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uBlock/src/js/start.js

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JavaScript
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2014-06-24 00:42:43 +02:00
/*******************************************************************************
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uBlock Origin - a browser extension to block requests.
Copyright (C) 2014-present Raymond Hill
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This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see {http://www.gnu.org/licenses/}.
Home: https://github.com/gorhill/uBlock
*/
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'use strict';
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/******************************************************************************/
import './vapi-common.js';
import './vapi-background.js';
import './vapi-background-ext.js';
// The following modules are loaded here until their content is better organized
import './commands.js';
import './messaging.js';
import './storage.js';
import './tab.js';
import './ublock.js';
import './utils.js';
import cacheStorage from './cachestorage.js';
import contextMenu from './contextmenu.js';
import io from './assets.js';
import lz4Codec from './lz4.js';
import staticExtFilteringEngine from './static-ext-filtering.js';
import staticFilteringReverseLookup from './reverselookup.js';
import staticNetFilteringEngine from './static-net-filtering.js';
import µb from './background.js';
import webRequest from './traffic.js';
import { redirectEngine } from './redirect-engine.js';
import { ubolog } from './console.js';
import {
permanentFirewall,
sessionFirewall,
permanentSwitches,
sessionSwitches,
permanentURLFiltering,
sessionURLFiltering,
} from './filtering-engines.js';
/******************************************************************************/
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// Load all: executed once.
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(async ( ) => {
// >>>>> start of private scope
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/******************************************************************************/
vAPI.app.onShutdown = function() {
staticFilteringReverseLookup.shutdown();
io.updateStop();
staticNetFilteringEngine.reset();
staticExtFilteringEngine.reset();
sessionFirewall.reset();
permanentFirewall.reset();
sessionURLFiltering.reset();
permanentURLFiltering.reset();
sessionSwitches.reset();
permanentSwitches.reset();
};
/******************************************************************************/
// This is called only once, when everything has been loaded in memory after
// the extension was launched. It can be used to inject content scripts
// in already opened web pages, to remove whatever nuisance could make it to
// the web pages before uBlock was ready.
//
// https://bugzilla.mozilla.org/show_bug.cgi?id=1652925#c19
// Mind discarded tabs.
const initializeTabs = async function() {
const manifest = browser.runtime.getManifest();
if ( manifest instanceof Object === false ) { return; }
const toCheck = [];
const tabIds = [];
{
const checker = { file: 'js/scriptlets/should-inject-contentscript.js' };
const tabs = await vAPI.tabs.query({ url: '<all_urls>' });
for ( const tab of tabs ) {
if ( tab.discarded === true ) { continue; }
const { id, url } = tab;
µb.tabContextManager.commit(id, url);
µb.bindTabToPageStore(id, 'tabCommitted', tab);
// https://github.com/chrisaljoudi/uBlock/issues/129
// Find out whether content scripts need to be injected
// programmatically. This may be necessary for web pages which
// were loaded before uBO launched.
toCheck.push(
/^https?:\/\//.test(url)
? vAPI.tabs.executeScript(id, checker)
: false
);
tabIds.push(id);
}
}
const results = await Promise.all(toCheck);
for ( let i = 0; i < results.length; i++ ) {
const result = results[i];
if ( result.length === 0 || result[0] !== true ) { continue; }
// Inject declarative content scripts programmatically.
for ( const contentScript of manifest.content_scripts ) {
for ( const file of contentScript.js ) {
vAPI.tabs.executeScript(tabIds[i], {
file: file,
allFrames: contentScript.all_frames,
runAt: contentScript.run_at
});
}
}
}
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};
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/******************************************************************************/
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// To bring older versions up to date
Refactor selfie generation into a more flexible persistence mechanism The motivation is to address the higher peak memory usage at launch time with 3rd-gen HNTrie when a selfie was present. The selfie generation prior to this change was to collect all filtering data into a single data structure, and then to serialize that whole structure at once into storage (using JSON.stringify). However, HNTrie serialization requires that a large UintArray32 be converted into a plain JS array, which itslef would be indirectly converted into a JSON string. This was the main reason why peak memory usage would be higher at launch from selfie, since the JSON string would need to be wholly unserialized into JS objects, which themselves would need to be converted into more specialized data structures (like that Uint32Array one). The solution to lower peak memory usage at launch is to refactor selfie generation to allow a more piecemeal approach: each filtering component is given the ability to serialize itself rather than to be forced to be embedded in the master selfie. With this approach, the HNTrie buffer can now serialize to its own storage by converting the buffer data directly into a string which can be directly sent to storage. This avoiding expensive intermediate steps such as converting into a JS array and then to a JSON string. As part of the refactoring, there was also opportunistic code upgrade to ES6 and Promise (eventually all of uBO's code will be proper ES6). Additionally, the polyfill to bring getBytesInUse() to Firefox has been revisited to replace the rather expensive previous implementation with an implementation with virtually no overhead.
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const onVersionReady = function(lastVersion) {
if ( lastVersion === vAPI.app.version ) { return; }
vAPI.storage.set({ version: vAPI.app.version });
const lastVersionInt = vAPI.app.intFromVersion(lastVersion);
if ( lastVersionInt === 0 ) { return; }
// Since built-in resources may have changed since last version, we
// force a reload of all resources.
redirectEngine.invalidateResourcesSelfie(io);
// https://github.com/LiCybora/NanoDefenderFirefox/issues/196
// Toggle on the blocking of CSP reports by default for Firefox.
if (
lastVersionInt <= 1031003011 &&
vAPI.webextFlavor.soup.has('firefox')
) {
sessionSwitches.toggle('no-csp-reports', '*', 1);
permanentSwitches.toggle('no-csp-reports', '*', 1);
µb.saveHostnameSwitches();
}
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};
/******************************************************************************/
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// https://github.com/chrisaljoudi/uBlock/issues/226
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// Whitelist in memory.
// Whitelist parser needs PSL to be ready.
// gorhill 2014-12-15: not anymore
//
// https://github.com/uBlockOrigin/uBlock-issues/issues/1433
// Allow admins to add their own trusted-site directives.
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const onNetWhitelistReady = function(netWhitelistRaw, adminExtra) {
if ( typeof netWhitelistRaw === 'string' ) {
netWhitelistRaw = netWhitelistRaw.split('\n');
}
// Append admin-controlled trusted-site directives
if (
adminExtra instanceof Object &&
Array.isArray(adminExtra.trustedSiteDirectives)
) {
for ( const directive of adminExtra.trustedSiteDirectives ) {
µb.netWhitelistDefault.push(directive);
netWhitelistRaw.push(directive);
}
}
µb.netWhitelist = µb.whitelistFromArray(netWhitelistRaw);
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µb.netWhitelistModifyTime = Date.now();
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};
/******************************************************************************/
// User settings are in memory
Refactor selfie generation into a more flexible persistence mechanism The motivation is to address the higher peak memory usage at launch time with 3rd-gen HNTrie when a selfie was present. The selfie generation prior to this change was to collect all filtering data into a single data structure, and then to serialize that whole structure at once into storage (using JSON.stringify). However, HNTrie serialization requires that a large UintArray32 be converted into a plain JS array, which itslef would be indirectly converted into a JSON string. This was the main reason why peak memory usage would be higher at launch from selfie, since the JSON string would need to be wholly unserialized into JS objects, which themselves would need to be converted into more specialized data structures (like that Uint32Array one). The solution to lower peak memory usage at launch is to refactor selfie generation to allow a more piecemeal approach: each filtering component is given the ability to serialize itself rather than to be forced to be embedded in the master selfie. With this approach, the HNTrie buffer can now serialize to its own storage by converting the buffer data directly into a string which can be directly sent to storage. This avoiding expensive intermediate steps such as converting into a JS array and then to a JSON string. As part of the refactoring, there was also opportunistic code upgrade to ES6 and Promise (eventually all of uBO's code will be proper ES6). Additionally, the polyfill to bring getBytesInUse() to Firefox has been revisited to replace the rather expensive previous implementation with an implementation with virtually no overhead.
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const onUserSettingsReady = function(fetched) {
// `externalLists` will be deprecated in some future, it is kept around
// for forward compatibility purpose, and should reflect the content of
// `importedLists`.
if ( Array.isArray(fetched.externalLists) ) {
fetched.externalLists = fetched.externalLists.join('\n');
vAPI.storage.set({ externalLists: fetched.externalLists });
}
if (
fetched.importedLists.length === 0 &&
fetched.externalLists !== ''
) {
fetched.importedLists =
fetched.externalLists.trim().split(/[\n\r]+/);
}
// https://github.com/uBlockOrigin/uBlock-issues/issues/1513
// Transition nicely.
// TODO: remove when current version of uBO is well past 1.34.0.
if ( typeof µb.hiddenSettings.cnameUncloak === false ) {
fetched.cnameUncloakEnabled = false;
µb.hiddenSettings.cnameUncloak = true;
µb.saveHiddenSettings();
}
µb.hiddenSettingsDefault.cnameUncloak = undefined;
µb.hiddenSettings.cnameUncloak = undefined;
fromFetch(µb.userSettings, fetched);
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if ( µb.privacySettingsSupported ) {
vAPI.browserSettings.set({
'hyperlinkAuditing': !µb.userSettings.hyperlinkAuditingDisabled,
'prefetching': !µb.userSettings.prefetchingDisabled,
'webrtcIPAddress': !µb.userSettings.webrtcIPAddressHidden
});
}
// https://github.com/uBlockOrigin/uBlock-issues/issues/1513
if (
vAPI.net.canUncloakCnames &&
µb.userSettings.cnameUncloakEnabled === false
) {
vAPI.net.setOptions({ cnameUncloakEnabled: false });
}
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};
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/******************************************************************************/
// https://bugzilla.mozilla.org/show_bug.cgi?id=1588916
// Save magic format numbers into the cache storage itself.
// https://github.com/uBlockOrigin/uBlock-issues/issues/1365
// Wait for removal of invalid cached data to be completed.
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const onCacheSettingsReady = async function(fetched) {
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if ( fetched.compiledMagic !== µb.systemSettings.compiledMagic ) {
µb.compiledFormatChanged = true;
µb.selfieIsInvalid = true;
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}
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if ( fetched.selfieMagic !== µb.systemSettings.selfieMagic ) {
µb.selfieIsInvalid = true;
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}
if ( µb.selfieIsInvalid ) {
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µb.selfieManager.destroy();
cacheStorage.set(µb.systemSettings);
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}
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};
/******************************************************************************/
const onHiddenSettingsReady = async function() {
// Maybe customize webext flavor
if ( µb.hiddenSettings.modifyWebextFlavor !== 'unset' ) {
const tokens = µb.hiddenSettings.modifyWebextFlavor.split(/\s+/);
for ( const token of tokens ) {
switch ( token[0] ) {
case '+':
vAPI.webextFlavor.soup.add(token.slice(1));
break;
case '-':
vAPI.webextFlavor.soup.delete(token.slice(1));
break;
default:
vAPI.webextFlavor.soup.add(token);
break;
}
}
ubolog(`Override default webext flavor with ${tokens}`);
}
// Maybe override current network listener suspend state
if ( µb.hiddenSettings.suspendTabsUntilReady === 'no' ) {
vAPI.net.unsuspend(true);
} else if ( µb.hiddenSettings.suspendTabsUntilReady === 'yes' ) {
vAPI.net.suspend();
}
// Maybe disable WebAssembly
if ( vAPI.canWASM && µb.hiddenSettings.disableWebAssembly !== true ) {
const wasmModuleFetcher = function(path) {
return fetch(`${path}.wasm`, { mode: 'same-origin' }).then(
WebAssembly.compileStreaming
).catch(reason => {
ubolog(reason);
});
};
staticNetFilteringEngine.enableWASM(wasmModuleFetcher, './js/wasm/').then(result => {
if ( result !== true ) { return; }
ubolog(`WASM modules ready ${Date.now()-vAPI.T0} ms after launch`);
});
}
// Matbe override default cache storage
const cacheBackend = await cacheStorage.select(
µb.hiddenSettings.cacheStorageAPI
);
ubolog(`Backend storage for cache will be ${cacheBackend}`);
};
/******************************************************************************/
const onFirstFetchReady = function(fetched, adminExtra) {
// https://github.com/uBlockOrigin/uBlock-issues/issues/507
// Firefox-specific: somehow `fetched` is undefined under certain
// circumstances even though we asked to load with default values.
if ( fetched instanceof Object === false ) {
fetched = createDefaultProps();
}
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// Order is important -- do not change:
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fromFetch(µb.localSettings, fetched);
fromFetch(µb.restoreBackupSettings, fetched);
permanentFirewall.fromString(fetched.dynamicFilteringString);
sessionFirewall.assign(permanentFirewall);
permanentURLFiltering.fromString(fetched.urlFilteringString);
sessionURLFiltering.assign(permanentURLFiltering);
permanentSwitches.fromString(fetched.hostnameSwitchesString);
sessionSwitches.assign(permanentSwitches);
onNetWhitelistReady(fetched.netWhitelist, adminExtra);
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onVersionReady(fetched.version);
};
/******************************************************************************/
Refactor selfie generation into a more flexible persistence mechanism The motivation is to address the higher peak memory usage at launch time with 3rd-gen HNTrie when a selfie was present. The selfie generation prior to this change was to collect all filtering data into a single data structure, and then to serialize that whole structure at once into storage (using JSON.stringify). However, HNTrie serialization requires that a large UintArray32 be converted into a plain JS array, which itslef would be indirectly converted into a JSON string. This was the main reason why peak memory usage would be higher at launch from selfie, since the JSON string would need to be wholly unserialized into JS objects, which themselves would need to be converted into more specialized data structures (like that Uint32Array one). The solution to lower peak memory usage at launch is to refactor selfie generation to allow a more piecemeal approach: each filtering component is given the ability to serialize itself rather than to be forced to be embedded in the master selfie. With this approach, the HNTrie buffer can now serialize to its own storage by converting the buffer data directly into a string which can be directly sent to storage. This avoiding expensive intermediate steps such as converting into a JS array and then to a JSON string. As part of the refactoring, there was also opportunistic code upgrade to ES6 and Promise (eventually all of uBO's code will be proper ES6). Additionally, the polyfill to bring getBytesInUse() to Firefox has been revisited to replace the rather expensive previous implementation with an implementation with virtually no overhead.
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const toFetch = function(from, fetched) {
for ( const k in from ) {
if ( from.hasOwnProperty(k) === false ) { continue; }
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fetched[k] = from[k];
}
};
Refactor selfie generation into a more flexible persistence mechanism The motivation is to address the higher peak memory usage at launch time with 3rd-gen HNTrie when a selfie was present. The selfie generation prior to this change was to collect all filtering data into a single data structure, and then to serialize that whole structure at once into storage (using JSON.stringify). However, HNTrie serialization requires that a large UintArray32 be converted into a plain JS array, which itslef would be indirectly converted into a JSON string. This was the main reason why peak memory usage would be higher at launch from selfie, since the JSON string would need to be wholly unserialized into JS objects, which themselves would need to be converted into more specialized data structures (like that Uint32Array one). The solution to lower peak memory usage at launch is to refactor selfie generation to allow a more piecemeal approach: each filtering component is given the ability to serialize itself rather than to be forced to be embedded in the master selfie. With this approach, the HNTrie buffer can now serialize to its own storage by converting the buffer data directly into a string which can be directly sent to storage. This avoiding expensive intermediate steps such as converting into a JS array and then to a JSON string. As part of the refactoring, there was also opportunistic code upgrade to ES6 and Promise (eventually all of uBO's code will be proper ES6). Additionally, the polyfill to bring getBytesInUse() to Firefox has been revisited to replace the rather expensive previous implementation with an implementation with virtually no overhead.
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const fromFetch = function(to, fetched) {
for ( const k in to ) {
if ( to.hasOwnProperty(k) === false ) { continue; }
if ( fetched.hasOwnProperty(k) === false ) { continue; }
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to[k] = fetched[k];
}
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};
const createDefaultProps = function() {
Refactor selfie generation into a more flexible persistence mechanism The motivation is to address the higher peak memory usage at launch time with 3rd-gen HNTrie when a selfie was present. The selfie generation prior to this change was to collect all filtering data into a single data structure, and then to serialize that whole structure at once into storage (using JSON.stringify). However, HNTrie serialization requires that a large UintArray32 be converted into a plain JS array, which itslef would be indirectly converted into a JSON string. This was the main reason why peak memory usage would be higher at launch from selfie, since the JSON string would need to be wholly unserialized into JS objects, which themselves would need to be converted into more specialized data structures (like that Uint32Array one). The solution to lower peak memory usage at launch is to refactor selfie generation to allow a more piecemeal approach: each filtering component is given the ability to serialize itself rather than to be forced to be embedded in the master selfie. With this approach, the HNTrie buffer can now serialize to its own storage by converting the buffer data directly into a string which can be directly sent to storage. This avoiding expensive intermediate steps such as converting into a JS array and then to a JSON string. As part of the refactoring, there was also opportunistic code upgrade to ES6 and Promise (eventually all of uBO's code will be proper ES6). Additionally, the polyfill to bring getBytesInUse() to Firefox has been revisited to replace the rather expensive previous implementation with an implementation with virtually no overhead.
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const fetchableProps = {
'dynamicFilteringString': µb.dynamicFilteringDefault.join('\n'),
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'urlFilteringString': '',
'hostnameSwitchesString': µb.hostnameSwitchesDefault.join('\n'),
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'lastRestoreFile': '',
'lastRestoreTime': 0,
'lastBackupFile': '',
'lastBackupTime': 0,
'netWhitelist': µb.netWhitelistDefault,
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'version': '0.0.0.0'
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};
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toFetch(µb.localSettings, fetchableProps);
toFetch(µb.restoreBackupSettings, fetchableProps);
return fetchableProps;
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};
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/******************************************************************************/
try {
// https://github.com/gorhill/uBlock/issues/531
await µb.restoreAdminSettings();
ubolog(`Admin settings ready ${Date.now()-vAPI.T0} ms after launch`);
await µb.loadHiddenSettings();
await onHiddenSettingsReady();
ubolog(`Hidden settings ready ${Date.now()-vAPI.T0} ms after launch`);
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const adminExtra = await vAPI.adminStorage.get('toAdd');
ubolog(`Extra admin settings ready ${Date.now()-vAPI.T0} ms after launch`);
// https://github.com/uBlockOrigin/uBlock-issues/issues/1365
// Wait for onCacheSettingsReady() to be fully ready.
const [ , , lastVersion ] = await Promise.all([
µb.loadSelectedFilterLists().then(( ) => {
ubolog(`List selection ready ${Date.now()-vAPI.T0} ms after launch`);
}),
cacheStorage.get(
{ compiledMagic: 0, selfieMagic: 0 }
).then(fetched => {
ubolog(`Cache magic numbers ready ${Date.now()-vAPI.T0} ms after launch`);
onCacheSettingsReady(fetched);
}),
vAPI.storage.get(createDefaultProps()).then(fetched => {
ubolog(`First fetch ready ${Date.now()-vAPI.T0} ms after launch`);
onFirstFetchReady(fetched, adminExtra);
return fetched.version;
}),
µb.loadUserSettings().then(fetched => {
ubolog(`User settings ready ${Date.now()-vAPI.T0} ms after launch`);
onUserSettingsReady(fetched);
}),
µb.loadPublicSuffixList().then(( ) => {
ubolog(`PSL ready ${Date.now()-vAPI.T0} ms after launch`);
}),
]);
// https://github.com/uBlockOrigin/uBlock-issues/issues/1547
if ( lastVersion === '0.0.0.0' && vAPI.webextFlavor.soup.has('chromium') ) {
vAPI.app.restart();
return;
}
} catch (ex) {
console.trace(ex);
}
// Prime the filtering engines before first use.
staticNetFilteringEngine.prime();
// https://github.com/uBlockOrigin/uBlock-issues/issues/817#issuecomment-565730122
// Still try to load filter lists regardless of whether a serious error
// occurred in the previous initialization steps.
let selfieIsValid = false;
try {
selfieIsValid = await µb.selfieManager.load();
if ( selfieIsValid === true ) {
ubolog(`Selfie ready ${Date.now()-vAPI.T0} ms after launch`);
}
} catch (ex) {
console.trace(ex);
}
if ( selfieIsValid !== true ) {
try {
await µb.loadFilterLists();
ubolog(`Filter lists ready ${Date.now()-vAPI.T0} ms after launch`);
} catch (ex) {
console.trace(ex);
}
}
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// Final initialization steps after all needed assets are in memory.
// https://github.com/uBlockOrigin/uBlock-issues/issues/974
// This can be used to defer filtering decision-making.
µb.readyToFilter = true;
// Start network observers.
webRequest.start();
// Ensure that the resources allocated for decompression purpose (likely
// large buffers) are garbage-collectable immediately after launch.
// Otherwise I have observed that it may take quite a while before the
// garbage collection of these resources kicks in. Relinquishing as soon
// as possible ensure minimal memory usage baseline.
lz4Codec.relinquish();
// Initialize internal state with maybe already existing tabs.
initializeTabs();
// https://github.com/chrisaljoudi/uBlock/issues/184
// Check for updates not too far in the future.
io.addObserver(µb.assetObserver.bind(µb));
µb.scheduleAssetUpdater(
µb.userSettings.autoUpdate
? µb.hiddenSettings.autoUpdateDelayAfterLaunch * 1000
: 0
);
// Force an update of the context menu according to the currently
// active tab.
contextMenu.update();
// Maybe install non-default popup document, or automatically select
// default UI according to platform.
if (
browser.browserAction instanceof Object &&
browser.browserAction.setPopup instanceof Function
) {
const env = vAPI.webextFlavor;
if (
µb.hiddenSettings.uiFlavor === 'classic' || (
µb.hiddenSettings.uiFlavor === 'unset' && (
env.soup.has('chromium') && env.major < 66 ||
env.soup.has('firefox') && env.major < 68
)
)
) {
browser.browserAction.setPopup({ popup: 'popup.html' });
}
}
// https://github.com/uBlockOrigin/uBlock-issues/issues/717
// Prevent the extension from being restarted mid-session.
browser.runtime.onUpdateAvailable.addListener(details => {
const toInt = vAPI.app.intFromVersion;
if (
µb.hiddenSettings.extensionUpdateForceReload === true ||
toInt(details.version) <= toInt(vAPI.app.version)
) {
vAPI.app.restart();
}
});
ubolog(`All ready ${Date.now()-vAPI.T0} ms after launch`);
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// <<<<< end of private scope
})();