Open webOS gets a website all its own, Nyx hardware abstraction layer gets a release 12
The march towards a fully open source webOS continues, with today seeing the release of the Nyx hardware abstraction layer. As described on the nyx-lib GitHub repository, "Nyx is the webOS portability layer used to isolate the remainder of webOS from dependencies on the hardware and core OS upon which it is running." Essentially what that means is that Nyx picks up where the Linux Standard Kernel drops off.
So while open source kernel integrates a number of Android drivers and the like, Nyx takes it a step further for Open webOS, enabling the OS to run successfully on an even greater variety of hardware. And since Nyx is open source like the rest of Open webOS eventually will be, it's conceivable that it could be adapted in conjunction with the Linux Standard Kernel to enable other operating systems to run on other hardware. Not that we'd want that - we want webOS, of course. How exactly Nyx works, well, that's over our heads here. Dammit Jim, we're bloggers, not programmers! All we know is that we're glad to see it released and excited by its potential. There's a wide world of excellent hardware out there running less than optimal operating systems, and we want them to run webOS. That's our hope, now that we've been reduced to dreaming about a day where webOS hardware is produced again.
Today also saw the launch of a new website for Open webOS: openwebosproject.org. The new site is styled very much after the old Palm.com and the current webOS Developer Center, and right now serves more as an introduction for the uninitiated and a portal to content on other sites. But eventually it could be more. Not that we'd recommend you go somewhere else to get the latest on Open webOS. You're already reading this, so clearly you're smart enough to know where to look.
Nyx, for the record, is yet another Greek goddess (joining Ares, Enyo, and Isis). She's the goddess of the night, and is only seen in the shadows and just a glimpse at that. An appropriate name, we suppose, for a hardware abstraction layer that's supposed to do it's job without being seen or heard.