pset_assign_pid(1) [osf1 man page]
pset_assign_pid(1) General Commands Manual pset_assign_pid(1) NAME
pset_assign_pid - Assigns a process ID to a processor set SYNOPSIS
/usr/sbin/pset_assign_pid [-x] pset_id pid [pid...] OPTIONS
Assigns exclusive use of the target processor set to each specified process identification number. DESCRIPTION
The pset_assign_pid command assigns one or more process identification numbers to an existing processor set. The pset_id variable is a unique integer that identifies the processor set and is returned by the pset_create command. The pid variable is the process identification number, which is a unique integer that identifies the process. Each process identification number that is assigned is removed from its cur- rent processor set. Use the -x option to assign exclusive use of the processor set. If the processor set is already in use, a message is displayed, and the command terminates without performing the assignment. If the exclusive assignment succeeds, new requests by other processes for assign- ments to the specified processor set (pset_id) are denied. SEE ALSO
Commands: pset_destroy(1), pset_create(1), pset_assign_cpu(1), pset_info(1) Files: processor_sets(4) pset_assign_pid(1)
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psrinfo(1) General Commands Manual psrinfo(1) NAME
psrinfo, pinfo - Displays processor administration information SYNOPSIS
/usr/sbin/psrinfo -n /usr/sbin/psrinfo [-v] [processor...] /usr/sbin/psrinfo -s processor /usr/sbin/pinfo [-v] [processor...] OPTIONS
Displays the number of processors in the system. Enables verbose mode. Writes only a boolean value to standard output. The -s option requires a single processor identification number (processor). The -s option is intended to be used in scripts. A value of 1 is output if the specified processor is on line. A value of 0 is output if the specified processor is off line. DESCRIPTION
The psrinfo and pinfo commands display information about processors. The processor variable specifies the processor identification number, which is a unique integer that identifies the processor. If you do not specify any options or a processor identification number, the com- mands display information about all processors. EXAMPLES
The following is an example of the default prsinfo command output (no options or processor identification numbers): greene:> psrinfo 0 on-line since 11/03/1999 09:41:34 1 on-line since 11/03/1999 09:41:34 2 off-line since 11/03/1999 08:41:34 The following example shows how to use the psrinfo command with the -s option in a shell script to determine the state of the pro- cessor with an identification number of 1: if [ "`psrinfo -s 1 2> /dev/null`" -eq 1 ] then echo "processor 1 is up" else echo "processor 1 is down" fi The following example shows how to use the psrinfo command with the -v option: % psrinfo -v Status of processor 0 as of: 05/23/00 15:47:40 Processor has been on-line since 05/23/2000 15:08:04 The alpha EV5.6 (21164A) processor operates at 465 MHz, and has an alpha internal floating point processor. Status of processor 1 as of: 05/23/00 15:47:40 Processor has been on-line since 05/23/2000 15:08:04 The alpha EV5.6 (21164A) processor operates at 465 MHz, and has an alpha internal floating point processor. Status of processor 2 as of: 05/23/00 15:47:40 Processor has been off-line since 05/23/2000 15:08:04 The alpha EV5.6 (21164A) processor operates at 465 MHz, and has an alpha internal floating point processor. Status of processor 3 as of: 05/23/00 15:47:40 Processor has been on-line since 05/23/2000 15:14:00 The alpha EV5.6 (21164A) processor operates at 465 MHz, and has an alpha internal floating point processor. FILES
SEE ALSO
Commands: pset_assign_cpu(1), pset_assign_pid(1), pset_info(1), psradm(8) Files: utmp(4) Processor Sets: processor_sets(4) psrinfo(1)