Fedora 9 KDE Live CD
by Rance Hall
Ive got one of those VIA based chrome9 video adapters
its integrated on a MSI K9VGM-V mobo.
Anyway, Anaconda autodetect magic fails and locks the system up.
system-config-display locks the system up.
running into text mode (runlevel 3, and running startx locks up the system.
the Live CD locks up the system.
passing Xdriver=vesa to the install cd fixes anaconda.
but I really dont want to run the netinstall I want to run the LiveCD
and install from that.
how do I tell the KDE LiveCD "magic" that its "magic" doesnt work, and
to use VESA instead, at least till the openchrome drivers get better?
Thanks
15 years, 9 months
2 commits - tools/livecd-creator tools/livecd-iso-to-disk.sh
by Jeremy Katz
tools/livecd-creator | 1 -
tools/livecd-iso-to-disk.sh | 2 +-
2 files changed, 1 insertion(+), 2 deletions(-)
New commits:
commit d1107693028ffc328e7c9c39c3e00623f61d81f9
Author: Ignacio Vazquez-Abrams <ivazqueznet+git(a)gmail.com>
Date: Wed Jul 2 18:13:34 2008 -0400
Allow the USB device to be a symlink to a device node
diff --git a/tools/livecd-iso-to-disk.sh b/tools/livecd-iso-to-disk.sh
index 3fd2145..b1450fe 100755
--- a/tools/livecd-iso-to-disk.sh
+++ b/tools/livecd-iso-to-disk.sh
@@ -266,7 +266,7 @@ while [ $# -gt 2 ]; do
done
ISO=$(readlink -f "$1")
-USBDEV=$2
+USBDEV=$(readlink -f "$2")
if [ -z "$ISO" ]; then
usage
commit 65affd65373212415dc4f05742b9531f0e04d4f2
Author: Jeremy Katz <katzj(a)redhat.com>
Date: Wed Jun 25 22:10:45 2008 -0400
We don't use the time module, so don't import it
diff --git a/tools/livecd-creator b/tools/livecd-creator
index a3ece16..b5da7a2 100755
--- a/tools/livecd-creator
+++ b/tools/livecd-creator
@@ -20,7 +20,6 @@
import os
import os.path
import sys
-import time
import optparse
import logging
15 years, 9 months
Proper patch for squashfs+lzma support
by Sean Godsell
Hello everyone,
Okay the last patch I was told it was just a hack, so I decided to make it much easier for everyone ;-) Now the first step is to take one of the patches that I supplied in this email. For example I am going to use squashlzma-2.6.25.9-76.fc9.patch and copy it to my rpm build environment. Next I change directory to my rpm build environment, so in my case:
cd $HOME/rpmbuild
(for users using the default)
cd /usr/src/redhat
Next download and install the kernel source. For this example I downloaded kernel-2.6.25.9-76.fc9.src.rpm and to install it use the following command:
rpm -ivh kernel-2.6.25.9-76.fc9.src.rpm
Next I apply the patch using the following command:
patch -p0 < squashlzma-2.6.25.9-76.fc9.patch
Now the last step naturally takes the longest, but it is the build step. In my case I only want to build the binary packages with a target of i686, so I typed in the following:
rpmbuild -bb --target=i686 SPECS/kernel.spec
Wait for a long while, and wahla, you are the proud parents of a new baby kernel package with squash+lzma support. I supplied the linux-2.6-squashfs-lzma.patch as well if you want to try and patch any other fedora kernel.
Remember always Good Luck, and have fun ;-)
Sean
_________________________________________________________________
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15 years, 9 months
Creating Squashfs + lzma kernel modules
by Sean Godsell
Hello to anyone who is interested,
Building a kernel with squashfs with lzma support (July 2008)
By Sean Godsell
The first task on the list was a kernel that supported squashfs with lzma support. So I decided to go with the latest stable kernel at this time. Which is kernel 2.6.25.9 from kernel.org . Now each linux distribution has its way of building kernels. So I opted to building the kernel the generic way. This will also work for most distributions. And I get to control the patches that I want to apply. Once you have obtained the kernel source code, and extracted to a directory of your choice (I use /usr/src path). To extact I used the following command
tar -jxf linux-2.6.25.9.tar.bz2
Next I downloaded a bunch of files from http://www.squashfs-lzma.org/ . Download all the files in the section 'Download (all needed)', except the last one which states linux kernel 2.6.24 or higher. For that one I already downloaded the kernel 2.6.25.9 from http://www.kernel.org . Also download http://sourceforge.net/tracker/download.php?group_id=63835&atid=505341&fi... to fix squashfs for 2.6.25 kernels. Okay now for the fun stuff making the kernel. I always like to comple the stock kernel and get it running first, so I just take current kernel config file from the one I am running and use that as my starting point. On some systems you can find the config in the /boot directory. Some kernels might have enabled the config to be in /proc/config.gz. I am going to use the /boot/config-xxxxxx files. On my fedora system here I am going to copy one of the config files from /boot. In my case specifically /boot/config-2.6.25.6-55.fc9.i686 and copy it to the kernel source directory and rename it to .config .
cp /boot/config-2.6.25.6-55.fc9.i686 /usr/src/linux-2.6.25.9/.config
At this point I added some other patches to the kernel that are not related to squashfs (like ndiswrapper which requests an 8k stack size instead). I also added a few other drivers like r5u870, gspca, linux-uvc, and madwifi. None of which effect squashfs.
Then I do a make menuconfig to add or remove items from the kernel. Once you made the changes in make menuconfig . The next step is to build the kernel, type in
make -j 2 bzImage
Notice the -j 2 is used for running 2 jobs at the same time. It helps speed up the build if you have a dual core system. If you have a quad system then change the 2 to 4. After type in:
make -j 2 modules
then
make -j 2 modules_install
If you don't want to wait for each step then type in the following:
make bzImage modules modules_install
Well some of you might want a leaner kernel with using the option -g0. This will definitely take some time to build the kernel and the modules. Next I built the other drivers (r5u870, gspca, uvc, ...)
If you get errors then you must have changed or did something wrong. But if everything goes right then you should end up with a directory like '/lib/modules/2.6.25.9' with all the modules. Next for my architecture I copy the linux-2.6.25.9/arch/x86/boot/bzImage to /boot directory.
cp /usr/src/linux-2.6.25.9/arch/x86/boot/bzImage /boot/bzImage-2.6.25.9
The next step is to create an initrd to go with our new kernel. I use the following command to create my initrd.
mkinitrd --with=ehci_hcd --with=ohci_hcd --with=uhci_hcd --with=mbcache --with=jbd --with=ext3 --with=dm_mod --with=dm_mirror --with=dm_zero --with=dm_snapshot --with=crypto_blkcipher --with=dm_crypt --with=aes_generic --with=aes_i586 --with=cbc --with=sha256_generic --with=scsi_mod --with=sd_mod --with=libata --with=ahci --with=sg /boot/initrd-2.6.25.9.img 2.6.25.9
This will create a file called initrd-2.6.25.9.img in the /boot folder. If you don't know what modules to put into the initrd. Then what I do is look at the current system and see what it has currently loaded. Use the command lsmod. The last entries in the list are the first one's that get loaded at boot time. So I just include those ones (if you don't have and encrypted filesystem then you won't need crypto_blkcipher, as well as a few others).
Now the last step before we test our kernel is to update the boot loader. In this case I update my /boot/grub/grub file with the following lines:
title MyBuild (2.6.25.9)
root (hd0,1)
kernel /bzImage-2.6.25.9 ro root=/dev/VolGroup01/LogVol00 rhgb
initrd /initrd-2.6.25.9.img
If you don't want to see a lot of information being displayed on bootup, then add the word quiet to the end of the kernel line. Next reboot.
reboot
If it boots up, you are in luck ;-) Now to move on with adding the squashfs + lzma support in the kernel.
Adding Squashfs + lzma support
Okay the first step is to take the squashfs files that were download and put them in a directory. I put mine in /usr/src/squashfs , (I am going to assume that you are going to be in the directory /usr/src/squashfs) so I have 5 files in this directory:
squashfs3.3.tar.gz
lzma457.tar.bz2
sqlzma3.3-457-2.tar.bz2
squashfs-3.3-cvsfix.tar.gz
squashfs-patch-2.6.25
The first one I expaned was squashfs3.3.tar.gz using the following command:
tar -zxf squashfs3.3.tar.gz
which will create a directory called squashfs3.3 inside the /usr/src/squashfs folder. Next I created a directory called lzma457 inside /usr/src/squashfs. Then I extracted the files from lzma457.tar.bz2 into the newly created folder called lzma457 using the following command:
tar -C lzma457 -jxf lzma457.tar.bz2
Next I created a directory called patches inside the /usr/src/squashfs folder. Then I extracted the file squashfs-3.3-cvsfix.tar.gz into the patches directory using the following command:
tar -C patches -zxf squashfs-3.3-cvsfix.tar.gz
The last file to extract, I just extracted to /usr/src/squashfs, using the following command:
tar -jxf sqlzma3.3-457-2.tar.bz2
Next I went inside the linux kernel (2.6.25.9).
cd /usr/src/linux-2.6.25.9
(for fedora do)
cd /usr/src/kernels/2.6.25.9-76.fc9.i686
and added the squashfs patch using the following command:
patch -p1 < /usr/src/squashfs/squashfs3.3/kernel-patches/linux-2.6.24/squashfs3.3-patch
then
patch -p1 < /usr/src/squashfs/patches/typo_mkflags_k.patch
then
patch -p1 < /usr/src/squashfs/sqlzma2k-3.3.patch
then
patch -p1 < /usr/src/squashfs/squashfs-patch-2.6.25
The last patch you will get 2 fails but don't worry about them. If you are really concerned with them then you can look at the reject file 'fs/squashfs/inode.c.rej'. You will see that it is only two trivial things a printk and a module description.
After do a make menuconfig or edit the .config yourself and make sure CONFIG_SQUASHFS=m . The option to set under menuconfig is under file systems->Miscellaneous filesystems->SquashFS 3.3 and set to M (for module)
Next go to the /usr/src/squashfs/lzma457 directory and type in the following:
patch -p1 < ../sqlzma1-449.patch
Now go back one directory to /usr/src/squashfs and edit the Makefile and change the line LzmaVer = near the top of the file to read
LzmaVer = lzma457
Then edit the line Kver = to
Kver = linux-2.6.25.9
(fedora change to)
Kver = 2.6.25.9-76.fc9.i686
Now save this file, and at the command prompt type in
ln -s /usr/src/linux-2.6.25.9 squashfs3.3/kernel-patches/
(for fedora do)
ln -s /usr/src/kernels/`uname -r` squashfs3.3/kernel-patches/
then
patch -p0 < patches/typo_mkflags_u.patch
then
patch -p0 < sqlzma2u-3.3.patch
then
patch -p0 < patches/mksquashfs_bug_fixes.patch
then
patch -p0 < patches/code_cleanup.patch
Don't worry about the mksquashfs_bug_fixes.patch reject. It is only a printf. And now to build the new mksquashfs command as well as the 3 new kernel modules. Type in the following:
make
If everything went well, then you should be able to copy the following files:
(none fedora)
mkdir /lib/modules/`uname -r`/extra
cp /usr/src/linux-2.6.25.9/fs/squashfs/*.ko /lib/modules/`uname -r`/extra/
cp /usr/src/squashfs/lzma457/C/Compress/Lzma/kmod/*.ko /lib/modules/`uname -r`/extra/
cp /usr/src/squashfs/squashfs3.3/squashfs-tools/mksquashfs /sbin/mksquashfs.lzma
(fedora)
cp /usr/src/kernels/`uname -r`/fs/squashfs/*.ko /lib/modules/`uname -r`/extra/
cp /usr/src/squashfs/lzma457/C/Compress/Lzma/kmod/*.ko /lib/modules/`uname -r`/extra/
cp /usr/src/squashfs/squashfs3.3/squashfs-tools/mksquashfs /sbin/mksquashfs.lzma
if you want to replace the existing command mksquashfs then
cp /usr/src/squashfs/squashfs3.3/squashfs-tools/mksquashfs /sbin/
Next we have to fix up the kernel dependencies with the following command
depmod -ae
You should get no messages if everything went well. Now we can load the
modules
modprobe squashfs
and finally if you do a
lsmod | head
then you should see unlzma, sqlzma, and squashfs modules. If you want to
verify if the filesystem is supported then type in
cat /proc/filesystems |grep squ
You should see squashfs
Remember always Good Luck, and have fun ;-)
Sean
_________________________________________________________________
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15 years, 9 months
[PATCH] Allow the USB device to be a symlink to a device node
by Ignacio Vazquez-Abrams
The attached patch allows the USB device passed to livecd-iso-to-disk to
be specified as a symlink, e.g., /dev/disk/by-*/*.
--
Ignacio Vazquez-Abrams <ivazqueznet(a)gmail.com>
PLEASE don't CC me; I'm already subscribed
15 years, 9 months
Fedora 9 Does not recognize SATA HDD in DELL Vostro 1510
by Dino Lopez
Fedora 9 Does not recognize SATA HDD in DELL Vostro 1510
I also try to use the install DVD and for some reason the SATA HDD does not
seems to be recognized. Try to research and did not found any settings in
the Bios to change the HDD to make it work.
Din00z.
15 years, 9 months
