284 lines
26 KiB
XML
284 lines
26 KiB
XML
<?xml:stylesheet version="1.0" encoding="utf-8"?>
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<?xml:stylesheet type="text/xsl" href="../rzahg/icdyntable.xsl"?>
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<TABLE xmlns="x-schema:rzahxqapmsystem-schema.xml">
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<TITLE>Performance data files: QAPMSYSTEM</TITLE>
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<TH col="TD1">
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Field Name
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</TH>
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<TH col="TD2">
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Description
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</TH>
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<TH col="TD3">
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Attribute
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</TH>
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<TR><TD1 valign="top">INTNUM</TD1><TD2 valign="top">Interval number: The nth sample database interval based on the start
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time specified in the Create Performance Data (CRTPFRDTA) command.</TD2><TD3 valign="top">PD (5,0)</TD3></TR>
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<TR><TD1 valign="top">DTETIM</TD1><TD2 valign="top">Interval date (yymmdd) and time (hhmmss): The date and time of the
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sample interval.</TD2><TD3 valign="top">C (12)</TD3></TR>
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<TR><TD1 valign="top">INTSEC</TD1><TD2 valign="top">Elapsed interval seconds: The number of seconds since the last sample
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interval.</TD2><TD3 valign="top">PD (7,0)</TD3></TR>
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<TR><TD1 valign="top">DTECEN</TD1><TD2 valign="top">Century digit.</TD2><TD3 valign="top">C (1)</TD3></TR>
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<TR><TD1 valign="top">SYDPGF</TD1><TD2 valign="top">Directory page faults: Number of times a page of the auxiliary storage
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directory was transferred to main storage for a look-up or an allocation operation.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYAPGF</TD1><TD2 valign="top">Access group member page faults: Number of times a page of an object
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contained in an access group was transferred to main storage independently
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of the access group. This transfer occurs when the containing access group
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was purged, or because portions of the containing access group are displaced
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from main storage.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYMPGF</TD1><TD2 valign="top">Microcode page faults: Number of times a page of microcode was transferred
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to main storage.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYMCTR</TD1><TD2 valign="top">Microtask read operations: Number of transfers of one or more pages
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of data from auxiliary storage because of a microtask rather than a process.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYMCTW</TD1><TD2 valign="top">Microtask write operations: Number of transfers of one or more pages
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of data from main storage to auxiliary storage because of a microtask rather
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than a process.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSASP</TD1><TD2 valign="top">System auxiliary storage pool space available: Number of bytes of space
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on auxiliary storage available for allocation in the system ASP that is not
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currently assigned to machine interface (MI) objects or internal machine functions.</TD2><TD3 valign="top">PD (15,0)</TD3></TR>
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<TR><TD1 valign="top">SYPRMW</TD1><TD2 valign="top">Permanent data transferred from main storage: Number of 512-byte blocks
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of permanent data transferred from main storage to the system ASP in auxiliary
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storage since the last sample.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSIZC</TD1><TD2 valign="top">Size count: Total number of size exceptions.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYDECD</TD1><TD2 valign="top">Decimal data count: Total number of decimal data exceptions.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSEZC</TD1><TD2 valign="top">Seize count: Total number of seize wait exceptions.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSZWT</TD1><TD2 valign="top">Seize/wait time in milliseconds.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSYNL</TD1><TD2 valign="top">Synchronous lock conflict count.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYASYL</TD1><TD2 valign="top">Asynchronous lock conflict count.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYVFYC</TD1><TD2 valign="top">Verify count.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYAUTH</TD1><TD2 valign="top">Object authority checks. The number of times that authority was checked
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for objects. An authority check for one object can result in zero, one, or
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more than one user authority lookups that can be cached or noncached (see
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SYNUAL field description).</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYEXPN</TD1><TD2 valign="top">Total number of exceptions.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYLRT1</TD1><TD2 valign="top">Transactions in first response time monitor bracket: Total number of
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local workstation transactions with response time less than the value of boundary
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1 specified on the Advanced Local Response Time Options dialog from the Collection
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Services properties page within the <span class="keyword">iSeries™ Navigator</span> interface.</TD2><TD3 valign="top">PD (9,0)</TD3></TR>
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<TR><TD1 valign="top">SYLRT2</TD1><TD2 valign="top">Transactions in second response time monitor bracket: Total number
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of local workstation transactions with response time less than the value of
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boundary 2 and greater than the value of boundary 1 specified on the Advanced
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Local Response Time Options dialog from the Collection Services properties
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page within the <span class="keyword">iSeries Navigator</span> interface.</TD2><TD3 valign="top">PD (9,0)</TD3></TR>
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<TR><TD1 valign="top">SYLRT3</TD1><TD2 valign="top">Transactions in third response time monitor bracket: Total number of
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local workstation transactions with response time less than the value of boundary
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3 and greater than the value of boundary 2 specified on the Advanced Local
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Response Time Options dialog from the Collection Services properties page
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within the <span class="keyword">iSeries Navigator</span> interface.</TD2><TD3 valign="top">PD (9,0)</TD3></TR>
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<TR><TD1 valign="top">SYLRT4</TD1><TD2 valign="top">Transactions in fourth response time monitor bracket: Total number
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of local workstation transactions with response time less than the value of
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boundary 4 and greater than the value of boundary 3 specified on the Advanced
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Local Response Time Options dialog from the Collection Services properties
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page within the <span class="keyword">iSeries Navigator</span> interface.</TD2><TD3 valign="top">PD (9,0)</TD3></TR>
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<TR><TD1 valign="top">SYLRT5</TD1><TD2 valign="top">Transactions in fifth response time monitor bracket: Total number of
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local workstation transactions with response time greater than the value of
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boundary 4 specified on the Advanced Local Response Time Options dialog from
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the Collection Services properties page within the <span class="keyword">iSeries Navigator</span> interface.</TD2><TD3 valign="top">PD (9,0)</TD3></TR>
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<TR><TD1 valign="top">SHCPU</TD1><TD2 valign="top">Total processing unit time (in milliseconds) used by microcode/system
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jobs.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SMPLP</TD1><TD2 valign="top">Machine pool paging: Number of pages transferred in and out of machine
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pool.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SMUPL</TD1><TD2 valign="top">Highest user pool paging: Highest number of pages transferred in and
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out of any user pool.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SUPLI</TD1><TD2 valign="top">Pool with highest paging: Pool number with highest number of pages
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transferred in and out.</TD2><TD3 valign="top">C (2)</TD3></TR>
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<TR><TD1 valign="top">SMXDU</TD1><TD2 valign="top">Maximum disk utilization. The largest utilization of all single path
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disk units and all paths of multipath disk units.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SMXDUI</TD1><TD2 valign="top">Actuator with maximum utilization.</TD2><TD3 valign="top">C (4)</TD3></TR>
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<TR><TD1 valign="top">SMMMT</TD1><TD2 valign="top">Time (in seconds) spent at MRTMAX by all MRT requests.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SMME</TD1><TD2 valign="top">Number of requesters that routed to an MRT.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYFOPN</TD1><TD2 valign="top">Number of full opens system wide.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYIXRB</TD1><TD2 valign="top">Number of index rebuilds system wide.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOXR</TD1><TD2 valign="top">Start journal operations initiated by user.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOXP</TD1><TD2 valign="top">Stop journal operations initiated by user.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOIR</TD1><TD2 valign="top">Start journal operations initiated by system.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOIP</TD1><TD2 valign="top">Stop journal operations initiated by system.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOXD</TD1><TD2 valign="top">Journal deposits resulting from user-journaled objects.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOID</TD1><TD2 valign="top">Journal deposits resulting from system-journaled objects.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOJP</TD1><TD2 valign="top">Journal deposits resulting from system-journaled objects to user-created
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journals.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOBJ</TD1><TD2 valign="top">Bundle writes to user-created journals.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOBD</TD1><TD2 valign="top">Bundle writes to internal system journals.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOJY</TD1><TD2 valign="top">Exposed access paths currently being journaled by the system.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOJN</TD1><TD2 valign="top">Exposed access paths currently not being journaled.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOSE</TD1><TD2 valign="top">System-estimated access path recovery time exposure in milliseconds.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJORT</TD1><TD2 valign="top">System-managed access path tuning adjustments.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOND</TD1><TD2 valign="top">System-estimated access path recovery time exposure in milliseconds
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if no access paths were being journaled by the system.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYHEAO</TD1><TD2 valign="top">Number of tolerated crossings of a 16 MB boundary within any teraspace.
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Also called teraspace EAO exceptions.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYHFTS</TD1><TD2 valign="top">Number of space address computations (not addressing teraspace) that
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required extra processing. This may occur when a subtraction or addition of
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a signed value causes a result that is within the first page of a space object
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or associated space for which the machine did not choose alignment. Also called
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false traps.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYHFTH</TD1><TD2 valign="top">Number of teraspace address computations that required extra processing.
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This occurs when a subtraction or addition of a signed value causes a result
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that is within the first page after any 16 MB boundary in teraspace. Also
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called false traps.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSDBC</TD1><TD2 valign="top">Database CPU time. The amount of CPU time (in milliseconds) used for
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database processing.</TD2><TD3 valign="top">PD (9,0)</TD3></TR>
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<TR><TD1 valign="top">SYSSWC</TD1><TD2 valign="top">Secondary workload CPU time. The aggregate CPU time (in milliseconds)
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of all jobs performing workloads that cannot fully exploit dedicated server
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resources. <div class="note"><span class="notetitle">Note:</span> This metric measures non-Domino CPU usage on Domino<sup>®</sup> servers.
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On non-Domino servers, this metric is not supported, so the reported value
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is 0.</div>
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</TD2><TD3 valign="top">PD (9,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOER</TD1><TD2 valign="top">Number of SMAPP evaluations requested. This count reveals how many
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times implicitly journaled objects were examined for potential SMAPP eligibility
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alterations. The evaluation can result in one of three outcomes: 1 - no action;
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2 - start protecting this index via SMAPP; 3 - cease protecting this index
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via SMAPP.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOES</TD1><TD2 valign="top">Number of SMAPP evaluations serviced. This is a count of evaluations
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which led to a decision to change the protection state for a related index.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOIB</TD1><TD2 valign="top">Number of SMAPP index build time estimations. The number of times background
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SLIC tasks have been asked to look at database keyed logical files or SQL
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indexes in order to estimate how long it will take to rebuild the index from
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scratch. Indexes whose estimated rebuild times are large will be SMAPPed.
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A large count here suggests that applications are frequently opening and closing
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files.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOS1</TD1><TD2 valign="top">First journal entry type. This field reports the most frequently occurring
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among the various journal entry types that have caused the SLIC layer of journal
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code to empty the journal cache prematurely. The number of bundles forced
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by this entry type is reported in the field SYJOC1.</TD2><TD3 valign="top">C (2)</TD3></TR>
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<TR><TD1 valign="top">SYJOC1</TD1><TD2 valign="top">Number of journal bundles forced prematurely by the journal entry type
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reported in the field SYJOS1.</TD2><TD3 valign="top">PD (15,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOS2</TD1><TD2 valign="top">Second journal entry type. This field reports the second most frequently
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occurring among the various journal entry types that have caused the SLIC
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layer of journal code to empty the journal cache prematurely. The number of
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bundles forced by this entry type is reported in the field SYJOC2.</TD2><TD3 valign="top">C (2)</TD3></TR>
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<TR><TD1 valign="top">SYJOC2</TD1><TD2 valign="top">Number of journal bundles forced prematurely by the journal entry type
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reported in the field SYJOS2.</TD2><TD3 valign="top">PD (15,0)</TD3></TR>
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<TR><TD1 valign="top">SYJOS3</TD1><TD2 valign="top">Third journal entry type. This field reports the third most frequently
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occurring among the various journal entry types that have caused the SLIC
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layer of journal code to empty the journal cache prematurely. The number of
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bundles forced by this entry type is reported in the field SYJOC3.</TD2><TD3 valign="top">C (2)</TD3></TR>
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<TR><TD1 valign="top">SYJOC3</TD1><TD2 valign="top">Number of journal bundles forced prematurely by the journal entry type
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reported in the field SYJOS3.</TD2><TD3 valign="top">PD (15,0)</TD3></TR>
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<TR><TD1 valign="top">SYSDNFE</TD1><TD2 valign="top">The number of stream files which have been written to, but not forced
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to permanent storage. This count includes files in the Root, QOpenSys, QDLS,
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QOPT (when the files are on a volume that is not formatted in Universal Disk
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Format (UDS)) and user-defined file systems.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSDNFO</TD1><TD2 valign="top">The number of stream files currently exposed that have exceeded the
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target exposure time. This count includes files in the Root, QOpenSys, QDLS,
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QOPT (when the files are on a volume that is not formatted in Universal Disk
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Format (UDS)) and user-defined file systems.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSDTET</TD1><TD2 valign="top">Exposure time (in milliseconds). The number of milliseconds between
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the time a stream file is written to and the time the file is forced to permanent
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storage. This time is a total for all files that were exposed during the interval.
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This count includes files in the Root, QOpenSys, QDLS, QOPT (when the files
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are on a volume that is not formatted in Universal Disk Format (UDS)) and
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user-defined file systems.</TD2><TD3 valign="top">PD (15,0)</TD3></TR>
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<TR><TD1 valign="top">SYSDNST</TD1><TD2 valign="top">The number of tasks running that are forcing stream files to permanent
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storage. This count includes files in the Root, QOpenSys, QDLS, QOPT (when
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the files are on a volume that is not formatted in Universal Disk Format (UDS))
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and user-defined file systems.</TD2><TD3 valign="top">PD (5,0)</TD3></TR>
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<TR><TD1 valign="top">SYSDFAL</TD1><TD2 valign="top">The number of stream files that have been exposed and needed to be
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forced. This count includes files in the Root, QOpenSys, QDLS, QOPT (when
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the files are on a volume that is not formatted in Universal Disk Format (UDS))
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and user-defined file systems.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSDFRL</TD1><TD2 valign="top">The total number of stream files that have been asynchronously forced
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to permanent storage. This count includes files in the Root, QOpenSys, QDLS,
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QOPT (when the files are on a volume that is not formatted in Universal Disk
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Format (UDS)) and user-defined file systems.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSDPFD</TD1><TD2 valign="top">The number of stream file pages that have been asynchronously forced
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to permanent storage. This count does not include pages forced by an fsync
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operation. This count includes files in the Root, QOpenSys, QDLS, QOPT (when
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the files are on a volume that is not formatted in Universal Disk Format (UDS))
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and user-defined file systems.</TD2><TD3 valign="top">PD (15,0)</TD3></TR>
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<TR><TD1 valign="top">SYSDPFF</TD1><TD2 valign="top">The number of stream file pages explicitly forced to permanent storage
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as a result of an fsync operation. This count includes files in the Root,
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QOpenSys, QDLS, QOPT (when the files are on a volume that is not formatted
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in Universal Disk Format (UDS)) and user-defined file systems.</TD2><TD3 valign="top">PD (15,0)</TD3></TR>
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<TR><TD1 valign="top">SYBTAC</TD1><TD2 valign="top">The number of asynchronous clear operations performed. This count includes
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files in the Root, QOpenSys, QDLS, QOPT (when the files are on a volume that
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is not formatted in Universal Disk Format (UDS)) and user-defined file systems.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYBTAP</TD1><TD2 valign="top">The number of asynchronous prebring operations performed. This count
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includes files in the Root, QOpenSys, QDLS, QOPT (when the files are on a
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volume that is not formatted in Universal Disk Format (UDS)) and user-defined
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file systems.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYBTAPP</TD1><TD2 valign="top">The number of parallel prebring operations performed. This count includes
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files in the Root, QOpenSys, QDLS, QOPT (when the files are on a volume that
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is not formatted in Universal Disk Format (UDS)) and user-defined file systems.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYBTAPC</TD1><TD2 valign="top">The number of asynchronous create operations performed. This count
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includes files in the Root, QOpenSys, QDLS, QOPT (when the files are on a
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volume that is not formatted in Universal Disk Format (UDS)) and user-defined
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file systems.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYBTAPD</TD1><TD2 valign="top">The number of asynchronous delete operations performed. This count
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includes files in the Root, QOpenSys, QDLS, QOPT (when the files are on a
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volume that is not formatted in Universal Disk Format (UDS)) and user-defined
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file systems.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYLPTB</TD1><TD2 valign="top">LPAR time base. This field provides a way to determine the difference
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between the system clocks on different partitions of a single system. This
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field has no meaning when looked at on a stand-alone basis. However, when
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this value is established on two (or more) partitions of a system, the difference
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between these values is the time difference (in seconds) between the two partitions.</TD2><TD3 valign="top">B (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYNUAL</TD1><TD2 valign="top">Noncached user authority lookups. The number of times that a noncached
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user authority lookup was performed. An authority check for one object can
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result in zero, one, or more than one user authority lookups. A user authority
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lookup can occur for the user, the user's groups, or an adopted user and can
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be cached or noncached.</TD2><TD3 valign="top">PD (15,0)</TD3></TR>
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<TR><TD1 valign="top">SYIFUS</TD1><TD2 valign="top">Interactive CPU time used. Total interactive CPU used (in milliseconds).</TD2><TD3 valign="top">PD (9,0)</TD3></TR>
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<TR><TD1 valign="top">SYIFTE</TD1><TD2 valign="top">Interactive CPU time used over threshold. Interactive CPU used (in
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milliseconds) when exceeding interactive CPU threshold.</TD2><TD3 valign="top">PD (9,0)</TD3></TR>
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<TR><TD1 valign="top">SYIFTA</TD1><TD2 valign="top">Interactive CPU time available. The amount of interactive CPU time
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that was available for use within the partition. This is the interactive capacity
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configured for use within the partition (also represented as interactive threshold).</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSPTU</TD1><TD2 valign="top">CPU time used. Total processing time (in milliseconds) used by the
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partition</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
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<TR><TD1 valign="top">SYSCTA</TD1><TD2 valign="top">Total CPU time configured for the partition. Total processing time
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(in milliseconds) that was configured or guaranteed for this partition. This
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is the system processing capacity as determined by processor unit allocations
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||
during the interval. Note: For uncapped partitions, the actual CPU used can
|
||
exceed this value.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYSUTA</TD1><TD2 valign="top">CPU time that could have been used by this partition. Total processing
|
||
time (in milliseconds) that could have been used by this partition (adjusted
|
||
for configuration changes over time). It includes both the guaranteed configured
|
||
capacity as well as the shared pool time that was not used by other partitions.
|
||
For capped and dedicated partitions, or if shared pool data is not available,
|
||
this is the same as Uncapped CPU time configured.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYSUTC</TD1><TD2 valign="top">Uncapped CPU time configured. The maximum amount of CPU time that this
|
||
partition is configured (allowed) to use within the shared pool (adjusted
|
||
for configuration changes over time). This field defines the Minimum of the
|
||
virtual processors configured and the configured shared pool processors. For
|
||
capped and dedicated partitions, this is the same as total CPU time configured
|
||
for the partition.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYSPLU</TD1><TD2 valign="top">Shared pool CPU time used. Total amount of CPU used within the shared
|
||
pool by all partitions that share the pool. Set to zero if a shared pool is
|
||
not used or the data is not available.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYSPLA</TD1><TD2 valign="top">Shared pool CPU time available. Total amount of CPU
|
||
available within the shared pool. This value is determined based on the number
|
||
of physical processors that are allocated to the pool. Set to zero if a shared
|
||
pool is not used or the data is not available.</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYVCPU</TD1><TD2 valign="top">Virtual processor time configured. The processing time
|
||
capacity (in milliseconds) visible to the operating system based on the number
|
||
of virtual processors configured and adjusted for configuration changes over
|
||
time. This field is similar to SYSUTC except it is not affected by the shared
|
||
pool configuration or the capped/uncapped state of the partition. The formula
|
||
SYVCPU/(INTSEC*1000) will yield the average number of virtual processors configured
|
||
in the interval. <span class="uicontrol">Note:</span> Will be zero for data obtained
|
||
prior to V5R4</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYDPCH</TD1><TD2 valign="top">Total Dispatch Time. The amount of time (in milliseconds)
|
||
that the operating system has dispatched a job, task, or thread to a processor.
|
||
This is not the same as CPU time used due to the effects of processor virtualization. <span class="uicontrol">Note:</span> this
|
||
field will contain data only if file QAPMJOBWT data is available</TD2><TD3 valign="top">PD (11,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYSHRF</TD1><TD2 valign="top">Shared processor flag. Indicates if the partition uses
|
||
shared processors: <p> ‘ ‘ = unknown </p>
|
||
<p>'0'= Partition does not share
|
||
physical processors.</p>
|
||
<p>'1' = Partition shares physical processors. </p>
|
||
</TD2><TD3 valign="top">C (1)</TD3></TR>
|
||
<TR><TD1 valign="top">SYSIUL</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">PD (5,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYSCIU</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">PD (7,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJDUM</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">PD (1,0)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJDDM</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJCA4</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJPAS</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJMRT</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJS6E</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJCME</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJAUT</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJBCH</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJINT</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
<TR><TD1 valign="top">SYJSPL</TD1><TD2 valign="top">Reserved.</TD2><TD3 valign="top">C (3)</TD3></TR>
|
||
</TABLE>
|