pues, compruébenlo ustedes mismo!

8809=6
7111=0
2172=0
6666=4
1111=0
3213=0
7662=2
9313=1
0000=4
2222=0
3333=0
5555=0
8193=3
8096=5
7777=0
9999=4
7756=1
6855=3
9881=5
5531=0
2581=?

Existe la solución!

Nautilus monta los directorios Samba en
~/.gvfs

Esto nos permite acceder a todo lo ha sido montado por Nautilus directamente accediendo a esa carpeta.
Por conveniencia yo me he hecho un symlink al .gvfs!

…por ciert, para el que no sepa donde tiene que buscar ~/.gvfs que mire en /home/username/.gvfs!

Información original:
 

Every now and then I have the need to access a folder shared in a remote computer at home. I normally mount it by hand in the command line using the standard commands:
mount -t cifs -o <username>,<password> //<serveraddress>/<sharename> <mountpoint>
or
smbmount //<serveraddress>/<sharename> <mountpoint>
but this time I wanted to mount it using Nautilus so I entered the URI in the location bar
smb://<serveraddress>
and selected “Mount Volume” from the right-click menu of the share I wanted to access.
It mounted properly but when I wanted to access it from another program I couldn’t figure out where the mount was. After some searching I found that Nautilus mounts the Ssamba shares under
~/.gvfs
I have no clue why the Gnome/Nautilus designers decided to hide the mount point when the most obvious reason to mount a share is ti ACCESS it.
To avoid this confusion in the future (I have an awful memory) I decided to create a symlink in my home folder to .gvfs.
Now when I want to mount a remote folder I can find the mount point very easily.

Original link

I need one of these…

Thanks to Kegbot and Android

…via eh tio

Thanks to: Google Plus Carrot

Ha llegado el momento de volver a arrancar este proyecto otra vez…

Nos veremos pronto!

Un saludo

Introducing.. Ubuntu Server on ARM – Technology Preview

Canonical announced back in August that Ubuntu Server 11.10 would include the first ARM version of the product, and here it is. While this is just the first step on an exciting journey, it is worth to celebrate that the voyage has started. I look forward to see what 12.04 LTS brings us on this space!

Playing with Ubuntu on ARM (Toshiba AC100)

It is hard to really grasp the full experience of Ubuntu on ARM when you are playing with a development board. For this reason, we have released a demo image for the Tegra2-based (Nvidia) Toshiba AC100.

Running Unity 2D, it shows off  that Ubuntu on ARM is a great platform for computing, in a very compact design and with a very long battery life. For all these reasons, this is my system of choice to take to UDS-P.

If you have a Toshiba AC100, I encourage you to install Ubuntu 11.10 on it!

TI OMAP4 Panda Board

Powered by the Texas Instruments OMAP4430 processor, the Panda Board packs in “a dual-core 1 GHz ARM Cortex-A9 MPCore CPU, a PowerVR SGX540 GPU, a C64x DSP, and 1 GB of DDR2 SDRAM“.  Providing an affordable and competitive design tool for the embedded mobile space.

Ubuntu 11.10 on ARM is available in headless and full image for Panda. You can find download links and installation instructions here. You can also find there Ubuntu 11.10 for OMAP3 (Beagle Board).

Freescale IMX53 QuickStart Board

The IMX53 Family is oriented towards automotive solutions. Ubuntu 11.10 on ARM is the first release of Ubuntu to provide support for the IMX53 QuickStart Board. You can find download links and installation instructions here.

Linaro and Ubuntu

Both the TI OMAP4 and Freescale images are based on the Linaro outputs for those SoCs. This has greatly our capacity to support ARM development boards.

Es algo conocido que la amplia mayoría de routers domésticos, como los que las operadoras entregan al cliente al darse de alta, suelen cojear de alguna vulnerabilidad que permite extraer la contraseña de administración, la clave WiFi o provocar su reinicio, entre otras muchas posibilidades. La web routerpwn.com recopila y facilita el lanzamiento de hasta 115 ataques distintos contra modelos de las marcas más conocidas.

Estos fallos vienen bien para activar algunas características ocultas del router o para conseguir acceso a aquellos parámetros que su operadora ha bloqueado. Pero también representan un grave problema de seguridad, ya que cualquiera con acceso a nuestra red puede explotarlos.

La web routerpwn.com ha reunido 115 fallos que afectan a modelos de marcas conocidas como 3Com, Belkin, Cisco, D-Link, Huawei, Motorola, Netgear o ZyXEL. En un sólo fichero HTML y algo de código JavaScript, lista y permite ejecutar todos los fallos desde un navegador, o incluso desde un móvil conectado a la red.

Dolor, dolor…