Monthly Archives: September 2009

Using acerhk with kernel >= 2.6.30

For my notebook (MD 42200) I need acerhk to switch on the wirelessled to get the wifi working. But with newer kernels acerhk doesn’t compile. Last time I had this problem I somewhere found a patched version of it: acerhk-0.5.35_patched.tar.gz

Simply decompress and compile it like this:

doep ~ # tar xvzf acerhk-0.5.35_patched.tar.gz
doep ~ # cd acerhk-0.5.35_patched
doep ~ # make clean; make -j

Then install the module:

doep ~ # make install
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KMS for Radeon HD 3200 (RS780)

With 2.6.32 it’s now also possible for r6xx/r7xx radeon cards to use kernel based mode switching.

First you have to emerge a 2.6.32 kernel:

doep ~ # emerge -av vanilla-sources

After oldconfig let’s enable “staging drivers” and “Enable modesetting on radeon by default (NEW)” in the device drivers section. And don’t forget to remove any framebuffer. You have also to remove the framebuffer boot options in your boot loader config. Then compile the kernel and boot it without vesa command line options. If you have an AGP card it’s a good idea to add this boot option: radeon.agpmode=-1

hmm.. kms works, so I have an resolution of 1920×1200 px while booting, but when my X starts, the screen is completely white. On my notebook kms works fine with a rv350 chip.

I had to use the radeon drivers: x11-drivers/xf86-video-ati to get it working.

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Setup 3D support for Radeon HD 3200 (RS780)

What to do with an ATI graphic card ? Using proprietary fglrx drivers and use old kernels. Btw. they didn’t work for me, I had some strange stripes on my screen.. Or use the open source drivers radeon, radeonhd but without 3D acceleration ? Since 2.6.31 you can solve this problem using unstable drivers.

Here are all the steps I had to do to get working 2D/3D acceleration with open source video drivers. I’m using a 2.6.31 vanilla kernel. The 2.6.32 supports also kms for r6xx/r7xx but it’s not yet in my portage :/

doep ~ # emerge -av  =vanilla-sources-2.6.31.1
and then the other stuff..

My xorg-server version is 1.6.3.901. After booting the kernel and installing the modules I reinstalled x11-drivers/xf86-video-radeonhd, media-libs/mesa and x11-libs/libdrm.

doep ~ # emerge -av x11-libs/libdrm media-libs/mesa x11-drivers/xf86-video-radeonhd
[ebuild   R   ] x11-libs/libdrm-9999  USE="-debug" 0 kB [1]
[ebuild   R   ] x11-drivers/xf86-video-radeonhd-9999  USE="-debug" 0 kB [2]
[ebuild   R   ] media-libs/mesa-9999  USE="nptl xcb -debug -gallium -motif -pic"
VIDEO_CARDS="radeonhd -intel -mach64 -mga -none -nouveau -r128 -radeon -s3virge -savage
-sis (-sunffb) -tdfx -trident -via" 0 kB [1]

Total: 3 packages (3 reinstalls), Size of downloads: 0 kB
Portage tree and overlays:
 [0] /usr/portage
 [1] /usr/local/portage/layman/x11
 [2] /usr/local/portage/layman/zen-overlay

Of course you need some portage overlays to get the newest git sources. Then I followed the guide from the xorg wiki:

doep ~ # git clone git://anongit.freedesktop.org/~agd5f/drmdoep ~ # cd drm
doep ~ # git checkout -t -b r6xx-r7xx-3d origin/r6xx-r7xx-3d
doep ~ # ./autogen.sh --prefix=$(pkg-config --variable=prefix libdrm) --libdir=$(pkg-config
--variable=libdir libdrm) --includedir=$(pkg-config --variable=includedir libdrm)
doep ~ # make
doep ~ # make installdoep ~ # cd linux-core
doep ~ # make
doep ~ # make install

After stopping the X server, unloading the old modules: radeon and drm, I start the X with the new modules and the following config:

Section "Device"
 Option     "NoAccel"    "False"
 Option     "AccelMethod"    "exa"
 Option     "DRI"        "True"

 Identifier  "Card0"
 Driver      "radeonhd"
 VendorName  "ATI Technologies Inc"
 BoardName   "Radeon HD 3200 Graphics"
 BusID       "PCI:1:5:0"
EndSection

Some test: direct rendering is enabled

doep ~ # glxinfo | grep direct
IRQ's not enabled, falling back to busy waits: 2 0
direct rendering: Yes

and glxgears gets over 800 fps

doep ~ # glxgears
IRQ's not enabled, falling back to busy waits: 2 0
4179 frames in 5.0 seconds = 835.678 FPS

Now xv is working and I can play games like quake3, supertux, supertuxkart without problems 😀

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Cross compile Qt-Apps for windows

I hate it to reboot my computer only to compile my qt apps for some windows users. And my vm doesn’t work anymore. So I was looking for a better way to solve my problem..

Well, i think you will have installed qt on your machine 😉 if not:

doep@doep ~ $ emerge -av x11-libs/qt-core

To build a win32 cross compiler crossdev would be helpful:

doep@doep ~ $ emerge -av sys-devel/crossdev

Now we can start with our gcc.  You have to do the following steps as root. To lists all supported architectures use:

doep ~ # crossdev -t help

The one we need is mingw32. Now we have to wait a bit until gcc, libc and binutils are ready.

doep ~ # crossdev -t mingw32

If no error occurs, gcc-config should create an output like this.

doep ~ # gcc-config -l
[1] mingw32-4.4.2 *
[2] i686-pc-linux-gnu-4.2.4
[3] i686-pc-linux-gnu-4.3.2 *
[4] i686-pc-linux-gnu-4.4.0
[5] x86_64-pc-linux-gnu-4.3.3
[6] x86_64-pc-linux-gnu-4.4.1 *

Download a windows qt version and install it. Then link the created folder to /usr/share/qt4win . You can also use wine to install the Qt package.

doep ~ # ln -s /mnt/win/Qt/4.5.0 /usr/share/qt4win

Now we have to create a qt spec folder in /usr/share/qt4/mkspecs/ called win32-x-g++. You can download the spec file here: win32-x-g++.tar

doep ~ # tar xvzf win32-x-g++.tar.gz -C /usr/share/qt4/mkspecs/

You are now ready to “try” to cross compile your program !! But first do a cleanup:

doep@doep ~ $ make distclean

Then tell qmake to use our win32-x-g++ spec:

doep@doep ~ $ qmake -spec win32-x-g++

And then start the compilation:

doep@doep ~ $ make -j4

Your application now needs the additionally libgcc_s_sjlj-1.dll to start. It’s located in:

/usr/x86_64-pc-linux-gnu/i686-mingw32/gcc-bin/4.4.0/libgcc_s_sjlj-1.dll
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