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Before you can install the kernel, you have to configure and compile it, as discussed in the next section. Note Once you have installed a kernel source for a particular revision, you can update it by downloading and installing any patches for it.
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Configuring the Kernel
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Once the source is installed, you must configure the kernel. Configuration consists of determining the features for which you want to provide kernel-level support. This includes drivers for different devices, such as sound cards and SCSI devices. This process is referred to as configuring the kernel. You can configure features as directly included in the kernel itself or as modules the kernel can load as needed. You can also specifically exclude features. Features incorporated directly into the kernel make for a larger kernel program. Features set up as separate modules can also be easily updated. Documentation for many devices that provide sound, video, or network support can be found in the /usr/share/doc directory. Check the kernel-doc package to find a listing of the documentation provided.
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rpm ql kernel-doc
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Note If you configured your kernel previously and now want to start over from the default settings, you can use the make mrproper command to restore the default kernel configuration. You can configure the kernel using one of several available configuration tools: config, menuconfig, and xconfig. They perform the same configuration tasks, but use different interfaces. The config tool is a simple configure script providing line-based prompts for different configuration options. The menuconfig tool provides a cursor- based menu, which you can still run from the command line. Menu entries exist for different configuration categories, and you can pick and choose the ones you want. To mark a feature for inclusion in the kernel, move to it and press the SPACEBAR. An asterisk appears in the empty parentheses to the left of the entry. If you want to make it a module, press M and an M appears in the parentheses. The xconfig tool runs on a window manager and provides a window interface with buttons and menus. You can use your mouse to select entries. A menu consists of configuration categories that are listed as buttons you can click. All these tools
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save their settings to the .config file in the kernel source's directory. Should you want to remove a configuration entirely, you can use the mrproper option to remove the .config file, starting over from scratch.
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You start a configuration tool by preceding it with the make command. Be sure you are in the /usr/src/linux-version directory. The process of starting a configuration tool is a make operation that uses the Linux kernel Makefile. The xconfig tool should be started from a terminal window on your window manager. The menuconfig and config tools are started on a shell command line. The following example lists commands to start xconfig, menuconfig, or config:
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The xconfig tool opens a Linux Kernel Configuration window listing the different configuration categories. Figure 34-1 shows the configuration categories for the 2.4 kernel. Buttons at the right of the screen are used to save the configuration or to copy it to a file, as well as to quit. Clicking an entry opens a window that lists different features you can include. Three check boxes to the left of each entry enable you to choose to have a feature compiled directly into the kernel, created as a separate module that can be loaded at runtime, or not included at all. As a rule, features in continual use, such as network and file system support, should be compiled directly into the kernel. Features that could easily change, such as sound cards, or features used less frequently, should be compiled as modules. Otherwise, your kernel image file may become too large and slower to run.
Figure 34-1: The xconfig Linux kernel configuration tool Note If you decide to include a feature directly into the kernel that was previously a module, be sure to check that the old module is removed from the /lib/modules/version directory. Otherwise, conflicts can occur between the module and its corresponding code, which is now directly part of the kernel. The xconfig and menuconfig tools provide excellent context-sensitive help for each entry. To the right of an entry is a Help button. Click it to display a detailed explanation of what that feature does and why you would include it either directly or as a module, or even exclude it.
When in doubt about a feature, always use the Help button to learn exactly what it does and why you would want to use it. Many of the key features are described here.
Loadable Module Support In most cases, you should make sure your kernel can load modules. Click the Loadable Modules Support button to display a listing of several module management options (see Figure 34-2). Make sure Enable Loadable Module Support is marked Yes. This feature allows your kernel to load modules as they are needed. Kernel Module Loader should also be set to Yes, as this allows your daemons, like your Web server, to load any modules they may need. The Set Version Information entry enables you to use any modules set up for previous kernels.
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