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You should be aware of three kinds of boots. In addition to a normal reboot, which is initiated by the command # shutdown from a superuser shell, you should be familiar with these two kinds of boots: Reconfiguration boot Involves reconstructing device information in the /dev and /devices directories. A reconfiguration boot is commonly undertaken in older SPARC systems when new hard disks are added to the system, although this may not be necessary with newer systems, which have hot-swapping
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facilities. You can initiate this kind of boot by typing # boot r at the OpenBoot PROM monitor prompt, or by issuing the command # touch /reconfigure prior to issuing a shutdown command from a superuser shell. Recovery boot Involves saving and analyzing crash dump files if a system does not respond to commands issued on the console. A recovery boot is a rare event on a Solaris system although hardware failures, kernel module crashes, and incorrect kernel parameters can sometimes result in a hung system. A stack trace is usually provided if a system crash occurs, which can provide vital clues to tracking the source of any system problems using the kernel debugger (kadb). Although Solaris has eight init states, only five are commonly encountered by administrators during normal operations. Run-level S is a single-user init state that is used for administrative tasks and the repair of corrupted file systems, using the following command:
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In run-level 2, the init state changes to multiuser mode for the first time, with the exception of NFS-exported network resources. In run-level 3, all users can log in and all system and NFS network resources are available. Run-level 6 halts the operating system and initiates a reboot. Finally, in run-level 0, the operating system is shut down, ensuring that it is safe to power down. In older SPARC systems, you need to bring the system down to run-level 0 to install new hardware, such as disk drives, peripheral devices, and memory modules. However, newer systems are able to continue to operate in multiuser init states while disks are hot swapped into special drive bays. This means that these machines may not have a need to enter run-level 6. Further, uptimes of many months are not uncommon. The Solaris software environment provides a detailed series of run control (rc) scripts to control run-level changes. In this section, we examine each of the control scripts in turn. Each run level has an associated rc script located in the /sbin directory, which is also symbolically linked into the /etc directory: rc0, rc1, rc2, rc3, rc5, rc6, and rcS. /sbin/rc0 is responsible for the following: Executing all scripts in /etc/rc0.d, if the directory exists Terminating all system services and active processes, initially using /usr/sbin/ killall and then /usr/sbin/killall 9 for any stubborn processes Syncing all mounted file systems, using /sbin/sync Unmounting all mounted file systems, using /sbin/umountall /sbin/rc5 and /sbin/rc6 are just symbolic links to /sbin/rc0 and do not need to be maintained separately. /sbin/rc1 is responsible for executing all scripts in the /etc/rc1.d directory, if it exists. This terminates all system services and active processes, initially using /usr/sbin/killall,
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Initialization, OpenBoot PROM, and Run Levels
and /usr/sbin/killall 9 for any stubborn processes. The differences between /etc/rc0 and /etc/rc1 are that the latter brings up the system into single-user mode after shutting down all processes in multiuser mode, and does not unmount any file systems. In run-level 2 state, /sbin/rc2 executes all scripts in the /etc/rc2.d directory, bringing the system into its first multiuser state. Thus, all local file systems listed in /etc/vfstab are mounted, disk quotas and file system logging are switched on if configured, temporary editor files are saved, the /tmp directory is cleared, system accounting is enabled, and many network services are initialized. In run-level 3 state, /sbin/rc3 executes all scripts in the /etc/rc3.d directory, bringing the system into its final multiuser state. These services are mainly concerned with shared network resources, such as NFS, but Solstice Enterprise Agents, and other SNMP-based systems, may also be started here. /sbin/rcS executes all scripts in the /sbin/rcS.d directory, to bring the system up to the single-user run level. A minimal network configuration is established if a network can be found, otherwise an interface error is reported. Essential system file systems (such as /, /usr, and /proc) are mounted if they are available, and the system name is set. To the superuser on the console, the transition between run levels is virtually invisible: most daemons, whether starting in a single- or multiuser init state, display a status message when starting up, which is echoed to the console. Obviously, when booting into single-user mode, fewer messages appear on the console, because multiuser init state processes are not started. The single-user run-level messages appear as something like this:
ok boot -s SunOS Release 5.10 Version [UNIX(R) System V Release 4.0] Copyright (c) 1983-2003, Sun Microsystems, Inc. configuring network interfaces: hme0. Hostname: sakura INIT: SINGLE USER MODE Type Ctrl-d to proceed with normal startup, (or give root password for system maintenance):
At this point, you enter the password for the superuser account (it will not be echoed to the display). Assuming that you enter the correct password, the display then proceeds with another banner and a Bourne shell prompt:
Sun Microsystems Inc. SunOS 5.10 November 2003 #
After maintenance is complete, simply exit the shell by using CTRL-D, after which the system proceeds with a normal multiuser boot. The /sbin/init daemon is responsible for process control initialization and is a key component of the booting process. Although /sbin/init is not significant in many day-to-day operations after booting, its configuration for special purposes can be
Part I:
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