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SERVICE key values differ depending on the type of request submitted. These can range from a simple connection request by a remote server to a removal of a print job. The print clients such as lpr, lpq, lprm, and lpc make different kinds of service requests. lpq makes a request for queue information that has the key value Q for SERVICE. lprm issues a removal request indicated by a key value M.
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LPRng uses the same command line print clients as described for CUPS. These include the lpr, lpc, lpq, and lprm commands. Check the man pages for each for detailed options. Certain features, like encryption, are only available with CUPS versions.
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The kernel is the operating system, performing core tasks such as managing memory and disk access, as well as interfacing with the hardware that makes up your system. For example, the kernel makes possible such standard Linux features as multitasking and multiuser support. It also handles communications with devices like your CD-ROM or hard disk. Users send requests for access to these devices through the kernel, which then handles the lower-level task of actually sending instructions to a device. Given the great variety of devices available, the kind of devices connected to a Linux system will vary. Kudzu detects these devices automatically at boot time, and the kernel is appropriately configured when Linux is installed. However, if you add a new device, you may have to enable support for it in the kernel. This involves creating a modified version of the kernel, which is often referred to as building or compiling the kernel. In addition, new versions of the kernel are continuously made available that provide improved support for your devices, as well as a smoother running system. You can download and install these new versions on your system.
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The version number for a Linux kernel consists of three segments: the major, minor, and revision numbers. The major number increments with major changes in the kernel. The minor number indicates stability. Even numbers are used for stable releases, whereas odd numbers are reserved for development releases, which may be unstable. New features first appear in the development versions. If you re concerned about stability, you should wait for the stable version. The revision number refers to the corrected versions. As bugs are discovered and corrected, new
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revisions of a kernel are released. A development kernel may have numerous revisions. For example, kernel 2.4.20 has a major number of 2 and a minor number of 4, with a revision number of 20. Distributions often add another number that refers to a specific set of patches applied to the kernel. For example, for Red Hat 9, the kernel is 2.4.20-8, where 8 is the patch number. On distributions that support RPM packages, you can use an RPM query to learn what version is installed, as shown here: rpm -q kernel You could have more than one version of the kernel installed on your system. To see which one is running currently, you use the uname command with the -r option. uname -r New kernels are released on two different tracks, a stable track and a development track. Stable kernels have an even revision number, whereas development kernels use an odd number. The stable kernel would be 2.4, and its development kernel would be 2.5. Although they are unstable, development kernels often include support for the most recent hardware and software features. However, unless you are experimenting with kernel development, you should always install a stable version of the kernel. The Linux kernel is being worked on constantly, and new versions are released when they are ready. Distributions may include different kernel versions. Red Hat includes the most up-to-date kernel stable in its releases. Linux kernels are kept at kernel.org. Also, RPM packages for a new kernel are often available at distribution update sites. You may need to upgrade your kernel to provide support for new hardware or for features not supported by your distribution s version. For example, you may need support for a new device not provided in your distribution s version of the kernel. Certain features may not be included in a distribution s version because they are considered experimental or a security risk.
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