GPA Manual for G-series RVUs

Guardian Performance Analyzer (GPA) Manual – (544977-001) Page 81 of 106
Example 4-25. Process Move Recommendations for \NODEB
Process Move Recommendations Primary Issue: CPU OUT OF BALANCE
CPU: 1 OVER BUSY BY: 23.38%
Fm Process To Cpu Mem
Action Cpu Pin Name Program File Name Cpu Busy% Pages
------ --- ---- ------- ----------------------- --- ----- -----
MOVE 1 51 $PlAX $PRODl MIDSOBJ RPQAUTH 0 0.56 35
MOVE 1 59 $PlCl $PRODl MIDSOBJ RPQC910 2 0.52 125
MOVE 1 61 $PlS8 $PRODl MIDSOBJ RPQFRST 0 0.22 74
MOVE 1 92 $PlSA $PRODl SW400BJ ADP 2 0.19 56
MOVE 1 62 $PlFl $PRODl MIDSOBJ FEP 3 0.18 30
MOVE 1 52 $PlS7 $PRODl MIDSOBJ RPQCASH 0 0.16 68
MOVE 1 65 $PPSl $PROD3 PS340BJ ASPDH 3 0.15 35
MOVE 1 58 $PlS4 $PRODl MIDSOBJ RPQROCK 0 0.12 55
----- -----
Totals 8 processes 2.10 478
To correct a processor utilization imbalance on \NODEB (Example 4-26), GPA
recommends that eight paired server processes switch their primary processor. GPA
has determined that these are process pairs and that the primary process CPU is over
utilized. The CHNG CPU BUSY% is the reduction in CPU cycle consumption that will
result from this switch in primary.
Example 4-26. Primary Switch Recommendations for \NODEB
Primary Switch Recommendations Primary Issue: CPU OUT OF BALANCE
CPU: 1 OVER BUSY BY: 23.38%
Chng
Fm Process To Cpu Mem
Action Cpu Pin Name Program File Name Cpu Busy% Pages
------ --- ---- ------- ----------------------- --- ----- -----
SWITCH 1 51 $PlAX $PRODl MIDSOBJ RPQAUTH 0 0.56 35
SWITCH 1 59 $PlCl $PRODl MIDSOBJ RPQC910 2 0.52 125
SWITCH 1 61 $PlS8 $PRODl MIDSOBJ RPQFRST 0 0.22 74
SWITCH 1 92 $PlSA $PRODl SW400BJ ADP 2 0.19 56
SWITCH 1 62 $PlFl $PRODl MIDSOBJ FEP 3 0.18 30
SWITCH 1 52 $PlS7 $PRODl MIDSOBJ RPQCASH 0 0.16 68
SWITCH 1 65 $PPSl $PROD3 PS340BJ ASPDH 3 0.15 35
SWITCH 1 58 $PlS4 $PRODl MIDSOBJ RPQROCK 0 0.12 55
----- -----
Totals 8 processes 2.10 478
GPA calculates the difference in the consumption of the primary and backup
processes (allowing for mixed processor systems: TNSII-TXP, CYCLONE-VLX,
CLX600-CLX700, and CLX700-CLX800) and verifies that the switch will be successful.
GPA verifies that sufficient cycles and memory are available on the backup processor
to allow the switch without causing problems.