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fenix/app/src/main/java/org/mozilla/fenix/components/Core.kt

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/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
package org.mozilla.fenix.components
import GeckoProvider
import android.content.Context
import android.content.res.Configuration
import io.sentry.Sentry
import kotlinx.coroutines.Dispatchers
import kotlinx.coroutines.GlobalScope
import kotlinx.coroutines.launch
import kotlinx.coroutines.withContext
import mozilla.components.browser.engine.gecko.GeckoEngine
import mozilla.components.browser.engine.gecko.fetch.GeckoViewFetchClient
import mozilla.components.browser.icons.BrowserIcons
import mozilla.components.browser.session.SessionManager
import mozilla.components.browser.session.storage.SessionStorage
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import mozilla.components.browser.state.state.BrowserState
import mozilla.components.browser.state.store.BrowserStore
import mozilla.components.browser.storage.sync.PlacesBookmarksStorage
import mozilla.components.browser.storage.sync.PlacesHistoryStorage
import mozilla.components.browser.storage.sync.RemoteTabsStorage
import mozilla.components.browser.thumbnails.ThumbnailsMiddleware
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import mozilla.components.browser.thumbnails.storage.ThumbnailStorage
import mozilla.components.concept.engine.DefaultSettings
import mozilla.components.concept.engine.Engine
import mozilla.components.concept.engine.mediaquery.PreferredColorScheme
import mozilla.components.concept.fetch.Client
import mozilla.components.feature.customtabs.store.CustomTabsServiceStore
import mozilla.components.feature.downloads.DownloadMiddleware
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import mozilla.components.feature.logins.exceptions.LoginExceptionStorage
import mozilla.components.feature.media.RecordingDevicesNotificationFeature
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import mozilla.components.feature.media.middleware.MediaMiddleware
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import mozilla.components.feature.pwa.ManifestStorage
import mozilla.components.feature.pwa.WebAppShortcutManager
import mozilla.components.feature.readerview.ReaderViewMiddleware
import mozilla.components.feature.session.HistoryDelegate
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import mozilla.components.feature.webcompat.WebCompatFeature
import mozilla.components.feature.webcompat.reporter.WebCompatReporterFeature
import mozilla.components.feature.webnotifications.WebNotificationFeature
import mozilla.components.lib.dataprotect.SecureAbove22Preferences
import mozilla.components.lib.dataprotect.generateEncryptionKey
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import mozilla.components.service.digitalassetlinks.RelationChecker
import mozilla.components.service.digitalassetlinks.local.StatementApi
import mozilla.components.service.digitalassetlinks.local.StatementRelationChecker
import mozilla.components.service.sync.logins.SyncableLoginsStorage
import org.mozilla.fenix.AppRequestInterceptor
import org.mozilla.fenix.Config
import org.mozilla.fenix.HomeActivity
import org.mozilla.fenix.R
import org.mozilla.fenix.downloads.DownloadService
import org.mozilla.fenix.ext.components
import org.mozilla.fenix.ext.settings
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import org.mozilla.fenix.media.MediaService
import org.mozilla.fenix.search.telemetry.ads.AdsTelemetry
import org.mozilla.fenix.search.telemetry.incontent.InContentTelemetry
import org.mozilla.fenix.utils.Mockable
import java.util.concurrent.TimeUnit
/**
* Component group for all core browser functionality.
*/
@Mockable
class Core(private val context: Context) {
/**
* The browser engine component initialized based on the build
* configuration (see build variants).
*/
val engine: Engine by lazy {
val defaultSettings = DefaultSettings(
requestInterceptor = AppRequestInterceptor(context),
remoteDebuggingEnabled = context.settings().isRemoteDebuggingEnabled,
testingModeEnabled = false,
trackingProtectionPolicy = trackingProtectionPolicyFactory.createTrackingProtectionPolicy(),
Closes #7450: Lazy storage initialization Make sure that we actually lazily initialize our storage layers. With this patch applied, storage layers (history, logins, bookmarks) will be initialized when first accessed. We will no longer block GeckoEngine init, for example, on waiting for the logins storage to initialize (which needs to access the costly securePrefStorage). Similarly, BackgroundServices init will no longer require initialized instances of the storage components - references to their "lazy wrappers" will suffice. In practice, this change changes when our storage layers are initialized in the following ways. Currently, we will initialize everything on startup. This includes loading our megazord, as well. With this change, init path depends on if the user is signed-into FxA or not. If user is not an FxA user: - on startup, none of the storage layers are initialized - history storage will be initialized once, whenever: - first non-customTab page is loaded (access to the HistoryDelegate) - first interaction with the awesomebar - history UI is accessed - bookmarks storage will be initialized once, whenever: - something is bookmarked, or we need to figure out if something's bookmarked - bookmarks UI is accessed - logins storage will be initialized once, whenever: - first page is loaded with a login/password fields that can be autofilled - (or some other interaction by GV with the autofill/loginStorage delegates) - logins UI is accessed - all of these storages will be initialized if the user logs into FxA and starts syncing data - except, if a storage is not chosen to be synced, it will not be initialized If user is an FxA user: - on startup, none of the storage layers are initialized - sometime shortly after startup is complete, when a sync worker runs in the background, all storage layers that are enabled to sync will be initialized. This change also means that we delay loading the megazord until first access (as described above).
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historyTrackingDelegate = HistoryDelegate(lazyHistoryStorage),
preferredColorScheme = getPreferredColorScheme(),
automaticFontSizeAdjustment = context.settings().shouldUseAutoSize,
fontInflationEnabled = context.settings().shouldUseAutoSize,
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suspendMediaWhenInactive = false,
forceUserScalableContent = context.settings().forceEnableZoom,
loginAutofillEnabled = context.settings().shouldAutofillLogins
)
GeckoEngine(
context,
defaultSettings,
GeckoProvider.getOrCreateRuntime(
context,
lazyPasswordsStorage,
trackingProtectionPolicyFactory.createTrackingProtectionPolicy()
)
).also {
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WebCompatFeature.install(it)
/**
* There are some issues around localization to be resolved, as well as questions around
* the capacity of the WebCompat team, so the "Report site issue" feature should stay
* disabled in Fenix Release builds for now.
* This is consistent with both Fennec and Firefox Desktop.
*/
if (Config.channel.isNightlyOrDebug || Config.channel.isBeta) {
WebCompatReporterFeature.install(it)
}
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}
}
/**
* [Client] implementation to be used for code depending on `concept-fetch``
*/
val client: Client by lazy {
GeckoViewFetchClient(
context,
GeckoProvider.getOrCreateRuntime(
context,
lazyPasswordsStorage,
trackingProtectionPolicyFactory.createTrackingProtectionPolicy()
)
)
}
private val sessionStorage: SessionStorage by lazy {
SessionStorage(context, engine = engine)
}
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/**
* The [BrowserStore] holds the global [BrowserState].
*/
val store by lazy {
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BrowserStore(
middleware = listOf(
MediaMiddleware(context, MediaService::class.java),
DownloadMiddleware(context, DownloadService::class.java),
ReaderViewMiddleware(),
ThumbnailsMiddleware(thumbnailStorage)
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)
)
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}
/**
* The [CustomTabsServiceStore] holds global custom tabs related data.
*/
val customTabsStore by lazy { CustomTabsServiceStore() }
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/**
* The [RelationChecker] checks Digital Asset Links relationships for Trusted Web Activities.
*/
val relationChecker: RelationChecker by lazy {
StatementRelationChecker(StatementApi(client))
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}
/**
* The session manager component provides access to a centralized registry of
* all browser sessions (i.e. tabs). It is initialized here to persist and restore
* sessions from the [SessionStorage], and with a default session (about:blank) in
* case all sessions/tabs are closed.
*/
val sessionManager by lazy {
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SessionManager(engine, store).also { sessionManager ->
// Install the "icons" WebExtension to automatically load icons for every visited website.
icons.install(engine, store)
// Install the "ads" WebExtension to get the links in an partner page.
adsTelemetry.install(engine, store)
// Install the "cookies" WebExtension and tracks user interaction with SERPs.
searchTelemetry.install(engine, store)
// Show an ongoing notification when recording devices (camera, microphone) are used by web content
RecordingDevicesNotificationFeature(context, sessionManager)
.enable()
// Restore the previous state.
GlobalScope.launch(Dispatchers.Main) {
withContext(Dispatchers.IO) {
sessionStorage.restore()
}?.let { snapshot ->
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sessionManager.restore(
snapshot,
updateSelection = (sessionManager.selectedSession == null)
)
}
// Now that we have restored our previous state (if there's one) let's setup auto saving the state while
// the app is used.
sessionStorage.autoSave(sessionManager)
.periodicallyInForeground(interval = 30, unit = TimeUnit.SECONDS)
.whenGoingToBackground()
.whenSessionsChange()
}
WebNotificationFeature(
context, engine, icons, R.drawable.ic_status_logo,
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permissionStorage.permissionsStorage, HomeActivity::class.java
)
}
}
/**
* Icons component for loading, caching and processing website icons.
*/
val icons by lazy {
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BrowserIcons(context, client)
}
val adsTelemetry by lazy {
AdsTelemetry(context.components.analytics.metrics)
}
val searchTelemetry by lazy {
InContentTelemetry(context.components.analytics.metrics)
}
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/**
* Shortcut component for managing shortcuts on the device home screen.
*/
val webAppShortcutManager by lazy {
WebAppShortcutManager(
context,
client,
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webAppManifestStorage
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)
}
Closes #7450: Lazy storage initialization Make sure that we actually lazily initialize our storage layers. With this patch applied, storage layers (history, logins, bookmarks) will be initialized when first accessed. We will no longer block GeckoEngine init, for example, on waiting for the logins storage to initialize (which needs to access the costly securePrefStorage). Similarly, BackgroundServices init will no longer require initialized instances of the storage components - references to their "lazy wrappers" will suffice. In practice, this change changes when our storage layers are initialized in the following ways. Currently, we will initialize everything on startup. This includes loading our megazord, as well. With this change, init path depends on if the user is signed-into FxA or not. If user is not an FxA user: - on startup, none of the storage layers are initialized - history storage will be initialized once, whenever: - first non-customTab page is loaded (access to the HistoryDelegate) - first interaction with the awesomebar - history UI is accessed - bookmarks storage will be initialized once, whenever: - something is bookmarked, or we need to figure out if something's bookmarked - bookmarks UI is accessed - logins storage will be initialized once, whenever: - first page is loaded with a login/password fields that can be autofilled - (or some other interaction by GV with the autofill/loginStorage delegates) - logins UI is accessed - all of these storages will be initialized if the user logs into FxA and starts syncing data - except, if a storage is not chosen to be synced, it will not be initialized If user is an FxA user: - on startup, none of the storage layers are initialized - sometime shortly after startup is complete, when a sync worker runs in the background, all storage layers that are enabled to sync will be initialized. This change also means that we delay loading the megazord until first access (as described above).
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// Lazy wrappers around storage components are used to pass references to these components without
// initializing them until they're accessed.
// Use these for startup-path code, where we don't want to do any work that's not strictly necessary.
// For example, this is how the GeckoEngine delegates (history, logins) are configured.
// We can fully initialize GeckoEngine without initialized our storage.
val lazyHistoryStorage = lazy { PlacesHistoryStorage(context) }
val lazyBookmarksStorage = lazy { PlacesBookmarksStorage(context) }
val lazyPasswordsStorage = lazy { SyncableLoginsStorage(context, passwordsEncryptionKey) }
/**
* The storage component to sync and persist tabs in a Firefox Sync account.
*/
val lazyRemoteTabsStorage = lazy { RemoteTabsStorage() }
Closes #7450: Lazy storage initialization Make sure that we actually lazily initialize our storage layers. With this patch applied, storage layers (history, logins, bookmarks) will be initialized when first accessed. We will no longer block GeckoEngine init, for example, on waiting for the logins storage to initialize (which needs to access the costly securePrefStorage). Similarly, BackgroundServices init will no longer require initialized instances of the storage components - references to their "lazy wrappers" will suffice. In practice, this change changes when our storage layers are initialized in the following ways. Currently, we will initialize everything on startup. This includes loading our megazord, as well. With this change, init path depends on if the user is signed-into FxA or not. If user is not an FxA user: - on startup, none of the storage layers are initialized - history storage will be initialized once, whenever: - first non-customTab page is loaded (access to the HistoryDelegate) - first interaction with the awesomebar - history UI is accessed - bookmarks storage will be initialized once, whenever: - something is bookmarked, or we need to figure out if something's bookmarked - bookmarks UI is accessed - logins storage will be initialized once, whenever: - first page is loaded with a login/password fields that can be autofilled - (or some other interaction by GV with the autofill/loginStorage delegates) - logins UI is accessed - all of these storages will be initialized if the user logs into FxA and starts syncing data - except, if a storage is not chosen to be synced, it will not be initialized If user is an FxA user: - on startup, none of the storage layers are initialized - sometime shortly after startup is complete, when a sync worker runs in the background, all storage layers that are enabled to sync will be initialized. This change also means that we delay loading the megazord until first access (as described above).
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// For most other application code (non-startup), these wrappers are perfectly fine and more ergonomic.
val historyStorage by lazy { lazyHistoryStorage.value }
val bookmarksStorage by lazy { lazyBookmarksStorage.value }
val passwordsStorage by lazy { lazyPasswordsStorage.value }
val tabCollectionStorage by lazy { TabCollectionStorage(context, sessionManager) }
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/**
* A storage component for persisting thumbnail images of tabs.
*/
val thumbnailStorage by lazy { ThumbnailStorage(context) }
val topSiteStorage by lazy { TopSiteStorage(context) }
val permissionStorage by lazy { PermissionStorage(context) }
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val webAppManifestStorage by lazy { ManifestStorage(context) }
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val loginExceptionStorage by lazy { LoginExceptionStorage(context) }
/**
* Shared Preferences that encrypt/decrypt using Android KeyStore and lib-dataprotect for 23+
* only on Nightly/Debug for now, otherwise simply stored.
* See https://github.com/mozilla-mobile/fenix/issues/8324
*/
private fun getSecureAbove22Preferences() =
SecureAbove22Preferences(
context = context,
name = KEY_STORAGE_NAME,
forceInsecure = !Config.channel.isNightlyOrDebug
)
private val passwordsEncryptionKey by lazy {
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getSecureAbove22Preferences().getString(PASSWORDS_KEY)
?: generateEncryptionKey(KEY_STRENGTH).also {
if (context.settings().passwordsEncryptionKeyGenerated) {
// We already had previously generated an encryption key, but we have lost it
Sentry.capture("Passwords encryption key for passwords storage was lost and we generated a new one")
}
context.settings().recordPasswordsEncryptionKeyGenerated()
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getSecureAbove22Preferences().putString(PASSWORDS_KEY, it)
}
}
val trackingProtectionPolicyFactory = TrackingProtectionPolicyFactory(context.settings())
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/**
* Sets Preferred Color scheme based on Dark/Light Theme Settings or Current Configuration
*/
fun getPreferredColorScheme(): PreferredColorScheme {
val inDark =
(context.resources.configuration.uiMode and Configuration.UI_MODE_NIGHT_MASK) ==
Configuration.UI_MODE_NIGHT_YES
return when {
context.settings().shouldUseDarkTheme -> PreferredColorScheme.Dark
context.settings().shouldUseLightTheme -> PreferredColorScheme.Light
inDark -> PreferredColorScheme.Dark
else -> PreferredColorScheme.Light
}
}
companion object {
private const val KEY_STRENGTH = 256
private const val KEY_STORAGE_NAME = "core_prefs"
private const val PASSWORDS_KEY = "passwords"
}
}