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# wget http://wwwkernelorg/pub/linux/kernel/v26/linux-2627targz
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Compiling the Linux Kernel
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Unpacking the Kernel Source Code
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Most of the software packages you have dealt with so far have probably been Red Hat Package Manager (RPM) or deb packages, and you re most likely accustomed to using the tools that came with the system (such as RPM, Advanced Packaging Tool [APT], yum, or YaST) to manage the packages Kernel source code is a little different and requires some user participation Let s go through the steps to unpack the kernel The kernel source consists of a bunch of different files, and because of the sheer number and size of these files collectively, it is useful to compress the files and put them all in a single directory structure The kernel source that you will download from the Internet is a file that has been compressed and tarred Therefore, to use the source, you need to decompress and untar the source file This is what it means to unpack the kernel Overall, it s really a straightforward process The traditional location for the kernel source tree on the local file system is the /usr/ src directory For the remainder of this chapter, we ll assume you are working out of the /usr/src directory NOTE Some Linux distributions have a symbolic link under the /usr/src directory This symbolic link is usually named linux and is usually a link to a default or the latest kernel source tree Some thirdparty software packages rely on this link in order to compile or build properly! Copy the kernel tarball that you downloaded earlier into the /usr/src directory
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[root@serverA ~]# cp linux-26*targz /usr/src/
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Change your working directory to the /usr/src/ directory and use the tar command to unpack and decompress the file Type
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[root@serverA ~]# cd /usr/src/ && tar xvzf linux-26*targz
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You might hear your hard disk whir for a bit as this command runs the kernel source is, after all, a large file! TIP Take a moment to check out what s inside the kernel source tree At the very least, you ll get a chance to see what kind of documentation ships with a stock kernel A good portion of the kernel documentation is conveniently stored in the Documentation directory at the root of the kernel source tree
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BUILDING THE KERNEL
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So now you have an unpacked kernel tree just waiting to be built In this section, we re going to review the process of configuring and building a kernel This is in contrast to Windows-based operating systems, such as Windows 200x/Vista, etc, which come preconfigured and therefore contain support for many features you may or may not want
Linux Administration: A Beginner s Guide
The Linux design philosophy allows the individual to decide on the important parts of the kernel For example, if you don t have a Small Computer System Interface (SCSI) subsystem, what s the point in wasting memory to support it This individualized design has the important benefit of letting you thin down the feature list so that Linux can run as efficiently as possible This is also one of the reasons why it is possible to run Linux in various hardware setups, from low-end systems, to embedded systems, to really highend systems You may find that a box incapable of supporting a Windows-based server is more than capable of supporting a Linux-based OS Two steps are required in building a kernel: configuring and compiling We won t get into the specifics of configuration in this chapter, which would be difficult because of the fast-paced evolution of the Linux kernel However, once you understand the basic process, you should be able to apply it from version to version For the sake of discussion, we ll cite examples from the v26* kernel that we unpacked in the previous section The first step in building the kernel is configuring its features Usually, your desired feature list will be based on whatever hardware you need to support This, of course, means that you ll need a list of that hardware On a system that is already running Linux, the following command will list all hardware connected to the system via the Peripheral Component Interconnect (PCI) bus:
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