Guardian Procedure Calls Reference Manual
• 62: availability of IEEE floating point on the current system
this attribute can be identified as CPUINFO_ATTR_FP_IEEE_VER, and can have these values:
No IEEE floating point.0
First version of IEEE floating-point support.1
Reserved for future versions of IEEE floating-point support.>1
• 65: 64-bit dispatch count
the number of dispatch interrupts since the processor was loaded in a 64-bit counter.
• 72: system name
the system name. See Table 39 (page 1168) for system name STRING values.
• 74: number of enabled IPUs in a CPU
the number of enabled IPUs in the specified CPU.
• 78: is this a NEO CPU?
returns 1 if the CPU is a part of the NeoView "segment", or else the value returned is 0.
NOTE: Attribute codes 79–83 are available only on systems running H06.24, J06.13, and
subsequent RVUs.
• 79: current configured TLE limit
returns the current configured TLE limit.
• 80: are 64-bit processes supported in the system?
returns nonzero if target system supports 64 bit processes, returns zero otherwise.
• 81: number of physical IPUs in a CPU
returns the number of physical IPUs available in the specified CPU.
• 82: number of physically present CPUs in the system
returns the number of physically present CPUs in the specified system.
• 83: is Core Licensing supported?
returns a nonzero value if Core Licenses are supported on the specified CPU, zero if not.
NOTE: Attribute codes 84–92 are available only on systems running H06.25, J06.14, and
subsequent RVUs.
• 84: pending time adjustment
the adjustment, in microseconds, remaining to be applied gradually to the system time. Positive
or negative values indicate the clock is being advanced or retarded. Zero indicates no
adjustment is in progress. The most negative FIXED value, %h8000000000000000%h,
indicates the information is unavailable. See also attribute 85.
• 85: pending time adjustment duration
the approximate time in seconds to complete a gradual adjustment of system time. Zero
indicates no adjustment is in progress. See also attribute 84.
• 86: clock rate correction
the rate adjustment being applied to the system time, in parts per million million (PPMM). The
value may not exactly match the sum of rate adjustment parameters passed to the
SYSTEMCLOCK_SET_ or SETSYSTEMCLOCK procedure using mode 9, because internal and
1166 Guardian Procedure Calls (P)