https-everywhere/src/components/https-everywhere.js at 1.0 · TuxCoding/https-everywhere

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// LOG LEVELS ---

VERB=1;

DBUG=2;

INFO=3;

NOTE=4;

WARN=5;

//---------------

https_domains = {}; // maps domain patterns (with at most one

// wildcard) to RuleSets

https_everywhere_blacklist = {}; // URLs we've given up on rewriting because

// of redirection loops

const CI = Components.interfaces;

const CC = Components.classes;

const CU = Components.utils;

const CR = Components.results;

const CP_SHOULDPROCESS = 4;

const SERVICE_CTRID = "@eff.org/https-everywhere;1";

const SERVICE_ID=Components.ID("{32c165b4-fe5e-4964-9250-603c410631b4}");

const SERVICE_NAME = "Encrypts your communications with a number of major websites";

const LLVAR = "LogLevel";

const IOS = CC["@mozilla.org/network/io-service;1"].getService(CI.nsIIOService);

const OS = CC['@mozilla.org/observer-service;1'].getService(CI.nsIObserverService);

const LOADER = CC["@mozilla.org/moz/jssubscript-loader;1"].getService(CI.mozIJSSubScriptLoader);

const _INCLUDED = {};

// NoScript uses this blob to include js constructs that stored in the chrome/

// directory, but are not attached to the Firefox UI (normally, js located

// there is attached to an Overlay and therefore is part of the UI).

// Reasons for this: things in components/ directory cannot be split into

// separate files; things in chrome/ can be

const INCLUDE = function(name) {

if (arguments.length > 1)

for (var j = 0, len = arguments.length; j < len; j++)

INCLUDE(arguments[j]);

else if (!_INCLUDED[name]) {

try {

LOADER.loadSubScript("chrome://https-everywhere/content/code/"

+ name + ".js");

_INCLUDED[name] = true;

} catch(e) {

dump("INCLUDE " + name + ": " + e + "\n");

}

const WP_STATE_START = CI.nsIWebProgressListener.STATE_START;

const WP_STATE_STOP = CI.nsIWebProgressListener.STATE_STOP;

const WP_STATE_DOC = CI.nsIWebProgressListener.STATE_IS_DOCUMENT;

const WP_STATE_START_DOC = WP_STATE_START | WP_STATE_DOC;

const WP_STATE_RESTORING = CI.nsIWebProgressListener.STATE_RESTORING;

const LF_VALIDATE_ALWAYS = CI.nsIRequest.VALIDATE_ALWAYS;

const LF_LOAD_BYPASS_ALL_CACHES = CI.nsIRequest.LOAD_BYPASS_CACHE | CI.nsICachingChannel.LOAD_BYPASS_LOCAL_CACHE;

const NS_OK = 0;

const NS_BINDING_ABORTED = 0x804b0002;

const NS_BINDING_REDIRECTED = 0x804b0003;

const NS_ERROR_UNKNOWN_HOST = 0x804b001e;

const NS_ERROR_REDIRECT_LOOP = 0x804b001f;

const NS_ERROR_CONNECTION_REFUSED = 0x804b000e;

const NS_ERROR_NOT_AVAILABLE = 0x804b0111;

const LOG_CONTENT_BLOCK = 1;

const LOG_CONTENT_CALL = 2;

const LOG_CONTENT_INTERCEPT = 4;

const LOG_CHROME_WIN = 8;

const LOG_XSS_FILTER = 16;

const LOG_INJECTION_CHECK = 32;

const LOG_DOM = 64;

const LOG_JS = 128;

const LOG_LEAKS = 1024;

const LOG_SNIFF = 2048;

const LOG_CLEARCLICK = 4096;

const LOG_ABE = 8192;

const HTML_NS = "http://www.w3.org/1999/xhtml";

const WHERE_UNTRUSTED = 1;

const WHERE_TRUSTED = 2;

const ANYWHERE = 3;

const DUMMYOBJ = {};

const EARLY_VERSION_CHECK = !("nsISessionStore" in CI && typeof(/ /) === "object");

const OBSERVER_TOPIC_URI_REWRITE = "https-everywhere-uri-rewrite";

function xpcom_generateQI(iids) {

var checks = [];

for each (var iid in iids) {

checks.push("CI." + iid.name + ".equals(iid)");

}

var src = checks.length

? "if (" + checks.join(" || ") + ") return this;\n"

: "";

return new Function("iid", src + "throw Components.results.NS_ERROR_NO_INTERFACE;");

}

function xpcom_checkInterfaces(iid,iids,ex) {

for (var j = iids.length; j-- >0;) {

if (iid.equals(iids[j])) return true;

}

throw ex;

}

INCLUDE('IOUtil', 'HTTPSRules', 'HTTPS', 'Thread', 'ApplicableList');

Components.utils.import("resource://gre/modules/XPCOMUtils.jsm");

// This is black magic for storing Expando data w/ an nsIDOMWindow

// See http://pastebin.com/qY28Jwbv ,

// https://developer.mozilla.org/en/XPCOM_Interface_Reference/nsIControllers

StorageController.prototype = {

QueryInterface: XPCOMUtils.generateQI(

[ Components.interfaces.nsISupports,

Components.interfaces.nsIController ]),

wrappedJSObject: null, // Initialized by constructor

supportsCommand: function (cmd) {return (cmd == this.command)},

isCommandEnabled: function (cmd) {return (cmd == this.command)},

onEvent: function(eventName) {return true},

doCommand: function() {return true}

};

function StorageController(command) {

this.command = command;

this.data = {};

this.wrappedJSObject = this;

};

/*var Controller = Class("Controller", XPCOM(CI.nsIController), {

init: function (command, data) {

this.command = command;

this.data = data;

supportsCommand: function (cmd) cmd === this.command

});*/

function HTTPSEverywhere() {

// Set up logging in each component:

HTTPS.log = HTTPSRules.log = RuleWriter.log = this.log = https_everywhereLog;

this.log = https_everywhereLog;

this.wrappedJSObject = this;

this.https_rules = HTTPSRules;

this.INCLUDE=INCLUDE;

this.ApplicableList = ApplicableList;

// We need to use observers instead of categories for FF3.0 for these:

// https://developer.mozilla.org/en/Observer_Notifications

// https://developer.mozilla.org/en/nsIObserverService.

// https://developer.mozilla.org/en/nsIObserver

// We also use the observer service to let other extensions know about URIs

// we rewrite.

this.obsService = CC["@mozilla.org/observer-service;1"]

.getService(Components.interfaces.nsIObserverService);

this.obsService.addObserver(this, "profile-before-change", false);

this.obsService.addObserver(this, "profile-after-change", false);

return;

}

// nsIContentPolicy interface

// we use numeric constants for performance sake:

const TYPE_OTHER = 1;

const TYPE_SCRIPT = 2;

const TYPE_IMAGE = 3;

const TYPE_STYLESHEET = 4;

const TYPE_OBJECT = 5;

const TYPE_DOCUMENT = 6;

const TYPE_SUBDOCUMENT = 7;

const TYPE_REFRESH = 8;

const TYPE_XBL = 9;

const TYPE_PING = 10;

const TYPE_XMLHTTPREQUEST = 11;

const TYPE_OBJECT_SUBREQUEST = 12;

const TYPE_DTD = 13;

const TYPE_FONT = 14;

const TYPE_MEDIA = 15;

// --------------

// REJECT_SERVER = -3

// ACCEPT = 1

// Some of these types are known by arbitrary assertion at

// https://bugzilla.mozilla.org/show_bug.cgi?id=677643#c47

// TYPE_FONT was required to fix https://trac.torproject.org/projects/tor/ticket/4194

// TYPE_SUBDOCUMENT was required to fix https://trac.torproject.org/projects/tor/ticket/4149

// I have NO IDEA why JS won't let me use the constants above in defining this

const shouldLoadTargets = {

1 : true,

3 : true,

5 : true,

12 : true,

14 : true,

7 : true

};

// This defines for Mozilla what stuff HTTPSEverywhere will implement.

// We need to use both ContentPolicy and Observer, because there are some

// things, such as Favicons, who don't get caught by ContentPolicy; we don't

// yet know why we don't just use the observer :/

// ChannelEventSink seems to be necessary in order to handle redirects (eg

// HTTP redirects) correctly.

HTTPSEverywhere.prototype = {

// properties required for XPCOM registration:

classDescription: SERVICE_NAME,

classID: SERVICE_ID,

contractID: SERVICE_CTRID,

_xpcom_factory: {

createInstance: function (outer, iid) {

if (outer != null)

throw Components.results.NS_ERROR_NO_AGGREGATION;

if (!HTTPSEverywhere.instance)

HTTPSEverywhere.instance = new HTTPSEverywhere();

return HTTPSEverywhere.instance.QueryInterface(iid);

QueryInterface: XPCOMUtils.generateQI(

[ Components.interfaces.nsISupports,

Components.interfaces.nsIModule,

Components.interfaces.nsIFactory ])

// [optional] an array of categories to register this component in.

_xpcom_categories: [

{

category: "app-startup",

{

category: "content-policy",

// QueryInterface implementation, e.g. using the generateQI helper

QueryInterface: XPCOMUtils.generateQI(

[ Components.interfaces.nsIObserver,

Components.interfaces.nsIMyInterface,

Components.interfaces.nsISupports,

Components.interfaces.nsIContentPolicy,

Components.interfaces.nsISupportsWeakReference,

Components.interfaces.nsIWebProgressListener,

Components.interfaces.nsIWebProgressListener2,

Components.interfaces.nsIChannelEventSink ]),

wrappedJSObject: null, // Initialized by constructor

getWeakReference: function () {

return Components.utils.getWeakReference(this);

// An "expando" is an attribute glued onto something. From NoScript.

getExpando: function(domWin, key) {

var c = domWin.controllers.getControllerForCommand("https-everywhere-storage");

try {

if (c) {

c = c.wrappedJSObject;

//this.log(DBUG, "Found a controller, returning data");

return c.data[key];

} else {

this.log(INFO, "No controller attached to " + domWin);

return null;

}

} catch(e) {

// Firefox 3.5

this.log(WARN,"exception in getExpando");

this.getExpando = this.getExpando_old;

this.setExpando = this.setExpando_old;

return this.getExpando_old(domWin, key, null);

}

setExpando: function(domWin, key, value) {

var c = domWin.controllers.getControllerForCommand("https-everywhere-storage");

try {

if (!c) {

this.log(DBUG, "Appending new StorageController for " + domWin);

c = new StorageController("https-everywhere-storage");

domWin.controllers.appendController(c);

} else {

c = c.wrappedJSObject;

}

c.data[key] = value;

} catch(e) {

this.log(WARN,"exception in setExpando");

this.getExpando = this.getExpando_old;

this.setExpando = this.setExpando_old;

this.setExpando_old(domWin, key, value);

}

// This method is straight out of NoScript... we fall back to it in FF 3.*?

getExpando_old: function(domWin, key, defValue) {

var domObject = domWin.document;

return domObject && domObject.__httpsEStorage && domObject.__httpsEStorage[key] ||

(defValue ? this.setExpando(domObject, key, defValue) : null);

setExpando_old: function(domWin, key, value) {

var domObject = domWin.document;

if (!domObject) return null;

if (!domObject.__httpsEStorage) domObject.__httpsEStorage = {};

if (domObject.__httpsEStorage) domObject.__httpsEStorage[key] = value;

else this.log(WARN, "Warning: cannot set expando " + key + " to value " + value);

return value;

// This function is registered solely to detect favicon loads by virtue

// of their failure to pass through this function.

onStateChange: function(wp, req, stateFlags, status) {

if (stateFlags & WP_STATE_START) {

if (req instanceof CI.nsIChannel) {

if (req instanceof CI.nsIHttpChannel) {

PolicyState.attach(req);

}

// We use onLocationChange to make a fresh list of rulesets that could have

// applied to the content in the current page (the "applicable list" is used

// for the context menu in the UI). This will be appended to as various

// content is embedded / requested by JavaScript.

onLocationChange: function(wp, req, uri) {

if (wp instanceof CI.nsIWebProgress) {

if (!this.newApplicableListForDOMWin(wp.DOMWindow))

this.log(WARN,"Something went wrong in onLocationChange");

} else {

this.log(WARN,"onLocationChange: no nsIWebProgress");

}

getWindowForChannel: function(channel) {

// Obtain an nsIDOMWindow from a channel

try {

var nc = channel.notificationCallbacks ? channel.notificationCallbacks : channel.loadGroup.notificationCallbacks;

} catch(e) {

this.log(WARN,"no loadgroup notificationCallbacks for "+channel.URI.spec);

return null;

}

if (!nc) {

this.log(DBUG, "no window for " + channel.URI.spec);

return null;

}

try {

var domWin = nc.getInterface(CI.nsIDOMWindow);

} catch(e) {

this.log(INFO, "exploded getting DOMWin for " + channel.URI.spec);

return null;

}

if (!domWin) {

this.log(WARN, "failed to get DOMWin for " + channel.URI.spec);

return null;

}

domWin = domWin.top;

return domWin

// the lists get made when the urlbar is loading something new, but they

// need to be appended to with reference only to the channel

getApplicableListForChannel: function(channel) {

var domWin = this.getWindowForChannel(channel);

return this.getApplicableListForDOMWin(domWin, "on-modify-request w " + domWin);

newApplicableListForDOMWin: function(domWin) {

if (!domWin || !(domWin instanceof CI.nsIDOMWindow)) {

this.log(WARN, "Get alist without domWin");

return null;

}

var dw = domWin.top;

var alist = new ApplicableList(this.log,dw.document,dw);

this.setExpando(dw,"applicable_rules",alist);

return alist;

getApplicableListForDOMWin: function(domWin, where) {

if (!domWin || !(domWin instanceof CI.nsIDOMWindow)) {

//this.log(WARN, "Get alist without domWin");

return null;

}

var dw = domWin.top;

var alist= this.getExpando(dw,"applicable_rules",null);

if (alist) {

//this.log(DBUG,"get AL success in " + where);

return alist;

} else {

//this.log(DBUG, "Making new AL in getApplicableListForDOMWin in " + where);

alist = new ApplicableList(this.log,dw.document,dw);

this.setExpando(dw,"applicable_rules",alist);

}

return alist;

observe: function(subject, topic, data) {

// Top level glue for the nsIObserver API

var channel = subject;

//this.log(VERB,"Got observer topic: "+topic);

if (topic == "http-on-modify-request") {

if (!(channel instanceof CI.nsIHttpChannel)) return;

this.log(DBUG,"Got http-on-modify-request: "+channel.URI.spec);

var lst = this.getApplicableListForChannel(channel);

if (channel.URI.spec in https_everywhere_blacklist) {

this.log(DBUG, "Avoiding blacklisted " + channel.URI.spec);

lst.breaking_rule(https_everywhere_blacklist[channel.URI.spec]);

return;

}

HTTPS.replaceChannel(lst, channel);

} else if (topic == "http-on-examine-response") {

this.log(DBUG, "Got http-on-examine-response @ "+ (channel.URI ? channel.URI.spec : '') );

HTTPS.handleSecureCookies(channel);

} else if (topic == "http-on-examine-merged-response") {

this.log(DBUG, "Got http-on-examine-merged-response ");

HTTPS.handleSecureCookies(channel);

} else if (topic == "app-startup") {

this.log(DBUG,"Got app-startup");

} else if (topic == "profile-before-change") {

this.log(INFO, "Got profile-before-change");

var catman = Components.classes["@mozilla.org/categorymanager;1"]

.getService(Components.interfaces.nsICategoryManager);

catman.deleteCategoryEntry("net-channel-event-sinks", SERVICE_CTRID, true);

Thread.hostRunning = false;

} else if (topic == "profile-after-change") {

this.log(DBUG, "Got profile-after-change");

OS.addObserver(this, "http-on-modify-request", false);

OS.addObserver(this, "http-on-examine-merged-response", false);

OS.addObserver(this, "http-on-examine-response", false);

var dls = CC['@mozilla.org/docloaderservice;1']

.getService(CI.nsIWebProgress);

dls.addProgressListener(this, CI.nsIWebProgress.NOTIFY_STATE_REQUEST |

CI.nsIWebProgress.NOTIFY_LOCATION);

this.log(INFO,"ChannelReplacement.supported = "+ChannelReplacement.supported);

try {

// Firefox >= 4

Components.utils.import("resource://gre/modules/AddonManager.jsm");

AddonManager.getAddonByID("https-everywhere@eff.org",

function(addon) {

RuleWriter.addonDir = addon.

getResourceURI("").QueryInterface(CI.nsIFileURL).file;

HTTPSRules.init();

});

} catch(e) {

// Firefox < 4

HTTPSRules.init();

}

Thread.hostRunning = true;

var catman = Components.classes["@mozilla.org/categorymanager;1"]

.getService(Components.interfaces.nsICategoryManager);

// hook on redirections (non persistent, otherwise crashes on 1.8.x)

catman.addCategoryEntry("net-channel-event-sinks", SERVICE_CTRID,

SERVICE_CTRID, false, true);

}

return;

// nsIChannelEventSink implementation

onChannelRedirect: function(oldChannel, newChannel, flags) {

const uri = newChannel.URI;

this.log(DBUG,"Got onChannelRedirect.");

if (!(newChannel instanceof CI.nsIHttpChannel)) {

this.log(DBUG, newChannel + " is not an instance of nsIHttpChannel");

return;

}

var alist = this.juggleApplicableListsDuringRedirection(oldChannel, newChannel);

HTTPS.replaceChannel(alist,newChannel);

juggleApplicableListsDuringRedirection: function(oldChannel, newChannel) {

// If the new channel doesn't yet have a list of applicable rulesets, start

// with the old one because that's probably a better representation of how

// secure the load process was for this page

var domWin = this.getWindowForChannel(oldChannel);

var old_alist = null;

if (domWin)

old_alist = this.getExpando(domWin,"applicable_rules", null);

domWin = this.getWindowForChannel(newChannel);

if (!domWin) return null;

var new_alist = this.getExpando(domWin,"applicable_rules", null);

if (old_alist && !new_alist) {

new_alist = old_alist;

this.setExpando(domWin,"applicable_rules",new_alist);

} else if (!new_alist) {

new_alist = new ApplicableList(this.log, domWin.document, domWin);

this.setExpando(domWin,"applicable_rules",new_alist);

}

return new_alist;

asyncOnChannelRedirect: function(oldChannel, newChannel, flags, callback) {

this.onChannelRedirect(oldChannel, newChannel, flags);

callback.onRedirectVerifyCallback(0);

// These implement the nsIContentPolicy API; they allow both yes/no answers

// to "should this load?", but also allow us to change the thing.

shouldLoad: function(aContentType, aContentLocation, aRequestOrigin, aContext, aMimeTypeGuess, aInternalCall) {

//this.log(WARN,"shouldLoad for " + unwrappedLocation.spec + " of type " + aContentType);

if (shouldLoadTargets[aContentType] != null) {

var unwrappedLocation = IOUtil.unwrapURL(aContentLocation);

var scheme = unwrappedLocation.scheme;

var isHTTP = /^https?$/.test(scheme); // s? -> either http or https

this.log(VERB,"shoulLoad for " + aContentLocation.spec);

if (isHTTP)

HTTPS.forceURI(aContentLocation, null, aContext);

}

return true;

shouldProcess: function(aContentType, aContentLocation, aRequestOrigin, aContext, aMimeType, aExtra) {

return this.shouldLoad(aContentType, aContentLocation, aRequestOrigin, aContext, aMimeType, CP_SHOULDPROCESS);

get_prefs: function() {

// get our preferences branch object

// FIXME: Ugly hack stolen from https

var branch_name = "extensions.https_everywhere.";

var o_prefs = false;

var o_branch = false;

// this function needs to be called from inside https_everywhereLog, so

// it needs to do its own logging...

var econsole = Components.classes["@mozilla.org/consoleservice;1"]

.getService(Components.interfaces.nsIConsoleService);

o_prefs = Components.classes["@mozilla.org/preferences-service;1"]

.getService(Components.interfaces.nsIPrefService);

if (!o_prefs)

{

econsole.logStringMessage("HTTPS Everywhere: Failed to get preferences-service!");

return false;

}

o_branch = o_prefs.getBranch(branch_name);

if (!o_branch)

{

econsole.logStringMessage("HTTPS Everywhere: Failed to get prefs branch!");

return false;

}

// make sure there's an entry for our log level

try {

o_branch.getIntPref(LLVAR);

} catch (e) {

econsole.logStringMessage("Creating new about:config https_everywhere.LogLevel variable");

o_branch.setIntPref(LLVAR, WARN);

}

return o_branch;

/**

* Notify observers of the topic OBSERVER_TOPIC_URI_REWRITE.

* @param nsIURI oldURI

* @param string newSpec

notifyObservers: function(oldURI, newSpec) {

this.log(INFO, "Notifying observers of rewrite from " + oldURI.spec + " to " + newSpec);

try {

// The subject has to be an nsISupports and the extra data is a string,

// that's why one is an nsIURI and the other is a nsIURI.spec string.

this.obsService.notifyObservers(oldURI, OBSERVER_TOPIC_URI_REWRITE, newSpec);

} catch (e) {

this.log(WARN, "Couldn't notify observers: " + e);

}

};

var prefs = 0;

var econsole = 0;

function https_everywhereLog(level, str) {

if (prefs == 0) {

prefs = HTTPSEverywhere.instance.get_prefs();

econsole = Components.classes["@mozilla.org/consoleservice;1"]

.getService(Components.interfaces.nsIConsoleService);

}

try {

var threshold = prefs.getIntPref(LLVAR);

} catch (e) {

econsole.logStringMessage( "HTTPS Everywhere: Failed to read about:config LogLevel");

threshold = WARN;

}

if (level >= threshold) {

dump(str+"\n");

econsole.logStringMessage("HTTPS Everywhere: " +str);

}

/**

* XPCOMUtils.generateNSGetFactory was introduced in Mozilla 2 (Firefox 4).

* XPCOMUtils.generateNSGetModule is for Mozilla 1.9.2 (Firefox 3.6).

if (XPCOMUtils.generateNSGetFactory)

var NSGetFactory = XPCOMUtils.generateNSGetFactory([HTTPSEverywhere]);

else

var NSGetModule = XPCOMUtils.generateNSGetModule([HTTPSEverywhere]);

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