Job Management Partner 1/Performance Management - Agent Option for Platform Description, User's Guide and Reference

[Contents][Glossary][Index][Back][Next]

System Summary Overview (PI)

Function

The System Summary Overview (PI) record stores the performance data per unit time on the entire system.

Notes:
  • When information is collected in a Solaris 10 environment or AIX System WPAR environment, the following fields cannot be collected:
    NFS Server Lookup Ops, NFS Server Ops/sec, NFS Server Read Ops, NFS Server Read Ops/sec, NFS Server Total Bad Ops, NFS Server Total Ops, NFS Server Write Ops, NFS Server Write Ops/sec
  • If the DLPAR function of AIX 5L V5.3 or later, the vPars function of HP-UX 11i, or the DR function of Solaris 9 or later is used to modify a system resource while a PFM - Agent for Platform service is running, some types of performance data cannot be correctly collected. The table below shows the types of system resources that are affected and the actions that you can take to correctly display reports after the modification.
    OS and the name of function used to modify system resources System resource type Report type Actions to be taken after modification

    • DLPAR of AIX 5L V5.3 or later
    • DR of Solaris 9 or later
    • CPU
    • Memory
    		 Real-time Display the report again.
    Historical Specify the display period such that it does not include the date and time when the system resources were modified.
    vPars of HP-UX 11i CPU Real-time Display the report again.
    Historical Specify the display period such that it does not include the date and time when the system resources were modified.
    The table below shows the fields that are affected by a system resource modification.
    System resource type Target field
    CPU
    • Active CPUs (NUMBER_OF_ACTIVE_CPUS)
    • CPU % (KERNELMODE_USERMODE_PERCENT)
    • Context Switches (CONTEXT_SWITCHES)
    • Context Switches/sec (CONTEXT_SWITCHES_PER_SECOND)
    • Idle % (IDLE_TIME_PERCENT)
    • Interrupts (INTERRUPTS)
    • Interrupts/sec (INTERRUPTS_PER_SECOND)
    • Kernel CPU % (KERNELMODE_PERCENT)
    • System Calls (SYSTEM_CALLS)
    • System Calls/sec (SYSTEM_CALLS_PER_SECOND)
    • Total Kernel-Mode Time (TOTAL_KERNELMODE_TIME)
    • Total Idle Time (TOTAL_IDLE_TIME)
    • Total User-Mode Time (TOTAL_USERMODE_TIME)
    • Total Wait Time (TOTAL_WAIT_TIME)
    • Traps (TRAPS)
    • Traps/sec (TRAPS_PER_SECOND)
    • User CPU % (USERMODE_PERCENT)
    • Wait % (WAIT_TIME_PERCENT)
    Memory
    • Alloc Mem % (ALLOCATED_MEMORY_PERCENT)
    • Alloc Mem Mbytes (ALLOCATED_MEMORY_MBYTES)
    • Free Mem % (FREE_MEMORY_PERCENT)
    • Free Mem Mbytes (FREE_MEMORY_MBYTES)
    • Total Physical Mem Mbytes (TOTAL_MEMORY_MBYTES)
  • In PFM - Agent for Platform 09-00 or later, IPv6 is supported. The following table lists the fields in which numeric values are affected in an environment that contains both IPv4 and IPv6.
    PFM-View name Obtained IP information
    IPv4 environment IPv6 environment Coexisting environment
    ICMP Pkts In IPv4 0 IPv4
    ICMP Pkts Out IPv4 0 IPv4
    ICMP6 Pkts In 0 IPv6 IPv6
    ICMP6 Pkts Out 0 IPv6 IPv6
    IP Pkts In IPv4 0 IPv4
    IP Pkts Out IPv4 0 IPv4
    IP6 Pkts In 0 IPv6 IPv6
    IP6 Pkts Out 0 IPv6 IPv6
    Total Pkts In Sum of the values of TCP Pkts In, UDP Pkts In, ICMP Pkts In, and ICMP6 Pkts In
    Total Pkts Out Sum of the values of TCP Pkts Out, UDP Pkts Out, ICMP Pkts Out, and ICMP6 Pkts Out

Default values and values that can be specified

Item Default value Modifiable
Collection Interval 60 Yes
Collection Offset 0 Yes
Log Yes Yes
LOGIF Blank Yes

ODBC key fields

None

Lifetime

None

Record size

Fields

PFM-View name
(PFM-Manager name)		 Description Summary Format Delta Not Supported versions Data source
1-Minute Run Queue Avg(ONE_MINUTE_RUN_QUEUE_AVG) Average number of threads that were waiting inside the execution queue in the past minute.
In HP-UX, Solaris, and AIX, this value does not include the number of threads that were waiting for I/O.		 AVG float No -- --
15-Minute Run Queue Avg(FIFTEEN_MINUTE_RUN_QUEUE_AVG) Average number of threads that were waiting inside the execution queue in the past 15 minutes.
In HP-UX, Solaris, and AIX, this value does not include the number of threads that were waiting for I/O.		 AVG float No -- --
5-Minute Run Queue Avg(FIVE_MINUTE_RUN_QUEUE_AVG) Average number of threads that were waiting inside the execution queue in the past 5 minutes.
In HP-UX, Solaris, and AIX, this value does not include the number of threads that were waiting for I/O.		 AVG float No -- --
Active CPUs(NUMBER_OF_ACTIVE_CPUS) Processor count COPY ulong No -- CPU - Per Processor Detail (PI_CPUP) Record count.
Alloc Mem %(ALLOCATED_MEMORY_PERCENT) Percentage of the physical memory size (MB) used (%) % float No -- (ALLOCATED_MEMORY_MBYTES / TOTAL_MEMORY_MBYTES) x 100
Alloc Mem Mbytes(ALLOCATED_MEMORY_MBYTES) Megabytes of the physical memory used AVG float No -- TOTAL_MEMORY_MBYTES - FREE_MEMORY_MBYTES
Alloc Swap %(ALLOCATED_SWAP_PERCENT) Percentage of the megabytes of the swap area used (%) % float No -- (ALLOCATED_SWAP_MBYTES / TOTAL_SWAP_MBYTES) x 100
Alloc Swap Mbytes(ALLOCATED_SWAP_MBYTES) Megabytes of the swap area used AVG float No -- TOTAL_SWAP_MBYTES - FREE_SWAP_MBYTES
Block Ops(BLOCKIO_IO_OPS) Number of block I/O operations that occurred AVG ulong Yes Linux BLOCKIO_READ_OPS + BLOCKIO_WRITE_OPS
Block Reads(BLOCKIO_READ_OPS) Number of block read operations that occurred AVG ulong Yes Linux --
Block Reads/sec(BLOCKIO_READ_OPS_PER_SECOND) Frequency at which block read operations occurred (number of operations per second) R float Yes Linux BLOCKIO_READ_OPS / INTERVAL
Block Writes(BLOCKIO_WRITE_OPS) Number of block write operations that occurred AVG ulong Yes Linux --
Block Writes/sec(BLOCKIO_WRITE_OPS_PER_SECOND) Frequency at which block write operations occurred (number of operations per second) R float Yes Linux BLOCKIO_WRITE_OPS / INTERVAL
Boot Time(CURRENT_SYSTEM_BOOT_TIME) Last boot time COPY time_t No -- --
Buffers Mem %(BUFFERS_MEM_PERCENT) Percentage of the megabytes of the buffer area used (%) % double No HP-UX,
Solaris,
AIX		 (BUFFERS_MEM_MBYTES / TOTAL_MEMORY_MBYTES) x 100
Buffers Mem Mbytes(BUFFERS_MEM_MBYTES) Megabytes of the buffer area used AVG double No HP-UX,
Solaris,
AIX		 --
CPU %(KERNELMODE_USERMODE_PERCENT) CPU usage (%).
It also indicates the average value per processor.		 % float No -- ((TOTAL_USERMODE_TIME + TOTAL_KERNELMODE_TIME) / (TOTAL_IDLE_TIME + TOTAL_USERMODE_TIME + TOTAL_WAIT_TIME + TOTAL_KERNELMODE_TIME)) x 100
Cache Mem %(CACHE_MEM_PERCENT) Percentage of the megabytes of the cache area used (%) % double No HP-UX,
Solaris,
AIX		 (CACHE_MEM_MBYTES / TOTAL_MEMORY_MBYTES) x 100
Cache Mem Mbytes(CACHE_MEM_MBYTES) Megabytes of the cache area used AVG double No HP-UX,
Solaris,
AIX		 --
Cache Read %(CACHE_READ_PERCENT) Cache read operations as a percentage of all read operations (%) % float No Linux ((LOGICAL_READ_OPS - BLOCKIO_READ_OPS) / LOGICAL_READ_OPS) x 100
Cache Write %(CACHE_WRITE_PERCENT) Cache write operations as a percentage of all write operations (%) % float No Linux ((LOGICAL_WRITE_OPS - BLOCKIO_WRITE_OPS) / LOGICAL_WRITE_OPS) x 100
Context Switches(CONTEXT_SWITCHES) Number of times context switching was executed AVG ulong Yes -- --
Context Switches/sec(CONTEXT_SWITCHES_PER_SECOND) Frequency at which context switching was executed (number of times per second) R float Yes -- CONTEXT_SWITCHES / INTERVAL
Effective Free Mem %(EFFECTIVE_FREE_MEM_PERCENT) The percentage (in mbytes) of physical memory that can be used by applications % double No HP-UX,
Solaris,
AIX		 (EFFECTIVE_FREE_MEM_MBYTES / TOTAL_MEMORY_MBYTES) x 100
Effective Free Mem Mbytes(EFFECTIVE_FREE_MEM_MBYTES) The amount (in mbytes) of physical memory that can be used by applications AVG double No HP-UX,
Solaris,
AIX		 --
Faults(TOTAL_FAULTS) Number of page faults that occurred AVG ulong Yes Linux MAJOR_FAULTS + MINOR_FAULTS
Free Mem %(FREE_MEMORY_PERCENT) Percentage of physical memory size (MB) that is free (%) % float No -- (FREE_MEMORY_MBYTES / TOTAL_MEMORY_MBYTES) x 100
Free Mem Mbytes(FREE_MEMORY_MBYTES) Megabytes of physical memory not used AVG float No -- --
Free Swap %(FREE_SWAP_PERCENT) Percent of the swap area size (MB) not used (%) % float No -- (FREE_SWAP_MBYTES / TOTAL_SWAP_MBYTES) x 100
Free Swap Mbytes(FREE_SWAP_MBYTES) Size of the swap area not used (MB) AVG float No -- --
ICMP Pkts In(ICMP_PACKETS_IN) Number of IPv4 ICMP packets received. Combined total of the numbers of local packets, remote packets, and packets in which errors occurred. AVG ulong Yes -- --
ICMP Pkts Out(ICMP_PACKETS_OUT) Number of IPv4 ICMP packets sent. Combined total of the numbers of local packets, remote packets, and packets in which errors occurred. AVG ulong Yes -- --
ICMP6 Pkts In(ICMP6_PACKETS_IN) Number of IPv6 ICMP packets received. Combined total of the numbers of local packets, remote packets, and packets in which errors occurred. AVG ulong Yes -- --
ICMP6 Pkts Out(ICMP6_PACKETS_OUT) Number of IPv6 ICMP packets sent. Combined total of the numbers of local packets, remote packets, and packets in which errors occurred. AVG ulong Yes -- --
IP Pkts In(IP_PACKETS_IN) Number of IPv4 IP packets received. Combined total of the number of local and remote packets. This value does not include the number of packets in which errors occurred. AVG ulong Yes -- --
IP Pkts Out(IP_PACKETS_OUT) Number of IPv4 IP packets sent. Combined total of the number of local and remote packets. This value does not include the number of packets in which errors occurred. AVG ulong Yes -- --
IP6 Pkts In(IP6_PACKETS_IN) Number of IPv6 IP packets received. Combined total of the number of local and remote packets. This value does not include the number of packets in which errors occurred. AVG ulong Yes -- --
IP6 Pkts Out(IP6_PACKETS_OUT) Number of IPv6 IP packets sent. Combined total of the number of local and remote packets. This value does not include the number of packets in which errors occurred. AVG ulong Yes -- --
Idle %(IDLE_TIME_PERCENT) Percentage of time a processor was idle (%).
It also indicates the average value per processor.		 % float No -- (TOTAL_IDLE_TIME /( TOTAL_IDLE_TIME + TOTAL_USERMODE_TIME + TOTAL_WAIT_TIME + TOTAL_KERNELMODE_TIME)) x 100
Interrupts(INTERRUPTS) Number of interrupts that occurred AVG ulong Yes AIX --
Interrupts/sec(INTERRUPTS_PER_SECOND) Frequency at which interrupts occurred (number of times per second) R float Yes AIX INTERRUPTS / INTERVAL
Interval(INTERVAL) Interval at which the System Summary Overview (PI) record was stored (seconds) COPY ulong Yes -- RECORD_TIME - previous-record-time; for real-time, RECORD_TIME - last-boot-time
Kernel CPU %(KERNELMODE_PERCENT) Percentage of time the CPU ran in the kernel mode (%).
It also indicates the average value per processor.		 % float No -- (TOTAL_KERNELMODE_TIME / (TOTAL_IDLE_TIME + TOTAL_USERMODE_TIME + TOTAL_WAIT_TIME + TOTAL_KERNELMODE_TIME)) x 100
Logical I/O Ops(LOGICAL_IO_OPS) Number of logical I/O operations that occurred AVG ulong Yes Linux LOGICAL_READ_OPS + LOGICAL_WRITE_OPS
Logical Read Mbytes(LOGICAL_READ_MBYTES) Size transferred in logical read operations (MB).
In HP-UX, this field shows the size of data read from block devices. In Solaris and AIX, this field shows the size of data read in read system calls.		 AVG float Yes Linux --
Logical Reads(LOGICAL_READ_OPS) Number of logical read operations that occurred AVG ulong Yes Linux --
Logical Reads/sec(LOGICAL_READ_MBYTES_PER_SECOND) Speed of logical read operations (MB per second) R float Yes Linux LOGICAL_READ_MBYTES / INTERVAL
Logical Write Mbytes(LOGICAL_WRITE_MBYTES) Size transferred in logical write operations (MB).
In HP-UX, this field shows the size of data written into block devices. In Solaris and AIX, this field shows the size of data written in write system calls.		 AVG float Yes Linux --
Logical Writes(LOGICAL_WRITE_OPS) Number of logical write operations that occurred AVG ulong Yes Linux --
Logical Writes/sec(LOGICAL_WRITE_MBYTES_PER_SECOND) Speed of logical write operations (MB per second) R float Yes Linux LOGICAL_WRITE_MBYTES / INTERVAL
Major Faults(MAJOR_FAULTS) Number of page faults that cause physical I/O operations AVG ulong Yes Linux --
Major Faults/sec(MAJOR_FAULTS_PER_SECOND) Frequency at which page faults that cause physical I/O operations occurred (number of times per second) R float Yes Linux MAJOR_FAULTS / INTERVAL
Mem I/O Ops(MEMORY_IO_OPS) Number of page faults that cause swapping and physical I/O operations AVG ulong Yes AIX,
Linux		 SWAP_IN_OPS + SWAP_OUT_OPS + MAJOR_FAULTS
Minor Faults(MINOR_FAULTS) Number of page faults that do not cause physical I/O operations AVG ulong Yes AIX,
Linux		 --
Minor Faults/sec(MINOR_FAULTS_PER_SECOND) Frequency at which page faults that do not cause physical I/O operations occurred (number of times per second) R float Yes AIX,
Linux		 MINOR_FAULTS / INTERVAL
NFS Client Lookup Ops(NFS_CLIENT_LOOKUP_OPS) Number of times lookup operations occurred on the NFS client AVG ulong Yes Linux --
NFS Client Ops/sec(NFS_CLIENT_TOTAL_OPS_PER_SECOND) Frequency at which operations occurred on the NFS client (number of operations per second) R float Yes Linux NFS_CLIENT_TOTAL_OPS / INTERVAL
NFS Client Read Ops(NFS_CLIENT_READ_OPS) Number of times read operations occurred on the NFS client AVG ulong Yes Linux --
NFS Client Read Ops/sec(NFS_CLIENT_READ_OPS_PER_SECOND) Frequency at which read operations occurred on the NFS client (number of operations per second) R float Yes Linux NFS_CLIENT_READ_OPS / INTERVAL
NFS Client Total Bad Ops(NFS_CLIENT_TOTAL_BAD_OPS) Total number of failed operations on the NFS client AVG ulong Yes Linux --
NFS Client Total Ops(NFS_CLIENT_TOTAL_OPS) Total number of operations that occurred on the NFS client AVG ulong Yes Linux --
NFS Client Write Ops(NFS_CLIENT_WRITE_OPS) Number of times write operations occurred on the NFS client AVG ulong Yes Linux --
NFS Client Write Ops/sec(NFS_CLIENT_WRITE_OPS_PER_SECOND) Frequency at which write operations occurred on the NFS client (number of operations per second) R float Yes Linux NFS_CLIENT_WRITE_OPS / INTERVAL
NFS Server Lookup Ops(NFS_SERVER_LOOKUP_OPS) Number of times lookup operations occurred on the NFS server AVG ulong Yes Linux --
NFS Server Ops/sec(NFS_SERVER_TOTAL_OPS_PER_SECOND) Frequency at which operations occurred on the NFS server (number of operations per second) R float Yes Linux NFS_SERVER_TOTAL_OPS / INTERVAL
NFS Server Read Ops(NFS_SERVER_READ_OPS) Number of times read operations occurred on the NFS server AVG ulong Yes Linux --
NFS Server Read Ops/sec(NFS_SERVER_READ_OPS_PER_SECOND) Frequency at which read operations occurred on the NFS server (number of operations per second) R float Yes Linux NFS_SERVER_READ_OPS / INTERVAL
NFS Server Total Bad Ops(NFS_SERVER_TOTAL_BAD_OPS) Total number of failed operations on the NFS server AVG ulong Yes Linux --
NFS Server Total Ops(NFS_SERVER_TOTAL_OPS) Total number of operations that occurred on the NFS server AVG ulong Yes Linux --
NFS Server Write Ops(NFS_SERVER_WRITE_OPS) Number of times write operations occurred on the NFS server AVG ulong Yes Linux --
NFS Server Write Ops/sec(NFS_SERVER_WRITE_OPS_PER_SECOND) Frequency at which write operations occurred on the NFS server (number of operations per second) R float Yes Linux NFS_SERVER_WRITE_OPS / INTERVAL
Other Pkts In(OTHER_PACKETS_IN) This field is always 0 because it is not supported AVG ulong Yes HP-UX,
Solaris,
AIX,
Linux		 --
Other Pkts Out(OTHER_PACKETS_OUT) This field is always 0 because it is not supported AVG ulong Yes HP-UX,
Solaris,
AIX,
Linux		 --
Page Ops/sec(PAGE_OPS_PER_SECOND) Frequency at which page-in and page-out operations occurred (number of operations per second) R float Yes AIX,
Linux		 TOTAL_PAGE_OPS / INTERVAL
Page Reclaims/sec(PAGE_RECLAIMS_PER_SECOND) Frequency at which page reclaiming occurred (number of times per second) R float Yes AIX,
Linux		 TOTAL_PAGE_RECLAIMS / INTERVAL
Page Scans/sec(PAGE_SCANS_PER_SECOND) Frequency at which page scans occurred (number of times per second) R float Yes Linux TOTAL_PAGE_SCANS / INTERVAL
Page-In Ops(PAGE_IN_OPS) Number of page-in operations that occurred AVG ulong Yes AIX,
Linux		 --
Page-In Ops/sec(PAGE_IN_OPS_PER_SECOND) Frequency at which page-in operations occurred (number of operations per second) R float Yes AIX,
Linux		 PAGE_IN_OPS / INTERVAL
Page-Out Ops(PAGE_OUT_OPS) Number of page-out operations that occurred AVG ulong Yes AIX,
Linux		 --
Page-Out Ops/sec(PAGE_OUT_OPS_PER_SECOND) Frequency at which page-out operations occurred (number of operations per second) R float Yes AIX,
Linux		 PAGE_OUT_OPS / INTERVAL
Pages In(PAGE_IN_COUNT) Number of pages loaded through page-in operations AVG ulong Yes -- --
Pages In/sec(PAGE_IN_COUNT_PER_SECOND) Frequency at which pages were loaded through page-in operations (number of pages per second) R float Yes -- PAGE_IN_COUNT / INTERVAL
Pages Out(PAGE_OUT_COUNT) Number of pages extracted through page-out operations AVG ulong Yes -- --
Pages Out/sec(PAGE_OUT_COUNT_PER_SECOND) Frequency at which pages were extracted through page-out operations (number of pages per second) R float Yes -- PAGE_OUT_COUNT / INTERVAL
Physical I/O Ops(PHYSICAL_IO_OPS) Number of physical I/O operations that occurred AVG ulong Yes Linux PHYSICAL_READ_OPS + PHYSICAL_WRITE_OPS
Physical Reads(PHYSICAL_READ_OPS) Number of physical read operations that occurred AVG ulong Yes Linux --
Physical Writes(PHYSICAL_WRITE_OPS) Number of physical write operations that occurred AVG ulong Yes Linux --
Processes(CURRENT_PROCESS_COUNT) Number of processes within the system AVG ulong No -- Sum of the processes in the process table.
Processes Ended(PROCESSES_ENDED) Number of processes ended. Because the difference from the previous process information is computed, 0 is displayed in the first real-time report. AVG ulong No -- Earlier Interval Process Count - (CURRENT_PROCESS_COUNT - PROCESSES_STARTED)
Processes Started(PROCESSES_STARTED) Number of processes started. Because the difference from the previous process information is computed, 0 is displayed in the first real-time report. AVG ulong No -- CURRENT_PROCESS_COUNT - PREVIOUS PROCESS COUNT
Record Time(RECORD_TIME) Time at which the record was created (Greenwich Mean Time) COPY time_t No -- --
Record Type(INPUT_RECORD_TYPE) Record type. Always PI. COPY char(8) No -- --
Run Queue(PROCESSES_IN_RUN_QUEUE) Number of processes waiting inside the queue AVG float No Linux --
Software Lock Faults(SOFTWARE_LOCK_FAULTS) Number of times software lock failed AVG ulong Yes HP-UX,
AIX,
Linux		 --
Software Lock Faults/sec(SOFTWARE_LOCK_FAULTS_PER_SECOND) Frequency at which software lock failed (number of times per second) R float Yes HP-UX,
AIX,
Linux		 SOFTWARE_LOCK_FAULTS / INTERVAL
Swap-In Ops(SWAP_IN_OPS) Number of swap-in operations that occurred AVG ulong Yes AIX,
Linux		 --
Swap-Ins/sec(SWAP_IN_OPS_PER_SECOND) Frequency at which swap-in operations occurred (number of times per second) R float Yes AIX,
Linux		 SWAP_IN_OPS / INTERVAL
Swap-Out Ops(SWAP_OUT_OPS) Number of swap-out operations that occurred AVG ulong Yes AIX,
Linux		 --
Swap-Outs/sec(SWAP_OUT_OPS_PER_SECOND) Frequency at which swap-out operations occurred (number of times per second) R float Yes AIX,
Linux		 SWAP_OUT_OPS / INTERVAL
Swapped-In Pages(SWAP_IN_COUNT) Number of pages loaded through swap-in operations AVG ulong Yes -- --
Swapped-In Pages/sec(SWAP_IN_COUNT_PER_SECOND) Frequency at which pages were loaded through swap-in operations (number of pages per second).
In AIX, this field shows the frequency at which pages were swapped in only from the paging area through swap-in operations (number of pages per second).		 R float Yes -- SWAP_IN_COUNT / INTERVAL
Swapped-Out Pages(SWAP_OUT_COUNT) Number of pages extracted through swap-out operations AVG ulong Yes -- --
Swapped-Out Pages/sec(SWAP_OUT_COUNT_PER_SECOND) Frequency at which pages were extracted through swap-out operations (number of pages per second).
In AIX, this field shows the frequency at which pages were swapped out only from the paging area through swap-out operations (number of pages per second).		 R float Yes -- SWAP_OUT_COUNT / INTERVAL
System Calls(SYSTEM_CALLS) Number of system calls that were issued AVG ulong Yes Linux --
System Calls/sec(SYSTEM_CALLS_PER_SECOND) Frequency at which system calls were issued (number of times per second) R float Yes Linux SYSTEM_CALLS / INTERVAL
System Up Time(CURRENT_BOOT_SYSTEM_UP_TIME) Time elapsed since the last boot (seconds) COPY string(20) No -- RECORD_TIME - CURRENT_SYSTEM_BOOT_TIME
TCP Pkts In(TCP_PACKETS_IN) Number of IPv4 TCP packets received. Combined total of the numbers of local packets, remote packets, and packets in which errors occurred. The total of the number of packets that IPv4 or IPv6 corresponds is displayed since 0900. AVG ulong Yes -- --
TCP Pkts Out(TCP_PACKETS_OUT) Number of IPv4 TCP packets sent. Combined total of the numbers of local packets, remote packets, and packets in which errors occurred. The total of the number of packets that IPv4 or IPv6 corresponds is displayed since 0900. AVG ulong Yes -- --
Total Faults/sec(TOTAL_FAULTS_PER_SECOND) Frequency at which page faults occurred (number of times per second) R float Yes Linux TOTAL_FAULTS / INTERVAL
Total Idle Time(TOTAL_IDLE_TIME) Combined total idle time of all processors (seconds) AVG utime Yes -- --
Total Kernel-Mode Time(TOTAL_KERNELMODE_TIME) Combined total time for all processors in which they ran in the kernel mode (seconds) AVG utime Yes -- --
Total Page Ops(TOTAL_PAGE_OPS) Number of times paging operations occurred AVG ulong Yes AIX,
Linux		 PAGE_IN_OPS + PAGE_OUT_OPS
Total Page Reclaims(TOTAL_PAGE_RECLAIMS) Number of times page reclaiming occurred AVG ulong Yes AIX,
Linux		 --
Total Page Scans(TOTAL_PAGE_SCANS) Number of pages checked by page scan AVG ulong Yes Linux --
Total Physical Mem Mbytes(TOTAL_MEMORY_MBYTES) Physical memory size (MB) COPY ulong No -- --
Total Pkts(TOTAL_PACKETS) Total number of IPv4 TCP, IPv4 UDP, and IPv4 ICMP packets that were sent and received. The total of the number of packets that IPv4 or IPv6 corresponds is displayed since 0900. AVG ulong Yes -- TOTAL_PACKETS_IN + TOTAL_PACKETS_OUT
Total Pkts In(TOTAL_PACKETS_IN) Total number of IPv4 TCP, IPv4 UDP, and IPv4 ICMP packets that were received. The total of the number of packets that IPv4 or IPv6 corresponds is displayed since 0900. AVG ulong Yes -- TCP_PACKETS_IN + UDP_PACKETS_IN + ICMP_PACKETS_IN + ICMP6_PACKETS_IN
Total Pkts Out(TOTAL_PACKETS_OUT) Total number of IPv4 TCP, IPv4 UDP, and IPv4 ICMP packets that were sent. The total of the number of packets that IPv4 or IPv6 corresponds is displayed since 0900. AVG ulong Yes -- TCP_PACKETS_OUT + UDP_PACKETS_OUT + ICMP_PACKETS_OUT + ICMP6_PACKETS_OUT
Total Swap Mbytes(TOTAL_SWAP_MBYTES) Swap area size (MB) COPY ulong No -- --
Total Swaps(TOTAL_SWAP_OPS) Number of swapping operations that occurred AVG ulong Yes AIX,
Linux		 SWAP_IN_OPS + SWAP_OUT_OPS
Total Swaps/sec(TOTAL_SWAP_OPS_PER_SECOND) Frequency at which swapping operations occurred (number of times per second) R float Yes AIX,
Linux		 TOTAL_SWAP_OPS / INTERVAL
Total User-Mode Time(TOTAL_USERMODE_TIME) Combined total time for all processors in which they ran in the user mode (seconds) AVG utime Yes -- --
Total Wait Time(TOTAL_WAIT_TIME) Combined total time for all processors in which they were waiting for I/O operations (seconds) AVG utime Yes Solaris 10 --
Traps(TRAPS) Number of traps that occurred AVG ulong Yes AIX,
Linux		 --
Traps/sec(TRAPS_PER_SECOND) Frequency at which traps occurred (number of times per second) R float Yes AIX,
Linux		 TRAPS / INTERVAL
UDP Pkts In(UDP_PACKETS_IN) Number of IPv4 UDP packets received. Combined total of the numbers of local packets, remote packets, and packets in which errors occurred. The total of the number of packets that IPv4 or IPv6 corresponds is displayed since 0900. AVG ulong Yes -- --
UDP Pkts Out(UDP_PACKETS_OUT) Number of IPv4 UDP packets sent. Combined total of the numbers of local packets, remote packets, and packets in which errors occurred. The total of the number of packets that IPv4 or IPv6 corresponds is displayed since 0900. AVG ulong Yes -- --
User CPU %(USERMODE_PERCENT) Percentage of time a processor ran in the user mode (%).
It also indicates the average value per processor.		 % float No -- (TOTAL_USERMODE_TIME / (TOTAL_IDLE_TIME + TOTAL_USERMODE_TIME + TOTAL_WAIT_TIME + TOTAL_KERNELMODE_TIME)) x 100
Users(CURRENT_USER_COUNT) Number of real users AVG ulong No Solaris --
Wait %(WAIT_TIME_PERCENT) Percentage of time a processor was waiting for I/O operations (%).
It also indicates the average value per processor.		 % float No Solaris 10 (TOTAL_WAIT_TIME / (TOTAL_IDLE_TIME + TOTAL_USERMODE_TIME + TOTAL_WAIT_TIME + TOTAL_KERNELMODE_TIME)) x 100

[Contents][Back][Next]

[Trademarks]

All Rights Reserved. Copyright (C) 2009, Hitachi, Ltd.