Iceweasel is a fork Mozilla Firefox[1] with the following purpose :
1. backporting of security fixes to declared Debian stable version.
2. no inclusion of trademarked Mozilla artwork (because of #1 above)
Beyond that, they will be basically identical. (quoting Roberto C. Sanchez post in debian-devel mailing list)

Iceweasel’s (and Firefox’s) latest version, 4.0, was recently released[2], on Mach 22nd, and i’ve just upgraded Iceweasel 3.6 to Iceweasel 4.0 on my Debian Wheezy.

If you’d like to upgrade yours, follow the steps bellow.

1. Add Mozilla’s repository to sources.list
Edit the /etc/apt/sources.list file and add the repository’s address:

Even though it’s Squeeze’s repository, it worked fine on my Wheezy.
You can type the following command to add it:

2. Update packages list

3. Install Iceweasel 4
You can check the version of iceweasel with the command bellow:

Install it with the following command:

Wait for it to finish and happy surfing!

Links/Sources:
[0] http://wiki.debian.org/Iceweasel
[1] http://mozilla.com/firefox
[2] http://blog.mozilla.com/blog/2011/03/22/mozilla-launches-firefox-4-and-delivers-a-fast-sleek-and-customizable-browsing-experience-to-more-than-400-million-users-worldwide-2/
[3] http://mozilla.debian.net/

The following message was in /var/log/tomcat6/catalina.xxxx.log:

As said in eFreedom.com[1], it has something to do with IPv6. To solve this problem you’ll have to check if net.ipv6.bidv6only is set to 1/true:

If it is set to 1/true, you’ll have to set it to 0/false:

Then you can restart the tomcat6 service and it will work, but only while your computer is running, if the you reboot the system it will fail again.

To make it permanent you will have to make sure that the -Djava.net.preferIPv4Stack option is set to true and is being added to JAVA_OPTS in catalina_sh() function, inside /etc/init.d/tomcat6. The line which does that is:

And that’s it.

[0] http://efreedom.com/Question/1-2876231/Start-Tomcat-6026-Update-Debian-Squeeze
[1] http://efreedom.com/

:wq

[git@pandora gitorious]$ crontab -e
cron/git: Permission denied

As the message says: it’s a permission problem. To solve this you’ll have to change /usr/bin/crontab‘s permissions:

And if that does not solve your problem, check /var/spool/cron/‘s permissions, they should match: drwxr-xr-x (755).

Sources:
* http://www.webhostingtalk.com/archive/index.php/t-638933.html
* http://linux.derkeiler.com/Mailing-Lists/Debian/2003-09/3613.html

1 – Check your wireless card:
First of all we need to be sure that your wireless card is one of the BCMXXXX-based hardware:

The return should be something like this:
08:00.0 Network controller: Broadcom Corporation BCM4312 802.11b/g (rev 01)

In that line you can see that my wireless card hardware is BCM4312, so it is supported.

2 – Download the Driver:
You can access Broadcom’s website[0] and download it or use wget to download it through shell.
For 32-bits CPUs:

For 64-bits CPUs:

3 – Remove the other modules:
Check if b43, b43legacy, ssb and/or an older version of wl modules exist:

Remove them, if they exist:

Add b43, b43legacy and ssb to the blacklist, preventing them to be probed in initialization:

4 – Install the wl module:
Extract the tarball you downloaded and compile it, you’ll need to install the build-essential package to compile it:

If you have an older version of wl, which is usually in /lib/modules//kernel/net/wireless, you should rename or remove it, to avoid conflicts:

Copy the new wl.ko to /lib/modules//kernel/net/wireless and install it:

Add it to /etc/modules to load it at boot time:

After these steps your wireless network should be working.

Troubleshooting
I had another problem: after rebooting, ssb module was being loaded even after being blacklisted, and the recently added wl module wasn’t.

To check if this is happening to you run the command below:

If the command returns something, it means that the ssb module is being loaded, then you’ll have to:

1 – Remove ssb and wl modules:

2 – Back up the current boot ramfs, generate a new one and reboot system:

3 – Reinstall wl module:

And wl module will be loaded at boot time.

[0] http://www.broadcom.com/support/802.11/linux_sta.php

Searching about it i ended up in a page, on Debian Wiki, with a workaround that worked for me. Just follow the instructions in http://wiki.debian.org/FlashPlayer

[0] http://swfdec.freedesktop.org/
[1] http://labs.adobe.com/technologies/flashplayer10/64bit.html

In the post, he answers the following question: ‘Can you get cp to give a progress bar like wget?’. The answer is the name of the post: ‘damn right you can’.

Check it out: http://www.fooishbar.org/blog/tech/cp-progress-bar-2010-03-04-12-15.html

:wq

gThumb is, as said in WikiPedia (http://en.wikipedia.org/wiki/GThumb):

… an open-source image viewer and organizer for the GNOME desktop environment released under the GNU General Public License. It was originally based on GQView, and is designed to have a clean, simple interface.

gThumb Homepage: http://gthumb.sourceforge.net/

INSTALLING GTHUMB:
I’m using Ubuntu 9.04, named Jaunty Jackalope, to write this tutorial, so the installation process is very simple, all you have to do is run:

This should work the same way for Debian GNU/Linux, but if you’re using another distro Linux, you might have to compile gThumb.

CREATING WEB ALBUM:
When you run gThumb you’ll see this interface:

I mapped it to make it easier to follow:

The steps to create the Web Album are:
1 – Create directory to keep the images:
First create a directory and put the images you’d like to be in the album in it.

2 – Open directory with gThumb:
In gThumb interface, select the directory in which the images are (#1 in MAP)

3 – Select the images you’d like to show in the album:
After opening the directory, which contains the images, you’ll have to select the images you’d like to show in the album (#2 in MAP)

4 – Open the “Create Web Album” window and configure it:
Now, with all images selected, go to Tools > Create Web Album (#3 in MAP)
Then you should see a window like this:

This is where you’ll configure your web album. The options are:

#1 – Where the web album files will be saved.
#2 – The name of the page, i recommend you to leave it as it is.
#3 – How many images per line and per column will be shown.
#4 – The title of the page, or header message, if you preffer.
#5 – The footer message of the page.
#6 – The theme that will be used in the web album.

The other options are not so important for me, so i didn’t put them in here.

In the end, you’ll have something like this: http://am.softwarelivre.org/galeria/fedora12releaseparty/

:wq

So i did this:
1 – Connected my Notebook to the 3G Broadband:
Just connected as I normally do.

2 – Connected my PS3 to my Notebook:
Created a LAN between them, through my notebook’s interface eth0.
I configured my PS3′s network connection as follows:
In the PS3′s main menu go to Settings > Network Settings > Internet Connection Settings, then, go through this sequence of choices: custom, wired connection, auto-detect, manual (the ip settings are shown bellow), automatic, do not use (in my case i don’t use any proxy), enable.

The Ip Settings are:
Ip address: 192.168.0.2
Subnet mask: 255.255.255.0
Default Router: 192.168.0.1 (This is my Notebook’s Ip)
Primary DNS: 208.67.222.222 (This is Claro’s primary DNS Server)
Secondary DNS: 208.67.220.220 (This is Claro’s secondary DNS Server)

3 – Set Notebook to IpForward
I found a Script in the internet that does everything it needs to ipforward, all i did was add the final line, which sets a fixed ip to the interface that is connected to the LAN. I don’t remeber who wrote the script, but the credits are his/hers.
All you have to do now is save the script bellow and run it everytime you want to connect your PS3:

If you did as it is described in here, then it should work just fine.

Just for the record, I’m sing BrDesktop Lenny Linux as Operating System (a Debian Pure Blend).

Note: Everytime I try to test the connect through PS3, my notebook loses the ip 192.168.0.1 and starts o search for another one, breaking the connection between them. So i recommend you not to use that feature when using the connection method described in here.

:wq

This script uses wget to download the first html page, then it gets the link to the page that contains the link to the file, download this second page, checks the timer and waits for it to finish, after it finishes, the script starts the file download. I noticed that, if the download stops, this script continues from where it stopped.

This is how it goes:

1 – Download the ShellScript:

2 – Set execution permission:

3 – Download File:
There are two ways you can do this:
Passing the link as an argument:

You can also add more than one link:

Passing a text file as an argument:
Create a text file, named links.txt for example, and put each link in a different line, like:

Then you run the script with the text file name as an argument:

You can create a link to the script in, or copy it to, the /usr/bin directory, making it executable from everywhere:

NOTE: This script works only in Unix-like systems.

There is also plowshare, which is another shellscript that does the same thing, and more, but i haven’t tested it yet. In the project page it says that it supports Megaupload, Rapidshare, 2Shared, 4Shared, ZShare, Badongo, DepositFiles and Mediafire, and it also uploads files to those share sites.
PlowShare Page: http://code.google.com/p/plowshare/

Comprei, recentemente, o modem 3G da Claro, fabricado pela Huawei, modelo E226, e infelizmente não consegui fazê-lo funcionar de cara no Debian Lenny, mas após alguns minutos de pesquisa a solução apareceu!

A solução que descreverei também funcionou do Ubuntu, nas versões Intrepid Ibex e no Jaunty Jackalope.

Você precisará do pacote wvdial, instale-o com o comando:

Para saber mais detalhes sobre o pacote acesse este link: http://packages.debian.org/lenny/wvdial.

Após isso você deverá criar um arquivo de configuração para o wvdial, chamado wvdial.conf, com o seguinte conteúdo:

conecte-se com o comando:

E você estará conectado, mas ainda não será possível acessar qualquer endereço da internet, devido aos endereços dos servidores DNS estarem incorretos, então você deve adicionar as seguintes linhas ao arquivo /etc/resolv.conf:

Agora você poderá acessar a internet normalmente.

No Ubuntu, a configuração foi mais fácil devido à versão do network-manager, ao conectar o modem ao computador, este foi reconhecido normalmente e um assistente de configuração foi aberto automaticamente. Tudo o que tive que fazer para acessar a internet foi adicionar as linhas acima no arquivo /etc/resolv.conf após estar conectado, e deve ser após estar conectado porque o network-manager sobrescreve o arquivo /etc/resolv.conf toda vez.

Você pode, também, adicionar os endereços dos servidores DNS nas configurações da conexão da Claro no network-manager fazendo o seguinte: Sistemas > Conexões de Rede > Banda Larga Móvel > Editar conexão da Claro > Configurações IPv4 e adicionar os IPs 208.67.222.222, 208.67.220.220 na linha dos Servidores DNS e aplicar as alterações, assim você não terá que adicionar aquelas linhas no /etc/resolv.conf toda vez que conectar.

:wq