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The device name for your CD-ROM drive varies depending on the type of CD-ROM you have. The device name for an IDE CD-ROM has the same prefix as an IDE hard disk partition, hd, and is identified by a following letter that distinguishes it from other IDE devices. For example, an IDE CD-ROM connected to your secondary IDE port may have the name hdc. An IDE CD-ROM connected as a slave to the secondary port may have the name hdd. The actual name is determined when the CD-ROM is installed, as happened when you installed your Linux system. SCSI CD-ROM drives use a different nomenclature for their device names. They begin with scd for SCSI drive, and
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are followed by a distinguishing number. For example, the name of a SCSI CD-ROM could be scd0 or scd1. The name of your CD-ROM was determined when you installed your system. You can find out what it is by examining the /etc/fstab file.
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Files reside on physical storage devices such as hard drives, CD-ROMs, or floppy disks. The files on each storage device are organized into a file system. The storage devices on your Linux system are presented as a collection of file systems that you can manage. When you want to add a new storage device, you will need to format it as a file system, and then attach it to your Linux file structure. Hard drives can be divided into separate storage devices called partitions, each of which would have its own file system. You can perform administrative tasks on your file systems, such as backing them up, attaching or detaching them from your file structure, formatting new devices or erasing old ones, and checking a file system for problems. To access files on a device, you attach its file system to a specified directory. This is called mounting the file system. For example, to access files on a floppy disk, you first mount its file system to a particular directory. With Linux, you can mount a number of different types of file systems. You can even access a Windows hard drive partition or tape drive, as well as file systems on a remote server. Red Hat also configures CD-ROM and floppy media to be mounted automatically from Gnome or KDE. Recently developed file systems for Linux now support journaling, which allows your system to recover from a crash or interruption easily. The ext3, ReiserFS, and JFS (IBM) file systems maintain a record of file and directory changes, called a journal, which can be used to recover files and directories in use when a system suddenly crashes due to unforeseen events such as power interruptions. Most distributions currently use the ext3 file system as their default, though you also have the option of using ReiserFS or JFS, an independently developed journaling system.
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Your Linux system is capable of handling any number of storage devices that may be connected to it. You can configure your system to access multiple hard drives, partitions on a hard drive, CD-ROM disks, floppy disks, and even tapes. You can elect to attach these storage components manually or have them automatically mount when you boot. Automatic mounts are handled by configuring the /etc/fstab file. For example, the main partitions holding your Linux system programs are automatically mounted whenever you boot, whereas a floppy disk can be manually mounted when you put one in your floppy drive, though even these can also be automatically mounted.
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File Systems
Although all the files in your Linux system are connected into one overall directory tree, parts of that tree may reside on different storage devices such as hard drives or CD-ROMs. Files on a particular storage device are organized into what is referred to as a file system. A file system is a formatted device, with its own tree of directories and files. Your Linux directory tree may encompass several file systems, each on different storage devices. On a hard drive with several partitions, you would have a file system for each partition. The files themselves are organized into one seamless tree of directories, beginning with the root directory. For example, if you attach a CD-ROM to your system, a pathname will lead directly from the root directory on your hard disk partition s file system to the files in the CD-ROM file system. A file system has its files organized into its own directory tree. You can think of this as a subtree that must be attached to the main directory tree. The tree will remain separate from your system s directory tree until you specifically connect it. For example, a floppy disk with Linux files has its own tree of directories. You need to attach this subtree to the main tree on your hard drive partition. Until
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