Genode OS Framework release 17.02 Feb 28, 2017
By introducing application binary interfaces, version 17.02 cultivates the cross-kernel binary compatibility of components. Furthermore, the new version comes with a vastly improved VFS infrastructure, new input-event processing capabilities, and a dynamic component-composition engine.
On the long road towards binary compatibility of Genode components across OS kernels as different as L4, NOVA, seL4, or Linux, we reached a breakthrough by mid of 2016. It took us another six months to fully cultivate this unique feature and to integrate it seamlessly into our development work flows. With the current version, we have ultimately reached the point where one can move entire system scenarios from one kernel to another in just a few seconds.
With the improved virtual file-system (VFS) infrastructure that comes with the new version, such system scenarios can become more and more sophisticated. Genode takes the meaning of virtual file systems to an entirely new level. Not only does Genode virtualize the physical location of files but each component can have its own VFS whereby the supported file-system types are provided by VFS plugins. Those plugins can go as far as providing a TCP/IP stack as showcased by Genode's use of the Linux TCP/IP stack as VFS plugin.
The composition of subsystems out of Genode components is another highlight of the current release. In each Genode-based system, the init component already plays a central role as it bootstraps the initial system components. Thanks to Genode's recursive system structure, init can easily be nested. With the improvements of the new version, such a nested init becomes a dynamic system-composition engine that responds to configuration updates and applies changes to its subsystem in a differential way.
These and many more improvements are covered in full detail in the release documentation of version 17.02...
Genode Labs GmbH
Genode Labs GmbH