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In addition to physical devices, Solaris 10 also needs to refer to logical devices. For example, physical disks may be divided into many different slices, so the physical disk device will need to be referred to using a logical name. Logical device files in the /dev directory are symbolically linked to physical device names in the /devices directory. Most user applications refer to logical device names. A typical listing of the /dev directory has numerous entries that look like this:
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arp audio audioctl bd.off be bpp0 ptys0 ptys1 ptys2 ptys3 ptys4 ptys5 ptyyb ptyyc ptyyd ptyye ptyyf ptyz0 rsd3a rsd3b rsd3c rsd3d rsd3e rsd3f sd3e sd3f sd3g sd3h skip_key sound/ ttyu2 ttyu3 ttyu4 ttyu5 ttyu6 ttyu7
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Many of these device filenames are self-explanatory: /dev/console represents the console device error and status messages are usually written to the console by daemons and applications using the syslog service. /dev/ console typically corresponds to the monitor in text mode; however, the console is also represented logically in windowing systems, such as OpenWindows, where the command server% cmdtool -C brings up a console window. /dev/hme is the network interface device file. /dev/dsk contains device files for disk slices.
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/dev/ttyn and /dev/ptyn are the n terminal and n pseudo-terminal devices attached to the system. /dev/null is the end point of discarded output; many applications pipe their output. The drvconfig command creates the /devices directory tree, which is a logical representation of the physical layout of devices attached to the system, and pseudo-drivers. drvconfig is executed automatically after a reconfiguration boot. It reads file permission information for new nodes in the tree from /etc/minor_perm, which contains entries like
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sd:* 0666 httpd staff
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where sd is the node name for a disk device, 0666 is the default file permission, httpd is the owner, and staff is the group.
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Solaris 10 supports many different kinds of mass-storage devices, including SCSI hard drives (and IDE drives on the x86 platform), reading and writing standard and rewriteable CD-ROMs, Iomega Zip and Jaz drives, tape drives, DVD-ROMs, and floppy disks. Hard drives are the most common kinds of storage devices found on a Solaris 10 system, ranging from individual drives used to create system and user file systems, to highly redundant, server-based RAID systems. These RAID configurations can comprise a set of internal disks, managed through software (such as DiskSuite), or high-speed, external arrays, like the A1000, which include dedicated RAM for write-caching. Because disk writing is one of the slowest operations in any modern server system, this greatly increases overall operational speed. Hard drives have faced stiff competition in recent years, with new media such as Iomega Zip and Jaz drives providing removable media for both random and sequential file access. This makes Zip and Jaz drives ideal media for archival backups, competing with the traditional magnetic tape drives. The latter have largely been replaced in modern systems by the digital audio tape (DAT) system, which has high reliability and data throughput rates (especially the DDS-3 standard). This section looks at the issues surrounding the installation and configuration of storage devices for Solaris 10, providing practical advice for installing a wide range of hardware.
Hard Drives
When formatted for operation with Solaris 10, hard disks are logically divided into one or more slices (or partitions), on which a single file system resides. File systems contain sets of files, which are hierarchically organized around a number of directories. Solaris 10 contains a number of predefined directories that often form the top level of a file system hierarchy. Many of these directories lie one level below the root directory, often denoted by /, which exists on the primary system disk of any Solaris 10 system. In addition to a primary disk, many Solaris 10 systems have additional disks that provide storage space
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