Android 7.0 where does chrome store downloaded pages

Help users find content on TV. Recommend TV content. Watch Next. Build TV games. Build TV input services. TV Accessibility. Android for Cars. Build media apps for cars. Build navigation, parking, and charging apps for cars. Android Things. Supported hardware. Advanced setup. Build apps. Create a Things app. Communicate with wireless devices. Configure devices. Interact with peripherals. Build user-space drivers. Manage devices. Create a build. Push an update. Chrome OS devices.

App architecture. Architecture Components. UI layer libraries. View binding. Data binding library. Lifecycle-aware components. Paging Library. Paging 2. Data layer libraries. How-To Guides. Advanced Concepts. Threading in WorkManager. App entry points. App shortcuts. App navigation. Navigation component. App links.

Dependency injection. Core topics. App compatibility. Interact with other apps. Package visibility. Intents and intent filters. User interface. Add motion to your layout with MotionLayout. MotionLayout XML reference. Improving layout performance. Custom view components. Look and feel. Splash screens. Add the app bar. Control the system UI visibility. Supporting swipe-to-refresh. Pop-up messages overview.

Adding search functionality. Creating backward-compatible UIs. Home channels for mobile apps. App widgets. Media app architecture. Building an audio app. Building a video app. To learn more about the consumer features of Android 7.

In Android 7. Especially on tablets and other larger-screen devices, multi-window support gives you new ways to engage users. You can even enable drag-and-drop in your app to let users conveniently drag content to or from your app — a great way to enhance your user experience. It's straightforward to add multi-window support to your app and configure how it handles multi-window display.

For example, you can specify your activity's minimum allowable dimensions, preventing users from resizing the activity below that size. You can also disable multi-window display for your app, which ensures that the system will only show your app in full-screen mode. For more information, see the Multi-Window Support developer documentation.

Some of the changes include:. To learn how to implement the new features, see the Notifications guide. For example, ART maintains a profile of each app's hot methods and can precompile and cache those methods for best performance. It leaves other parts of the app uncompiled until they are actually used. Besides improving performance for key parts of the app, profile-guided compilation helps reduce an app's overall RAM footprint, including associated binaries.

This feature is especially important on low-memory devices. ART manages profile-guided compilation in a way that minimizes impact on the device battery. It does precompilation only when then the device is idle and charging, saving time and battery by doing that work in advance. Even large apps that required several minutes to optimize and install in Android 6.

System updates are also faster, since there's no more optimizing step. Android 6. Now in Android 7. Any time the screen is off for a period of time and the device is unplugged, Doze applies a subset of the familiar CPU and network restrictions to apps. This means users can save battery even when carrying their devices in their pockets.

Figure 3. Doze now applies restrictions to improve battery life even when the device is not stationary. A short time after the screen turns off while the device is on battery, Doze restricts network access and defers jobs and syncs.

Turning the screen on or plugging in the device brings the device out of Doze. When the device is stationary again, with screen off and on battery for a period of time, Doze applies the full CPU and network restrictions on PowerManager. The best practices for adapting your app to Doze are the same whether the device is moving or not, so if you already updated your app to gracefully handle Doze, you're all set. If not, start adapting your app to Doze now.

Project Svelte is an ongoing effort to minimize RAM use by system and apps across the range of Android devices in the ecosystem. Background processing is an essential part of most apps. When handled right, it can make your user experience amazing — immediate, fast, and context-aware.

When not handled right, background processing can needlessly consume RAM and battery and affect system performance for other apps. Since Android 5. Apps can schedule jobs while letting the system optimize based on memory, power, and connectivity conditions. JobScheduler offers control and simplicity, and we want all apps to use it.

At the same time we're starting to deprecate some of the older patterns that can reduce system performance, especially on low-memory devices. If your app is receiving these, take advantage of the Android 7. Take a look at the Background Optimizations documentation for details. A SurfaceView object's content position is now updated synchronously with the containing app content. One result of this change is that simple translations or scales of a video playing in a SurfaceView no longer produce black bars alongside the view as it moves.

Starting with Android 7. Figure 4. Data Saver in Settings. Over the life of a mobile device, the cost of a cellular data plan typically exceeds the cost of the device itself.

For many users, cellular data is an expensive resource that they want to conserve. Data Saver gives users control over how apps use cellular data and lets developers provide more efficient service when Data Saver is on.

When a user enables Data Saver in Settings and the device is on a metered network, the system blocks background data usage and signals apps to use less data in the foreground wherever possible — such as by limiting bit rate for streaming, reducing image quality, deferring optimistic precaching, and so on. Users can allow specific apps to allow background metered data usage even when Data Saver is turned on.

All apps should check whether the user has enabled Data Saver and make an effort to limit foreground and background data usage. Vulkan is designed from the ground up to minimize CPU overhead in the driver, and allow your application to control GPU operation more directly. Vulkan also enables better parallelization by allowing multiple threads to perform work such as command buffer construction at once.

We're working closely with our partners to bring Vulkan to more devices as soon as possible. Figure 5. Quick Settings tiles in the notification shade. Quick Settings is a popular and simple way to expose key settings and actions, directly from the notification shade.

We've added more room for additional Quick Settings tiles, which users can access across a paginated display area by swiping left or right.

We've also given users control over what Quick Settings tiles appear and where they are displayed — users can add or move tiles just by dragging and dropping them. For developers, Android 7. Quick Settings tiles are reserved for controls or actions that are either urgently required or frequently used, and should not be used as shortcuts to launching an app. For information about creating an app tile, see the reference documentation for Tile.

The default SMS app, the default phone app, and carrier apps can read from and write to the blocked-number list. The list is not accessible to other apps. By making number blocking a standard feature of the platform, Android provides a consistent way for apps to support number blocking across a wide range of devices. Chrome now store it per profile. If you only have one profile, it's in a folder called Default. Stack Overflow for Teams — Collaborate and share knowledge with a private group.

Create a free Team What is Teams? Collectives on Stack Overflow. Learn more. Where does Chrome store extensions?

Ask Question. Asked 8 years, 10 months ago. Active 1 year, 1 month ago. Viewed k times. For newer versions, where does Chrome store the files? Related: Where to find extensions installed folder for Google Chrome on Mac? Add a comment. Active Oldest Votes.

Storage Location for Unpacked Extensions Extension engine does not explicitly change their location or add a reference to its local paths, they are left in the place where there are selected from in all Operating Systems.