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Booting the kernel is a straightforward process, once the operating system has been successfully installed. You can identify the Solaris kernel by the pathname /platform/ PLATFORM_NAME/kernel/unix, where PLATFORM_NAME is the name of the current architecture. For example, sun4u systems boot with the kernel /platform/sun4u/kernel/. Kernels can also be booted from a CD-ROM drive or through a network connection
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Initialization, OpenBoot PROM, and Run Levels
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(by using the boot cdrom or boot net command, respectively, from the OpenBoot PROM monitor). When a SPARC system is powered on, the system executes a series of basic hardware tests before attempting to boot the kernel. These Power-On Self-Tests (POSTs) ensure that your system hardware is operating correctly. If the POST tests fail, you will not be able to boot the system. Once the POST tests are complete, the system attempts to boot the default kernel using the path specified in the firmware; or if you wish to boot a different kernel, you can press STOP-A, enter boot kernel/name, and boot the kernel specified by kernel/name. For example, to boot a kernel called newunix, you would use the command boot kernel/newunix, especially if kernel/newunix is an experimental kernel. Systems boot either from a UFS file system (whether on the local hard disk or on a local CD-ROM drive) or across the network. Two applications facilitate these different boot types: ufsboot is responsible for booting kernels from disk devices, and inetboot is responsible for booting kernels using a network device (such as another Solaris server). Although servers typically boot themselves using ufsboot, diskless clients must use inetboot. The ufsboot application reads the bootblock on the active partition of the boot device, and inetboot performs a broadcast on the local subnet, searching for a trivial FTP (TFTP) server. Once located, the kernel is downloaded using NFS and booted.
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The following procedures can be used to interact with the OpenBoot PROM monitor.
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To view the OpenBoot release information for your firmware and the system configuration, use this command:
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ok banner Sun Ultra 5/10 UPA/PCI (UltraSPARC Iii 360 MHz), Keyboard Present OpenBoot Rev. 3.25, 512 MB memory installed, Serial #13018400. Ethernet address 5:2:12:c:ee:5a Host ID: 456543
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Here, you can see that the system is an UltraSPARC 5, with a keyboard present, and that the OpenBoot release level is 3.25. 512MB of RAM is installed on the system, which has a host ID of 456543. Finally, the Ethernet address of the primary Ethernet device is 5:2:12:c:ee:5a.
Changing the Default Boot Device
To boot from the default boot device (usually the primary hard drive), you would type this:
ok boot
Part I:
Installation
However, you can also boot using the CD-ROM by using this command:
ok boot cdrom
You may boot the system from a host on the network by using this command:
ok boot net
Or, if you have a boot floppy, you may use the following command:
ok boot floppy
Because many early Solaris distributions were made on magnetic tape, you can also boot using a tape drive with the following command:
ok boot tape
Instead of specifying a different boot device each time you want to reboot, you can set an environment variable within the OpenBoot PROM monitor, so that a specific device is booted by default. For example, to set the default boot device to be the primary hard disk, you would use the following command:
ok setenv boot-device disk boot-device = disk
To verify that the boot device has been set correctly to disk, you can use the following command:
ok printenv boot-device boot-device disk disk
To reset the system to use the new settings, you simply use the reset command:
ok reset
To set the default boot device to be the primary network device, you would use the following command:
ok setenv boot-device net boot-device = net
The preceding configuration is commonly used for diskless clients, such as Sun Rays, which use the Reverse Address Resolution Protocol (RARP) and NFS to boot
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