID, minVersion: ver, maxVersion: ver };
}
var r = getResourceForID(id);
var targetApps = datasource.GetTargets(r, EM_R("targetApplication"), true);
if (!targetApps)
return null;
if (!targetApps.hasMoreElements())
targetApps = datasource.GetTargets(gInstallManifestRoot, EM_R("targetApplication"), true);
var outData = null;
while (targetApps.hasMoreElements()) {
var targetApp = targetApps.getNext();
if (targetApp instanceof Ci.nsIRDFResource) {
try {
var foundAppID = stringData(datasource.GetTarget(targetApp, EM_R("id"), true));
// Different target application?
if (foundAppID != appID && foundAppID != TOOLKIT_ID)
continue;
outData = { appID: foundAppID,
minVersion: stringData(datasource.GetTarget(targetApp, EM_R("minVersion"), true)),
maxVersion: stringData(datasource.GetTarget(targetApp, EM_R("maxVersion"), true)) };
if (foundAppID == appID)
return outData;
}
catch (e) {
continue;
}
}
}
return outData;
},
/**
* Sets the target application info for an item in a datasource.
* @param id
* The GUID of the item to discover target application info for
* @param targetAppID
* The target application ID used for checking compatibility for this
* item.
* @param minVersion
* The minimum version of the target application that this item can
* run in
* @param maxVersion
* The maximum version of the target application that this item can
* run in
* @param datasource
* The datasource to look up target application info in
*
* @note Add-ons can specify a targetApplication id of toolkit@mozilla.org in
* their install manifest for compatibility with all apps using a
* specific release of the toolkit.
*/
setTargetApplicationInfo: function(id, targetAppID, minVersion, maxVersion, datasource) {
var targetDataSource = datasource;
if (!targetDataSource)
targetDataSource = this._inner;
var appID = gApp.ID;
var r = getResourceForID(id);
var targetApps = targetDataSource.GetTargets(r, EM_R("targetApplication"), true);
if (!targetApps.hasMoreElements())
targetApps = datasource.GetTargets(gInstallManifestRoot, EM_R("targetApplication"), true);
while (targetApps.hasMoreElements()) {
var targetApp = targetApps.getNext();
if (targetApp instanceof Ci.nsIRDFResource) {
var foundAppID = stringData(targetDataSource.GetTarget(targetApp, EM_R("id"), true));
// Different target application?
if (foundAppID != targetAppID)
continue;
this._setProperty(targetDataSource, targetApp, EM_R("minVersion"), EM_L(minVersion));
this._setProperty(targetDataSource, targetApp, EM_R("maxVersion"), EM_L(maxVersion));
// If we were setting these properties on the main datasource, flush
// it now. (Don't flush changes set on Install Manifests - they are
// fleeting).
if (!datasource)
this.Flush();
break;
}
}
},
/**
* Gets a property of an item
* @param id
* The GUID of the item
* @param property
* The name of the property (excluding EM_NS)
* @returns The literal value of the property, or undefined if there is no
* value.
*/
getItemProperty: function(id, property) {
var item = getResourceForID(id);
if (!item) {
LOG("getItemProperty failing for lack of an item. This means getResourceForItem \
failed to locate a resource for aItemID (item ID = " + id + ", property = " + property + ")");
}
else
return this._getItemProperty(item, property);
return undefined;
},
/**
* Gets a property of an item resource
* @param itemResource
* The RDF Resource of the item
* @param property
* The name of the property (excluding EM_NS)
* @returns The literal value of the property, or undefined if there is no
* value.
*/
_getItemProperty: function(itemResource, property) {
var target = this.GetTarget(itemResource, EM_R(property), true);
var value = stringData(target);
if (value === undefined)
value = intData(target);
return value === undefined ? "" : value;
},
/**
* Sets a property on an item.
* @param id
* The GUID of the item
* @param propertyArc
* The RDF Resource of the property arc
* @param propertyValue
* A nsIRDFLiteral value of the property to be set
*/
setItemProperty: function (id, propertyArc, propertyValue) {
var item = getResourceForID(id);
this._setProperty(this._inner, item, propertyArc, propertyValue);
this.Flush();
},
/**
* Sets one or more properties for an item.
* @param id
* The ID of the item
* @param properties
* A JS object which maps properties to values.
*/
setItemProperties: function (id, properties) {
var item = getResourceForID(id);
for (var key in properties)
this._setProperty(this._inner, item, EM_R(key), properties[key]);
this.Flush();
},
/**
* Inserts the RDF resource for an item into a container.
* @param id
* The GUID of the item
*/
insertItemIntoContainer: function(id) {
// Get the target container and resource
var ctr = getContainer(this._inner, this._itemRoot);
var itemResource = getResourceForID(id);
// Don't bother adding the extension to the list if it's already there.
// (i.e. we're upgrading)
var oldIndex = ctr.IndexOf(itemResource);
if (oldIndex == -1)
ctr.AppendElement(itemResource);
this.Flush();
},
/**
* Removes the RDF resource for an item from its container.
* @param id
* The GUID of the item
*/
removeItemFromContainer: function(id) {
var ctr = getContainer(this._inner, this._itemRoot);
var itemResource = getResourceForID(id);
ctr.RemoveElement(itemResource, true);
this.Flush();
},
/**
* Removes a corrupt item entry from the extension list added due to buggy
* code in previous EM versions!
* @param id
* The GUID of the item
*/
removeCorruptItem: function(id) {
this.removeItemMetadata(id);
this.removeItemFromContainer(id);
this.visibleItems[id] = null;
},
/**
* Removes a corrupt download entry from the list
* @param uri
* The RDF URI of the item.
* @returns The RDF Resource of the removed entry
*/
removeCorruptDLItem: function(uri) {
var itemResource = gRDF.GetResource(uri);
var ctr = getContainer(this._inner, this._itemRoot);
if (ctr.IndexOf(itemResource) != -1) {
ctr.RemoveElement(itemResource, true);
this._cleanResource(itemResource);
this.Flush();
}
return itemResource;
},
/**
* Copies localized properties from an install manifest to the datasource
*
* @param installManifest
* The Install Manifest datasource we are copying from
* @param source
* The source resource of the localized properties
* @param target
* The target resource to store the localized properties
*/
_addLocalizedMetadata: function(installManifest, sourceRes, targetRes)
{
var singleProps = ["name", "description", "creator", "homepageURL"];
for (var i = 0; i < singleProps.length; ++i) {
var property = EM_R(singleProps[i]);
var literal = installManifest.GetTarget(sourceRes, property, true);
// If literal is null, _setProperty will remove any existing.
this._setProperty(this._inner, targetRes, property, literal);
}
// Assert properties with multiple values
var manyProps = ["developer", "translator", "contributor"];
for (var i = 0; i < manyProps.length; ++i) {
var property = EM_R(manyProps[i]);
var literals = installManifest.GetTargets(sourceRes, property, true);
var oldValues = this._inner.GetTargets(targetRes, property, true);
while (oldValues.hasMoreElements()) {
var oldValue = oldValues.getNext().QueryInterface(Ci.nsIRDFNode);
this._inner.Unassert(targetRes, property, oldValue);
}
while (literals.hasMoreElements()) {
var literal = literals.getNext().QueryInterface(Ci.nsIRDFNode);
this._inner.Assert(targetRes, property, literal, true);
}
}
},
/**
* Copies metadata from an Install Manifest Datasource into the Extensions
* DataSource.
* @param id
* The GUID of the item
* @param installManifest
* The Install Manifest datasource we are copying from
* @param installLocation
* The Install Location of the item.
*/
addItemMetadata: function(id, installManifest, installLocation) {
var targetRes = getResourceForID(id);
// Remove any temporary assertions used for the install process
this._setProperty(this._inner, targetRes, EM_R("newVersion"), null);
// Copy the assertions over from the source datasource.
// Assert properties with single values
var singleProps = ["version", "updateURL", "updateService", "optionsURL",
"aboutURL", "iconURL", "internalName", "updateKey"];
// Items installed into restricted Install Locations can also be locked
// (can't be removed or disabled), and hidden (not shown in the UI)
if (installLocation.restricted)
singleProps = singleProps.concat(["locked", "hidden"]);
if (installLocation.name == KEY_APP_GLOBAL)
singleProps = singleProps.concat(["appManaged"]);
for (var i = 0; i < singleProps.length; ++i) {
var property = EM_R(singleProps[i]);
var literal = installManifest.GetTarget(gInstallManifestRoot, property, true);
// If literal is null, _setProperty will remove any existing.
this._setProperty(this._inner, targetRes, property, literal);
}
var localizedProp = EM_R("localized");
var localeProp = EM_R("locale");
// Remove old localized properties
var oldValues = this._inner.GetTargets(targetRes, localizedProp, true);
while (oldValues.hasMoreElements()) {
var oldValue = oldValues.getNext().QueryInterface(Ci.nsIRDFNode);
this._cleanResource(oldValue);
this._inner.Unassert(targetRes, localizedProp, oldValue);
}
// Add each localized property
var localizations = installManifest.GetTargets(gInstallManifestRoot, localizedProp, true);
while (localizations.hasMoreElements()) {
var localization = localizations.getNext().QueryInterface(Ci.nsIRDFResource);
var anon = gRDF.GetAnonymousResource();
var literals = installManifest.GetTargets(localization, localeProp, true);
while (literals.hasMoreElements()) {
var literal = literals.getNext().QueryInterface(Ci.nsIRDFNode);
this._inner.Assert(anon, localeProp, literal, true);
}
this._addLocalizedMetadata(installManifest, localization, anon);
this._inner.Assert(targetRes, localizedProp, anon, true);
}
// Add the fallback properties
this._addLocalizedMetadata(installManifest, gInstallManifestRoot, targetRes);
// Version/Dependency Info
var versionProps = ["targetApplication", "requires"];
var idRes = EM_R("id");
var minVersionRes = EM_R("minVersion");
var maxVersionRes = EM_R("maxVersion");
for (var i = 0; i < versionProps.length; ++i) {
var property = EM_R(versionProps[i]);
var newVersionInfos = installManifest.GetTargets(gInstallManifestRoot, property, true);
var oldVersionInfos = this._inner.GetTargets(targetRes, property, true);
while (oldVersionInfos.hasMoreElements()) {
var oldVersionInfo = oldVersionInfos.getNext().QueryInterface(Ci.nsIRDFResource);
this._cleanResource(oldVersionInfo);
this._inner.Unassert(targetRes, property, oldVersionInfo);
}
while (newVersionInfos.hasMoreElements()) {
var newVersionInfo = newVersionInfos.getNext().QueryInterface(Ci.nsIRDFResource);
var anon = gRDF.GetAnonymousResource();
this._inner.Assert(anon, idRes, installManifest.GetTarget(newVersionInfo, idRes, true), true);
this._inner.Assert(anon, minVersionRes, installManifest.GetTarget(newVersionInfo, minVersionRes, true), true);
this._inner.Assert(anon, maxVersionRes, installManifest.GetTarget(newVersionInfo, maxVersionRes, true), true);
this._inner.Assert(targetRes, property, anon, true);
}
}
this.updateProperty(id, "opType");
this.updateProperty(id, "updateable");
this.Flush();
},
/**
* Strips an item entry of all assertions.
* @param id
* The GUID of the item
*/
removeItemMetadata: function(id) {
var item = getResourceForID(id);
var resources = ["targetApplication", "requires", "localized"];
for (var i = 0; i < resources.length; ++i) {
var targetApps = this._inner.GetTargets(item, EM_R(resources[i]), true);
while (targetApps.hasMoreElements()) {
var targetApp = targetApps.getNext().QueryInterface(Ci.nsIRDFResource);
this._cleanResource(targetApp);
}
}
this._cleanResource(item);
},
/**
* Strips a resource of all outbound assertions. We use methods like this
* since the RDFXMLDatasource will write out all assertions, even if they
* are not connected through our root.
* @param resource
* The resource to clean.
*/
_cleanResource: function(resource) {
// Remove outward arcs
var arcs = this._inner.ArcLabelsOut(resource);
while (arcs.hasMoreElements()) {
var arc = arcs.getNext().QueryInterface(Ci.nsIRDFResource);
var targets = this._inner.GetTargets(resource, arc, true);
while (targets.hasMoreElements()) {
var value = targets.getNext().QueryInterface(Ci.nsIRDFNode);
if (value)
this._inner.Unassert(resource, arc, value);
}
}
},
/**
* Notify views that this propery has changed (this is for properties that
* are implemented by this datasource rather than by the inner in-memory
* datasource and thus do not get free change handling).
* @param id
* The GUID of the item to update the property for.
* @param property
* The property (less EM_NS) to update.
*/
updateProperty: function(id, property) {
var item = getResourceForID(id);
this._updateProperty(item, property);
},
/**
* Notify views that this propery has changed (this is for properties that
* are implemented by this datasource rather than by the inner in-memory
* datasource and thus do not get free change handling). This allows updating
* properties for download items which don't have the em item prefix in there
( resource value. In most instances updateProperty should be used.
* @param item
* The item to update the property for.
* @param property
* The property (less EM_NS) to update.
*/
_updateProperty: function(item, property) {
if (item) {
var propertyResource = EM_R(property);
var value = this.GetTarget(item, propertyResource, true);
for (var i = 0; i < this._observers.length; ++i) {
if (value)
this._observers[i].onChange(this, item, propertyResource,
EM_L(""), value);
else
this._observers[i].onUnassert(this, item, propertyResource,
EM_L(""));
}
}
},
/**
* Move an Item to the index of another item in its container.
* @param movingID
* The ID of the item to be moved.
* @param destinationID
* The ID of an item to move another item to.
*/
moveToIndexOf: function(movingID, destinationID) {
var extensions = gRDF.GetResource(RDFURI_ITEM_ROOT);
var ctr = getContainer(this._inner, extensions);
var item = gRDF.GetResource(movingID);
var index = ctr.IndexOf(gRDF.GetResource(destinationID));
if (index == -1)
index = 1; // move to the beginning if destinationID is not found
this._inner.beginUpdateBatch();
ctr.RemoveElement(item, true);
ctr.InsertElementAt(item, index, true);
this._inner.endUpdateBatch();
this.Flush();
},
/**
* Sorts addons of the specified type by the specified property starting from
* the top of their container. If the addons are already sorted then no action
* is performed.
* @param type
* The nsIUpdateItem type of the items to sort.
* @param propertyName
* The RDF property name used for sorting.
* @param isAscending
* true to sort ascending and false to sort descending
*/
sortTypeByProperty: function(type, propertyName, isAscending) {
var items = [];
var ctr = getContainer(this._inner, this._itemRoot);
var elements = ctr.GetElements();
// Base 0 ordinal for checking against the existing order after sorting
var ordinal = 0;
while (elements.hasMoreElements()) {
var item = elements.getNext().QueryInterface(Ci.nsIRDFResource);
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var itemType = this.getItemProperty(id, "type");
if (itemType & type) {
items.push({ item : item,
ordinal: ordinal,
sortkey: this.getItemProperty(id, propertyName).toLowerCase() });
ordinal++;
}
}
var direction = isAscending ? 1 : -1;
// Case insensitive sort
function compare(a, b) {
if (a.sortkey < b.sortkey) return (-1 * direction);
if (a.sortkey > b.sortkey) return (1 * direction);
return 0;
}
items.sort(compare);
// Check if there are any changes in the order of the items
var isDirty = false;
for (var i = 0; i < items.length; i++) {
if (items[i].ordinal != i) {
isDirty = true;
break;
}
}
// If there are no changes then early return to avoid the perf impact
if (!isDirty)
return;
// Reorder the items by moving them to the top of the container
this.beginUpdateBatch();
for (i = 0; i < items.length; i++) {
ctr.RemoveElement(items[i].item, true);
ctr.InsertElementAt(items[i].item, i + 1, true);
}
this.endUpdateBatch();
this.Flush();
},
/**
* Determines if an Item is an active download
* @param id
* The ID of the item. This will be a uri scheme without the
* em item prefix so getProperty shouldn't be used.
* @returns true if the item is an active download, false otherwise.
*/
isDownloadItem: function(id) {
var downloadURL = stringData(this.GetTarget(gRDF.GetResource(id), EM_R("downloadURL"), true));
return downloadURL && downloadURL != "";
},
/**
* Adds an entry representing an active download to the appropriate container
* @param addon
* An object implementing nsIUpdateItem for the addon being
* downloaded.
*/
addDownload: function(addon) {
// Updates have already been added to the datasource so we just update the
// download state.
if (addon.id != addon.xpiURL) {
this.updateDownloadState(PREFIX_ITEM_URI + addon.id, "waiting");
return;
}
var res = gRDF.GetResource(addon.xpiURL);
this._setProperty(this._inner, res, EM_R("name"), EM_L(addon.name));
this._setProperty(this._inner, res, EM_R("version"), EM_L(addon.version));
this._setProperty(this._inner, res, EM_R("iconURL"), EM_L(addon.iconURL));
this._setProperty(this._inner, res, EM_R("downloadURL"), EM_L(addon.xpiURL));
this._setProperty(this._inner, res, EM_R("type"), EM_I(addon.type));
var ctr = getContainer(this._inner, this._itemRoot);
if (ctr.IndexOf(res) == -1)
ctr.AppendElement(res);
this.updateDownloadState(addon.xpiURL, "waiting");
this.Flush();
},
/**
* Adds an entry representing an item that is incompatible and is being
* checked for a compatibility update.
* @param name
* The display name of the item being checked
* @param url
* The URL string of the xpi file that has been staged.
* @param type
* The nsIUpdateItem type of the item
* @param version
* The version of the item
*/
addIncompatibleUpdateItem: function(name, url, type, version) {
var iconURL = (type == Ci.nsIUpdateItem.TYPE_THEME) ? URI_GENERIC_ICON_THEME :
URI_GENERIC_ICON_XPINSTALL;
var extensionsStrings = BundleManager.getBundle(URI_EXTENSIONS_PROPERTIES);
var updateMsg = extensionsStrings.formatStringFromName("incompatibleUpdateMessage",
[BundleManager.appName, name], 2)
var res = gRDF.GetResource(url);
this._setProperty(this._inner, res, EM_R("name"), EM_L(name));
this._setProperty(this._inner, res, EM_R("iconURL"), EM_L(iconURL));
this._setProperty(this._inner, res, EM_R("downloadURL"), EM_L(url));
this._setProperty(this._inner, res, EM_R("type"), EM_I(type));
this._setProperty(this._inner, res, EM_R("version"), EM_L(version));
this._setProperty(this._inner, res, EM_R("incompatibleUpdate"), EM_L("true"));
this._setProperty(this._inner, res, EM_R("description"), EM_L(updateMsg));
var ctr = getContainer(this._inner, this._itemRoot);
if (ctr.IndexOf(res) == -1)
ctr.AppendElement(res);
this.updateDownloadState(url, "incompatibleUpdate");
this.Flush();
},
/**
* Removes an active download from the appropriate container
* @param url
* The URL string of the active download to be removed
*/
removeDownload: function(url) {
var res = gRDF.GetResource(url);
var ctr = getContainer(this._inner, this._itemRoot);
if (ctr.IndexOf(res) != -1)
ctr.RemoveElement(res, true);
this._cleanResource(res);
this.updateDownloadState(url, null);
this.Flush();
},
/**
* A hash of RDF resource values (e.g. Add-on IDs or XPI URLs) that represent
* installation progress for a single browser session.
*/
_progressData: { },
/**
* Updates the install progress data for a given ID (e.g. Add-on IDs or
* XPI URLs).
* @param id
* The URL string of the active download to be removed
* @param state
* The current state in the installation process. If null the object
* is deleted from _progressData.
*/
updateDownloadState: function(id, state) {
if (!state) {
if (id in this._progressData)
delete this._progressData[id];
return;
}
else {
if (!(id in this._progressData))
this._progressData[id] = { };
this._progressData[id].state = state;
}
var item = gRDF.GetResource(id);
this._updateProperty(item, "state");
},
updateDownloadProgress: function(id, progress) {
if (!progress) {
if (!(id in this._progressData))
return;
this._progressData[id].progress = null;
}
else {
if (!(id in this._progressData))
this.updateDownloadState(id, "downloading");
if (this._progressData[id].progress == progress)
return;
this._progressData[id].progress = progress;
}
var item = gRDF.GetResource(id);
this._updateProperty(item, "progress");
},
/**
* A GUID->location-key hash of items that are visible to the application.
* These are items that show up in the Extension/Themes etc UI. If there is
* an instance of the same item installed in Install Locations of differing
* profiles, the item at the highest priority location will appear in this
* list.
*/
visibleItems: { },
/**
* Walk the list of installed items and determine what the visible list is,
* based on which items are visible at the highest priority locations.
*/
_buildVisibleItemList: function() {
var ctr = getContainer(this, this._itemRoot);
var items = ctr.GetElements();
while (items.hasMoreElements()) {
var item = items.getNext().QueryInterface(Ci.nsIRDFResource);
// Resource URIs adopt the format: location-key,item-id
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
this.visibleItems[id] = this.getItemProperty(id, "installLocation");
}
},
/**
* Updates an item's location in the visible item list.
* @param id
* The GUID of the item to update
* @param locationKey
* The name of the Install Location where the item is installed.
* @param forceReplace
* true if the new location should be used, regardless of its
* priority relationship to existing entries, false if the location
* should only be updated if its priority is lower than the existing
* value.
*/
updateVisibleList: function(id, locationKey, forceReplace) {
if (id in this.visibleItems && this.visibleItems[id]) {
var oldLocation = InstallLocations.get(this.visibleItems[id]);
var newLocation = InstallLocations.get(locationKey);
if (forceReplace || !oldLocation || newLocation.priority < oldLocation.priority)
this.visibleItems[id] = locationKey;
}
else
this.visibleItems[id] = locationKey;
},
/**
* Load the Extensions Datasource from disk.
*/
loadExtensions: function() {
var extensionsFile = getFile(KEY_PROFILEDIR, [FILE_EXTENSIONS]);
try {
this._inner = gRDF.GetDataSourceBlocking(getURLSpecFromFile(extensionsFile));
}
catch (e) {
ERROR("Datasource::loadExtensions: removing corrupted extensions datasource " +
" file = " + extensionsFile.path + ", exception = " + e + "\n");
extensionsFile.remove(false);
return;
}
var cu = Cc["@mozilla.org/rdf/container-utils;1"].
getService(Ci.nsIRDFContainerUtils);
cu.MakeSeq(this._inner, this._itemRoot);
this._buildVisibleItemList();
},
/**
* See nsIExtensionManager.idl
*/
onUpdateStarted: function() {
LOG("Datasource: Update Started");
},
/**
* See nsIExtensionManager.idl
*/
onUpdateEnded: function() {
LOG("Datasource: Update Ended");
},
/**
* See nsIExtensionManager.idl
*/
onAddonUpdateStarted: function(addon) {
if (!addon)
throw Cr.NS_ERROR_INVALID_ARG;
LOG("Datasource: Addon Update Started: " + addon.id);
this.updateProperty(addon.id, "availableUpdateURL");
},
/**
* See nsIExtensionManager.idl
*/
onAddonUpdateEnded: function(addon, status) {
if (!addon)
throw Cr.NS_ERROR_INVALID_ARG;
LOG("Datasource: Addon Update Ended: " + addon.id + ", status: " + status);
var url = null, hash = null, version = null;
var updateAvailable = status == Ci.nsIAddonUpdateCheckListener.STATUS_UPDATE;
if (updateAvailable) {
url = EM_L(addon.xpiURL);
if (addon.xpiHash)
hash = EM_L(addon.xpiHash);
version = EM_L(addon.version);
}
this.setItemProperties(addon.id, {
availableUpdateURL: url,
availableUpdateHash: hash,
availableUpdateVersion: version
});
this.updateProperty(addon.id, "availableUpdateURL");
},
/////////////////////////////////////////////////////////////////////////////
// nsIRDFDataSource
get URI() {
return "rdf:extensions";
},
GetSource: function(property, target, truthValue) {
return this._inner.GetSource(property, target, truthValue);
},
GetSources: function(property, target, truthValue) {
return this._inner.GetSources(property, target, truthValue);
},
/**
* Gets an URL to a theme's image file
* @param item
* The RDF Resource representing the item
* @param fileName
* The file to locate a URL for
* @param fallbackURL
* If the location fails, supply this URL instead
* @returns An RDF Resource to the URL discovered, or the fallback
* if the discovery failed.
*/
_getThemeImageURL: function(item, fileName, fallbackURL) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var installLocation = this._em.getInstallLocation(id);
if (!installLocation)
return fallbackURL;
var file = installLocation.getItemFile(id, fileName)
if (file.exists())
return gRDF.GetResource(getURLSpecFromFile(file));
if (id == stripPrefix(RDFURI_DEFAULT_THEME, PREFIX_ITEM_URI)) {
var jarFile = getFile(KEY_APPDIR, [DIR_CHROME, FILE_DEFAULT_THEME_JAR]);
var url = "jar:" + getURLSpecFromFile(jarFile) + "!/" + fileName;
return gRDF.GetResource(url);
}
return fallbackURL ? gRDF.GetResource(fallbackURL) : null;
},
/**
* Get the em:iconURL property (icon url of the item)
*/
_rdfGet_iconURL: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var type = this.getItemProperty(id, "type");
if (type & Ci.nsIUpdateItem.TYPE_THEME)
return this._getThemeImageURL(item, "icon.png", URI_GENERIC_ICON_THEME);
if (inSafeMode())
return gRDF.GetResource(URI_GENERIC_ICON_XPINSTALL);
var hasIconURL = this._inner.hasArcOut(item, property);
// If the addon doesn't have an IconURL property or it is disabled use the
// generic icon URL instead.
if (!hasIconURL || this.getItemProperty(id, "isDisabled") == "true")
return gRDF.GetResource(URI_GENERIC_ICON_XPINSTALL);
var iconURL = stringData(this._inner.GetTarget(item, property, true));
try {
var uri = newURI(iconURL);
var scheme = uri.scheme;
// Only allow chrome URIs or when installing http(s) URIs.
if (scheme == "chrome" || (scheme == "http" || scheme == "https") &&
this._inner.hasArcOut(item, EM_R("downloadURL")))
return null;
}
catch (e) {
}
// Use a generic icon URL for addons that have an invalid iconURL.
return gRDF.GetResource(URI_GENERIC_ICON_XPINSTALL);
},
/**
* Get the em:previewImage property (preview image of the item)
*/
_rdfGet_previewImage: function(item, property) {
var type = this.getItemProperty(stripPrefix(item.Value, PREFIX_ITEM_URI), "type");
if (type != -1 && type & Ci.nsIUpdateItem.TYPE_THEME)
return this._getThemeImageURL(item, "preview.png", null);
return null;
},
/**
* If we're in safe mode, the item is disabled by the user or app, or the
* item is to be upgraded force the generic about dialog for the item.
*/
_rdfGet_aboutURL: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
if (inSafeMode() || this.getItemProperty(id, "isDisabled") == "true" ||
this.getItemProperty(id, "opType") == OP_NEEDS_UPGRADE)
return EM_L("");
return null;
},
_rdfGet_installDate: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var key = this.getItemProperty(id, "installLocation");
if (key && key in StartupCache.entries && id in StartupCache.entries[key] &&
StartupCache.entries[key][id] && StartupCache.entries[key][id].mtime)
return EM_D(StartupCache.entries[key][id].mtime * 1000000);
return null;
},
/**
* Get the em:compatible property (whether or not this item is compatible)
*/
_rdfGet_compatible: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var targetAppInfo = this.getTargetApplicationInfo(id, this);
if (!targetAppInfo) {
// When installing a new addon targetAppInfo does not exist yet
if (this.getItemProperty(id, "opType") == OP_NEEDS_INSTALL)
return EM_L("true");
return EM_L("false");
}
getVersionChecker();
var appVersion = targetAppInfo.appID == TOOLKIT_ID ? gApp.platformVersion : gApp.version;
if (gVersionChecker.compare(targetAppInfo.maxVersion, appVersion) < 0 ||
gVersionChecker.compare(appVersion, targetAppInfo.minVersion) < 0) {
// OK, this item is incompatible.
return EM_L("false");
}
return EM_L("true");
},
/**
* Get the providesUpdatesSecurely property (whether or not this item has a
* secure update mechanism)
*/
_rdfGet_providesUpdatesSecurely: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
if (this.getItemProperty(id, "updateKey") ||
!this.getItemProperty(id, "updateURL") ||
this.getItemProperty(id, "updateURL").substring(0, 6) == "https:")
return EM_L("true");
return EM_L("false");
},
/**
* Get the em:blocklisted property (whether or not this item is blocklisted)
*/
_rdfGet_blocklisted: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var version = this.getItemProperty(id, "version");
if (!gBlocklist)
gBlocklist = Cc["@mozilla.org/extensions/blocklist;1"].
getService(Ci.nsIBlocklistService);
if (gBlocklist.isAddonBlocklisted(id, version, null, null))
return EM_L("true");
return EM_L("false");
},
/**
* Get the em:state property (represents the current phase of an install).
*/
_rdfGet_state: function(item, property) {
var id = item.Value;
if (id in this._progressData)
return EM_L(this._progressData[id].state);
return null;
},
/**
* Get the em:progress property from the _progressData js object. By storing
* progress which is updated repeastedly during a download we avoid
* repeastedly writing it to the rdf file.
*/
_rdfGet_progress: function(item, property) {
var id = item.Value;
if (id in this._progressData)
return EM_I(this._progressData[id].progress);
return null;
},
/**
* Get the em:appManaged property. This prevents extensions from hiding
* extensions installed into locations other than the app-global location.
*/
_rdfGet_appManaged: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var locationKey = this.getItemProperty(id, "installLocation");
if (locationKey != KEY_APP_GLOBAL)
return EM_L("false");
return null;
},
/**
* Get the em:hidden property. This prevents extensions from hiding
* extensions installed into locations other than restricted locations.
*/
_rdfGet_hidden: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var installLocation = InstallLocations.get(this.getInstallLocationKey(id));
if (!installLocation || !installLocation.restricted)
return EM_L("false");
return null;
},
/**
* Get the em:locked property. This prevents extensions from locking
* extensions installed into locations other than restricted locations.
*/
_rdfGet_locked: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var installLocation = InstallLocations.get(this.getInstallLocationKey(id));
if (!installLocation || !installLocation.restricted)
return EM_L("false");
return null;
},
/**
* Get the em:satisfiesDependencies property - literal string "false" for
* dependencies not satisfied (e.g. dependency disabled, incorrect version,
* not installed etc.), and literal string "true" for dependencies satisfied.
*/
_rdfGet_satisfiesDependencies: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
if (this.satisfiesDependencies(id))
return EM_L("true");
return EM_L("false");
},
/**
* Get the em:opType property (controls widget state for the EM UI)
* from the Startup Cache (e.g. extensions.cache)
*/
_rdfGet_opType: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var key = this.getItemProperty(id, "installLocation");
if (key in StartupCache.entries && id in StartupCache.entries[key] &&
StartupCache.entries[key][id] && StartupCache.entries[key][id].op != OP_NONE)
return EM_L(StartupCache.entries[key][id].op);
return null;
},
/**
* Gets a localizable property. Install Manifests are generally only in one
* language, however an item can customize by providing localized prefs in
* the form:
*
* extensions.{GUID}.[name|description|creator|homepageURL]
*
* to specify localized text for each of these properties.
*/
_getLocalizablePropertyValue: function(item, property) {
// These are localizable properties that a language pack supplied by the
// Extension may override.
var prefName = PREF_EM_EXTENSION_FORMAT.replace(/%UUID%/,
stripPrefix(item.Value, PREFIX_ITEM_URI)) +
stripPrefix(property.Value, PREFIX_NS_EM);
try {
var value = gPref.getComplexValue(prefName,
Ci.nsIPrefLocalizedString);
if (value.data)
return EM_L(value.data);
}
catch (e) {
}
var localized = findClosestLocalizedResource(this._inner, item);
if (localized) {
var value = this._inner.GetTarget(localized, property, true);
return value ? value : EM_L("");
}
return null;
},
/**
* Get the em:name property (name of the item)
*/
_rdfGet_name: function(item, property) {
return this._getLocalizablePropertyValue(item, property);
},
/**
* Get the em:description property (description of the item)
*/
_rdfGet_description: function(item, property) {
return this._getLocalizablePropertyValue(item, property);
},
/**
* Get the em:creator property (creator of the item)
*/
_rdfGet_creator: function(item, property) {
return this._getLocalizablePropertyValue(item, property);
},
/**
* Get the em:homepageURL property (homepage URL of the item)
*/
_rdfGet_homepageURL: function(item, property) {
return this._getLocalizablePropertyValue(item, property);
},
_rdfGet_availableUpdateInfo: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var uri = stringData(this._inner.GetTarget(item, EM_R("availableUpdateInfo"), true));
if (uri) {
uri = escapeAddonURI(this.getItemForID(id), uri, this);
return EM_L(uri);
}
return null;
},
/**
* Get the em:isDisabled property. This will be true if the item has a
* appDisabled or a userDisabled property that is true or OP_NEEDS_ENABLE.
*/
_rdfGet_isDisabled: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
if (this.getItemProperty(id, "userDisabled") == "true" ||
this.getItemProperty(id, "appDisabled") == "true" ||
this.getItemProperty(id, "userDisabled") == OP_NEEDS_ENABLE ||
this.getItemProperty(id, "appDisabled") == OP_NEEDS_ENABLE)
return EM_L("true");
return EM_L("false");
},
_rdfGet_addonID: function(item, property) {
var id = this._inner.GetTarget(item, EM_R("downloadURL"), true) ? item.Value :
stripPrefix(item.Value, PREFIX_ITEM_URI);
return EM_L(id);
},
/**
* Get the em:updateable property - this specifies whether the item is
* allowed to be updated
*/
_rdfGet_updateable: function(item, property) {
var id = stripPrefix(item.Value, PREFIX_ITEM_URI);
var opType = this.getItemProperty(id, "opType");
if (opType != OP_NONE || this.getItemProperty(id, "appManaged") == "true")
return EM_L("false");
if (getPref("getBoolPref", (PREF_EM_ITEM_UPDATE_ENABLED.replace(/%UUID%/, id), false)) == true)
return EM_L("false");
var installLocation = InstallLocations.get(this.getInstallLocationKey(id));
if (!installLocation || !installLocation.canAccess)
return EM_L("false");
return EM_L("true");
},
/**
* See nsIRDFDataSource.idl
*/
GetTarget: function(source, property, truthValue) {
if (!source)
return null;
var target = null;
var getter = "_rdfGet_" + stripPrefix(property.Value, PREFIX_NS_EM);
if (getter in this)
target = this[getter](source, property);
return target || this._inner.GetTarget(source, property, truthValue);
},
/**
* Gets an enumeration of values of a localizable property. Install Manifests
* are generally only in one language, however an item can customize by
* providing localized prefs in the form:
*
* extensions.{GUID}.[contributor].1
* extensions.{GUID}.[contributor].2
* extensions.{GUID}.[contributor].3
* ...
*
* to specify localized text for each of these properties.
*/
_getLocalizablePropertyValues: function(item, property) {
// These are localizable properties that a language pack supplied by the
// Extension may override.
var values = [];
var prefName = PREF_EM_EXTENSION_FORMAT.replace(/%UUID%/,
stripPrefix(item.Value, PREFIX_ITEM_URI)) +
stripPrefix(property.Value, PREFIX_NS_EM);
var i = 0;
while (true) {
try {
var value = gPref.getComplexValue(prefName + "." + ++i,
Ci.nsIPrefLocalizedString);
if (value.data)
values.push(EM_L(value.data));
}
catch (e) {
try {
var value = gPref.getComplexValue(prefName,
Ci.nsIPrefLocalizedString);
if (value.data)
values.push(EM_L(value.data));
}
catch (e) {
}
break;
}
}
if (values.length > 0)
return values;
var localized = findClosestLocalizedResource(this._inner, item);
if (localized) {
var targets = this._inner.GetTargets(localized, property, true);
while (targets.hasMoreElements())
values.push(targets.getNext());
return values;
}
return null;
},
/**
* Get the em:developer property (developers of the extension)
*/
_rdfGets_developer: function(item, property) {
return this._getLocalizablePropertyValues(item, property);
},
/**
* Get the em:translator property (translators of the extension)
*/
_rdfGets_translator: function(item, property) {
return this._getLocalizablePropertyValues(item, property);
},
/**
* Get the em:contributor property (contributors to the extension)
*/
_rdfGets_contributor: function(item, property) {
return this._getLocalizablePropertyValues(item, property);
},
/**
* See nsIRDFDataSource.idl
*/
GetTargets: function(source, property, truthValue) {
if (!source)
return null;
var ary = null;
var propertyName = stripPrefix(property.Value, PREFIX_NS_EM);
var getter = "_rdfGets_" + propertyName;
if (getter in this)
ary = this[getter](source, property);
else {
// The template builder calls GetTargets when single value properties
// are used in a triple.
getter = "_rdfGet_" + propertyName;
if (getter in this)
ary = [ this[getter](source, property) ];
}
return ary ? new ArrayEnumerator(ary)
: this._inner.GetTargets(source, property, truthValue);
},
Assert: function(source, property, target, truthValue) {
this._inner.Assert(source, property, target, truthValue);
},
Unassert: function(source, property, target) {
this._inner.Unassert(source, property, target);
},
Change: function(source, property, oldTarget, newTarget) {
this._inner.Change(source, property, oldTarget, newTarget);
},
Move: function(oldSource, newSource, property, target) {
this._inner.Move(oldSource, newSource, property, target);
},
HasAssertion: function(source, property, target, truthValue) {
if (!source || !property || !target)
return false;
var getter = "_rdfGet_" + stripPrefix(property.Value, PREFIX_NS_EM);
if (getter in this)
return this[getter](source, property) == target;
return this._inner.HasAssertion(source, property, target, truthValue);
},
_observers: [],
AddObserver: function(observer) {
for (var i = 0; i < this._observers.length; ++i) {
if (this._observers[i] == observer)
return;
}
this._observers.push(observer);
this._inner.AddObserver(observer);
},
RemoveObserver: function(observer) {
for (var i = 0; i < this._observers.length; ++i) {
if (this._observers[i] == observer)
this._observers.splice(i, 1);
}
this._inner.RemoveObserver(observer);
},
ArcLabelsIn: function(node) {
return this._inner.ArcLabelsIn(node);
},
ArcLabelsOut: function(source) {
return this._inner.ArcLabelsOut(source);
},
GetAllResources: function() {
return this._inner.GetAllResources();
},
IsCommandEnabled: function(sources, command, arguments) {
return this._inner.IsCommandEnabled(sources, command, arguments);
},
DoCommand: function(sources, command, arguments) {
this._inner.DoCommand(sources, command, arguments);
},
GetAllCmds: function(source) {
return this._inner.GetAllCmds(source);
},
hasArcIn: function(node, arc) {
return this._inner.hasArcIn(node, arc);
},
hasArcOut: function(source, arc) {
return this._inner.hasArcOut(source, arc);
},
beginUpdateBatch: function() {
return this._inner.beginUpdateBatch();
},
endUpdateBatch: function() {
return this._inner.endUpdateBatch();
},
/**
* See nsIRDFRemoteDataSource.idl
*/
get loaded() {
throw Cr.NS_ERROR_NOT_IMPLEMENTED;
},
Init: function(uri) {
},
Refresh: function(blocking) {
},
Flush: function() {
// For some operations we block repeated flushing until all operations
// are complete to reduce file accesses that can trigger bug 431065
if (!gAllowFlush) {
gDSNeedsFlush = true;
return;
}
if (this._inner instanceof Ci.nsIRDFRemoteDataSource)
this._inner.Flush();
},
FlushTo: function(uri) {
},
QueryInterface: XPCOMUtils.generateQI([Ci.nsIRDFDataSource,
Ci.nsIRDFRemoteDataSource])
};
function UpdateItem () {}
UpdateItem.prototype = {
/**
* See nsIUpdateService.idl
*/
init: function(id, version, installLocationKey, minAppVersion, maxAppVersion,
name, downloadURL, xpiHash, iconURL, updateURL, updateKey, type,
targetAppID) {
this._id = id;
this._version = version;
this._installLocationKey = installLocationKey;
this._minAppVersion = minAppVersion;
this._maxAppVersion = maxAppVersion;
this._name = name;
this._downloadURL = downloadURL;
this._xpiHash = xpiHash;
this._iconURL = iconURL;
this._updateURL = updateURL;
this._updateKey = updateKey;
this._type = type;
this._targetAppID = targetAppID;
},
/**
* See nsIUpdateService.idl
*/
get id() { return this._id; },
get version() { return this._version; },
get installLocationKey(){ return this._installLocationKey;},
get minAppVersion() { return this._minAppVersion; },
get maxAppVersion() { return this._maxAppVersion; },
get name() { return this._name; },
get xpiURL() { return this._downloadURL; },
get xpiHash() { return this._xpiHash; },
get iconURL() { return this._iconURL },
get updateRDF() { return this._updateURL; },
get updateKey() { return this._updateKey; },
get type() { return this._type; },
get targetAppID() { return this._targetAppID; },
/**
* See nsIUpdateService.idl
*/
get objectSource() {
return { id : this._id,
version : this._version,
installLocationKey : this._installLocationKey,
minAppVersion : this._minAppVersion,
maxAppVersion : this._maxAppVersion,
name : this._name,
xpiURL : this._downloadURL,
xpiHash : this._xpiHash,
iconURL : this._iconURL,
updateRDF : this._updateURL,
updateKey : this._updateKey,
type : this._type,
targetAppID : this._targetAppID
}.toSource();
},
classDescription: "Update Item",
contractID: "@mozilla.org/updates/item;1",
classID: Components.ID("{F3294B1C-89F4-46F8-98A0-44E1EAE92518}"),
QueryInterface: XPCOMUtils.generateQI([Ci.nsIUpdateItem])
};
var gEmSingleton = null;
var EmFactory = {
createInstance: function(outer, iid) {
if (outer != null)
throw Cr.NS_ERROR_NO_AGGREGATION;
if (!gEmSingleton)
gEmSingleton = new ExtensionManager();
return gEmSingleton.QueryInterface(iid);
}
};
function DatasourceModule() {}
DatasourceModule.prototype = {
classDescription: "Extension Manager Data Source",
contractID: "@mozilla.org/rdf/datasource;1?name=extensions",
classID: Components.ID("{69BB8313-2D4F-45EC-97E0-D39DA58ECCE9}"),
_xpcom_factory: {
createInstance: function() Cc[ExtensionManager.prototype.contractID].
getService(Ci.nsIExtensionManager).datasource
}
};
function NSGetModule(compMgr, fileSpec)
XPCOMUtils.generateModule([ExtensionManager, DatasourceModule, UpdateItem]);
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