September 17, 2013 posted by Antti Kantee
There are a number of motivations for running applications directly on
top of the Xen hypervisor without resorting to a full general-purpose OS.
For example, one might want to maximally isolate applications with minimal
overhead. Leaving the OS out of the picture decreases overhead, since
for example the inter-application protection offered normally by virtual
memory is already handled once by the Xen hypervisor.
However, at the same time problems arise: applications expect and use
many services normally provided by the OS, for example files, sockets,
event notification and so forth. We were able to set up a production
quality environment for running applications as Xen DomU's in a few
weeks by reusing hundreds of thousands of lines of unmodified driver and
infrastructure code from NetBSD. While the amount of driver code may
sound like a lot for running single applications, keep in mind that it
involves for example file systems, the TCP/IP stack, stdio, system calls
and so forth -- the innocent-looking open() alone accepts over
20 flags which must be properly handled. The remainder of this post
looks at the effort in more detail.
August 22, 2013 posted by Soren Jacobsen
The NetBSD Project is pleased to announce NetBSD 6.1.1, the first security/bugfix update of the NetBSD 6.1 release branch. It represents a selected subset of fixes deemed important for security or stability reasons.
For more details, please see the 6.1.1 release notes.
Complete source and binaries for NetBSD 6.1.1 are available for download at many sites around the world. A list of download sites providing FTP, AnonCVS, SUP, and other services may be found at http://www.NetBSD.org/mirrors/.
July 03, 2013 posted by Michael Lorenz
Support for Sun's SX rendering engine ( found in the SparcStation 20 and 10SX's memory controllers ) has been added, both for the console and X. Both drivers support basic acceleration ( block copy, rectangle fill, character drawing in the kernel ), the Xorg driver also supports Xrender acceleration. This probably makes SX the oldest supported hardware which can do that.
July 02, 2013 posted by Matthew Sporleder
Google Code-In (GCi) is a project like Google Summer Of Code (GSoC),
but for younger students. While GSoC is aimed at university students,
i.e. for people usually of age 19 or older, GCi wants to recruit
pupils for Open Source projects.
When applying for participation, every project had to create a large number of
potentially small tasks for students. A task was meant to be two hours of work of
an experienced developer, and feasible to be done by a person 13 to 18 years
old. Google selected ten participating organisations (this time, NetBSD
was the only BSD participating) to insert their tasks into Google Melange (the
platform which is used for managing GCi and GSoC).
Then, the students registered at Google Melange, chose a project they wanted to
work on, and claimed tasks to do. There were many chats in the NetBSD code
channel for students coming in and asking questions about their tasks.
After GCi was over, every organisation had to choose their two favourite
students who did the best work. For NetBSD, the choice was difficult, as there
were more than two students doing great work, but in the end we chose Mingzhe
Wang and Matthew Bauer.
These two "grand price winners" were given a trip to Mountain View to visit the
Google headquarters and meet with other GCi price winners.
You can see the results on the
corresponding wiki page
There were 89 finished tasks, ranging from research tasks (document how other
projects manage their documentation), creating howtos, trying out software on
NetBSD, writing code (ATF tests and Markdown converters and more), writing
manpages and documentation, fixing bugs and converting documentation from the
website to the wiki.
Overall, it was a nice experience for NetBSD. On the one hand, some real work
was done (for many of them, integration is still pending). On the other hand, it
was a stressful time for the NetBSD mentors supervising the students and helping
them on their tasks. Especially, we had to learn many lessons (you will find
them on the wiki page for GCi 2012), but next time, we will do much better.
We will try to apply again next year, but we will need a large bunch of new
possible tasks to be chosen again.
So if you think you have a task which doesn't require great prior knowledge, and
is solvable within two hours by an experienced developer, but also by a 13-18
year old within finite time, feel free to contact us with an outline, or write
it directly to the wiki page for Code-In
in the NetBSD wiki.
June 27, 2013 posted by Matthew Sporleder
Julian Djamil Fagir wrote a blog post about his GSoC project
As one of five, I've been chosen for participating in Google Summer Of Code (GSoC) this year for NetBSD. My project is to write a binary upgrade tool for NetBSD, optionally with a “live update” functionality.
Why an upgrade tool? – Yes, updating currently is easy. You download the set tarballs from a mirror, unpack the kernel, reboot, unpack the rest, reboot, and done. But this is an exhausting procedure, and you have to know that there are actually updates, and what they affect.
May 30, 2013 posted by Radoslaw Kujawa
NetBSD now includes support for Marvell Armada XP SoCs. The port was done by Semihalf and sponsored by Marvell, who have generously agreed to release the source code.
This work was integrated into the NetBSD/evbarm port. The kernel for Armada XP is built from the "ARMADAXP" configuration.
Currently supported hardware include Marvell DB-MV784MP-GP development boards. Adding support for more Armada XP-based boards should be relatively easy.
The port includes support for the PJ4B CPU core and most of the SoC's peripherals:
- PCI Express
SMP and on-chip Ethernet are not supported yet (however it is possible to use a PCI Express based Ethernet card).
May 28, 2013 posted by S.P.Zeidler
The following projects have been chosen for Google Summer of Code™ this year (sorted by student's last name):
- Port Linux's drm/kms/gem/i915
- Student: Myron Aub
- System upgrade
- Student: gnrp
- Implement file system flags to scrub data blocks before deletion
- Student: Przemyslaw Sierocinski
- Make NetBSD a supported guest OS under VirtualBox
- Student: Haomai Wang
- Defragmentation for FFS in NetBSD
- Student: Manuel Wiesinger
We hope these students will have an interesting, successful, and also fun summer working with us, heap glory upon their names and do their mentors proud. :)
We thank all students who discussed and submitted proposals; as in every year, slots are limited and we have to let go worthy proposals.
May 26, 2013 posted by Martin Husemann
New firefox will be available for NetBSD/sparc64 again starting with the import of the official version 22 release into pkgsrc.[Read More
May 25, 2013 posted by Matthew Sporleder
NetBSD works on the BeagleBone
and improvements continue to happen, but we could use some help updating the docs.
If you are using the port (or want to) make sure you email www with some improvements to the BeagleBone wiki page.
May 18, 2013 posted by Jeff Rizzo
The NetBSD Project is pleased to announce NetBSD 6.1, the first feature update of the NetBSD 6 release branch. It represents a selected subset of fixes deemed important for security or stability reasons, as well as new features and enhancements.
Simultaneously, the NetBSD Project is pleased to announce NetBSD 6.0.2, the second security/bugfix update of the NetBSD 6.0 release branch. It represents a selected subset of fixes deemed important for security or stability reasons, without new features.
For more details, please see the 6.1 release notes and the 6.0.2 release notes
Complete source and binaries for NetBSD 6.1 and 6.0.2 are available for download at many sites around the world. A list of download sites providing FTP, AnonCVS, SUP, and other services may be found at http://www.NetBSD.org/mirrors/
May 02, 2013 posted by Jeff Rizzo
The fourth release candidate of NetBSD 6.1 is now available for download at:
http://ftp.NetBSD.org/pub/NetBSD/NetBSD-6.1_RC4/. It is expected that this will be the final release candidate, with the official release following very soon.
(Please note that while the third release candidate (RC3) was tagged and built, it was never officially released)
NetBSD 6.1 will be the first feature update for the NetBSD 6 branch. There are many new drivers, some new features, and many bug fixes! Fixes since RC2 include:
- Updated the fix for SA-2013-003 (RNG bug may result in weak cryptographic keys)
- Fixes to npfctl(8) parsing and error handling
- Fix sendto(2) issue with IPv6 UDP datagrams. PR#47408.
- Raspberry Pi: fix handling of large packets in USB host controller
- Fixed an RPC memory corruption issue. PR#13082
- Fixed ACPI issues affecting some AMD systems. PR#47016, PR#47648.
- Change vax MAXPARTITION from 16 to 12, addressing boot issues on some systems
- Bump libpthread minor version to libpthread.so.1.1 for the addition of pthread_cond_setclock() earlier in the 6.1 release cycle; note that this is *NOT* the same as libpthread.so.1.1 in NetBSD-current. (libpthread.so in NetBSD-current is already at version 1.2)
- Provide libc stubs to libpthread, allowing libpthread to be dlopen()ed.
- Fix a userland-triggered panic on x68k systems.
A complete list of changes can be found at:
Please help us test this and any upcoming release candidates as much as possible. Remember, any feedback is good feedback. We'd love to hear from you, whether you've got a complaint or a compliment.
April 28, 2013 posted by Blog Import
Zorro attachment code for slhci(4)
driver was added. Thylacine USB card is now supported. However, so far only keyboards and mice work reliably. To use them instead of standard Amiga keyboard and mouse wscons kernel is required.