IBM SG24-5360-00 manual AR 0015 Capacity, Defined-Capacity, Test Prod Overall Test Prod

Page 56

￿

ixfp report

 

 

 

 

 

 

 

 

 

 

 

AR 0015 SUBSYSTEM 1321117

 

 

 

 

 

 

 

 

AR 0015 *** DEVICE

DETAIL

REPORT ***

 

 

 

 

 

 

AR 0015

<---FUNC. CAPACITY (MB)--->

<---CAPACITY (%)--->

PHYS.

COMP.

AR 0015 CUU DEF

ALLOC STORED UNUSED

ALLOC

STORED UNUSED USED(MB)

RATIO

AR 0015 80E 2838.0

N/A

369.2 2468.7

N/A

13.01

86.99

213.6

1.72

AR 0015 80F 2838.0

N/A

0.8 2837.1

N/A

0.03

99.97

0.0

9.65

AR 0015

 

 

 

 

 

 

 

 

 

 

 

 

AR 0015 *** DEVICE

SUMMARY REPORT

 

 

 

 

 

 

 

AR 0015 CAPACITY

 

<-----TOTAL-----> <------TOTALS %------>

 

COMP.

AR 0015

DEFINED

 

 

5676.032 MB

100.00

 

 

 

RATIO

AR 0015

STORED

 

 

370.129 MB

 

 

6.52

 

 

 

AR 0015

PHYS.USED

 

213.688 MB

 

 

 

3.76

 

1.73

AR 0015

UNUSED

 

 

5305.903 MB

 

93.48

 

 

 

AR 0015

 

 

 

 

 

 

 

 

 

 

 

 

AR 0015 *** SUBSYSTEM SUMMARY REPORT ***

 

 

 

 

 

 

AR 0015 SYSTEM

DEFINED-CAPACITY

DISK-ARRAY-CAP

FREE-DISK-ARRAY-CAP

AR 0015

PROD

 

726532.208 MB

117880.209 MB

 

57752.311 MB

AR 0015

 

 

 

 

 

 

 

 

 

 

 

 

AR 0015

NET-CAPACITY-LOAD(%)

COLL.-FREE-SPACE(%)

UNCOLL-FREE-SPACE(%)

AR 0015

TEST

PROD OVERALL

TEST PROD

OVERALL

TEST PROD

OVERALL

AR 0015

0.00

51.01

51.01

0.00

47.55

47.55

0.00

1.44

1.44

AR 0015 1I40I

READY

 

 

 

 

 

 

 

 

 

ixfp snap,80e:80f,vol1=patev3

AR+0015 IXFP23D SNAP FROM CUU=80E CYL=′0000′ TO CUU=80F CYL=′0000′ NCYL=′ 0 D0B

-REPLY ′ YES′ TO PROCEED

15 yes

AR 0015 IXFP22I SNAP TO CUU= 80F STARTED AT 18:46:51 11/16/1998

AR 0015 IXFP20I SNAP FUNCTION COMPLETED

AT 18:46:51

11/16/1998

 

 

AR 0015 1I40I

READY

 

 

 

 

 

 

 

 

 

ixfp report

 

 

 

 

 

 

 

 

 

 

 

AR 0015 SUBSYSTEM 1321117

 

 

 

 

 

 

 

 

AR 0015 *** DEVICE

DETAIL

REPORT ***

 

 

 

 

 

 

AR 0015

<---FUNC. CAPACITY (MB)--->

<---CAPACITY (%)--->

PHYS.

COMP.

AR 0015 CUU DEF

ALLOC STORED UNUSED

ALLOC

STORED UNUSED USED(MB)

RATIO

AR 0015 80E 2838.0

N/A

369.2 2468.7

N/A

13.01

86.99

213.6

1.72

AR 0015 80F 2838.0

N/A

369.2 2468.7

N/A

13.01

86.99

213.6

1.72

AR 0015

 

 

 

 

 

 

 

 

 

 

 

 

AR 0015 *** DEVICE

SUMMARY REPORT

 

 

 

 

 

 

 

AR 0015 CAPACITY

 

<-----TOTAL-----> <------TOTALS %------>

 

COMP.

AR 0015

DEFINED

 

 

5676.032 MB

100.00

 

 

 

RATIO

AR 0015

STORED

 

 

738.558 MB

 

13.01

 

 

 

AR 0015

PHYS.USED

 

427.200 MB

 

 

 

7.53

 

1.72

AR 0015

UNUSED

 

 

4937.474 MB

 

86.99

 

 

 

AR 0015

 

 

 

 

 

 

 

 

 

 

 

 

AR 0015 *** SUBSYSTEM SUMMARY REPORT ***

 

 

 

 

 

 

AR 0015 SYSTEM

DEFINED-CAPACITY

DISK-ARRAY-CAP

FREE-DISK-ARRAY-CAP

AR 0015

PROD

 

726532.208 MB

117880.209 MB

 

57752.578 MB

AR 0015

 

 

 

 

 

 

 

 

 

 

 

 

AR 0015

NET-CAPACITY-LOAD(%)

COLL.-FREE-SPACE(%)

UNCOLL-FREE-SPACE(%)

AR 0015

TEST

PROD OVERALL

TEST PROD

OVERALL TEST PROD

OVERALL

AR 0015

0.00

51.01

51.01

0.00

47.67

47.67

0.00

1.32

1.32

￿AR 0015 1I40I READY

Figure 25. Console Log from Volume Snap Operation

￿

￿

46 RAMAC Virtual Array, Peer-to Peer Remote VSE/ESA

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Contents International Technical Support Organization Page International Technical Support Organization First Edition January Contents Peer-to-Peer Remote Copy Itso Redbook Evaluation Contents Vi Ramac Virtual Array, Peer-to Peer Remote VSE/ESA Preface Team That Wrote This RedbookComments Welcome Your comments are important to usWhat Is an IBM Ramac Virtual Array? IBM Ramac Virtual ArrayOverview of RVA and the Virtual Disk Architecture Log Structured FileData Compression and Compaction − Functional track tableVSE/ESA Support for the RVA What Is IXFP/SnapShot for VSE/ESA?What Is SnapShot? What Is IXFP? Deleted Data Space ReleaseWhat Is Peer-to-Peer Remote Copy? Reporting FunctionsRamac Virtual Array, Peer-to Peer Remote VSE/ESA Disk Capacity RVA Benefits for VSE/ESARVA Simplifies Your Storage Management Batch Window Improvement AdministrationIxfp Ramac Virtual Array IXFP/SnapShot for VSE/ESAHardware Application DevelopmentRVA Data Availability SnapShot PprcRamac Virtual Array, Peer-to Peer Remote VSE/ESA VSE/ESA Support for the RVA PrerequisitesHost Connection Volumes1 VSE/ESA Input/Output Configuration Program Volume Minimal Init Partial Disk Minimal InitAssgn ExecRamac Virtual Array, Peer-to Peer Remote VSE/ESA IXFP/SnapShot for VSE/ESA System VSE/ESA User TimeDTRIATTN,PARM=′ Ixfp REPORT′ Sample Batch Job to Invoke Ixfp Report FunctionIXFP/SnapShot for VSE/ESA Detail PhysAR 0015 CUU DEF DefinedFull Volume Ixfp SnapReply ′ YES′ to Proceed VSE/VSAMRange of Cylinders Non-VSAM File Expired Files Ixfp DDSR,PATEV30000-0999,NOPROMPT Total VolumeIxfp DDSR,PATEV3 Specified File Ixfp DDSR,PATEV3DSN=′ test.data.3′ , NopromptIxfp Report Ixfp REPORT,80E Ixfp REPORT,80FIxfp REPORT,80E,80F Sample Output of Ixfp Report Command Device Detail ReportRamac Virtual Array, Peer-to Peer Remote VSE/ESA Device Summary Report Subsystem Summary ReportRamac Virtual Array, Peer-to Peer Remote VSE/ESA Peer-to-Peer Remote Copy Peer-to-Peer Remote CopyPprc and VSE/ESA Software Requirements Pprc Data FlowPprc Hardware Requirements Invoking peer-to-peer remote copyExamples of Pprcopy Commands SnapShot ConsiderationsPrimary Devices of a Pprc Pair Secondary Devices of a Pprc PairSetting Up Pprc Paths and Pairs Recovering from a Primary Site FailurePhysical Connections to the RVA Recovering from a Secondary Site FailureDeleting Pprc Pairs and Paths Determining the Logical Control Unit Number for RVA Determining the Channel Connection AddressRamac Virtual Array, Peer-to Peer Remote VSE/ESA Appendix A. RVA Functional Device Configuration Functional Device ConfigurationFunctional Device Configuration Screen CD23 Syntax Appendix B. Ixfp Command ExamplesSnap Command Ramac Virtual Array, Peer-to Peer Remote VSE/ESA Using SnapShot to Copy One Volume to Another NopromptTest Prod Overall Test Prod AR 0015 CapacityDEFINED-CAPACITY Using SnapShot to Copy a File from One Volume to Another Using SnapShot to Copy Files with RelocationOther Uses of SnapShot IXFP20I Snap Function Completed ATDdsr Command Syntax of Ixfp Ddsr Command DetailsUsing Ddsr to Delete a Single Data Set Using Ddsr to Delete the Contents of a VolumeAR+0015 IXFP29D Ddsr for For Deletion Using Ddsr to Delete the Free Space on an RVAReport Report Command Reporting on the Capacity of a Single Volume Reporting on the Capacity of Multiple VolumesReporting on the Capacity of the RVA Subsystem Device Detail Report FUNC. Capacity MBExec DTRIATTN,PARM=′ Ixfp REPORT′ IXFP/SnapShot Setup Job StreamsJOB WCWTEST1 BG 0000 // JOB Initdisk BG 0000 1A86I Following Assignments are ReleasedIxfp DDSR,80E Ready Ixfp DDSR,80F50.83 47.86 AR 0015 1I40I Ready $$DITTO BLKFACTOR=1 EOJ$$DITTO BLKFACTOR=1 $$DITTO EOJ 726532.208 MB 117880.209 MB 57754.953 MB Appendix C. VSE/VSAM Considerations Backing up Vsam Volumes Appendix C. VSE/VSAM Considerations Ramac Virtual Array, Peer-to Peer Remote VSE/ESA Appendix D. Iocds Example Ramac Virtual Array, Peer-to Peer Remote VSE/ESA Appendix E. Special Notices Following terms are trademarks of other companies Appendix F. Related Publications International Technical Support Organization PublicationsRedbooks on CD-ROMs Other PublicationsRamac Virtual Array, Peer-to Peer Remote VSE/ESA How to Get Itso Redbooks ∙ E-mail OrdersIBM Redbook Fax Order Form Please send me the followingIndex See CKDPprc distance Itso Redbook Evaluation Please answer the following questionsSG24-5360-00
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