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If your system requires certain modules to be loaded when you boot, you may have to create a RAM disk for them. For example, if you have a SCSI hard drive or CD-ROMs, the SCSI drivers for them are often held in modules that are loaded whenever you start up your system. These modules are stored in a RAM disk from which the startup process reads. If you create a new kernel that needs to load modules to start up, you must create a new RAM disk for those modules. When you create a new kernel, you also need to create its modules. You place the modules needed for startup, such as SCSI hard drive modules, in a new RAM disk. In the lilo.conf file, add an entry to load this RAM disk. You only need to create a new RAM disk if your kernel has to load modules at startup. If, for example, you use a SCSI hard drive, but you incorporated SCSI hard drive and CD-ROM support (including support for the specific model) directly into your kernel, you needn't set up a RAM disk. Support for IDE hard drives and CD-ROMs is already incorporated directly into the kernel. If you need to create a RAM disk, you can use the mkinitrd command to create a RAM disk image file or create a RAM disk device. See the Man pages for mkinitrd and RAM disk documentation for more details. mkinitrd takes as its arguments the name of the RAM disk image file and the kernel that the modules are taken from. In the following example, a RAM disk image called initrd-2.4.7-10.im is being created in the /boot directory using modules from the 2.4.7-10 kernel. The 2.4.7-10 kernel needs to already be installed on your system and its modules created.
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# mkinitrd /boot/initrd-2.4.7-10.img 2.4.7-10
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In the lilo.conf segment for the new kernel, you would place an initrd entry specifying the new RAM disk.
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image=/boot/vmlinuz-2.4.7-10 label=linux root=/dev/hda3 initrd=/boot/initrd-2.4.7-10.img read-only
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Linux and Unix systems use the same standard underlying graphics utility known as the X Window System, also known as X or X11. This means that, in most cases, an X-based
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program can run on any of the window managers and desktops. X-based software is often found at Linux or Unix FTP sites in directories labeled X11. You can download these packages and run them on any window manager running on your Linux system. Some may already be in the form of Linux binaries that you can download, install, and run directly. Netscape is an example. Others are in the form of source code that can easily be configured, compiled, and installed on your system with a few simple commands. Some applications, such as Motif applications, may require special libraries. The X Window System is designed for flexibility you can configure it in various ways. You can run the X Window System on almost all the video cards currently available. The X Window System is not tied to any specific desktop interface. It provides an underlying set of graphical operations that user interface applications such as window managers, file managers, and even desktops can use. A window manager uses these operations to construct widgets for manipulating windows, such as scroll bars, resize boxes, and close boxes. Different window managers can construct them to appear differently, providing interfaces with different appearances. All window managers work on the X Window System. You can choose from a variety of different window managers, and each user on your system can run a different window manager, each using the same underlying X Window System graphic operations. You can even run X programs without any window or file managers. To run the X Window System, you need to install an X Window server. A free version of X Window server software, known as XFree86, is used on most Linux systems, though commercial versions are available from MetroLink (www.metrolink.com) and Xi graphics. Once you install the XFree86 server, you must provide configuration information about your monitor, mouse, and keyboard. This information is then used in a configuration file called /etc/X11/XF86Config, which includes technical information best generated by an X Window System configuration program, such as Xconfigurator, xlizard, or XF86Setup. When you configured the X Window System when you installed your system, this file was automatically generated. You can also configure your own X interface using the .xinitrc and /etc/X11/ xinit/xinitrc configuration files, where window managers, file managers, and initial X applications can be selected and started. And, you can use a set of specialized X commands to configure your root window, load fonts, or configure X Window System resources, such as setting the color of window borders. You can also download X utilities from online sources that serve as Linux mirror sites, usually in their /pub/ Linux/X11 directory. If you have to compile an X application, you may have to use special procedures, as well as install support packages. An official source for X Window System news, tools, and window managers is www.X11.org. Here you can find detailed information about X Window System features, along with compliant desktops and window managers. The X Window System was developed and is maintained by The Open Group (TOG), a consortium of over a hundred companies, including Sun, HP, IBM, Motorola, and Intel (www.opengroup.org). Development is currently managed by the X.org group (www.X.org) on behalf of the TOG. X.org is a nonprofit organization that maintains the existing X Window System code. X.org periodically provides free official Window System update releases to the general public. It controls the development of the X11R6 specifications, working with appropriate groups to revise and release updates to the standard, as required. The newest release is currently X11R6.4. XFree86 is a free distributed version of X Window System
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servers used on most Linux systems. XFree86 incorporates X11R6.4 into its XFree86-4.0 release. You can find out more about XFree86 at www.xfree86.org.
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