What’s new? We’re happy to announce the release of v2.6.0, which includes which a few new features, improvements to user experience, and minor bug fixes. Check out the summarized changelog below: Handle completion on bash simple variable expansion Handle keywords import, require and inherit in Bash/Python context Add SPDX license suggestions Show license description on […]
What’s new? We’re happy to announce the release of v2.5.0, which includes a few new features as well as quality-of-life improvements and minor bug fixes. Here is the change log: Add Yocto variables renaming across a recipe file Add code suggestions for SRC_URI local files Add code suggestions for recipe names in variables (DEPENDS, RDEPENDS, […]
Power saving has always been a major preoccupation in embedded systems, as by definition, they could have energy constraint. Of course now, energy saving is still on the heart of the discussions. Energy saving is always a set of compromise. In terms of system or peripherals availability, time to wake… In this blog, we will […]
How to bring fully distributed and secure communication capabilities to embedded products and IOT (Part 2). In a previous article, we presented our work on including Jami in Yocto. This was a huge step to make Jami available on all types of devices. But this Yocto layer was only usable for x86 architectures. In fact, […]
How to bring fully distributed and secure communication capabilities to embedded products and IOT (Part 1). Jami is a communication tool developed by Savoir-faire Linux. It is available for Windows, MacOS, standard Linux distribution like Ubuntu or Fedora and smartphones (Android and iOS). In order to give the opportunity to use Jami in embedded products […]
LDAPCon 2015, a very important event for the LDAP community which meets every two years to exchange the news and give life to this standard.
The SFLphone SIP/AIX2 client for Linux development team is proud to announce the release of SFLphone 1.4.0. Following is a summary of the main release notes of this version.
Je me suis intéressé à la façon dont les auteurs ont décidé d’implémenter le support RS-485, nécessairement du côté pilote, ce support remontant tout juste à la mi-août. Puis, j’ai trouvé un petit bogue de performance qui concerne les fins de transmissions qui représentent une étape cruciale dans l’implémentation du protocole RS-485. J’ai donc soumis un correctif au noyau de Linux; il a été accepté la semaine passée.
Certains clients industriels pourraient être très intéressés par un BeagleBone supportant le standard de communication RS-485, en autant qu’on puisse garantir un délai de redressement très court. Nous avons donc récemment décidé d’investiguer cette possibilité…