Chromium Blog
News and developments from the open source browser project
Native Client Brings Sandboxed Native Code to Chrome Web Store Apps
giovedì 18 agosto 2011
Wouldn’t it be great if you could create web apps using your existing C and C++ code?
Native Client
lets you do just that, and it is now enabled for Chrome Web Store apps in Google Chrome’s
beta channel
.
Native Client apps live on the web platform, so you don’t need to create separate versions of your app for each operating system. Rather than relying on OS-specific APIs, Native Client apps use Pepper, a set of interfaces that provide C and C++ bindings to the capabilities of HTML5. This means that once you’ve ported your code to Native Client, it will work across different operating systems, and you only need to maintain one code base.
Today Native Client supports the Pepper APIs for 2D graphics, stereo audio, URL fetching, sandboxed local file access (
File API
), and asynchronous message passing to and from JavaScript. In future releases we will be adding support for hardware accelerated 3D graphics (OpenGL ES 2.0), fullscreen mode, networking (
WebSockets
and peer-to-peer connections), and much more. As new capabilities are added to HTML5 and Pepper, they will become available to Native Client.
This functionality does not come at the expense of security. To ensure that Native Client is as safe as JavaScript, Native Client code is isolated from the operating system by two nested security sandboxes: the
Native Client sandbox
and the
Chrome sandbox
. And unlike NPAPI plugins or ActiveX controls, Native Client apps do not have access to the underlying OS APIs.
We encourage you to start developing apps with Native Client. You can download the SDK and find tutorials, examples, API documentation, and our
FAQ
on the
Native Client site
. Once version 14 of Chrome hits stable channel, you’ll be able to upload your Native Client apps to the Chrome Web Store, where you can reach Chrome’s 160 million users.
The next milestone for Native Client is architecture independence:
Portable Native Client
(PNaCl) will achieve this by using
LLVM
bitcode as the basis for the distribution format for Native Client content, translating it to the actual target instruction set before running. Until then the Chrome Web Store will be the only distribution channel for Native Client apps. This will help us ensure that all Native Client apps are updated to PNaCl when it’s ready – and in the meantime avoid the spread of instruction set architecture dependent apps on the web. We’ll be providing updates on the progress of PNaCl on this blog.
Posted by Christian Stefansen, Product Manager
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