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These are compiled as separate modules, some of which you could elect to include directly in the kernel if you want. Bluetooth Devices Support for Bluetooth enabled peripherals, listing drivers for USB, serial, and PC card interfaces. Kernel Hacking The Kernel Hacking window lists features of interest to developers who work at the kernel level and need to modify the kernel code. You can have the kernel include debugging information, and also provide some measure of control during crashes. Once you set your options, save your configuration. Save and Exit option overwrites your .config configuration file. The Store to Configuration File option lets you save your configuration to a particular file.
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TIP Red Hat Linux 9 incorporates support for the Native POSIX Thread Library (NPTL), an updated version of Linux POSIX threads, providing for more efficient use of high-end processors. Though this feature is designed to be backward compatible, some older modules may prove incompatible and may need to be recompiled with the new kernel.
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Now that the configuration is ready, you can compile your kernel. You first need to generate a dependency tree to determine what part of the source code to compile, based on your configuration. Use the following command in /usr/src/linux-2.4: make dep You also have to clean up any object and dependency files that may remain from a previous compilation. Use the following command to remove such files: make clean
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You can use several options to compile the kernel (see Table 9-1). The bzImage option simply generates a kernel file called bzImage and places it in the arch directory. For Intel and AMD systems, you find bzImage in the i386/boot subdirectory, arch/i386/boot. For a kernel source, this would be in /usr/src/linux-2.4/arch/i386/boot. make bzImage The previous options create the kernel, but not the modules those features of the kernel to be compiled into separate modules. To compile your modules, use the make command with the modules argument. make modules To install your modules, use the make command with the modules_install option. This installs the modules in the /lib/modules/version-num directory, where version-num is the version number of the kernel. You should make a backup copy of the old modules before you install the new ones. make modules_install The install option generates both the kernel files and installs them on your system as vmlinuz., incorporating the make bzImage step. make install
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Description Creates the kernel file called zImage located in the /usr/src/linux/arch or arch/i386/boot directory. Creates the kernel and installs it on your system. Creates a kernel file and installs it on a floppy disk (creates a boot disk). Creates the kernel file and calls it bzImage. Creates the kernel and installs it on a floppy disk (creates a boot disk). Compiling Options
install zdisk bzImage bzdisk Table 9-1.
Kernel Administration
If you are booting Linux from DOS using loadlin, you will need to copy the bzImage file to the loadlin directory on the DOS partition where you are starting Linux from. The commands for a simple compilation and installation are shown here: make make make make make make dep clean bzImage modules modules_install install
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If you want, you could enter these all on fewer lines, 9 separating the commands with semicolons, as shown here: make dep; make clean; make bzImage; make modules make modules_install; make install A safer way to perform these operations on single lines is to make them conditionally dependent on one another, using the && command. In the previous method, if one operation has a error, the next one will still be executed. By making the operations conditional, the next operation is run only if the previous one is successful. make dep && make clean && make bzImage make modules make modules_install && make install
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