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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 These include drivers for different devices, such as sound cards and SCSI devices 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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NOTE If you configured your kernel previously and now want to start over from the default
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settings, you can use the make mrproper command to restore the default kernel configuration
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You can configure the kernel using one of several available configuration tools: config, menuconfig, xconfig (qconf), and gconfig (gkc) You can also edit the configuration file directly These tools 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
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the entry If you want to make it a module, press M and an M appears in the parentheses The xconfig option runs qconf, the QT (KDE) based GUI kernel configuration tool, and requires that the QT libraries (KDE) be installed first The gconfig option runs the gkc tool, which uses a GTK interface, requiring that GNOME be installed first Both qconf and gkc provide expandable menu trees, selectable panels, and help windows Selectable features include check buttons you can click All these tools save their settings to the config file in the kernel source s directory If you want to remove a configuration entirely, you can use the mrproper option to remove the config file and any binary files, starting over from scratch
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make mrproper
You start a configuration tool by preceding it with the make command Be sure you are in the kernel directory (either the distribution s location for its kernel packages, or the local directory you used for the compressed archive, such as targz) 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, gconfig, menuconfig, and config:
make make make make gconfig xconfig menuconfig config
gconfig (gkc)
The GTK kernel configuration tool (gkc) is invoked with the gconfig option This uses a GNOME-based interface that is similar to qconf (xconfig) The gkc tool opens a Linux Kernel Configuration window with expandable submenus like those for qconf Many categories are organized into a few major headings, with many now included under the Device Drivers menu The Load and Save buttons and File menu entries can be used to save the configuration or to copy it to a file Single, Split, and Full view buttons let you display menus in one window, in a display panel with another panel to containing an expandable tree to select entries, or as a single expandable tree of entries The Expand button will expand all headings and subheadings, whereas Collapse will let you expand only those you want displayed Use the down and side triangles for each entry to expand or collapse subentries Clicking an entry opens a window that lists different features you can include Entries are arranged in columns listing the option, its actual name, its range (yes, module, or no), and its data (yes, no, or module status) Entries in the Options menu let you determine what columns to display: Name for the actual module name; Range for the selectable yes, no, and module entries; and Data for the option status, titled as Value The Range entries are titled N, M, and Y and are used to select whether not to include an option (N), to load it as a module (M), or to compile it directly into the kernel (Y) Entries that you can select will display an underscore Clicking the underscore will change its entry to Y for module or direct kernel inclusion, and N for no inclusion The Value column will show which is currently selected The Options column will include a status showing whether the option is included directly (check mark), included as a module (line mark), or not included at all (empty)
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