"SUPPORTED" HARDWARE Barrelfish currently runs on: * x86 CPUs in either IA-32 or AMD64 mode. The following are known to work: + * Intel Xeon: Clovertown, Gainestown, Beckton (X5355, E5520, X7560, L5520, L7555) + * AMD Opteron: Santa Rosa, Barcelona, Shanghai, Istanbul, Magny Cours (2220, 8350, 8374, 8380, 8431, 6174) + * Intel Single-Chip Cloud Computer (SCC), both Copper Ridge and Rocky Lake are known to work. The biggest compatibility problems are likely to be in the PCI/ACPI code. We usually discover new quirks (or missing functionality in the ACPI glue code) on each new machine we test. The following systems are known to work: + * Intel x5000XVN + * Tyan n6650W and S4985 + * Supermicro H8QM3-2 + * Dell PowerEdge R610 and R905 + * Sun Fire X2270 and X4440 + * Intel/Quanta QSSC-S4R + * Lenovo X200 and X301 laptops + * ASUS Eee PC 1015PEM netbooks
Monday, July 11, 2011
The Barrelfish Operating System
Wednesday, October 15, 2008
Visopsys
Visopsys (VISual OPerating SYStem) is an alternative operating system for PC-compatible computers, written "from scratch", and developed primarily by a single hobbyist programmer since late 1997.
Visopsys is free software and the source code is available under the terms of the GNU General Public License. The libraries and header files are licensed under the terms of the GNU Lesser General Public License.
Wednesday, August 13, 2008
Dam Small Linux
Source
According to Distrowatch.com, Damn Small Linux is the most popular microLinux distribution. What began as a toy project to stuff the maximum software inside a 50MB ISO file has matured into a refined community project known for its speed and versatility. DSL includes the ultra-lightweight FluxBox window manager, two Web browsers, Slypheed email client and news reader, xpdf PDF viewer, XMMS with MPEG media file support for playing audio and video, BashBurn CD burner, XPaint image editing, VNCViewer and rdesktop to control Windows and Linux desktops remotely, and more. If they could do all this in 50 megs, imagine what they could do in more space.
Last month the DSL developers released DSL-Not, a.k.a. DSL-N 0.1 RC1. It's 83.5MB of DSL coated with GTK sugar. Yummy! DSL-N sports a 2.6 series kernel instead of the 2.4 in DSL for better hardware support. It picked up the ATI card in my test desktop and the inexpensive USB-to-PS/2 converter on my laptop, along with the wireless hardware. It's also got a lot of "mainstream" GTK2 applications. Gaim takes over from naim for instant messaging, AbiWord replaces the Ted editor, Gnumeric spreadsheet preempts Siag, MPlayer replaces XMMS, and the CUPS printer drivers take the place of Apsfilter. The Mozilla suite takes care of your Internet browsing, email, and HTML editing needs.A Linksys wireless PC Card adapter worked straight off the block. I configured the wireless card on the desktop through the built-in Ndiswrapper installation wizard.
DSL-N uses the Lua/Fltk graphical toolkit to develop fast and lightweight GUIs for various command-line tools, making them accessible to new users.
Installing applications on DSL-N is a piece of cake through its MyDSL extension system. Though DSL-N is still in the early stages of development, it uses the same extensions as DSL, and all the applications I tried installing worked. Since you can install applications while running from the live CD, adding packages could be quite burdensome for some machines -- or so I thought. By stripping each app down to the essentials, the downloads are relatively small; XMMS is just 665KB, Firefox is around 7MB, and OpenOffice.org can be had for 66MB. To save even more resources, some applications need just to be mounted.
Using DSL-N
You can use DSL-N in different ways. Many people will burn the downloaded ISO onto a disk and run it as a live CD, or install into a USB pen drive or CompactFlash card, but you can also install it on a hard disk.
I tried the option to copy the CD on the hard disk using the tohd= cheatcode. Once completed, this option, with the fromhd= cheatcode, on subsequent boots frees your CD-ROM drive. On one of my old desktops, which doesn't allow USB pens to boot, I booted off the CD and tried saving my work to the pen drive. Once I had created some text files, browsed a little, bookmarked several sites, grabbed my POP email using the Mozilla email client, and downloaded XMMS, I decided to quit and save everything on the plugged-in USB stick.
I couldn't find any tutorial for doing this, so I headed over to the DSL-N forums and the DSL wiki, since doing things in DSL-N isn't all that different from doing them with DSL. DSL-N keeps USB device under /dev/uba instead of /dev/sda. To save stuff onto the pen drive I had to use the Backup/Restore utility and direct it to make backups under uba1. Backups happen on logout, when DSL-N creates a backup.tar.gz file. To back up MyDSL applications, which are by default download to /tmp on the ramdisk, copy the .dsl or .uci files onto the pendrive as root. On subsequent reboots, boot DSL with the restore= and mydsl= cheatcodes to specify the location of the backup tarball and the extensions, respectively.
According to Distrowatch.com, Damn Small Linux
is the most popular microLinux distribution. What began as a toy
project to stuff the maximum software inside a 50MB ISO file has
matured into a refined community project known for its speed and
versatility. DSL includes the ultra-lightweight FluxBox window manager,
two Web browsers, Slypheed email client and news reader, xpdf PDF
viewer, XMMS with MPEG media file support for playing audio and video,
BashBurn CD burner, XPaint image editing, VNCViewer and rdesktop to
control Windows and Linux desktops remotely, and more. If they could do
all this in 50 megs, imagine what they could do in more space. Last
month the DSL developers released DSL-Not, a.k.a. DSL-N 0.1 RC1. It's 83.5MB of DSL coated with GTK sugar. Yummy!
DSL-N
sports a 2.6 series kernel instead of the 2.4 in DSL for better
hardware support. It picked up the ATI card in my test desktop and the
inexpensive USB-to-PS/2 converter on my laptop, along with the wireless
hardware. It's also got a lot of "mainstream" GTK2 applications. Gaim
takes over from naim for instant messaging, AbiWord replaces the Ted
editor, Gnumeric spreadsheet preempts Siag, MPlayer replaces XMMS, and
the CUPS printer drivers take the place of Apsfilter. The Mozilla suite
takes care of your Internet browsing, email, and HTML editing needs.
A Linksys wireless PC Card adapter worked straight off the block. I
configured the wireless card on the desktop through the built-in
Ndiswrapper installation wizard.
DSL-N uses the Lua/Fltk graphical toolkit to develop fast and lightweight GUIs for various command-line tools, making them accessible to new users.
Installing applications on DSL-N is a piece of cake through its MyDSL extension system.
Though DSL-N is still in the early stages of development, it uses the
same extensions as DSL, and all the applications I tried installing
worked. Since you can install applications while running from the live
CD, adding packages could be quite burdensome for some machines -- or
so I thought. By stripping each app down to the essentials, the
downloads are relatively small; XMMS is just 665KB, Firefox is around
7MB, and OpenOffice.org can be had for 66MB. To save even more
resources, some applications need just to be mounted.
Using DSL-N
You can use DSL-N in different ways. Many people will burn the
downloaded ISO onto a disk and run it as a live CD, or install into a
USB pen drive or CompactFlash card, but you can also install it on a
hard disk.
I tried the option to copy the CD on the hard disk using the tohd= cheatcode. Once completed, this option, with the fromhd=
cheatcode, on subsequent boots frees your CD-ROM drive. On one of my
old desktops, which doesn't allow USB pens to boot, I booted off the CD
and tried saving my work to the pen drive. Once I had created some text
files, browsed a little, bookmarked several sites, grabbed my POP email
using the Mozilla email client, and downloaded XMMS, I decided to quit
and save everything on the plugged-in USB stick.
I couldn't find any tutorial for doing this, so I headed over to the DSL-N forums and the DSL wiki,
since doing things in DSL-N isn't all that different from doing them
with DSL. DSL-N keeps USB device under /dev/uba instead of /dev/sda. To
save stuff onto the pen drive I had to use the Backup/Restore utility
and direct it to make backups under uba1. Backups happen on logout,
when DSL-N creates a backup.tar.gz file. To back up MyDSL applications,
which are by default download to /tmp on the ramdisk, copy the .dsl or
.uci files onto the pendrive as root. On subsequent reboots, boot DSL
with the restore= and mydsl= cheatcodes to specify the location of the backup tarball and the extensions, respectively.
Next, it was time to test USB booting. I grabbed my 256MB Sandisk
Cruzer Mini USB 2.0 pendrive and booted into DSL-N using the CD-ROM.
There are two USB installs supported, USB-HDD and USB-ZIP, under Tools
-> Install to USB Pen Drive menu. Which one to use depends on your
BIOS; USB-HDD worked on my laptop. After asking basic questions like
the location of the device and whether I wanted to upgrade my
installation or have a fresh one, it took around five minutes to format
and copy the kernel and other files to the pen drive.
Booting from a USB drive wasn't dissimilar to the CD boot. On exit,
all my work was backed up onto the tarball automatically, but since the
MyDSL apps were again downloaded under /tmp, I had to copy them to the
stick, as root, as before.
Next, I tried a hard drive install. I booted from the CD-ROM,
navigated to the Frugal GRUB Install (there's a LILO option also
available) under Tools -> Frugal Installs, pointed the installer to
install under /dev/hda1, and let it format a partition and copy over
the kernel and files. After it was done, I restarted, only to find my
GRUB replaced by DSL-N. No sweat -- editing GRUB is easy.
I pick up the first default option under GRUB's boot menu, which
booted up just fine, detecting and configuring hardware, then halting
at X configuration. Select the desired resolution and mouse options,
and you are done.
Once at the desktop, I went about the normal routine of installing
MyDSL extensions, browsing, and changing wallpapers. There is a
marginal speed difference between the USB and hard disk option,
although both are much faster than running from the live CD. On
restarting, I was surprised to be prompted for the X settings again,
and then shocked to be staring at a virgin DSL-N installation; my
wallpaper, my work, my Internet history, my emails, were all gone!
A visit to the forum later, everything was OK. The speed difference
was negligble because even with a hard disk install DSL-N works from
the ramdisk. You have to use the Backup/Restore tool to ask DSL-N to
keep backups under your installation partition -- hda1 in my case. This
has to be done just once. And to ensure MyDSL apps too are saved,
download them straight to /cdrom instead of /tmp. On subsequent
reboots, all my data and apps were saved and restored automatically.
The only minor irritation was being asked to remove the disk, close the
tray, and press Enter to shutdown, even though I was booting from the
hard disk.
Whatever the method, as you accumulate more files that need to be
backed up, the startup and shutdown times will start going up. But even
after a week of testing, flooding the installations with additional
programs and data, both on the pen drive and hard disk, I couldn't slow
down the application launch times. It's safe to say a normal desktop
user would never stare at an unresponsive DSL-N desktop, though more
RAM might come in handy if you plan to run big applications like
OpenOffice.org, which requires 384MB of memory.
Like DSL, DSL-N is all about speed. Big applications like AbiWord
and Mozilla take around five seconds to load the first time and less
than two seconds thereafter, while smaller applications like the Ted
text editor load almost instantaneously. DSL-N also uses a modified emelFM
file manager, which couldn't load audio and video files properly into
MPlayer. In addition to normal file managing operations, emelFM can be
used to install MyDSL extensions and mount UCI applications.
The distro's developers are working on both DSL and DSL-N in
parallel, and are fairly active on their forums. Support for ReiserFS
was added when many users asked for it. There's also talk of upgrading
to a newer kernel.
Conclusion
DSL-N is still in its infancy. At RC1 stages most distributions are
too unstable to use, but DSL-N is impressive. If you haven't yet tried
DSL, and care for more mainstream applications and have a not-so-recent
computer stuffed somewhere, make it usable; download and try DSL-N.
You'll enjoy it thoroughly.
Next, it was time to test USB booting. I grabbed my 256MB Sandisk Cruzer Mini USB 2.0 pendrive and booted into DSL-N using the CD-ROM. There are two USB installs supported, USB-HDD and USB-ZIP, under Tools -> Install to USB Pen Drive menu. Which one to use depends on your BIOS; USB-HDD worked on my laptop. After asking basic questions like the location of the device and whether I wanted to upgrade my installation or have a fresh one, it took around five minutes to format and copy the kernel and other files to the pen drive.
Booting from a USB drive wasn't dissimilar to the CD boot. On exit, all my work was backed up onto the tarball automatically, but since the MyDSL apps were again downloaded under /tmp, I had to copy them to the stick, as root, as before.
Next, I tried a hard drive install. I booted from the CD-ROM, navigated to the Frugal GRUB Install (there's a LILO option also available) under Tools -> Frugal Installs, pointed the installer to install under /dev/hda1, and let it format a partition and copy over the kernel and files. After it was done, I restarted, only to find my GRUB replaced by DSL-N. No sweat -- editing GRUB is easy.
I pick up the first default option under GRUB's boot menu, which booted up just fine, detecting and configuring hardware, then halting at X configuration. Select the desired resolution and mouse options, and you are done.
Once at the desktop, I went about the normal routine of installing MyDSL extensions, browsing, and changing wallpapers. There is a marginal speed difference between the USB and hard disk option, although both are much faster than running from the live CD. On restarting, I was surprised to be prompted for the X settings again, and then shocked to be staring at a virgin DSL-N installation; my wallpaper, my work, my Internet history, my emails, were all gone!
A visit to the forum later, everything was OK. The speed difference was negligble because even with a hard disk install DSL-N works from the ramdisk. You have to use the Backup/Restore tool to ask DSL-N to keep backups under your installation partition -- hda1 in my case. This has to be done just once. And to ensure MyDSL apps too are saved, download them straight to /cdrom instead of /tmp. On subsequent reboots, all my data and apps were saved and restored automatically. The only minor irritation was being asked to remove the disk, close the tray, and press Enter to shutdown, even though I was booting from the hard disk.
Whatever the method, as you accumulate more files that need to be backed up, the startup and shutdown times will start going up. But even after a week of testing, flooding the installations with additional programs and data, both on the pen drive and hard disk, I couldn't slow down the application launch times. It's safe to say a normal desktop user would never stare at an unresponsive DSL-N desktop, though more RAM might come in handy if you plan to run big applications like OpenOffice.org, which requires 384MB of memory.
Like DSL, DSL-N is all about speed. Big applications like AbiWord and Mozilla take around five seconds to load the first time and less than two seconds thereafter, while smaller applications like the Ted text editor load almost instantaneously. DSL-N also uses a modified emelFM file manager, which couldn't load audio and video files properly into MPlayer. In addition to normal file managing operations, emelFM can be used to install MyDSL extensions and mount UCI applications.
The distro's developers are working on both DSL and DSL-N in parallel, and are fairly active on their forums. Support for ReiserFS was added when many users asked for it. There's also talk of upgrading to a newer kernel.
Conclusion
DSL-N is still in its infancy. At RC1 stages most distributions are too unstable to use, but DSL-N is impressive. If you haven't yet tried DSL, and care for more mainstream applications and have a not-so-recent computer stuffed somewhere, make it usable; download and try DSL-N. You'll enjoy it thoroughly.
Monday, August 4, 2008
Puppy Linux + Compiz Fusion
Use compiz fusion with Puppy Linux (provided u have a pwerful enough pc)
Yes you can. I have a vid running 301 with CF. Go have a look. I'll tell you now though, it's not easy... There's also a download floating around on the puppy sites called WNOP (wobbly nearly office pup) with CF already installed. A google search for "wnop" should get you a link.
I'd rather have not so damn small linux. But that's personal I think Puppy is great 2. If only microsoft would consider talking to the makers of it.
I will try to post my download website link so you newbs can download Iso Recorder,
Newbs (ISO Recorder) is a real quick and easy tool to burn a iso in Win XP. This unique and great piece of software let's you make/record .iso images. Basicly it ads the ability to record .iso images using the recording software that is allready built into windows xp. But it does not record dvd images, It only records .iso cd images. After you install it, just right click any .iso image --- choose record --- thats it.
I Love this Distro because it is great for older computers, it breaths new life into them and it is so small that it runs in memory atleast while I am using the live cd. I just love Puppy Linux. The network connection configuration tool works better to me then the major distro's. People do not throw out your old pc's, just install puppy linux on it and you will feel like you are working on a 3GHZ intel duo.I know that is hard to believe, but just try it. You will be surprised how fast it is.Enjoy!
Puppy Linux 4.0
Puppy Linux 4.0 (fuente)
Hoy os traigo el test de la quizás más conocida distro para PCs poco potentes, Puppy Linux.
Puppy es una distro destinada a PCs de bajos recursos, es LiveCD con
opción a instalación y se mueve bajo el entorno JWM. Puppy es una de
las distros más últiles y sencillas que he visto, en el LiveCD incluye
todos los programas necesarios para hacer muchísimas cosas, cosa que no
se suele ver en distros de bajo consumo.
Los requisitos mínimos:
Procesador Intel 486 DX o superior, 16 MB de RAM, funciona sin disco duro.
Y las notas:
Instalación: 7
Antes que nada debo disculparme por no haberme dado cuenta de que
esta distro se puede instalar (este post ha sido editado para añadir
esta nota), seguramente ésto me ocurrió por que no hice el test con la
tranquilidad mental que suelo tener cuando hago los test, se podría
decir que en 2 días de experimentación con la distro no pude
concentrarme lo suficiente. En todo caso voy a poner una imagen con la
que casi todos podréis entender por qué no me dí cuenta:
Como veis se ven varias opciones para instalar en medios extraíbles
y luego debajo se ve la de instalar en disco duro IDE o SATA interno,
segurmamente confundí esa herramienta con un instalador para medios
extraíbles, espero que me puedan disculpar. Ahora continúo con el test.
El instalador es sencillo, pero muy completo, cosa que no se suele
ver en distros destinadas a PCs modestos, el instalador incluye el
particionador GParted para hacer las particiones y también instala GRUB
de una forma muy sencilla, aún así hay muchas pegas, el instalador no
inluye selector de idioma, disposición del teclado y tampoco existe una
barra de progreso que muestre el progreso de la instalación, además la
instalación es muy simple, y al iniciar sin CD te volverá a pedir que
selecciones la disposición del teclado y que selecciones el servidor
gráfico para las X.
Características: 9
Es una distro con todo lo necesario, tenemos herramientas para hacer
de todo, especialmente herramientas para Internet y para multimedia.
Pero se hecha en falta una suite ofimática. Destacamos una gran
cantidad de herramientas de configuración, podemos configurar casi todo
(las fuentes, el servidor de sonido…). Debemos destacar una herramienta
incluída en el LiveCD para instalar Puppy Linux en muchísimos medios
extraíbles.
En definitiva, una distro que deberíamos tener para arreglar alguna emergencia.
Características avanzadas: 10
Al leer las características vanzadas de esta distro, me quedé
totalmente absorto, no podía imaginarme una distro que consume tan
poco, que, de hecho, es capaz de ejecutarse en un 486; pudiera tener
tantas cosas incluídas y tan modernas (relativamente).
Hablamos de dos servidores gráficos, el potente y moderno Xorg y el
simple y sencillo Xvesa, esta versión de Puppy se basa en GTK2 e
incluye muchas aplicaciones para GTK2, se incluye la base de datos de
escáneres y herramienta de escaneo SANE con su interfaz gráfica XSANE y
además se incluye un Kernel 2.6.21.7 pero, si lo deseamos podemos
descargar una versión alternativa de Puppy con el kernel 2.6.25.
Como podeis ver es una distro que no se queda corta en características avanzadas.
Repositorios e instalación de paquetes: 8
Es la distro destinada a PCs de bajos recursos con el mejor gestor de paquetes que he visto, aún así se puede pulir mucho.
El gestor se llama PETget y es simplemente una interfaz gráfica muy
sencilla pero completa en la que podemos ver una lista de los paquetes
ordenador por tipo. Uno de los problemas es que según hagas un click
sobre un paquete ese paquete será seleccionado para instalar, en lugar
de incluir casillas para poder instalar 2 ó 3 a la vez, otro problema
es que no se distingue entre paquetes instalados y sin instalar. Aún
así, vemos los repositorios muy completos, con paquetes tan útiles como
Ffmpeg y paquetes menos relevantes, como el Flash Player Plugin para
Mozilla, y la herramienta está muy conseguida, se hecha en falta un
gestor de paquetes así en DSL.
Nota Final: 9
En lo que a distribuciones de bajo consumo se refiere, se trata de
la distro mejor diseñada que he visto nunca, es realmente recomendable.
Lo más extraño es que una distro tan bien diseñada y con tantas
características modernas pueda arrancar con tan poca memoria RAM y en
un procesador tan antiguo.
ENLACES:
Anuncio de lanzamiento
Descarga de Puppy Linux 4.0
Descarga de los derivados de Puppy
Tuesday, July 29, 2008
Bill's products for low ressources
Installing WinFLP
After setup
Windows Update prompted to download KB898461.
After installation, these patches were required:
KB886185
KB883939
Windows Installer 3.1
KB903235
KB887472
KB873333
KB873339
KB885250
KB885835
KB885836
KB888113
KB888302
KB890046
KB891781
KB893066
KB896358
KB896422
KB896428
KB901214
KB887742
KB890830
After installation this was required:
KB892130 Windows Genuine Advantage tool
Interestingly, the next web scan failed on Invalid Product Key!
Then Automatic Updates shows these required patches:
KB896727
KB890859
KB893756
KB896423
KB899587
KB899588
KB899591
KB894391
KB890830
Then, I installed CA ETrust Anti-virus
Used disk space: 846 MB
Master file table: 7MB (my production XP machine has 140MB)
The best OS on ASUS EEEPC:
http://en.wikipedia.org/wiki/Windows_Fundamentals
(Microsoft's official version of an nLited XP. They've done the work for you)
I have always used fundamentals on my main boxes and gaming rigs, nice and lean! But have reverted to xp performance nlite on my eee dual boot as i had nothing but trouble with fundamentals and the eee.
It does not have HSDPA support, meaning that a 3G USB modem could not
work at all. That made me install Windows XP SP3 instead and it worked
100%.
Saturday, April 26, 2008
UUID
Generic solution: use the power of UUID:
root@grml # /lib/udev/vol_id /dev/sda1 | grep UUID
ID_FS_UUID=4a6aed11-42dd-4c82-81ce-8f469e93f210
root@grml # eval $(/lib/udev/vol_id /dev/sda1 | grep UUID)
root@grml # ls -la /dev/disk/by-uuid/$ID_FS_UUID
lrwxrwxrwx 1 root root 10 Aug 10 11:01 /dev/disk/by-uuid/4a6aed11-42dd-4c82-81ce-8f469e93f210 -> ../../sda1
Now we know the UUID and boot the system via root=UUID=… instead of a root=/dev/sda-entry:
title Debian Etch, kernel 2.6.15-1-686 (on /dev/sda1)
root (hd0,0)
kernel /boot/vmlinuz-2.6.15-1-686 root=UUID=4a6aed11-42dd-4c82-81ce-8f469e93f210 ro
initrd /boot/initrd.img-2.6.15-1-686
Finally do not forget to adjust /etc/fstab as well for all entries:
UUID=e0164f78-9821-4eaf-bda7-1fd9b43a6f06 / ext3 defaults,errors=remount-ro 0 1
UUID=4a6aed11-42dd-4c82-81ce-8f469e93f210 /home ext3 defaults 0 0
UUID=0e88f32f-fb98-4279-b3bc-8edfc2046b5d none swap sw 0 0
This entry was posted by mika on Friday, August 11th, 2006 at 16:50 and is filed under Hardware,
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# xfs_admin -L test /dev/hda1
writing all SBs
new label = “test”
# findfs LABEL=test
/dev/hda1