un frontend graphique encore expérimental pour SSHFS, basé sur SSH et FUSE. Dépôt Debian expérimental.
http://www.glenux.net/index.php?post/.../Qasim-le-sshfs-qui-vous-veut-du-bien
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CuBox Developer Platform less than 2"3 in size, the platform can stream and decode 1080p content, with desktop class interfaces, all in less than 3 Watt (*) and less than 1 Watt in standby.
* based on Marvell Armada 510 SoC
* Linux based distributions like Ubuntu, Debian and others
* Android
* 800 MHz dual issue ARM PJ4 processor, VFPv3, wmmx SIMD and 512KB L2 cache.
* 1080p Video Decode Engine
* OpenGL|ES 2.0 graphic engine
* HDMI 1080p Output (with CEC function)
* 1GByte DDR3 at 800MHz
* Gigabit Ethernet, SPDIF (optical audio), eSata 3Gbps, 2xUSB 2.0, micro-SD, micro-USB (console)
* Standard Infra-red receiver for 38KHz based IR controllers.
* No JTAG required. Unbrickable for Developers (**)
* based on Marvell Armada 510 SoC
* Linux based distributions like Ubuntu, Debian and others
* Android
* 800 MHz dual issue ARM PJ4 processor, VFPv3, wmmx SIMD and 512KB L2 cache.
* 1080p Video Decode Engine
* OpenGL|ES 2.0 graphic engine
* HDMI 1080p Output (with CEC function)
* 1GByte DDR3 at 800MHz
* Gigabit Ethernet, SPDIF (optical audio), eSata 3Gbps, 2xUSB 2.0, micro-SD, micro-USB (console)
* Standard Infra-red receiver for 38KHz based IR controllers.
* No JTAG required. Unbrickable for Developers (**)
http://www.solid-run.com/products/cubox
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Pour m’assurer des modules nécessaires à ma carte réseau, j’ai trouvé en parcourant les forums un truc plutôt pas mal. Tapez la commande:
> lspci -n
Et copiez le contenu du résultat dans le textarea de ce site: http://kmuto.jp/debian/hcl/
> lspci -n
Et copiez le contenu du résultat dans le textarea de ce site: http://kmuto.jp/debian/hcl/
http://www.coolcoyote.net/linux-debian/changer-le-noyau-dune-debian-ovh
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Getting started with Emdebian
Why use Emdebian rather than Debian?
The most obvious reason is installation sizes. Debian simply cannot fit onto some devices that could run GNU/Linux. Other machines can accommodate a typical Debian installation but would have little available space for user data etc. and adding more storage is impossible or impractical. See more on the available flavours of Emdebian. Generally, if the machine can be easily extended with an extra internal hard drive or by replacing the existing hard drive with a larger one, there is no particular reason to look at Emdebian for that machine. Embedded devices typically have no such way of adding more storage, at least not internally.
Why use Emdebian rather than Debian?
The most obvious reason is installation sizes. Debian simply cannot fit onto some devices that could run GNU/Linux. Other machines can accommodate a typical Debian installation but would have little available space for user data etc. and adding more storage is impossible or impractical. See more on the available flavours of Emdebian. Generally, if the machine can be easily extended with an extra internal hard drive or by replacing the existing hard drive with a larger one, there is no particular reason to look at Emdebian for that machine. Embedded devices typically have no such way of adding more storage, at least not internally.
http://www.emdebian.org
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AV Linux is a non-GPL custom shop modded and rodded Linux based Operating System built from a hand-picked selection of available tools including Debian/GNU Linux, the LXDE Desktop Environment and Remastersys. AV Linux is first and foremost a well-rounded OS suited for most common daily computer tasks and runs on most PC's and Intel Macs. On top of this versatile base is a full complement of the best Linux Audio and Video creation software encompassing both open-source excellence and commercial demos. AV Linux can be operated in a variety of ways including running from a LiveDVD, LiveUSB or installed to the Hard Drive either by itself or as a Dual-Boot with another Operating System. As an installed Operating System AV Linux differs from many other Desktop Linux Distributions in that it provides a complete, stable pre-tested and state-of-the-art user experience free from constant pestering for superfluous system updates. AV Linux employs an annual release schedule and a well-maintained packages archive to balance reliable performance and timely important individual program updates.
http://www.bandshed.net/AVLinux.html
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I have wanted to write about programming with GStreamer and Python for a while. Jono Bacon wrote a nice introduction to GStreamer and Python a long time ago, but I want to share with you some specific tips.
At Collabora we work a lot with GStreamer including helping train developers at our customers to be better at GStreamer development. Being the lowly marketing guy at the company I don’t have the programming chops to teach the hard stuff, but I figured I should be able to put together a very simple article which explains some basics and shows of a little GStreamer development trick I have used to great success in Transmageddon.
Part of what triggered getting this little tutorial done was that I am looking into porting Transmageddon to GTK3 after its next release of Transmageddon.
At Collabora we work a lot with GStreamer including helping train developers at our customers to be better at GStreamer development. Being the lowly marketing guy at the company I don’t have the programming chops to teach the hard stuff, but I figured I should be able to put together a very simple article which explains some basics and shows of a little GStreamer development trick I have used to great success in Transmageddon.
Part of what triggered getting this little tutorial done was that I am looking into porting Transmageddon to GTK3 after its next release of Transmageddon.
http://blogs.gnome.org/uraeus/2011/10...torial-for-python-gstreamer-and-gtk-3
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Bifferboard
* 150MHz CPU, Intel 486SX instruction set, MMU.
* 1 watt power consumption (200mA @5v)
* 68mm x 28mm x 21mm (weight 28g)
* 32MB SDRAM/8MB Flash
* OHCI/EHCI USB 2.0
* 10/100 ethernet
* Serial console 115200 baud (can be used as 2 GPIO)
* 4-pin JTAG (can be used as GPIO)
* 2 permanent GPIO (1 LED, 1 button)
* Linux 2.6.32.16
* Supplied pre-flashed with OpenWrt
* 35 pounds each -->Buy
So what can you do with one? Some random links to the wiki:
Slackware| Debian| Gentoo| OpenWrt| i2c| 1-wire| Bluetooth| Hard real-time| MMC| Emulate it
See also:
Wiki| Chat| JTAG
* 150MHz CPU, Intel 486SX instruction set, MMU.
* 1 watt power consumption (200mA @5v)
* 68mm x 28mm x 21mm (weight 28g)
* 32MB SDRAM/8MB Flash
* OHCI/EHCI USB 2.0
* 10/100 ethernet
* Serial console 115200 baud (can be used as 2 GPIO)
* 4-pin JTAG (can be used as GPIO)
* 2 permanent GPIO (1 LED, 1 button)
* Linux 2.6.32.16
* Supplied pre-flashed with OpenWrt
* 35 pounds each -->Buy
So what can you do with one? Some random links to the wiki:
Slackware| Debian| Gentoo| OpenWrt| i2c| 1-wire| Bluetooth| Hard real-time| MMC| Emulate it
See also:
Wiki| Chat| JTAG
http://bifferos.com
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Cette partie explique comment installer Debian GNU/Linux à partir d'un système Unix ou Linux existant, sans utiliser le système d'installation avec menus qui est exposé dans la suite de ce manuel.
http://www.debian.org/releases/stable/i386/apds03.html.fr
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