KM5 CPC Details attributes

This table provides partition management statistics for all standard and specialty processors defined to the selected Central Processing Complex (CPC).

Absolute HW Capacity Limit The absolute physical hardware capacity limit of the LPAR, in number of CPUs. Set by the operator in the logical partition controls on the Hardware Management Console. A valid value is a number to two decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Absolute HW Group Limit The absolute physical hardware group capacity limit in number CPUs in hundredths. Set by the operator in the logical partition controls on the Hardware Management Console. A valid value is a number to two decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Absolute MSU Capping Indicates whether absolute millions of service unit (MSU) capping is active for the partition. A valid value is an integer. Values appear on the workspace as follows:

• -1 = Unavailable
• 0 = No
• 1 = Yes
• 253 = <blank>

Actual MSUs Consumed The actual millions of service units per hour (MSUs/Hr) consumed by this LPAR (general purpose processors only). A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Average Logical CPs The average number of LPAR's logical CPs during reporting period. A valid value is a number to one decimal place accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Average Thread Density GCPs The average thread density for a general purpose processor (GCP). This value represents the average number of active threads for those cores that were dispatched to physical hardware. A valid value is a number to three decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Average Thread Density zIIPs The average thread density for a System z Integrated Information Processor (zIIP). This value represents the average number of active threads for those cores that were dispatched to physical hardware. A valid value is a number to three decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Capacity Factor Achieved GCPs The MultiThreading capacity factor for a general purpose processor (GCP). The MultiThreading capacity factor represents the ratio of the amount of work that has been accomplished within this reporting interval to the amount of work that would have been accomplished with MultiThreading disabled. "Unavailable" is shown when the MultiThreading capacity factor cannot be calculated. A valid value is a number to three decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Capacity Factor Achieved zIIPs The MultiThreading capacity factor for a System z Integrated Information Processor (zIIP). The MultiThreading capacity factor represents the ratio of the amount of work that has been accomplished within this reporting interval to the amount of work that would have been accomplished with MultiThreading disabled. "Unavailable" is shown when the MultiThreading capacity factor cannot be calculated. A valid value is a number to three decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Capacity Factor GCPs Maximum The MultiThreading maximum capacity factor for a general purpose processor (GCP). The MultiThreading maximum capacity factor represents the ratio of the maximum amount of work that can be accomplished using all active threads to the amount of work that would have been accomplished within this reporting interval with MultiThreading disabled. "Unavailable" is shown when the Multi-Threading maximum capacity factor cannot be calculated. A valid value is a number to three decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Capacity Factor zIIP Maximum The MultiThreading maximum capacity factor for a System z Integrated Information Processor (zIIP). The MultiThreading maximum capacity factor represents the ratio of the maximum amount of work that can be accomplished using all active threads to the amount of work that would have been accomplished within this reporting interval with MultiThreading disabled. "Unavailable" is shown when the Multi-Threading maximum capacity factor cannot be calculated. A valid value is a number to three decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Core Productivity% GCPs The percentage of the maximum core capacity that was used in the reporting interval while GCP logical cores were dispatched to physical hardware. When this value equals 100% and the LOADxx PROCVIEW CORE parameter is in effect, all threads on the core are executing work and all core resources are being used. If MT % PROD is less than 100%, the core resources were dispatched to physical hardware but one or more threads on a logical core were in a wait because they had no work to run. "Unavailable" is shown when the LOADxx PROCVIEW CPU parameter is in effect. A valid value is a number to two decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Core Productivity% zIIPs The percentage of the maximum core capacity that was used in the reporting interval while System z Integrated Information Processor (zIIP) logical cores were dispatched to physical hardware. When this value equals 100% and the LOADxx PROCVIEW CORE parameter is in effect, all threads on the core are executing work and all core resources are being used. If MT % PROD is less than 100%, the core resources were dispatched to physical hardware but one or more threads on a logical core were in a wait because they had no work to run. "Unavailable" is shown when the LOADxx PROCVIEW CPU parameter is in effect. A valid value is a number to two decimal places accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

CPC Serial Number The Central Processor Complex (CPC) serial number. For example, 056789. A valid value is a string of up to 8 characters.

Current Weight The current LPAR weight. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -2 = Dedicated
• -1 = Unavailable

Defined Capacity Indicates whether the LPAR has a defined capacity. A valid value is an integer. Values appear on the workspace as follows:

• -1 = Unavailable
• 0 = No
• 1 = Yes
• 253 = <blank>

Defined MSU Capacity The defined capacity of the LPAR in millions of service units (MSUs). When no defined capacity is specified, this is the entitled capacity. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable
• 0 = None

Effective Logical CP Percent The effective logical CP percentage for the LPAR. A valid value is a number to one decimal place accuracy. The range for this value is from 0 to 100.0. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Effective Physical CP Percent The LPAR effective physical CP percentage. A valid value is a number to one decimal place accuracy. The range for this value is from 0 to 100.0. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Hardware Group Name The hardware group name to which this LPAR belongs. A valid value is a string of up to 8 characters.

High Share LPs The number of Hiperdispatch logical processors (LPs) with a high share of physical processors. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

HW Capping HW Group Capping Indicates whether Absolute Hardware Capping (Yes or No) and Absolute Goup Hardware Capping (Yes or No) are in effect. A valid value is an integer. Values appear on the workspace as follows:

• -1 = Unavailable
• 0 = Unknown
• 17 = No No
• 18 = No Yes
• 33 = Yes No
• 34 = Yes Yes
• 253 = <blank>

Initial Capping Option The initial capping option of the partition. This indicates whether the operator has set 'Initial Capping ON' in the logical partition controls for the partition. Mixed is set by RMF, if either a non-IBM processor belongs to this partition which is not managed by the logical partition controls or if the Initial Capping status is currently changing. A valid value is an integer. Values appear on the workspace as follows:

• -1 = Unavailable
• 0 = No
• 1 = Yes
• 2 = Mixed
• 253 = <blank>

Initial Weight The initial LPAR weight. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -2 = Dedicated
• -1 = Unavailable

Low Share LPs The number of Hiperdispatch logical processors (LPs) with a low share of physical processors. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LP %Share Of Physical The percentage of the physical processor that the logical processor is entitled to use. Without HiperDispatch, the processing weight is equally divided between the online logical processors. In HiperDispatch mode, logical processors have a high, medium or low share of the physical processor. A valid value is a number to one decimal place accuracy. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LPAR 4 Hour Rolling Average The four hour rolling average, in millions of service units per hour (MSUs/Hr), for the LPAR. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LPAR Capping Percentage The percentage of the reporting interval that the LPAR was capped. A valid value is a number to one decimal place accuracy. The range for this value is from 0 to 100.0. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LPAR Cluster Name The name of the LPAR cluster this LPAR belongs to. A valid value is a string of up to 8 characters.

LPAR Configured Storage MB The central storage configured to this LPAR, in megabytes. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LPAR CP Type The type of processor associated with this row's attributes. A valid value is an integer. Values appear on the workspace as follows:

• 0 = Unknown
• 193 = GCP. General purpose processor
• 194 = AAP. zSeries Application Assist Processor
• 195 = IIP. System z Integrated Information Processor
• 196 = IFL. Integrated Facility for Linux
• 197 = ICF. Integrated Coupling Facility
• 198 = CBP. Container Based Processor

LPAR Group Active 4 Hours Indicates whether the LPAR group has been active for four hours or more. A valid value is an integer. Values appear on the workspace as follows:

• 0 = No
• 1 = Yes
• 2 = Unavailable
• 253 = <blank>

LPAR Group Average Unused MSUs The LPAR group average unused millions of service units per hour (MSUs/Hr). A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LPAR Group Capacity Limit The LPAR capacity group limit for the group that this LPAR belongs to. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LPAR Group Maximum Entitlement The maximum entitled millions of service units per hour (MSUs/Hr) of the LPAR capacity group this LPAR belongs to. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LPAR Group Minimum Entitlement The minimum entitled millions of service units per hour (MSUs/Hr) of the LPAR capacity group this LPAR belongs to. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LPAR Group Name The name of the LPAR group that this LPAR belongs to. A valid value is a string of up to 8 characters.

LPAR Group Time Until Capping The projected time until this LPAR's LPAR group will be subject to capping. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

LPAR Name The name of the logical partition (LPAR). If z/OS is running as a guest under VM, this field contains the VM user ID. A valid value is a string of up to 8 characters.

LPAR SMF ID The System Management Facility (SMF) identifier for the z/OS system where the OMEGAMON for z/OS monitoring agent collected the data. A valid value is a string of up to 4 characters.

LPAR Time Until Capping The projected time until this LPAR will be subject to capping. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Managed Sysplex The z/OS Sysplex in your enterprise that an OMEGAMON for z/OS agent is monitoring. A valid value is a string of up to 32 characters.

Maximum 4 Hour Rolling Average The maximum four hour rolling average, in millions of service units per hour (MSU/Hr), for the LPAR. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Maximum Weight The maximum LPAR weight. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -2 = Dedicated
• -1 = Unavailable

Medium Share LPs The number of Hiperdispatch logical processors (LPs) with a medium share of physical processors. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Minimum Weight The minimum LPAR weight. A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -2 = Dedicated
• -1 = Unavailable

MT Mode GCPs The MultiThreading mode of the general purpose (GCP) processor class (1 or 2). A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

MT Mode zIIPs The MultiThreading mode of the System z Integrated Information Processor (zIIP) processor class (1 or 2). A valid value is an integer. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Physical CP Overhead Percent The physical overhead percentage for the LPAR. A valid value is a number to one decimal place accuracy. The range for this value is from 0 to 100.0. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Recording End Time The time at the end of the RMF reporting interval for the current row of near-term historical data. This time is displayed in the following format:

Recording End Time UTC (RMF metric) The UTC time at the end of the RMF reporting interval for the current row of near-term historical data. This time is displayed in the following format:

Recording Start Time The time at the start of the RMF reporting interval for the current row of near-term historical data. This time is displayed in the following format:

Recording Start Time UTC (RMF metric) The UTC time at the start of the RMF reporting interval for the current row of near-term historical data. This time is displayed in the following format:

RMF Status Status indications for availability of RMF and CPC data. A valid value is an integer. Values appear on the workspace as follows:

• 1 = RMF Near Term History Active
• 2 = No RMF CPC Report Activity
• 3 = RMF DDS not available

Sample Period Sample period in seconds. A valid value is an integer.

Sysplex Name The name of sysplex into which this system has been defined. A valid value is a string of up to 8 characters.

Sysplex Node The name of the parent system that collects data from the agent. This is the Tivoli Enterprise Monitoring Server (TEMS) name specified during configuration of the agent. A valid value is a string of up to 32 characters.

Sysplex Originnode The z/OS Sysplex in your enterprise that an OMEGAMON for z/OS agent is monitoring. A valid value is a string of up to 32 characters.

System Recovery Boost Class The system recovery boost class that was active at the end of the reporting interval. A valid value is an integer. Values appear on the workspace as follows:

• -1 = Unavailable
• 0 = Unknown
• 1 = None
• 2 = IPL
• 3 = Shutdown
• 253 = <blank>

System Recovery Speed Boost Indicates whether speed boost was active at the end of the reporting interval. A valid value is an integer. Values appear on the workspace as follows:

• -1 = Unavailable
• 0 = Unknown
• 1 = No
• 2 = Yes
• 253 = <blank>

System Recovery zIIP Boost Indicates whether System z Integrated Information Processor (zIIP) capacity boost was active at the end of the reporting interval. A valid value is an integer. Values appear on the workspace as follows:

• -1 = Unavailable
• 0 = Unknown
• 1 = No
• 2 = Yes
• 253 = <blank>

Total Logical CP Percent The total logical CP percentage for the LPAR. A valid value is a number to one decimal place accuracy. The range for this value is from 0 to 100.0. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable

Total Physical CP Percent The LPAR total physical CP percentage. A valid value is a number to one decimal place accuracy. The range for this value is from 0 to 100.0. Values appear on the workspace as follows:

• -3 = <blank>
• -1 = Unavailable