similar to: recompiling kernel for centos 4.2 x86_64

Is there a way to determine what package changed from CentOS 4.1 to 4.2 (or between any two versions)? I need to create a yum repository to upgrade some machines that cannot talk to the Internet. Thanks for any help. ID:FONGVANG

In CentOS 4.1/2, what package contains this library: libstdc++-libc6.2-2.so.3? I installed a couple of the compat- packages, but this library is still missing.

I read that XFS has problems with 4K Stack size for Linux on 32-bit systems. How did we address this in the centosplus kernel? Since what release of CentOS was this problem resolved? Is there a quick way to know what size the Linux stack is configured to be in a system's that's running? Thanks for your help. -------------- next part -------------- An HTML attachment was scrubbed...

I'm getting a couple of systems that are arriving with the new 3ware 9550sx controller. Does anyone know when this will be natively supported by CentOS? Has anyone built an RPM of the driver/module for this new controller?

What exactly is different between the 32 and 64-bit version of CentOS 4.2? The kernel (drivers, file system, etc.) is probably compiled to support 64-bit and probably glibc. What're some important differences between the 32 and 64-bit version? I'm just trying to get a deeper understanding. Thanks in advance for any help. FongVang

I pulled down the 2.6.18-92.1.10 source, installed it, built the package, copied the straight x86_64 config file from SOURCES into the build directory, redid make menuconfig to enable NTFS support, added the # x86_64 back into the .config file, copied .config back to the SOURCES directory and ran rpmbuild -ba --target=x86_64 <spec file> (same as I always do with new kernels), but this time

I have a total of 20 CentOS 4.1 systems running on fairly new hardware. About 6 of them are experiencing strange hangs without any indication -- nothing in /var/log/messages nor on the console -- sometime within 10-30 minutes after a reboot. The systems still responds to ping but you can't ssh to it. At the console, you could type "root" at the user prompt but it hangs immediately

I have a couple of 64-Bit Xeon's with CentOS 4.2 x86_64 installed on them. They don't all have the same motherboards. I've having a difficult time getting CentOS 4.2 x86_64 to boot on some of them in SMP mode (UP works fine). After the installation of CD, it boots up but kernel panics with the following error: Badness in i8042_panic_blink at drivers/input/serio/i8042.c:992 This is

Hi Guys I'm trying to add the patch mentioned in this thread to the plain Centos kernel http://lists.centos.org/pipermail/centos/2008-August/062845.html I've followed the directions on the wiki for building a custom kernel, but after applying all the patches it fails with: make[1]: *** [nonint_oldconfig] Error 4 make: *** [nonint_oldconfig] Error 2 error: Bad exit status from

One of our systems run Apache 2.0.52 (httpd-2.0.52-12.2.ent.centos4 rpm). The kernel we're running is 2.6.9-11.ELsmp. After a few weeks of uptime, Apache refuses to start with the following error in error.log: [crit] (28)No space left on device: mod_jk: could not create jk_log_lock With Apache not running, there're a lot of semaphores left behind by Apache, e.g.: ------ Semaphore

What release of Fedora is CentOS 4 (RHEL 4) based on?

I've read in many places that file systems on Linux do not suffer the same fragmentation problems of Windows systems. No one has provided a clear explanation as to why fragmentation is not an issue for file systems such as ext2/3, reiserfs, xfs, etc. Just curious.

I downloaded the src rpm for CentOS 5 and tried to recompile it. It failed with the following message: + sh ./scripts/modsign/modsign.sh /var/tmp/kernel-2.6.18-8.el5-root /lib/modules/2.6.18-8.el5PAE/kernel/drivers/char/watchdog/pcwd_pci.ko CentOS gpg: WARNING: unsafe permissions on homedir `..' + mv -f

For some reason, CentOS 4.1 waits approximately 3-5 min at the "Determining host name and domain" during kickstart. RedHat 7.1, RedHat 9.0, RedHat Enterprise 3.0, and even CentOS 4.0 do not have this problem using the same kickstart server (my kickstart server is configured to kick all of them). Does anyone know why CentOS 4.1 is particularly slow at this stage of kickstart? Thanks

The xfs kernel modules at dev.centos.org are very handy. There are a couple of xfs modules in the 4.3 x86_64 directory, but I don't think it's for the x86_64 4.3 kernel (2.6.9-34). The latest ones in that directory is for the -22 kernel (I believe this came with CentOS 4.2).

For over five years now, we use Perl during the post install of kickstart to perform customization. It appears the Perl setup is broken in CentOS 4.3 x86_64. It still works fine on CentOS 4.1 32-bit. The library Perl needs is missing: # perl -V error while loading shared libraries: libperl.so: cannot open shared object file: No such file or director Is this a bug or is RedHat deprecating

What's the easiest way to disable a kernel module during kickstart? Is there a syslinux command that could be passed in to prevent a module from loading? TIA!

In our environment, we have a mixture of 32 and 64 bit systems. Would the 64-bit CentOS flavor work 32 bit systems? What kind of impact would this have on performance if the 64-bit OS on 32-bit hardware?

This ntp.conf file works fine under RedHat 9: authenticate no #enable auth driftfile /etc/ntp/drift keys /etc/ntp/ntp.keys server 127.127.1.0 fudge 127.127.1.0 stratum 10 trustedkey 1 enable bclient broadcastclient However, it doesn't work on CentOS 4.1. ntpd complains with this error message: Unable to listen for broadcasts, no

Has anyone tried to install a CentOS 5.x kernel on a CentOS 4.x system? Is this doable? I"m aware of the dependencies but I'm curious if anyone has done this successfully. Basically, we have a few hundred 4.x systems that cannot be upgraded to 5.x, yet, but we do need the kernel update to fix the XFS problem as described here: http://bugs.centos.org/view.php?id=3125 -------------- next