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Upgrading from one kernel package to another is simple; you just need to install the new package using the rpm command. If you want to retain the ability to run the old kernel, you should back up the files called /boot/vmlinuz-<version number> and /boot/ initrd-<version-number> and also the directory /lib/modules/<version-number>/ and restore them after you have installed the new kernel RPM. You also want to check that you have an entry in the GRUB configuration for the old kernel and possibly do a mkinitrd (see the section Building the Kernel later in the chapter). If you use LILO for booting, check the LILO configuration and rerun LILO before rebooting.

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Both Unix and NT allow users to belong to multiple groups. A group is an association of user names which can be referred to collectively by a single name. File and process permissions can be granted to a group of users. Groups are defined statically by the system administrator. On Unix-like systems they are defined in the /etc/group file, like this: users::100:userl,mark,user2,user 3 The name of the group, is this case, is users, with group-id 100 and members user1, mark, user2 and user3. The second, empty field provides space for a password, but this facility is seldom used. A number of default groups are defined by the system, for instance root::0:root other::1: bin::2:root,bin,daemon The names and numbers of system groups vary with different flavours of Unix. The root group has superuser privileges. Unix groups can be created for users or for software which runs under a special user-id. In addition to the names listed in the group file, a group also accrues users from the default group membership in field four of /etc/passwd. Thus, if the group file had the groups: users::100: msql::36: ftp::99: www::500:www www-data::501:www,toreo,mark,geirs,sigmunds,mysql privwww::502: and every user in /etc/passwd had the default group 100, then the users group would still contain every registered user on the system. By way of contrast, the group www contains no members at all, and is to be used only by a process which the system assigns that group

To be able to build kernels, you obviously need the kernel source package (called kernelsource) installed. In addition, you need gcc, make, and a number of other packages. One of the SUSE installation package set options is Kernel development ; if you have installed that selection, you have everything you need. If you want to base your kernel configuration on the currently running kernel, you have more than one way to begin. The configuration of the kernel that is actually running is always available in /proc/config .gz, which is a gzipped virtual file in the /proc filesystem, which is created in memory on the fly by the running kernel (see Listing 27-1).

root@bible: /proc # zcat config.gz | more # # Automatically generated make config: don t edit # CONFIG_X86=y CONFIG_MMU=y CONFIG_UID16=y CONFIG_GENERIC_ISA_DMA=y # # Code maturity level options # CONFIG_EXPERIMENTAL=y CONFIG_CLEAN_COMPILE=y # CONFIG_STANDALONE is not set CONFIG_BROKEN_ON_SMP=y # # General setup ...

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It is instructive to page through this file and look at the various options in it that refer to the hardware, filesystems, and so on that are to be supported by the kernel. The =y at the end of lines means that the support for the relevant item is compiled into the kernel. Lines ending is not set clearly imply that the support is not included. Lines ending =m imply that the support is provided by a loadable kernel module rather than being compiled into the kernel itself. SUSE provides most functionality in the form of modules. In a newly installed system, you should find that /usr/src/linux/.config is identical to /boot/config-<version-number>-default and to the content of /proc/config.gz when uncompressed. The kernel build process takes place in /usr/src/linux/, which is a symbolic link to /usr/src/linux-<version number>/ (for example, /usr/src/ linux-2.6.5-7.79/). The commands that you use to build the kernel must be issued in this directory because they refer to the top-level kernel makefile, which is /usr/src/linux/Makefile. The configuration file for building the kernel is the file .config in this directory. If this file does not exist, you need to create it for the first time. If the kernel that is running is the exact same version that the source code is for, you can simply do this:

If direct weights from the input to the output layer are included, the following additional weight updates are needed:

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