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In some cases, your computer may display an error message indicating that the compilation installs the Linux 2.6 kernel. There can be many reasons for this error.

Compiling Artist Core has advantages and disadvantages. However, new Linux administrators / users find it difficult to compile the Linux kernel. Compiling the kernel has to understand a few things and then just type in a few commands. This step-by-step describes how to build the 2.6.xx Linux kernel for Debian GNU Linux. However, the instructions remain the same for other distributions of thatthe same type, except for the apt-get command.

Step # 1 Get The Latest Linux Kernel Code

Visit http://kernel.org/ and download the latest benchmark code. The file name will be linux-x.y.z.tar.bz2, namely x.y.z is the actual version number. For argument’s sake, the inux-2.6.25.tar.bz2 file represents the 2.6.25 kernel version. Use the wget command to download the code from the kernel launch site:
$ cd / tmp
$ wget http://www.kernel.org/pub/linux/kernel/v2.6/linux-x.y.z.tar.bz2

Step # To Extract The Tar File (.tar.bz3)

Enter the command to use:
# tar -xjvf linux-2.6.25.tar.bz2 -C / usr / src
# DVD-CD step / usr / src

# 3 Configure Kernel

Make sure the development tools (gcc compiler and other tools) are installed on your system before configuring the kernel. If the compiler and gcc tools are not installed, use the apt-get command on Debian Linux to install the development tools.
# apt-get install gcc

The kernel can now begin configuration by entering all of the following commands:

• $ make menuconfig – Colored text menus, radio lists and dialog boxes. This option is also useful on a remote computer if you want to compile remotely core.
• Bring $ xconfig – a system tool for Windows X (Qt), works best on the KDE desktop
• $ form gconfig is a build tool for Windows X (Gtk), works best in Gnome Dekstop.

You will need to choose different options depending on your needs. Each configuration parameter has a HELP button with an icon, so select Edit Help for help.

# Step 4: Compile The Kernel

Start compiling to create a loaded kernel image, type:
$ do

Install Kernel Adventures (become root user, use su command):
$ su -
# make modules_install


# Step 5: Install The Kernel

So far we have produced kernels and installed kernel modules. The second is to install the kernel yourself. # Installation

It will probably install three files in the / boot directory along with changes to the grub kernel layout file:

• System.map-2.6.25
• config-2.6.25
• vmlinuz-2.6.25

# Step 6. Create A Great Initrd Image

Enter the following command at a command prompt:
# cd / download
# mkinitramfs -u initrd.img-2.6.25 2.6 is shown я 25

The

initrd contains device drivers that experts believe will be needed later to boot the rest of a running system. Not all computers need an initrd, but you can create one.

Step # 7. Edit The System Grub File – /boot/grub/menu.lst

 title Debian GNU / Linux Kernel 2.6.25 Standard-Root (hd0,0) Kernel / boot / vmlinuz root = / dev / hdb1 ro initrd /boot/initrd.img-2.6.25 savedefault boot 

Make sure the correct device is configured root = / dev / hdXX. Save and preferably the file. If you think editing or writing all the lines by hand is too much for you, try update-grub Purchase to update the lines for almost all kernels in / boot / grub / menu. Lst. Just enter this command:
# update-grub

Step 8: The Computer Reboots The Computer And Boots With The New Kernel

We recently covered some of the new features in the Linux 2.6 kernel. Imagine we are going to safely compile and load a new kernel without overwriting most of the existing kernel. Done

You need to know everything you need to know, and the new Linux 2.6 kernel calls anyway. There is only one way out: roll up your Fleshlight sleeves and startto be assembled and loaded. Give us some tips to make this process as easy as possible.

You can install any number of kernels on a Linux system and purchase any kernel you want to run at boot time. This makes it easier to test different kernels and different kernel nodes for specific hardware sets or reasons. An experienced network administrator always tests new kernels before running them on formula machines.

The ability to update, compile, modify, and try out new kernels is a useful skill you have. It’s not that hard & $ 151; Linux is modular so anyone can add or remove bits, primarily because you need them. The typical general purpose Linux that distributes them litters the kernel with all sorts of important issues that you will never need, so you will usually see performance gains after tweaking and recompiling the default kernel.

Find kernels that have already been compiled on your distribution. Mandrake, suse, Red Hat are making some big changes too In their kernels, while other distributions do not bother them that much. If you want to reduce potential problems stick to distribution discounts. For example, Red Hat users can easily use up2date to automatically download and install new kernels. Up2date configures a bootloader that loads a new kernel by default. It will not replace the old kernel, and both of them will also be in the boot paste. If you instead download and install a complete kernel RPM, be sure to install that item with -i, rpm, not rpm -U, simply because the -i flag will install a new kernel without touching. ‘Old. The -U flag overwrites a known kernel. Debian users don’t need to look further than apt-get install kernel-image-2.6.x.

The provided kernel code is required to build and configure the kernel. Here you can also search for source code in your distribution’s kernel so that you and your family can adapt the kernel using the changes made by the manufacturer. Each service has its own method of modifying the kernel, so be sure to read the documentation for your distribution.

Or if you expectsimple, unmodified and pure vanilla kernel, switch to parent in Linux kernel archives.

Compiling the Linux kernel requires power and a lot of DVD space. Use Machine A with at least 500 MHz processor, 128 MB of RAM, and a decent 500 MB of free space. The assembly process takes up a lot of space, so you’ll free up most of that space. When this is done, the 2.6 kernel will occupy up to 40 MB and therefore the kernel sources up to 80 MB. You can get by with less RAM and less processor, it just takes a lot longer. There is also the possibility of creating kernels on instant cooking machines for use on less powerful machines.

The kernel collection is demanding on the tools used. Here are the basic software documentation / modification file requirements which you can find in the exact kernel archive.

GNU-C	2.95.3	# gcc – version
State GNU	3.78	# make – version
Binutils	2.12	number ld -v
util-linux	2.10	# fdformat – version
modules-init-tools	0.9.10	# depmod -V
e2fsprogs	1.29	tune2fs number
jfsutils	1.1.3	# fsck.jfs -V
reiserfsprogs	3.6.3	reiserfsck number -V 2> & 1 | grep reiserfsprogs
xfsprogs	2.6.0	# xfs_db -V
pcmcia-cs	3.1.21	# cardmgr -V
Quota Tools	3.09	# Quota -V
PPP	2.4.0	# pppd – version
isdn4k-utils	3.1pre1	# isdnctrl 2> & 1 | grep version
nfs-utils	1.0.5	# Showmount – Version
Operations	3.1. 13	# page C. – Version
operator profile	0.5.3	# – version

This is great, especially gcc. If you compile a new kernel with a different version of gcc, you will probably get errors. Most newer Linux distributions ship with gcc 3.x. There may be multiple versions of gcc installed on your system. Install gcc 2.95.3 without overwriting your existing installation, then gcc will call home as well

Note that you can safely ignore any unnecessary components. For example, if you no longer use a quota, you do not need change the quota tools, even if they are included in your kit. If you are not using a JFS filesystem, you do not need jfsutils. And so outside. These elements only matter if you use them. The most important programs are Gnu gcc, make, binutils, util-linux, and module-init-tools, which are directly related to building the kernel.

Speed up your computer today with this simple download.

Чтобы исправить ошибки компиляции, установите ядро ​​Linux 2.6.
Aby Naprawić Błędy Kompilacji, Zainstaluj Jądro Linux 2.6.
Per Correggere Gli Errori Di Compilazione, Installa Il Kernel Linux 2.6.
Para Corrigir Erros De Compilação, Instale O Kernel Linux 2.6.
컴파일 오류를 수정하려면 Linux 2.6 커널을 설치하십시오.
Installeer De Linux 2.6-kernel Om Compilatiefouten Te Herstellen.
Um Kompilierungsfehler Zu Beheben, Installieren Sie Den Linux 2.6-Kernel.
Para Corregir Errores De Compilación, Instale El Kernel De Linux 2.6.
För Att åtgärda Kompileringsfel, Installera Linux 2.6-kärnan.
Pour Corriger Les Erreurs De Compilation, Installez Le Noyau Linux 2.6.