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Over the past year I have become more comfortable upgrading my entire distribution without too much pain or lost information. One of the most useful tricks was to set the /home directory in a different partition from the root directory. This has made the last two upgrades virtually painless. Thus, upgrading yet again to Fedora Core 6 proved to be quite simple this time. Check the new Linux page and don’t hesitate to contact me if you have any questions or suggestions.
As of today, the Fedora Core 4 ATRPMS repositories and most of its mirrors disappeared. I had no idea this would happen and I am still hoping they are just being updated or moved. I haven’t been able to find any related post, so if anyone knows what happened please give me a shout. In the meantime, the following mirror is still available.
http://dist.itu.dk/ATrpms/fedora/4/en/i386/at-stable/RPMS/
The winds of change have finally reached the good old Fedora Core 3 and widespread maintenance and support is slowly decreasing. Thus, in order to keep up with the times, I have decided to move forward and embrace a new era with Fedora Core 4 (I know, it is still kind of “old” but I prefer a robust system with full support to bleeding edges. After all, I am still not much more than a mere Linux user). You can still access the old Fedora Core 3 page here. Cheers to a new and improved system!!

The IntelŪ PRO/Wireless 2200BG Driver for Linux works well with the integrated wireless card. I managed to get the pre-compiled binaries from the ATRPMS repository before it disappeared on Jan. 2, 2007:
Audio worked right out of the box. The integrated intel card seems to be pretty standard hardware by now. I also got non-KDE applications (e.g. firefox) working with the ALSA mixer using the aoss script (e.g. $ aoss firefox) available here.
A proprietary Linux driver with full hardware acceleration support for the ATI Radeon M300 video card can be found in the ATI drivers page. The latests versions of the driver no longer contain the fglrxconfig utility which could be used to create the xorg.conf file. So I had to do a bit of a trick:
ati-driver-installer that contains the utility fglrxconfig. You can get version 8.14.13 here. If your X Server is not initially supported by the driver, you can override the automatic version detection with the following command: $ export X_VERSION=x690; sh ati-driver-installer-[version].run
$ aticonfig --initial --input=/etc/X11/xorg.conf
fglrxconfig utility to create an updated xorg.conf file
In order to optimize the performance of the DVD/CDRW combo drive on the dell D610, it is necessary to enable DMA on the drive. You can do this by typing the following command as root:
$ hdparm -d1 /dev/hdc
In my case this resulted in:
/dev/hdc: setting using_dma to 1 (on) HDIO_SET_DMA failed: Operation not permitted using_dma = 0 (off)
which apparently means that the kernel was not compiled with DMA support. So, I have to compile a new kernel… oh well… since watching DVDs on my computer is not high in my list of priorities, I guess I will pass for now. Besides, MPlayer does a fair job compensating for the low data transfer rate. However, if I do ever find some time and patience to compile a new kernel, I will post the result here.
Add the following line to the end of the /etc/modprobe.conf file:
options libata atapi_enabled=1
Add the following parameter to the kernel boot line in /boot/grub/menu.lst:
combined_mode=libata
Take a look at the complete workaround here
You can use radeontool to turn on/off the backlight of the LCD panel. This tool is available in the dries repository. You can also download the source here. After installing both the laptop-mode-tools and radeontool packages, I added the following lines at the beginning of the /etc/acpi/actions/lm_lid.sh script:
LIGHT=$(radeontool light | grep "looks on")
if [ "$LIGHT" = "" ]; then
radeontool light on
else
radeontool light off
fi
This enables turning on/off the backlight of the LCD panel according to the state of the lid switch. It also works nicely with laptop-mode to save some additional battery power.
Does your brand new Windows system refuses to install that awesome application you loved in Windows 98? Well, I bet you can run it with Wine! Wine is an Open Source implementation of the Windows API on top of X and Unix. This means that Wine allows you to run Windows applications on Linux! I have also used Wine to test Windows applications on Linux to avoid cluttering up my Windows partition (in case I end up not liking the application).
Note: You should complete the winetools setup before installing any Windows application. This will ensure a stable Windows environment. I installed both Wine and Winetools from rpm.
winetools on a console window.
sys directory in your $HOME/winetools folder. You can get the dll files here
Edit the win.ini file in your C:\Windows directory, located in $HOME/.wine/drive_c/windows, to make kprinter the default printer. Add or change the following entries:
[windows] device=KDE Print System,WINEPS.DRV,KDE: [devices] KDE Print System=WINEPS.DRV,KDE:
Add to $HOME/.wine/system.reg:
[System\\CurrentControlSet\\Control\\Print\\Printers\\KDE Print System] "Attributes"="dword:00000000" "Name"="KDE Print System" "Port"="KDE:" "Print Processor"="WinPrint" "Printer Driver"="PS Driver" "Priority"="dword:00000000" "Start Time"="dword:00000000" "Status"="dword:00000000" "Until Time"="dword:00000000" [System\\CurrentControlSet\\Control\\Print\\Printers\\KDE Print System\\PrinterDriverData] "PPD File"="/usr/share/wine/generic.ppd"
Add to $HOME/.wine/user.reg:
[Software\\Wine\\Printing\\Spooler] "FILE:"="tmp.ps" "KDE:"="|kprinter --stdin" "LPT1:"="|lpr"
Note: This step must be repeated for each application. The procedures may vary or may not be available at all in some applications. You can substitute the now redundant “Print…” function with the “Print” (i.e. print directly) function available from the toolbar customization menu. In Microsoft Office 2000 do the following:
These days, game support is about the only reason why I sometimes still regress to Windows, but that is rapidly changing. Cedega is a neat piece of software that you can use to install and run Windows games under Linux. You can download it from their site after paying a US$15 registration fee which includes a 3 month period of technical support. They have a fairly large library of games supported and they tend to focus on the hottest titles. Here is what I have managed to install (that I actually like):
| Application | Installation | Status | Issues | Screenshot |
| Unreal Tournament (v4.36 Patch) |
| Running smoothly | None | |
| VisualBoy Advance (v1.7.2) |
| Running smoothly | None |
about:config into the url field, this will bring up the configuration & preferences data.
network.protocol-handler.external.mailto and make sure its value is set to true
network.protocol-handler.app.mailto
kmailservice in the next dialog box.
*.ttf file to $HOME/.fonts folder.
$ cd $HOME/.fonts $ fc-cache ./
. 3. Restart the X display manager.
TeX4ht. Click Next button, then Finish button.
mzlatex
'%source' 'xhtml,mathml-' (with all quotes intact and there is a space between the quoted options)