Velocity Software, Inc. is recognized as a leader in the performance measurement of z/VM and Linux on z. The Velocity Performance Suite consist of a set of tools that enable installations running z/VM to manage Linux and z/VM performance. In addition, many components of server farms can be measured and analyzed. Performance data can be viewed real-time through the use of either 3270 or a browser. The CLOUD Implementation (zPRO) component is designed for full cloud PaaS implementation as well as to extend the capabilities of the z/VM sysprog (system programmer) to the browser world. This feature moves system management to the point-and-click crowd. Archived data and reports can be kept available of long term review and reporting usine zMAP. The zVPS, formally ESALPS, components consist of: zMON (formally ESAMON - real-time display of performance data), zTCP (formally ESATCP - SNMP data collection), zMAP (formally ESAMAP - historical reporting and archiving), zVWS (formally ESAWEB - z/VM based web server), zTUNE (a subscription service), zVIEW (formally SHOWCASE - web based viewing of performance data), zPRO (new to the quality line of Velocity Software Products). Velocity continues to work with other software vendors to ensure smooth interface with or from other products such as VM:Webgateway, CA-Webgateway, EnterpriseWeb, MXG, MICS. Velocity software remains the leader and inovator in the z/VM performance, Linux performance, Managing cloud computing arenas.
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ESASLRU ESAEXTR

 
; XAMAP/XAMON SLR Interface: User Log Extract Request
 
EXTRACT:
 
INTERVAL = 'SUMMARY'
 
;  System configuration
Y = 'SERIAL'
Y = 'USERID'
 
;  User characteristics
Y = 'USRCON.LOGGEDTM'
Y = 'USRCON.TACTIVE*USRCON.LOGGEDTM'
Y = 'USRCON.VMDCPUAD'
Y = 'USRCON.CALSTAT'
Y = 'USRCON.VMDRELSH'
Y = 'USRCON.VMDABSSH'
Y = 'USRCON.CLASSID'
Y = 'USRCON.CLASSID2'
Y = 'USRCON.CLASSID3'
Y = 'USRCON.CLASSID4'
 
;  Sample counts
Y = 'USEACT.SAMPLES'
Y = 'USEINT.SAMPLES'
Y = 'USEINT.HFQUCT'
 
;  Interval data
Y = 'SECONDS';  ELAPSEDTIME   'Interval duration'
Y = 'SAMPLES';  INTCOUNT      'Sample count'
Y = 'SECONDS';  LOGGDTD4R4    'Time logged on'
 
;  Processor data
Y = 'USEACT.VMDTTIME'; -
;               CPU_TIME      'Total processor time'
Y = 'USEACT.VMDVTIME'; -
;               VIRTCPU_TIME  'Virtual processor time'
 
;  Expanded Storage data
Y = 'USEACT.VMDCTXBK'; -
;               XSTORE_BLOKS  'XStore blocks allocated'
Y = 'USEACT.CALXSTOR'; -
;               XSTORAGE      'XStore megabytes attached'
 
;  Vector facility data
Y = 'USEACT.VMDVFVTM'; -
;               VECTCPU_TIME  'Vector time'
Y = 'USEACT.VMDVFOTM'; -
;               VECT_SWITCH   'Vector switch time'
Y = 'USEACT.VMDCTVFL'; -
;               VECTOR_LOADS  'Vector loads'
 
;  Storage data
Y = 'USEACT.VMDWSSPR'; -
;               EST_WORKSET   'Estimated working set size'
Y = 'USEACT.VMDFLREO'; -
;               FRAME_REORD   'Frame list reorders'
Y = 'USEACT.VMDRESET'; -
;               RESET_RESID   'Referenced frames resident'
 
;  Paging data
Y = 'USEACT.VMDCTPRS'; -
;               RESIDENTPAGE  'Pages resident'
Y = 'USEACT.VMDCTLKP'; -
;               LOCKED_PAGES  'Pages locked'
Y = 'USEACT.VMDCTFLT'; -
;               PAGE_FAULTS   'Page faults'
Y = 'USEACT.VMDCTNPS'; -
;               NON_PREFSLOT  'Non-preferred DASD page slots'
Y = 'USEACT.VMDCTPPS'; -
;               PREFER_SLOTS  'Preferred DASD page slots'
Y = 'USEACT.VMDCTPGR'; -
;               PAGE_READS    'Pages read'
Y = 'USEACT.VMDCTPGW'; -
;               PAGE_WRITES   'Pages written'
Y = 'USEACT.VMDCTPST'; -
;               PAGES_STOLEN  'Pages stolen'
 
;  Spooling data
Y = 'USEACT.VMDCTPWT'; -
;               SPOOL_IO      'Queued page and spool I/Os'
Y = 'USEACT.VMDCTSPR'; -
;               SPOOL_READS   'Spool pages read'
Y = 'USEACT.VMDCTSPW'; -
;               SPOOL_WRITES  'Spool pages written'
Y = 'USEACT.VMDPGSPL'; -
;               PAGES_SPOOL   'Pages spooled'
 
;  I/O data
Y = 'USEACT.VMDVCSCT'; -
;               CONS_IO       'Virtual console SSCHs'
Y = 'USEACT.VMDVDSCT'; -
;               DASD_IO       'DASD SSCHs'
Y = 'USEACT.VMDVUSCT'; -
;               UNIT_REC      'Unit-record SSCHs'
Y = 'USEACT.VMDVTSCT'; -
;               CTC_IO        'CTCA SSCHs'
Y = 'USEACT.VMDVOSCT'; -
;               OTHER_IO      'Other device SSCHs'
Y = 'USEACT.VMDX98CT'; -
;               DIAG_98       'Diagnose 98s'
 
;  IUCV and VMCF data
Y = 'USEACT.VMDISEVM'; -
;               IUCV_SEND     'IUCV SENDs'
Y = 'USEACT.VMDISTVM'; -
;               IUCV_RECEIVE  'IUCV RECEIVEs'
Y = 'USEACT.VMDISUVM'; -
;               IUCV_FAILED   'IUCV failures'
Y = 'USEACT.VMDVSEVM'; -
;               VMCF_SEND     'VMCF SENDs'
Y = 'USEACT.VMDVSTVM'; -
;               VMCF_RECEIVE  'VMCF RECEIVEs'
Y = 'USEACT.VMDVSUVM'; -
;               VMCF_FAILED   'VMCF failures'
Y = 'USEACT.CALIUCVS'; -
;               IUCV_SENDQ    'IUCV SENDs queued'
Y = 'USEACT.CALIUCVR'; -
;               IUCV_RECQUEU  'IUCV RECEIVEs queued'
Y = 'USEACT.CALIUCVY'; -
;               IUCV_REPLYQ   'IUCV REPLYs queued'
Y = 'USEACT.CALVMCF'; -
;               VMCF_MSGQUEU  'VMCF messages queued'
 
;  Queue data
Y = 'USEINT.HFDISP0'; -
;               Q0_SAMPLES    'Times in Q0'
Y = 'USEINT.HFDISP1'; -
;               Q1_SAMPLES    'Times in Q1'
Y = 'USEINT.HFDISP2'; -
;               Q2_SAMPLES    'Times in Q2'
Y = 'USEINT.HFDISP3'; -
;               Q3_SAMPLES    'Times in Q3'
Y = 'USEINT.HFELIG0'; -
;               E0_SAMPLES    'Times in E0'
Y = 'USEINT.HFELIG1'; -
;               E1_SAMPLES    'Times in E1'
Y = 'USEINT.HFELIG2'; -
;               E2_SAMPLES    'Times in E2'
Y = 'USEINT.HFELIG3'; -
;               E3_SAMPLES    'Times in E3'
Y = 'USEINT.VMDSVMFX'; -
;               SVMWAIT_FIX   'Times SVM wait flag reset'
Y = 'USEINT.HFELIG+USEINT.HFDISP/USEINT.HFQUCT*SECONDS'; -
;               DISELTIME     'Estimated D-list + E-list time'
 
;  State data
Y = 'USEINT.HFSTCT'; -
;               STATE_SAMPLE  'High-frequency sample count'
Y = 'USEINT.HFTIDL'; -
;               IDLE_SAMPLES  'Times idle'
Y = 'USEINT.HFTSVM'; -
;               SVMIDLE_SAMP  'Times in test idle + SVM wait'
Y = 'USEINT.HFIOWT'; -
;               IOWAIT_SAMP   'Times in I/O wait'
Y = 'USEINT.HFCFWT'; -
;               CFUNW_SAMP    'Times in console function wait'
Y = 'USEINT.HFSIMWT'; -
;               INSTW_SAMP    'Times in instruction sim wait'
Y = 'USEINT.HFWTPAG'; -
;               PAGEW_SAMP    'Times in page wait'
Y = 'USEINT.HFCPUWT'; -
;               CPUWAIT       'Times in CPU wait'
Y = 'USEINT.HFCPURN'; -
;               RUNNING_SAMP  'Times running'
Y = 'USEINT.HFESVM'; -
;               SVMELIG_SAMP  'Times in SVM wait and E-list'
Y = 'USEINT.HFLOAD'; -
;               LOADING_SAMP  'Times loading'
Y = 'USEINT.HFDORM'; -
;               DORM_SAMPLES  'Times dormant'
Y = 'USEINT.HFDSVM'; -
;               SVMDORM_SAMP  'Times dormant and in SVM wait'
Y = 'USEINT.HFOTHR'; -
;               OTHER_SAMP    'Times in other wait'
 
Y = 'USEINT.VMDCNTID'; -
;               NO_TEST_IDLE  'Times test idle not granted'
Y = 'USEINT.VMDCTIDL'; -
;               TEST_IDLE     'Times test idle granted'
Y = 'USEINT.VMDDFRWK'; -
;               DEFERR_WORK   'Number of deferred work items'
 
;  Queue drop data
Y = 'USEINT.VMDCWSGD0'; -
;               GRO_Q0DROPS   'Q0 drops due to WSS growth'
Y = 'USEINT.VMDCWSGD1'; -
;               GRO_Q1DROPS   'Q1 drops due to WSS growth'
Y = 'USEINT.VMDCWSGD2'; -
;               GRO_Q2DROPS   'Q2 drops due to WSS growth'
Y = 'USEINT.VMDCWSGD3'; -
;               GRO_Q3DROPS   'Q3 drops due to WSS growth'
Y = 'USEINT.VMDCIDLD0'; -
;               IDLE_Q0DROPS  'Q0 drops due to test idle'
Y = 'USEINT.VMDCIDLD1'; -
;               IDLE_Q1DROPS  'Q1 drops due to test idle'
Y = 'USEINT.VMDCIDLD2'; -
;               IDLE_Q2DROPS  'Q2 drops due to test idle'
Y = 'USEINT.VMDCIDLD3'; -
;               IDLE_Q3DROPS  'Q3 drops due to test idle'
Y = 'USEINT.VMDCPRMD0'; -
;               PRE_Q0DROPS   'Q0 drops due to E0 preempt'
Y = 'USEINT.VMDCPRMD1'; -
;               PRE_Q1DROPS   'Q1 drops due to E1 preempt'
Y = 'USEINT.VMDCPRMD2'; -
;               PRE_Q2DROPS   'Q2 drops due to E2 preempt'
Y = 'USEINT.VMDCPRMD3'; -
;               PRE_Q3DROPS   'Q3 drops due to E3 preempt'
Y = 'USEINT.VMDCETSD0'; -
;               TSEN_Q0DROPS  'Q0 drops due to time slice end'
Y = 'USEINT.VMDCETSD1'; -
;               TSEN_Q1DROPS  'Q1 drops due to time slice end'
Y = 'USEINT.VMDCETSD2'; -
;               TSEN_Q2DROPS  'Q2 drops due to time slice end'
Y = 'USEINT.VMDCETSD3'; -
;               TSEN_Q3DROPS  'Q3 drops due to time slice end'



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