Guardian Procedure Calls Reference Manual

external representations differ. Positive or negative values indicate the clock is being sped up
or slowed down, respectively.
• 87: time when rate adjusted
the time, in microseconds since cold load, since the system clock rate was modified by a call
to SYSTEMCLOCK_SET_ or SETSYSTEMCLOCK.
• 88: time when time set
the time, in microseconds since cold load, since the system time was set by a call to
SYSTEMCLOCK_SET_ or SETSYSTEMCLOCK.
• 89: time when time set or adjusted
the time, in microseconds since cold load, since the system time was set or an adjustment was
initiated by a call to SYSTEMCLOCK_SET_ or SETSYSTEMCLOCK.
• 90: POSIX Mapping Entry (PME) table statistics
statistics about the PME table, which contains an entry for each OSS process (live or zombie).
This table applies to the whole node and is replicated in each processor. These per-node
elements are returned (following the number of elements in the first INT):
The largest number of PME entries that have ever been in concurrent use.MAXIMUM USED
The number of PME entries that are currently in use.CURRENT USAGE
The maximum number of PME entries supported per node.CONFIGURED
The number of times the attempt to allocate a PME entry has failed.NUMBER OF FAILURES
• 91: OSS SHM (shared memory statistics)
statistics about the table of all the OSS Shared Memory segments created in the processor by
the shmget() function. (The term "OSS Shared Memory (SHM)" distinguishes these segments
from Guardian shared memory segments.) These elements are returned (following the number
of elements in the first INT):
The largest number of SHM segments that have ever been in concurrent use in the
processor.
MAXIMUM USED
The number of SHM segments that are currently in use.CURRENT USAGE
The maximum number of SHM segments supported per processor.CONFIGURED
The number of times the attempt to allocate space in the SHM table has failed.NUMBER OF FAILURES
• 92: OSS semaphore statistics
statistics about the table of all the OSS semaphores created in the processor by the semget()
function. These elements are returned (following the number of elements in the first INT):
The largest number of OSS semaphores that have ever been in concurrent use.MAXIMUM USED
The number of OSS semaphores that are currently in use.CURRENT USAGE
The maximum number of OSS semaphores supported per processor.CONFIGURED
The number of times the attempt to allocate space in the OSS semaphore table has failed.NUMBER OF FAILURES
PROCESSOR_GETINFOLIST_ Procedure 1167