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SMF/RMF Reporting Guide r7

Advantage™ VISION: Excel™ for z/OS

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Contents iii

Contents

Chapter 1: SMF and RMF COPY Functions

Using COPY function .......................................................................... 1-1 DYSMF0 COPY Function ....................................................................... 1-5

DYSMF0 COPY Parameters................................................................. 1-5 Invoking the DYSMF0 COPY Function ....................................................... 1-6

DYSMF2 COPY Function ......................................................................1-10 DYSMF2 COPY Parameters................................................................1-10 Invoking the DYSMF2 COPY Function ......................................................1-11

DYSMF3 COPY Function ......................................................................1-13 DYSMF3 COPY Parameters ...............................................................1-13 Invoking the DYSMF3 COPY Function ......................................................1-14





DYSMF14 COPY Function .....................................................................1-46 DYSMF14 COPY Parameters ..............................................................1-46 Invoking the DYSMF14 COPY Function.....................................................1-47




iv SMF/RMF Reporting Guide





DYSMF30 COPY Function ....................................................................1-104 DYSMF30 COPY Parameters .............................................................1-104 Invoking the DYSMF30 COPY Function....................................................1-105










Contents v















vi SMF/RMF Reporting Guide












DYSMF101 COPY Function...................................................................1-342 DYSMF101 COPY Parameters ............................................................1-342 Invoking the DYSMF101 COPY Function ..................................................1-343

DYRMF70 COPY Function ....................................................................1-354 DYRMF70 COPY Parameters .............................................................1-354 Invoking the DYRMF70 COPY Function....................................................1-355


Contents vii






Chapter 1: SMF and RMF COPY Functions 1–1

Chapter 1: SMF and RMF COPY Functions

Advantage VISION:Excel is capable of extensive reporting on SMF (System Management Facilities) and RMF (Resource Measurement Facility) records. Reporting is on a record type basis. For most record types, two types of reports can be requested — a short form report that lists the more important fields in the record and a long form report that lists all of the fields in the record. Record types that do not support both formats automatically default to the long form format.

Using COPY function The SMF reporting capability is implemented through the use of the COPY function. The name of each COPY function is either in the format DYSMFxx, where xx is the SMF record type, or DYRMFxx, where xx is the RMF record type. Each COPY function allows for record selection by a date/time span bound by a lower date and time and an upper date and time. Four COPY variables, #1, #2, #3, and #4, are available in each COPY function to set the date/time span. The #L and #S COPY variables allow for the selection of the long form (#L) report or the short form (#S) report. Also, many of the COPY functions contain variables that can be used to set the sort sequence of the report.

Additionally, the Advantage VISION:Results field definitions for each SMF record type are available in separate COPY members called SMFxxREC, where xx is the record type. These COPY members can be used if you want to write your own SMF and RMF Advantage VISION:Results processing programs.

Advantage VISION:Excel supports MVS/ESA™ and OS/390® SMF/RMF records.

Using COPY function

1–2 SMF/RMF Reporting Guide

Advantage VISION:Excel supports the following SMF and RMF records types:

Record Type Description

0 IPL

2 Dump Header

3 Dump Trailer

4 STEP TERMINATION

5 JOB TERMINATION

6 SYSOUT PROCESSING (external writer)

7 DATA LOST

14 INPUT OR RDBACK DATA SET ACTIVITY

15 OUTPUT, UPDAT, INOUT, OR OUTIN DATA SET ACTIVITY

17 SCRATCH DATA SET STATUS

18 RENAME DATA SET STATUS

19 DIRECT ACCESS VOLUME

20 JOB INITIATION

21 ERROR STATISTICS BY VOLUME

26 JES2 OUTPUT WRITER (job purge)

30 COMMON ADDRESS SPACE WORK RECORD

32 TSO/E User Work Accounting

34 TSO STEP TERMINATION

35 LOGOFF

40 DYNAMIC DD

43 JES2/JES3 Start

45 JES2 Withdrawal/JES3 Stop

47 JES2/JES3 Sign On/Start Line

48 JES2/JES3 Sign Off/Stop Line

49 JES2 INTEGRITY (BSC only)

52 JES2 Logon/Start Line

53 JES2 Logoff/Stop Line

54 JES2 INTEGRITY (SNA only)

55 JES2 Network Signon

Using COPY function



56 JES2 Network Integrity

58 JES2 Network Signoff

60 VSAM VOLUME DATA SET UPDATED

61 INTEGRATED CATALOG FACILITY DEFINE ACTIVITY

62 VSAM COMPONENT OR CLUSTER OPENED

63 VSAM CATALOG ENTRY DEFINED

64 VSAM COMPONENT OR CLUSTER STATUS

65 INTEGRATED CATALOG FACILITY DELETE ACTIVITY

66 INTEGRATED CATALOG FACILITY ALTER ACTIVITY

67 VSAM ENTRY DELETED

68 VSAM ENTRY RENAMED

70 SMF (MF1) CPU ACTIVITY

71 SMF (MF1) PAGING ACTIVITY

72 SMF (MF1) WORKLOAD ACTIVITY

73 SMF (MF1) CHANNEL PATH ACTIVITY

74 SMF (MF1) DEVICE ACTIVITY

75 SMF (MF1) PAGE/SWAP DATA SET ACTIVITY

76 SMF (MF1) TRACE ACTIVITY

80 RACF® PROCESSING RECORD

81 RACF Initialization

90 System Status

101 Database 2 Accounting

Using COPY function


RMF reporting for the following record types:


70 RMF CPU ACTIVITY

71 RMF PAGING ACTIVITY

72 RMF WORKLOAD ACTIVITY AND STORAGE DATA

73 RMF CHANNEL PATH ACTIVITY

74 RMF DEVICE ACTIVITY

75 RMF PAGE/SWAP ACTIVITY

76 RMF TRACE ACTIVITY

DYSMF0 COPY Function


DYSMF0 COPY Function The DYSMF0 COPY function can be used to print SMF type 0 records in two report formats — a long format and a short format. SMF type 0 records contain information that is pertinent to IPL. The examples for DYSMF0 short formatted and long formatted reports are shown in this section. The COPY function assumes that the SMF record is formatted as shown in DYSMF0 Record Definition COPYLIB(SMF00REC).

Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name and by the date and time the record was moved to the SMF buffer.

DYSMF0 COPY Parameters

Ten parameters can be varied in the DYSMF0 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes. Parameter #5 controls the sort sequence of the printed records. Parameters #6 and #7 define the date as a 4-digit year. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.

Parameter Description

#1 #1 is the “From” date in MM/DD/YY format. The default is 00/00/00.

#2 #2 is the “From” time in HH:MM:SS format. The default is 00:00:00.

#3 #3 is the “To” date in MM/DD/YY format. The default is 99/99/99.

#4 #4 is the “To” time in HH:MM:SS format. The default is 99:99:99.

The date and time the SMF record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range, while the default values for #3 and #4 allow for an open ended upper bound of the range.

#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF0SID SMF0DTE SMF0TME” (system ID, date, and time).




#6 #6 is the “From” date in MM/DD/YYYY format. The default is 00/00/0000.

#7 #7 is the “To” date in MM/DD/YYYY format. The default is 99/99/9999.

#L #L causes the long formatted report to print when #L is set to a non-NULL value.

#S #S causes the short formatted report to print when #S is set to a non-NULL value. This is the default.

#L and #S are mutually exclusive. When one is non-NULL, the other must be

NULL. If neither #L nor #S is specified, the short formatted report is printed.

#X #X when specified with the null parameter it causes the dates to be presented in 4-digit year format. The default is 2-digit year format (yes).

Invoking the DYSMF0 COPY Function

DYSMF0 COPY Function: Example 1

Print all records with SMF buffer date and time between 08:00 P.M. and 11:00 P.M. on August 4, 1997. Print the records using the long format.

OPTION PRINTERROR XREFA

OPTION STRUCTURED2

FILE SMFFILE INPUT SB 32752 32760 LENGTH SMF0LNG ;RECORD LENGTH

STATUS SMF0END ;END OF FILE

COPY SMF00REC

COPY DYSMF0 #1=”'08/04/97'” #2=”'20:00:00'”

#3=”'08/04/97'” #4=”'23:00:00'”

#5='SMF0SID SMF0DTE SMF0TME'

#L=YES #S=NULL

FIN




Print all records regardless of date and time in system ID (SMF0SID), date (SMF0DTE), and time (SMF0TME) sequence. Use the short report format.


OPTION STRUCTURED2



COPY SMF00REC

COPY DYSMF0 #5='SMF0SID SMF0DTE SMF0TME'

#S=YES #L=NULL

FIN

Record selection logic can be placed between the COPY SMF00REC statement and the COPY DYSMF0 statement. For instance, in the example shown above the following code:

IF SMF00SID NE 'P01'

REJECT

ENDIF

could have been included between the two COPY statements.

DYSMF0 Short Formatted Report

08/10/97 09.00.18 SMF RECORD TYPE 0 SHORT REPORT IPL PAGE 1

RECORD TIME RECORD DATE RECORD SYSTEM NUMBER OF BYTES LIMIT IN MINUTES NUMBER OF 1K NUMBER OF 1K NUMBER MOVED TO MOVED TO ID IN SMF BUFFER OF CONTINUOUS BYTES IN BYTES IN BUFFER BUFFER WAIT FOR JOB VIRTUAL STORAGE REAL STORAGE

-----------------------------------------------------------------------------------------------------------------------

1 20:02:15.12 08/04/97 CPUD 40,960 15 2,097,152 48,768

2 20:01:37.14 08/04/97 CPUD 40,960 15 2,097,152 48,768

4 20:09:23.29 08/04/97 CPUD 40,960 15 2,097,152 48,768

5 20:09:23.29 08/04/97 CPUD 40,960 15 2,097,152 48,768

6 20:19:40.58 08/04/97 CPUD 40,960 15 2,097,152 48,768

7 20:19:40.58 08/04/97 CPUD 40,960 15 2,097,152 48,768

8 05:15:10.21 08/04/97 CPUD 40,960 15 2,097,152 48,768

9 05:15:10.21 08/04/97 CPUD 40,960 15 2,097,152 48,768

10 05:20:45.95 08/04/97 CPUD 40,960 15 2,097,152 48,768

11 05:20:45.95 08/04/97 CPUD 40,960 15 2,097,152 48,768

NUMBER OF RECORDS PRINTED: 11



DYSMF0 Long Formatted Report

08/10/97 15.21.03 SMF RECORD TYPE 0 LONG REPORT IPL PAGE 1

HEADER SECTION

**************

OPERATING SYSTEM MVS/ESA

TIME RECORD WAS MOVED TO SMF BUFFER 20:01:37.14 DATE RECORD WAS MOVED TO SMF BUFFER 08/04/97

SYSTEM ID CPUD 1K BYTES IN CENTRAL (REAL) STORAGE 48,768

NUMBER OF BYTES IN THE SMF BUFFER 40,960 1K BYTES IN VIRTUAL STORAGE 2,097,152

LIMIT IN MINUTES, OF CONTINUOUS WAIT 15

SMF OPTIONS

DATA SET ACCOUNTING

VOLUME ACCOUNTING

HEADER SECTION

**************






SMF OPTIONS

DATA SET ACCOUNTING

VOLUME ACCOUNTING

HEADER SECTION

**************






SMF OPTIONS

DATA SET ACCOUNTING

VOLUME ACCOUNTING

DYSMF0 Record Definition COPYLIB(SMF00REC)

SMFRCD0 1 CH ;HEADER SEGMENT

REDEFINE AT SMFRCD0

SMF0FLG 1 1 BI ;HEADER FLAG BYTE

SMF0RTY 1 2 BI ;RECORD TYPE 0

SMF0TME 4 3 BI ;TOD, USING FORMAT FROM TIME MACRO W/BIN. INTVL



SMF0DTE 4 7 PD ;DATE IN PACKED DECIMAL FORM: 00YYDDDF

SMF0SID 4 11 CH ;SYSTEM IDENTIFICATION

SMF0JWT 4 15 BI ;JOB WAIT TIME DEFAULT VALUE IN MINUTES(BINARY)

SMF0BUF 4 19 BI ;SMF BUFFER SIZE IN BYTES(BINARY)

SMF0VST 4 23 BI ;VIRTUAL STORAGE SIZE IN K BLOCKS(BINARY)

SMF0OPT 1 27 BI ;OPTIONS BYTE:

* BIT0 — SYSTEM & JOB DATA TO BE COLLECTED

* BIT1 — STEP DATA TO BE COLLECTED

* BIT2 — EXITS REQUESTED

* BIT3 — DATA SET ACCOUNTING

* BIT4 — VOLUME ACCOUNTING

* BIT5 — RESERVED(WAS ESV IN 14 AND 15)

* BIT6 — TEMPORARY DATA SET SCRATCH RECORDS

* BIT7 — =0 BACKGROUND JOB; =1 FOREGROUND JOB

SMF0RST 4 28 BI ;REAL STORAGE SIZE IN K BLOCKS(BINARY)



DYSMF2 COPY Function The DYSMF2 COPY function can be used to print SMF type 2 records in two report formats — a long format and a short format. SMF type 2 records contain information that is pertinent to DUMP HEADER. An example for DYSMF2 long formatted report is shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF2 Record Definition COPYLIB(SMF02REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters.


Twelve parameters can be varied in the DYSMF2 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes.

Parameters #5,#6, and #7 control the sort sequence of the printed records. Parameters #8 and #9 define the "From" and "To" dates in 4-digit year format. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.

Note: As the SMF Type 2 record consist of only three fields, the long formatted report and the short formatted report present the same information.











#6 and #7 Parameters #6 and #7 are additional sort fields that have a default value of NULL.

#L and #S #L causes the long formatted report to print when #L is set to a non-NULL value. #S is the default.

#L and #S are mutually exclusive. When one is non-NULL, the other must be NULL. If neither #L nor #S is specified, the short formatted report is printed.

#X #X when specified with the null parameter it causes the dates to be presented in 4-digit year format. The default is 2-digit year format (#X=YES).


DYSMF2 COPY Function : Example

Print all type 2 records with SMF buffer date and time that are between the default values of 00:00:00 and 99:99:99 for time and 00/00/00 to 99/99/99 for the date. Print the records using the long format and the report sorted by job name, step number and initiator selected step date and time.


OPTION STRUCTURED2


STATUS SMF2EOF ;END-OF-FILE

COPY SMF02REC

COPY DYSMF2 #1=”'00/00/00'” #2=”'00:00:00'”

#3=”'99/99/99'” #4=”'99:99:99'”


#L=YES #S=NULL

FIN




02/27/06 17.16.22 SMF RECORD 02 LONG REPORT DUMP HEADER PAGE 1

TIME DATE SYSTEM

RECORD RECORD ID

WRITTEN WRITTEN

----------------------------------------------------

16:53:07.90 10/10/05 DVR99

15:40:30.15 02/24/06 DVR99



SMFRCD2 1 1 CH ;HEADER SEGMENT

REDEFINE AT SMFRCD2

SMF2FLG 1 1 BI ;SYSTEM INDICATOR

******************************************

* R E C O R D: SMF02REC *

* *

* R E C O R D T Y P E 2 (02) *

* D U M P H E A D E R *

* *

******************************************

SMF2RTY 1 2 BI ;RECORD TYPE

SMF2TME 4 3 BI ;TIME WHEN MOVED INTO DUMP DATASET

SMF2DTE 4 7 PD ;DATE WHEN MOVED INTO DUMP DATASET

SMF2SID 4 11 CH ;SYSTEM IDENTIFICATION FROM SID PARAM



DYSMF3 COPY Function The DYSMF3 COPY function can be used to print SMF type 3 records in two report formats — a long format and a short format. SMF type 3 records contain information that is pertinent to DUMP TRAILER. An example for DYSMF3 long formatted report is shown in this section.



Twelve parameters can be varied in the DYSMF3 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes. Parameters #5,#6, and #7 control the sort sequence of the printed records. Parameters #8 and #9 define the "From" and "To" dates in 4-digit year format. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.

Note: As the SMF Type 3 record consist of only three fields, the long formatted report and the short formatted report present the same information.












#L and #S #L causes the long formatted report to print when #L is set to a non-NULL value. #S is the default.




DYSMF3 COPY Function : Example

Print all type 3 records with SMF buffer date and time that are between the default values of 00:00:00 and 99:99:99 for time and 00/00/00 to 99/99/99 for the date. Print the records using the long format and the report sorted by job name, step number and initiator selected step date and time.


OPTION STRUCTURED2



COPY SMF03REC

COPY DYSMF3 #1=”'00/00/00'” #2=”'00:00:00'”

#3=”'99/99/99'” #4=”'99:99:99'”


#L=YES #S=NULL

FIN




02/28/06 10.23.51 SMF RECORD 03 LONG REPORT DUMP TRAILER PAGE 1

TIME DATE SYSTEM

RECORD RECORD ID

WRITTEN WRITTEN

----------------------------------------------------

19:47:52.59 10/10/05 DVR99

15:40:30.30 02/24/06 DVR99



SMFRCD3 1 1 CH ;HEADER SEGMENT

REDEFINE AT SMFRCD3

SMF3FLG 1 1 BI ;SYSTEM INDICATOR

******************************************


* *

* R E C O R D T Y P E 3 (03) *

* D U M P T R A I L E R *

* *

******************************************


SMF3TME 4 3 BI ;TIME WHEN MOVED INTO DUMP DATASET

SMF3DTE 4 7 PD ;DATE WHEN MOVED INTO DUMP DATASET

SMF3SID 4 11 CH ;SYSTEM IDENTIFICATION FROM SID PARAM

DYSMF4 COPY Function The DYSMF4 COPY function can be used to print SMF type 4 records in two report formats — a long format and a short format. SMF type 4 records contain information that is pertinent to STEP TERMINATION. The examples for DYSMF4 short formatted and long formatted reports are shown in this section. The COPY function assumes that the SMF record is formatted as shown in DYSMF4 Record Definition COPYLIB(SMF04REC).

Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, step number, initiator selected step date and time, and step terminated date and time.




Twelve parameters can be varied in the DYSMF4 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes. Parameters #5 through #7 control the sort sequence of the printed records. Parameters #8 and #9 define the date as a 4-digit year. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.







#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF4JBN SMF4STN SMF5TID”. If you want to sort up to three fields, you can override this parameter by specifying the name of the fields under #5 and defining #6 as equal to NULL since #6 has its own default value.

For example, if you want to sort on the two fields, SMF4JBN and SMF4STN, you can specify #5 as equal to “SMF4JBN SMF4STN” and #6 as equal to NULL.

#6 #6 applies to sort fields 4 through 6. The value of the field cannot exceed 30 characters. The default value is “SMF4SIT SMF4DTE SMF4TME”. If you want to sort up to six fields, you can override both #5 and #6 parameters by specifying the name of the fields under #5 and #6.

For example, if you want to sort on the four fields, SMF4JBN, SMF4STN, SMF4DTE, and SMF4TME, you can specify #5 as equal to “SMF4JBN SMF4STN SMF4DTE”, and #6 as equal to “SMF4TME”.




#7 #7 applies to sort fields 7 through 9. The default is NULL. The value of the field cannot exceed 30 characters.

For example, if you want to sort on the seven fields, SMF4JBN, SMF4STN, SMF4STID, SMF4SIT, SMF4DTE, SMF4TME, and SMF4STMN, you can override all three parameters by specifying #5 as equal to “SMF4JBN, SMF4STN, SMF4STID”, #6 as equal to “SMF4SIT SMF4DTE SMF4TME”, and #7 as equal to “SMF4STMN”.









Print all records with SMF buffer date and time between 2 P.M. and 3 P.M. on August 4, 1997. Print the records using the long format.




COPY SMF04REC

COPY DYSMF4 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#5='SMF4JBN SMF4STN'

#L=YES #S=NULL

FIN




Print all records regardless of date and time in job name (SMF4JBN) and step number (SMF4STN) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF04REC

COPY DYSMF4 #5='SMF4JBN SMF4STN'

#S=YES #L=NULL

FIN


IF SMF04STMN NE 'STEP010'

REJECT

ENDIF





08/10/97 SHORT REPORT SMF RECORD TYPE 4 STEP TERMINATION PAGE 1 JOB STEP STEP PROGRAM INITIATOR INITIATOR STEP STEP STEP STEP NAME NO. NAME NAME SEL.STEP SEL.STEP TERMIN. TERMIN. RUN COMPLETION DATE TIME DATE TIME TIME CODE

EM9004C 1 STEP010 A900400 08/04/97 14:19:45.85 08/04/97 14:19:46.94 000:00:01.09 NORMAL COMPLETION:0000

1 STEP010 A900400 08/04/97 14:29:54.18 08/04/97 14:29:54.97 000:00:00.79 NORMAL COMPLETION:0000

EM9004P 1 STEP010 A900400 08/04/97 14:20:01.97 08/04/97 14:20:02.53 000:00:00.56 NORMAL COMPLETION:0000

JOB 1 IEFPROC IEBEDIT 08/04/97 14:19:15.84 08/04/97 14:19:16.14 000:00:00.30 NORMAL COMPLETION:0000

SMFDUMP1 1 CLEAR1 IFASMFDP 08/04/97 14:19:16.29 08/04/97 14:20:20.18 000:01:03.89 NORMAL COMPLETION:0000

T107S04V 1 STEPXXXX AMBLIST 08/04/97 14:31:29.01 08/04/97 14:31:30.49 000:00:01.48 NORMAL COMPLETION:0000

1 STEPXXXX AMBLIST 08/04/97 14:31:36.86 08/04/97 14:31:37.24 000:00:00.38 NORMAL COMPLETION:0000

T109C20O 1 STEP IEFBR14 08/04/97 14:21:42.34 08/04/97 14:21:42.38 000:00:00.04 NORMAL COMPLETION:0000

1 STEP IEFBR14 08/04/97 14:23:26.23 08/04/97 14:23:26.28 000:00:00.05 NORMAL COMPLETION:0000

T109P09 1 DWPRINT DDDMEDIT 08/04/97 14:23:56.43 08/04/97 14:24:01.19 000:00:04.76 NORMAL COMPLETION:0000

T109P33A 1 COB IKFCBL00 08/04/97 14:26:36.86 08/04/97 14:26:38.75 000:00:01.89 NORMAL COMPLETION:000C

2 LKED IEWL 08/04/97 14:26:38.77 08/04/97 14:26:38.79 000:00:00.02 STEP WAS FLUSHED :0000

T109P46B 1 IOBKRSTR IKJEFT01 08/04/97 14:20:36.88 08/04/97 14:20:39.46 000:00:02.58 NORMAL COMPLETION:0000

1 IOBKRSTR IKJEFT01 08/04/97 14:24:00.04 08/04/97 14:24:07.10 000:00:07.06 NORMAL COMPLETION:0000

T109P46R 1 RGSCOMP IKJEFT01 08/04/97 14:26:28.74 08/04/97 14:26:53.39 000:00:24.65 NORMAL COMPLETION:0000

T109P47B 1 DELETE IEFBR14 08/04/97 14:28:20.30 08/04/97 14:28:20.60 000:00:00.30 NORMAL COMPLETION:0000

1 DELETE IEFBR14 08/04/97 14:30:03.17 08/04/97 14:30:03.64 000:00:00.47 NORMAL COMPLETION:0000

2 WBRG100 IKJEFT01 08/04/97 14:28:20.61 08/04/97 14:29:06.06 000:00:45.45 SYSTEM ABEND :0222

T109P47U 1 STEP1 IKJEFT01 08/04/97 14:26:36.93 08/04/97 14:26:41.56 000:00:04.63 NORMAL COMPLETION:0000

1 STEP1 IKJEFT01 08/04/97 14:29:16.76 08/04/97 14:29:20.91 000:00:04.15 NORMAL COMPLETION:0000



3 S04A IEFBR14 08/04/97 14:27:12.19 08/04/97 14:27:12.35 000:00:00.16 NORMAL COMPLETION:0000

3 S04A IEFBR14 08/04/97 14:29:38.75 08/04/97 14:29:38.96 000:00:00.21 NORMAL COMPLETION:0000

4 S04 IEBGENER 08/04/97 14:27:12.37 08/04/97 14:27:13.26 000:00:00.89 NORMAL COMPLETION:0000








08/10/97 LONG REPORT SMF RECORD TYPE 4 STEP TERMINATION PAGE 1 JOB NAME EM9004C RDR RECOGNIZED JOB CARD DATE 08/04/97

SYSTEM IDENTIFICATION IPO1 RDR RECOGNIZED JOB CARD TIME 14:19:45.60

USER IDENTIFICATION INITIATOR SELECTED STEP DATE 08/04/97

STEP NUMBER 1 INITIATOR SELECTED STEP TIME 14:19:45.85

NO.OF CARD-IMAGE RECORDS 0 STEP TERMINATED DATE 08/04/97

ADDR SPACE DISPATCH.PRIORITY 121 STEP TERMINATED TIME 14:19:46.94

PROGRAM NAME A900400 STEP RUN TIME 000:00:01.09

STEP COMPLETION CODE (HEX) 0000- NORMAL COMPLETION STEP TERMINATION INDICATOR NORMAL COMPLETION

STEP NAME STEP010 ENTIRE PRIVATE ADDR SPACE 8193K

STORAGE USED FM TOP PRIV.AREA 188K STORAGE USED FM BTM PRIV.AREA 8196K

STORAGE PROTECT KEY (HEX) 80 DEVICE ALLOCATION START TIME 14:19:45.86

OFFSET FM REC HDR TO RELOCATE 157 PROBLEM PROGRAM START TIME 14:19:45.95

LENGTH OF DEVICE ENTRY 50 STEP CPU TIME UNDER SRBS 00:00:00.00

RECORD INDICATOR STORAGE IS VIRTUAL. DEVICE CLASS (HEX) 20 EXCP COUNT 2

CHANNEL ADDRESS (HEX) 04 UNIT ADDRESS (HEX) 13

UNIT TYPE (HEX) 0E DEVICE CLASS (HEX) 20 EXCP COUNT 3


UNIT TYPE (HEX) 0E DEVICE CLASS (HEX) 20 EXCP COUNT 3


UNIT TYPE (HEX) 0E

LENGTH OF ACCOUNTING SECTION 4 STEP CPU TIME UNDER TCBS 00:00:00.05

NO.OF ACCOUNTING FIELDS 0

ACCOUNTING FIELDS ---

NO.NON-VIO,NON-SWAP PAGE-INS 0 NO.NON-VIO,NON-SWAP PAGE-OUTS 0

NO.ADDR SPACE SWAP SEQUENCES 0 NO.OF PAGES SWAPPED IN 0

NO.OF PAGES SWAPPED OUT 0 NO.VIO PAGE-INS FOR THIS STEP 0

NO.VIO PAGE-OUTS FOR THE STEP 0 STEP SERVICE,IN SERVICE UNITS 1134

STEP TRANSACTION ACTIVE TIME 00:00:00.92 STEP PERFORMANCE GROUP NUMBER 1

STEP TRANSACTION RESIDENCY TM 00:00:00.92 NO.RECLAIMS FOR PRIVATE AREAS 0

NO.VIO RECLAIMS FOR THIS STEP 0 NO.OF COMMON AREA PAGE-INS 0

NO.OF COMMON AREA RECLAIMS 0 NO.OF PAGES STOLEN FM STORAGE 0

NO.PAGE SECONDS FOR THIS STEP 4.464 NO.LINK PACK AREA PAGE-INS 0

NO.LINK PACK AREA RECLAIMS 0 STEP CPU SERVICE 631

STEP I/O SERVICE 145 STEP MAIN STORAGE SERVICE 316

STEP SRBS SERVICE 42

**************************************************************************************************************************





REDEFINE AT SMFRCD4



SMF4TME 4 3 BI ;TOD, USING FORMAT FROM TIME MACRO W/BIN. INTVL.



SMF4JBN 8 15 CH ;JOB NAME

SMF4RST 4 23 BI ;READER START TIME (IN 100THS SECONDS)

SMF4RSD 4 27 PD ;READER START DATE

SMF4UIF 8 31 CH ;USER IDENTIFICATION FIELD

SMF4STN 1 39 BI ;STEP NUMBER

SMF4SIT 4 40 BI ;STEP INITIATION TIME (IN 100THS SECONDS)

SMF4STID 4 44 PD ;STEP INITIATION DATE (PACKED DECIMAL FORMAT)

SMF4NCI 4 48 BI ;NUMBER OF CARD IMAGES IN DD DATA OR DD *

* DATA SETS

SMF4SCC 2 52 BI ;STEP COMPLETION CODE

SMF4PRTY 1 54 BI ;PRIORITY AT WHICH STEP WAS DISPATCHED :

* ACTUAL PRIORITY=251-(15-USER PRIORITY)*16

SMF4PGMN 8 55 CH ;PROGRAM NAME

SMF4STMN 8 63 CH ;STEP NAME

SMF4RSV5 2 71 BI ;RESERVED

SMF4SYST 2 73 BI ;SYSTEM AREA USED(TOP OF PRIVATE AREA)

SMF4H0ST 2 75 BI ;STORAGE USED(VIRT OR REAL-SEE SMF4RIN)

*SMF4STU EQU SMF4H0ST (LOW OF PRIVATE AREA)

SMF4RV1 2 77 BI ;RESERVED

SMF4RSH0 4 79 BI ;REGION SIZE REQ(PRIVATE AREA 1K UNIT)

* SMF4PRV EQU SMF4RSH0

SMF4SPK 1 83 BI ;STORAGE PROTECT KEY

SMF4STI 1 84 BI ;STEP TERMINATION INDICATOR

* BIT0 — RESERVED

* BIT1 — CANCELED AT EXIT IEFUJV

* BIT2 — CANCELED AT EXIT IEFUJI

* BIT3 — CANCELED AT EXIT IEFUSI

* BIT4 — CANCELED AT EXIT IEFACTRT

* BIT5 — STEP IS TO BE RESTARTED

* BIT6 — 0=NORMAL COMPLETION

* 1=ABEND

* BIT7 — 1=STEP FLUSHED


SMF4AST 4 87 BI ;DEVICE ALLOC START TIME

SMF4PPST 4 91 BI ;PROBLEM PROGRAM START TIME


SMF4SRBT 3 96 BI ;STEP CPU TIME UNDER SRB(.01 SEC)

SMF4RIN 2 99 BI ;RECORD INDICATORS

* BIT0—4 RESERVED

* 5 =1 DEVICE DATA NOT RECORDED

* 6 =1 POSSIBLE ERROR IN DEV ENTRY



* 7 =0 STOR IS VIRTUAL, =1 STOR IS REAL

* 8-15 RESERVED

SMF4RLCT 2 101 BI ;OFFSET TO RELOCATE SECTION

SMF4LENN 2 103 BI ;LENGTH OF EXCP PORTION OF RECORD

* FOR EACH DEVICE ASSIGNED TO EACH DATA SET THERE IS AN 8 BYTE

* ENTRY HAVING THE FOLLOWING FORMAT:

* DEVICHDR 1 105

SMF4DEVC 1 105 BI ;DEVICE CLASS

SMF4UTYP 1 106 BI ;UNIT TYPE

SMF4CUAD 2 107 BI ;CHANNEL AND UNIT ADDRESS

* SMF4VDV EQU X'80' VIRTUAL INDICATOR

SMF4EXCP 4 109 BI ;COUNT OF EXCP'S ISSUED FOR THE DEVICE AND

* DATA SET

REDEFINE AT SMF4DEVC

ACCOUHDR 1 105

SMF4LNTH 1 105 BI ;TOTAL LENGTH OF CPU AND ACCT. SECTION

SMF4SETM 3 106 BI ;STEP CPU TIME UNDER TCB(.01SEC)

SMF4NAF 1 109 BI ;NUMBER OF ACCOUNTING FIELDS

SMF4ACTF 1 110 CH ;EXEC STATEMENT ACCOUNTING FIELDS(VARIABLE)

REDEFINE AT SMF4ACTF

*

* EACH ENTRY FOR AN ACCOUNTING FIELD CONTAINS THE LENGTH OF THE

* FIELD (1 BYTE,BINARY), FOLLOWED BY THE FIELD(EBCDIC). AN

* OMITTED FIELD IS REPRESENTED BY A LENGTH INDICATOR OF 0.

*

* RELOCATE SECTION

RELOCHDR 1 110

SMF4PGIN 4 110 BI ;NUMBER OF PAGE-INS

SMF4PGOT 4 114 BI ;NUMBER OF PAGE-OUTS

SMF4NSW 4 118 BI ;NUM OF SWAPS

*SMF4RGNS EQU SMF4NSW

SMF4PSI 4 122 BI ;PAGES SWAPPED IN

*SMF4SIN EQU SMF4PSI

SMF4PSO 4 126 BI ;PAGES SWAPPED OUT

*SMF4SOUT EQU SMF4PSO

SMF4VPI 4 130 BI ;VAM PAGE INS

SMF4VPO 4 134 BI ;VAM PAGE OUTS

* PERFORMANCE SECTION

SMF4SST 4 138 BI ; STEP SERVICE TIME

SMF4ACT 4 142 BI ; STEP ACTIVE TIME

SMF4PGNO 2 146 BI ; PERFORMANCE NUMBER

SMF4TRAN 4 148 BI ; STEP TRANSACTION RESIDENCY TIME

SMF4RECL 4 152 BI ; NUMBER OF RECLAIMS

REDEFINE AT SMF4RECL

SMF4CPM 4 152 BI ; ATTEMPTS TO READ DATA NOT SATISFIED DATA DEL

SMF4RCLM 4 156 BI ; NUMBER OF VIO RECLAIMS

SMF4CPGN 4 160 BI ; NUMBER OF COMMON PAGE-INS

SMF4CRCL 4 164 BI ; NUMBER OF COMMON RECLAIMS

REDEFINE AT SMF4CRCL



SMF4HSPI 4 164 BI ; NUMBER OF HYPERSPACE PAGE-INS FROM AUX TO PRO

SMF4PGST 4 168 BI ; NUMBER OF PAGES STOLEN FROM THIS MEMORY

SMF4PSEC 8 172 CH ; COUNT OF PAGE SECONDS

SMF4LPAI 4 180 BI ; LPA PAGE INS

SMF4LPAR 4 184 BI ; LPA RECLAIMS

REDEFINE AT SMF4LPAR

SMF4HSPO 4 184 BI ; HYPERSPACE PAGE OUTS FROM PROCESSOR TO AUX

SMF4CPUS 4 188 BI ; STEP CPU SERVICE

SMF4IOCS 4 192 BI ; STEP I/O SERVICE

SMF4MSOS 4 196 BI ; STEP MAIN STORAGE SERVICE

SMF4SRBS 4 200 BI ; STEP SRB SERVICE



DYSMF5 COPY Function The DYSMF5 COPY function can be used to print SMF type 5 records in two report formats — a long format and a short format. SMF type 5 records contain information that is pertinent to JOB TERMINATION. The examples for DYSMF5 short formatted and long formatted reports are shown in this section. The COPY function assumes that the SMF record is formatted as shown in DYSMF5 Record Definition COPYLIB(SMF05REC).

Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, job input class, number of job steps, initiator selected job date, and initiator selected job time.












#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF5JBN SMF5JICL SMF5NST”. If you want to sort up to three fields, you can override this parameter by specifying the name of the fields under #5 and defining #6 as equal to NULL since #6 has its own default value.

For example, if you want to sort on the two fields, SMF5JBN and SMF5NST, you can specify #5 as equal to “SMF5JBN SMF5NST” and #6 as equal to NULL.

#6 #6 applies to sort fields 4 through 6. The value of the field cannot exceed 30 characters. The default value is “SMF5JID SMF5JIT”. If you want to sort up to six fields, you can override both #5 and #6 parameters by specifying the name of the fields under #5 and #6.

For example, if you want to sort on the four fields, SMF5JBN, SMF5NST, SMF5JID, and SMF5JIT, you can specify #5 as equal to “SMF5JBN SMF5NST SMF5JID”, and #6 as equal to “SMF5JIT”.


For example, if you want to sort on the seven fields, SMF5JBN, SMF5JID, SMF5JIT, SMF5RSD, SMF5RST, SMF5DTE, and SMF5TME, you can override all three parameters by specifying #5 as equal to “SMF5JBN SMF5JID SMF5JIT”, #6 as equal to “SMF5RSD SMF5RST SMF5DTE”, and #7 as equal to “SMF5TME”.











Print all records with SMF buffer date and time between 2 P.M. and 3 P.M. on August 4, 1997. Print the records using the long format.

OPTION STRUCTURED2




COPY SMF05REC

COPY DYSMF5 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#5= 'SMF5JBN SMF5PRGN'

#L=YES #S=NULL

FIN


Print all records regardless of date and time in job name (SMF5JBN) and programmer's name (SMF5PRGN) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF05REC

COPY DYSMF5 #5= 'SMF5JBN SMF5PRGN'

#S=YES #L=NULL

FIN


IF SMF05SID NE 'IPO1'

REJECT

ENDIF





08/10/97 SMF RECORD TYPE 5 SHORT REPORT JOB TERMINATION PAGE 1 JOB JOB NO. NO. INIT. INIT. JOB JOB JOB JOB PROGRAMMER

NAME INPUT JOB CARD- SEL.JOB SEL.JOB TERMIN. TERMIN. RUN COMPLETION NAME

CLASS STEPS IMAGE RECS DATE TIME DATE TIME TIME CODE

CICSPRD2 Z 2 26 08/04/97 13:02:29 08/04/97 14:34:10 001:31:41.48 NORMAL COMPLETION:0000 CICSPRD2

Z 1 0 08/04/97 14:34:11 08/04/97 14:34:11 000:00:00.42 NORMAL COMPLETION:0000 CICSPRD2

EM9004C A 1 0 08/04/97 14:19:45 08/04/97 14:19:46 000:00:01.11 NORMAL COMPLETION:0000 GEN ACCT

A 1 0 08/04/97 14:29:54 08/04/97 14:29:55 000:00:00.82 NORMAL COMPLETION:0000 GEN ACCT

EM9004P A 1 0 08/04/97 14:20:01 08/04/97 14:20:02 000:00:00.59 NORMAL COMPLETION:0000 GEN ACCT

JOB 1 0 08/04/97 14:19:15 08/04/97 14:19:16 000:00:00.31 NORMAL COMPLETION:0000 ---

MOPPRINT A 7 7 08/04/97 14:33:52 08/04/97 14:37:45 000:03:53.12 NORMAL COMPLETION:0000 CUST ACCT

PRD201B A 3 2 08/04/97 14:34:06 08/04/97 14:34:43 000:00:36.78 NORMAL COMPLETION:0000 CICSPRD2

REVANAL A 2 1 08/04/97 14:33:33 08/04/97 14:35:35 000:02:01.58 NORMAL COMPLETION:0000 GEN ACCT

RMFPSTBW A 1 2 08/04/97 14:44:27 08/04/97 14:44:50 000:00:22.21 NORMAL COMPLETION:0000 WATKINS

SMFDUMP1 P 1 0 08/04/97 14:19:16 08/04/97 14:20:20 000:01:03.92 NORMAL COMPLETION:0000 OPERATIONS

T104G14Q A 2 145 08/04/97 14:35:16 08/04/97 14:35:22 000:00:05.85 NORMAL COMPLETION:0000 BLACKWELL-AUDITING

A 2 144 08/04/97 14:37:25 08/04/97 14:37:29 000:00:04.94 NORMAL COMPLETION:0000 BLACKWELL-AUDITING

T107S04V A 1 1 08/04/97 14:31:29 08/04/97 14:31:30 000:00:01.50 NORMAL COMPLETION:0000 WATKINS

A 1 1 08/04/97 14:31:36 08/04/97 14:31:37 000:00:00.39 NORMAL COMPLETION:0000 WATKINS




T109C20O A 1 0 08/04/97 14:21:42 08/04/97 14:21:42 000:00:00.07 NORMAL COMPLETION:0000 DALE PIKE

A 1 0 08/04/97 14:23:26 08/04/97 14:23:26 000:00:00.07 NORMAL COMPLETION:0000 DALE PIKE

T109P09 A 1 0 08/04/97 14:23:56 08/04/97 14:24:01 000:00:04.79 NORMAL COMPLETION:0000 DW370

T109P33A A 2 0 08/04/97 14:26:36 08/04/97 14:26:38 000:00:01.96 NORMAL COMPLETION:0000 JIM JACKSON

A 2 0 08/04/97 14:35:44 08/04/97 14:35:45 000:00:01.22 NORMAL COMPLETION:0000 JIM JACKSON



T109P41A A 2 0 08/04/97 14:41:49 08/04/97 14:41:52 000:00:03.23 NORMAL COMPLETION:0000 CECIL HALLOCK

T109P41T A 3 2 08/04/97 14:42:27 08/04/97 14:42:34 000:00:06.93 NORMAL COMPLETION:0000 CECIL HALLOCK

T109P46B W 1 3 08/04/97 14:20:36 08/04/97 14:20:39 000:00:02.60 NORMAL COMPLETION:0000 1800-D HOOD

A 1 3 08/04/97 14:24:00 08/04/97 14:24:07 000:00:07.09 NORMAL COMPLETION:0000 1800-D HOOD

T109P46R A 1 1 08/04/97 14:26:28 08/04/97 14:26:53 000:00:24.66 NORMAL COMPLETION:0000 1800 - HOOD

T109P47B W 2 2 08/04/97 14:28:20 08/04/97 14:29:06 000:00:45.78 SYSTEM ABEND: 0222 GARDNER

W 4 2 08/04/97 14:30:03 08/04/97 14:33:05 000:03:02.29 NORMAL COMPLETION:000C GARDNER

T109P47U W 5 3 08/04/97 14:26:36 08/04/97 14:27:13 000:00:36.68 NORMAL COMPLETION:0000 RBDT COMPILE/UPLOAD

W 5 3 08/04/97 14:29:16 08/04/97 14:29:39 000:00:23.07 NORMAL COMPLETION:0000 RBDT COMPILE/UPLOAD

UPLOAD G 2 1800 08/04/97 14:45:08 08/04/97 14:45:45 000:00:37.10 NORMAL COMPLETION:0000 DATA ENTRY





08/10/97 SMF RECORD TYPE 5 LONG REPORT JOB TERMINATION PAGE 1

JOB NAME EM9004C RDR RECOGNIZED JOB CARD DATE 08/04/97

SYSTEM IDENTIFICATION IPO1 RDR RECOGNIZED JOB CARD TIME 14:19:45.60

USER IDENTIFICATION RDR RECOG.END JOB CARD DATE 08/04/97

NO. OF JOB STEPS 1 RDR RECOG.END JOB CARD TIME 14:19:45.63

NO. OF CARD-IMAGE RECORDS 0 INITIATOR SELECTED JOB DATE 08/04/97

JOB COMPLETION CODE NORMAL COMPLETION: 0000 INITIATOR SELECTED JOB TIME 14:19:45.85

JOB TERMINATION INDICATOR NORMAL COMPLETION JOB TERMINATED DATE 08/04/97

JOB SELECTION PRIORITY 0 JOB TERMINATED TIME 14:19:46.96

JOB TRANSACTION RESIDENCY TM 00:00:00.92 JOB RUN TIME 000:00:01.11

READER DEVICE CLASS (HEX) 00 READER UNIT TYPE (HEX) 00

JOB INPUT CLASS A STORAGE PROTECT KEY (HEX) 80

LENGTH OF REST OF RECORD 31 JOB CPU TIME UNDER TCBS 00:00:00.05

PROGRAMMER'S NAME GEN ACCT NO.OF ACCOUNTING FIELDS 2

JOB SERVICE IN SERVICE UNITS 1,134

JOB TRANSACTION ACTIVE TIME 02:32:44.80

RELOCATE SECTION

****************

JOB CPU SERVICE IN SERVICE UNITS 631

JOB I/0 SERVICE IN SERVICE UNITS 145

JOB MAIN STORAGE SERVICE IN S. U. 316

JOB SRB SERVICE IN SERVICE UNITS 42

ACCOUNTING FIELD P101

9

************************************************************************************************************





REDEFINE AT SMFRCD5




SMF5DTE 4 7 PD ;DATE, PACKED DEC. FORM : 00YYDDDF(F IS A SIGN)



SMF5RST 4 23 BI ;READER START TIME FOR JOB (IN 100THS/SECONDS)

SMF5RSD 4 27 PD ;READER START DATE, PACKED DECIMAL FORMAT


SMF5NST 1 39 BI ;NUMBER OF STEPS IN THE JOB

SMF5JIT 4 40 BI ;JOB INITIATION TIME (IN 100THS/SECONDS)

SMF5JID 4 44 PD ;JOB INITIATION DATE, PACKED DECIMAL FORMAT

SMF5NCI 4 48 BI ;NUMBER OF CARD—IMAGE RECORDS IN DD DATA OR DD*

* DATA SETS

SMF5JCC 2 52 BI ;JOB COMPLETION CODE

SMF5JPTY 1 54 BI ;JOB PRIORITY

SMF5RSTT 4 55 BI ;READER STOP TIME FOR JOB (IN 100THS/SECONDS)

SMF5RSTD 4 59 PD ;READER STOP DATE FOR JOB (IN PACKED DEC.FORM)

SMF5JBTI 1 63 BI ;JOB TERMINATION INDICATOR

* BIT0-RESERVED

* 1—CANCELED AT EXIT IEFUJV

* 2—CANCELED AT EXIT IEFUJI

* 3—CANCELED AT EXIT IEFUSI

* 4—CANCELED AT EXIT IEFACTRT

* 5—RESERVED

* 6—O=NORMAL COMPLETION

* 1=ABEND

* 7—RESERVED

SMF5SMCI 1 64 BI ;RESV—FORMERLY SYSOUT CLASSES INDICATOR

SMF5TRAN 4 65 BI ;TOTAL TRANSACTION RESIDENCY TIME

SMF5CKRE 1 69 BI ;RESV

SMF5RDCL 1 70 BI ;READER DEVICE CLASS

SMF5RUTY 1 71 BI ;READER UNIT TYPE

SMF5JICL 1 72 CH ;JOB INPUT CLASS

SMF5SPK 1 73 BI ;STORAGE PROTECT KEY

SMF5SRBT 3 74 BI ;JOB CPU TIME UNDER SRB(.01 SEC)

SMF5TJS 4 77 BI ;TOTAL JOB SERVICE(SERVICE UNITS)

SMF5TTAT 4 81 BI ;TOTAL TRANSACTION ACTIVE TIME FOR JOB




SMF5PGNO 2 89 BI ;PERFORMANCE GROUP #

SMF5RV3 2 91 CH ;RESERVED

SMF5TLEN 1 93 BI ;TOTAL LENGTH OF ACCT SECT OF RECORD

SMF5PRGN 20 94 CH ;PROGRAMMER'S NAME

SMF5JCPU 3 114 BI ;JOB CPU TIME UNDER TCB(.01 SEC)

SMF5ACTF 1 117 BI ;NUMBER OF ACCOUNTING FIELDS

SMF5JSAF 1 118 CH ;JOB STATEMENT ACCOUNTING FIELDS(VARIABLE)

REDEFINE AT SMF5JSAF

*


* FIELD (1 BYTE,BINARY), FOLLOWED BY THE FIELD (EBCDIC). AN OMITTED

* FIELD IS REPRESENTED BY A LENGTH INDICATOR OF 0.

SMF5CPUS 4 118 BI ;JOB CPU SERVICE

SMF5IOCS 4 122 BI ;JOB I/O SERVICE

SMF5MSOS 4 126 BI ;JOB MAIN STORAGE SERVICE

SMF5SRBS 4 130 BI ;JOB SRB SERVICE



DYSMF6 COPY Function The DYSMF6 COPY function can be used to print SMF type 6 records in two report formats — a long format and a short format. SMF type 6 records contain information that is pertinent to SYSOUT PROCESSING. The examples for DYSMF6 short formatted and long formatted reports are shown in this section. The COPY function assumes that the SMF record is formatted as shown in DYSMF6 Record Definition COPYLIB(SMF06REC).

Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, job number, SYSOUT class, SYSOUT start date, and SYSOUT start time.












#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF6JBN SMF6JNM SMF6OWC”. If you want to sort up to three fields, you can override this parameter by specifying the name of the fields under #5 and defining #6 as equal to NULL, since #6 has its own default value.

For example, if you want to sort on the two fields, SMF6JBN and SMF6OWC, you can specify #5 as equal to “SMF6JBN SMF6OWC” and #6 as equal to NULL.

#6 #6 applies to sort fields 4 through 6. The value of the field cannot exceed 30 characters. The default value is “SMF6WSD SMF6WST”. If you want to sort up to six fields, you can override both #5 and #6 parameters by specifying the name of the fields under #5 and #6.

For example, if you want to sort on the four fields, SMF6JBN, SMF6JNM, SMF6WSD, and SMF6WST, you can specify #5 as equal to “SMF6JBN SMF6JNM SMF6WSD” and #6 as equal to “SMF6WST”.


For example, if you want to sort on the seven fields, SMF6JBN, SMF6UIF, SMF6OWC, SMF6RSD, SMF6RST, SMF6DTE, and SMF6TME, you can override all three parameters by specifying #5 as equal to “SMF6JBN SMF6UIF SMF6OWC”, #6 as equal to “SMF6RSD SMF6RST SMF6DTE”, and #7 as equal to “SMF6TME”.











Print all records with SMF buffer date and time between 00:00 A.M. and 1:00 A.M. on August 4, 1997. Print the records using the long format.

OPTION STRUCTURED2



STATUS SMF6EOF ;END OF FILE

COPY SMF06REC

COPY DYSMF6 #1=”'08/04/97'” #2=”'00:00:00'”

#3=”'08/04/97'” #4=”'01:00:00'”

#5='SMF6JBN SMF6OWC'

#L=YES #S=NULL

FIN


Print all records regardless of date and time in job name (SMF6JBN) and SYSOUT class (SMF6OWC) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF06REC

COPY DYSMF6 #5='SMF6JBN SMF6OWC'

#S=YES #L=NULL

FIN


IF SMF06FMN NE 'STD'

REJECT

ENDIF





08/10/97 10.34.07 SMF RECORD TYPE 6 SHORT REPORT JES2 PAGE 1

JOB JOB SYSOUT FORM NUMBER OF SYSOUT SYSOUT OUTPUT LOGICAL APPROXIMATE

NAME NUMBER CLASS NUMBER LOGICAL START START ROUTE OUTPUT PHYSICAL

RECORDS BY DATE TIME CODE DEVICE NAME PAGE

WRITER (HEX) COUNT

---------------------------------------------------------------------------------------------------------------------------

AP20160 0000 A STD 278 08/04/97 00:09:17.42 0100 PRT2 9

AP20162 0000 A STD 3,096 08/04/97 00:34:52.68 0100 PRT2 68

DFHSM 0000 A STD 15 08/04/97 03:44:10.92 0100 PRT2 1

FD2D020 0000 A STD 16 08/04/97 06:33:33.96 015A R90.PR1 4

FD2D040 0000 A STD 30 08/04/97 06:30:21.76 015A R90.PR1 5

FD2D060 0000 A STD 821 08/04/97 06:34:34.37 0177 R119.PR1 40

FD2D065 0000 A STD 182 08/04/97 06:38:24.84 0177 R119.PR1 12

FD2RECVR 0000 A STD 23 08/04/97 02:58:20.52 01A0 R160.PR1 1




FD2RPT 0000 A STD 125 08/04/97 02:37:14.68 0191 R145.PR1 4

FD2RPT 0000 A STD 60 08/04/97 06:56:02.21 019E R158.PR1 2

FD2RPT 0000 A STD 119 08/04/97 07:04:38.33 0167 R103.PR1 4

FD2RPT 0000 A STD 130 08/04/97 07:05:22.56 0167 R103.PR1 4

FD2RPT 0000 A STD 126 08/04/97 07:06:05.83 0167 R103.PR1 4

FD2U030 0000 A STD 204 08/04/97 01:27:39.31 0100 PRT2 9

FD2U030 0000 A STD 204 08/04/97 01:27:40.29 015A R90.PR1 9

FD2U030 0000 A STD 2 08/04/97 01:27:55.87 0100 PRT2 1

FD2U055 0000 A STD 95 08/04/97 01:06:23.24 0100 PRT2 1

FD2U055 0000 A STD 7 08/04/97 01:06:23.62 015A R90.PR1 3

FD2U055 0000 A STD 83 08/04/97 01:06:23.66 018D R141.PR1 5

FD2U055 0000 A STD 178 08/04/97 01:06:36.02 0100 PRT2 15

FD2U055 0000 A STD 7 08/04/97 01:06:43.73 015A R90.PR1 3

FD2U055 0000 A STD 7 08/04/97 01:06:48.45 0100 PRT2 2

FD2WODA 0000 A STD 118 08/04/97 00:55:36.66 015A R90.PR1 11

FD21462 0000 A STD 39 08/04/97 01:17:55.59 0100 PRT2 2

FD21462 0000 A STD 39 08/04/97 01:17:55.81 015A R90.PR1 3

FD22810 0000 A PLY6 1,763 08/04/97 00:58:01.51 015A R90.PR1 47

FD22910 0000 A STD 14 08/04/97 01:00:01.19 015A R90.PR1 2

FD22952 0000 A STD 29 08/04/97 04:11:26.61 01A1 R161.PR1 1

FD22952 0000 A STD 20 08/04/97 04:11:49.81 01A1 R161.PR1 1

FD22952 0000 A STD 20 08/04/97 04:12:18.99 01A1 R161.PR1 1



FD22952 0000 A STD 29 08/04/97 04:13:39.47 01A1 R161.PR1 1

FD22952 0000 A STD 23 08/04/97 04:46:50.56 01A1 R161.PR1 1



08/10/97 16.37.12 SMF RECORD TYPE 6 LONG REPORT JES2 PAGE 1

HEADER SECTION

**************

TIME RECORD MOVED TO SMF BUFFER 00:09:32.47 DATE RECORD MOVED TO SMF BUFFER 08/04/97

SYSTEM ID BEP1 JOB NAME AP20160

READER START TIME 00:08:58.65 READER START DATE 08/04/97

USER ID

SYSOUT CLASS, BLANK FOR NON-SYSOUT A LOGICAL OUTPUT DEVICE NAME PRT2

FORM NUMBER STD FCB IMAGE IDENTIFICATION PRINTER ONLY 6

JES ASSIGNED JOB NUMBER 0000 UCS IMAGE IDENTIFICATION PRINTER ONLY PN

WRITER START TIME 00:09:17.42 WRITER START DATE 08/04/97

STATUS INDICATORS (HEX) 40

IO ERROR INDICATOR (HEX) 00 DATA SET CONTROL INDICATORS (HEX) 00

RECORD LEVEL INDICATOR (HEX) 04

LOGICAL RECORDS HANDLED BY WRITER 278 DATA SETS PROCESSED BY THE OUTPUT 5

LENGTH OF SECTION INCLUDING THIS FIELD 30 APPROXIMATE PHYSICAL PAGE COUNT 9

SECTIONS PRESENT COMMON

DATA SET INDICATOR

OUTPUT ROUTE CODE, MEANING LOCAL ROUTINE OUTPUT ROUTE CODE (HEX) 0100

RECORD LEVEL INDICATOR

MVS/ESA JES2 SP4.1.0

SUBSYSTEM GENERATING ID, MEANING JES2 SUBSYSTEM GENERATING ID (HEX) 0002

JES ASSIGNED JOB NUMBER 0000 LOGICAL OUTPUT DEVICE NAME PRT2

FCB IMAGE IDENTIFICATION PRINTER ONLY 6 UCS IMAGE IDENTIFICATION PRINTER ONLY PN

JES2 COMMON SECTION

*******************

LENGTH OF SECTION INCLUDING THIS FIELD 162 OUTPUT ROUTE CODE JES2 COMMON SECTION (HEX) 00010000

OUTPUT FORM NUMBER STD JOB ID

THE STEP NAME OF THE JOB SESSION

PROCEDURE STEP NAME JOB30896 DD NAME ALLOCATED FOR CREATING THE DATA SET

USER ID ASSOCIATED WITH THE JOB/SESSION SECURITY LEVEL

NODE NAME AND NAME OF DATA SET BEING PRINTED CA7

OUTPUT USER SECURITY TOKEN LINE





REDEFINE AT SMFRCD6



* SMFJ6 EQU 6 PRINT/PUNCH RECORD TYPE





SMF6RST 4 23 BI ;RDR START TIME, TIME JOB CARD 1ST READ

SMF6RSD 4 27 PD ;READER START DATE 00YYDDDF

SMF6UIF 8 31 CH ;USER ID FIELD

SMF6OWC 1 39 CH ;OUTPUT WTR CLASS, BLANK FOR NON-SYSOUT

SMF6WST 4 40 BI ;WRITER START TIME

SMF6WSD 4 44 PD ;WRITER START DATE

SMF6NLR 4 48 BI ;# OF LOGICAL RECORDS HANDLED BY WRITER

* PER FORM # PER CLASS. INCLUDES REPEATS

* AND RESTARTS.

SMF6IOE 1 52 BI ;IO ERROR INDICATOR:

* BITS 0-4 — RESERVED

*SMF6DIE EQU X'04' 5 — DATA INPUT ERROR

* 6 — RESV

*SMFCBIE EQU X'01' 7 — CONTROL BLOCK INPUT ERROR

SMF6NDS 1 53 BI ;# OF DATA SETS PROCESSED BY THE OUTPUT

* WRITER AND INCLUDED IN THIS RECORD.

* (COUNT FOR EACH TIME A DS IS PRINTED)

* DOES NOT INCLUDE RESTARTS.

SMF6FMN 4 54 CH ;FORM NUMBER

SMF6PAD1 1 58 BI ;STATUS INDICATORS — THE SECTIONS WILL BE IN THE

* ORDER LISTED BELOW WHEN THE

* BIT IS TURNED ON

* BIT MEANING

*SMF6FEXT EQU X'80' 0 1 — FIRST EXTENSION PRESENT

*SMF6REXT EQU X'40' 1 1 — ROUTING SECTION PRESENT

*SMF6SEXT EQU X'20' 2 1 — SECOND EXTENSION PRESENT

* 3-7 — RESERVED

SMF6SBS 2 59 BI ;SUBSYSTEM GENERATING ID

* EXTWTR=0, JES2=2, JES3=5, PSF=7

SMF6LN1 2 61 BI ;LENGTH OF SECTION INCLUDING THIS FIELD

SMF6DCI 1 63 BI ;DS CONTROL INDICATORS FOR DATA GROUP

*SMF6DCRV EQU X'80' 0 — RESERVED

*SMF6SDS EQU X'40' 1 — SPUN OFF DS

*SMF6OCN EQU X'20' 2 — TERMINATED BY OPERATOR

*SMF6ORD EQU X'10' 3 — INTERRUPTED BY OPERATOR (JES2)

* OPERATOR RESTARTED DATA SET

* WITH DESTINATION (JES3)

*SMF6OR EQU X'08' 4 — RESTARTED BY OPERATOR



*SMF6ROR EQU X'04' 5 — CONT OF INTERRUPTED GROUP (JES2)

* RECEIVED OP RESTARTED DS(JES3)

*SMF6OSS EQU X'02' 6 — CARRIAGE OVERRIDDEN BY OPER(JES2)

* OPERATOR STARTED WITH

* SINGLE SPACE(JES3)

*SMF6INT EQU X'01' 7 — PUNCH WAS INTERRUPTED

SMF6INDC 1 64 BI ;INDICATOR BITS

* BITS 0-3 ARE RESERVED FOR FUTURE EXPANSION

* OF DATA SET CONTROL INDICATORS

* BITS 4-7 ARE RECORD LEVEL INDICATORS IN

* BIT VALUE FORMAT. EXAMPLE: LEVEL 1=X'01'

* LEVEL 12=X'0C'

* LEVEL 15=X'0F'

* THIS NUMBER WILL BE INCREMENTED BY 1

* EACH TIME A NEW RELEASE CHANGES THE RECORD

*SMF6LEV2 EQU X'01' THIS VARIABLE IS FOR JES2 TO SET THE LEVEL

* INDICATOR BITS. SMF WILL UPDATE THIS

* COUNT EACH TIME JES2 REQUESTS AN UPDATE TO

* THIS RECORD.

*SMF6LEV3 EQU X'01' THIS VARIABLE IS FOR JES3 TO SET THE LEVEL

* INDICATOR BITS. SMF WILL UPDATE THIS

* COUNT EACH TIME JES3 REQUESTS AN UPDATE TO

* THIS RECORD.

SMF6JNM 4 65 CH ;JES ASSIGNED JOB NUMBER

SMF6OUT 8 69 CH ;LOGICAL OUTPUT DEVICE NAME

* FOR THE 3820, ACF/VTAM LOGICAL UNIT NAME

SMF6FCB 4 77 CH ;FCB ID

SMF6UCS 4 81 CH ;UCS ID

* END OF RECORD FOR EXTERNAL WTR

SMF6PGE 4 85 BI ;APPROXIMATE PHYSICAL PAGE COUNT

*

SMF6J2S 1 CH ;BEGIN JES2 ONLY SECTION

REDEFINE AT SMF6J2S

SMF6RTE 2 89 BI ;OUTPUT ROUTE CODE OR ZERO

SMF6END2 1 91 BI ;END OF JES2 RECORD

REDEFINE AT SMF6J2S

SMF6J3S 1 CH ;BEGIN JES3 ONLY SECTION

REDEFINE AT SMF6J3S

SMF6DFE 2 89 BI ;DATA FORMAT ERROR INDICATORS

* BITS 0-5 — RESV

*SMF6CCE EQU X'02' 6 — SOME 1ST CHAR CONTROL DATA BAD,

* DEFAULT USED

*SMF6RBE EQU X'01' 7 — BAD RECORD LENGTH(TRUNCATE OR PAD)

* 8-15 — RESV

SMF6OPR 2 91 BI ;OUTPUT PRIORITY

SMF6GRP 8 93 CH ;LOGICAL OUTPUT DEVICE GROUP NAME

SMF6RSVJ 8 101 CH ;RESERVED FOR JES3

SMF6RSVU 4 109 CH ;RESERVED FOR USER

SMF6END 1 113 BI ;END OF JES3 RECORD



*

* FIRST EXTENSION — NON-IMPACT PRINTING SUBSYSTEM SECTION

* THIS SECTION WILL ONLY BE PRESENT WHEN

* SMF6SBS IS SET TO 2, 5, OR 7 INDICATING THAT

* JES2, JES3, OR PSF HAS GENERATED THIS RECORD

*

REDEFINE AT SMF6LN1

SMF6LN2 2 61 BI ;LENGTH FIRST EXTENSION INCLUDING THIS FLD

SMF6CPS 1 63 CH ;COPIES DISTRIBUTION

* SMF6CPS OCCURS 8 TIMES.

SMF6CHR 4 71 CH ;TRANSLATE TABLE NAMES FRO CHARS PARM

* SMF6CHR OCCURS 4 TIMES.

SMF6MID 4 87 CH ;COPY MODIFICATION MODULE NAME

SMF6FLI 4 91 CH ;FLASH OVERLAY NAME

SMF6FLC 1 95 BI ;NUMBER OF COPIES FLASHED

SMF6BID 1 96 BI ;FLAG BYTE

*SMF6BTS EQU X'80' THE BTSS WAS USED FOR OUTPUT

*SMF6OPJ EQU X'40' OPTCD=J WAS USED FOR OUTPUT

*SMF6CSP EQU X'20' CUT SHEET PRINTER

SMF6FEND 1 97 BI ;END OF FIRST EXTENSION

*

* ROUTING SECTION — THIS SECTION WILL ONLY BE PRESENT WHEN

* SMF6SBS IS SET TO 2 OR 5 INDICATING THAT

* JES2 OR JES3 HAS GENERATED THIS RECORD

*

REDEFINE AT SMF6LN1

SMF6LN3 2 61 BI ;LENGTH OF SECTION INCLUDING THIS FIELD

SMF6ROUT 4 63 CH ;OUTPUT ROUTE CODE

SMF6EFMN 8 67 CH ;OUTPUT FORM NUMBER

FILLER 16 75 CH ;

SMF6JBID 8 91 CH ;JOB ID

SMF6STNM 8 99 CH ;STEP NAME, JOB/SESSION, CREATED DATA SET

SMF6PRNM 8 107 CH ;PROCEDURE STEP NAME

SMF6DDNM 8 115 CH ;DATA DEFINITION NAME

SMF6USID 8 123 CH ;USER ID RELATED TO CREATION OF DATA SET

SMF6SECS 8 131 CH ;SECURITY LEVEL OF THE CREATED DATA SET

SMF6PRMD 8 139 CH ;PROCESSING MODE OF THE DATA SET

SMF6DSNM 53 147 CH ;NAME OF THE DATA SET BEING PRINTED

FILLER 3 200 CH ;

SMF6OTOK 20 203 CH ;OUTPUT USER SECURITY TOKEN

SMF6REND 1 223 BI ;END OF ROUTING SECTION

;********* ;

ESS_HEADER 1 1 CH ;ENHANCED SYSOUT SUPPORT

REDEFINE AT ESS_HEADER

SMF6LN5 2 1 BI ;LENGTH OF ESS SECTION

SMF6SGID 4 3 BI ;SEGMENT IDENTIFIER

SMF6IND 1 7 BI ;SECTION INDICATOR

SMF6RSV 1 8 BI ;RESERVED

SMF6JDVT 8 9 CH ;JCL DEFINITION TABLE(JDT)



SMF6TUL 2 17 BI ;TEXT UNIT (SWBTU) DATA AREA LENGTH

SMF6TU 1 19 CH ;TEXT UNIT DATA AREA

*

REDEFINE AT ESS_HEADER

SMF6LN5 2 1 BI ;LENGTH OF ESS SECTION

SMF6SGID 4 3 BI ;SEGMENT IDENTIFIER

SMF6IND 1 7 BI ;SECTION INDICATOR


SMF6JDVT 8 9 CH ;JCL DEFINITION TABLE(JDT)

SMF6TUL 2 17 BI ;TEXT UNIT (SWBTU) DATA AREA LENGTH

SMF6TU 1 19 CH ;TEXT UNIT DATA AREA

*

* SECOND EXTENSION — APA (ALL POINTS ADDRESSABLE) PRINTING

* SUBSYSTEM SECTION

* THIS SECTION WILL ONLY BE PRESENT WHEN

* SMF6SBS IS SET TO 7 INDICATING THAT

* PSF HAS GENERATED THIS RECORD

*

REDEFINE AT SMF6LN1

SMF6LN4 2 61 BI ;LENGTH SECOND EXTENSION INCLUDING THIS FLD

SMF6RES 2 63 BI ;RESERVED

SMF6FONT 4 65 BI ;NUMBER OF FONTS USED

SMF6LFNT 4 69 BI ;NUMBER OF FONTS LOADED

SMF6OVLY 4 73 BI ;NUMBER OF OVERLAYS USED

SMF6LOLY 4 77 BI ;NUMBER OF OVERLAYS LOADED

SMF6PGSG 4 81 BI ;NUMBER OF PAGE SEGMENTS USED

SMF6LPSG 4 85 BI ;NUMBER OF PAGE SEGMENTS LOADED

SMF6IMPS 4 89 BI ;COUNT OF LOGICAL IMPRESSIONS PROCESSED

SMF6FEET 4 93 BI ;NUMBER OF FEET OF DOCUMENT PRINTED

* (ZERO FOR THE 3820)

SMF6PGDF 4 97 BI ;NUMBER OF PAGEDEFS USED

SMF6FMDF 4 101 BI ;NUMBER OF FORMDEFS USED

SMF6BIN 1 105 BI ;FLAG BYTE

*SMF6BIN1 EQU X'80' BIN1 WAS USED FOR ANY PART OF THE DATA SET

*SMF6BIN2 EQU X'40' BIN2 WAS USED FOR ANY PART OF THE DATA SET

SMF6PGOP 2 106 BI ;FLAG BYTE

*SMF6DUPS EQU X'80' STNDARD DUPLEX WAS USED FOR ANY PART OF DS

*SMF6DUPT EQU X'40' TUMBLE DUPLEX WAS USED FOR ANY PART OF DS

SMF6RES2 21 108 CH ;RESERVED

SMF6PDNM 8 129 CH ;PAGEDEF NAME

SMF6PTDV 8 137 CH ;PRINTDEV NAME

SMF6SEND 1 145 BI ;END OF SECOND EXTENSION



DYSMF7 COPY Function The DYSMF7 COPY function can be used to print SMF type 7 records in two report formats — a long format and a short format. SMF type 7 records contain information that is pertinent to SMF DATA LOST. The examples for DYSMF7 short formatted and long formatted reports are shown in this section. The COPY function assumes that the SMF record is formatted as shown in DYSMF7 Record Definition COPYLIB(SMF07REC).

Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by system identification, the date the record was built in the SMF buffer, the time the record was built in the SMF buffer, the “no SMF data sets were available” start date, and the “no SMF data sets were available” start time.












#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF7SID SMF7DTE SMF7TME”. If you want to sort up to three fields, you can override this parameter by specifying the name of the fields under #5 and defining #6 as equal to NULL since #6 has its own default value. For example, if you want to sort on the two fields, SMF7SID and SMF7NRO, you can specify #5 as equal to “SMF7SID SMF7NRO” and #6 as equal to NULL.

#6 #6 applies to sort fields 4 through 6. The value of the field cannot exceed 30 characters. The default value is “SMF7STD SMF7STM”. If you want to sort up to six fields, you can override both #5 and #6 parameters by specifying the name of the fields under #5 and #6.

For example, if you want to sort on the four fields, SMF7SID, SMF7DTE, SMF7TME, and SMF7NRO, you can specify #5 as equal to “SMF7SID SMF7DTE SMF7TME,” and #6 as equal to “SMF7NRO”.


For example, if you want to sort on the seven fields, SMF7RTY, SMF7SID, SMF7NRO, SMF7DTE, SMF7TME, SMF7STD, and SMF7STM, you can override all three parameters by specifying #5 as equal to “SMF7RTY SMF7SID SMF7NRO”, #6 as equal to “SMF7DTE SMF7TME SMF7STD”, and #7 as equal to “SMF7STM”.












OPTION STRUCTURED2




COPY SMF07REC

COPY DYSMF07 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'14:20:00'”

#5= 'SMF7SID SMF7DTE SMF7TME'

#L=YES #S=NULL

FIN


Print all records regardless of date and time in system identification (SMF7SID), date (SMF7DTE), and time (SMF7TME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF07REC

COPY DYSMF7 #5= 'SMF7SID SMF7DTE SMF7TME'

#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 09.27.10 SMF RECORD TYPE 7 SHORT REPORT DATA LOST PAGE 1

SYSTEM TIME DATE START DATE OF PERIOD START TIME OF PERIOD NUMBER OF SMF RECORDS

IDENTIFICATION RECORD RECORD IN WHICH NO SMF DATA IN WHICH NO SMF DATA LOST BECAUSE NO SMF

WRITTEN WRITTEN WERE AVAILABLE FOR WERE AVAILABLE FOR DATA WERE AVAILABLE

RECORDING RECORDING FOR RECORDING

--------------------------------------------------------------------------------------------------------------

IPO1 14:19:36.97 08/04/97 08/04/97 13:03:49.87 10

IPO1 14:19:38.62 08/04/97 08/04/97 13:03:49.87 10

IPO1 14:19:57.16 08/04/97 08/04/97 13:08:52.67 10

IPO1 14:20:11.06 08/04/97 08/04/97 13:08:52.67 10

IPO1 14:21:44.82 08/04/97 08/04/97 13:55:14.33 10

IPO1 14:23:49.59 08/04/97 08/04/97 13:08:52.67 10

IPO1 14:24:59.39 08/04/97 08/04/97 13:08:52.67 10

IPO1 14:26:31.02 08/04/97 08/04/97 13:08:52.67 10

IPO1 14:26:42.87 08/04/97 08/04/97 14:02:59.99 10

IPO1 14:26:53.08 08/04/97 08/04/97 13:11:40.74 10





08/10/97 09.32.08 SMF RECORD TYPE 7 LONG REPORT DATA LOST PAGE 1

HEADER SECTION

**************


START DATE OF PERIOD DURING WHICH START TIME OF PERIOD DURING WHICH

NO SMF DATA WHERE AVAILABLE FOR RECORDING 08/04/97 NO SMF DATA WHERE AVAILABLE FOR RECORDING 13:03:49.87

SYSTEM IDENTIFICATION IPO1

NUMBER OF SMF RECORDS LOST BECAUSE

NO SMF DATA WHERE AVAILABLE FOR RECORDING 10

*****************************************************************************************************************

HEADER SECTION

**************







*********************************************************************************************************************

HEADER SECTION

**************







*********************************************************************************************************************





REDEFINE AT SMFRCD7






SMF7NRO 2 15 BI ;NUMBER OF SMF RECORDS OMITTED FROM DATA SET

SMF7STM 4 17 BI ;STARTING TIME IN HUNDREDTHS OF SECONDS AT

* WHICH NO DATA SET WAS AVAILABLE FOR RECORDING

* SMF RECORDS

SMF7STD 4 21 PD ;STARTING DATE AT WHICH NO DATA SET WAS

* AVAILABLE FOR RECORDING SMF RECORDS



DYSMF14 COPY Function The DYSMF14 COPY function can be used to print SMF type 14 records in two report formats — a long format and a short format. SMF type 14 records contain information that is pertinent to INPUT OR RDBACK DATA SET ACTIVITY. The examples for DYSMF14 short formatted and long formatted reports are shown in this section. The COPY function assumes that the SMF record is formatted as shown in DYSMF14 Record Definition COPYLIB(SMF14REC).

Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, job number, SYSOUT class, SYSOUT start date, and SYSOUT start time.









#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF14JBN SMF14DTE SMF14TME”.




#6 #6 contains additional sort fields. The default is NULL. The value of the field cannot exceed 30 characters.











OPTION STRUCTURED2



STATUS SMF14FIN ;END OF FILE

COPY SMF14REC

COPY DYSMF14 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'14:20:00'”

#5='SMF14DTE SMF14TME'

#L=YES #S=NULL

FIN




Print all records regardless of date and time in date (SMF14DTE) and time (SMF14TME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF14REC

COPY DYSMF14 #5='SMF14DTE SMF14TME'

#S=YES #L=NULL

FIN


IF SMF14JBN NE 'T105005'

REJECT

ENDIF





08/10/97 10.06.26 SMF RECORD 14 SHORT REPORT INPUT OR RDBACK DATA SET ACTIVITY PAGE 1

HEADER SECTION

**************


SYSTEM ID IPO1 JOB NAME T105O05

RECORD INDICATORS DASD DEVICE READER START TIME 13:03:49.87

READER START DATE 08/04/97 TIME WHEN DATA SET WAS OPENED 14:19:03.61

USER ID

SIZE OF DCB/DEB SEGMENT 24 NUMBER OF UCB SEGMENTS 1

SIZE OF EACH UCB SEGMENT 24 SIZE OF ISAM EXTENSION SECTION 0

TIO DD NAME ISP13042

JFC SECTION

**************

DATA SET NAME NP1B0100.RR.CROSSSET.EMPLIDAT.G0215V00

CREATION DATE YEAR 97 FEBRUARY 3

EXPIRATION DATE YEAR

MAXIMUM BLOCK SIZE 18 LOGICAL RECORD LENGTH 18

ERROR OPTION. DISPOSITION OF PERMANENT

BYTE 1 OF JFC DATA SET ORGANIZATION

RECORD FORMAT FIXED

HEADER SECTION

**************


SYSTEM ID IPO1 JOB NAME T109P20



USER ID



TIO DD NAME ISP14132

JFC SECTION

**************

DATA SET NAME NT1B0900.TEAM2.PLI

CREATION DATE YEAR 90 NOVEMBER 13


MAXIMUM BLOCK SIZE 23,440 LOGICAL RECORD LENGTH 80


BYTE 1 OF JFC DATA SET ORGANIZATION PARTITIONED

RECORD FORMAT FIXED



DYSMF14 Long Formatted Report (Page 1 of 2)

08/10/97 09.50.44 SMF RECORD 14 LONG REPORT INPUT OR RDBACK DATA SET ACTIVITY PAGE 1

HEADER SECTION

**************





USER ID

SECTION SIZES

*************



TIOT SECTION

************

LENGTH OF THE DD ENTRY 20 STATUS INDICATOR 1

NUMBER OF DEVICES REQUESTED 1 TIO LINK 0

TIO DD NAME ISP13042 RELATIVE TRACK ADDRESS OF JFCB (HEX) 00073F

STATUS INDICATOR DURING ALLOCATION (HEX) 00

DCB AND DEB SECTION

*******************

DATA SET ORGANIZATION USED (HEX) 4000 RECORD FORMAT (HEX) 80

TYPE OF I/O MACRO INSTRUCTION (HEX) 2400 INDICATOR USED BY THE OPEN ROUTINE (HEX) 17

INDICATOR USED BY THE OPEN ROUTINE (HEX) 17 OP. CODES USED BY ACC. MTHD INTERFACES (HEX) 00

DATA SET AND DEVICE STATUS INDICATOR (HEX) 68 INDCTR OF I/O PROCESS WHEN EOVOCCURS (HEX) 00

VOLUME SEQUENCE NUMBER (HEX) 0001 BLOCK COUNT FOR EACH VOLUME 768

DATA SET SERIAL NUMBER (HEX) 000000

DCB AND DEB DASD EXTENSION

**************************

RELATIVE TRACK, CONCATENATION NUMBER (HEX) 00000300 NUMBER OF TRACKS RELEASED BY DADSM 0

NUMBER OF EXTENTS RELEASED BY DADSM 0




08/10/97 09.50.44 SMF RECORD 14 LONG REPORT INPUT OR RDBACK DATA SET ACTIVITY PAGE 2

JFC SECTION

**************


NUMBER OF STRINGS 0 NUMBER OF DATA BUFFERS 0

LOGICAL RECORD LENGTH FOR VSAM 0 MAXIMUM BLOCK SIZE 18

CREATION DATE YEAR 92 FEBRUARY 3


LOGICAL RECORD LENGTH 18 MASS STORAGE SYSTEM COMMUNICATOR (MSSC) 0

JOB MANAGEMENT/DATA MANAGEMENT INTERFACE

LABEL TYPE STANDARD LABEL

FUNCTION INDICATORS FOR THE 3525 CARD

FLAG BYTE (LABELS)

INDICATOR BYTE 1

INDICATOR BYTE 2 PASSWORD REQUIRED TO WRITE NOT TO READ

CONVERSION CODE (PAPER TAPE)



RECORD FORMAT FIXED


TAPE RECORDING TECHNIQUE FOR 7-TRACK TAPE

CODE OF OPERATION (CARD READER CARD PUNCH)

TAPE DENSITY, 2400/3400 SERIES MAGNETIC

UCB SECTION

***********

DEVICE NUMBER (HEX) 0426 VOLUME SERIAL NUMBER STR006

UNIT TYPE (HEX) 0426E2E3 DASD VOLUME STATUS INDICATOR (HEX) 04

NUMBER EXTENTS 1 EXCP COUNT FOR ENTIRE STEP 4

DATA SET SEQUENCE COUNT 0 DATA SET SEQUENCE NUMBER (HEX) 0001

UCB DASD EXTENSION

******************

NUMBER TRACKS ALLOCATED 1




SMF14HDR 1 CH ;HEADER SEGMENT FOR RECORD TYPE 14/15

REDEFINE AT SMF14HDR



SMF14TME 4 3 BI ;TOD, USING TIME MACRO W/BIN. INTVL.

SMF14DTE 4 7 PD ;DATE, PACKED/DEC FORM: 00YYDDDF

SMF14SID 4 11 CH ;SYSTEM ID


SMF14RST 4 23 BI ;READER START TIME

SMF14RSD 4 27 PD ;READER START DATE, PK/DEC FORM: 00YYDDDF

SMF14UID 8 31 CH ;USER ID

SMF14RIN 2 39 BI ;RECORD INDICATORS:

*SMF14RV0 EQU 128 RESERVED

*SMF14EOV EQU 64 RECORD WRITTEN BY EOV

*SMF14DAD EQU 32 DASD DEVICE

*SMF14TDS EQU 16 TEMPORARY DATA SET

*SMF14DDA EQU 8 DCBDSORG = DA

*SMF14IS EQU 4 DCBDSORG = IS

*SMF14JIS EQU 2 JFCDSORG = IS

*SMF14VIO EQU 1 VIO DATA SET ACCESS

* BITS 8 - 15 RESERVED

SMF14SDC 1 41 BI ;SIZE OF DCB/DEB SEGMENT

SMF14NUC 1 42 BI ;NO. UCB SEGMENTS

SMF14SUC 1 43 BI ;SIZE OF EACH UCB SEGMENT

SMF14SET 1 44 BI ;SIZE OF EXTENSION SEGMENT

SMF14OPE 4 45 BI ;TIME OF OPEN USING TIME BIN INTV.

SMFTIOT 1 CH ;TIOT SEGMENT (FROM DD ENTRY)

REDEFINE AT SMFTIOT

SMFTIOE1 1 49 BI ;TIOELNGH

SMFTIOE2 1 50 BI ;TIOESSTA

SMFTIOE3 1 51 BI ;TIOEWTCT

SMFTIOE4 1 52 BI ;TIOELINK

SMFTIOE5 8 53 CH ;TIOEDDNM

SMFTIOE6 3 61 BI ;TIOEJFCB

SMFTIOE7 1 64 BI ;TIOESTTC

**

SMFJFCB1 DS XL176'0' JFCB SEGMENT (ENTIRE JFCB)

*BINARY FIELD OVER 4 BYTES. FIELD CONVERTED TO CHAR. DATA.

SMFJFCB1 176 65 ;JFCB SEGMENT (ENTIRE JFCB)

*

SMFDCBDE 1 CH ;DCB/DEB SEGMENT (TAPE AND DASD)

REDEFINE AT SMFDCBDE

SMFDCBOR 2 241 BI ;DCBDSORG

SMFDCBRF 1 243 BI ;DCBRECFM

SMFDCBMF 2 244 BI ;DCBMACRF

SMFDCBFL 1 246 BI ;DCBOFLGS

SMFDCBOP 1 247 BI ;DCBOPTCD




SMFDEBFL 1 249 BI ;DEBOFLGS

SMFDEBOP 1 250 BI ;DEBOPATB

SMFDEBVL 2 251 BI ;DEBVOLSQ

SMFTDDEX 1 CH ;TAPE DCB/DEB EXTENSION

REDEFINE AT SMFTDDEX

SMFDCBBL 4 253 BI ;DCBBLKCT

*SMFDSSNO DS BL6'0' DATA SET SERIAL NUMBER


SMFDSSNO 6 257 ;DATA SET SERIAL NUMBER



SMF14NTU 4 253 BI ;NUMBER OF TRACKS USED(LAST TTR—FROM DCBFDAD)

* PS ORGANIZATION ONLY (TTR0)

SMF14NTR 4 257 BI ;NUMBER OF TRACKS RELEASED BY DADSM RELSE RTN

SMF14NER 1 261 BI ;NUMBER OF EXTENTS RELEASED


SMF14UCB 1 CH ;UCB SEGMENT(ONE FOR EACH UCB FOR THE DATA SET)

REDEFINE AT SMF14UCB

SMFUCBDV 2 265 BI ;UCBCHAN DEVICE NUMBER

REDEFINE AT SMFUCBDV

SMFUCBCH 1 265 BI ;UCBCHA

SMFUCBUA 1 266 BI ;UCBUA

*SMFSRTEV DS BL6'0' SRTEVOLI


SMFSRTEV 6 267 ;SRTEVOLI

SMFUCBTY 4 273 BI ;UCBTYP

SMFSRTES 1 277 BI ;SRTESTAB

SMF14NEX 1 278 BI ;NUMBER EXTENTS


SMFEXCP 4 281 BI ;EXCP COUNT

SMFTAPEX 1 CH ;SMF TAPE EXTENSION

REDEFINE AT SMFTAPEX

* THIS SECTION DESCRIBES THE UCB TAPE EXTENSION SEGMENT

SMFSRTEF 2 285 BI ;SRTEFSCT

SMFSRTEQ 2 287 BI ;SRTEFSEQ


* THIS SECTION DESCRIBES THE UCB DASD EXTENSION SEGMENT

SMF14NTA 4 285 BI ;NUMBER TRACKS ALLOCATED

* THIS SECTION DESCRIBES THE DASD INFORMATION ACQUIRED FROM HYPERBATCH

* FOLLOWING FIELDS ARE VALID FOR DATA SETS ACCESSED USING HYPERBATCH

SMFIOREQ 4 289 BI ;REQUESTS FOR I/O, HYPERBATCH TRIED TO FIND DATA

SMFCHITS 4 293 BI ;REQUESTS FOR I/O, HYPERBATCH SATISFIED REQUEST

SMFNMWTS 4 297 BI ;REQUESTS FOR I/O, HYPERBATCH SUSPENDED REQUEST

SMFPHIOS 4 301 BI ;REQUESTS FOR I/O, SATISFIED BY USING DASD I/O

SMFCIOS 4 305 BI ;NUMBER OF DASD I/OS HYPERBATCH COPIED DATA

SMF14UCE 1 309 CH ;UCB SEGMENT END

REDEFINE AT SMF14UCE




*

SMFISAMX 1 CH ;ISAM EXTENSION SEG.(FOR DCBDSORG = IS)

REDEFINE AT SMFISAMX


SMFDCBMA 1 267 BI ;DCBMAC

SMFDCBNL 1 268 BI ;DCBNLEV

SMFDCBR3 4 269 BI ;DCBRORG3

SMFDCBNR 4 273 BI ;DCBNREC


SMFDCBNO 2 279 BI ;DCBNOREC



SMFDEBNI 1 284 BI ;DEBNIEE

SMFDEBNP 1 285 BI ;DEBNPEE

SMFDEBNO 1 286 BI ;DEBNOEE

SMFNCYLS 2 287 BI ;# CYL'S IN INDEPENDENT INDEX AREA

SMFNPCYL 2 289 BI ;NUMBER OF CYL'S IN PRIME AREA

SMFNOCYL 2 291 BI ;NUMBER OF CYL'S IN INDEPENDENT OVFL AREA



DYSMF15 COPY Function The DYSMF15 COPY function can be used to print SMF type 15 records in two report formats — a long format and a short format. SMF type 15 records contain information that is pertinent to OUTPUT, UPDAT, INOUT, OR OUTIN DATA SET ACTIVITY. The examples for DYSMF15 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF15 Record Definition COPYLIB(SMF15REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, job number, SYSOUT class, SYSOUT start date, and SYSOUT start time.
























OPTION STRUCTURED2




COPY SMF15REC

COPY DYSMF15 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'14:20:00'”

#L=YES #S=NULL

FIN




Print all records regardless of date and time in date (SMF15DTE) and time (SMF15TME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF15REC


#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 SMF RECORD 15 SHORT REPORT OUTPUT, UPDATE, INOUT OR OUTIN DATA SET ACTIVITY PAGE 1

HEADER SECTION

**************





USER ID

SIZE OF DCB/DEB SEGMENT 24 NUMBER OF UCB SEGMENTS


TIO DD NAME ISPPROF

JFC SECTION

**************

DATA SET NAME T109P33.ISPF.ISPPROF

CREATION DATE YEAR 92 JANUARY 10





RECORD FORMAT FIXED

HEADER SECTION

**************





USER ID



TIO DD NAME ISPPROF

JFC SECTION

**************


CREATION DATE YEAR 91 APRIL 2





RECORD FORMAT FIXED




10/97 SMF RECORD 15 LONG REPORT OUTPUT, UPDATE, INOUT OR OUTIN DATA SET ACTIVITY PAGE 1

HEADER SECTION

**************





USER ID

SECTION SIZES

*************



TIOT SECTION

************

LENGTH OF THE DD ENTRY 20 STATUS INDICATOR 1

NUMBER OF DEVICES REQUESTED 1 TIO LINK 0

TIO DD NAME ISPPROF RELATIVE TRACK ADDRESS OF JFCB (HEX) 0005CF

STATUS INDICATOR DURING ALLOCATION (HEX) 00

DCB AND DEB SECTION

*******************

DATA SET ORGANIZATION USED (HEX) 0200 RECORD FORMAT (HEX) 90

TYPE OF I/O MACRO INSTRUCTION (HEX) 2424 INDICATOR USED BY THE OPEN ROUTINE (HEX) 13

INDICATOR USED BY THE OPEN ROUTINE (HEX) 13 OP. CODES USED BY ACC. MTHD INTERFACES (HEX) 00

DATA SET AND DEVICE STATUS INDICATOR (HEX) 68 INDCTR OF I/O PROCESS WHEN EOV OCCURS (HEX) 04

VOLUME SEQUENCE NUMBER (HEX) 0000 BLOCK COUNT FOR EACH VOLUME 133,888

DATA SET SERIAL NUMBER (HEX) 000000




08/10/97 SMF RECORD 15 LONG REPORT OUTPUT, UPDATE, INOUT OR OUTIN DATA SET ACTIVITY PAGE 2

DCB AND DEB DASD EXTENSION

**************************

RELATIVE TRACK, CONCATENATION NUMBER (HEX) 00020B00 NUMBER OF TRACKS RELEASED BY DADSM 0

NUMBER OF EXTENTS RELEASED BY DADSM 0

JFC SECTION

**************


NUMBER OF STRINGS 0 NUMBER OF DATA BUFFERS 0

LOGICAL RECORD LENGTH FOR VSAM 0 MAXIMUM BLOCK SIZE 23,440

CREATION DATE YEAR 92 JANUARY 10


LOGICAL RECORD LENGTH 80 MASS STORAGE SYSTEM COMMUNICATOR (MSSC) 0

JOB MANAGEMENT/DATA MANAGEMENT INTERFACE

LABEL TYPE STANDARD LABEL

FUNCTION INDICATORS FOR THE 3525 CARD

FLAG BYTE (LABELS)

INDICATOR BYTE 1

INDICATOR BYTE 2 PASSWORD REQUIRED TO WRITE NOT TO READ

CONVERSION CODE (PAPER TAPE)



RECORD FORMAT FIXED


TAPE RECORDING TECHNIQUE FOR 7-TRACK TAPE

CODE OF OPERATION (CARD READER CARD PUNCH)

TAPE DENSITY, 2400/3400 SERIES MAGNETIC

UCB SECTION

***********

DEVICE NUMBER (HEX) 0408 VOLUME SERIAL NUMBER STR004

UNIT TYPE (HEX) 0408E2E3 DASD VOLUME STATUS INDICATOR (HEX) 04

NUMBER EXTENTS 1 EXCP COUNT FOR ENTIRE STEP 116

DATA SET SEQUENCE COUNT 0 DATA SET SEQUENCE NUMBER (HEX) 0008

UCB DASD EXTENSION

******************

NUMBER TRACKS ALLOCATED 8




SMF15HDR 1 CH ;HEADER SEGMENT FOR RECORD TYPE 14/15











SMF15RIN 2 39 BI ;RECORD INDICATORS:

*SMF15RV0 EQU 128 RESERVED

*SMF15EOV EQU 64 RECORD WRITTEN BY EOV

*SMF15DAD EQU 32 DASD DEVICE

*SMF15TDS EQU 16 TEMPORARY DATA SET

*SMF15DDA EQU 8 DCBDSORG = DA

*SMF15IS EQU 4 DCBDSORG = IS

*SMF15JIS EQU 2 JFCDSORG = IS

*SMF15VIO EQU 1 VIO DATA SET ACCESS

* BITS 8 - 15 RESERVED

SMF15SDC 1 41 BI ;SIZE OF DCB/DEB SEGMENT

SMF15NUC 1 42 BI ;NO. UCB SEGMENTS

SMF15SUC 1 43 BI ;SIZE OF EACH UCB SEGMENT

SMF15SET 1 44 BI ;SIZE OF EXTENSION SEGMENT

SMF15OPE 4 45 BI ;TIME OF OPEN USING TIME BIN INTV.

SMFTIOT 1 CH ;TIOT SEGMENT (FROM DD ENTRY)

REDEFINE AT SMFTIOT

SMFTIOE1 1 49 BI ;TIOELNGH

SMFTIOE2 1 50 BI ;TIOESSTA

SMFTIOE3 1 51 BI ;TIOEWTCT

SMFTIOE4 1 52 BI ;TIOELINK

SMFTIOE5 8 53 CH ;TIOEDDNM

SMFTIOE6 3 61 BI ;TIOEJFCB

SMFTIOE7 1 64 BI ;TIOESTTC

**

SMFJFCB1 DS XL176'0' JFCB SEGMENT (ENTIRE JFCB)


SMFJFCB1 176 65 ;JFCB SEGMENT (ENTIRE JFCB)

*

SMFDCBDE 1 CH ;DCB/DEB SEGMENT (TAPE AND DASD)

REDEFINE AT SMFDCBDE

SMFDCBOR 2 241 BI ;DCBDSORG

SMFDCBRF 1 243 BI ;DCBRECFM

SMFDCBMF 2 244 BI ;DCBMACRF

SMFDCBFL 1 246 BI ;DCBOFLGS

SMFDCBOP 1 247 BI ;DCBOPTCD




SMFDEBFL 1 249 BI ;DEBOFLGS

SMFDEBOP 1 250 BI ;DEBOPATB

SMFDEBVL 2 251 BI ;DEBVOLSQ

SMFTDDEX 1 CH ;TAPE DCB/DEB EXTENSION


SMFDCBBL 4 253 BI ;DCBBLKCT

*SMFDSSNO DS BL6'0' DATA SET SERIAL NUMBER


SMFDSSNO 6 257 ;DATA SET SERIAL NUMBER



SMF15NTU 4 253 BI ;NUMBER OF TRACKS USED(LAST TTR-FROM DCBFDAD)

* PS ORGANIZATION ONLY (TTR0)

SMF15NTR 4 257 BI ;NUMBER OF TRACKS RELEASED BY DADSM RELSE RTN

SMF15NER 1 261 BI ;NUMBER OF EXTENTS RELEASED


SMF15UCB 1 CH ;UCB SEGMENT(ONE FOR EACH UCB FOR THE DATA SET)


SMFUCBDV 2 265 BI ;UCBCHAN DEVICE NUMBER

REDEFINE AT SMFUCBDV

SMFUCBCH 1 265 BI ;UCBCHA

SMFUCBUA 1 266 BI ;UCBUA

*SMFSRTEV DS BL6'0' SRTEVOLI


SMFSRTEV 6 267 ;SRTEVOLI

SMFUCBTY 4 273 BI ;UCBTYP

SMFSRTES 1 277 BI ;SRTESTAB



SMFEXCP 4 281 BI ;EXCP COUNT

SMFTAPEX 1 CH ;SMF TAPE EXTENSION


* THIS SECTION DESCRIBES THE UCB TAPE EXTENSION SEGMENT

SMFSRTEF 2 285 BI ;SRTEFSCT

SMFSRTEQ 2 287 BI ;SRTEFSEQ


* THIS SECTION DESCRIBES THE UCB DASD EXTENSION SEGMENT

SMF15NTA 4 285 BI ;NUMBER TRACKS ALLOCATED

* THIS SECTION DESCRIBES THE DASD INFORMATION ACQUIRED FROM HYPERBATCH

* FOLLOWING FIELDS ARE VALID FOR DATA SETS ACCESSED USING HYPERBATCH

SMFIOREQ 4 289 BI ;REQUESTS FOR I/O, HYPERBATCH TRIED TO FIND DATA

SMFCHITS 4 293 BI ;REQUESTS FOR I/O, HYPERBATCH SATISFIED REQUEST

SMFNMWTS 4 297 BI ;REQUESTS FOR I/O, HYPERBATCH SUSPENDED REQUEST

SMFPHIOS 4 301 BI ;REQUESTS FOR I/O, SATISFIED BY USING DASD I/O

SMFCIOS 4 305 BI ;NUMBER OF DASD I/OS HYPERBATCH COPIED DATA

SMF15UCE 1 309 CH ;UCB SEGMENT END

REDEFINE AT SMF15UCE




*SMFISAMX 1 CH ;ISAM EXTENSION SEG.(FOR DCBDSORG = IS)

REDEFINE AT SMFISAMX


SMFDCBMA 1 267 BI ;DCBMAC

SMFDCBNL 1 268 BI ;DCBNLEV


SMFDCBNR 4 273 BI ;DCBNREC


SMFDCBNO 2 279 BI ;DCBNOREC



SMFDEBNI 1 284 BI ;DEBNIEE

SMFDEBNP 1 285 BI ;DEBNPEE

SMFDEBNO 1 286 BI ;DEBNOEE

SMFNCYLS 2 287 BI ;# CYL'S IN INDEPENDENT INDEX AREA

SMFNPCYL 2 289 BI ;NUMBER OF CYL'S IN PRIME AREA

SMFNOCYL 2 291 BI ;NUMBER OF CYL'S IN INDEPENDENT OVFL AREA



DYSMF17 COPY Function The DYSMF17 COPY function can be used to print SMF type 17 records in two report formats — a long format and a short format. SMF type 17 records contain information that is pertinent to SCRATCH DATA SET STATUS. The examples for DYSMF17 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF17 Record Definition COPYLIB (SMF17REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, job number, SYSOUT class, SYSOUT start date, and SYSOUT start time.












#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF17JBN SMF17DSN SMF17DTE”. If you want to sort up to three fields, you can override this parameter by specifying the name of the fields under #5 and defining #6 as equal to NULL, since #6 has its own default value.

For example, if you want to sort on the two fields, SMF17JBN and SMF17UID, you can specify #5 as equal to “SMF17JBN SMF17UID” and #6 as equal to NULL.

#6 #6 applies to sort fields 4 through 6. The value of the field cannot exceed 30 characters. The default value is “SMF17TME”. If you want to sort up to six fields, you can override both #5 and #6 parameters by specifying the name of the fields under #5 and #6.

For example, if you want to sort on the four fields, SMF17JBN, SMF17UID, SMF17DSN, and SMF17NVL, you can specify #5 as equal to “SMF17JBN SMF17UID SMF17DSN” and #6 as equal to “SMF17NVL.


For example, if you want to sort on the seven fields SMF17JBN, SMF17SID, SMF17UID, SMF17NVL, SMF17DSN, SMF17DTE, and SMF17TME, you can override all three parameters by specifying #5 as equal to “SMF17JBN SMF17SID SMF17UID”, #6 as equal to “SMF17NVL SMF17DSN SMF17DTE”, and #7 as equal to “SMF17TME”.












OPTION STRUCTURED2




COPY SMF17REC

COPY DYSMF17 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'14:21:00'”

#5='SMF17JBN SMF17DSN SMF17DTE'

#L=YES #S=NULL

FIN


Print all records regardless of date and time in job name (SMF17JBN) and data set name (SMF17DSN) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF17REC

COPY DYSMF17 #5='SMF17JBN SMF17DSN SMF17DTE'

#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 14.21.57 SMF RECORD 17 SHORT REPORT SCRATCH DATA SET STATUS PAGE 1

JOB SYSTEM USER REC MOVED REC MOVED DATA SET NAME NUMBER

NAME ID ID TO SMF TO SMF OF

BUFF.DATE BUFF.TIME VOLUMES

-----------------------------------------------------------------------------------------------------------------

DFHSM IPO1 08/04/97 14:34:03.54 HSM.HMIG.T421504.NP1B0300.HR.I2031 1

T101G04 IPO1 08/04/97 14:26:53.16 T101G04.SPFLOG1.LIST 1

T104G14 IPO1 08/04/97 14:32:46.90 T104G14.ISR0001.BACKUP 1

T105O02 IPO1 08/04/97 14:29:36.14 NP1B0100.RR.CROSSSET.EMPLIDAT.G0215V00 1

T105O02 IPO1 08/04/97 14:31:31.80 T105O02.ISR0001.BACKUP 1

T105O03 IPO1 08/04/97 14:26:42.85 T105O03.ISR0001.BACKUP 1



T107S01 IPO1 08/04/97 14:21:44.78 T107S01.SPFLOG1.LIST 1

T109P01 IPO1 08/04/97 14:34:03.67 T109P01.SYSIN.QA52441 1

T109P08 IPO1 08/04/97 14:22:17.78 T109P08.PANVALET.ISPFOPTN.BROWSE2 1

T109P20 IPO1 08/04/97 14:30:17.93 T109P20.ISR0001.BACKUP 1



T109P33 IPO1 08/04/97 14:27:22.16 T109P33.LINK.T5199200 1

T109P33 IPO1 08/04/97 14:27:21.95 T109P33.TMP51992.T5199200 1

T109P46 IPO1 08/04/97 14:20:11.04 T109P46.IOBKWIS.IGGL012R 1





T109P47B IPO1 08/04/97 14:28:20.57 T109P47.RGS.SORT.CTL 1




T109P47B IPO1 08/04/97 14:28:20.52 T109P47.RGS.SORTIN 1




T109P47B IPO1 08/04/97 14:28:20.54 T109P47.RGS.SORTOUT 1



T109P47U IPO1 08/04/97 14:27:12.30 T109P47.RBDT.COMPILE.OUTPUT 1

T109P47U IPO1 08/04/97 14:29:38.86 T109P47.RBDT.COMPILE.OUTPUT 1

T109P53 IPO1 08/04/97 14:23:12.56 T109P53.PANVALET.ISPFOPTN.BROWSE2 1





08/10/97 14.14.30 SMF RECORD 17 LONG REPORT SCRATCH DATA SET STATUS PAGE 1

HEADER SECTION

**************




USER ID


NUMBER OF VOLUMES 1

VOLUME NUMBER VOLUME SERIAL NUMBER

------------- ------ ------ ------

1 STR006

HEADER SECTION

**************




USER ID


NUMBER OF VOLUMES 1


------------- ------ ------ ------

1 STR003

HEADER SECTION

**************




USER ID

DATA SET NAME T109P46.IOBKWIS.IGGL012R

NUMBER OF VOLUMES 1


------------- ------ ------ ------

2 STR003



DYSMF17 Record Definition COPYLIB (SMF17REC)

SMF17HDR 1 CH ;HEADER SEGMENT FOR RECORD TYPE17(SCRATCH)





SMF17DTE 4 7 PD ;DATE, PACKED/DEC FORM; 00YYDDDF





SMF17UID 8 31 CH ;USERID

SMF17RIN 2 39 BI ;RECORD INDICATORS: ALL BITS RESERVED(0)

SMF17DSN 44 41 CH ;DSNAME


SMF17NVL 1 88 BI ;N, # VOL SERS

* VOLUME SERIAL ENTRY (ONE FOR EACH VOLUME)


SMF17FVL 6 91 CH ;FIRST VOL SER # (SRTEVOLI)

*SMF17LNV EQU *-SMF17RV2 LENGTH OF VOL SER ENTRY



DYSMF18 COPY Function The DYSMF18 COPY function can be used to print SMF type 18 records in two report formats — a long format and a short format. SMF type 18 records contain information that is pertinent to RENAME DATA SET STATUS. The examples for DYSMF18 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF18 Record Definition COPYLIB(SMF18REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, data set name, and the date the record was moved to the SMF buffer.













For example, if you want to sort on the two fields, SMF18SID and SMF18NDS, you can specify #5 as equal to “SMF18SID SMF18NDS”.

#6 #6 applies to sort fields 4 through 6. The value of the field cannot exceed 30 characters. The default is NULL. To sort on the four fields, SMF18JBN, SMF18ODS, SMF18NDS, and SMF18NVL, you can specify #5 as equal to “SMF18JBN SMF18ODS SMF18NDS” and #6 as equal to “SMF18NVL”.

#7 #7 applies to sort fields 7 through 9. The default value is NULL. The value of the field cannot exceed 30 characters.

For example, if you want to sort on the seven fields, SMF18JBN, SMF18UID, SMF18ODS, SMF18NDS, SMF18NVL, SMF18DTE, and SMF18TME, you can override all three parameters by specifying #5 as equal to “SMF18JBN SMF18UID SMF18ODS”, #6 as equal to “SMF18NDS SMF18NVL SMF18DTE”, and #7 as equal to “SMF18TME”.












OPTION STRUCTURED2




COPY SMF18REC

COPY DYSMF18 #1=”'08/04/97'” #2=”'07:00:00'”

#3=”'08/04/97'” #4=”'08:00:00'”

#5='SMF18JBN SMF18DTE SMF18TME'

#L=YES #S=NULL

FIN


Print all records regardless of date and time in job name (SMF18JBN) and data set name (SMF18NDS) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF18REC

COPY DYSMF18 #5='SMF18JBN SMF18DTE SMF18TME'

#S=YES #L=NULL

FIN

Record selection logic can be placed between the COPY SMF18REC statement and the COPY DYSMF18 statement. For example, in the example shown above the following code:

IF SMF18JBN NE 'DFHSMF'

REJECT

ENDIF





08/10/97 10.12.33 SMF RECORD TYPE 18 SHORT REPORT RENAME DATA SET STATUS PAGE 1

JOB REC MOVED REC MOVED OLD DATA NEW DATA

NAME TO SMF TO SMF SET SET

BUFF.DATE BUFF.TIME NAME NAME

----------------------------------------------------------------------------------------------------------------

DFHSM 08/03/97 07:13:07.41 HSM.MCDS.BACKUP.V0000778 HSM.MCDS.BACKUP.V0000782

DFHSM 08/03/97 07:13:08.03 HSM.BCDS.BACKUP.V0000778 HSM.BCDS.BACKUP.V0000782

DFHSM 08/03/97 07:13:08.65 HSM.OCDS.BACKUP.V0000778 HSM.OCDS.BACKUP.V0000782

DFHSM 08/03/97 07:13:09.28 HSM.JRNL.BACKUP.V0000778 HSM.JRNL.BACKUP.V0000782

T104G14 08/04/97 14:39:46.58 NT1B0100.RR.RATES.VERSION2 NT1B0100.RR.RATES.CONTRACT

T104G14 08/04/97 14:43:17.80 T104G14.LOADLIB2 T104G14.LOADLIB

T109P01 08/04/97 14:41:57.97 NP1B0100.NOV.CROSSSET.RR200800 NP1B0100.RR.CROSSSET.RR200800.NOV



T109P15 08/04/97 21:34:29.11 NT1B1000.ASI.PIA050.WEEKACT.T109P27 NP1B1000.ASI.PIA050.WEEKACT.G0105V00

T109P16 08/04/97 15:22:48.10 NT1B0200.CYC18.T109P16.CAPLIDAT NT1B0200.CYC03.T109P16.CAPLIDAT





08/10/97 15.32.27 SMF RECORD TYPE 18 LONG REPORT RENAME DATA SET STATUS PAGE 1

HEADER SECTION

**************


SYSTEM ID IPO1 JOB NAME DFHSM


USER ID

OLD DATA SET NAME HSM.MCDS.BACKUP.V0000778

NEW DATA SET NAME HSM.MCDS.BACKUP.V0000782

NUMBER OF VOLUMES 1


------------- ------ ------ ------

1 HSM001

HEADER SECTION

**************




USER ID

OLD DATA SET NAME HSM.BCDS.BACKUP.V0000778

NEW DATA SET NAME HSM.BCDS.BACKUP.V0000782

NUMBER OF VOLUMES 1


------------- ------ ------ ------

1 HSM001

HEADER SECTION

**************




USER ID

OLD DATA SET NAME HSM.OCDS.BACKUP.V0000778

NEW DATA SET NAME HSM.OCDS.BACKUP.V0000782

NUMBER OF VOLUMES 1


------------- ------ ------ ------

2 HSM001




SMF18HDR 1 CH ;HEADER SEGMENT FOR RECORD TYPE18 (RENAME)











SMF18RIN 2 39 BI ;RECORD INDICATORS: ALL BITS RESERVED (0)

SMF18ODS 44 41 CH ;OLD DSNAME

SMF18NDS 44 85 CH ;NEW DSNAME


SMF18NVL 1 132 BI ;N, THE # VOL SERS

* VOLUME SERIAL ENTRY (ONE FOR EACH ENTRY)


SMF18FVL 6 135 CH ;FIRST VOL SER # (SRTEVOLI)

*SMF18LNV EQU *-SMF18RV2 LENGTH OF VOL SER ENTRY



DYSMF19 COPY Function The DYSMF19 COPY function can be used to print SMF type 19 records in two report formats — a long format and a short format. SMF type 19 records contain information that is pertinent to DIRECT ACCESS VOLUME. The examples for DYSMF19 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF19 Record Definition COPYLIB(SMF19REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by volume serial number.









#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF19VOL”.




#6 #6 contains additional sort fields. The default value is NULL. The value of the field cannot exceed 30 characters.











OPTION STRUCTURED2




COPY SMF19REC

COPY DYSMF19 #1=”'08/04/97'” #2=”'01:00:00'”

#3=”'08/04/97'” #4=”'02:00:00'”

#L=YES #S=NULL

FIN




Print all records regardless of date and time in volume serial number (SMF19VOL) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF19REC

COPY DYSMF19 #5='”SMF19VOL”.'

#S=YES #L=NULL

FIN


IF SMF19YYY NE 'MVLV11'

REJECT

ENDIF





08/10/97 16.28.10 SMF RECORD TYPE 19 SHORT REPORT DIRECT ACCESS VOLUME PAGE 1

TIME DATE VOLUME OWNER NUMBER OF NUMBER OF NUMBER OF NUMBER OF

RECORD RECORD SERIAL ID OF UNUSED UNALLOCATED UNALLOCATED UNALLOCATED

WRITTEN WRITTEN NUMBER VOLUME ALTERNATE CYLINDERS TRACKS EXTENTS

TRACKS

-------------------------------------------------------------------------------------------------------------

01:40:19.80 08/04/97 EXT210 15 882 14 2

01:40:18.83 08/04/97 MVLV11 15 1,166 776 133

01:40:19.32 08/04/97 MVLV12 15 1,219 543 122

01:40:20.43 08/04/97 MVLV13 15 728 1,167 164

01:40:20.33 08/04/97 MVLV14 15 1,100 1,375 201

01:40:18.94 08/04/97 MVP003 15 671 319 79

01:40:20.11 08/04/97 MVP007 15 662 322 114

01:40:19.49 08/04/97 MVP008 15 680 340 103

01:40:19.44 08/04/97 MVP011 15 657 224 75

01:40:18.89 08/04/97 MVP012 O 15 674 229 61

01:40:19.75 08/04/97 MVP101 15 2,143 16 10

01:40:19.98 08/04/97 MVP901 CP370 15 322 9 5

01:40:20.19 08/04/97 MVSDL1 O 15 1,026 246 48

01:40:19.25 08/04/97 MVSDL2 O 15 1,088 241 47

01:40:19.93 08/04/97 MVSPG2 O 15 710 35 3

01:40:19.38 08/04/97 MVSRS2 O 15 1,073 77 39

01:40:20.05 08/04/97 MVSSP1 15 0 14 1

01:40:19.17 08/04/97 MVSSP2 15 1 14 2

01:40:20.59 08/04/97 MVSUB1 7163 15 817 182 39

01:40:19.69 08/04/97 MVSUB2 15 1,694 52 12

01:40:19.07 08/04/97 MVSYS1 15 1,147 253 87

01:40:19.62 08/04/97 MVSYS2 15 208 224 73

01:40:20.67 08/04/97 MVSYS3 15 1,077 207 59

01:40:19.87 08/04/97 MVSYS4 SUPPRT 15 534 14 5

01:40:20.51 08/04/97 VMP003 15 2,654 0 1

01:40:18.99 08/04/97 VMP005 CP370 15 0 0 1

01:40:19.11 08/04/97 VMRES1 CPVOL 0 0 0 1

01:40:20.48 08/04/97 VMRES2 CPVOL 0 0 0 1





08/10/97 16.27.20 SMF RECORD TYPE 19 LONG REPORT DIRECT ACCESS VOLUME PAGE 1

HEADER SECTION

**************

TOD RECORD WRITTEN 01:40:19.80 DATE RECORD WRITTEN 08/04/97

SYSTEM ID FROM INSTALLATION BEP1 VOLUME SERIAL NUMBER EXT210

OWNER ID

VTOC INDICATOR

FORMAT 5 DSCB IS MISSING

INDEXED VTOC

VTOC INDICATOR (HEX) 81 DEVICE TYPE (HEX) 3030200E

VTOC ADDRESS (HEX) 0001000601

NUMBER OF DSCBS 1,269 UNUSED ALTERNATE TRACKS 15

UNALLOCATED CYLINDERS 882 UNALLOCATED TRACKS 14

CYLINDERS IN LARGEST UNALLOCATED EXTENT 882 TRACKS IN LARGEST UNALLOCATED EXTENT 0

NUMBER OF UNALLOCATED EXTENTS 2 DEVICE NUMBER (HEX) 0210

DASD MODULE ID (HEX) 0000

HEADER SECTION

**************


SYSTEM ID FROM INSTALLATION BEP1 VOLUME SERIAL NUMBER MVLV11

OWNER ID

VTOC INDICATOR

FORMAT 5 DSCB IS MISSING

ACCURATE FORMAT 5 AND 6 DSCB

INDEXED VTOC

VTOC INDICATOR (HEX) 89 DEVICE TYPE (HEX) 3030200E

VTOC ADDRESS (HEX) 0001000301

NUMBER OF DSCBS 1,015 UNUSED ALTERNATE TRACKS 15

UNALLOCATED CYLINDERS 1,166 UNALLOCATED TRACKS 776

CYLINDERS IN LARGEST UNALLOCATED EXTENT 581 TRACKS IN LARGEST UNALLOCATED EXTENT 0

NUMBER OF UNALLOCATED EXTENTS 133 DEVICE NUMBER (HEX) 200

DASD MODULE ID (HEX) 0000


SMF19HDR 1 CH ;HEADER SEGMENT FOR RECORD TYPE19 (LSPACE)







SMF19DTE 4 7 PD ;DATE, PK/DEC. FORM: 00YYDDDF



SMF19VOL 6 17 CH ;VOLUME SERIAL #

SMF19OID 10 23 CH ;OWNER ID

SMF19DEV 4 33 BI ;DEVICE TYPE

*SMF19VTC DS BL5'0' VTOC ADDRESS

*BINARY FIELD OVER 4 BYTES. FIELD CONVERTED TO CHAR. DATA

SMF19VTC 5 37 ;VTOC ADDRESS

SMF19VTI 1 42 BI ;DS4VTOCI

SMF19NDS 2 43 BI ;# DSCB'S

SMF19DSR 2 45 BI ;# FORMAT0 DSCB'S

SMF19NAT 2 47 BI ;# UNUSED ALTERNATE TRACKS

SMF19SPC 4 49 BI ;TOTAL # UNALLOCATED CYL'S AND TRKS

SMF19LEX 4 53 BI ;# CYL'S AND TRKS IN LARGEST UNALLOCATED EXT.

SMF19NUE 2 57 BI ;# UNALLOCATED EXTENTS


SMF19CUU 2 61 BI ;DEVICE NUMBER

SMF19IND 2 63 BI ;DASD MODULE ID OR DRIVE NUMBER

* INDICATING PHYSICAL IDENTITY OF DEVICES

* HAVING MOVEABLE ADDRESS PLUGS



DYSMF20 COPY Function The DYSMF20 COPY function can be used to print SMF type 20 records in two report formats — a long format and a short format. SMF type 20 records contain information that is pertinent to JOB INITIATION. The examples for DYSMF20 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF20 Record Definition COPYLIB(SMF20REC) . Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name and by the date and time the record was moved to the SMF buffer.
























OPTION STRUCTURED2




COPY SMF20REC

COPY DYSMF20 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'16:00:00'”

#L=YES #S=NULL

FIN




Print all records regardless of date and time in job name (SMF20JBN) and date (SMF20DTE) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF20REC

COPY DYSMF20 #5='SMF20JBN SMF20DTE'

#S=YES #L=NULL

FIN


IF SMF20JBN NE 'CA9004D'

REJECT

ENDIF





08/10/97 10.51.11 SHORT REPORT SMF RECORD TYPE 20 JOB INITIATION PAGE 1

JOB SYSTEM USER PROGRAMMER JOB JOB ACCOUNT FIELDS

NAME ID ID DATE TIME FIRST 33 BYTES

CICSPRD2 IPO1 CICSPRD2 08/04/97 14:34:11 P105

EM9004C IPO1 GEN ACCT 08/04/97 14:19:46 P101

EM9004C IPO1 GEN ACCT 08/04/97 14:29:54 P101

EM9004P IPO1 GEN ACCT 08/04/97 14:20:02 P101

JOB IPO1 08/04/97 14:19:16

MOPPRINT IPO1 CUST ACCT 08/04/97 14:33:52 P102

PRD201B IPO1 CICSPRD2 08/04/97 14:34:06 T107

REVANAL IPO1 GEN ACCT 08/04/97 14:33:34 P101

SMFDUMP1 IPO1 OPERATIONS 08/04/97 14:19:16 P105

T103G75 IPO1 MARIANNE MOWRER 08/04/97 14:28:10 T103

T104G06 IPO1 JERRY GENTRY 08/04/97 14:30:55 T104

T104G14Q IPO1 BLACKWELL-AUDITING 0 08/04/97 14:35:17 T106

T104G14Q IPO1 BLACKWELL-AUDITING 08/04/97 14:37:25 T106

T105O02 IPO1 MARY CUMMINGS 08/04/97 14:27:47 ACCT#

T107S04V IPO1 WATKINS 08/04/97 14:31:29 T107

T107S04V IPO1 WATKINS 08/04/97 14:31:37 T107

T107S04V IPO1 WATKINS 08/04/97 14:31:48 T107

T107S04V IPO1 WATKINS 08/04/97 14:31:55 T107

T107S04V IPO1 WATKINS 08/04/97 14:32:02 T107

T109C20O IPO1 DALE PIKE 08/04/97 14:21:42 T109

T109C20O IPO1 DALE PIKE 08/04/97 14:23:26 T 109

T109P01 IPO1 B F SOMMERVILLE 08/04/97 14:33:18 T109

T109P04 IPO1 BOB MOTTERN 08/04/97 14:26:56 T109

T109P09 IPO1 DW370 08/04/97 14:23:56 T109

T109P30 IPO1 MARY LOU MANN ATKINS 08/04/97 14:39:34 T109

T109P33A IPO1 JIM JACKSON 08/04/97 14:26:37 T109



T109P46B IPO1 1800-D HOOD 08/04/97 14:20:37 T109

T109P46B IPO1 1800-D HOOD 08/04/97 14:24:00 T109

T109P46R IPO1 1800 - HOOD 08/04/97 14:26:29 T109

T109P47B IPO1 GARDNER 08/04/97 14:28:20 T109

T109P47B IPO1 GARDNER 08/04/97 14:30:03 T109

T109P47U IPO1 RBDT COMPILE/UPLOAD 08/04/97 14:26:37 T109

T109P47U IPO1 RBDT COMPILE/UPLOAD 08/04/97 14:29:17 T109





08/10/97 17.18.32 LONG REPORT SMF RECORD TYPE 20 JOB INITIATION PAGE 1

JOB NAME CA9004D RDR RECOGNIZED JOB CARD DATE 08/04/97

SYSTEM IDENTIFICATION IPO1 RDR RECOGNIZED JOB CARD TIME 15:14:22

USER IDENTIFICATION REC MOVED TO SMF BUFFER DATE 08/04/97

PROGRAMMER NAME CUST ACCT REC MOVED TO SMF BUFFER TIME 15:14:26

NUMBER OF ACCOUNTING FIELDS 2 OFFSET TO RELOCATABLE AREA 00068

ACCOUNTING FIELDS P102

RACF GROUP ID ACFGROUP RACF USER ID T105O05

RACF TERMINAL ID NO RACF OR NO TERMINAL

*****************************************************************************************************************************

JOB NAME CICSPRD2 RDR RECOGNIZED JOB CARD DATE 08/04/97



PROGRAMMER NAME CICSPRD2 REC MOVED TO SMF BUFFER TIME 14:34:11



RACF GROUP ID ACFGROUP RACF USER ID CICSPRD2


*****************************************************************************************************************************

JOB NAME COPYBAD RDR RECOGNIZED JOB CARD DATE 08/04/97



PROGRAMMER NAME VERN TURNER REC MOVED TO SMF BUFFER TIME 15:00:40



RACF GROUP ID ACFGROUP RACF USER ID T105O05


*****************************************************************************************************************************




SMFRCD20 1 CH ;RECORD 20

REDEFINE AT SMFRCD20

SMF20HDR 1 CH ;HEADER SEGMENT











SMF20RIN 2 39 BI ;

REDEFINE AT SMF20RIN

SMF20RLO 2 39 BI ;OFFSET TO RELOCATE SECTION

SMF20PGM 20 41 CH ;PROGRAMMER'S NAME

SMF20NAF 1 61 BI ;NO. ACCOUNTING FIELDS

SMF20ACT 1 CH ;ACCOUNTING FIELDS

REDEFINE AT SMF20ACT

* BEGINNING OF RELOCATE SECTION

* SMF20RLO IS ITS OFFSET FROM BEGINNING OF HEADER — SMF20HDR

SMF20RLA 1 CH ;RELOCATABLE AREA

REDEFINE AT SMF20RLA

SMF20RLS 2 62 BI ;SIZE OF RELOCATABLE AREA

SMF20GRP 8 64 CH ;RACF GROUP ID

SMF20RUD 8 72 CH ;RACF USER ID

SMF20TID 8 80 CH ;RACF TERMINAL ID



DYSMF21 COPY Function The DYSMF21 COPY function can be used to print SMF type 21 records in two report formats — a long format and a short format. SMF type 21 records contain information that is pertinent to ERROR STATISTICS BY VOLUME. The examples for DYSMF21 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF21 Record Definition COPYLIB(SMF21REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by volume serial number and by the date and time the record was moved to the SMF buffer.












#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF21VOL SMF21DTE SMF21TME”.

For example, if you want to sort on the two fields, SMF21CA and SMF21UCB, you can specify #5 as equal to “SMF21CA SMF21UCB”.

#6 #6 applies to sort fields 4 through 6. The value of the field cannot exceed 30 characters. The default value is NULL.

For example, if you want to sort on the four fields, SMF21VOL, SMF21SID, SMF21TR, and SMF21TW, you can specify #5 as equal to “SMF21VOL SMF21SID SMF21TR” and #6 as equal to “SMF21TW”.


For example, if you want to sort on the seven fields, SMF21VOL, SMF21SID, SMF21CA, SMF21UCB, SMF21TR, SMF21DTE, and SMF21TME, you can override all three parameters by specifying #5 as equal to “SMF21VOL SMF21SID SMF21CA”, #6 as equal to “SMF21UCB SMF21TR SMF21DTE”, and #7 as equal to “SMF21TME”.












OPTION STRUCTURED2




COPY SMF21REC

COPY DYSMF21 #1=”'08/04/97'” #2=”'15:00:00'”

#3=”'08/04/97'” #4=”'16:00:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in volume serial number (SMF21VOL) and date (SMF21DTE) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF21REC

COPY DYSMF21 #5='SMF21VOL SMF21DTE '

#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 13.12.45 SMF RECORD TYPE 21 SHORT REPORT ERROR STATISTICS BY VOLUME PAGE 1

VOLUME TIME DATE DEVICE NUMBER OF NUMBER OF NUMBER OF NUMBER OF NUMBER NUMBER NUMBER NUMBER

SERIAL RECORD RECORD ADDRESS TEMPORARY TEMPORARY PERMANENT PERMANENT OF OF OF OF

NUMBER MOVED TO MOVED TO (HEX) READ WRITE READ WRITE START NOISE ERASE CLEANER

BUFFER BUFFER ERRORS ERRORS ERRORS ERRORS I/OS BLOCKS GAPS ACTIONS

------------------------------------------------------------------------------------------------------------------------------------

000026 15:38:12.34 08/04/97 0780 0 0 0 0 39 0 0 0

000233 15:00:36.92 08/04/97 0780 0 0 0 0 82 0 0 0

000344 15:00:36.95 08/04/97 0781 0 0 0 0 81 0 0 0

000350 15:01:15.60 08/04/97 0781 0 0 0 0 43 0 0 0

000422 15:50:25.02 08/04/97 0718 0 0 0 0 6,074 0 0 0

000556 15:38:57.04 08/04/97 0710 0 0 0 0 45 0 0 0

000704 14:35:35.46 08/04/97 0712 0 0 0 0 1,099 0 0 0

001139 14:35:35.36 08/04/97 071B 0 0 0 0 1,094 0 0 0

002194 14:35:31.20 08/04/97 0710 0 0 0 0 407 0 0 0

002243 14:29:10.73 08/04/97 0718 0 0 0 0 1,732 0 0 0

002572 14:24:06.12 08/04/97 0718 0 0 0 0 1,742 0 0 0

002895 15:58:24.78 08/04/97 0718 0 0 0 0 5,895 0 0 0

003230 15:44:04.60 08/04/97 0712 0 0 0 0 1,327 0 0 0

003333 15:53:52.38 08/04/97 0718 0 0 0 0 4,998 0 0 0

003375 15:37:35.72 08/04/97 071A 0 0 0 0 57 0 0 0

003709 14:52:49.10 08/04/97 0719 0 0 0 0 0,697 0 0 0

003709 15:05:03.26 08/04/97 0710 0 0 0 0 0,856 0 0 0

003709 15:17:42.34 08/04/97 0712 0 0 0 0 0,622 0 0 0

003709 15:35:31.07 08/04/97 0713 0 0 0 0 0,760 0 0 0

003710 14:58:35.65 08/04/97 0719 0 0 0 0 8,447 0 0 0

003710 15:11:33.25 08/04/97 0710 0 0 0 0 8,314 0 0 0

003710 15:23:38.57 08/04/97 0712 0 0 0 0 8,287 0 0 0

003710 15:41:27.10 08/04/97 0713 0 0 0 0 8,439 0 0 0

004135 14:34:42.76 08/04/97 0713 0 0 0 0 35 0 0 0

004147 14:21:40.41 08/04/97 0718 0 0 0 0 1,829 0 0 0

004148 14:26:42.54 08/04/97 0718 0 0 0 0 1,857 0 0 0

004150 14:31:56.47 08/04/97 0718 0 0 0 0 1,854 0 0 0

004151 14:34:42.37 08/04/97 0718 0 0 0 0 1,862 0 0 0

004266 15:01:11.52 08/04/97 0713 0 0 0 0 98 0 0 0

004623 15:37:13.64 08/04/97 0719 0 0 0 0 44 0 0 0

004641 15:08:15.91 08/04/97 0718 0 0 0 0 26 0 0 0

004664 14:46:55.36 08/04/97 071B 0 0 0 0 123 0 0 0

004817 14:59:02.51 08/04/97 0713 0 0 0 0 157 0 0 0

004995 16:04:45.39 08/04/97 0719 0 0 0 0 5,348 0 0 0



005223 14:47:06.41 08/04/97 0713 0 0 0 0 99 0 0 0



08/10/97 09.09.18 SMF RECORD TYPE 21 LONG REPORT ERROR STATISTICS BY VOLUME PAGE 1

HEADER SECTION

**************


SYSTEM ID IPO1

DATA PORTION

************

DEVICE NUMBER OR DEVICE ADDRESS (HEX) 0780

LENGTH OF DATA PORTION 44 VOLUME SERIAL 000026

UCB TYPE CODE (HEX) 32108003 NO. OF TEMPORARY READ ERRORS 0

UCB TYPE MEANS MAGNETIC TAPE — 3400 SERIES MAGNETIC TAPE UNIT

NO. OF TEMPORARY WRITE ERRORS 0 NO. OF START I/O'S 39

NO. OF PERMANENT READ ERRORS 0 NO. OF PERMANENT WRITE ERRORS 0

NO. OF PERMANENT NOISE BLOCKS 0 NO. OF ERASE GAPS

NO. OF CLEANER ACTIONS 0 BLOCK SIZE 0

TAPE UNIT SERIAL 001944 NO. OF TEMPORARY READ FORWARD ERRORS 0

NO. OF TEMPORARY READ BACKWARD ERRORS 0 NO. OF TEMPORARY WRITE FORWARD ERRORS 0

NO. OF 4K BYTES READ 0 NO. OF 4K BYTES WRITTEN 0

TAPE DENSITY (HEX) 00

CODE 7-TRACK 9-TRACK

TAPE DENSITY 2400 / 3400 SERIES ------ ------- -------

HEADER SECTION

**************


SYSTEM ID IPO1

DATA PORTION

************

DEVICE NUMBER OR DEVICE ADDRESS (HEX) 0780

LENGTH OF DATA PORTION 44 VOLUME SERIAL 000233

UCB TYPE CODE (HEX) 32108003 NO. OF TEMPORARY READ ERRORS 0

UCB TYPE MEANS MAGNETIC TAPE — 3400 SERIES MAGNETIC-TAPE UNIT

NO. OF TEMPORARY WRITE ERRORS 0 NO. OF START I/OS 82

NO. OF PERMANENT READ ERRORS 0 NO. OF PERMANENT WRITE ERRORS 0

NO. OF PERMANENT NOISE BLOCKS 0 NO. OF ERASE GAPS 0

NO. OF CLEANER ACTIONS 0 BLOCK SIZE 0



TAPE UNIT SERIAL 001944 NO. OF TEMPORARY READ FORWARD ERRORS 0

NO. OF TEMPORARY READ BACKWARD ERRORS 0 NO. OF TEMPORARY WRITE FORWARD ERRORS 0

NO. OF 4K BYTES READ 0 NO. OF 4K BYTES WRITTEN 0

TAPE DENSITY (HEX) 00

CODE 7-TRACK 9-TRACK

TAPE DENSITY 2400 / 3400 SERIES ------ ------- -------


SMF21HDR 1 CH ;HEADER SEGMENT FOR RECORD 21 (ESV)







SMF21LGH 2 15 BI ;LENGTH OF DATA PORTION

SMF21VOL 6 17 CH ;VOL SERIAL

SMF21CA 2 23 BI ;CHANNEL ADDRESS

SMF21UCB 4 25 BI ;UCB TYPE CODE

SMF21TR 1 29 BI ;TEMPORARY READ ERRORS

SMF21TW 1 30 BI ;TEMPORARY WRITE ERRORS

SMF21SIO 2 31 BI ;NO. OF START I/O

SMF21PR 1 33 BI ;PERMANENT READ ERRORS

SMF21PW 1 34 BI ;PERMANENT WRITE ERRORS

SMF21NB 1 35 BI ;NOISE BLOCKS

SMF21ERG 2 36 BI ;ERASE GAPS

SMF21CLN 2 38 BI ;CLEANER ACTIONS

SMF21DEN 1 40 BI ;TAPE DENSITY

SMF21BLS 2 41 BI ;BLOCK SIZE

SMF21OFL 1 43 BI ;DCBOFLG

SMF21TUS 3 44 CH ;TAPE UNIT SERIAL

SMF21TRF 2 47 BI ;TEMPORARY READ FORWARD ERRORS

SMF21TRB 2 49 BI ;TEMPORARY READ BACKWARD ERRORS

SMF21TWF 2 51 BI ;TEMPORARY WRITE ERRORS

SMF21BR 3 53 BI ;BYTES READ * 4096

SMF21BW 3 56 BI ;BYTES WRITTEN * 4096



DYSMF26 COPY Function The DYSMF26 COPY function can be used to print SMF type 26 records in two report formats — a long format and a short format. SMF type 26 records contain information that is pertinent to JES2 OUTPUT WRITER. The examples for DYSMF26 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF26 Record Definition COPYLIB(SMF26REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, job number, and the date and time the record was moved to the SMF buffer.



Parameters Description








Parameters Description

#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF26JBN SMF26JNM SMF26DTE”. If you want to sort up to three fields, you can override this parameter by specifying the name of the fields under #5 and defining #6 as equal to NULL since #6 has its own default value.

For example, if you want to sort on the two fields, SMF26UIF and SMF26MSG, you can specify #5 as equal to “SMF26UIF SMF26MSG” and #6 as equal to NULL.

#6 #6 applies to sort fields 4 through 6. The value of the field cannot exceed 30 characters. The default value is “SMF26TME”. For example, if you want to sort up to six fields, you can override both #5 and #6 parameters by specifying the name of the fields under #5 and #6.

For example, if you want to sort on the four fields, SMF26RSD, SMF26RST, SMF26DTE, and SMF26TME, you can specify #5 as equal to “SMF26RSD SMF26RST SMF26DTE” and #6 as equal to “SMF26TME”.


For example, if you want to sort on the seven fields, SMF26SID, SMF26JBN, SMF26RSD, SMF26RST, SMF26DTE, SMF26TME, and SMF26UIF, you can override all three parameters by specifying #5 as equal to “SMF26SID SMF26JBN SMF26RSD”, #6 as equal to “SMF26RST SMF26DTE SMF26TME”, and #7 as equal to “SMF26UIF”.






#X #X when specified with the null parameter it causes the dates to be presented 1in 4-digit year format. The default is 2-digit year format (yes).









COPY SMF26REC

COPY DYSMF26 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in job name (SMF26JBN) and programmer's name (SMF26NAM) sequence. Use the short report format.




COPY SMF26REC

COPY DYSMF26 #5='SMF26JBN SMF26NAM'

#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 SHORT REPORT SMF RECORD TYPE 26 JES2 OUTPUT WRITER PAGE 1

JOB JES2/3 SYSTEM DATE TIME PROGRAMMER'S PROGRAMMER'S INPUT OUTPUT NUMBER NO.OF

NAME ASSIGN. ID. SMF SMF NAME ACCTNG ROUTE FORM OF OUTPUT

JOB REC. REC. NUMBER CODE NO. INPUT LINES

NUMBER MOVED MOVED CARDS TO

TO TO SPOOL

BUFFER BUFFER

JOB 7609 IPO1 08/04/97 14:19:16 --- --- LOCAL ROUTING STD 2 62

SMFDUMP1 7610 IPO1 08/04/97 14:20:20 OPERATIONS P105 LOCAL ROUTING STD 15 105

T101G01 7585 IPO1 08/04/97 14:38:16 DONNA LA FOLLETTE T101 LOCAL ROUTING STD 3 163

T101G04 7511 IPO1 08/04/97 14:26:55 CHUCK HERT T101 LOCAL ROUTING STD 3 179

T104G14M 7655 IPO1 08/04/97 14:48:19 BLACKWELL T109 LOCAL ROUTING STD 671 2,003

T104G14Q 7599 IPO1 08/04/97 14:47:29 BLACKWELL-AUDITING T106 LOCAL ROUTING STD 174 5,359

7640 IPO1 08/04/97 14:47:29 BLACKWELL-AUDITING T106 LOCAL ROUTING STD 175 5,363

7642 IPO1 08/04/97 14:47:29 BLACKWELL-AUDITING T106 LOCAL ROUTING STD 174 5,358

T105D01 7649 IPO1 08/04/97 14:47:20 NANCY COLLINS --- LOCAL ROUTING STD 3 180

T107S01 7563 IPO1 08/04/97 14:52:25 DAVID SALTER T107 LOCAL ROUTING STD 3 223

T107S02B 7489 IPO1 08/04/97 14:34:38 BRANDENBURG USER LOCAL ROUTING STD 19 48

T109C20 7463 IPO1 08/04/97 14:52:26 DALE PIKE T109 LOCAL ROUTING STD 3 476

T109P04 7622 IPO1 08/04/97 14:40:34 BOB MOTTERN T109 LOCAL ROUTING STD 3 202

T109P08 7471 IPO1 08/04/97 14:35:54 JO ANNE MITCHELL T109 LOCAL ROUTING STD 3 572

T109P14L 7226 IPO1 08/04/97 14:42:03 NEUERMAN T109 LOCAL ROUTING STD 36 80

7241 IPO1 08/04/97 14:42:03 NEUERMAN T109 LOCAL ROUTING STD 35 77

T109P30 7596 IPO1 08/04/97 14:39:23 MARY LOU MANN ATKINS T109 LOCAL ROUTING STD 3 216

7643 IPO1 08/04/97 14:44:55 MARY LOU MANN ATKINS T109 LOCAL ROUTING STD 3 203





T109P33A 7608 IPO1 08/04/97 14:35:54 JIM JACKSON T109 LOCAL ROUTING STD 34 2,521

7621 IPO1 08/04/97 14:35:54 JIM JACKSON T109 LOCAL ROUTING STD 34 2,511



T109P38 7606 IPO1 08/04/97 14:40:38 WILLIAM TRINH T109 LOCAL ROUTING STD 3 373

T109P41A 7646 IPO1 08/04/97 14:44:06 CECIL HALLOCK T109 LOCAL ROUTING STD 21 1,361

T109P41T 7647 IPO1 08/04/97 14:46:15 CECIL HALLOCK T109 LOCAL ROUTING STD 49 194

T109P46B 7399 IPO1 08/04/97 14:19:23 1800-D HOOD T109 LOCAL ROUTING STD 43 164

7615 IPO1 08/04/97 14:24:06 1800-D HOOD T109 LOCAL ROUTING STD 42 79

7607 IPO1 08/04/97 14:24:09 1800-D HOOD T109 LOCAL ROUTING STD 32 133



T109P46F 7388 IPO1 08/04/97 14:19:23 1800-D HOOD T109 LOCAL ROUTING STD 39 161

T109P47B 7625 IPO1 08/04/97 14:29:06 GARDNER T109 LOCAL ROUTING STD 139 364

T109P50 7578 IPO1 08/04/97 14:37:12 KERRY NOTESTINE T109 LOCAL ROUTING STD 3 208



08/10/97 LONG REPORT SMF RECORD TYPE 26 JES2 OUTPUT WRITER PAGE 1

JOB NAME JOB USER IDENTIFICATION

SYSTEM IDENTIFICATION IPO1 SUBSYSTEM IDENTIFICATION JES2

RDR RECOGNIZED JOB CARD DATE 08/04/97 RDR RECOGNIZED JOB CARD TIME 14:19:15.53

REC MOVED TO SMF BUFFER DATE 08/04/97 REC MOVED TO SMF BUFFER TIME 14:19:16.24

ENTRY TYPE INDICATOR DESCRIPTOR SECTION PRESENT

EVENTS SECTION PRESENT

ACTUALS SECTION PRESENT

NETWORK SECTION PRESENT

ROUTING SECTION PRESENT

PRINTING SECTION PRESENT

******* DESCRIPTOR SECTION *******

JOB INFORMATION INDICATOR SYSTEM TASK

NO JOURNAL OPTION

NO JOB LOG OPTION

JOB WAS ENTERED ON INTERNAL READER

JES2 JOB SELECTION PRIORITY WHEN INITIALLY READ (HEX) F0

JES2 JOB SELECTION PRIORITY WHEN SELECTED (HEX) F0

JES2 LOGICAL INPUT DEVICE NAME STCINRDR

PROCEDURE DDNAME FOR JCL CONVERSION PROC00

JES2-ASSIGNED JOB NUMBER 7609 JOB IDENTIFICATION STC07609

PROGRAMMER'S NAME --- MESSAGE CLASS Z

JOB CLASS INPUT ROUTE CODE LOCAL ROUTING

PROGRAMMER'S ACCOUNTING NO. --- PROGRAMMER'S ROOM NO.

ESTIMATED OUTPUT LINES 999,999,000 ESTIMATED EXECUTION TIME 00:14:24.00

ESTIMATED OUTPUT PUNCHED CARDS 999,999 OUTPUT FORM NO. STD

JOB PRINT COPY COUNT 1 LINES PER PAGE 61

JOB PRINT ROUTE CODE LOCAL ROUTING JOB PUNCH ROUTE CODE LOCAL ROUTING




08/10/97 LONG REPORT SMF RECORD TYPE 26 JES2 OUTPUT WRITER PAGE 2

******* EVENTS SECTION *******

READER STOP DATE 08/04/97 READER STOP TIME 14:19:15.58

CONVERTER START DATE 08/04/97 CONVERTER START TIME 14:19:15.59

CONVERTER STOP DATE 08/04/97 CONVERTER STOP TIME 14:19:15.79

EXECUTION PROCESSOR START DT 08/04/97 EXECUTION PROCESSOR START TM 14:19:15.81

EXECUTION PROCESSOR STOP DATE 08/04/97 EXECUTION PROCESSOR STOP TIME 14:19:16.15

OUTPUT PROCESSOR START DATE 08/04/97 OUTPUT PROCESSOR START TIME 14:19:16.18

OUTPUT PROCESSOR STOP DATE 08/04/97 OUTPUT PROCESSOR STOP TIME 14:19:16.19

******* ACTUALS SECTION *******

NUMBER OF INPUT CARDS 2 NO.OF OUTPUT LINES TO SPOOL 62

NO.OF PUNCHED CARDS TO SPOOL 0

INPUT PROCESSOR SYSTEM ID. IPO1 CONVERSION PROCESSOR SYST.ID IPO1

EXECUTION PROCESSOR SYST. ID IPO1 OUTPUT PROCESSOR SYSTEM ID. IPO1

******* NETWORKING SECTION *******

JOB TRANSMITTER SYSTEM ID. NETWORK ACCOUNTING NO.

JOB TRANSMITTER START DATE 08/04/97 JOB TRANSMITTER START TIME 00:00:00.00

JOB TRANSMITTER STOP DATE 08/04/97 JOB TRANSMITTER STOP TIME 00:00:00.00

ORIGINAL JOB ID. STC07609 JOB TRANSMITTER DEVICE NAME

ORIGINAL NODE NAME N1 EXECUTION NODE NAME N1

NEXT NODE NAME LAST NODE NAME

******* ROUTING SECTION *******

LENGTH OF ROUTING SECTION 14 INPUT ROUTE CODE LOCAL ROUTING

DEFAULT PRINT ROUTE CODE LOCAL ROUTING DEFAULT PUNCH ROUTE CODE LOCAL ROUTING

******* PRINT SECTION ********

LENGTH OF PRINT SECTION 26 ESTIMATED SYSOUT BYTE COUNT 2,147,483,000

ACTUAL SYSOUT BYTE COUNT 4,416 ESTIMATED PAGE COUNT 999,999

OUTPUT FORM NUMBER STD ACTUAL PAGE COUNT 0




SMFRCD26 1 CH ;START OF RECORD


SMF26PTR 1 CH ;HEADER SEGMENT (LGTH 46 WITHOUT RDW)

REDEFINE AT SMF26PTR



*SMFJ26 EQU 26 PURGE RECORD TYPE

SMF26TME 4 3 BI ;TOD FROM TIME MACRO BINARY

SMF26DTE 4 7 PD ;DATE FROM TIME MACRO

SMF26SID 4 11 CH ;SYSTEM INDICATOR


SMF26RST 4 23 BI ;RDR START TIME, TIME JOB CARD 1ST READ



SMF26RSV 4 39 BI ;RESV

SMF26SBS 2 43 BI ;SUBSYSTEM GENERATING ID (JES2=2, JES3=5)

*SMF26HSP EQU X'0002' JES2 ID

SMF26IND 2 45 BI ;INDICATORS

*SMF26DES EQU X'8000' DESCRIPTIVE SECTION PRESENT

*SMF26EVT EQU X'4000' EVENT SECTION P RESENT

*SMF26ATU EQU X'2000' ACTUAL SECTION PRESENT

*SMF26NTW EQU X'1000' NETWORK SECTION PRESENT

*SMF26J2R EQU X'0800' JES2 ROUTING SECTION PRESENT

*SMF26JXP EQU X'0400' JES PRINTER SECTION PRESENT

*SMF26SPL EQU X'0200' JES2 SPOOL USE SECTION PRESENT

* BEGINNING OF DESCRIPTIVE SECTION

SMF26LN1 2 47 BI ;LGTH OF THIS SECTION INCLUDING SELF

SMF26RV1 2 49 BI ;RESV

SMF26IN2 1 51 BI ;ADDITIONAL JOB INFORMATION (JES2 ONLY)

*SMF26BCH EQU X'80' BIT 0 — BACKGROUND BATCH

*SMF26FTS EQU X'40' 1 — FOREGROUND TIME SHARING

*SMF26STK EQU X'20' 2 — SYSTEM TASK

*SMF26NOJ EQU X'10' 3 — NO JOURNAL OPTION

*SMF26NOU EQU X'08' 4 — NO OUTPUT OPTION

*SMF26SCN EQU X'04' 5 — TYPRUN=SCAN

*SMF26CPY EQU X'02' 6 — TYPRUN=COPY

*SMF26JBF EQU X'01' 7 — RESTART=Y

REDEFINE AT SMF26IN2

SMF26IN3 1 51 BI ;ADDITIONAL JOB INFORMATION (JES3 ONLY)

*SMF26DJC EQU X'80' BIT 0 — DEPENDENT JOB (//*NET JOB PROCESSED)

*SMF26DLJ EQU X'40' 1 — JOB SPECIFIED DEADLINE SCHEDULING

*SMF26DLM EQU X'20' 2 — DEADLINE JOB MET DEADLINE

*SMF26PRJ EQU X'10' 3 — //*PROCESS STMT PROCESSED

*SMF26NJX EQU X'08' 4 — JOB LEFT SYSTEM USING NJP (NETWORK JOB

PROCESSING)

*SMF26NJE EQU X'04' 5 — JOB ENTERED SYSTEM USING NJP

*SMF26DJO EQU X'02' 6 — JOB LEFT SYSTEM USING DJ (DUMP JOB)



*SMF26DJE EQU X'01' 7 — JOB ENTERED SYSTEM USING DJ

SMF26INF 1 52 BI ;JOB INFORMATION

*SMF26JCP EQU X'80' 0 — JOB PRIORITY EXTERNALLY ASSIGNED

* (JES2-USING /*PRIORITY STMT)

* (JES3-USING PRTY PARM ON JOB STMT)

*SMF26STU EQU X'40' 1 — SETUP JOB

* (JES2-/*SETUP STMT PROCESSED)

* (JES3-PROCESSED BY PREEXEC SETUP)

*SMF26TRH EQU X'20' 2 — JOB HELD USING TYPERUN=HOLD

*SMF26NLG EQU X'10' 3 — JOB REQUESTED NO JES JOB LOG (JES2)

*SMF26XBC EQU X'08' 4 — EXEC BATCHING JOB (JES2 ONLY)

*SMF26EIR EQU X'04' 5 — JOB ENTERED USING INTERNAL RDR

*SMF26MRE EQU X'02' 6 — JOB WAS RERUN BY JES

*SMF26OPC EQU X'01' 7 — OPER CANCELED JOB BY JES CMND

SMF26JNM 4 53 CH ;JES ASSIGNED JOB #

SMF26JID 8 57 CH ;JOB ID OF FORM XXX0YYYY WHERE YYYY IS

* JES ASSIGNED JOB # & XXX IS

* 'JOB' — NORMAL JES JOB

* 'STC' — STARTED TASK CONTROL

* 'TSU' — TSO USER

SMF26NAM 20 65 CH ;PROGRAMMER'S NAME FROM JOB CARD

SMF26MSG 1 85 CH ;MESSAGE CLASS FROM JOB CARD

SMF26CLS 1 86 CH ;JOB CLASS FROM JOB CARD

SMF26XPI 1 87 BI ;INITIAL JOB PRIORITY

SMF26XPS 1 88 BI ;SELECTION PRIORITY AT TIME JOB SELECTED

SMF26OPI 1 89 BI ;INITIAL OUTPUT PRIORITY (JES2 ONLY)

SMF26OPS 1 90 BI ;OUTPUT PRIORITY AT SELECTION (JES2 ONLY)

SMF26LOC 2 91 BI ;INPUT ROUTE CODE OR ZERO (JES2 ONLY)

REDEFINE AT SMF26OPI

SMF26RV8 4 89 BI ;RESERVED (JES3)

SMF26DEV 8 93 CH ;LOG INPUT DEV NAME OF WHERE JOB READ

* USER ID IF TSO SUBMIT

* SYSTEM NAME IF NJP

SMF26ACT 4 101 CH ;PROGRAMMER'S ACCOUNTING # (JES2 ONLY)

SMF26ROM 4 105 CH ;PROGRAMMER'S ROOM # (JES2 ONLY)


*SMF26RVA DS XL8 RESERVED (JES3)

*BINARY FIELD OVER 4 BYTES. FIELD CONVERTED TO CHAR. DATA

SMF26RVA 8 101 ;RESERVED (JES3)

SMF26XTM 4 109 BI ;ESTIMATED EXECUTION TIME (SEC)

SMF26ELN 4 113 BI ;ESTIMATED OUTPUT LINES

SMF26EPU 4 117 BI ;ESTIMATED OUTPUT PUNCHED CARDS

*SMF26J2D 1 CH ;JES2 ONLY DESCRIPTIVE SECTION

REDEFINE AT SMF26J2D

SMF26FRM 4 121 CH ;DEFAULT OUTPUT FORM #

SMF26CYP 2 125 BI ;PRINT COPY COUNT IF FOR ALL OF JOB

SMF26LIN 2 127 BI ;LINES PER PAGE

SMF26PRR 2 129 BI ;DEFAULT PRINT DESTINATION

SMF26PUR 2 131 BI ;DEFAULT PUNCH DESTINATION



SMF26PDD 8 133 CH ;JES2 PROC DDNAME FOR JCL CONVERSION


SMF26J3D 1 CH ;JES3 ONLY DESCRIPTIVE SECTION


SMF26DTY 1 121 CH ;DEADLINE SCHEDULE TYPE


SMF26IGP 8 125 CH ;LOG INPUT DEV GROUP NAME (JOB SOURCE)

SMF26PD3 8 133 CH ;PROCEDURE DD NAME

SMF26NJO 8 141 CH ;SYS NAME TO WHICH JOB SENT USING NJP

SMF26NJI 8 149 CH ;SYS FROM WHICH JOB RECEIVED USING NJP

SMF26NET 8 157 CH ;ID OF DEPENDENT JOB NET TO WHICH

* THIS JOB BELONGS (FROM //*NET STMT)

SMF26DTM 4 165 BI ;DEADLINE SCHEDULE TIME

SMF26DDT 4 169 PD ;DEADLINE SCHEDULE DATE

SMF26CLN 8 173 CH ;JOB CLASS NAME

**BEGINNING OF EVENT SECTION

*

REDEFINE AT SMF26LN1

SMF26LN2 2 47 BI ;LGTH OF THIS SECTION (INCLUDING SELF)


SMF26RPT 4 51 BI ;READER STOP TIME

SMF26RPD 4 55 PD ;READER STOP DATE

SMF26CST 4 59 BI ;CONVERTER START TIME

SMF26CSD 4 63 PD ;CONVERTER START DATE

SMF26CPT 4 67 BI ;CONVERTER STOP TIME

SMF26CPD 4 71 PD ;CONVERTER STOP DATE

SMF26XST 4 75 BI ;EXECUTION START TIME

SMF26XSD 4 79 PD ;EXECUTION START DATE

SMF26XPT 4 83 BI ;EXECUTION STOP TIME

SMF26XPD 4 87 PD ;EXECUTION STOP DATE

SMF26OST 4 91 BI ;OUTPUT PROCESSOR START TIME

SMF26OSD 4 95 PD ;OUTPUT PROCESSOR START DATE

SMF26OPT 4 99 BI ;OUTPUT PROCESSOR STOP TIME

SMF26OPD 4 103 PD ;OUTPUT PROCESSOR STOP DATE

**

BEGINNING OF ACTUAL SECTION

*


SMF26LN3 2 47 BI ;LGTH OF THIS SECTION (INCLUDING SELF)


SMF26ICD 4 51 BI ;# OF INPUT CARDS (JCL AND DATA)

SMF26XLN 4 55 BI ;OUTPUT LINES GENERATED TO SPOOL

SMF26XPU 4 59 BI ;OUTPUT PUNCH CARDS GENERATED TO SPOOL

SMF26RID 4 63 CH ;INPUT PROCESSOR SYSTEM ID

SMF26CID 4 67 CH ;JCL CONVERSION PROCESSOR SYSTEM ID

SMF26XID 4 71 CH ;EXECUTION PROCESSOR SYSTEM ID

SMF26OID 4 75 CH ;OUTPUT PROCESSOR SYSTEM ID

SMF26JAF 42 79 CH ;JOB ACCT FIELDS (MAX. LEN 42)

NJEJMR 4 1 21 BI ;



REDEFINE AT NJEJMR

NJEJMRID 8 121 CH ;

NJEJMRLN 2 129 BI ;LENGTH OF NJEJMR

NJEJOBNO 2 131 BI ;ORIGIN NODE JOB NUMBER

NJEJOBNM 8 133 CH ;JOB NAME

NJEXEQN 8 141 CH ;EXECUTION NODE

NJEPRGMR 20 149 CH ;PROGRAMMER NAME

NJEUSRID 8 169 CH ;TSO USER ID

NJEACCT 8 177 CH ;NETWORK ACCT NUM

NJEDEPT 8 185 CH ;PROGRAMMER DEPT NUM

NJEBLDG 8 193 CH ;PROGRAMMER BLDG NUM

NJEROOM 8 201 CH ;PROGRAMMER ROOM NUM

NJEXEQU 8 209 CH EXECUTION USER ID

NJETRANS 4 217 BI ;NUM OF XMIT BUFFERS

NJEJMREN 4 221 BI ;

REDEFINE AT NJEJMREN

*NJEJMRSZ DS 0XL(NJEJMREN-NJEJMR)

NJEJMRSZ 1 221 BI ;

REDEFINE AT NJEJMRSZ

SMF26SRC 4 221 CH ;NUMBER OF SPOOL RECORDS

*

* BEGINNING OF NETWORK SECTION

*


SMF26LN4 2 47 BI ;LENGTH OF THIS SECTION (INCLUDING SELF)


SMF26NID 4 51 CH ;JOB TRANSMITTER SYSTEM IDENTIFIER

SMF26NST 4 55 BI ;JOB TRANSMITTER START TIME

SMF26NSD 4 59 PD ;JOB TRANSMITTER START DATE

SMF26NPT 4 63 BI ;JOB TRANSMITTER STOP TIME

SMF26NPD 4 67 PD ;JOB TRANSMITTER STOP DATE

SMF26NAC 8 71 CH ;NETWORK ACCOUNTING NUMBER

SMF26NJB 8 79 CH ;ORIGINAL JOB IDENTIFICATION

SMF26NDV 8 87 CH ;JOB TRANSMITTER DEVICE NAME

SMF26NON 8 95 CH ;ORIGINAL NODE NAME

SMF26NXN 8 103 CH ;EXECUTION NODE NAME

SMF26NNM 8 111 CH ;NEXT NODE NAME

SMF26NLN 8 119 CH ;LAST NODE NAME


SMF26LN5 2 47 BI ;LGTH OF THIS SECTION

SMF26INR 4 49 CH ;INPUT ROUTING

SMF26PRD 4 53 CH ;DEFAULT PRINT DESTINATION

SMF26PUD 4 57 CH ;DEFAULT PUNCH DESTINATION


SMF26LN6 2 47 BI ;LGTH OF THIS SECTION

SMF26EBT 4 49 CH ;ESTIMATED BYTE COUNT

SMF26XBT 4 53 CH ;ACTUAL BYTE COUNT

SMF26EPG 4 57 CH ;ESTIMATED PAGE COUNT



SMF26XPG 4 61 CH ;ACTUAL PAGE COUNT

SMF26EFM 8 65 CH ;EXPANDED FORMS ID

DYSMF30 COPY Function The DYSMF30 COPY function can be used to print SMF type 30 records in two reports formats — a long format and a short format. SMF type 30 records contain information about the normal or abnormal termination of a batch job or step, a TSO session, or a started task. It also contains information about the expiration of an accounting interval, the start of a job or the start of the first step after a warm start, or the expiration of an accounting interval for a system address space.

The type 30 record consolidates the data in the type 4, 5, 20, 34, 35, and 40 records. The examples for DYSMF30 short formatted and long formatted reports are shown in this section. The COPY function assumes that the SMF record is formatted as shown in DYSMF30 Record Definition COPYLIB(SMF30REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters.


Nine parameters can be varied in the DYSMF30 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes. Parameters #5 and #6 define the date as a 4-digit year. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.



















OPTION STRUCTURED2




COPY SMF30REC

COPY DYSMF30 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'14:30:00'”

#L=YES #S=NULL

FIN




Print all records regardless of date and time. Use the short report format.

OPTION STRUCTURED2




COPY SMF30REC

COPY DYSMF30

#S=YES #L=NULL

FIN



REJECT

ENDIF




DYSMF30 Short Formatted Report (Page 1 of 2)

08/10/97 10.39.14 SMF RECORD TYPE 30 DEVICE ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************


RECORD WRITTEN TIME 14:19:16.14 RECORD WRITTEN DATE 08/04/97

RECORD SUBTYPE 4 SUBSYSTEM ID STC

NAME OF NUMBER OF NAME OF NUMBER OF NAME OF NUMBER OF

SECTION SECTIONS SECTION SECTIONS SECTION SECTIONS

------- -------- ------- -------- ------- --------

SUBSYSTEM 1 IDENTIFICATION 1 I/O ACTIVITY 1

COMPLETION 1 PROCESSOR ACCOUNTING 1 ACCOUNTING

STORAGE AND PAGING 1 PERFORMANCE 1 OPERATOR 1

EXCP 4 APPC/MVS

SUBSYSTEM SECTION

*******************

SUBTYPE ID FOR TYPE 30 STEP TOTAL

SUBSYSTEM OR PRODUCT NAME SMF RECORD VERSION NUMBER 04

IDENTIFICATION SECTION

**********************

JOB/SESSION NAME JOB PROGRAM NAME IEBEDIT

STEP NAME IEFPROC USER ID FIELD

JES JOB NUMBER STC07609 STEP NUMBER 1

JOB CLASS JOB PERF GROUP NUMBER 40

I/O ACTIVITY SECTION

********************

NUMBER OF CARD IMAGES IN DD DATA 0 TOTAL BLOCKS TRANSFERRED 10

NUMBER OF TPUTS IF TSO SESSION 0 NUMBER OF TGETS IF TSO SESSION 0





COMPLETION SECTION

*******************

STEP COMPLETION CODE NORMAL JOB COMPLETION

STEP COMPLETION CODE (HEX) 0000

PROCESSOR ACCOUNTING SECTION

****************************

CPU DISPATCHING PRIORITY 121 STEP CPU TIME UNDER TCB 00:00:00.04

INTERVAL START TIME 00:00:00.00 INTERVAL START DATE 08/04/97

STORAGE AND PAGING SECTION

**************************

STORAGE FLAGS NO INFORMATION

STORAGE PROTECT KEY 32,768

BOTTOM STORAGE USED (K UNITS) 104 TOP STORAGE USED (K UNITS) 116

NUMBER OF PAGE-INS 0 NUMBER OF PAGE-OUTS 0

PERFORMANCE SECTION

******************

RESERVED - REGION FIELD 680 CPU SERVICE UNITS 432

SRB SERVICE UNITS 7 I/O SERVICE UNITS 45

OPERATOR SECTION

****************

NUMBER OF NON-SPECIFIC DASD 0 NUMBER OF SPECIFIC DASD MOUNTS 0

NUMBER OF NON-SPECIFIC TAPE 0 NUMBER OF SPECIFIC TAPE MOUNTS 0

EXCP SECTION

************

EXCP DEVICE UNIT IT IS DEVICE DD NAME OF LARGEST

SECTION CLASS TYPE VIRTUAL ADDRESS THIS BLOCK SIZE

NUMBER (HEX) (HEX) DEVICE (HEX) DATA SET OF DATA SET

(YES/NOT) (HEX)

-----------------------------------------------------------------------------------------------------------------

1 00 00 NOT 0000 SYSPRINT 0000

2 20 0E NOT 0413 SYSUT1 5B90

3 00 00 NOT 0000 SYSUT2 0000

4 00 00 NOT 0000 SYSIN 0000




08/10/97 10.42.53 SMF RECORD TYPE 30 DEVICE ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************


RECORD WRITTEN TIME 14:19:16.14 RECORD WRITTEN DATE 08/04/97

RECORD SUBTYPE 4 SUBSYSTEM ID STC

NAME OF SECTION OFFSET OF SECTION LENGTH OF SECTION NUMBER OF SECTIONS

---------------------------------------------------------------------------------------------------------------

SUBSYSTEM 128 22 1

IDENTIFICATION 150 148 1

I/O ACTIVITY 298 32 1

COMPLETION 330 8 1

PROCESSOR ACCOUNTING 338 60 1

ACCOUNTING 0 0 0

STORAGE AND PAGING 398 144 1

PERFORMANCE 542 36 1

OPERATOR 578 24 1

EXCP 642 22 4

APPC/MVS 602 40 0

SUBSYSTEM SECTION

*******************

SUBTYPE ID FOR TYPE 30 STEP TOTAL

SUBSYSTEM OR PRODUCT NAME SMF RECORD VERSION NUMBER 04


**********************

JOB/SESSION NAME JOB PROGRAM NAME IEBEDIT

STEP NAME IEFPROC USER ID FIELD

JES JOB NUMBER STC07609 STEP NUMBER 1

JOB CLASS JOB PERF GROUP NUMBER 40

JES INPUT PRIORITY 0 DEVICE ALLOC START TIME

PROBLEM PROG START TIME 14:19:15.86 STEP INITIATION TIME 14:19:15.84

STEP INITIATION DATE 08/04/97 READER START TIME 14:19:15.53

READER START DATE 08/04/97 READER END TIME 14:19:15.58

READER END DATE 08/04/97 s RACF TERMINAL ID. IF

RACF GROUP ID * RACF USER ID *

PROGRAMMER'S NAME

I/O ACTIVITY SECTION

********************

NUMBER OF CARD IMAGES IN DD DATA 0 TOTAL BLOCKS TRANSFERRED 10

NUMBER OF TPUTS IF TSO SESSION 0 NUMBER OF TGETS IF TSO SESSION 0



READER DEVICE CLASS 0 READER DEVICE TYPE 0

TOTAL DEVICE CONNECT TIME 00:00:03.59 TOTAL ADDRESS SPACE RE-READ 0

DEVICE CONNECT FLAGS NO INFORMATION



COMPLETION SECTION

*******************

STEP COMPLETION CODE NORMAL JOB COMPLETION

STEP COMPLETION CODE (HEX) 0000

STEP TERMINATION INDICATOR NO INFORMATION

STEP TERMINATION INDICATOR (HEX) 0000

ABEND REASON CODE (HEX) 0000

PROCESSOR ACCOUNTING SECTION

****************************

CPU DISPATCHING PRIORITY 121 STEP CPU TIME UNDER TCB 00:00:00.04

STEP CPU TIME UNDER SRB 00:00:00.00 INIT CPU TIME UNDER TCB 00:00:00.03

INIT CPU TIME UNDER SRB 00:00:00.00 STEP VECTOR USAGE TIME 00:00:00.00

INIT VECTOR USAGE TIME 00:00:00.00 STEP VECTOR AFFINITY TIME 00:00:00.00

INIT VECTOR AFFINITY TIME 00:00:00.00

INTERVAL START TIME 00:00:00.00 INTERVAL START DATE 08/04/97

STORAGE AND PAGING SECTION

**************************

STORAGE FLAGS NO INFORMATION

NUMBER OF SWAPS 0 STORAGE PROTECT KEY 32,768

BOTTOM STORAGE USED (K UNITS) 104 TOP STORAGE USED (K UNITS) 116

NUMBER OF PAGE-INS 0 NUMBER OF PAGE-OUTS 0

NUMBER OF PAGES SWAPPED IN 0 NUMBER OF PAGES SWAPPED OUT 0

NUMBER OF VIO PAGE-INS 0 NUMBER OF VIO PAGE-OUTS 0

NUMBER OF VIO RECLAIMS 0 NUMBER OF COMMON PAGE-INS 0

NUMBER OF COMMON RECLAIMS 0 NUMBER OF LPA PAGE-INS 0

NUMBER OF LPA RECLAIMS 0 PAGES STOLEN FROM THIS MEMORY 0

COUNT OF CPU PAGE SECONDS IN

PAGE MILLISECONDS UNITS (HEX) 0ACD PRIVATE AREA BELOW 16M IN BYTES 10,465,280

PRIVATE AREA ABOVE 16M IN BYTES 2,085,617,664 MAX VIRTUAL SPACE IN SWA BELOW 16M 118,784

MAX VIRTUAL SPACE IN SWA ABOVE 16M 9,236,480 MAX VIRT SPACE FROM USER BELOW 16M 106,496

MAX VIRT SPACE FROM USER ABOVE 16M 4,096 ORIGINAL REGION REQUEST IN 1K UNIT 1,024

PERFORMANCE SECTION

******************

RESERVED - REGION FIELD 680 CPU SERVICE UNITS 432



SRB SERVICE UNITS 7 I/O SERVICE UNITS 45

MSO SERVICE UNITS 196 NUMBER OF TRANSACTIONS 0

TRANSACTION ACTIVE TIME 00:00:00.26 TRANSACTION RESIDENCY TIME 00:00.26

OPERATOR SECTION

****************

NUMBER OF NON-SPECIFIC DASD 0 NUMBER OF SPECIFIC DASD MOUNTS 0

NUMBER OF NON-SPECIFIC TAPE 0 NUMBER OF SPECIFIC TAPE MOUNTS 0

NUMBER OF NON-SPECIFIC MSS 0 NUMBER OF SPECIFIC MSS MOUNTS 0



EXCP SECTION 1

************

DEVICE CLASS 0 UNIT TYPE 0

IS VIRTUAL DEVICE (YES/NOT) NOT DD NAME OF THIS DATA SET SYSPRINT

DEVICE ADDRESS (HEX) 0000 LARGEST BLOCK SIZE (HEX) 0000

COUNT OF BLOCKS ISSUED FOR THE DEVICE 0 IS BLOCK SIZE CHANGED (YES/NOT) NOT

DEVICE CONNECT TIME 00:00:00.00

EXCP SECTION 2

************


IS VIRTUAL DEVICE (YES/NOT) NOT DD NAME OF THIS DATA SET SYSUT1

DEVICE ADDRESS (HEX) 0413 LARGEST BLOCK SIZE (HEX) 5B90



EXCP SECTION 3

************


IS VIRTUAL DEVICE (YES/NOT) NOT DD NAME OF THIS DATA SET SYSUT2




EXCP SECTION 4

************


IS VIRTUAL DEVICE (YES/NOT) NOT DD NAME OF THIS DATA SET SYSIN







SMFRCD30 1 CH ;



* BIT 0 — SUBSYSTEM NAME FOLLOWS STANDARD HEADER

* BIT 1 — SUBTYPES UTILIZED

* BIT 5 — MVS/XA

* BIT 6 — VS2

* BIT 7 — VS1


SMF30TME 4 3 CH ;RECORD WRITTEN TIME

SMF30DTE 4 7 PD ;RECORD WRITTEN DATE


SMF30WID 4 15 CH ;OUCBSUBN SUBSYSTEM ID

SMF30STP 2 19 BI ;RECORD SUBTYPE

*

* SELF DEFINING SECTION

*

SMF30SDS 88 21 CH ;SELF DEFINING SECTION

REDEFINE AT SMF30SDS

SMF30SOF 4 21 BI ;OFFSET TO SUBSYSTEM SEGMENT

*

SMF30SLN 2 25 BI ;LENGTH OF SUBSYSTEM SEGMENT

*

SMF30SON 2 27 BI ;NUMBER OF SUBSYSTEM SEGMENT

*

SMF30IOF 4 29 BI ;OFFSET TO ID SEGMENT

SMF30ILN 2 33 BI ;LENGTH OF ID SEGMENT

SMF30ION 2 35 BI ;NUMBER OF ID SEGMENT

SMF30UOF 4 37 BI ;OFFSET TO I/O ACTIVITY SEGMENT

*

SMF30ULN 2 41 BI ;LENGTH OF I/O ACTIVITY SEGMENT

*

SMF30UON 2 43 BI ;NUMBER OF I/O ACTIVITY SEGMENT

*

SMF30TOF 4 45 BI ;OFFSET TO COMPLETION SEG

SMF30TLN 2 49 BI ;LENGTH OF COMPLETION SEG

SMF30TON 2 51 BI ;NUMBER OF COMPLETION SEG

SMF30COF 4 53 BI ;OFFSET TO CPU SEGMENT

SMF30CLN 2 57 BI ;LENGTH OF CPU SEGMENT

SMF30CON 2 59 BI ;NUMBER OF CPU SEGMENT

SMF30AOF 4 61 BI ;OFFSET TO ACCOUNTING SEG

SMF30ALN 2 65 BI ;LENGTH OF ACCOUNTING SEG

SMF30AON 2 67 BI ;NUMBER OF ACCOUNTING SEG

SMF30ROF 4 69 BI ;OFFSET TO STORAGE SEGMENT

*

SMF30RLN 2 73 BI ;LENGTH OF STORAGE SEGMENT

*



SMF30RON 2 75 BI ;NUMBER OF STORAGE SEGMENT

*

SMF30POF 4 77 BI ;OFFSET TO PERFORMANCE SEG

*

SMF30PLN 2 81 BI ;LENGTH OF PERFORMANCE SEG

*

SMF30PON 2 83 BI ;NUMBER OF PERFORMANCE SEG

*

SMF30OOF 4 85 BI ;OFFSET TO OPERATOR SEG

SMF30OLN 2 89 BI ;LENGTH OF OPERATOR SEG

SMF30OON 2 91 BI ;NUMBER OF OPERATOR SEG

SMF30EOF 4 93 BI ;OFFSET TO EXCP SEGMENT

SMF30ELN 2 97 BI ;LENGTH OF EXCP SEGMENTS IN THIS RECORD

SMF30EON 2 99 BI ;NUMBER OF EXCP SEGMENTS IN THIS TYPE 30 RECORD

SMF30EOR 2 101 BI ;NUMBER OF EXCP SEGMENTS IN SUBSEQUENT RECORDS

SMF30RVD 2 103 CH ;RESERVED

SMF30EOS 4 105 BI ;EXCP SECTIONS IN SUBSEQUENT RECORDS


SMF30ARO 4 117 BI ;OFFSET TO APPC/MVS RESOURCE SECTION

SMF30ARL 2 121 BI ;LENGTH OF APPC/MVS RESOURCE SECTION

SMF30ARN 2 123 BI ;NUMBER OF APPC/MVS RESOURCE SECTIONS

*

* PRODUCT OR SUBSYSTEM SECTION

**

WORKAREA

SMF30PSS 1 1 CH ;

REDEFINE AT SMF30PSS

SMF30TYP 2 1 BI ;SUBTYPE ID FOR TYPE 30

* 1 = JOB INITIATION

* 2 = INTERVAL RECORD

* 3 = STEP TERMINATION DELTA

* 4 = STEP TERMINATION

* 5 = JOB TERMINATION

* 6 = SYSTEM ADDRESS SPACE

SMF30RS1 2 3 CH ;RESERVED

SMF30RVN 2 5 CH ;RECORD VERSION NUMBER C'01'

SMF30PNM 8 7 CH ;SUBSYTEM OR PRODUCT NAME — SMF

SMF30OSL 8 15 CH ;MVS PRODUCT LEVEL

*

* JOB/SESSION IDENTIFICATION

*

*WORKAREA

SMF30ID 1 1 CH ;

REDEFINE AT SMF30ID

SMF30JBN 8 1 CH ;JMRJOB JOB/SESSION NAME

SMF30PGM 8 9 CH ;SCTPGMNM PROGRAM NAME

SMF30STM 8 17 CH ;SCTSNAME STEP NAME

SMF30UIF 8 25 CH ;JMRUSEID USER ID FIELD

SMF30JNM 8 33 CH ;SSIB JES JOB NUMBER



SMF30STN 2 41 BI ;LCTSNUMB STEP NUMBER

SMF30CLS 1 43 CH ;JCTJCSMF JOB CLASS

FILLER 1 44 CH ;RESERVED

SMF30PGN 2 45 BI ;OUCBNPG JOB PERF GROUP NUMBER

SMF30JPT 2 47 BI ;JCTJPRTY JES INPUT PRIORITY

SMF30AST 4 49 BI ;TCTAST DEVICE ALLOC START TIME

SMF30PPS 4 53 BI ;TCTPPST PROBLEM PROG START TIME

SMF30SIT 4 57 BI ;JCTJMRSS STEP INITIATION TIME

SMF30STD 4 61 PD ;JCTSSD STEP INITIATION DATE

SMF30RST 4 65 BI ;JMRENTRY READER START TIME

SMF30RSD 4 69 PD ;JMREDATE READER START DATE

SMF30RDE 8 73 CH ;READER END TIME/DATE

REDEFINE AT SMF30RDE

SMF30RET 4 73 BI ;READER END TIME

SMF30RED 4 77 PD ;READER END DATE

SMF30USR 20 81 CH ;ACTPRGNM PROGRAMMERS NAME

SMF30GRP 8 101 CH ;ACEEGRPN RACF GROUP ID

SMF30RUD 8 109 CH ;ACEEUSRI RACF USER ID

SMF30TID 8 117 CH ;ACEETRMF RACF TERMINAL ID. IF

* RACF IS NOT ACTIVE, OR

* THIS IS NOT A TERMINAL

* USER THEN THIS FIELD IS

* ZERO

SMF30TSN 8 125 CH ;TERMINAL SYMBOLIC NAME

SMF30PSN 8 133 CH ;NAME OF STEP THAT INVOKED THE PROCEDURE

SMF30CL8 8 141 CH ;8-CHARACTER JOB CLASS

*

* I/O ACTIVITY SEGMENT

*

*WORKAREA

SMF30URA 1 1 CH ;

REDEFINE AT SMF30URA

SMF30INP 4 1 BI ;SCTSMF NUMBER OF CARD IMAGES IN DD DATA

* OR DD * DATA SETS

SMF30TEP 4 5 BI ; D ASCBIOSM+ TOTAL BLOCKS TRANSFERRED

* OUCBIOSM

SMF30TPT 4 9 BI ;D TCTLOUT NUMBER OF TPUTS IF TSO SESSION

*

SMF30TGT 4 13 BI ;D TCTLIN NUMBER OF TGETS IF TSO SESSION

*

SMF30RDR 1 17 CH ;JMRRDR READER DEVICE CLASS

SMF30RDT 1 18 CH ;JMRRDR READER DEVICE TYPE

SMF30TCN 4 19 BI ;ASCBDCTI TOTAL DEVICE CONNECT

* TIME

SMF30DCF 1 23 BI ;DEVICE CONNECT FLAGS

*SMF30MFL EQU X'80' DEVICE CONNECT TIME MAY BE INCORRECT

SMF30RS2 3 24 CH ;RESERVED

SMF30RSB 2 27 BI ;RESERVED FOR BOUNDARY ALIGNMENT

SMF30TRR 4 29 BI ;ASSBASRR— TOTAL ADDRESS SPACE RE-READ



* TCTRRCT

*

* COMPLETION SEGMENT

**

WORKAREA

SMF30CMP 1 1 CH ;

REDEFINE AT SMF30CMP

SMF30SCC 2 1 BI ;TCTCMPC STEP COMPLETION CODE

SMF30STI 1 3 BI ;STEP TERMINATION INDICATOR

* SMF30STI OCCURS 2 TIMES.

*

*SMF30SAB EQU X'80' BIT0 — SYSTEM ABEND

*SMF30UJV EQU X'40' JCTJMRCL BIT1 — CANCELED AT EXIT IEFUJV

*

*SMF30UJI EQU X'20' BIT2 — CANCELED AT EXIT IEFUJI

*

*SMF30USI EQU X'10' BIT3 — CANCELED AT EXIT IEFUSI

*

*SMF30TRT EQU X'08' BIT4 — CANCELED AT EXIT IEFACTRT

*

*SMF30SRS EQU X'04' BIT5 — STEP IS TO BE RESTARTED

*

*SMF30ABD EQU X'02' TCBFA BIT6 — STEP ABENDED

*SMF30FLH EQU X'01' TCTHWM BIT7 — STEP FLUSHED

*SMF30EXF EQU X'80' TCTIEX BIT0 — EXCP COUNT MAY BE WRONG

*

*SMF30ISK EQU X'40' TCTISK BIT1 — PREVIOUS INTERVAL SKIPPED

*

*SMF30NEX EQU X'20' BIT2 — EXCP SECTIONS NOT MERGED

*

*SMF30SYE EQU X'10' BIT3 — STEP ENDED WITH POST

* EXECUTION ERROR

* BITS4-7 RESERVED

SMF30ARC 4 5 BI ;TCBARC ABEND REASON CODE

*

* CPU ACCOUNTING SEGMENT

*

*WORKAREA

SMF30CAS 1 1 CH ;

REDEFINE AT SMF30CAS

SMF30PTY 2 1 BI ;SCTSDP CPU DISPATCHING PRIORITY

*


SMF30CPT 4 5 BI ;D ASCBEJST STEP CPU TIME UNDER TCB

* OR ACTJTIME

* — TCTEJST

SMF30CPS 4 9 BI ;D ASCBSRBT STEP CPU TIME UNDER SRB

* OR SCTSRBT

* — TCTSRBT



SMF30ICU 4 13 BI ;D ASCBEJST + INIT CPU TIME UNDER TCB

* TCTITCB

SMF30ISB 4 17 BI ;D ASCBSRBT + INIT CPU TIME UNDER SRB

* TCTISRB

SMF30JVU 4 21 BI ;D ASCBEVST STEP VECTOR USAGE TIME

* OR SCTTVFUT

* —TCTEVFUT

SMF30IVU 4 25 BI ;D ASCBEVST + INIT VECTOR USAGE TIME

* TCTIVFUT

SMF30JVA 4 29 BI ;D ASCBVFAT STEP VECTOR AFFINITY TIME

* OR SCTTVFAT

* —TCTEVFAT

SMF30IVA 4 33 BI ;D ASCBVFAT + INIT VECTOR AFFINITY TIME

* TCTIVFAT

SMF30IST 4 37 BI ;INTERVAL START TIME

SMF30IDT 4 41 PD ;INTERVAL START DATE

SMF30IIP 4 45 BI ;TIME USED TO PROCESS I/O INTERRUPTS

SMF30RCT 4 49 BI ;TIME USED BY THE REGION CONTROL TASK

SMF30HPT 4 53 BI ;PROCESSOR TIME CONSUMED FOR THE STEP

SMF30CSC 4 57 BI ;CRYPTOGRAPHIC INSTRUCTIONS EXECUTED

*

* EXCP SECTION

*

* FOR EACH DEVICE ASSIGNED TO EACH DATA SET THERE IS A 22 BYTE

* ENTRY HAVING THE FOLLOWING FORMAT:

*

*WORKAREA

SMF30EXP 1 1 CH ;

REDEFINE AT SMF30EXP

SMF30KEY 12 1 CH ;SECTION KEY

REDEFINE AT S MF30KEY

SMF30DEV 1 1 BI ;UCBTBYT3 DEVICE CLASS

SMF30UTP 1 2 BI ;UCBTBYT3 UNIT TYPE

SMF30CUA 2 3 BI ;UCBCHAN DEVICE ADDRESS

*SMF30VDV EQU X'80' VIRTUAL DEVICE INDICATOR

*

SMF30DDN 8 5 CH ;TIOEDDNM DDNAME OF THIS DATASET

SMF30BLK 4 13 BI ;D TCTDCTR COUNT OF BLOCKS ISSUED FOR THIS

* AGAINST THIS DATA SET

SMF30BSZ 2 17 BI ;TCTBLKSZ LARGEST BLOCKSIZE OF DATA SET

*

*SMF30CBS EQU X'80' CHANGED BLOCKSIZE FOR DATA SET

*

SMF30DCT 4 19 BI ;DEVICE CONNECT TIME

*

* ACCOUNTING SECTION

*


* FIELD (1 BYTE,BINARY), FOLLOWED BY THE FIELD (EBCDIC). AN



* OMITTED FIELD IS REPRESENTED BY A LENGTH INDICATOR OF 0.

*

*WORKAREA

SMF30ACS 1 1 CH ;

REDEFINE AT SMF30ACS

SMF30ACL 1 1 BI ;FIELD LENGTH

SMF30ACT 1 2 CH ; JOB OR STEP ACCOUNTING FIELD


*

*

* STORAGE AND PAGING SECTION

*

*WORKAREA

SMF30SAP 1 1 CH ;

REDEFINE AT SMF30SAP

SMF30RSV 2 1 BI ;RESERVED — REGION FIELD INCREASED TO

4 BYTES AND MOVED TO END OF

STORAGE SECTION

SMF30SFL 1 3 BI ;STORAGE FLAGS

*SMF30VQR EQU X'80' EAADDRBT BIT STORAGE REQUESTED WAS V=R

*

*SMF30UCL EQU X'40' IEFUSI IEFUSI CHANGED LIMIT VALUES

*

SMF30SPK 1 4 BI ;TCBPKF STORAGE PROTECT KEY

SMF30PRV 2 5 BI ;TCTHWM/1024 VIRTUAL STORAGE ALLOCATED

* FROM USERS PRIVATE AREA

SMF30SYS 2 7 BI ;TCTLWM VIRTUAL STORAGE ALLOCATED

* SYSTEM AREA (TOP OF PRIVATE)

*

SMF30PGI 4 9 BI ;D OUXBPIN + NUMBER OF PAGE-INS

* OUCBPIN

SMF30PGO 4 13 BI ;D OUXBPOUT + NUMBER OF PAGE-OUTS

* OUCBPOUT

SMF30CPM 4 17 BI ;ATTEMPTS TO READ DATA FROM AN EXPANDED STR.

*

SMF30NSW 4 21 BI ;D OUXBSWCT NUMBER OF SWAPS

*

SMF30PSI 4 25 BI ;D OUXBSPIN + NUMBER OF PAGES SWAPPED IN

* OUCBSPIN

SMF30PSO 4 29 BI ;D OUXBSPOT + NUMBER OF PAGES SWAPPED OUT

* OUCBSPOT

SMF30VPI 4 33 BI ; D OUXBVAMI + NUMBER OF VIO PAGE-INS

* OUCBVAMI

SMF30VPO 4 37 BI ;D OUXBVAMO + NUMBER OF VIO PAGE-OUTS

* OUCBVAMO

SMF30VPR 4 41 BI ;D OUXBVAMR + NUMBER OF VIO RECLAIMS

* OUCBVAMR

SMF30CPI 4 45 BI ;D OUXBCAPI + NUMBER OF COMMON PAGE-INS

* OUCBCAPI



SMF30CPR 4 49 BI ;D OUXBCAPR + NUMBER OF COMMON RECLAIMS

* OUCBCAPR

SMF30LPI 4 53 BI ;D OUXBLPAI NUMBER OF LPA PAGE-INS

*

SMF30LPR 4 57 BI ;D OUXBLPAR NUMBER OF LPA RECLAIMS

*

SMF30PST 4 61 BI ;D OUXBSTCT + NUMBER OF PAGES STOLEN FROM

* OUCBSTCT THIS MEMORY

*SMF30PSC DS D'0' D OUCBPSS COUNT OF CPU PAGE SECONDS


SMF30PSC 8 65 ;D OUCBPSS COUNT OF CPU PAGE SECONDS

* THIS MEMORY

SMF30RGB 4 73 BI ;TCTRGNB PRIVATE AREA BELOW 16M IN

* BYTES

*

SMF30ERG 4 77 BI ;TCTERGNB PRIVATE AREA ABOVE 16M IN

* BYTES

*

SMF30ARB 4 81 BI ; TCTHWM MAX VIRTUAL SPACE IN SWA

* AND LSQA BELOW 16M

SMF30EAR 4 85 BI TCTEHWM MAX VIRTUAL SPACE IN SWA

* AND LSQA ABOVE 16M

SMF30URB 4 89 BI ;TCTLWM MAX VIRT SPACE FROM USER

* SUBPOOLS BELOW 16M

SMF30EUR 4 93 BI ;TCTELWM MAX VIRT SPACE FROM USER

* SUBPOOLS ABOVE 16M

SMF30RGN 4 97 BI ;TCTRSZ*2 ORIGINAL REGION REQUEST IN

SMF30DSV 4 101 BI ;DATA SPACE STORAGE USED DURING STEP

SMF30PIE 4 105 BI ;UNBLOCKED PAGES, PAGED IN FROM EXP ST.

SMF30POE 4 109 BI ;UNBLOCKED PAGES, PAGED OUT TO EXP ST.

SMF30BIA 4 113 BI ;BLOCKED PAGES, PAGED IN FROM AUX ST.

SMF30BOA 4 117 BI ;BLOCKED PAGES, PAGED OUT TO AUX ST.

SMF30BIE 4 121 BI ;BLOCKED PAGES, PAGED IN FROM EXP ST.

SMF30BOE 4 125 BI ;BLOCKED PAGES, PAGED OUT TO EXP ST.

SMF30KIA 4 129 BI ;BLOCKS, PAGED IN FROM AUX ST.

SMF30KOA 4 133 BI ;BLOCKS, PAGED OUT TO AUX ST.

SMF30KIE 4 137 BI ;BLOCKS, PAGED IN FROM EXP ST.

SMF30KOE 4 141 BI ;BLOCKS, PAGED OUT TO EXP ST.

* 1K UNITS

*

* PERFORMANCE SECTION

*

*WORKAREA

SMF30PRF 1 1 CH ;

REDEFINE AT SMF30PRF

SMF30SRV 4 1 BI ;D OUXBJBS + TOTAL SERVICE UNITS

* OUXBTRS

SMF30CSU 4 5 BI ;D OUXBCPU CPU SERVICE UNITS



SMF30SRB 4 9 BI ;D OUXBSRB SRB SERVICE UNITS

SMF30IO 4 13 BI ;D OUXBIOC I/O SERVICE UNITS

SMF30MSO 4 17 BI ;D OUXBMSO MSO SERVICE UNITS

SMF30TAT 4 21 BI ;D OUXBJBT + TRANSACTION ACTIVE TIME

* OUXBTRT

SMF30TET 4 25 BI ;D RESERVED

*

SMF30RES 4 29 BI ;D OUXBJBR TRANSACTION RESIDENCY TIME

*

SMF30TRS 4 33 BI ;D OUXBTRC NUMBER OF TRANSACTIONS

*

* OPERATOR SECTION

*

*WORKAREA

SMF30OPS 1 1 CH ;OPERATOR SECTION

REDEFINE AT SMF30OPS

SMF30PDM 4 1 BI ;TCTPDASD NUMBER OF NON-SPECIFIC DASD

* MOUNTS

SMF30PRD 4 5 BI ;TCTRDASD NUMBER OF SPECIFIC DASD MOUNTS

*

SMF30PTM 4 9 BI ;TCTPTAPE NUMBER OF NON-SPECIFIC TAPE

* MOUNTS

SMF30TPR 4 13 BI ;TCTRTAPE NUMBER OF SPECIFIC TAPE MOUNTS

*

SMF30MTM 4 17 BI ;TCTPMSS NUMBER OF NON-SPECIFIC MSS

* MOUNTS

SMF30MSR 4 21 BI ;TCTRMSS NUMBER OF SPECIFIC MSS MOUNTS

*

* APPC/MVS RESOURCE SECTION

*

SMF30RS_H 1 1 CH ;APPC/MVS RESOURCE SECTION

REDEFINE AT SMF30RS_H

SMF30CN 4 1 BI ;CONVERSATIONS ASSOCIATED TO TRAN. PROGRAM

SMF30CNA 4 5 BI ;TOTAL OF ALL CONVERSATIONS ALLOCATED

SMF30SEN 4 9 BI ;TRANSACTION PROGRAM ISSUED A SEND CALL

SMF30DAT 8 13 CH ;AMOUNT OF DATA SENT BY THE TRAN. PROGRAM

SMF30REC 4 21 BI ;RECEIVE CALLS MADE BY THE TRAN. PROGRAM

SMF30DAR 8 25 CH ;AMOUNT OF DATA RECEIVED BY THE TRAN. PROG.

SMF30TAC 4 33 BI ;NUMBER OF ACTIVE CONVERSATIONS

SMF30ATR 4 37 BI ;NUMBER OF APPC/MVS TRANSACTIONS



DYSMF32 COPY Function The DYSMF32 COPY function can be used to print SMF type 32 records in two report formats — a long format and a short format. SMF type 32 records contain information that is pertinent to TSO/E USER WORK ACCOUNTING. The examples for DYSMF32 short formatted and long formatted reports are shown in this section.
















#L and #S #L causes the long formatted report to print when #L is set to a non-NULL value.





Print all type 32 records with SMF buffer date and time that are between the values of 10:30:00 and 11:45:00 on 07/31/06. Print the records using the long format with the report sorted by initiator selected step date and time.


OPTION STRUCTURED2



COPY SMF32REC

COPY DYSMF32 #1="'07/31/06'"

#3="'07/31/06'"

#2="'10:30:00'"

#4="'11:45:00'"


#L=YES #S=NULL #X=YES

FIN




Print all type 32 records with SMF buffer date and time that are between 10:30:00 and 11:45:00 on 07/31/06. Print the records using the short format with a 4-digit year and the report sorted by initiator selected step date and time.


OPTION STRUCTURED2



COPY SMF32REC

COPY DYSMF32 #8="'07/31/2006'"

#9="'07/31/2006'"

#2="'10:30:00'"

#4="'11:45:00'"


#L=NULL #S=YES #X=NULL

FIN


08/28/06 13.17.24 SMF RECORD 32 LONG REPORT TSO/E USER WORK ACCOUNTING PAGE 1

HEADER SECTION

**************

TIME RECORD WAS MOVED TO SMF BUFFER: 10:30:08.59

DATE RECORD WAS MOVED TO SMF BUFFER: 07/31/06

SYSTEM ID: AV250

SUBSYSTEM ID: TSO

RECORD SUBTYPE: 1

TRIPLET INFO

**************

OFFSET TO PRODUCT SECTION: 52

LENGTH OF PRODUCT SECTION: 36

NUMBER OF PRODUCT SECTIONS: 1

OFFSET TO ID SECTION: 1

LENGTH OF ID SECTION: 124

NUMBER OF ID SECTIONS: 1

OFFSET TO TSO/E SECTION: 212

LENGTH OF TSO/E SECTION: 12

NUMBER OF TSO/E SECTIONS: 5



PRODUCT SECTION

***************

SUBTYPE ID: TSO/E USER INTERVAL RECORD

RECORD VERSION NUMBER: 02

PRODUCT NAME: TSO

MVS PRODUCT NAME: SP7.0.4

SYSTEM NAME: AV250

SYSPLEX NAME: PLEXAX


**********************

TSO USER ID SESSION NAME: DVSSDED

PROGRAM NAME: CATMP

STEP NAME: CATSO

USER-DEFINED ID:

JES JOB NUMBER: PST05783

STEP NUMBER: 00001

JOB PERFORMANCE GROUP NO.: 00000

JES INPUT PRIORITY AT INITIATION: 00000

DEVICE ALLOCATION START TIME: 10:30:05.18

PROBLEM PROGRAM START TIME: 10:30:05.64

STEP INITIATION TIME: 10:30:05.13

STEP INITIATION DATE: 07/31/06

READER START TIME: 10:30:04.47

READER START DATE: 07/31/06

LOGON ENQUEUE TIME: 10:30:04.84

LOGON ENQUEUE DATE: 07/31/06

PROGRAMMER NAME:



RACF GROUP ID: *

RACF USER ID: DVSSDED

RACF TERMINAL ID: B22A324

TSO/E COMMAND SEGMENT

**********************

COMMAND NAME COMMAND COUNT



-------------- ---------------

***OTHER 4

ALLOC 5

EXEC 1

FREE 1

LOGOFF 1

-----------------------------------------------------------------------------------------------------------------

HEADER SECTION

**************



SYSTEM ID: AV250

SUBSYSTEM ID: TSO

RECORD SUBTYPE: 2

TRIPLET INFO

**************

OFFSET TO PRODUCT SECTION: 52

LENGTH OF PRODUCT SECTION: 36

NUMBER OF PRODUCT SECTIONS: 1

OFFSET TO ID SECTION: 1

LENGTH OF ID SECTION: 124

NUMBER OF ID SECTIONS: 1

OFFSET TO TSO/E SECTION: 212

LENGTH OF TSO/E SECTION: 12

NUMBER OF TSO/E SECTIONS: 5

PRODUCT SECTION

***************

SUBTYPE ID: TSO/E USER SESSION END RECORD

RECORD VERSION NUMBER: 02

PRODUCT NAME: TSO

MVS PRODUCT NAME: SP7.0.4

SYSTEM NAME: AV250

SYSPLEX NAME: PLEXAX


**********************





TSO USER ID SESSION NAME: DVSSDED

PROGRAM NAME: CATMP

STEP NAME: CATSO

USER-DEFINED ID:

JES JOB NUMBER: PST05783

STEP NUMBER: 00001

JOB PERFORMANCE GROUP NO.: 00000

JES INPUT PRIORITY AT INITIATION: 00000

DEVICE ALLOCATION START TIME: 10:30:05.18

PROBLEM PROGRAM START TIME: 10:30:05.64

STEP INITIATION TIME: 10:30:05.13

STEP INITIATION DATE: 07/31/06

READER START TIME: 10:30:04.47

READER START DATE: 07/31/06

LOGON ENQUEUE TIME: 10:30:04.84

LOGON ENQUEUE DATE: 07/31/06

PROGRAMMER NAME:

RACF GROUP ID: *

RACF USER ID: DVSSDED

RACF TERMINAL ID: B22A324

TSO/E COMMAND SEGMENT

**********************

COMMAND NAME COMMAND COUNT

-------------- ---------------

***OTHER 4

ALLOC 5

EXEC 1

FREE 1

LOGOFF 1




08/28/2006 13.18.44 SMF RECORD 32 SHORT REPORT TSO/E USER WORK ACCOUNTING PAGE 1

TIME DATE SYSTEM SUB SYSTEM NUMBER NUMBER OF NUMBER OF

RECORD RECORD ID ID OF PRODUCT IDENTIFICATION TSO COMMAND

WRITTEN WRITTEN SECTIONS SECTIONS SECTIONS

-----------------------------------------------------------------------------------------------------------------

10:30:08.59 07/31/2006 AV250 TSO 1 1 5

10:30:08.60 07/31/2006 AV250 TSO 1 1 5

10:35:04.95 07/31/2006 AV250 TSO 1 1 5

10:35:04.96 07/31/2006 AV250 TSO 1 1 5

10:40:05.69 07/31/2006 AV250 TSO 1 1 5

10:40:05.69 07/31/2006 AV250 TSO 1 1 5

10:45:04.57 07/31/2006 AV250 TSO 1 1 5

10:45:04.57 07/31/2006 AV250 TSO 1 1 5

10:50:04.87 07/31/2006 AV250 TSO 1 1 5

10:50:04.87 07/31/2006 AV250 TSO 1 1 5

10:55:04.51 07/31/2006 AV250 TSO 1 1 5

10:55:04.52 07/31/2006 AV250 TSO 1 1 5

11:00:19.81 07/31/2006 AV250 TSO 1 1 5

11:00:19.81 07/31/2006 AV250 TSO 1 1 5

11:05:05.79 07/31/2006 AV250 TSO 1 1 5

11:05:05.79 07/31/2006 AV250 TSO 1 1 5

11:10:04.20 07/31/2006 AV250 TSO 1 1 5

11:10:04.20 07/31/2006 AV250 TSO 1 1 5

11:15:04.29 07/31/2006 AV250 TSO 1 1 5

11:15:04.29 07/31/2006 AV250 TSO 1 1 5

11:20:03.80 07/31/2006 AV250 TSO 1 1 5

11:20:03.80 07/31/2006 AV250 TSO 1 1 5

11:25:05.03 07/31/2006 AV250 TSO 1 1 5

11:25:05.04 07/31/2006 AV250 TSO 1 1 5

11:30:09.58 07/31/2006 AV250 TSO 1 1 5

11:30:09.59 07/31/2006 AV250 TSO 1 1 5

11:35:05.25 07/31/2006 AV250 TSO 1 1 5

11:35:05.25 07/31/2006 AV250 TSO 1 1 5

11:40:04.56 07/31/2006 AV250 TSO 1 1 5

11:40:04.57 07/31/2006 AV250 TSO 1 1 5

11:45:05.07 07/31/2006 AV250 TSO 1 1 5



11:45:05.07 07/31/2006 AV250 TSO 1 1 5

11:50:04.90 07/31/2006 AV250 TSO 1 1 5

11:50:04.90 07/31/2006 AV250 TSO 1 1 5

11:55:04.42 07/31/2006 AV250 TSO 1 1 5

11:55:04.42 07/31/2006 AV250 TSO 1 1 5

11:58:55.29 07/31/2006 AV250 TSO 1 1 6



SMFRCD32 1 1 CH ;START OF RECORD


SMF32SEG 1 1 CH ;HEADER SEGMENT

REDEFINE AT SMF32SEG

******************************************


* *

* R E C O R D T Y P E 32 (20) *

* *

* T S O / E U S E R W O R K *

* A C C O U N T I N G *

* *

******************************************


* ;BIT 0 - SUBSYSTEM NAME FOLLOWS

* ; STANDARD HEADER

* ; BIT 1 - SUBTYPES UTILIZED

* ; BIT 5 - MVS/XA

* ; BIT 6 - VS2

* ; BIT 7 - VS1


SMF32TME 4 3 BI ;RECORD WRITTEN TIME

SMF32DTE 4 7 PD ;RECORD WRITTEN DATE

SMF32SID 4 11 CH ;SYSTEM IDENTIFICATION SMCASID

SMF32WID 4 15 CH ;SUBSYSTEM ID OUCBSUBN

*

SMF32STP 2 19 BI Z ;RECORD SUBTYPE

*

*----- SELF DEFINING SECTION ----------------------------*

*

SMF32SDS 28 21 CH ;SELF DEFINING SECTION

REDEFINE AT SMF32SDS

SMF32POF 4 21 BI Z ;OFFSET TO PRODUCT SEGMENT

SMF32PLN 2 25 BI Z ;LENGTH OF PRODUCT SEGMENT



SMF32PON 2 27 BI Z ;NUMBER OF PRODUCT SEGMENT

SMF32IOF 4 29 BI Z ;OFFSET TO IDENTIFICATION SEGMENT

SMF32ILN 2 33 BI Z ;LENGTH OF IDENTIFICATION SEGMENT

SMF32ION 2 35 BI Z ;NUMBER OF IDENTIFICATION SEGMENTS

SMF32COF 4 37 BI Z ;OFFSET TO TSO COMMAND SEGMENT

SMF32CLN 2 41 BI Z ;LENGTH OF TSO COMMAND SEGMENT

SMF32CON 2 43 BI Z ;NUMBER OF TSO COMMAND SEGMENTS

* ;IN THIS RECORD

SMF32COS 4 45 BI Z ;NUMBER OF TSO COMMAND SEGMENTS

* ;IN SUBSEQUENT RECORDS

*

*----- PRODUCT SECTION --------------------------------*

*

*

SMF30PSS 1 1 CH

REDEFINE AT SMF30PSS

SMF32TYP 2 1 BI ;SUB TYPE ID FOR TYPE 32

* ; 1 - USER INTERVAL, NO DETAIL

* ; 2 - USER SESSION END, NO DETAIL

* ; 3 - USER INTERVAL, DETAIL

* ; 4 - USER SESSION END, DETAIL

SMF32RVN 2 3 CH ;RECORD VERSION NUMBER C'01'

SMF32PNM 8 5 CH ;PRODUCT NAME 'TSO FOR TSO'

SMF32OSL 8 13 CH ;MVS Product name

SMF32SYN 8 21 CH ;System name

SMF32SYP 8 29 CH ;Sysplex name



DYSMF34 COPY Function The DYSMF34 COPY function can be used to print SMF type 34 records in two report formats — a long format and a short format. SMF type 34 records contain information that is pertinent to TSO STEP TERMINATION. The examples for DYSMF34 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF34 Record Definition COPYLIB(SMF34REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, step terminated date, and step terminated time.












#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “TIVUIF TIVRCDTE TIVRCDTS”.

For example, if you want to sort on the two fields, TIVSIT and TIVSPK, you can specify #5 as equal to “TIVSIT TIVSPK”.


For example, if you want to sort on the four fields, TIVUIF, TIVUDATA, TIVINVNM, and TIVSPK, you can specify #5 as equal to “TIVUIF TIVUDATA TIVINVNM” and #6 as equal to “TIVSPK”.


For example, if you want to sort on the seven fields, TIVUIF, TIVCPUID, TIVUDATA, TIVSIT, TIVINVNM, TIVRCDTE, and TIVRCDTS, you can override all three parameters by specifying #5 as equal to “TIVUIF TIVCPUID TIVUDATA”, #6 as equal to “TIVSIT TIVINVNM TIVRCDTE”, and #7 as equal to “TIVRCDTS”.












OPTION STRUCTURED2




COPY SMF34REC

COPY DYSMF34 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:30:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in job name (TIVUIF) and step name (TIVINVNM) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF34REC

COPY DYSMF34 #5='TIVUIF TIVINVNM'

#S=YES #L=NULL

FIN


IF TIVUIF NE 'T101G01'

REJECT

ENDIF





08/10/97 13.22.25 TSO-STEP TERMINATION SHORT REPORT - SMF RECORD TYPE 34 - PAGE 1

JOB STEP LOGON LOGON INITIATOR PROBLEM STEP STEP STEP STEP NAME NAME DATE TIME SEL.STEP PROG.START TERMINATED TERMINATED RUN COMPLETION TIME TIME DATE TIME TIME CODE

T101G01 $LOGON 08/04/97 14:05:11 14:05:12 14:05:12 08/04/97 14:38:16 000:33:04.17 SYSTEM ABEND: 0522

T101G04 $LOGON 08/04/97 13:11:40 13:11:41 13:11:41 08/04/97 14:26:55 001:15:14.01 NORMAL COMPLETION:0000



T105D01 $LOGON 08/04/97 14:43:43 14:43:45 14:43:45 08/04/97 14:47:20 000:03:34.91 NORMAL COMPLETION:0000

$LOGON 08/04/97 15:08:32 15:08:33 15:08:33 08/04/97 15:08:42 000:00:09.55 NORMAL COMPLETION:0000

T105O03 $LOGON 08/04/97 14:02:59 14:03:00 14:03:00 08/04/97 14:57:08 000:54:08.46 SYSTEM ABEND: 0522


T107S01 $LOGON 08/04/97 13:55:14 13:55:15 13:55:15 08/04/97 14:52:25 000:57:10.15 SYSTEM ABEND: 0522

T109C20 $LOGON 08/04/97 12:57:15 12:57:16 12:57:17 08/04/97 14:52:26 001:55:09.32 SYSTEM ABEND: 0522


T109P01 $LOGON 08/04/97 14:33:17 14:33:17 14:33:17 08/04/97 14:58:39 000:25:22.35 NORMAL COMPLETION:0000





T109P23 $LOGON 08/04/97 14:55:32 14:55:33 14:55:33 08/04/97 15:30:10 000:34:37.47 SYSTEM ABEND: 0522























08/10/97 14.34.54 TSO-STEP TERMINATION LONG REPORT - SMF RECORD TYPE 34 - PAGE 1

JOB NAME T101G01 LOGON DATE 08/04/97

SYSTEM IDENTIFICATION IPO1 LOGON TIME 14:05:11.35

USER IDENTIFICATION INITIATOR SELECTED STEP TIME 14:05:12.11

STEP NUMBER 1 PROBLEM PROGRAM START TIME 14:05 12.22

NUMBER OF TPUTS ISSUED 67 DEVICE ALLOCATION START TIME 14:05:12.12

NUMBER OF TGETS SATISFIED 61 STEP TERMINATED DATE 08/04/97

ADDR SPACE DISPATCH PRIORITY 121 STEP TERMINATED TIME 14:38:16.28

STEP COMPLETION CODE (HEX) 0522- SYSTEM ABEND STEP TERMINATION INDICATOR IEFUTL CAUSED ABEND

PROGRAM NAME IKJEFT01 STEP NAME $LOGON

ENTIRE PRIVATE ADDR SPACE 2048K STORAGE USED FM TOP PRIV.AREA 264K

STORAGE USED FM BTM PRIV.AREA 876K STORAGE PROTECT KEY (HEX) 80

OFFSET FM REC HDR TO RELOCATE 397 STEP CPU TIME UNDER SRBS 00:00:00.08

LENGTH OF DEVICE ENTRY 290 STEP RUN TIME 000:33:04.17

RECORD INDICATOR STORAGE IS VIRTUAL

DEVICE CLASS UNKNOWN EXCP COUNT 0

DEVICE NUMBER (HEX) 0421

UNIT TYPE UNKNOWN



UNIT TYPE UNKNOWN



UNIT TYPE UNKNOWN



UNIT TYPE UNKNOWN



UNIT TYPE UNKNOWN



UNIT TYPE UNKNOWN





UNIT TYPE UNKNOWN



UNIT TYPE UNKNOWN


TIVSMF 1 CH ;SMF TS STEP TERMINATION RECORD

REDEFINE AT TIVSMF

TIVRFLG 1 1 BI ;HEADER FLAG BYTE

TIVRCDTY 1 2 BI ;RECORD TYPE (34 DECIMAL)

TIVRCDTS 4 3 BI ;TIME STAMP TOD .01 SECS

TIVRCDTE 4 7 PD ;DATE 00YYDDDF

TIVCPUID 4 11 CH ;CPU IDENTIFICATION (SYSTEM, MODEL)

TIVUIF 8 15 CH ;USER IDENTIFICATION FIELD

*TIVUID EQU TIVUIF

TIVONTME 4 23 BI ;LOGON TIME TOD .01 SECS

TIVONDTE 4 27 PD ;DATE 00YYDDDF

TIVUDATA 8 31 CH ;RESV FOR USER

TIVINVSQ 1 39 BI ;STEP SEQUENCE NUMBER

TIVSIT 4 40 BI ;TOD STEP INITIATION

*TIVCRTME EQU TIVSIT WAS MAIN STOR OCCUPANCY TIME

TIVOUTCT 4 44 BI ;LINE OUT COUNT

TIVINCT 4 48 BI ;LINE IN COUNT

TIVSTAT 2 52 BI ;STEP TERMINATION STATUS

TIVPRI 1 54 BI ;STEP DISPATCHING PRIORITY

TIVPRGNM 8 55 CH ;NAME OF PROGRAM INVOKED

TIVINVNM 8 63 CH ;STEP (PROC) NAME

TIVRSV5 2 71 BI ;RESERVED

TIVSYST 2 73 BI ;SYST AREA USED, TOP PRI AREA

*TIVRVB EQU TIVSYST

TIVMCRE 2 75 BI ;CORE ACTUALLY USED IN 1K BLKS

*TIVSTU EQU TIVMCRE STORAGE USED, LOW PRI AREA

TIVRVC 2 77 BI ;RESERVED

TIVEFRGN 4 79 BI ;EFFECTIVE RGN SIZE IN 1K BLOCKS

*TIVPRV EQU TIVEFRGN REG SIZE REQUEST (PRI AREA 1K)

TIVSPK 1 83 BI ;STORAGE PROTECT KEY

TIVSTI 1 84 BI ;STEP TERMINATION INDICATORS

* BIT0 — RESERVED

* BIT1 — CANCELED AT EXIT IEFUJV

* BIT2 — CANCELED AT EXIT IEFUJI

* BIT3 — CANCELED AT EXIT IEFUSI

* BIT4 — CANCELED AT EXIT IEFACTRT

* BIT5 — STEP IS TO BE RESTARTED

* BIT6 — 0=NORMAL COMPLETION

* 1=ABEND

* BIT7 — STEP FLUSHED



TIVRV1 2 85 BI ;RESERVED

TIVAST 4 87 BI ;ALLOC. START TIME

TIVPPST 4 91 BI ;PROBLEM PROG. START TIME

TIVRV2 1 95 BI ;RESERVED

TIVSRBT 3 96 BI ;STEP CPU UNDER SRB (.01 SEC)

TIVRIN 2 99 BI ;RECORD INDICATORS

* BIT 0-4 RESERVED

* 5 =1 DEVICE DATA NOT RECORDED

* 6 =1 POSSIBLE ERROR IN DEVICE ENTRY DATA

* 7 =0 STOR IS VIRT, =1 STOR IS REAL

* 8-15 RESERVED

TIVRLCT 2 101 BI ;OFFSET TO RELOCATE SECTION

TIVVAR 2 103 BI ;LENGTH OF EXCP COUNT FIELDS

* (INCLUDING THESE TWO BYTES)

TIVEXCP 1 CH ;DEVICES USED AND EXCP COUNTS

REDEFINE AT TIVEXCP

*

* EACH ENTRY

*

TIVDEVC 1 105 BI ;DEVICE CLASS

TIVUTYP 1 106 BI ;UNIT TYPE

TIVCUAD 2 107 BI ;CHANNEL/UNIT ADDRESS

*TIVVDV EQU X'80' VIRTUAL INDICATOR

TIVNEXCP 4 109 BI ;EXCP COUNT

* REDEFINE AT TIVEXCP

TIVVARA 1 105 BI ;LENGTH OF CPU AND ACCT. SECTION

* (NOT INCLUDING THIS BYTE)

TIVCPUTM 3 106 BI ;STEP CPU UNDER TCB (.01 SEC)

TIVNBRAC 1 109 BI ;NUMBER OF ACCOUNTING FIELDS

TIVACFLD 1 CH ;ACCOUNTING FIELDS

REDEFINE AT TIVACFLD

* (THE FIRST BYTE OF EACH FIELD

* MUST CONTAIN THE NUMBER OF

* BYTES OF DATA THAT FOLLOWS)

*

* RELOCATE SECTION

*TIVPGIN 4 110 BI ;NUMBER OF PAGE-INS

TIVPGOUT 4 114 BI ;NUMBER OF PAGE-OUTS

*TIVPGOT EQU TIVPGOUT

TIVRGNS 4 118 BI ;NUMBER OF SWAPS

*TIVNSW EQU TIVRGNS

TIVSIN 4 122 BI ;NUMBER OF TSO SWAP PAGE-INS

*TIVPSI EQU TIVSIN

TIVSOUT 4 126 BI ;NUMBER OF TSO SWAP PAGE-OUTS

*TIVPSO EQU TIVSOUT

TIVVPI 4 130 BI ;VIO PAGE-INS

TIVVPO 4 134 BI ;VIO PAGE-OUTS

TIVSST 4 138 BI ;STEP SERVICE TIME



TIVACT 4 142 BI ;STEP ACTIVE TIME

TIVPGNO 2 146 BI ;PERFORMANCE NUMBER

TIVTRANT 4 148 BI ;STEP TRANSACTION RESIDENCY TIME

TIVRECLM 4 152 BI ;NUMBER OF RECLAIMS

TIVRCLAM 4 156 BI ;NUMBER OF VIO RECLAIMS

TIVCPGIN 4 160 BI ;NUMBER OF COMMON PAGE-INS

TIVCRECL 4 164 BI ;NUMBER OF COMMON RECLAIMS

TIVPGSTL 4 168 BI ;NUMBER OF PAGES STOLEN FROM THIS MEMORY

*TIVPGSEC 8 172 CH ;COUNT OF PAGE SECONDS (UNIT IS 1 PAGE

* MILLISECOND)

TIVLPAI 4 180 BI ;LPA PAGE-INS

TIVLPAR 4 184 BI ;LPA RECLAIMS

TIVCPUS 4 188 BI ;STEP CPU SERVICE

TIVIOCS 4 192 BI ;STEP I/O SERVICE

TIVMSOS 4 196 BI ;STEP MAIN STORAGE SERVICE

TIVSRBS 4 200 BI ;STEP SRB SERVICE

TIVTSN 8 204 CH ;TERMINAL SYMBOLIC NAME

DYSMF35 COPY Function The DYSMF35 COPY function can be used to print SMF type 35 records in two report formats — a long format and a short format. SMF type 35 records contain information that is pertinent to LOGOFF. The examples for DYSMF35 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF35 Record Definition COPYLIB(SMF35REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name.












#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “TLGUIF”.














OPTION STRUCTURED2




COPY SMF35REC

COPY DYSMF35 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'16:30:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in job name (TLGUIF) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF35REC

COPY DYSMF35 #5='TLGUIF'

#S=YES #L=NULL

FIN


IF TLGUIF NE 'T101G01'

REJECT

ENDIF





08/10/97 16.23.06 SHORT REPORT SMF RECORD TYPE 35 LOGOFF COMPLETED PAGE 1

JOB SYSTEM LOGON LOGON LOGOFF LOGOFF DURATION TERMINAL TERMINAL COMPLETION COMPLETION

NAME ID TIME DATE TIME DATE OF LOGON I/P LINES O/P LINES TYPE CODE

T101G01 IPO1 14:05:11 08/04/97 14:38:16 08/04/97 000:33:04.94 61 67 SYS ABEND 0522

T101G01 IPO1 15:58:55 08/04/97 16:29:56 08/04/97 000:31:01.36 6 9 SYS ABEND 0522

T101G04 IPO1 13:11:40 08/04/97 14:26:55 08/04/97 001:15:14.85 102 110 NORMAL 0000

T101G18 IPO1 16:36:43 08/04/97 16:42:48 08/04/97 000:06:05.18 41 50 NORMAL 0000

T102G01 IPO1 15:03:29 08/04/97 15:03:39 08/04/97 000:00:09.98 1 2 NORMAL 0000

T102G01 IPO1 15:45:25 08/04/97 15:59:00 08/04/97 000:13:34.58 100 142 NORMAL 0000

T102G02 IPO1 15:52:33 08/04/97 16:21:54 08/04/97 000:29:21.02 157 168 NORMAL 0000

T102G02 IPO1 16:40:17 08/04/97 16:41:31 08/04/97 000:01:14.69 26 31 NORMAL 0000

T102G06 IPO1 15:44:26 08/04/97 15:45:11 08/04/97 000:00:44.61 142 143 NORMAL 0000

T103G75 IPO1 14:28:09 08/04/97 14:58:43 08/04/97 000:30:33.39 1 6 SYS ABEND 0522

T104G06 IPO1 14:30:54 08/04/97 15:34:56 08/04/97 001:04:02.29 414 725 NORMAL 0000

T105D01 IPO1 14:43:43 08/04/97 14:47:20 08/04/97 000:03:36.12 92 107 NORMAL 0000

T105D01 IPO1 15:08:32 08/04/97 15:08:42 08/04/97 000:00:10.44 4 22 NORMAL 0000

T105D01 IPO1 16:12:50 08/04/97 16:14:39 08/04/97 000:01:49.78 34 51 NORMAL 0000

T105D01 IPO1 16:17:13 08/04/97 16:17:26 08/04/97 000:00:12.87 4 22 NORMAL 0000

T105D01 IPO1 16:30:30 08/04/97 16:30:41 08/04/97 000:00:11.21 4 22 NORMAL 0000

T105D01 IPO1 16:39:38 08/04/97 16:45:56 08/04/97 000:06:18.80 128 143 NORMAL 0000

T105O02 IPO1 14:27:46 08/04/97 15:45:55 08/04/97 001:18:08.63 234 256 SYS ABEND 0522

T105O03 IPO1 14:02:59 08/04/97 14:57:08 08/04/97 000:54:08.93 194 201 SYS ABEND 0522

T105O10 IPO1 12:52:07 08/04/97 16:40:59 08/04/97 003:48:51.98 511 522 NORMAL 0000

T106G01 IPO1 14:14:39 08/04/97 15:11:19 08/04/97 000:56:40.41 133 150 SYS ABEND 0522

T106G01 IPO1 15:14:40 08/04/97 16:15:48 08/04/97 001:01:08.46 53 79 SYS ABEND 0522

T107S01 IPO1 13:55:14 08/04/97 14:52:25 08/04/97 000:57:11.49 114 148 SYS ABEND 0522

T107S01 IPO1 15:49:16 08/04/97 16:01:53 08/04/97 000:12:37.85 43 59 SYS ABEND 0222

T107S04 IPO1 14:10:02 08/04/97 16:07:55 08/04/97 001:57:53.01 457 482 SYS ABEND 0522

T109C20 IPO1 12:57:15 08/04/97 14:52:26 08/04/97 001:55:10.62 472 511 SYS ABEND 0522

T109C20 IPO1 14:53:31 08/04/97 15:10:25 08/04/97 000:16:54.28 167 177 NORMAL 0000

T109C21 IPO1 15:08:18 08/04/97 15:39:36 08/04/97 000:31:18.32 6 9 SYS ABEND 0522

T109P01 IPO1 14:33:17 08/04/97 14:58:39 08/04/97 000:25:22.75 37 242 NORMAL 0000

T109P01 IPO1 15:49:11 08/04/97 16:26:48 08/04/97 000:37:36.97 15 34 SYS ABEND 0522

T109P03 IPO1 13:53:25 08/04/97 16:46:17 08/04/97 002:52:51.73 303 312 NORMAL 0000

T109P04 IPO1 14:26:54 08/04/97 14:40:34 08/04/97 000:13:39.54 49 53 NORMAL 0000

T109P04 IPO1 14:56:55 08/04/97 14:57:17 08/04/97 000:00:22.31 14 19 NORMAL 0000

T109P04 IPO1 15:00:13 08/04/97 15:01:29 08/04/97 000:01:16.37 18 21 NORMAL 0000

T109P07 IPO1 15:00:34 08/04/97 16:25:25 08/04/97 001:24:51.22 216 225 NORMAL 0000

NO. OF RECORDS PRINTED: 35




08/10/97 16.22.44 LONG REPORT SMF RECORD TYPE 35 LOGOFF COMPLETED PAGE 1

JOB NAME T101G01 LOGOFF DATE 08/04/97

SYSTEM IDENTIFICATION IPO1 LOGOFF TIME 14:38:16

USER IDENTIFICATION LOGON DATE 08/04/97

NO. OF STEPS IN SESSION 1 LOGON TIME 14:05:11

NO. OF TPUTS 67 LOGON SESSION DURATION 000:33:04.94

NO. OF TGETS 61 LOGON ENQUEUE TIME 14:05:11

LOGON PRIORITY 0 LOGON ENQUEUE DATE 08/04/97

STORAGE PROTECT KEY 8 JOB TRAN RESIDENCY TIME 00:00:50

JOB SERVICE 29365 JOB CPU TIME UNDER SRBS 00:00:00

NO. OF TRANSACTIONS 68 JOB TRANS ACTIVE TIME 00:00:52

SYSTEM ABEND CODE 0522 JOB CPU TIME UNDER TCBS 00:00:01

PERFORMANCE GRP NO 30 JOB TERM. INDICATOR ABNORMAL COMPLETION

NO OF ACCOUNTING FIELDS 1

ACTG FIELDS T101

JOB - CPU SERVICE 12384 I/O SVC 1160 MAIN STRG SVC 15276 SRB SVC 545

TERMINAL SYMBOLIC NAME S8C20

*********************************************************************************************************************************

JOB NAME T101G01 LOGOFF DATE 08/04/97

SYSTEM IDENTIFICATION IPO1 LOGOFF TIME 16:29:56

USER IDENTIFICATION LOGON DATE 08/04/97

NO. OF STEPS IN SESSION 1 LOGON TIME 15:58:55

NO. OF TPUTS 9 LOGON SESSION DURATION 000:31:01.36

NO. OF TGETS 6 LOGON ENQUEUE TIME 15:58:55

LOGON PRIORITY 0 LOGON ENQUEUE DATE 08/04/97

STORAGE PROTECT KEY 8 JOB TRAN RESIDENCY TIME 00:00:19

JOB SERVICE 10464 JOB CPU TIME UNDER SRBS 00:00:00

NO. OF TRANSACTIONS 9 JOB TRANS ACTIVE TIME 00:00:19

SYSTEM ABEND CODE 0522 JOB CPU TIME UNDER TCBS 00:00:00

PERFORMANCE GRP NO 30 JOB TERM. INDICATOR ABNORMAL COMPLETION

NO OF ACCOUNTING FIELDS 1

ACTG FIELDS T101

JOB - CPU SERVICE 5138 I/O SVC 535 MAIN STRG SVC 4649 SRB SVC 142

TERMINAL SYMBOLIC NAME S8C20

*******************************************************************************************************************************




TLGSMF 1 CH ;SMF TS LOGOFF RECORD FORMAT

REDEFINE AT TLGSMF

TLGRFLG 1 1 BI ;HEADER FLAG BYTE

TLGRCDTY 1 2 BI ;RECORD TYPE (35 DECIMAL)

TLGRCDTS 4 3 BI ;TIME STAMP TOD 100THS SECS

TLGRCDTE 4 7 PD ; DATE 00YYDDDF

TLGCPUID 4 11 CH ;CPU IDENTIFICATION (SYSTEM, MODEL)

TLGUIF 8 15 CH ;USER IDENTIFICATION FIELD

* TLGUID EQU TLGUIF

TLGONTME 4 23 BI ;LOGON TIME TOD 100THS SECS

TLGONDTE 4 27 PD ;DATE 00YYDDDF

TLGUDATA 8 31 CH ;RESV FOR USER

TLGSTPCT 1 39 BI ;NUMBER OF STEPS IN SESSION

TLGCRTME 4 40 BI ;RESERVED

TLGOUTCT 4 44 BI ;LINE OUT COUNT

TLGINCT 4 48 BI ;LINE IN COUNT

TLGSTAT 2 52 BI ;SESSION TERMINATION STATUS

TLGPRI 1 54 BI ;LOGON PRIORITY

TLGNQTME 4 55 BI ;LOGON ENQUEUE TIME TOD .01 SECS

TLGNQDTE 4 59 PD ;LOGON ENQUEUE DATE 00YYDDDF

TLGTRMI 1 63 BI ;TERMINATION INDICATORS

* BIT0-RESERVED

* 1—CANCELED AT EXIT IEFUJV

* 2—CANCELED AT EXIT IEFUJI

* 3—CANCELED AT EXIT IEFUSI

* 4—CANCELED AT EXIT IEFACTRT

* 5—RESERVED

* 6—O=NORMAL COMPLETION

* 1=ABEND

* 7—RESERVED

TLGOUTCL 1 64 BI ;RESV—FORMERLY SYSOUT CLASSES

TLGTRANT 4 65 BI ;TOTAL TRANSACTION RESIDENCY TIME

TLGRVC 4 69 BI ;RESERVED

TLGSPK 1 73 BI ;STORAGE PROTECT KEY

TLGSRBT 3 74 BI ;JOB CPU UNDER SRB (.01 SEC)

TLGTJS 4 77 BI ;TOTAL SESSION SERV (SERV UNITS)

TLGTTAT 4 81 BI ;TOTAL ACTIVE TIME FOR SESSION

TLGNTSN 4 85 BI ;TOTAL # OF TRANSACTIONS

TLGPGNO 2 89 BI ;PERFORMANCE GROUP #

TLGRV2 2 91 BI ;RESERVED

TLGVAR 1 93 BI ;LENGTH OF ACCT PART OF RECORD

* (NOT INCLUDING THIS BYTE)

TLGRVB 20 94 CH ;RESERVED

TLGCPUTM 3 114 BI ;JOB CPU UNDER TCB (.01 SEC)

TLGNBRAC 1 117 BI ;NUMBER OF ACCOUNTING FIELDS

TLGACFLD 1 CH ;ACCOUNTING FIELDS

REDEFINE AT TLGACFLD



* (THE FIRST BYTE OF EACH FIELD

* MUST CONTAIN THE NUMBER OF

* BYTES OF DATA THAT FOLLOWS)

TLGCPUS 4 118 BI ;SESSION CPU SERVICE

TLGIOCS 4 122 BI ;SESSION I/O SERVICE

TLGMSOS 4 126 BI ;SESSION MAIN STORAGE SERV.

TLGSRBS 4 130 BI ;SESSION SRB SERVICE

TLGTSN 8 134 CH ;TERMINAL SYMBOLIC NAME



DYSMF40 COPY Function The DYSMF40 COPY function can be used to print SMF type 40 records in two report formats — a long format and a short format. SMF type 40 records contain information that is pertinent to DYNAMIC DD. The examples for DYSMF40 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF40 Record Definition COPYLIB(SMF40REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name and step number.









#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “TDDUIF TDDINVSQ”.















OPTION STRUCTURED2




COPY SMF40REC

COPY DYSMF40 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN




Print all records regardless of date and time in logon date (TDDONDTE) and logon time (TDDONTME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF40REC

COPY DYSMF40 #5='TDDONDTE TDDONTME'

#S=YES #L=NULL

FIN


IF TDDCPUID NE 'IPO1'

REJECT

ENDIF





08/10/97 15.32.51 SMF RECORD 40 SHORT REPORT DYNAMIC DD PAGE 1

SYSTEM LOGON LOGON STEP SMF SMF FUNCTIONAL NO. OF

ID TIME DATE NUMBER BUFFER TIME BUFFER DATE INDICATOR DEVICES

-------------------------------------------------------------------------------------------------------------------

IPO1 09:36:56.86 08/04/97 1 14:20:36.70 08/04/97 UNALLOCATION 1







































08/10/97 15.34.40 SMF RECORD 40 LONG REPORT DYNAMIC DD PAGE 1

HEADER SECTION

**************


CPU IDENTIFICATION IPO1 JOB NAME JES2

LOGON TIME 09:36:56.86 LOGON DATE 08/04/97

USER IDENTIFICATION

STEP NUMBER 1 NUMBER OF DEVICES

FUNCTIONAL INDICATOR UNALLOCATION

RECORD INDICATOR -----

INDEX OF RECORD IN SEQUENCE OF RECORDS 1 TOTAL NUMBER OF RECORDS IN SEQ. OF REC. 1

DEVICE INFORMATION

******************

DEVICE CLASS 00 UNIT TYPE 00 DEVICE NUMBER 7FFF EXCP COUNT 8

HEADER SECTION

**************


CPU IDENTIFICATION IPO1 JOB NAME T109P14

LOGON TIME 12:49:56.15 LOGON DATE 08/04/97

USER IDENTIFICATION

STEP NUMBER 1 NUMBER OF DEVICES

FUNCTIONAL INDICATOR UNALLOCATION

RECORD INDICATOR -----

INDEX OF RECORD IN SEQUENCE OF RECORDS 1 TOTAL NUMBER OF RECORDS IN SEQ. OF REC. 1

DEVICE INFORMATION

******************

DEVICE CLASS 20 UNIT TYPE 0E DEVICE NUMBER 0413 EXCP COUNT 3




TDDSMF 1 CH ;SMF DYNAMIC DD RECORD FORMAT

REDEFINE AT TDDSMF

TDDRFLG 1 1 BI ;HEADER FLAG BYTE

TDDRCDTY 1 2 BI ;RECORD TYPE (40 DECIMAL)

TDDRCDTS 4 3 BI ;TIME STAMP TOD 100THS SECS

TDDRCDTE 4 7 PD ;DATE 00YYDDDF

TDDCPUID 4 11 CH ;CPU IDENTIFICATION (SYSTEM, MODEL)

TDDUIF 8 15 CH ;USER IDENTIFICATION FIELD

* TDDUID EQU TDDUIF

TDDONTME 4 23 BI ;LOGON TIME TOD 100THS SECS

TDDONDTE 4 27 PD ;DATE 00YYDDDF

TDDUDATA 8 31 CH ;RESV FOR USER

TDDINVSQ 1 39 BI ;STEP SEQUENCE NUMBER

TDDFLG 1 40 BI ;INDICATION OF FUNCTION THAT CAUSED THIS

* DYNAMIC RECORD

* VALUE RECORD CAUSED BY

* '01' RESERVED

* '02' UNALLOCATION

* '03' CONCATENATION

* '04' DECONCATENATION

TDDRIN 2 41 BI ;RECORD INDICATORS

* BITS 0-6 RESERVED

* 7 POSSIBLE ERROR IN DEV ENTRY DATA

* 8-15 RESERVED

* TDDRVA DC BL18'0' RESERVED

* BINARY FIELD OVER 4 BYTES. FIELD CONVERTED TO CHAR. DATA.

TDDRCIND 2 43 ;INDEX OF RECORDS IN SEQUENCE OF REC.

TDDRCTOT 2 45 ;TOTAL NUMBER OF RECORDS IN SEC OR R.

TDDRVA 14 47 ;RESERVED

TDDVAR 2 61 BI ;LENGTH OF REST OF RECORD

* (INCLUDING THESE TWO BYTES)

TDDEXCP 1 CH ;DEVICES USED AND EXCP COUNTS

REDEFINE AT TDDEXCP

*

* EACH DEVICE

*T

DDDEVC 1 63 BI ;DEVICE CLASS

TDDUTYP 1 64 BI ;UNIT TYPE

TDDCUAD 2 65 BI ;DEVICE NUMBER

* SMF40VDV EQU X'80' VIRTUAL INDICATOR

TDDNEXCP 1 67 BI ;EXCP COUNT

* TDDNEXCP OCCURS 4 TIMES.



DYSMF43 COPY Function The DYSMF43 COPY function can be used to print SMF type 43 records in two report formats — a long format and a short format. SMF type 43 records contain information that is pertinent to JES2/JES3 START. The examples for DYSMF43 short formatted and long formatted reports are shown in this section.














#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF43SID SMF43DTE SMF43TME” (system ID, date, and time). Parameters #6 and #7 are additional sort fields that have a default value of NULL.






Print all type 43 records with SMF buffer date and time that are between 08:00:00 AM and 1:00:00 PM and 10/02/06 and 10/03/06. Print the records using the long format with the report sorted by initiator selected step date and time.


OPTION STRUCTURED2



COPY SMF43REC

COPY DYSMF43 #1="'10/02/06'"

#3="'10/03/06'"

#2="'08:00:00'"

#4="'01:00:00'"



FIN




Print all type 43 records where the SMF buffer date and time are between 08:00:00 AM and 1:00:00 PM and 10/02/06 and 10/03/06. Print the records using the short format with the report sorted by initiator selected step date and time.


OPTION STRUCTURED2



COPY SMF43REC

COPY DYSMF43 #1="'10/02/06'"

#3="'10/03/06'"

#2="'08:00:00'"

#4="'01:00:00'"


#L=NULL #S=YES #X=YES

FIN




10/05/06 18.10.38 SMF RECORD 43 LONG REPORT JES2/JES3 START PAGE 1

HEADER SECTION

**************



SYSTEM IDENTIFICATION: SDD45

SUB SYSTEM IDENTIFICATION: JES2

START INDICATOR: $S

START OPTIONS:

LIST

LOG

HEADER SECTION

**************



SYSTEM IDENTIFICATION: P44RT


START INDICATOR: $S

START OPTIONS:

LIST

LOG



10/05/06 15.59.41 SMF RECORD 43 SHORT REPORT JES2/JES3 START PAGE 1

TIME DATE SYSTEM SUB SYSTEM START

RECORD RECORD ID ID INDICATOR

WRITTEN WRITTEN

---------------------------------------------------- ----------------------------------------------------

08:44:28.97 10/02/06 SDD45 JES2 $S

13:21:27.34 10/03/06 P44RT JES2 $S







SMF43PTR 1 1 CH ;HEADER SEGMENT


******************************************

* *

* R E C O R D T Y P E 43 (2B) *

* J E S 2 / J E S 3 S T A R T *

* *

******************************************



*SMFJ43 EQU 43 ;START SUBSYSTEM RECORD TYPE



SMF43SID 4 11 CH ;SYSTEM IDENTIFIER

*

* S U B S Y S T E M I D E N T I F I C A T I O N S E C T I O N ***

*

SMF43SBS 2 15 BI ;SUBSYSTEM IDENTIFIER

* SMF43HSP EQU X'0002' JES2 ID

* X'0005' JES3 ID

* X'0006' SS06 ID


SMF43LRR 2 19 BI ;LGTH OF REMAINDER OF RECORD

* ;(NOT INCLUDING THIS FIELD)

*

SMF43SBP 1 21 CH ;SUBSYSTEM SECTION BEGINNING

DYSMF45 COPY Function The DYSMF45 COPY function can be used to print SMF type 45 records in two report formats — a long format and a short format. SMF type 45 records contain information that is pertinent to JES2 WITHDRAWEL/JES3 STOP. The examples for DYSMF45 short formatted and long formatted reports are shown in this section.









Print all type 45 records with SMF buffer date and time that are between the dates of 10/01/06 and 10/05/06. Print the records using the long format with the report sorted by initiator selected step date and time.


OPTION STRUCTURED2



COPY SMF45REC

COPY DYSMF45 #1="'10/01/06'"

#3="'10/05/06'"



FIN


Print all type 45 records where the SMF buffer date is between 10/01/06 and 10/05/06. Print the records using the short format with the report sorted by initiator selected step date and time.


OPTION STRUCTURED2



COPY SMF45REC

COPY DYSMF45 #1="'10/01/06'"

#3="'10/05/06'"



FIN




10/05/06 15.38.27 SMF RECORD 45 LONG REPORT JES2/JES3 STOP PAGE 1

HEADER SECTION

**************


SYSTEM IDENTIFICATION SDD45 SUB SYSTEM IDENTIFICATION JES2

STOP INDICATOR $P JES2 WITHDRAWAL

COMPLETION CODE 0000

************************************************************************************************************************

HEADER SECTION

**************


SYSTEM IDENTIFICATION P44RT SUB SYSTEM IDENTIFICATION JES2

STOP INDICATOR $P JES2 WITHDRAWAL

COMPLETION CODE 0000

************************************************************************************************************************



10/05/06 15.37.18 SMF RECORD 45 SHORT REPORT JES2/JES3 STOP PAGE 1

TIME DATE SYSTEM SUB SYSTEM STOP COMPLETION

RECORD RECORD ID ID INDICATOR CODE

WRITTEN WRITTEN

---------------------------------------------------- ----------------------------------------------------

17:03:19.48 10/01/06 SDD45 JES2 $P JES2 WITHDRAWAL 0000

19:07:57.90 10/04/06 P44RT JES2 $P JES2 WITHDRAWAL 0000









******************************************


* *

* R E C O R D T Y P E 45 (2D) *

* J E S 2 W I T H D R A W A L/ *

* J E S 3 S T O P *

* *

******************************************



*SMFJ45 EQU 45 ;STOP SUBSYSTEM RECORD TYPE




*----- SUBSYSTEM IDENTIFICATION SECTION ---------------*

SMF45SBS 2 15 BI ;SUBSYSTEM IDENTIFIER

* SMF45HSP EQU X'0002' JES2 ID

* X'0005' JES3

* X'0006' SS06



* (NOT INCLUDING THIS FIELD)

SMF45SBG 1 21 CH ;SUBSYSTEM SECTION BEGINNING

REDEFINE AT SMF45SBG

*

*----- JES2 SECTION ------------------------------------*

SMF45IND 2 21 BI ;INDICATORS

* SMF45ATM EQU X'80' ;BIT 0 ABNORMAL TERMINATION

* ;1-15 RESERVED

SMF45JCC 2 23 BI ;JES2 COMPLETION CODE

DYSMF47 COPY Function The DYSMF47 COPY function can be used to print SMF type 47 records in two report formats — a long format and a short format. SMF type 47 records contain information that is pertinent to JES2/JES3 SIGNON. The examples for DYSMF47 short formatted and long formatted reports are shown in this section.













#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF47SID SMF47DTE SMF47TME” (system ID, date, and time). Parameters #6 and #7 are additional sort fields that have a default value of NULL.









Print all type 47 records with SMF buffer date and time that are between the dates of 10/05/06 and 10/07/06. Print the records using the long format and a 4-digit year with the report sorted by initiator selected step date and time.

OPTION STRUCTURED2




COPY SMF47REC


#8="'10/05/2006'" #9="'10/07/2006'"

#L=YES #S=NULL #X=NULL

FIN



OPTION STRUCTURED2




COPY SMF47REC


#1="'10/05/06'" #3="'10/07/06'"


FIN




10/10/2006 14.47.50 SMF RECORD 47 LONG REPORT JES2/JES3 SIGNON PAGE 1



SYSTEM IDENTIFICATION: 108X


START EVENT: $S LINE(n)

REMOTE NAME:

LINE NAME: LNE51

PASSWORD:

----------------------------------------------------






REMOTE NAME:

LINE NAME: LNE52

PASSWORD:

----------------------------------------------------






REMOTE NAME:

LINE NAME: LNE53

PASSWORD:

----------------------------------------------------




10/10/06 14.56.52 SMF RECORD 47 SHORT REPORT JES2/JES3 SIGNON PAGE 1

TIME DATE SYSTEM SUB SYSTEM START

RECORD RECORD ID ID EVENT

WRITTEN WRITTEN

---------------------------------------------------- ----------------------------------------------------

21:02:16.20 10/05/06 D109 JES2 $S LINE(n)

21:02:18.14 10/05/06 D109 JES2 $S LINE(n)

21:02:20.14 10/05/06 D109 JES2 $S LINE(n)

21:02:22.03 10/05/06 D109 JES2 $S LINE(n)

21:02:48.75 10/05/06 D109 JES2 $S LINE(n)

21:02:50.64 10/05/06 D109 JES2 $S LINE(n)

21:02:52.54 10/05/06 D109 JES2 $S LINE(n)




SMF47PTR 1 1 CH ;HEADER


*********************************************************


* *

* R E C O R D T Y P E 47 (2F) *

* J E S 2 S I G N O N / S T A R T L I N E (BSC) *

* J E S 3 S I G N O N / S T A R T L I N E (LOGON) *

* *

*********************************************************



*SMFJ47 EQU 47 ;START SUBSYSTEM EVENT ID





SMF47SBS 2 15 BI ;SUBSYSTEM

* SMF47HSP EQU ;X'0002' ;JES2 ID

* ;X'0005' ;JES3

* ;X'0006 ;SS06



* ;(NOT INCLUDING THIS FIELD)



SMF47SBG 1 21 BI ;SUBSYSTEM SECTION BEGINNING

DYSMF48 COPY Function The DYSMF48 COPY function can be used to print SMF type 48 records in two report formats — a long format and a short format. SMF type 48 records contain information that is pertinent to JES2/JES3 SIGNOFF. The examples for DYSMF48 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY DYSMF48 #1="'10/05/06'" #3="'10/07/06'"



FIN





OPTION STRUCTURED2




COPY DYSMF48 #1="'10/05/06'" #3="'10/07/06'"



FIN


10/10/06 15.19.39 SMF RECORD 48 LONG REPORT JES2/JES3 SIGNOFF PAGE 1





STOP EVENT: $P LNE(n)

REMOTE NAME:

LINE NAME: LNE81

PASSWORD:

NUMBER OF EXCPS FOR THIS LINE: 944

NUMBER OF WRITE TEXT-NEG ACKNOWLEDGEMTS: 0

NUMBER OF DATA CHECKS TO READ TEXT: 0

NUMBER OF TIME OUTS TO READ TEXT: 0

SUM OF ALL OTHER LINE ERRORS: 0

LINE ADAPTER ADDRESS FROM UCB:

4-DIGIT LINE ADAPTER ADDRESS: 5864

----------------------------------------------------





STOP EVENT: $P LNE(n)

REMOTE NAME:

LINE NAME: LNE82

PASSWORD:



NUMBER OF EXCPS FOR THIS LINE: 944

NUMBER OF WRITE TEXT-NEG ACKNOWLEDGEMTS: 0

NUMBER OF DATA CHECKS TO READ TEXT: 0

NUMBER OF TIME OUTS TO READ TEXT: 0

SUM OF ALL OTHER LINE ERRORS: 0

LINE ADAPTER ADDRESS FROM UCB:

4-DIGIT LINE ADAPTER ADDRESS: 5A64

----------------------------------------------------



10/10/06 15.18.04 SMF RECORD 48 SHORT REPORT JES2/JES3 SIGNOFF PAGE 1

TIME DATE SYSTEM SUB SYSTEM STOP REMOTE LINE PASSWORD

RECORD RECORD ID ID EVENT NAME NAME

WRITTEN WRITTEN

---------------------------------------------------- ----------------------------------------------------------

18:57:58.14 10/05/06 108X JES2 $P LNE(n)

18:57:59.83 10/05/06 108X JES2 $P LNE(n)







******************************************


* *

* R E C O R D T Y P E 48 (30) *

* *

* J E S 2 S I G N O F F / *

* S T O P L I N E *

* *

* J E S 3 S I G N O F F / *

* S T O P L I N E / *

* L O G O F F *

******************************************



*SMFJ48 EQU 48 ;STOP SUBSYSTEM EVENT ID







SMF48SBS 2 15 BI ;SUBSYSTEN IDENTIFIER

*SMF48HSP EQU X'0002' JES2 ID

* X'0005' JES3

* X'0006' SS06




SMF48SBP 1 21 ;SUBSYSTEM SECTION BEGINNING

DYSMF49 COPY Function The DYSMF49 COPY function can be used to print SMF type 49 records in two report formats — a long format and a short format. SMF type 49 records contain information that is pertinent to JES2 INTEGRITY (BSC only). The examples for DYSMF49 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF49 Record Definition COPYLIB(SMF49REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by system identification and by the date and time the record was moved to the SMF buffer.












#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF49SID SMF49DTE SMF49TME”.

For example, if you want to sort on the two fields, SMF49SID and SMF49LIN, you can specify #5 as equal to “SMF49SID SMF49LIN”.


For example, if you want to sort on the four fields, SMF49SID, SMF49DTE, SMF49TME, and SMF49PSW, you can specify #5 as equal to “SMF49SID SMF49DTE SMF49TME” and #6 as equal to “SMF49PSW”.


For example, if you want to sort on the seven fields, SMF49SID, SMF49DTE, SMF49TME, SMF49EVT, SMF49RMT, SMF49LIN, and SMF49PSW, you can override all three parameters by specifying #5 as equal to “SMF49SID SMF49DTE SMF49TME”, #6 as equal to “SMF49EVT SMF49RMT SMF49LIN”, and #7 as equal to “SMF49PSW”.













OPTION STRUCTURED2




COPY SMF49REC

COPY DYSMF49 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in system identification (SMF49SID), SMF buffer date (SMF49DTE), and SMF buffer time (SMF49TME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF49REC


#S=YES #L=NULL

FIN





REJECT

ENDIF



08/10/97 09.55.59 SMF RECORD 49 SHORT REPORT JES2 INTEGRITY (BSC) PAGE 1

SYSTEM REC MOVED TO REC MOVED TO RECORD REMOTE LINE INVALID MESSAGE

ID SMF BUFF. TIME SMF BUFF. TIME INDICATOR NAME NAME PASSWORD TEXT

------------------------------------------------------------------------------------------------------------------------------

IPO1 14:19:36.97 08/04/97 REC. WRITTEN FOR SIGNON T105O05 IPO1 CATMGMT ICFCAT.VSTR001


IPO1 14:19:57.16 08/04/97 REC. WRITTEN FOR SIGNON T109P46 IPO1 CATMGMT ICFCAT.VSTR002


IPO1 14:21:44.82 08/04/97 REC. WRITTEN FOR SIGNON T107S01 IPO1 CATMGMT ICFCAT.VSYSLB2





IPO1 14:26:53.08 08/04/97 REC. WRITTEN FOR SIGNON T101G04 IPO1 CATMGMT ICFCAT.VSTR002





08/10/97 09.58.19 SMF RECORD 49 LONG REPORT JES2 INTEGRITY (BSC) PAGE 1

HEADER SECTION

**************


SYSTEM IDENTIFICATION IPO1 LENGTH OF REST OF RECORD 66

SUBSYSTEM IDENTIFIER JES2

RECORD INDICATOR REC. WRITTEN FOR SIGNON


**********************

LENGTH OF IDENTIFICATION SECTION 26 REMOTE NAME T105O05

LINE NAME IPO1 INVALID PASSWORD CATMGMT

MESSAGE SECTION

***************

LENGTH OF MESSAGE SECTION 38

MESSAGE TEXT ICFCAT.VSTR001

**************************************************************************************************************************

HEADER SECTION

**************


SYSTEM IDENTIFICATION IPO1 LENGTH OF REST OF RECORD 66

SUBSYSTEM IDENTIFIER JES2

RECORD INDICATOR REC. WRITTEN FOR SIGNON


**********************

LENGTH OF IDENTIFICATION SECTION 26 REMOTE NAME T105O05

LINE NAME IPO1 INVALID PASSWORD CATMGMT

MESSAGE SECTION

***************

LENGTH OF MESSAGE SECTION 38

MESSAGE TEXT ICFCAT.VSTR001

***************************************************************************************************************************






SMF49PTR 1 CH ;HEADER SEGMENT




*SMFJ49 EQU 49 INTEGRITY EVENT RECORD TYPE




*

* SUBSYSTEM IDENTIFICATION SECTION

*SMF49SBS 2 15 BI ;SUBSYSTEM IDENTIFIER

* X'0002' JES2

* X'0005' JES3

* X'0006' SS06




SMF49SBG 1 CH ;SUBSYSTEM SECTION BEGINNING


**

JES2 AND JES3 SECTION

*S

MF49EVT 2 21 BI ;EVENT STARTING

* FOLLOWING BIT DEFINITIONS APPLY TO JES2

*SMF49SON EQU 1 SIGNON

*SMF49STL EQU 2 START LINE

* FOLLOWING BIT DEFINITIONS APPLY TO JES3

*SMF49NER EQU 1 TERMINAL NOT DEFINED (BSC)

*SMF49PER EQU 2 INVALID PASSWORD (BSC)

*SMF49LER EQU 4 LINE ALREADY SIGNED ON (BSC)

*SMF49TER EQU 8 TERMINAL ALREADY SIGNED ON (BSC)

*SMF49LIM EQU 16 SESSION LIMIT EXCEEDED (SNA)

*SMF49DEF EQU 32 WORK STATION UNDEFINED (SNA)

*SMF49SPW EQU 64 INVALID PASSWORD (SNA)

*SMF49BND EQU 128 BIND FAILURE (SNA)

**

BEGINNING OF GENERAL SECTION

*SMF49LN1 2 23 BI ;LGTH OF THIS SECTION (INCLUDING SELF-26)



SMF49RMT 8 25 CH ;REMOTE NAME

SMF49LIN 8 33 CH ;LINE NAME

SMF49PSW 8 41 CH ;PASSWORD USED (INVALID)

* BEGINNING OF SIGNON MESSAGE SECTION

*

* THIS SECTION EXISTS ONLY FOR SIGNON EVENT STARTS

SMF49LN2 2 49 BI ;LGTH OF THIS SECTION (INCLUDING SELF-38)

SMF49MSG 36 51 CH ;MESSAGE FOR SIGNON, COLUMNS 35-70 OF

* SIGNON CARD.

SMF49END 1 87 BI ;END OF JES3 RECORD

REDEFINE AT SMF49END

*SMF49SIZ DS 0XL `(SMF49END-SMFRCD49) SIZE OF JES3 49 RECORD

* COMPLEX EXPRESSION.

SMF49SIZ 1 87 BI ;SIZE OF JES3 49 RECORD

REDEFINE AT SMF49SIZ


* SS06 SECTION

SMF49VID 3 21 BI ;VIOLATOR IDENTIFICATION

SMF49LNA 3 24 BI ;LIBRARY NUMBER OR ACCESSED LIBRARY


SMF49FLN 12 29 CH ;FILENAME OF FILE ATTEMPTED

SMF49UFO 3 41 BI ;USER NUMBER OF FILE OWNER



DYSMF52 COPY Function The DYSMF52 COPY function can be used to print SMF type 52 records in two report formats — a long format and a short format. SMF type 52 records contain information that is pertinent to JES2 LOGON/START LINE. The examples for DYSMF52 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY DYSMF52 #1="'07/05/06'" #3="'07/10/06'"



FIN





OPTION STRUCTURED2




COPY DYSMF52 #1="'07/05/06'" #3="'07/10/06'"



FIN


10/05/06 13.48.29 SMF RECORD 52 LONG REPORT JES2 LOGON/START LINE PAGE 1

HEADER SECTION

**************


SYSTEM IDENTIFICATION DVR78

OFFSET TO PRODUCT SECTION 30 LENGTH OF PRODUCT SECTION 8

NUMBER OF PRODUCT SECTIONS 1

OFFSET TO ID SECTION 38 LENGTH OF ID SECTION 24

NUMBER OF ID SECTIONS 1

PRODUCT SECTION

***************

EVENT ID $S LNE(N) SUBSYSTEM NAME JES2

RECORD VERSION NUMBER 01


**********************

REMOTE NAME

LINE NAME LNE1

LINE PASSWORD

************************************************************************************************************************

HEADER SECTION

**************









PRODUCT SECTION

***************

EVENT ID $S LNE(N) SUBSYSTEM NAME JES2



**********************

REMOTE NAME

LINE NAME LNE2

LINE PASSWORD

************************************************************************************************************************

10/05/06 13.48.29 SMF RECORD 52 LONG REPORT JES2 LOGON/START LINE PAGE 2



10/05/06 13.47.15 SMF RECORD 52 SHORT REPORT JES2 LOGON/START LINE PAGE 1

TIME DATE SYSTEM NUMBER NUMBER OF

RECORD RECORD ID OF PRODUCT IDENTIFICATION

WRITTEN WRITTEN SECTIONS SECTIONS

-----------------------------------------------------------------------------------------------------------------

22:00:10.09 07/08/06 DVR78 1 1

22:00:10.09 07/08/06 DVR78 1 1









*********************************************************


* *

* R E C O R D T Y P E 52 (34) *

* J E S 2 L O G O N / S T A R T L I N E (SNA) *

* *

*********************************************************

*----- BEGINNING OF JMR OR HASP SMF RECORD -------------*



SMF52TME 4 3 BI ;TOD, USING FORMAT FROM TIME

SMF52DTE 4 7 PD ;DATE IN PACKD DECIMAL FORM


*----- HEADER FOR HASP SUBSYSTEM RECORD TYPE 52 --------*

* SMFJ52 EQU 52 ;RECORD TYPE SNA START EVENT

SMF52POF 2 15 BI ;OFFSET TO PRODUCT SECTION

SMF52PRL 2 17 BI ;LENGTH OF PRODUCT SECTION

SMF52PRN 2 19 BI ;NUMBER OF PRODUCT SECTION

SMF52IDO 2 21 BI ;OFFSET TO ID SECTION

SMF52IDL 2 23 BI ;LENGTH OF ID SECTION

SMF52IDN 2 25 BI ;NUMBER OF ID SECTION

*----- PRODUCT SECTION HASP SUBSYSTEM RECORD TYPES 52 --*

SMF52SUB 2 27 BI ;SUBTYPE ID NUMBER

* SMF52LON EQU 1 ;LOGON EVENT

* SMF52SLN EQU 2 ;START LINE EVENT

SMF52VER 2 29 CH ;RECORD VERSION NUMBER

SMF52SYS 4 31 CH ;SUBSYSTEM NAME



DYSMF53 COPY Function The DYSMF53 COPY function can be used to print SMF type 53 records in two report formats — a long format and a short format. SMF type 53 records contain information that is pertinent to JES2 LOGOFF/STOP LINE. The examples for DYSMF53 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY DYSMF53 #1="'07/05/06'" #3="'07/10/06'"



FIN





OPTION STRUCTURED2




COPY DYSMF53 #1="'07/05/06'" #3="'07/10/06'"



FIN


10/05/06 13.08.01 SMF RECORD 53 LONG REPORT JES2 LOGOFF/STOP LINE PAGE 1

HEADER SECTION

**************







PRODUCT SECTION

***************

SUBTYPE ID $P LNE(N) SUBSYSTEM NAME JES2



**********************

REMOTE NAME

LINE PASSWORD NUMBER OF VTAM REQUEST PROCESSED

NUMBER OF EXCEPTION RESPONSES NUMBER OF LUSTATS RECEIVED

NUMBER OF BID REJECTS NUMBER OF TEMPORARY ERRORS

LINE IDENTIFIER SNA

************************************************************************************************************************



HEADER SECTION

**************







PRODUCT SECTION

***************

SUBTYPE ID $P LNE(N) SUBSYSTEM NAME JES2



**********************

REMOTE NAME

LINE PASSWORD NUMBER OF VTAM REQUEST PROCESSED

NUMBER OF EXCEPTION RESPONSES NUMBER OF LUSTATS RECEIVED

NUMBER OF BID REJECTS NUMBER OF TEMPORARY ERRORS

LINE IDENTIFIER SNA

************************************************************************************************************************


10/05/06 13.07.24 SMF RECORD 53 SHORT REPORT JES2 LOGOFF/STOP LINE PAGE 1

TIME DATE SYSTEM NUMBER NUMBER OF

RECORD RECORD ID OF PRODUCT IDENTIFICATION

WRITTEN WRITTEN SECTIONS SECTIONS

-----------------------------------------------------------------------------------------------------------------

21:59:03.00 07/08/06 DVR78 1 1

21:59:03.00 07/08/06 DVR78 1 1









*********************************************************


* *

* R E C O R D T Y P E 53 (35) *

* J E S 2 L O G O F F / S T O P L I N E (SNA) *

* *

*********************************************************





SMF53DTE 4 7 PD ;DATE IN PACKED DECIMAL FORM


*----- HEADER FOR HASP SUBSYSTEM RECORD TYPE 53 --------*

* SMFJ53 EQU 53 ;RECORD TYPE SNA STOP EVENT

SMF53PRD 2 15 BI ;OFFSET TO PRODUCT SECTION






*----- PRODUCT SECTION HASP SUBSYSTEM RECORD TYPE 53 ---*

*----- THE FOLLOWING EQUATES APPLY TO RECORD TYPE 53 ---*


* SMF53LOF EQU 1 ;LOGOFF EVENT

* SMF53PLN EQU 2 ;STOP LINE EVENT





DYSMF54 COPY Function The DYSMF54 COPY function can be used to print SMF type 54 records in two report formats — a long format and a short format. SMF type 54 records contain information that is pertinent to JES2 INTEGRITY (SNA only). The examples for DYSMF54 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF54 Record Definition COPYLIB(SMF54REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, job number, SYSOUT class, SYSOUT start date, and SYSOUT start time.













For example, if you want to sort on the two fields, SMF54SID and SMF54SYS, you can specify #5 as equal to “SMF54SID SMF54SYS”.

#6 #6 contains additional sort fields 4 through 6. The value of the field cannot exceed 30 characters. The default value is NULL.

For example, if you want to sort on the four fields, SMF54SID, SMF54DTE, SMF54TME, and SMF54RMT, you can specify #5 as equal to “SMF54SID SMF54DTE SMF54TME” and #6 as equal to “SMF54RMT”.

#7 #7 contains additional sort fields 7 through 9. The default value is NULL. The value of the field cannot exceed 30 characters.

For example, if you want to sort on the seven fields SMF54SID, SMF54DTE, SMF54TME, SMF54SUB, SMF54SYS, SMF54RMT, and SMF54RPW, you can override all three parameters by specifying #5 as equal to “SMF54SID SMF54DTE SMF54TME”, #6 as equal to “SMF54SUB SMF54SYS SMF54RMT”, and #7 as equal to “SMF54RPW”.












OPTION STRUCTURED2




COPY SMF54REC

COPY DYSMF54 #1=”'08/04/97'” #2=”'00:05:00'”

#3=”'08/04/97'” #4=”'01:05:00'”

#L=YES #S=NULL

FIN



OPTION STRUCTURED2




COPY SMF54REC


#S=YES #L=NULL

FIN


IF SMF54SID NE 'BEP1'

REJECT

ENDIF





08/10/97 10.12.36 SMF RECORD 54 SHORT REPORT JES2 INTEGRITY (SNA) PAGE 1

SYSTEM SMF BUFFER SMF BUFFER NUMBER OF NUMBER OF

ID TIME DATE PRODUCT SECTIONS IDENTIFICATION SECTIONS

---------------------------------------------------------------------------------------------------------

BEP1 00:09:06.03 08/04/97 1 1

BEP1 00:09:06.03 08/04/97 1 1

BEP1 00:09:06.03 08/04/97 1 1

BEP1 00:09:06.03 08/04/97 1 1

BEP1 00:09:06.03 08/04/97 1 1

BEP1 00:09:06.03 08/04/97 1 1

BEP1 00:09:06.03 08/04/97 1 1

BEP1 00:09:06.03 08/04/97 1 1

BEP1 00:09:06.03 08/04/97 1 1

BEP1 00:09:06.03 08/04/97 1 1



08/10/97 10.13.05 SMF RECORD 54 LONG REPORT JES2 INTEGRITY (SNA) PAGE 1

HEADER SECTION

**************

SYSTEM ID FROM INSTALLATION BEP1




OFFSET TO IDENTIFICATION SECTION 38 LENGTH OF IDENTIFICATION SECTION 96

NUMBER OF IDENTIFICATION SECTIONS 1

PRODUCT SECTION

***************

SUBTYPE ID 1 SUBSYSTEM NAME, <<JES2>> RM



**********************

REMOTE NAME RMF REMOTE PASSWORD SP3.1.3

LINE PASSWORD IEAIPS01

***************************************************************************************************************






SMF54PTR 1 CH ;HEADER SEGMENT


* BEGINNING OF JMR OR HASP SMF RECORD



SMF54TME 4 3 BI ;TOD, USING FORMAT FROM TIME MACRO

SMF54DTE 4 7 PD ;DATE IN PACKED DECIMAL FORM 00YYDDDF


* HEADER FOR HASP SUBSYSTEM RECORD TYPES 54

*S MFJ54 EQU 54 SPOOL INTEGRITY EVENT REC







* PRODUCT SECTION HASP SUBSYSTEM RECORD TYPE 54


*SMF54LON EQU 1 LOGON EVENT



SMF54IDS 1 35 CH ;DEFINE START OF ID SECTION

REDEFINE AT SMF54IDS

* ID SECTION OF HASP 54 (SNA) INTEGRITY RECORD AFTER TWO HDRS

SMF54RMT 8 35 CH ;REMOTE NAME

SMF54RPW 8 43 CH ;REMOTE PASSWORD

SMF54PSW 8 51 CH ;LINE PASSWORD

SMF54END 1 59 CH ;END OF TYPE 54 RECORD



DYSMF55 COPY Function The DYSMF55 COPY function can be used to print SMF type 55 records in two report formats — a long format and a short format. SMF type 55 records contain information that is pertinent to JES2 NETWORK SIGNON. The examples for DYSMF55 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY DYSMF55 #1="'07/05/06'" #3="'07/31/06'"



FIN





OPTION STRUCTURED2




COPY DYSMF55 #1="'07/05/06'" #3="'07/28/06'"



FIN


10/05/2006 12.35.49 SMF RECORD 55 LONG REPORT JES2 NETWORK SIGNON PAGE 1

HEADER SECTION

**************


SYSTEM IDENTIFICATION AVR76

SUB SYSTEM IDENTIFICATION JES2 RECORD SUBTYPE 00000

NODE NAME INTBUS35

MEMBER NUMBER 001 SIGNON STATUS FLAG INITIAL

LINE PASSWORD NODE PASSWORD

LINE NAME LNE98

HEADER SECTION

**************




NODE NAME INTBUS35



LINE NAME LNE98

HEADER SECTION

**************






NODE NAME INTBUS35



LINE NAME LNE98



10/05/2006 12.37.01 SMF RECORD 55 SHORT REPORT JES2 NETWORK SIGNON PAGE 1

TIME DATE SYSTEM SUB SYSTEM RECORD NODE MEMBER SIGN ON LINE NODE LINE

RECORD RECORD ID ID SUBTYPE NAME NUMBER STATUS PASSWORD PASSWORD NAME

WRITTEN WRITTEN

---------------------------------------------------- ------------------------- -----------------------------------

23:25:18.18 07/08/2006 AVR76 JES2 00000 INTBUS35 001 INITIAL LNE98









*********************************************************


* *

* R E C O R D T Y P E 55 (37) *

* J E S 2 N E T W O R K S I G N O N *

* *

*********************************************************









*----- HEADER FOR HASP SUBSYS RECORD TYPE 55 -----------*

* SMFJ55 EQU 55 ;NETWORK SIGNON RECORD TYPE

SMF55SBS 2 15 BI ;HASP SUBSYSTEM ID

* SMF55HSP EQU X'0002' ;JES2 ID

SMF55SUB 2 17 BI ;RECORD SUBTYPE

SMF55LRR 2 19 BI ;LENGTH OF REST OF RECORD

DYSMF56 COPY Function The DYSMF56 COPY function can be used to print SMF type 56 records in two report formats — a long format and a short format. SMF type 56 records contain information that is pertinent to JES2 NETWORK SIGNON. An example for DYSMF56 long formatted report is shown in this section.

Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters.



Parameters #5, #6, and #7 control the sort sequence of the printed records. Parameters #8 and #9 define the "From" and "To" dates in 4-digit year format. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.


















OPTION STRUCTURED2




COPY DYSMF56 #1="'07/05/06'" #3="'07/31/06'"



FIN



DYSMF58 COPY Function The DYSMF58 COPY function can be used to print SMF type 58 records in two report formats — a long format and a short format. SMF type 58 records contain information that is pertinent to JES2 NETWORK SIGNOFF. The examples for DYSMF58 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY DYSMF58 #1="'07/05/06'" #3="'07/31/06'"



FIN





OPTION STRUCTURED2




COPY DYSMF58 #1="'07/05/06'" #3="'07/31/06'"



FIN


09/22/2006 15.39.04 SMF RECORD 58 LONG REPORT JES2 NETWORK SIGNOFF PAGE 1

HEADER SECTION

**************




NODE NAME INTBUS35

MEMBER NUMBER 001 LINE NAME LNE98

HEADER SECTION

**************




NODE NAME INTBUS35

MEMBER NUMBER 001 LINE NAME LNE98



09/22/2006 15.35.02 SMF RECORD 58 SHORT REPORT JES2 NETWORK SIGNOFF PAGE 1



TIME DATE SYSTEM SUB SYSTEM RECORD NODE MEMBER LINE

RECORD RECORD ID ID SUBTYPE NAME NUMBER NAME

WRITTEN WRITTEN

---------------------------------------------------- ------------------------------------

21:59:03.58 07/08/2006 AVR76 JES2 00000 INTBUS35 001 LNE98

20:11:08.39 07/28/2006 AVR76 JES2 00000 INTBUS35 001 LNE98







*********************************************************


* *

* R E C O R D T Y P E 58 (3A) *

* J E S 2 N E T W O R K S I G N O F F *

* *

*********************************************************







*----- HEADER FOR HASP SUBSYS RECORD TYPE 58 -----------*

* SMFJ58 EQU 58 ;NETWORK SIGNOFF REC TYPE

SMF58SBS 2 15 BI ;HASP SUBSYSTEM ID

* SMF58HSP EQU X'0002' ;JES2 ID

SMF58SUB 2 17 BI ;RECORD SUBTYPE

SMF58LRR 2 19 BI ;LENGTH OF REST OF RECORD



DYSMF60 COPY Function The DYSMF60 COPY function can be used to print SMF type 60 records in two report formats — a long format and a short format. SMF type 60 records contain information that is pertinent to VSAM VOLUME DATA SET UPDATED. The examples for DYSMF60 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF60 Record Definition COPYLIB(SMF60REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by system identification, name, and the date and time the record was moved to the SMF buffer.












#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF60CPU SMF60DTE SMF60TME”.

For example, if you want to sort on the two fields, SMF60CPU and SMF60VER, you can specify #5 as equal to “SMF60CPU SMF60VER”.


For example, if you want to sort on the four fields, SMF60CPU, SMF60DTE, SMF60TME, and SMF60PNM, you can specify #5 as equal to “SMF60CPU SMF60DTE SMF60TME” and #6 as equal to “SMF60PNM”.


For example, if you want to sort on the seven fields SMF60CPU, SMF60DTE, SMF60TME, SMF60SUB, SMF60VER, SMF60PNM, and SMF60JNM, you can override all three parameters by specifying #5 as equal to “SMF60CPU SMF60DTE SMF60TME”, #6 as equal to “SMF60SUB SMF60VER SMF60PNM”, and #7 as equal to “SMF60JNM”.












OPTION STRUCTURED2




COPY SMF60REC

COPY DYSMF60 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in system identification (SMF60CPU), SMF buffer date (SMF60DTE), and SMF buffer time (SMF60TME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF60REC

COPY DYSMF60 #5='SMF60CPU SMF60DTE SMF60TME'

#S=YES #L=NULL

FIN


IF SMF60CPU NE 'IPO1'

REJECT

ENDIF





08/10/97 16.42.20 SMF RECORD 60 VSAM VOLUME DATA SET UPDATED SHORT REPORT PAGE 1

HEADER SECTION

**************


VVR INFORMATION RECORD SUBTYPE VVR IS UPDATED SYSTEM ID FROM INSTALLATION IPO1

PRODUCT SECTION

***************

PRODUCT VERSION 1 PRODUCT NAME CATMGMT

DATA SECTION

************

JOBNAME IEESYSAS

CATALOG DATA SET NAME SYS1.VVDS.VSYSLB1

DATA SET NAME, OLD NAME IF RENAMED SYS1.MAN1.DATA

HEADER SECTION

**************



PRODUCT SECTION

***************


DATA SECTION

************

JOBNAME SMFDUMP1






08/10/97 16.41.14 SMF RECORD 60 VSAM VOLUME DATA SET UPDATED LONG REPORT PAGE 1

HEADER SECTION

**************





OFFSET OF DATA SECTION 50 LENGTH OF DATA SECTION 158

NUMBER OF DATA SECTION 1

PRODUCT SECTION

***************


DATA SECTION

************

JOBNAME IEESYSAS READER START TIMER (.01 SEC) 09:36:53.91

READER START DATE 08/04/97 USER IDENTIFICATION FIELD

FUNCTION INDICATOR NO INFORMATION


ENTRY TYPE D

ENTRY TYPE DATA SET


NEW DATA SET NAME IF RENAMED




SMFRCD60 1 CH ;SMF RECORD 60




SMF60SYS 1 1 BI ;HEADER FLAG BYTE



* MACRO WITH BIN INTERVAL


* 00YYDDDF (F IS THE SIGN)

SMF60CPU 4 11 CH ;SYSTEM IDENTIFICATION

SMF60SBS 4 15 CH ;SUBSYSTEM ID (NOT USED)

SMF60SUB 2 19 CH ;RECORD SUBTYPE

SMF60SLF 1 CH ;SELF-DEFINING SECTION

REDEFINE AT SMF60SLF


SMF60PLN 2 25 BI ;LENGTH OF PRODUCT SECTION

SMF60PNO 2 27 BI ;NUMBER OF PRODUCT SECTIONS

SMF60DOF 4 29 BI ;OFFSET TO DATA SECTION

SMF60DLN 2 33 BI ;LENGTH OF DATA SECTION

SMF60DNO 2 35 BI ;NUMBER OF DATA SECTIONS

SMF60PRD 1 CH ;PRODUCT SECTION

REDEFINE AT SMF60PRD

SMF60VER 2 37 CH ;PRODUCT VERSION

SMF60PNM 8 39 CH ;PRODUCT NAME

SMF60DAT 1 CH ;DATA SECTION

REDEFINE AT SMF60DAT

SMF60JNM 8 47 CH ;JOBNAME

SMF60RST 4 55 BI ;READER START TIMER (.01 SEC)

SMF60RDT 4 59 PD ;READER START DATE

SMF60UID 8 63 CH ;USER IDENTIFICATION FIELD

SMF60FNC 1 71 CH FUNCTION INDICATOR

* MEANING WHEN SET

* 'U' — ENTRY UNCATALOGED

* 'S' — ENTRY UNCATALOGED & SCRATCHED

* 'R' — ENTRY RENAMED

SMF60CNM 44 72 CH ;CATALOG DATA SET NAME

SMF60TYP 1 116 CH ;ENTRY TYPE

SMF60ENM 44 117 CH ;DATA SET NAME (OLD NAME IF RENAMED)

SMF60NNM 44 161 CH ;NEW DATA SET NAME IF RENAMED

SMF60END 1 CH ;END OF SMF RECORD 60 FIXED FIELDS


SMF60CRC 1 205 CH ;VSAM VOLUME RECORD

REDEFINE AT SMF60CRC



DYSMF61 COPY Function The DYSMF61 COPY function can be used to print SMF type 61 records in two report formats — a long format and a short format. SMF type 61 records contain information that is pertinent to INTEGRATED CATALOG FACILITY DEFINE ACTIVITY. The examples for DYSMF61 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF61 Record Definition COPYLIB(SMF61REC). Records can be selected for printing information depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by system identification and by the date and time the record was moved to the SMF buffer.


Twelve parameters can be varied in the DYSMF61 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes. Parameters #5 through #7 control the sort sequence of the printed records.

Parameters #8 and #9 define the date as a 4-digit year. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.











For example, if you want to sort on the two fields, SMF61SID and SMF61VER, you can specify #5 as equal to “SMF61SID SMF61VER”.


For example, if you want to sort on the four fields, SMF61SID, SMF61DTE, SMF61TME, and SMF61PNM, you can specify #5 as equal to “SMF61SID SMF61DTE SMF61TME” and #6 as equal to “SMF61PNM”.


For example, if you want to sort on the seven fields SMF61SID, SMF61DTE, SMF61TME, SMF61SUB, SMF61VER, SMF61PNM, and SMF61JNM, you can override all three parameters by specifying #5 as equal to “SMF61SID SMF61DTE SMF61TME”, #6 as equal to “SMF61SUB SMF61VER SMF61PNM”, and #7 as equal to “SMF61JNM”.












OPTION STRUCTURED2




COPY SMF61REC

COPY DYSMF61 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN



OPTION STRUCTURED2




COPY SMF61REC


#S=YES #L=NULL

FIN


IF SMF61SID NE 'IP'

REJECT

ENDIF





08/10/97 17.03.14 SMF RECORD 61 ICF DEFINE ACTIVITY SHORT REPORT PAGE 1

HEADER SECTION

**************


SYSTEM IDENTIFICATION IP SYSTEM MODEL IDENTIFIER O1

VVR INFORMATION VVR IS UPDATED

PRODUCT SECTION

***************


DATA SECTION

************

JOBNAME EM9004C

CATALOG DATA SET NAME ICFCAT.VSTR001

DS NAME (OLD NAME IF RENAMED) NP1B0100.RR.CROSSSET.EOMDATEW.G0005V00

HEADER SECTION

**************




PRODUCT SECTION

***************


DATA SECTION

************

JOBNAME EM9004P


DS NAME (OLD NAME IF RENAMED) NP1B0100.RR.CROSSSET.EMPLIDAT.G0215V00




08/10/97 17.06.57 SMF RECORD 61 ICF DEFINE ACTIVITY LONG REPORT PAGE 1

HEADER SECTION

**************







NUMBER OF DATA SECTIONS 1

PRODUCT SECTION

***************


DATA SECTION

************

JOBNAME EM9004C READER START TIMER (.01 SEC) 14:19:45.60



ENTRY TYPE H

ENTRY TYPE NO INFORMATION

DS NAME (OLD NAME IF RENAMED) NP1B0100.RR.CROSSSET.EOMDATEW.G0005V00

NEW DATA SET NAME IF RENAMED













SMF61MOD 2 13 CH ;SYSTEM MODEL IDENTIFIER





















SMF61FNC 1 71 BI ;FUNCTION INDICATOR (NOT USED)

SMF61CNM 44 72 CH ;NAME OF CATALOG IN WHICH ENTRY IS DEFINED

SMF61TYP 1 116 BI ;TYPE OF ENTRY

SMF61ENM 44 117 CH ;ENTRY NAME

SMF61NNM 44 161 CH ;NEW ENTRY NAME (NOT USED)

SMF61END 1 CH ;END SMF RECORD 61 FIXED FIELDS


SMF61CRC 1 205 CH ;CATALOG RECORD

REDEFINE AT SMF61CRC



DYSMF62 COPY Function The DYSMF62 COPY function can be used to print SMF type 62 records in two report formats — a long format and a short format. SMF type 62 records contain information that is pertinent to VSAM COMPONENT OR CLUSTER OPENED. The examples for DYSMF62 short formatted and long formatted reports are shown in this section.














For example, if you want to sort on the two fields, SMF62SID and SMF62UIF, you can specify #5 as equal to “SMF62SID SMF62UIF”.


For example, if you want to sort on the four fields, SMF62SID, SMF62DTE, SMF62TME, and SMF62CVS, you can specify #5 as equal to “SMF62SID SMF62DTE SMF62TME” and #6 as equal to “SMF62CVS”.


For example, if you want to sort on the seven fields SMF62SID, SMF62DTE, SMF62TME, SMF62JBN, SMF62UIF, SMF62CVS, and SMF62VCT, you can override all three parameters by specifying #5 as equal to “SMF62SID SMF62DTE SMF62TME”, #6 as equal to “SMF62JBN SMF62UIF SMF62CVS”, and #7 as equal to “SMF62VCT”.












OPTION STRUCTURED2




COPY SMF62REC

COPY DYSMF62 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in job name (SMF62JBN), SMF buffer date (SMF62DTE), and SMF buffer time (SMF62TME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF62REC


#S=YES #L=NULL

FIN


IF SMF62JBN NE 'CICSTST3'

REJECT

ENDIF





08/10/97 14.28.18 SMF RECORD 62 - VSAM COMPONENT OR CLUSTER OPENED SHORT REPORT PAGE 1

JOB OPEN NAME OF CAT./ VOL. DATE TIME DATE TIME

NAME STATUS COMP .OR CLUSTER SERIAL RDR RDR RECORD RECORD

NUMBER RECOG. RECOG. MOVED MOVED

JOB JOB TO TO

CARD CARD BUFFER BUFFER

CICSTST3 SUCCESSFULLY OPENED ICFCAT.VSTR001 STR001 08/04/97 12:56:14 08/04/97 14:24:12

VT1I0200.AS.VSAMFILE.C01IDX1

SUCCESSFULLY OPENED ICFCAT.VSTR001 STR001 08/04/97 12:56:14 08/04/97 14:24:13

VT1I0200.AS.VSAMFILE.C01I


VT1I0200.AS.VSAMFILE.C01IDX


VT1I0200.AS.VSAMFILE.C02U


VT1I0200.AS.VSAMFILE.C02IDX





SMFDUMP1 SUCCESSFULLY OPENED ICFCAT.MASTER1 SYSLB1 08/04/97 14:19:16 08/04/97 14:19:17

SYS1.MAN1

SUCCESSFULLY OPENED ICFCAT.MASTER1 SYSLB1 08/04/97 14:19:16 08/04/97 14:19:49

SYS1.MAN1

T109P09 SUCCESSFULLY OPENED ICFCAT.VCIC001 CIC001 08/04/97 14:23:56 08/04/97 14:23:59

VP1C0700.OVMVS.DW370V21.DDDL3G2

SUCCESSFULLY OPENED ICFCAT.VCIC001 CIC001 08/04/97 14:23:56 08/04/97 14:23:59

VP1C0700.OVMVS.DW370V21.DDDMAST




08/10/97 13.38.45 SMF RECORD 62 - VSAM COMPONENT OR CLUSTER OPENED LONG REPORT PAGE 1

JOB NAME CICSTST3 DATE RDR RECOGNIZED JOB CARD 08/04/97 REC.NO.

USER IDENTIFICATION TIME RDR RECOGNIZED JOB CARD 12:56:14 1

SYSTEM IDENTIFICATION IPO1 DATE REC MOVED TO SMF BUFFER 08/04/97

OPEN STATUS SUCCESSFULLY OPENED TIME REC MOVED TO SMF BUFFER 14:24:12

NAME OF CATALOG ICFCAT.VSTR001

COMPONENT OR CLUSTER OPENED VT1I0200.AS.VSAMFILE.C01IDX1

VOL.SERIAL NO. OF VOL/CAT STR001 NUMBER OF VOLUMES 1

VOL.SERIAL NO: CIC005

DEVICE TYPE: NO LISTING FOUND

UNIT TYPE: UNAVAILABLE

*********************************************************************************************************************************






COMPONENT OR CLUSTER OPENED VT1I0200.AS.VSAMFILE.C01I





********************************************************************************************************************************






COMPONENT OR CLUSTER OPENED VT1I0200.AS.VSAMFILE.C01IDX





*******************************************************************************************************************************













SMF62JBN 8 15 CH ;JOBNAME

SMF62RST 4 23 BI ;READER START TIMER (.01 SEC)



SMF62IND 4 39 BI ;OPEN STATUS INDICATOR

* BIT MEANING WHEN SET

* BIT 0 — OPEN SUCCESSFUL

* BIT 1 — SECURITY VIOLATION

* (INVALID PASSWORD)


SMF62CNM 44 43 CH ;CATALOG DATA SET NAME

SMF62CVS 6 87 CH ;CATALOG VOLUME SERIAL NUMBER

SMF62DNM 44 93 CH ;DATA SET NAME

SMF62VCT 2 137 BI ;VOLUME COUNT

SMF62VLT 1 CH ;VOLUME LIST

REDEFINE AT SMF62VLT

* THE FOLLOWING ENTRY IS CREATED FOR EACH VOLUME

SMF62VSR 6 139 CH ;VOLUME SERIAL

SMF62DTY 4 145 BI ;DEVICE TYPE



DYSMF63 COPY Function The DYSMF63 COPY function can be used to print SMF type 63 records in two report formats — a long format and a short format. SMF type 63 records contain information that is pertinent to VSAM CATALOG ENTRY DEFINED. The examples for DYSMF63 short formatted and long formatted reports are shown in this section.
















For example, if you want to sort on the four fields, SMF63SID, SMF63DTE, SMF63TME, and SMF63TYP, you can specify #5 as equal to “SMF63SID SMF63DTE SMF63TME” and #6 as equal to “SMF63TYP”.


For example, if you want to sort on the seven fields SMF63SID, SMF63DTE, SMF63TME, SMF63JBN, SMF63UIF, SMF63TYP, and SMF63NSZ, you can override all three parameters by specifying #5 as equal to “SMF63SID SMF63DTE SMF63TME”, #6 as equal to “SMF63JBN SMF63UIF SMF63TYP”, and #7 as equal to “SMF63NSZ”.












OPTION STRUCTURED2




COPY SMF63REC

COPY DYSMF63

#L=YES #S=NULL

#1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

FIN


Print all records regardless of date and time in job name (SMF63JBN) and SMF buffer date (SMF63DTE) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF63REC


#S=YES #L=NULL

FIN


IF SMF63JBN NE 'T101G04'

REJECT

ENDIF





08/10/97 13.23.01 SMF RECORD 63 SHORT REPORT VSAM CATALOG ENTRY DEFINED PAGE 1

TIME DATE SYSTEM SYSTEM TYPE 1.- NAME OF CATALOG IN WHICH

RECORD RECORD ID MODEL OF ENTRY IS DEFINED

WRITTEN WRITTEN ID ENTRY 2.- ENTRY NAME

--------------------------------------------------------------------------------------------------------------

14:26:53.08 08/04/97 IP O1 NON-VSAM DATA SET 1.-ICFCAT.VSTR002

2.-T101G04


2.-T105O03


2.-T105O05


2.-T105O05

14:21:44.82 08/04/97 IP O1 NON-VSAM DATA SET 1.-ICFCAT.VSYSLB2

2.-T107S01


2.-T109P46


2.-T109P46


2.-T109P46


2.-T109P46




08/10/97 13.27.11 SMF RECORD 63 LONG REPORT VSAM CATALOG ENTRY DEFINED PAGE 1

HEADER SECTION

**************



READER START DATE 08/04/97 READER START TIME 13:11:40.74

JOB NAME T101G04 USER IDENTIFICATION FIELD CATMGMT

FUNCTION AND DATA SET TYPE INDICATOR ALTERNATE INDEX ALTERED

TYPE OF ENTRY NON-VSAM DATA SET

SIZE OF NEW CATALOG RECORD 60 SIZE OF OLD CATALOG RECORD 80

NAME OF CATALOG IN WHICH ENTRY IS DEFINED ICFCAT.VSTR002

ENTRY NAME T101G04

HEADER SECTION

**************




JOB NAME T105O03 USER IDENTIFICATION FIELD CATMGMT





ENTRY NAME T105O03

HEADER SECTION

**************









ENTRY NAME T105O05











SMF63SMI 2 13 CH ;SYSTEM MODEL IDENTIFIER





SMF63FDT 1 39 BI ;FUNCTION AND DATA SET TYPE INDICATOR

* BIT0 — NEW DEFINITION

* BIT1 — ALTERED DEFINITION

* BIT2-7 — RESERVED

SMF63TYP 1 40 BI ;TYPE OF ENTRY

* BIT0 — CLUSTER

* BIT1 — VSAM DATA COMPONENT

* BIT2 — INDEX COMPONENT

* BIT3 — CATALOG

* BIT4 — NON—VSAM DATA SET

* BIT5 — GENERATION DATA GROUP

* BIT6 — ALIAS

* BIT7 — RESERVED

SMF63NSZ 2 41 BI ;SIZE OF NEW CATALOG RECORD

SMF63OSZ 2 43 BI ;SIZE OF OLD CATALOG RECORD

SMF63CNM 44 45 CH ;NAME OF CATALOG IN WHICH ENTRY IS DEFINED


SMF63NCR 2 133 BI ;NEW CATALOG RECORD

REDEFINE AT SMF63NCR

REDEFINE AT SMF63NCR

SMF63OCR 2 133 BI ;OLD CATALOG RECORD



DYSMF64 COPY Function The DYSMF64 COPY function can be used to print SMF type 64 records in two report formats — a long format and a short format. SMF type 64 records contain information that is pertinent to VSAM COMPONENT OR CLUSTER STATUS. The examples for DYSMF64 short formatted and long formatted reports are shown in this section.
















For example, if you want to sort on the four fields, SMF64SID, SMF64DTE, SMF64TME, and SMF64RIN, you can specify #5 as equal to “SMF64SID SMF64DTE SMF64TME” and #6 as equal to “SMF64RIN”.


For example, if you want to sort on the seven fields SMF64SID, SMF64DTE, SMF64TME, SMF64JBN, SMF64UIF, SMF64RIN, and SMF64DTY, you can override all three parameters by specifying #5 as equal to “SMF64SID SMF64DTE SMF64TME”, #6 as equal to “SMF64JBN SMF64UIF SMF64RIN”, and #7 as equal to “SMF64DTY”.












OPTION STRUCTURED2




COPY SMF64REC

COPY DYSMF64

#1=”'08/04/97'” #2=”'22:00:00'”

#3=”'08/04/97'” #4=”'24:00:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in job name (SMF64JBN), SMF buffer date (SMF64DTE), and SMF buffer time (SMF64TME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF64REC


#S=YES #L=NULL

FIN


IF SMF64JBN NE 'IEESYSAS'

REJECT

ENDIF





08/10/97 17.39.56 SMF RECORD TYPE 64 VSAM COMPONENT OR CLUSTER STATUS SHORT REPORT PAGE 1

HEADER SECTION

**************


JOBNAME IEESYSAS READER START TIME 18:48:25.73

SYSTEM IDENTIFICATION BEP1


RECORD WRITTEN BY CLOSE

DATA SET TYPE DATA SET

CATALOG NAME CATALOG.MVSICFM.VMVSCAT

DATA SET NAME SYS1.TA4BBD28.VDD86098.T9ABF600

NUMBER OF TRACKS REQUIRED 0 CURRENT HIGH RBA 24,576,000

NUMBER OF EXTENT SEGMENTS 1

STATISTICS SECTION AT OPEN TIME

*******************************

STATISTICS SEGMENT LENGTH 196

DATA SET CHARACTERISTICS SECTION

********************************

PHYSICAL BLOCK SIZE 4,096 CONTROL INTERVAL SIZE 4,096

MAX. LOGICAL RECORD LNG. 32,767 KEY LENGTH 0

DD NAME SYS00003

CLUSTER NAME FROM JCL SYS1.MAN1

HYPERBATCH I/O STATISTICS

*************************

ATTEMPTS TO FIND REQUESTED DATA 0 REQUESTS SATISFIED DATA MOVED FROM 0

REQUESTS TEMPORARILY SUSPENDED 0 REQUESTS SATISFIED BY DOING DASD I/O 0

NUMBER OF DASD I/O (HYPERBATCH DATA, BUFFERS) 0




08/10/97 17.40.30 SMF RECORD TYPE 64 VSAM COMPONENT OR CLUSTER STATUS LONG REPORT PAGE 1

HEADER SECTION

**************


JOBNAME IEESYSAS READER START TIME 18:48:25.73

SYSTEM IDENTIFICATION BEP1


RECORD WRITTEN BY CLOSE

DATA SET TYPE DATA SET

CATALOG NAME CATALOG.MVSICFM.VMVSCAT

DATA SET NAME SYS1.TA4BBD28.VDD86098.T9ABF600

NUMBER OF TRACKS REQUIRED 0 CURRENT HIGH RBA 24,576,000

NUMBER OF EXTENT SEGMENTS 1

EXTENT SEGMENT NUMBER 1

BEGINNING CYLINDER NUMBER 149 BEGINNING TRACK NUMBER 0

ENDING CYLINDER NUMBER 188 ENDING TRACK NUMBER 14

VOLUME SERIAL NUMBER MVSCAT

DEVICE NUMBER 1,068

MODULE/SPINDLE ID 12

UNIT TYPE - UCBTYPE 3010 200E

STATISTICS SECTION AT OPEN TIME

*******************************

STATISTICS SEGMENT LENGTH 196 NUMBER OF LEVELS IN THE INDEX 0

NUMBER OF EXTENTS 1 NUMBER OF LOGICAL RECORDS 0

NUMBER OF DELETED RECORDS 0 NUMBER OF INSERTED RECORDS 0

NUMBER OF UPDATES 0 NUMBER OF RETRIEVES 0

NUMBER OF UNUSED CONTROL INTERVALS MULTIPLIED

BY THE CONTROL INTERVAL SIZE 24,576,000 NUMBER OF CONTROL INTERVALS SPLITS 0

NUMBER OF CONTROL AREA SPLITS 0 NUMBER EXCPS COUNT 6,000

CHANGE IN STATISTICS FROM OPEN TO TIME OF EOV AND CLOSE

*******************************************************

CHANGE IN NUMBER OF LEVELS IN THE INDEX 0 CHANGE IN NUMBER OF EXTENTS 0

CHANGE IN NUMBER OF LOGICAL RECORDS 0 CHANGE IN NUMBER OF DELETES 0

CHANGE IN NUMBER OF INSERTS 0 CHANGE IN NUMBER OF UPDATES 0

CHANGE IN NUMBER OF RETRIEVES 0 CHANGE IN NUMBER CI SPLITS 0

CHANGE IN NUMBER OF UNUSED CONTROL INTERVALS

TIMES THE CONTROL INTERVAL SIZE 0

CHANGE IN NUMBER CA SPLITS 0 CHANGE IN NUMBER OF EXCPS COUNT 0




08/10/97 17.40.30 SMF RECORD TYPE 64 VSAM COMPONENT OR CLUSTER STATUS LONG REPORT PAGE 2

DATA SET CHARACTERISTICS SECTION

********************************

PHYSICAL BLOCK SIZE 4,096 CONTROL INTERVAL SIZE 4,096

MAX. LOGICAL RECORD LNG. 32,767 KEY LENGTH 0

DD NAME SYS00003 STRING NUMBER 1

ACTUAL NUMBER OF BUFFERS 1 BUFFER SPACE 0

NUMBER OF DATA BUFFERS 0 NUMBER OF INDEX BUFFERS 0

CLUSTER NAME FROM JCL SYS1.MAN1 ACTUAL NUMBER OF CONCURRENT STRINGS 1

FIRST ACB MACRF FLAG BYTE CONTROL INTERVAL PROCESSING

DIRECT PROCESSING

INPUT PROCESSING

OUTPUT PROCESSING

USER SUPPLIED BUFFER SPACE

SECOND ACB MACRF FLAG BYTE

THIRD EACB MACRF FLAG BYTE IMPROVED CONTROL INTERVAL PROCESS

HYPERBATCH I/O STATISTICS

*************************

ATTEMPTS TO FIND REQUESTED DATA 0 REQUESTS SATISFIED DATA MOVED FROM 0

REQUESTS TEMPORARILY SUSPENDED 0 REQUESTS SATISFIED BY DOING DASD I/O 0

NUMBER OF DASD I/O (HYPERBATCH DATA, BUFFERS) 0














SMF64RST 4 23 BI ;READER START TIME (IN 100THS

* SECONDS)



SMF64RIN 1 39 BI ;RECORDING INDICATORS


* BIT 0 — RECORD WRITTEN BY CLOSE

* BIT 1 — RECORD WRITTEN BY EOV-

* VOLUME SWITCH

* BIT 2 — RECORD WRITTEN BY EOV-

* OUT OF SPACE

* BITS 3-7 RESERVED

SMF64DTY 1 40 BI ;DATA SET TYPE


* BIT 0 — DATA SET

* BIT 1 — INDEX


SMF64CNM 44 41 CH ;CATALOG NAME

SMF64DNM 44 85 CH ;DATA SET NAME

SMF64NTR 2 129 BI ;NUMBER OF TRACKS REQUIRED

SMF64CHR 4 131 BI ;CURRENT HIGH RBA

SMF64ESL 2 135 BI ;EXTENT SEGMENT LENGTH

SMF64FEX 1 CH ;EXTENT TABLE — ONE PER VOLUME

REDEFINE AT SMF64FEX

* ONLINE AT TIME RECORD WRITTEN

SMF64FCC 4 137 BI ;FROM CCHH

SMF64TCC 4 141 BI ;TO CCHH

SMF64VSN 6 145 CH ;VOLUME SERIAL NUMBER

SMF64CUU 2 151 BI ;DEVICE NUMBER

SMF64IND 2 153 BI ;MODULE/SPINDLE ID

SMF64UTY 4 155 BI ;UNIT TYPE — UCBTYPE


REDEFINE AT SMF64FEX

SMF64STS 1 CH ;DATA SET STATISTICS AT OPEN

REDEFINE AT SMF64STS

* TIME

SMF64SLN 4 137 BI ;STATISTICS SEGMENT LENGTH



SMF64NIL 4 141 BI ;NUMBER INDEX LEVEL


SMF64NLR 4 149 BI ;NUMBER LOGICAL RECORDS

SMF64NDE 4 153 BI ;NUMBER DELETES

SMF64NIN 4 157 BI ;NUMBER INSERTS

SMF64NUP 4 161 BI ;NUMBER UPDATES

SMF64NRE 4 165 BI ;NUMBER RETRIEVES

SMF64NFS 4 169 BI ;NUMBER FREE SPACE-UNUSED CI'S

SMF64NCS 4 173 BI ;NUMBER CI SPLITS

SMF64NAS 4 177 BI ;NUMBER CA SPLITS

SMF64NEP 4 181 BI ;NUMBER EXCPS COUNT

* DATA SET STATISTICS FOR THIS OPEN

SMF64DIL 4 185 BI ;NUMBER INDEX LEVEL

SMF64DEX 4 189 BI ;NUMBER EXTENTS

SMF64DLR 4 193 BI ;NUMBER LOGICAL RECORDS

SMF64DDE 4 197 BI ;NUMBER DELETES

SMF64DIN 4 201 BI ;NUMBER INSERTS

SMF64DUP 4 205 BI ;NUMBER UPDATES

SMF64DRE 4 209 BI ;NUMBER RETRIEVES

SMF64DFS 4 213 BI ;NUMBER FREE SPACE

SMF64DCS 4 217 BI ;NUMBER CI SPLITS

SMF64DAS 4 221 BI ;NUMBER CA SPLITS

SMF64DEP 4 225 BI ;NUMBER EXCPS COUNT

SMF64DBS 4 229 BI ;PHYSICAL BLOCK SIZE

SMF64DCI 4 233 BI ;CONTROL INTERVAL SIZE

SMF64DLS 4 237 BI ;MAX. LOGICAL RECORD LNG.

SMF64DKL 2 241 BI ;KEY LENGTH

SMF64DDN 8 243 CH ;DD NAME

SMF64STR 1 251 BI ;ACBSTRNO — STRING NUMBER

SMF64BNO 1 252 BI ;BUFDRNO — ACTUAL NUMBER OF

* BUFFERS

SMF64BSP 4 253 BI ;ACBBUFSP — BUFFER SPACE

SMF64BFD 2 257 BI ;ACBBUFND — NO. DATA BUFFERS

SMF64BFI 2 259 BI ;ACBBUFNI — NO. INDEX BUFFERS

SMF64CLN 44 261 CH ;CLUSTER NAME (JFCBDSN)

SMF64PLH 2 305 BI ;PLHCNT — ACTUAL NUMBER OF

* CONCURRENT STRINGS

SMF64MAC 3 307 BI ;ACBMACRF FIELDS

REDEFINE AT SMF64MAC

SMF64MC1 1 307 BI ;ACBMACR1 FIELD



;*

HIPER_HDR 1 310 CH ;HYPERBATCH REQUESTS FOR I/O STATISTICS

REDEFINE AT HIPER_HDR

SMF64SIO 4 310 BI ;HYPERBATCH ATTEMPTS TO FIND REQUESTED DATA

SMF64HIT 4 314 BI ;HYPERBATCH SATISFIED REQUEST FOR DATA

SMF64WTS 4 318 BI ;HYPERBATCH SUSPENDED REQUEST FOR DATA

SMF64MIS 4 322 BI ;REQUESTS SATISFIED BY USING DASD I/O



SMF64IOS 4 326 BI ;HYPERBATCH COPIED DATA TO ITS BUFFERS

*

DYSMF65 COPY Function The DYSMF65 COPY function can be used to print SMF type 65 records in two report formats — a long format and a short format. SMF type 65 records contain information that is pertinent to INTEGRATED CATALOG FACILITY DELETE ACTIVITY. The examples for DYSMF65 short formatted and long formatted reports are shown in this section.













#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF65DTE SMF65TME”.

For example, if you want to sort on the two fields, SMF65CPU and SMF65SUB, you can specify #5 as equal to “SMF65CPU SMF65SUB”.


For example, if you want to sort on the four fields, SMF65CPU, SMF65DTE, SMF65TME, and SMF65TYP, you can specify #5 as equal to “SMF65CPU SMF65DTE SMF65TME” and #6 as equal to “SMF65TYP”.


For example, if you want to sort on the seven fields SMF65CPU, SMF65DTE, SMF65TME, SMF65JBN, SMF65UID, SMF65TYP, and SMF65PNM, you can override all three parameters by specifying #5 as equal to “SMF65CPU SMF65DTE SMF65TME”, #6 as equal to “SMF65JBN SMF65UID SMF65TYP”, and #7 as equal to “SMF65PNM”.












OPTION STRUCTURED2



STATUS SMF65END1 ;END OF FILE

COPY SMF65REC

COPY DYSMF65 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in SMF buffer date (SMF65DTE) and SMF buffer time (SMF65TME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF65REC


#S=YES #L=NULL

FIN


IF SMF65CPU NE 'IPO1'

REJECT

ENDIF





08/10/97 11.56.35 SMF RECORD 65 SHORT REPORT I. C. F. DELETE ACTIVITY PAGE 1

HEADER SECTION

**************


VVR INFORMATION VVR IS UPDATED SYSTEM IDENTIFICATION IPO1

NUMBER OF PRODUCT SECTIONS 1 NUMBER OF DATA SECTIONS 1

PRODUCT SECTION

***************


DATA SECTION

*************

JOBNAME T105O05 USER IDENTIFICATION FIELD


ENTRY NAME NP1B0100.RR.CROSSSET.EMPLIDAT.G0215V00

HEADER SECTION

**************




PRODUCT SECTION

***************


DATA SECTION

*************







08/10/97 11.57.21 SMF RECORD 65 LONG REPORT I. C. F. DELETE ACTIVITY PAGE 1

HEADER SECTION

**************







PRODUCT SECTION

***************


DATA SECTION

*************



CATALOG NAME ICFCAT.VSTR001

ENTRY TYPE -----

FUNCTION INDICATOR ENTRY UNCATALOGED & SCRATCHED






REDEFINE AT S MFRCD65









SMF65CPU 4 11 CH ;SYSTEM IDENTIFICATION



















* SECONDS)



SMF65FNC 1 71 CH ;FUNCTION INDICATOR

* MEANING WHEN SET

* 'U' — ENTRY UNCATALOGED

* 'S' — ENTRY UNCATALOGED & SCRATCHED




SMF65NNM 44 161 CH ;NEW ENTRY NAME (NOT USED)






DYSMF66 COPY Function The DYSMF66 COPY function can be used to print SMF type 66 records in two report formats — a long format and a short format. SMF type 66 records contain information that is pertinent to INTEGRATED CATALOG FACILITY ALTER ACTIVITY. The examples for DYSMF66 short formatted and long formatted reports are shown in this section.













#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF66DTE SMF66TME”.

For example, if you want to sort on the two fields, SMF66SID and SMF66SUB, you can specify #5 as equal to “SMF66SID SMF66SUB”.


For example, if you want to sort on the four fields, SMF66SID, SMF66DTE, SMF66TME, and SMF66TYP, you can specify #5 as equal to “SMF66SID SMF66DTE SMF66TME” and #6 as equal to “SMF66TYP”.


For example, if you want to sort on the seven fields SMF66SID, SMF66DTE, SMF66TME, SMF66JNM, SMF66UID, SMF66TYP, and SMF66PNM, you can override all three parameters by specifying #5 as equal to “SMF66SID SMF66DTE SMF66TME”, #6 as equal to “SMF66JNM SMF66UID SMF66TYP”, and #7 as equal to “SMF66PNM”.












OPTION STRUCTURED2




COPY SMF66REC

COPY DYSMF66 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time on SMF buffer date (SMF66DTE) and SMF buffer time (SMF66TME) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF66REC


#S=YES #L=NULL

FIN


IF SMF66SID NE 'IP'

REJECT

ENDIF





08/10/97 12.11.23 SMF RECORD 66 SHORT REPORT I. C. F. ALTER ACTIVITY PAGE 1

HEADER SECTION

**************



SYSTEM IDENTIFICATION IP SYSTEM MODEL INDENTIFIER O1


PRODUCT SECTION

***************


DATA SECTION

*************

JOBNAME CICSPRD1 USER IDENTIFICATION FIELD


ENTRY NAME VP1C1400.AMS.P325AIX.DATA

NEW ENTRY NAME ------

HEADER SECTION

**************





PRODUCT SECTION

***************


DATA SECTION

*************








08/10/97 12.10.56 SMF RECORD 66 LONG REPORT I. C. F. ALTER ACTIVITY PAGE 1

HEADER SECTION

**************








PRODUCT SECTION

***************


DATA SECTION

*************



CATALOG NAME ICFCAT.VSTR002

ENTRY TYPE DATA SET

FUNCTION INDICATOR -----












SMF66TME 4 3 BI ;TOD, USING FORMAT FROM TIME MACRO W/BIN INTERVL

SMF66DTE 4 7 PD ;DATE IN PACKED DECIMAL FORMAT: 00YYDDDF


SMF66MOD 2 13 CH ;SYSTEM MODEL IDENTIFIER













SMF66VER 2 37 CH ;RECORD VERSION




SMF66JNM 8 47 CH ;JOB NAME




SMF66FNC 1 71 CH ;FUNCTION INDICATOR

* MEANING WHEN SET

* 'R' — ENTRY RENAMED

SMF66CNM 44 72 CH ;NAME OF CATALOG IN WHICH ENTRY WAS DEFINED


SMF66ENM 44 117 CH ;NAME OF ENTRY THAT WAS ALTERED

SMF66NNM 44 161 CH ;NEW ENTRY NAME IF RENAMED






DYSMF67 COPY Function The DYSMF67 COPY function can be used to print SMF type 67 records in two report formats — a long format and a short format. SMF type 67 records contain information that is pertinent to VSAM ENTRY DELETED. The examples for DYSMF67 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF67 Record Definition COPYLIB(SMF67REC). Records can be selected for printing information depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name, catalog name, and entry name.









#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF67JBN SMF67CNM SMF67DEN”.















OPTION STRUCTURED2




COPY SMF67REC

COPY DYSMF67

#L=YES #S=NULL

#1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

FIN








COPY SMF67REC


#S=YES #L=NULL

FIN


IF SMF67SID NE 'IP'

REJECT

ENDIF





08/10/97 14.01.05 SMF RECORD 67 SHORT REPORT VSAM ENTRY DELETED PAGE 1

TIME DATE SYSTEM SYSTEM TYPE 1.- NAME OF CATALOG IN WHICH

RECORD RECORD ID MODEL OF ENTRY IS DELETED

WRITTEN WRITTEN ID ENTRY 2.- ENTRY NAME

-----------------------------------------------------------------------------------------------------------


2.-T101G04


2.-T105O03


2.-T105O05


2.-T105O05

14:21:44.82 08/04/97 IP O1 NON-VSAM DATA SET 1.-ICFCAT.VSYSLB2

2.-T107S01


2.-T109P46


2.-T109P46


2.-T109P46


2.-T109P46


2.-T109P46





08/10/97 14.06.27 SMF RECORD 67 LONG REPORT VSAM ENTRY DELETED PAGE 1

HEADER SECTION

**************






ENTRY TYPE INDICATOR NON-VSAM DATA SET

SIZE OF NEW CATALOG RECORD 60


ENTRY NAME T101G04

HEADER SECTION

**************









ENTRY NAME T105O03

HEADER SECTION

**************









ENTRY NAME T105O05








SMF67TME 4 3 BI ;TOD, USING FORMAT FROM TIME MACRO W/BIN INTERVL

SMF67DTE 4 7 PD ;DATE IN PACKED DECIMAL FORMAT: 00YYDDDF


SMF67SMI 2 13 CH ;SYSTEM MODEL IDENTIFIER





SMF67FDT 1 39 BI ;FUNCTION AND DATA SET TYPE INDICATOR

* BIT0 — UNCATALOGED

* BIT1 — SCRATCHED

* BIT2-7 — RESERVED

SMF67IOD 1 40 BI ;INDICATOR OF OBJECT DELETED

* BIT0 — CLUSTER

* BIT1 — DATA COMPONENT

* BIT2 — INDEX COMPONENT

* BIT3 — CATALOG

* BIT4 — NON-VSAM DATA SET

* BIT5 — GENERATION DATA GROUP

* BIT6 — ALIAS

* BIT7 — RESERVED

SMF67CNM 44 41 CH ;NAME OF CATALOG IN WHICH ENTRY WAS DEFINED

SMF67DEN 44 85 CH ;NAME OF ENTRY THAT WAS DELETED

SMF67RSZ 2 129 BI ;SIZE OF CATALOG RECORD THAT DEFINED THE ENTRY

SMF67CRC 2 131 BI ;CATALOG RECORD



DYSMF68 COPY Function The DYSMF68 COPY function can be used to print SMF type 68 records in two report formats — a long format and a short format. SMF type 68 records contain information that is pertinent to VSAM ENTRY RENAMED. The examples for DYSMF68 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF68 Record Definition COPYLIB(SMF68REC). Records can be selected for printing information depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by job name.









#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF68JBN”.















OPTION STRUCTURED2




COPY SMF68REC

COPY DYSMF68 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN




Print all records regardless of date and time in job name (SMF68JBN) and SMF buffer date (SMF68DTE) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF68REC


#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 14.34.12 SMF RECORD 68 SHORT REPORT VSAM ENTRY RENAMED PAGE 1

TIME DATE SYSTEM JOB USER 1.- NAME OF CATALOG IN WHICH

RECORD RECORD ID NAME IDENTIFICATION ENTRY IS DEFINED

WRITTEN WRITTEN 2.- OLD NAME OF THE ENTRY

3.- NEW NAME OF THE ENTRY

---------------------------------------------------------------------------------------------------------

14:26:53.08 08/04/97 IPO1 T101G04 CATMGMT 1.-ICFCAT.VSTR002

2.-IP

3.-O1

14:26:42.87 08/04/97 IPO1 T105O03 CATMGMT 1.-ICFCAT.VSTR001

2.-IP

3.-O1


2.-IP

3.-O1


2.-IP

3.-O1

14:21:44.82 08/04/97 IPO1 T107S01 CATMGMT 1.-ICFCAT.VSYSLB2

2.-IP

3.-O1

14:19:57.16 08/04/97 IPO1 T109P46 CATMGMT 1.-ICFCAT.VSTR002

2.-IP

3.-O1


2.-IP

3.-O1


2.-IP

3.-O1


2.-IP

3.-O1


2.-IP

3.-O1





08/10/97 14.33.14 SMF RECORD 68 LONG REPORT VSAM ENTRY RENAMED PAGE 1

HEADER SECTION

**************






OLD NAME OF THE ENTRY IP

NEW NAME OF THE ENTRY O1

******************************************************************************************************************************

HEADER SECTION

**************








******************************************************************************************************************************

HEADER SECTION

**************








******************************************************************************************************************************








SMF68TME 4 3 BI ;TOD USING FORMAT FROM TIME


SMF68DTE 4 7 PD ;DATE IN PACKED DECIMAL FORMAT





* SECONDS)




SMF68ONM 44 83 CH ;OLD DATA SET NAME

SMF68NNM 44 127 CH ;NEW DATA SET NAME



DYSMF70 COPY Function The DYSMF70 COPY function can be used to print SMF (MF1) type 70 records in two report formats — a long format and a short format. SMF (MF1) type 70 records contain information that is pertinent to SMF (MF1) CPU ACTIVITY. The examples for DYSMF70 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF (MF1) record is formatted as shown in DYSMF70 Record Definition COPYLIB(SMF70REC). Records can be selected for printing information depending on the date and time the SMF (MF1) record was written to the SMF buffer. A date and time range can be specified using the COPY parameters.








The date and time the MF1 record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range, while the default values for #3 and #4 allow for an open ended upper bound of the range.












Print all SMF (MF1) type 70 records with SMF buffer date and time between 00:05 A.M. and 7:00 A.M. on August 4, 1997. Print the records using the long format.

OPTION STRUCTURED2



TATUS SMF70END ;END OF FILE

COPY SMF70REC

COPY DYSMF70 #1=”'08/04/97'” #2=”'00:05:00'”

#3=”'08/04/97'” #4=”'07:00:00'”

#L=YES #S=NULL

FIN


Print all SMF (MF1) type 70 records regardless of date and time. Use the short report format.

OPTION STRUCTURED2




COPY SMF70REC

COPY DYSMF70

#S=YES #L=NULL

FIN



Record selection logic can be placed between the COPY SMF70REC statement and the COPY DYSMF70 statement. For instance, in the example above the following code:


REJECT

ENDIF



08/10/97 10.43.54 SMF RECORD TYPE 70 MF1 CPU ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************

SYSTEM ID FROM INSTALLATION BEP1 SUBSYSTEM ID (RMF) RMF


NUMBER OF TRIPLETS IN THIS RECORD 6


-----------------------------------------------------------------------------------------------

RMF PRODUCT 76 52 1

CPU CONTROL 128 8 1

CPU DATA 136 32 2

ASID DATA 200 520 1

PR/SM PARTITION DATA 720 16 4

PR/SM LOGICAL PROCESSOR 784 32 5

RMF PRODUCT SECTION

*******************

RMF VERSION 4 RELEASE 1 MODIFICATION LEVEL 2 OPERATING SYSTEM RELEASE NUMBER AND LEVEL SP3.1.3

TIME RMF MEASUREMENT INTERVAL STARTED 23:54:04 DATE RMF MEASUREMENT INTERVAL STARTED 08/03/97

PR/SM - PARTITION NUMBER 1 SAMPLING CYCLE LENGTH 0.333

RMF I/O MEASUREMENT LEVEL 3090 PROCESSOR

CPU CONTROL SECTION

*******************

CPU MODEL NUMBER 3090 CPU VERSION NUMBER 35

NUMBER OF PHYSICAL PROCESSORS ASSIGNED FOR 2 PR/SM - GLOBAL TIME SLICE 0

PR/SM INDICATOR BITS NO INFORMATION




08/10/97 10.46.38 SMF RECORD TYPE 70 MF1 CPU ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************





--------------------------------------------------------------------------------------------------

RMF PRODUCT 76 52 1

CPU CONTROL 128 8 1

CPU DATA 136 32 2

ASID DATA 200 520 1



RMF PRODUCT SECTION

*******************



DURATION OF RMF MEASUREMENT INTERVAL 15:01.102 PRODUCT NAME RMF

RECORD MAINTENANCE INDICATION 0 NUMBER OF SAMPLES 2,706



CPU CONTROL SECTION

*******************




CPU DATA SECTION

*****************

CPU WAIT TIME IN MICROSECONDS (HEX) 0000000000000000

CPU SERIAL #(6 HEX DIGITS) 172078 NUMBER OF ENTRIES TO THE I/O SLIH 91,508

NUMBER OF TPI WITH CC=1 658 SAMPLES, VECTOR BIT IN PSA IMAGE WAS ON 0

CPU IDENTIFICATION (HEX) 0001

VECTOR CONFIGURATION NO INFORMATION

CONFIGURATION ACTIVITY CPU ONLINE AT END OF INTERVAL

CPU DATA SECTION

****************



NUMBER OF TPI WITH CC=1 2,098 SAMPLES, VECTOR BIT IN PSA IMAGE WAS ON 0








ASID DATA AREA SEC.

*******************

READY VALUES OVER INTERVAL MINIMUM: 1 MAXIMUM: 10 TOTAL: 5,105

THE TIME READYING VALUES WERE 0, 1, 2, 3, .. 15 ARE

0: 0 1: 1,235 2: 962 3: 280 4: 124

5: 49 6: 37 7: 11 8: 7 9: 0

10: 1 11: 0 12: 0 13: 0 14: 0 14+: 0

IN USERS VALUES INTERVAL MINIMUM: 44 MAXIMUM: 54 TOTAL: 130,150

THE COUNT OF TIMES IN USERS WAS:

0 : 0 1 -2 : 0 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 706

OUT USERS VALUES INTERVAL MINIMUM: 0 MAXIMUM: 1 TOTAL: 8

THE COUNT OF TIMES OUT USERS WAS:

0 : 2,698 1 -2 : 8 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 0

WAIT USERS VALUES INTERVAL MINIMUM: 24 MAXIMUM: 32 TOTAL: 75,522

THE COUNT OF TIMES WAIT USERS WAS:

0 : 0 1 -2 : 0 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 720 26-30: 1,878 31-35: 108 35+ : 0

BATCH USERS VALUES INTERVAL MINIMUM: 0 MAXIMUM: 9 TOTAL: 12,068

THE COUNT OF TIMES BATCH USERS WAS:

0 : 136 1 -2 : 626 3 -4 : 218 5 -6 : 1,129

7 -8 : 571 9 -10: 26 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 0

STARTED USERS VALUES INTERVAL MINIMUM: 71 MAXIMUM: 80 TOTAL: 204,530

THE COUNT OF TIMES STARTED USERS WAS:

0 : 0 1 -2 : 0 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 2,706

TSO USERS VALUES INTERVAL MINIMUM: 4 MAXIMUM: 5 TOTAL: 12,282

THE COUNT OF TIMES TSO USERS WAS:



0 : 0 1 -2 : 0 3 -4 : 1,248 5 -6 : 1,458

7 -8 : 0 9 -10: 0 11-15: 0 16- 0

21-25: 0 26-30: 0 31-35: 0 35+ 0



L. RDY USERS VALUES INTERVAL MINIMUM: 0 MAXIMUM: 1 TOTAL: 94

THE COUNT OF TIMES LOGICAL RDY USERS WAS:

0 : 2,612 1 -2 : 94 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 0

L. WAIT USERS VALUES INTERVAL MINIMUM: 1 MAXIMUM: 15 TOTAL: 22,921

THE COUNT OF TIMES LOGICAL WAIT USERS WAS:

0 : 0 1 -2 : 34 3 -4 : 232 5 -6 : 258

7 -8 : 634 9 -10: 1,038 11-15: 510 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 0

PR/SM DATA SECTION

*******************

LOGICAL PARTITION NAME MVSPROD LOGICAL PARTITION NUMBER 1

LOGICAL PROCESSORS ASSIGNED TO PARTITION 2 START OF DATA SECTION BLOCK NUMBER 0

PARTITION FLAGS

PR/SM DATA SECTION

*******************

LOGICAL PARTITION NAME MVSTEST LOGICAL PARTITION NUMBER 2


PARTITION FLAGS

PR/SM DATA SECTION

*******************

LOGICAL PARTITION NAME VMPROD LOGICAL PARTITION NUMBER 3


PARTITION FLAGS

PR/SM DATA SECTION

*******************

LOGICAL PARTITION NAME PHYSICAL LOGICAL PARTITION NUMBER 0


PARTITION FLAGS

PR/SM LOGICAL PROCESSOR DATA SECTION

************************************

LOGICAL P. DISPATCH TIME MICROSECONDS (HEX) 000000001851E1C3

VIRTUAL PROCESSOR ADDRESS 1 PROCESSOR RELATIVE SHARE 500



VIRTUAL PROCESSOR FLAGS NO INFORMATION




************************************

LOGICAL P. DISPATCH TIME MICROSECONDS (HEX) 000000000EF52C8B




************************************

LOGICAL P. DISPATCH TIME MICROSECONDS (HEX) 000000000420C2DD




************************************

LOGICAL P. DISPATCH TIME MICROSECONDS (HEX) 000000000093CDEB




SMF70HDR 1 CH ;



* SMF70RRF EQU X'80' NEW SMF RECORD FORMAT IF=1

* SMF70SUT EQU X'40' SUBTYPE UTILIZED IF ON

* SMF70VXA EQU X'04' MVS/XA VERSION IF ON

* SMF70OS EQU X'02' OPERATING SYSTEM IS OS/VS2

* SMF70BFY EQU X'01' PR/SM MACHINE


SMF70TME 4 3 BI ;TOD RECORD WRITTEN

SMF70DTE 4 7 PD ;DATE RECORD WRITTEN

SMF70SID 4 11 CH ;SYSTEM ID FROM INSTALLATION

SMF70SSI 4 15 CH ;SUBSYSTEM ID (RMF)

SMF70STY 2 19 BI ;SUBTYPE

SMF70TRN 2 21 BI ;NUMBER OF TRIPLETS IN THIS RECORD

FILLER 2 23 BI ;RESERVED

SMF70PRS 4 25 BI ;OFFSET TO RMF PRODUCT SECTION

SMF70PRL 2 29 BI ;LENGTH OF RMF PRODUCT SECTION

SMF70PRN 2 31 BI ;NUMBER OF RMF PRODUCT SECTIONS

SMF70CCS 4 33 BI ;OFFSET TO CPU CONTROL SECTION



SMF70CCL 2 37 BI ;LENGTH OF CPU CONTROL SECTION

SMF70CCN 2 39 BI ;NUMBER OF CPU CONTROL SECTIONS

SMF70CPS 4 41 BI ;OFFSET TO CPU DATA SECTION

SMF70CPL 2 45 BI ;LENGTH OF CPU DATA SECTION

SMF70CPN 2 47 BI ;NUMBER OF CPU DATA SECTIONS

SMF70ASS 4 49 BI ;OFFSET TO ASID DATA SECTION

SMF70ASL 2 53 BI ;LENGTH OF ASID DATA SECTION

SMF70ASN 2 55 BI ;NUMBER OF ASID DATA SECTIONS

SMF70BCS 4 57 BI ;OFFSET TO PR/SM PARTITION DATA SECTION

SMF70BCL 2 61 BI ;LENGTH OF PR/SM PARTITION DATA SECTION

SMF70BCN 2 63 BI ;NUMBER OF PR/SM PARTITION DATA SECTIONS

SMF70BVS 4 65 BI ;OFFSET TO PR/SM PROCESSOR DATA SECTION

SMF70BVL 2 69 BI ;LENGTH OF PR/SM PROCESSOR DATA SECTION

SMF70BVN 2 71 BI ;NUMBER OF PR/SM PROCESSOR DATA SECTIONS

*WORKAREA

SMF70PRO 1 1 CH ;

REDEFINE AT SMF70PRO

SMF70MFV 2 1 CH ;RMF VERSION NUMBER, WITH INTRODUCTION OF

* THE MVS SOFTWARE LEVEL THE FORMAT CHANGES

* TO PACKED 'VRLF'

* ... V = VERSION NUMBER

* ... R = RELEASE NUMBER

* ... L = MODIFICATION LEVEL

SMF70PRD 8 3 CH ;PRODUCT NAME

SMF70IST 4 11 PD ;TOD MONITOR 1 INTERVAL START: 0HHMMSSF

SMF70DAT 4 15 PD ;DATE MONITOR 1 INTERVAL START: 00YYDDDF

SMF70INT 4 19 PD ;DURATION OF MONITOR 1 INTERVAL: MMSSTTTF

*

SMF70MFL 2 23 BI ;RECORD MAINTENANCE INDICATION.

* THIS FIELD HAS A DIFFERENT MEANING FOR...

* ...DIFFERENT SMF RECORD TYPES

*

SMF70SAM 4 25 BI ;NUMBER OF SAMPLES


SMF70FLA 2 31 BI ;FLAGS

*SMF70CNV EQU X'80' DATA CONVERT.FROM VER.2

*SMF70ISS EQU X'40' INVALID SAMPLES TO BE SKIPPED

SMF70RLS 4 33 CH ;OS/VS2 RELEASE NUMBER IN EBCDIC

SMF70CYC 4 37 PD ;CYCLE IN PACKED DECIMAL 000TTTTF

SMF70MVS 8 41 CH ;MVS SOFTWARE LEVEL (ACRONYM, VERSION,

* RELEASE, MODIFICATION LEVEL)

SMF70IML 1 49 BI ;RMF I/O MEASUREMENT LEVEL

* X'01' ... 308X PROCESSOR SERIES

* X'02' ... 4381 PROCESSOR SERIES


SMF70PRF 1 50 BI ;PROCESSOR FLAGS

*SMF70QES EQU X'80' EQUIPPED WITH EXTENDED STORAGE

SMF70PTN 1 51 BI ;PR/SM — PARTITION NUMBER

SMF70SRL 1 52 BI ;SMF RECORD LEVEL CHANGE NUMBER



*WORKAREA

SMF70CTL 1 1 CH ;

REDEFINE AT SMF70CTL

SMF70MOD 2 1 CH ;CPU MODEL NUMBER

SMF70VER 1 3 CH ;CPU VERSION NUMBER

REDEFINE AT SMF70VER

SMF70BNP 1 4 CH ;NUMBER OF PHYSICAL PROCESSORS ASSIGNED FOR

* USE BY PR/SM

SMF70INB 1 5 CH ;PR/SM INDICATOR BITS

*SMF70DIF EQU X'80' PR/SM — DIAGNOSE X'204' FAILURE

*SMF70NPC EQU X'40' PR/SM — NUMBER OF PHYS PROCRS HAS CHANGED

*SMF70TSC EQU X'20' PR/SM — GLOBAL TIME SLICE VALUE HAS CHANGED


SMF70GTS 2 7 CH ;PR/SM — GLOBAL TIME SLICE

*WORKAREA

SMF70CPU 1 1 CH ;

REDEFINE AT SMF70CPU

SMF70WAT 8 1 CH ;CPU WAIT IN TOD FORMAT (BIT 51=1 MICRO)

SMF70CID 2 9 BI ;CPU ID

SMF70CNF 1 11 BI ;CONFIGURATION ACTIVITY

*SMF70PAR EQU 4 CPU WAS VARIED DURING POST PROCESSOR

* DURATION

*SMF70VAC EQU 2 DATA INVALID, CPU VARIED ON OR OFF

*SMF70STA EQU 1 CPU IS CURRENTLY ONLINE

SMF70RV3 1 12 BI ;RES

SMF70SER 3 13 CH ;CPU SERIAL # (6 HEX DIGITS)


SMF70SLH 4 17 BI ;NUMBER OF ENTRIES TO THE I/O SLIH

SMF70TPI 4 21 BI ;NUMBER OF TPI WITH CC=1

SMF70VFS 4 25 BI ;NUMBER OF SAMPLES WHERE THE BIT

* WAS TURNED ON

SMF70V 1 29 BI ;CONFIGURATION INDICATOR

*SMF70VON EQU X'80' ONLINE INDICATOR

SMF70AL1 3 30 BI ;FOR ALIGNMENT ONLY

*WORKAREA

SMF70AID 1 1 CH ;

REDEFINE AT SMF70AID

SMF70RMN 2 1 BI ;READY MINIMUM VALUE OVER INTERVAL

SMF70RMM 2 3 BI ;READY MAXIMUM VALUE OVER INTERVAL

SMF70RTT 4 5 BI ;READY TOTAL VALUE OVER INTERVAL

SMF70R00 4 9 BI ;COUNT OF TIMES READY VALUE WAS 0

















SMF70R15 4 69 BI ;COUNT OF TIMES READY VALUE WAS 14+

SMF70IMN 2 73 BI ;IN USERS MINIMUM OVER INTERVAL

SMF70IMM 2 75 BI ;IN USERS MAXIMUM OVER INTERVAL

SMF70ITT 4 77 BI ;IN USERS TOTAL VALUE OVER INTERVAL

SMF70I00 4 81 BI ;COUNT OF TIMES IN USERS WAS 0

SMF70I01 4 85 BI ;COUNT OF TIMES IN USERS WAS 1-2










SMF70I11 4 125 BI ;COUNT OF TIMES IN USERS WAS 35+

SMF70OMN 2 129 BI ;OUT USERS MINIMUM OVER INTERVAL

SMF70OMM 2 131 BI ;OUT USERS MAXIMUM OVER INTERVAL

SMF70OTT 4 133 BI ;OUT USERS TOTAL VALUE OVER INTERVAL

SMF70O00 4 137 BI ;COUNT OF TIMES OUT USERS WAS 0

SMF70O01 4 141 BI ;COUNT OF TIMES OUT USERS WAS 1-2










SMF70O11 4 181 BI ;COUNT OF TIMES OUT USERS WAS 35+

SMF70WMN 2 185 BI ;WAIT USERS MINIMUM OVER INTERVAL

SMF70WMM 2 187 BI ;WAIT USERS MAXIMUM OVER INTERVAL

SMF70WTT 4 189 BI ;WAIT USERS TOTAL VALUE OVER INTERVAL

SMF70W00 4 193 BI ;COUNT OF TIMES WAIT USERS WAS 0

SMF70W01 4 197 BI ;COUNT OF TIMES WAIT USERS WAS 1-2












SMF70W11 4 237 BI ;COUNT OF TIMES WAIT USERS WAS 35+

SMF70BMN 2 241 BI ;BATCH USERS MINIMUM OVER INTERVAL

SMF70BMM 2 243 BI ;BATCH USERS MAXIMUM OVER INTERVAL

SMF70BTT 4 245 BI ;BATCH USERS TOTAL VALUE OVER INTERVAL

SMF70B00 4 249 BI ;COUNT OF TIMES BATCH USERS WAS 0

SMF70B01 4 253 BI ;COUNT OF TIMES BATCH USERS WAS 1-2










SMF70B11 4 293 BI ;COUNT OF TIMES BATCH USERS WAS 35+

SMF70SMN 2 297 BI ;STARTED USERS MINIMUM OVER INTERVAL

SMF70SMM 2 299 BI ;STARTED USERS MAXIMUM OVER INTERVAL

SMF70STT 4 301 BI ;STARTED USERS TOTAL VALUE OVER INTERVAL

SMF70S00 4 305 BI ;COUNT OF TIMES STARTED USERS WAS 0

SMF70S01 4 309 BI ;COUNT OF TIMES STARTED USERS WAS 1-2










SMF70S11 4 349 BI ;COUNT OF TIMES STARTED USERS WAS 35+

SMF70TMN 2 353 BI ;TSO USERS MINIMUM OVER INTERVAL

SMF70TMM 2 355 BI ;TSO USERS MAXIMUM OVER INTERVAL

SMF70TTT 4 357 BI ;TSO USERS TOTAL VALUE OVER INTERVAL

SMF70T00 4 361 BI ;COUNT OF TIMES TSO USERS WAS 0

SMF70T01 4 365 BI ;COUNT OF TIMES TSO USERS WAS 1-2










SMF70T11 4 405 BI ;COUNT OF TIMES TSO USERS WAS 35+

SMF70LMN 2 409 BI ;LOGICAL RDY USERS MINIMUM



SMF70LMM 2 411 BI ;LOGICAL RDY USERS MAXIMUM

SMF70LTT 4 413 BI ;LOGICAL RDY USERS TOTAL

SMF70L00 4 417 BI ;# TIMES LOGICAL RDY USERS WAS 0

SMF70L01 4 421 BI ;# TIMES LOGICAL RDY USERS WAS 1-2










SMF70L11 4 461 BI ;# TIMES LOGICAL RDY USERS WAS 35+

SMF70AMN 2 465 BI ;LOGICAL WAIT USERS MINIMUM

SMF70AMM 2 467 BI ;LOGICAL WAIT USERS MAXIMUM

SMF70ATT 4 469 BI ;LOGICAL WAIT USERS TOTAL

SMF70A00 4 473 BI ;# TIME LOGICAL WAIT USERS WAS 0

SMF70A01 4 477 BI ;# TIME LOGICAL WAIT USERS WAS 1-2










SMF70A11 4 517 BI ;# TIME LOGICAL WAIT USERS WAS 35+

*

SMF70PMN 2 521 BI ;MINIMUM NUMBER OF ASCH ADDRESS SPACES

SMF70PMM 2 523 BI ;MAXIMUM NUMBER OF ASCH ADDRESS SPACES

SMF70PTT 4 525 BI ;TOTAL NUMBER OF ASCH ADDRESS SPACES

SMF70P00 4 529 BI ;TIMES WHEN 0 ASCH ADDRESS SPACES WERE FOUND

SMF70P01 4 533 BI ;TIMES WHEN 1 - 2 ASCH ADDRESS SPACES WERE FOUND




SMF70P05 4 549 BI ;TIMES WHEN 9 -10 ASCH ADDRESS SPACES WERE FOUND

SMF70P06 4 553 BI ;TIMES WHEN 11-15 ASCH ADDRESS SPACES WERE FOUND





SMF70P11 4 573 BI ;TIMES WHEN 36-- ASCH ADDRESS SPACES WERE FOUND

**

WORKAREA

SMF70BCT 1 1 CH ;

REDEFINE AT SMF70BCT



SMF70LPM 8 1 CH ;LOGICAL PARTITION NAME

SMF70LPN 1 9 CH ;LOGICAL PARTITION NUMBER

SMF70PFG 1 10 CH ;PARTITION FLAGS

*SMF70PDV EQU X'80' PARTITION DEACTIVATED DURING INTERVAL

*SMF70NVC EQU X'40' NUMBER OF LOGICAL PROCRS HAS CHANGED

SMF70BDN 2 11 CH ;NUMBER OF BFY DATA SECTIONS FOR PARTITION

SMF70BDS 4 13 CH ;START OF DATA SECTION BLOCK NUMBER

*WORKAREA

SMF70BPD 1 1 CH ;

REDEFINE AT SMF70BPD

SMF70PDT 8 1 CH ;VIRTUAL PROCESSOR DISPATCH TIME

SMF70VPA 2 9 CH ;VIRTUAL PROCESSOR ADDRESS

SMF70BPS 2 11 CH ;PROCESSOR RELATIVE SHARE

SMF70VPF 1 13 CH ;VIRTUAL PROCESSOR FLAGS

*SMF70WSA EQU X'80' WAIT STATE ASSIST STATE ENABLED

*SMF70WSC EQU X'40' WAIT STATE ASSIST STATE CHANGED DURING INTV

*SMF70RSC EQU X'20' RELATIVE SHARE CHANGED DURING INTERVAL


SMF70EDT 8 17 CH ;LOGICAL PROCESSOR EFFECTIVE DISPATCH TIME



DYSMF71 COPY Function The DYSMF71 COPY function can be used to print SMF (MF1) type 71 records in two report formats — a long format and a short format. SMF (MF1) type 71 records contain information that is pertinent to SMF (MF1) PAGING ACTIVITY. The examples for DYSMF71 short formatted and long formatted reports are shown in this section.









The date and time the SMF (MF1) record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range, while the default values for #3 and #4 allow for an open ended upper bound of the range.













OPTION STRUCTURED2




COPY SMF71REC

COPY DYSMF71 #1=”'08/04/97'” #2=”'00:05:00'”

#3=”'08/04/97'” #4=”'07:00:00'”

#L=YES #S=NULL

FIN






COPY SMF71REC

COPY DYSMF71

#S=YES #L=NULL

FIN





REJECT

ENDIF



08/10/97 14.07.17 SMF RECORD TYPE 71 PAGING ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************


TIME RECORD WAS MOVED TO THE SMF BUFFER 00:09:06.02 DATE RECORD WAS MOVED TO THE SMF BUFFER 08/04/97



----------------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1

PAGING DATA 104 536 1

SWAP PLACEMENT 640 24 11

RMF PRODUCT SECTION

*******************





PAGING DATA SECTION

*******************

NON-VIO, NON-SWAP PAGE-INS 1,526 NON-VIO PAGE-OUTS PERFORMED IN COMMON AREA 0

NON-VIO, NON-SWAP PAGE-OUTS 0 NON-VIO PAGE RECLAIMS IN COMMON AREA 5

NON-VIO, NON-SWAP PAGE RECLAIMS 771 NON-VIO NON-SWAP, LPA PAGE-INS 12

ADDRESS SPACE SWAP SEQUENCES 25 NON-VIO NON-SWAP, LPA PAGE RECLAIMS 5

SWAP PLACEMENT SECTION

**********************

SWAP TOTAL PHYSICAL SWAPS LOGICAL SWAPS LOGICAL SWAPS PHYSICAL SWAPS TOTAL PHYSICAL SWAPS

PLACEMENT NUMBER DIRECTED TO PHYSICALLY PHYSICALLY DIRECTED TO THAT MIGRATED FROM

SECTION OF SWAP AUXILIARY SWAPPED TO SWAPPED TO EXPANDED STORAGE EXPANDED STORAGE

NUMBER CANDIDATES STORAGE EXPANDED STORAGE AUXILIARY STORAGE TO AUXILIARY STORAGE

-----------------------------------------------------------------------------------------------------------------------------



01 533 0 0 0 0 0

02 136 0 4 0 2 0

03 1,286 0 3 0 1 0

04 0 0 0 0 0 0

05 0 0 0 0 0 0

06 311 0 8 0 3 0

07 0 0 0 0 0 0

08 0 0 0 0 0 0

09 0 0 0 0 0 0

10 2 0 0 0 0 0

11 4 0 0 0 4 0


08/10/97 14.20.20 SMF RECORD TYPE 71 PAGING ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************





--------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************




RECORD MAINTENANCE INDICATION 0 NUMBER OF SAMPLES 271







PAGING DATA SECTION

*******************

NON-VIO, NON-SWAP PAGE-INS 1,526 NON-VIO PAGE-OUTS PERFORMED IN COMMON AREA 0



ADDRESS SPACE SWAP SEQUENCES 25 NON-VIO NON-SWAP, LPA PAGE RECLAIMS 5

PAGES SWAPPED IN 283 PAGE FRAMES AVAILABLE IN REAL STORAGE 193

PAGES SWAPPED OUT 0 PAGE FRAMES DEFINED IN REAL STORAGE 18,390

VIO PAGES IN 0 TOTAL NUMBER OF LOCAL PAGE DATA SET SLOTS 10,000

VIO PAGES OUT 0 NUMBER OF LOCAL PAGE DATA SET SLOTS

VIO PAGE RECLAIMS 3 ALLOCATED TO VIO PRIVATE AREA PAGES 60

NUMBER OF STORAGE PAGE SLOTS THAT NUMBER OF LOCAL PAGE DATA SET SLOTS

HAVE NOT BEEN ALLOCATED 170,742 ALLOCATED TO VIO NON-PRIVATE AREA PAGES 39,198

NON-VIO PAGE-INS PERFORMED IN COMMON AREA 28

NUMBER OF FRAMES IN NUCLEUS 810 MINIMUM TOTAL NUMBER OF PAGEABLE FRAMES 18,390

MINIMUM NUMBER OF UNUSED PAGE FRAMES 36 MAXIMUM TOTAL NUMBER OF PAGEABLE FRAMES 18,390

MAXIMUM NUMBER OF UNUSED PAGE FRAMES 1,622 AVERAGE TOTAL NUMBER OF PAGEABLE FRAMES 18,390

AVERAGE NUMBER OF UNUSED PAGE FRAMES 353 MINIMUM NUMBER OF SQA FIXED FRAMES 1,160

MINIMUM NUMBER OF CSA PAGEABLE FRAMES 896 MAXIMUM NUMBER OF SQA FIXED FRAMES 1,167

MAXIMUM NUMBER OF CSA PAGEABLE FRAMES 1,049 AVERAGE NUMBER OF SQA FIXED FRAMES 1,164

AVERAGE NUMBER OF CSA PAGEABLE FRAMES 1,001 MINIMUM NUMBER OF CSA FIXED FRAMES 129





MIN ADDR SPACE PAGEABLE FRAMES 10,796 MAXIMUM NUMBER OF CSA FIXED FRAMES 136

MAX ADDR SPACE PAGEABLE FRAMES 2,533 AVERAGE NUMBER OF CSA FIXED FRAMES 129

AVG ADDR SPACE PAGEABLE FRAMES 2,059 MIN ADDRESS SPACE FIXED FRAMES (W/O LSQA) 454

MAX ADDRESS SPACE FIXED FRAMES (W/O LSQA) 1,322 AVG USER VIO AUXILIARY SLOTS 60

AVG ADDRESS SPACE FIXED FRAMES (W/O LSQA) 509 MIN USER MEMORY AUXILIARY SLOTS 39,211

MINIMUM TOTAL NUMBER OF FIXED FRAMES 4,280 MAX USER MEMORY AUXILIARY SLOTS 42,189

MAXIMUM TOTAL NUMBER OF FIXED FRAMES 5,249 AVG USER MEMORY AUXILIARY SLOTS 40,665

AVERAGE TOTAL NUMBER OF FIXED FRAMES 4,485 MINIMUM UNAVAILABLE(BAD) USER SLOTS 0

MIN AVAILABLE USER AUXILIARY SLOTS 167,751 MAXIMUM UNAVAILABLE(BAD) USER SLOTS 0

MAX AVAILABLE USER AUXILIARY SLOTS 170,729 AVERAGE UNAVAILABLE(BAD) USER SLOTS 0

AVG AVAILABLE USER AUXILIARY SLOTS 169,274 MIN TOTAL USER AUXILIARY SLOTS 210,000

MIN USER VIO AUXILIARY SLOTS 60 MAX TOTAL USER AUXILIARY SLOTS 210,000

MAX USER VIO AUXILIARY SLOTS 60 MIN LPA FIXED FRAMES 95

INVALID SAMPLES SKIPPED BECAUSE OF INVALID SAMPLES SKIPPED BECAUSE OF

ERRORS AT THE RSM FIXED FRAMES NEGATIVE VALUES AT THE CALCULATION

COUNTING INTERFACE (IARXCNTF) 0 OF THE FIXED CSA FRAMES COUNT 0

TOTAL VIO PAGES WRITTEN TO EXT STORAGE 16 MAX LPA FIXED FRAMES 96

TOTAL VIO PAGES MIGRATED FROM EXT STORAGE 0 AVG LPA FIXED FRAMES 95

TOTAL VIO PAGES READ FROM EXT STORAGE 10 MIN LSQA FIXED FRAMES 2,422

MIN NUMBER OF VIO PAGES IN EXPANDED STORAGE MAX LSQA FIXED FRAMES 2,715

MAX NUMBER OF VIO PAGES IN EXPANDED STORAGE AVG LSQA FIXED FRAMES 2,587

AVG NUMBER OF VIO PAGES IN EXPANDED STORAGE MIN NUMBER OF FIXED FRAMES BELOW 16 MEG 711

MIN LPA PAGEABLE FRAMES 997 MAX NUMBER OF FIXED FRAMES BELOW 16 MEG 1,517

MAX LPA PAGEABLE FRAMES 1,336 AVG NUMBER OF FIXED FRAMES BELOW 16 MEG 769






**********************

AVG LPA PAGEABLE FRAMES 1,173 TOTAL PAGE MOVES 1,190

SRM OPT MEMBER NAME IEAOPT00 MAX VALUE HIGH UIC 255

TOTAL PAGE MOVES TO ES 11,960 AVG VALUE HIGH UIC. SCALE FACTOR IS -1 2,529

TOTAL MIGRATIONS ES TO AUX 0 MIN VALUE MIGRATION AGE 26,218

MIN ES SLOTS AVAILABLE 2,088 MAX VALUE MIGRATION AGE 26,218

MAX ES SLOTS AVAILABLE 10,838 AVG VALUE MIGRATION AGE. SCALE FACTOR IS -1 262,180

AVG ES SLOTS AVAILABLE 7,470 NUMBER ES SLOTS INSTALLED 20,480

MIN VALUE HIGH UIC 215 NUMBER ES SLOTS ONLINE AT END OF INTERVAL 20,480

TOTAL PAGES READ FROM EXT STORAGE 14,457



SECTION OF SWAP AUXILIARY SWAPPED TO SWAPPED TO EXPANDED STORAGE EXPANDED STORAGE


------------------------------------------------------------------------------------------------------------------------------

01 533 0 0 0 0 0

02 136 0 4 0 2 0

03 1,286 0 3 0 1 0

04 0 0 0 0 0 0

05 0 0 0 0 0 0

06 311 0 8 0 3 0

07 0 0 0 0 0 0

08 0 0 0 0 0 0

09 0 0 0 0 0 0

10 2 0 0 0 0 0

11 4 0 0 0 4 0




SMF71HDR 1 CH ;



*SMF71RRF EQU X'80' NEW SMF RECORD FORMAT IF=1

*SMF71SUT EQU X'40' SUBTYPE UTILIZED IF ON

*SMF71VXA EQU X'04' MVS/XA VERSION IF ON

*SMF71OS EQU X'02' OPERATING SYSTEM IS OS/VS2

*SMF71BFY EQU X'01' PR/SM MACHINE












SMF71PDS 4 33 BI ;OFFSET TO PAGING DATA SECTION

SMF71PDL 2 37 BI ;LENGTH OF PAGING DATA SECTION

SMF71PDN 2 39 BI ;NUMBER OF PAGING DATA SECTIONS

SMF71SWS 4 41 BI ;OFFSET TO SWAP PLACEMENT DATA SECTION

SMF71SWL 2 45 BI ;LENGTH OF SWAP PLACEMENT DATA SECTION

SMF71SWN 2 47 BI ;NUMBER OF SWAP PLACEMENT DATA SECTIONS

SMF71PRO 1 1 CH ;




* TO PACKED 'VRLF'








*




*




*SMF71CNV EQU X'80' DATA CONVERT FROM VER.2
















SMF71PAG 1 1 CH ;

REDEFINE AT SMF71PAG

SMF71PIN 4 1 BI ;PAGE-INS EXCLUDING VIO AND SWAP

SMF71POT 4 5 BI ;PAGE-OUTS EXCLUDING VIO AND SWAP

SMF71PRC 4 9 BI ;PAGE RECLAIMS EXCLUDING VIO

SMF71SSQ 4 13 BI ;# OF MEMORY SWAP SEQUENCES

SMF71SIN 4 17 BI ;SWAP-IN PAGES

SMF71SOT 4 21 BI ;SWAP-OUT PAGES

SMF71VIN 4 25 BI ;VIO PAGE-INS

SMF71VOT 4 29 BI ;VIO PAGE-OUTS

SMF71VRC 4 33 BI ;VIO PAGE RECLAIMS

SMF71SNI 4 37 BI ;SYSTEM PAGEABLE AREAS NON-VIO PAGE-INS

SMF71SNO 4 41 BI ;SPA NON-VIO PAGE-OUTS

SMF71SNR 4 45 BI ;SPA NON-VIO PAGE RECLAIMS

SMF71LNI 4 49 BI ;LPA PAGE-INS, NON-VIO AND NON-SWAP

SMF71LNR 4 53 BI ;LPA PAGE-RECLAIMS, NON-VIO AND NON-SWAP

SMF71AFC 4 57 BI ;MAIN STORAGE AVAILABLE FRAME COUNT

SMF71TFC 4 61 BI ;MAIN STORAGE TOTAL FRAME COUNT

SMF71TSC 4 65 BI ;AUX TOTAL SLOT COUNT

SMF71DSC 4 69 BI ;AUX DATA SET SLOT COUNT

SMF71VSC 4 73 BI ;AUX VIRTUAL MEMORY SLOT COUNT

SMF71NSC 4 77 BI ;AUX UNALLOCATED SLOT COUNT

SMF71FIN 4 81 BI ;NUMBER FRAMES IN NUCLEUS

SMF71MNF 4 85 BI ;MIN AVAILABLE PAGE FRAMES

SMF71MXF 4 89 BI ;MAX AVAILABLE PAGE FRAMES

SMF71AVF 4 93 BI ;AVG AVAILABLE PAGE FRAMES

SMF71MNP 4 97 BI ;MIN CSA PAGEABLE FRAMES

SMF71MXP 4 101 BI ;MAX CSA PAGEABLE FRAMES

SMF71AVP 4 105 BI ;AVG CSA PAGEABLE FRAMES

SMF71MNS 4 109 BI ;MIN ADDR SPACE PAGEABLE FRAMES

SMF71MXS 4 113 BI ;MAX ADDR SPACE PAGEABLE FRAMES

SMF71AVS 4 117 BI ;AVG ADDR SPACE PAGEABLE FRAMES

SMF71MNT 4 121 BI ;MIN TOTAL PAGEABLE FRAMES

SMF71MXT 4 125 BI ;MAX TOTAL PAGEABLE FRAMES

SMF71AVT 4 129 BI ;AVG TOTAL PAGEABLE FRAMES

SMF71MNQ 4 133 BI ;MIN SQA FIXED FRAMES

SMF71MXQ 4 137 BI ;MAX SQA FIXED FRAMES



SMF71AVQ 4 141 BI ;AVG SQA FIXED FRAMES

SMF71MNC 4 145 BI ;MIN CSA FIXED FRAMES

SMF71MXC 4 149 BI ;MAX CSA FIXED FRAMES

SMF71AVC 4 153 BI ;AVG CSA FIXED FRAMES

SMF71MNR 4 157 BI ;MIN ADDRESS SPACE FIXED FRAMES (W/O LSQA)

SMF71MXR 4 161 BI ;MAX ADDRESS SPACE FIXED FRAMES (W/O LSQA)

SMF71AVR 4 165 BI ;AVG ADDRESS SPACE FIXED FRAMES (W/O LSQA)

SMF71MNX 4 169 BI ;MIN TOTAL FIXED FRAMES

SMF71MXX 4 173 BI ;MAX TOTAL FIXED FRAMES

SMF71AVX 4 177 BI ;AVG TOTAL FIXED FRAMES

SMF71MNU 4 181 BI ;MIN AVAILABLE USER AUXILIARY SLOTS

SMF71MXU 4 185 BI ;MAX AVAILABLE USER AUXILIARY SLOTS

SMF71AVU 4 189 BI ;AVG AVAILABLE USER AUXILIARY SLOTS

SMF71MNV 4 193 BI ;MIN USER VIO AUXILIARY SLOTS

SMF71MXV 4 197 BI ;MAX USER VIO AUXILIARY SLOTS

SMF71AVV 4 201 BI ;AVG USER VIO AUXILIARY SLOTS

SMF71MNM 4 205 BI ;MIN USER MEMORY AUXILIARY SLOTS

SMF71MXM 4 209 BI ;MAX USER MEMORY AUXILIARY SLOTS

SMF71AVM 4 213 BI ;AVG USER MEMORY AUXILIARY SLOTS

SMF71MNB 4 217 BI ;MINIMUM UNAVAILABLE (BAD) USER SLOTS

SMF71MXB 4 221 BI ;MAXIMUM UNAVAILABLE (BAD) USER SLOTS

SMF71AVB 4 225 BI ;AVERAGE UNAVAILABLE (BAD) USER SLOTS

SMF71MNA 4 229 BI ;MIN TOTAL USER AUXILIARY SLOTS

SMF71MXA 4 233 BI ;MAX TOTAL USER AUXILIARY SLOTS

SMF71IS1 2 237 BI ;INVALID SAMPLE TO BE SKIPPED BECAUSE THERE WERE

* ERRORS AT THE RSM FIXED FRAMES COUNTING

* INTERFACE (IARXCNTF)


* NEGATIVE VALUES AT THE CALCULATION OF THE

* FIXED CSA FRAMES COUNT

SMF71VME 4 241 BI ;TOTAL VIO PAGES WRITTEN TO EXT STORAGE

SMF71VMG 4 245 BI ;TOTAL VIO PAGES MIGRATED FROM EXT STORAGE

*S

MF71VRE 4 249 BI ;TOTAL VIO PAGES READ FROM EXT STORAGE

SMF71MVE 4 253 BI ;MINIMUM NUMBER OF VIO PAGES IN EXP. STR.

*S

MF71XVE 4 257 BI ;MAXIMUM NUMBER OF VIO PAGES IN EXP. STR.

*S

MF71AVE 4 261 BI ;AVERAGE NUMBER OF VIO PAGES IN EXP. STR.

*

SMF71RSS 4 265 BI ;NUMBER REAL STORAGE SWAPS

* NOT USED AS OF RMF330

SMF71EXS 4 269 BI ;NUMBER OF EXCHANGE SWAPS BASED

* ON RECOMMENDATION VALUE


SMF71EES 4 273 BI ;NUMBER OF ENQUEUE EXCHANGE SWAPS


SMF71TOS 4 277 BI ;NO. TERMINAL WAITS (OUTPUT) CANDIDATES




SMF71TXS 4 281 BI ;NUMBER OF TRANSITION SWAPS


SMF71LGS 4 285 BI ;NUMBER OF LOGICAL SWAPS


SMF71LFS 4 289 BI ;NUMBER OF DETECTED LONG THINK TIME SWAPS


SMF71LSS 4 293 BI ;NO. OF LOGICAL SWAPS OUTSTANDING AT START

* OF INTERVAL


SMF71LSE 4 297 BI ;NO. OF LOGICAL SWAPS OUTSTANDING AT END

* OF INTERVAL


SMF71NLP 4 301 BI ;MIN LPA PAGEABLE FRAMES

SMF71XLP 4 305 BI ;MAX LPA PAGEABLE FRAMES

SMF71ALP 4 309 BI ;AVG LPA PAGEABLE FRAMES

SMF71NLF 4 313 BI ;MIN LPA FIXED FRAMES

SMF71XLF 4 317 BI ;MAX LPA FIXED FRAMES

SMF71ALF 4 321 BI ;AVG LPA FIXED FRAMES

SMF71NLS 4 325 BI ;MIN LSQA FIXED FRAMES

SMF71XLS 4 329 BI ;MAX LSQA FIXED FRAMES

SMF71ALS 4 333 BI ;AVG LSQA FIXED FRAMES

SMF71MNL 4 337 BI ;MIN NUMBER OF FIXED FRAMES BELOW 16 MEG

SMF71MXL 4 341 BI ;MAX NUMBER OF FIXED FRAMES BELOW 16 MEG

SMF71AVL 4 345 BI ;AVG NUMBER OF FIXED FRAMES BELOW 16 MEG

SMF71PMV 4 349 BI ;TOTAL PAGE MOVES

SMF71OPT 8 353 CH ;SRM OPT MEMBER NAME

SMF71PES 4 361 BI ;TOTAL PAGE MOVES TO ES

SMF71PEA 4 365 BI ;TOTAL MIGRATIONS ES TO AUX

SMF71AMN 4 369 BI ;MIN ES SLOTS AVAILABLE

SMF71AMX 4 373 BI ;MAX ES SLOTS AVAILABLE

SMF71ASA 4 377 BI ;AVG ES SLOTS AVAILABLE

SMF71LIC 4 381 BI ;MIN VALUE HIGH UIC

SMF71HIC 4 385 BI ;MAX VALUE HIGH UIC

SMF71ACA 4 389 BI ;AVG VALUE HIGH UIC

* SCALE FACTOR IS -1

SMF71LMA 4 393 BI ;MIN VALUE MIGRATION AGE

SMF71HMA 4 397 BI ;MAX VALUE MIGRATION AGE

SMF71AMA 4 401 BI ;AVG VALUE MIGRATION AGE


SMF71CF 4 405 BI ;NUMBER ES SLOTS INSTALLED

SMF71OLE 4 409 BI ;NUMBER ES SLOTS ONLINE AT END OF INTERVAL

SMF71RES 4 413 BI ;TOTAL PAGES READ FROM EXT STORAGE

SMF71MSR 4 417 BI ;MINIMUM NUMBER SQA PAGES IN CENTRAL (REAL) STR.

SMF71XSR 4 421 BI ;MAXIMUM NUMBER SQA PAGES IN CENTRAL (REAL) STR.

SMF71ASR 4 425 BI ;AVERAGE NUMBER SQA PAGES IN CENTRAL (REAL) STR.

SMF71MSE 4 429 BI ;MINIMUM NUMBER SQA PAGES IN EXPANDED STORAGE

SMF71XSE 4 433 BI ;MAXIMUM NUMBER SQA PAGES IN EXPANDED STORAGE

SMF71ASE 4 437 BI ;AVERAGE NUMBER SQA PAGES IN EXPANDED STORAGE

SMF71LME 4 441 BI ;MINIMUM NUMBER OF LPA PAGES IN EXP. STR.



SMF71LXE 4 445 BI ;MAXIMUM NUMBER OF LPA PAGES IN EXP. STR.

SMF71LAE 4 449 BI ;AVERAGE NUMBER OF LPA PAGES IN EXP. STR.

SMF71CME 4 453 BI ;MINIMUM NUMBER OF CSA PAGES IN EXP. STR.

SMF71CXE 4 457 BI ;MAXIMUM NUMBER OF CSA PAGES IN EXP. STR.

SMF71CAE 4 461 BI ;AVERAGE NUMBER OF CSA PAGES IN EXP. STR.

SMF71MLR 4 465 BI ;MINIMUM NUMBER OF LSQA PAGES IN CENTRAL REAL S.

SMF71XLR 4 469 BI ;MAXIMUM NUMBER OF LSQA PAGES IN CENTRAL REAL S.

SMF71ALR 4 473 BI ;AVERAGE NUMBER OF LSQA PAGES IN CENTRAL REAL S.

SMF71MLE 4 477 BI ;MINIMUM NUMBER OF LSQA PAGES IN EXPANDED STR.

SMF71XLE 4 481 BI ;MAXIMUM NUMBER OF LSQA PAGES IN EXPANDED STR.

SMF71ALE 4 485 BI ;AVERAGE NUMBER OF LSQA PAGES IN EXPANDED STR.

SMF71RME 4 489 BI ;MINIMUM REG + SWA PAGES IN EXPANDED STORAGE

SMF71RXE 4 493 BI ;MAXIMUM REG + SWA PAGES IN EXPANDED STORAGE

SMF71RAE 4 497 BI ;AVERAGE REG + SWA PAGES IN EXPANDED STORAGE

SMF71ISC 4 501 BI ;NUMBER OF INCORRECT SAMPLES RETURNED FROM C. S.

SMF71HME 4 505 BI ;TOTAL HYPERSPACE PAGES WRITTEN TO EXP. STR.

SMF71HRE 4 509 BI ;TOTAL HYPERSPACE PAGES READ FROM EXP. STR.

SMF71HMG 4 513 BI ;TOTAL HYPERSPACE PAGES MIGRATED FROM EXP. STR

;TO AUXILIARY STORAGE

SMF71HOT 4 517 BI ;NUMBER OF HYPERSPACE PAGE-OUTS

SMF71HIN 4 521 BI ;NUMBER OF HYPERSPACE PAGE-INS

SMF71MHE 4 525 BI ;MINIMUM NUMBER OF HYPERSPACE PAGES IN EXP. STR

SMF71XHE 4 529 BI ;MAXIMUM NUMBER OF HYPERSPACE PAGES IN EXP. STR

SMF71AHE 4 533 BI ;AVERAGE NUMBER OF HYPERSPACE PAGES IN EXP. STR.

SMF71BLP 4 537 BI ;NUMBER OF BLOCKED PAGES PAGED IN

SMF71BLK 4 541 BI ;NUMBER OF BLOCKS PAGED IN

SMF71PWS 4 545 BI ;NUMBER OF PRIMARY WORKING-SET PAGES MIGRATED

;FROM EXPANDED STORAGE

SMF71FNM 4 549 BI ;NUMBER OF EXPANDED STORAGE FRAMES FREED WITHOUT

;MIGRATION

SMF71SWP 1 1 CH ;

REDEFINE AT SMF71SWP

SMF71TOT 4 1 BI ;NUMBER OF TOTAL SWAP CANDIDATES

SMF71AXD 4 5 BI ;PHYSICAL SWAPS DIRECTLY TO AUX STORAGE

SMF71LES 4 9 BI ;OF LOGICALLY SWAPPED, TOTAL NUMBER PHYSI-

* CALLY SWAPPED TO EXTENDED STORAGE

SMF71LAX 4 13 BI ;OF LOGICALLY SWAPPED, TOTAL NUMBER PHYSI-

* CALLY SWAPPED TO AUX STORAGE

SMF71ESD 4 17 BI ;PHYSICAL SWAPS DIRECTLY TO EXTENDED STOR

SMF71MIG 4 21 BI ;NUMBER OF PHYSICALLY SWAPPED MIGRATED

* FROM EXTENDED TO AUX STORAGE



DYSMF72 COPY Function The DYSMF72 COPY function can be used to print SMF (MF1) type 72 records in two report formats — a long format and a short format. SMF (MF1) type 72 records contain information that is pertinent to SMF (MF1) WORKLOAD ACTIVITY. The examples for DYSMF72 short formatted and long formatted reports are shown in this section.









The date and time the SMF (MF1) record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range, while the default values for #3 and #4 allow for an open ended upper bound of the range.













OPTION STRUCTURED2




COPY SMF72REC

COPY DYSMF72 #1=”'08/04/97'” #2=”'00:05:00'”

#3=”'08/04/97'” #4=”'07:00:00'”

#L=YES #S=NULL

FIN






COPY SMF72REC

COPY DYSMF72

#S=YES #L=NULL

FIN





REJECT

ENDIF



08/10/97 14.41.15 SMF RECORD 72 WORKLOAD ACTIVITY AND STORAGE DATA SHORT FORM PAGE 1

HEADER SECTION

**************

SYSTEM ID FROM INSTALLATION EXPR SUBSYSTEM ID (RMF) RMF


NUMBER OF TRIPLETS IN THIS RECORD 3 RECORD SUBTYPE 1


----------------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1

WORKLOAD CONTROL 104 96 1

PERFORMANCE GROUP 200 68 1

RMF PRODUCT SECTION

*******************



WORKLOAD CONTROL SECTION (SUBTYPE 2)

************************************

NAME OF IPS IEAIPS03 PERFORMANCE GROUP (PG) NUMBER 0

HIGHEST PG NO DEFINED IN IPS 350 IOC RESOURCE FACTOR COEFFICIENT 1.0

PERFORMANCE GROUP PERIOD DATA SECTION (SUBTYPE 1)

************************************************

PERFORMANCE NUMBER OF ACTIVE SERVICE MAIN I/O CPU DOMAIN

GROUP TRANSAC- TIME OF USED IN STORAGE TOTAL TOTAL NUMBER

PERIOD TIONS ALL TRAN- ALL TRAN- TOTAL SS. SERVICE SERVICE

NUMBER TERMINATED SACTIONS SACTIONS UNITS UNITS UNITS

----------------------------------------------------------------------------------------------------------

1 0 05:00:05.51 17,442 1,712 140 1,457 0




08/10/97 14.52.18 SMF RECORD 72 WORKLOAD ACTIVITY AND STORAGE DATA LONG FORM PAGE 1

HEADER SECTION

**************





-----------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************








************************************


HIGHEST PG NO. DEFINED IN IPS 852 IOC RESOURCE FACTOR COEFFICIENT 0.1

CPU RESOURCE FACTOR COEFFICIENT 0.1 ERV RESOURCE MANAGER COEFFICIENT 500

IOC SERVICE DEFINITION COEFFICIENT 5.0 CPU SERVICE DEFINITION COEFFICIENT 10.0

MAIN STORAGE SERVICE DEFINITION COEF. SRB SERVICE DEFINITION COEFFICIENT 10.0

NAME OF IEAOPTXX MEMBER IEAOPT00 NAME OF IEAICSXX MEMBER IEAICS00

NAME OF SUBSYSTEM ASSOCIATED WITH THIS PGN JES2 USER IDENTIFIER ASSOCIATED WITH THIS PGN

NAME OF TRANSACTION ASSOCIATED WITH THIS PGN CPU TIME PER SERVICE UNTIL 00:00:00.23




08/10/97 14.52.18 SMF RECORD 72 WORKLOAD ACTIVITY AND STORAGE DATA LONG FORM PAGE 2

PERFORMANCE GROUP PERIOD DATA SECTION (SUBTYPE 1)

************************************************

NUMBER OF TRANSACTIONS TERMINATED 4 ACTIVE TIME OF ALL TRANS 00:04:50.11

SERVICE USED IN ALL TRANSACTIONS 213,412 MAIN STORAGE TOTAL SERVICE UNITS 50,854

ELAPSED TIME ACCUMULATED BY ALL WORKLOAD LEVEL OF ALL TRANSACTIONS

TRANSACTIONS THAT ENDED IN THIS PG PERIOD 00:00:55.59 IN UNITS OF 1/256 OF A LEVEL 19,391

I/O TOTAL SERVICE UNITS 84,055 CPU TOTAL SERVICE UNITS 62,587

NUMBER OF SWAP SEQUENCES IN PER. 8 DOMAIN NUMBER 1

PERFORMANCE OBJECTIVE NUMBER 51 TIME SLICE GROUP NUMBER 255

SRB TOTAL SERVICE UNITS 15,916 NUMBER OF PAGE-INS 1

TRANSACTION RESIDENCE TIME 00:04:50.08

SUM OF THE SQUARES OF THE ELAPSED TIMES

ACCUMULATED BY ALL ENDED TRANSACTIONS (HEX) 8A17 7C1F

THE ACTIVE FRAME-TIME (HEX) 0219 3F4C

NUMBER OF PAGE-INS OF HYPERSPACES 0 NUMBER OF ESO HYPERSPACE READ MISSES 0

NUMBER OF BLOCKED PAGES PAGED IN 1,077,952,576 UNBLOCKED PAGES PAGED IN FROM EXP. STORAGE 1,077,952,576

BLOCKED PAGES PAGED IN FROM EXP. STORAGE 1,077,952,576 BLOCKS PAGED IN FROM AUXILIARY STORAGE 1,077,952,576

1ST FOUR BYTES OF EXP. STORAGE FR. TIME (HEX) 0380 2ND FOUR BYTES OF EXP. STORAGE FR. TIME (HEX) 0000

REGION CONTROL TASK (RCT) TIME (HEX) 0354 I/O INTERRUPT PROCESSING TIME (HEX) C1C9

HYPERSPACE SERVICE UNITS (HEX) F0F1 TOTAL SYSTEM TRAN. TIME OF ENDED TRANS. (HEX) F1F0

PERFORMANCE GROUP PERIOD DATA SECTION (SUBTYPE 1) 2

************************************************



ELAPSED TIME ACCUMULATED BY ALL WORKLOAD LEVEL OF ALL TRANSACTIONS

TRANSACTIONS THAT ENDED IN THIS PG PERIOD 00:08:43.98 IN UNITS OF 1/256 OF A LEVEL 17,325






SUM OF THE SQUARES OF THE ELAPSED TIMES

ACCUMULATED BY ALL ENDED TRANSACTIONS (HEX) 000E 6A6F C53A

THE ACTIVE FRAME-TIME (HEX) 07B2 841B


NUMBER OF BLOCKED PAGES PAGED IN 1,077,952,576 UNBLOCKED PAGES PAGED IN FROM EXP. STORAGE 1,077,952,576






HYPERSPACE SERVICE UNITS (HEX) F0F1 TOTAL SYSTEM TRAN. TIME OF ENDED TRANS. (HX) F1F0


SMF72HDR 1 CH ;



















SMF72WLS 4 33 BI ;OFFSET TO WORKLOAD CONTROL SECTION

SMF72WLL 2 37 BI ;LENGTH OF WORKLOAD CONTROL SECTION

SMF72WLN 2 39 BI ;NUMBER OF WORKLOAD CONTROL SECTIONS

SMF72PGS 4 41 BI ;OFFSET TO PERFORMANCE GROUP PERIOD

* DATA SECTION

SMF72PGL 2 45 BI ;LENGTH OF PERFORMANCE GROUP PERIOD

* DATA SECTION

SMF72PGN 2 4 7 BI ;NUMBER OF PERFORMANCE GROUP PERIOD

* DATA SECTIONS

SMF72PRO 1 1 CH ;




* TO PACKED 'VRLF'








*






*


















SMF72CTL 1 1 CH ;


SMF72FG1 1 1 BI ;FLAGS

*SMF72CHF EQU 1 CHANGE TO PERFORMANCE SENSITIVE

* VARIABLE WAS MADE

*SMF72RPT EQU 2 REPORT CLASS

*SMF72ACN EQU 4 ACCOUNT INFORMATION


SMF72SUB 2 3 BI ;SUB-CATEGORY CODE,PERF.GROUP #

SMF72HPG 2 5 BI ;HIGHEST PERF GROUP(PG) # DEFINED IN IPS

SMF72IPS 8 7 CH ;NAME OF INSTALLATION PERF SPEC

SMF72IRF 3 15 CH ;IOC RESOURCE FACTOR COEFFICIENT

SMF72CRF 3 18 CH ;CPU RESOURCE FACTOR COEFFICIENT

SMF72ERF 6 21 CH ;ERV RESOURCE MANAGER COEFFICIENT

SMF72ISD 4 27 CH ;IOC SERVICE DEFINITION COEFFICIENT

SMF72CSD 4 31 CH ;CPU SERVICE DEFINITION COEFFICIENT


SMF72SSD 39 CH ;SRB SERVICE DEFINITION COEFFICIENT

SMF72OPT 8 43 CH ;NAME OF OPT

SMF72ICS 8 51 CH ;NAME OF ICS

SMF72SYS 4 59 CH ;SUBSYSTEM FOR THIS PGN

SMF72CLS 10 63 CH ;CLASS

SMF72USR 10 73 CH ;USER ID

SMF72NAM 10 83 CH ;TRANSACTION NAME FOR THIS PGN

SMF72ADJ 4 93 BI ;VALUE RMCTADJC — ADJ. FACTOR FOR CPU RATE

SMF72MSD 8 97 ;MAIN STORAGE SERVICE DEFINITION COEFFICIENT

SMF72WKL 1 1 CH ;

REDEFINE AT SMF72WKL

SMF72TTX 4 1 BI ;# OF TERMINATED TRANSACTIONS



SMF72ACT 4 5 BI ;ALL TRANSACTIONS ACTIVE TIME-1K MIC SEC

SMF72SER 4 9 BI ;ALL TRANSACTIONS SERVICE UNITS

SMF72TTM 4 13 BI ;TERM TRANS ELAPSED TIME-1K MIC SEC

SMF72LEV 4 17 BI ;WORKLOAD LEVEL (1/256 OF A LEVEL)

SMF72MTS 4 21 BI ;MSO TOTAL SERVICE

SMF72ITS 4 25 BI ;I/O TOTAL SERVICE

SMF72CTS 4 29 BI ;CPU TOTAL SERVICE

SMF72TAT 4 33 BI ;TRANSACTION ACTIVE TIME IN STORAGE

SMF72SPP 4 37 BI ;NO. SWAPS IN PERIOD

SMF72CDN 2 1 BI ;CURRENT DOMAIN NUMBER

SMF72PON 1 43 BI ;PERFORMANCE OBJECTIVE NUMBER

SMF72TSG 1 44 BI ;TIME SLICE GROUP NUMBER

SMF72STS 4 45 BI ;SRB TOTAL SERVICE

SMF72ET1 4 49 BI ;WORD1-SUM OF SQUARES OF ENDED TRANS


SMF72PIN 4 57 BI ;NUMBER OF PAGE-INS

SMF72FT1 4 61 BI ;WORD1-ACTIVE FRAME-TIME


SMF72HIN 4 69 BI ;NUMBER OF PAGE-INS OF HYPERSPACES

SMF72HRM 4 73 BI ;NUMBER OF ESO HYPERSPACE READ MISSES

SMF72BPI 4 77 BI ;NUMBER OF BLOCKED PAGES PAGED-IN

SMF72PIE 4 81 BI ;TOTAL NUMBER OF UNBLOCKED PAGES, FROM EXP. STR.

SMF72BPE 4 85 BI ;NUMBER OF BLOCKED PAGES PAGED IN FROM EXP. STR.

SMF72BKA 4 89 BI ;NUMBER OF BLOCKS PAGED IN FROM AUX. STO.

SMF72BKE 4 93 BI ;TOTAL NUMBER OF BLOCKS PAGED IN FROM EXP. STR.

SMF72ER1 4 97 BI ;1ST FOUR BYTES OF THE EXP. STR. FRAME R. TIME

SMF72ER2 4 101 BI ;2ND FOUR BYTES OF THE EXP. STR. FRAME R. TIME

SMF72RCT 4 105 BI ;REGION CONTROL TASK (RCT) TIME

SMF72IIT 4 109 BI ;I/O INTERRUPT PROCESSING TIME

SMF72HST 4 113 BI ;HYPERSPACE SERVICE TIME

SMF72TST 4 117 BI ;TOTAL SYSTEM TRANSACTION TIME OF ENDED TRANSAC.

*

S2_WCS_HDR 1 1 CH ;SUBTYPE 2 (WORKLOAD CONTROL SECTION)

REDEFINE AT S2_WCS_HDR

R722TSR 2 1 BI ;SMALL RECORDS WRITTEN DURING INTERVAL


R722TOT 4 5 BI ;DATA SECTIONS RECORDED DURING INTERVAL

R722NXT 4 9 BI ;DATA SECTIONS IN FOLLOWING RECORDS

R722IPS 8 13 CH ;NAME OF IPS

*

S2_DC_HDR 1 1 CH ;SUBTYPE 2 (DATA SECTION)

REDEFINE AT S2_DC_HDR

R722PG 2 1 BI ;PERFORMANCE GROUP NUMBER

R722DMN 2 3 BI ;DOMAIN NUMBER

R722USER 4 5 BI ;AVERAGE USERS IN THIS PERFORMANCE GROUP

R722ACTV 4 9 BI ;AVERAGE ACTIVE USERS IN THIS PER. GRP.

R722PAGE 4 13 BI ;SUM OF ALL PAGING DELAYS SAMPLES

R722SWAP 4 17 BI ;SUM OF ALL SWAP-IN DELAYS SAMPLES

R722OUTR 4 21 BI ;SUM OF ALL OUT AND READY DELAY SAMPLES



R722ACTF 4 25 BI ;SUM OF ALL FRAMES HELD BY ACTIVE USERS

R722ACTS 4 29 BI ;SUM OF SAMPLE COUNTS FOR ALL ACTIVE USERS

R722IDLE 4 33 BI ;SUM OF ALL FRAMES HELD FOR IDLE USERS

R722IDLS 4 37 BI ;SUM OF SAMPLE COUNTS FOR ALL IDLE USERS

R722PGIN 4 41 BI ;SUM OF ALL PAGE-INS

R722SLOT 4 45 BI ;SUM OF ALL AUXILIARY-STORAGE PAGING SLOTS

R722DIV 4 49 BI ;SUM OF ALL DATA-IN-VIRTUAL FRAMES

R722DIVS 4 53 BI ;SUM OF ALL DATA-IN-VIRTUAL SAMPLES

R722FIX 4 57 BI ;SUM OF ALL FIXED FRAMES HELD BY USERS



DYSMF73 COPY Function The DYSMF73 COPY function can be used to print SMF (MF1) type 73 records in two report formats — a long format and a short format. SMF (MF1) type 73 records contain information that is pertinent to SMF (MF1) CHANNEL PATH ACTIVITY. The examples for DYSMF73 short formatted and long formatted reports are shown in this section.



Nine parameters can be varied in the DYSMF73 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes. Parameters #5 and #6 define the date as a 4-digit year. Parameters #L and1 #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.






The date and time the SMF (MF1) record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range while the default values for #3 and #4 allow for an open ended upper bound of the range.












Print all records with SMF (MF1) buffer date and time between 2:00 P.M. and 3:00 P.M. on August 4, 1997. Print the records using the long format.

OPTION STRUCTURED2




COPY SMF73REC

COPY DYSMF73 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN








COPY SMF73REC

COPY DYSMF73

#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 11.25.24 SMF RECORD TYPE 73 CHANNEL PATH ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************

SYSTEM ID FROM INSTALLATION IPO1 SUBSYSTEM ID (RMF) RMF




---------------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1

CHANNEL PATH CONTROL SECTION 104 72 1

CHANNEL PATH DATA SECTION 176 8 16

RMF PRODUCT SECTION

*******************



CHANNEL PATH CONTROL SECTION

****************************

COUNT OF STORE CHANNEL PATH STATUS 1,708,000

HEADER SECTION

**************





-----------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************




****************************





08/10/97 11.24.43 SMF RECORD TYPE 73 CHANNEL PATH ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************





---------------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************








****************************





08/10/97 11.24.43 SMF RECORD TYPE 73 CHANNEL PATH ACTIVITY LONG FORM PAGE 2

CHANNEL PATH DATA SECTION

*************************

CHANNEL COUNT OF STORE CHANNEL PATH CHANNEL CHANNEL

PATH STATUS SAMPLES TAKEN BY SRM PATH FLAGS

DATA SECTION IN WHICH THE CHANNEL PATH IDENTIFICATION

NUMBER WAS FOUND BUSY (HEX)

------------------------------------------------------------------------------------------------------------------

1 0 00 BYTE MULTIPLEXOR

2 0 01 BLOCK MULTIPLEXOR

3 211,883 02 BLOCK MULTIPLEXOR








11 197,483 0A BLOCK MULTIPLEXOR

12 295,843 0B BLOCK MULTIPLEXOR

13 372,474 0C BLOCK MULTIPLEXOR

14 0 0D BLOCK MULTIPLEXOR

15 192,177 0E BLOCK MULTIPLEXOR

16 22,287 0F BLOCK MULTIPLEXOR




SMF73HDR 1 CH ;



















SMF73HIS 4 33 BI ;OFFSET TO CHANNEL CONTROL SECTION

SMF73HIL 2 37 BI ;LENGTH OF CHANNEL CONTROL SECTION

SMF73HIN 2 39 BI ;NUMBER OF CHANNEL CONTROL SECTIONS

SMF73HPS 4 41 BI ;OFFSET TO CHANNEL DATA SECTION

SMF73HPL 2 45 BI ;LENGTH OF CHANNEL DATA SECTION

SMF73HPN 2 47 BI ;NUMBER OF CHANNEL DATA SECTIONS

* WORKAREA

SMF73PRO 1 1 CH ;




* TO PACKED 'VRLF'








*




*




















* WORKAREA

SMF73CTL 1 1 CH ;


SMF73SMP 4 1 BI ;NUMBER OF SAMPLES, WEIGHTED BY SRM.

SMF73CFL 1 5 BI ;CONFIGURATION CHANGE FLAGS

FILLER 3 6 CH ;

SMF73TNM 44 9 CH ;IODF NAME

SMF73TSF 2 53 CH ;IODF NAME SUFFIX

FILLER 2 55 CH ;

SMF73TOK 16 57 CH ;PARTIAL TOKEN INFORMATION

SMF73TDT 8 73 CH ;IODF CREATION DATE

SMF73TTM 8 81 CH ;IODF CREATION TIME

* WORKAREA

SMF73CHA 1 1 CH ;

REDEFINE AT SMF73CHA

SMF73PID 1 1 BI ;CHANNEL PATH IDENTIFICATIONS

* THE RANGE OF VALUES IS 0 TO FF

SMF73FG2 1 2 BI ;CHANNEL FLAGS

*SMF73RV3 EQU X'C0' RESERVED

*SMF73BL EQU X'20' BLOCK MULTIPLEXOR

*SMF73BY EQU X'10' BYTE MULTIPLEXOR

*SMF73RV4 EQU X'08' RESERVED

*SMF73PAR EQU X'04' ONLY PARTIAL STATISTICS AVAILABLE

*SMF73VAC EQU X'02' DATA INVALID. CHANNEL PATH WAS VARIED DURING

* INTERVAL.

*SMF73STA EQU X'01' CHANNEL PATH IS CURRENTLY ONLINE

SMF73FG3 1 3 BI ;CHANNEL FLAGS EXTENSION


SMF73BSY 4 5 BI ;NUMBER OF SAMPLES IN WHICH THE CHANNEL PATH

* WAS BUSY. WEIGHTED BY SRM.



DYSMF74 COPY Function The DYSMF74 COPY function can be used to print SMF (MF1) type 74 records in two report formats — a long format and a short format. SMF (MF1) type 74 records contain information that is pertinent to SMF (MF1) DEVICE ACTIVITY. The examples for DYSMF74 short formatted and long formatted reports are shown in this section.









The date and time the SMF record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range while the default values for #3 and #4 allow for an open ended upper bound of the range.













OPTION STRUCTURED2




COPY SMF74REC

COPY DYSMF74 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN



OPTION STRUCTURED2




COPY SMF74REC

COPY DYSMF74

#S=YES #L=NULL

FIN





REJECT

ENDIF




HEADER SECTION

**************





--------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1

DEVICE CONTROL DATA 104 94 1

DEVICE DATA 198 124 40

RMF PRODUCT SECTION

*******************


TOD MONITOR 1 INTERVAL START 14:15:00 DATE MONITOR 1 INTERVAL START 08/04/97

DURATION OF MONITOR 1 INTERVAL 14:59.994 SAMPLING CYCLE LENGTH 1.000


DEVICE CONTROL SECTION

**********************

TOTAL DEVICES SPECIFIED (ALL CLASSES) 88

DEVICE CLASS CODE DIRECT ACCESS DEVICES





DEVICE DATA SECTION

-------------------

DEVICE DEVICE LOGICAL UNIT VOLUME SERIAL MEASUREMENT DEVICE CONNECT NUMBER OR REQUESTS

DATA ADDRESS CONTROL TYPE NUMBER OF EVENT (IN 128 MICRO- QUEUED IN IOS FOR

SECTION NUMBER VOLUME COUNT SECONDS UNITS) THIS DEVICE

(HEX) (HEX) (HEX) MOUNTED

------------------------------------------------------------------------------------------------------------------------

01 0400 0001 3010200E CIC004 2,834 141,176 10

02 0401 0001 3010200E CIC009 950 51,502 4

03 0402 0001 3010200E HSM001 12 253 0

04 0403 0001 3010200E CIC003 5,730 126,894 6

05 0404 0001 3010200E CIC007 5,157 146,214 8

06 0405 0001 3010200E CIC008 829 23,016 0

07 0406 0001 3010200E SYSRSA 0 0 0

08 0407 0001 3010200E CIC010 239 33,190 5

09 0408 0001 3010200E STR004 2,802 38,199 0

10 0409 0001 3010200E VSM002 21,918 267,316 1

11 040A 0001 3010200E CIC011 917 116,584 12

12 040B 0001 3010200E CIC012 350 9,103 0

13 0410 0001 3010200E CIC001 1,203 51,710 0

14 0411 0001 3010200E CIC002 5,744 140,797 12

15 0412 0001 3010200E VSM001 7,743 1,417,377 210

16 0413 0001 3010200E STR001 1,496 91,220 0

17 0414 0001 3010200E STR002 1,248 36,721 0

18 0415 0001 3010200E CIC005 262 3,584 0

19 0416 0001 3010200E SYSRSB 494 19,738 0

20 0417 0001 3010200E CIC006 705 14,962 0

21 0418 0001 3010200E STR003 2,129 77,097 0

22 0419 0001 3010200E IBM419 1,474 29,193 0

23 041A 0001 3010200E IBM41A 9 774 0

24 041B 0001 3010200E CIC013 3,573 44,210 0

25 0420 0001 3010200E STR005 466 8,366 0

26 0421 0001 3010200E SYSLB2 2,313 70,060 4

27 0422 0001 3010200E SYSDA1 43 718 0

28 0423 0001 3010200E SYSDA3 1,600 25,881 0

29 0424 0001 3010200E VSM003 2 49 0

30 0425 0001 3010200E SYSDA2 48 1,081 0

31 0426 0001 3010200E STR006 507 9,769 0

32 0427 0001 3010200E HSM002 24 566 0



33 0430 0001 3010200E SYSLB1 16,194 313,034 1

34 0431 0001 3010200E PAGE01 12 602 0

35 0432 0001 3010200E PAGE02 0 0 0

36 0433 0001 3010200E PAGE03 9 271 0

37 0434 0001 3010200E PAGE04 15 414 0

38 0435 0001 3010200E PAGE05 18 553 0

39 0436 0001 3010200E HSM003 0 0 0

40 0437 0001 3010200E SPOOL1 3,064 47,214 0



HEADER SECTION

**************





--------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************



DURATION OF MONITOR 1 INTERVAL 14:59.994 PRODUCT NAME RMF





**********************

DEVICE DATA SECTIONS IN FOLLOWING RECORD 0 TOTAL DEVICE DATA SECTIONS IN ALL RECORDS 0

TOTAL DEVICES SPECIFIED (ALL CLASSES) 88 REG 15 AFTER SMS INTERFACE CALL (SSI RC) 0

DEVICE CLASS CODE MAGNETIC TAPE DEVICES

PROCESSING FLAGS FOR DASD DEVICE CLASS NO INFORMATION

MESSAGE FLAGS FOR DASD DEVICE CLASS NO INFORMATION

RETURN CODE FROM SMS INTERFACE (SSOB RC) 0 REASON CODE FROM SMS INTERFACE (SSOB RS) 0





DEVICE DATA SECTION 1

--------------------

DEVICE ADDRESS (HEX) 0710 LOGICAL CONTROL (NUMBER) (HEX) 0007

DEVICE INDICATOR ON LINE

VOLUME SERIAL NUMBER OF VOLUME MOUNTED UNIT TYPE (HEX) 78048080

MAGNETIC TAPE -

EXPOSURES FOR A MULTIPLE EXPOSURE DEVICE 1 START SUBCHANNEL COUNT 0

MEASUREMENT EVENT COUNT 0 DEVICE CONNECT TIME (IN 128 MICROSEC. UNITS) 0

DEVICE PENDING TIME (IN 128 MICROSEC. UNITS) 0 DEVICE ACTIVE TIME (IN 128 MICROSEC. UNITS) 0

DEVICE DISC. TIME (IN 128 MICROSEC. UNITS) 0 REQUESTS QUEUED IN IOS FOR THIS DEVICE 0

SAMPLES, DEVICE RESERVED, SSCH COM. NO ISSUED 0 SAMPLES TAKEN WHEN THE DEVICE WAS RESERVED 0

SAMPLES TAKEN, DEVICE WAS ALLOCATED 0 SAMPLES TAKEN, MOUNT PENDING CONDITION 0

SAMPLES TAKEN, DEVICE WAS NOT READY 900 REQUESTS, HAD HARDWARE TIMER OVERFLOW 0

NUMBER OF INVALID SAMPLES 0 DEVICE BUSY DELAY TIME, FROM SCHIB 0

CONTROL UNIT BUSY DELAY TIME 0 ALLOCATIONS IN EFFECT FOR THE DEVICE 0

FLAGS FOR EACH DEVICE CLASS NO INFORMATION

STORAGE GROUP NAME


-------------------




MAGNETIC TAPE -











STORAGE GROUP NAME






---------------------




MAGNETIC TAPE -











STORAGE GROUP NAME


-------------------







VOLUME SERIAL NUMBER OF VOLUME MOUNTED 004150 UNIT TYPE (HEX) 78048080

MAGNETIC TAPE -

EXPOSURES FOR A MULTIPLE EXPOSURE DEVICE 1 START SUBCHANNEL COUNT 9,371

MEASUREMENT EVENT COUNT 9,371 DEVICE CONNECT TIME (IN 128 MICROSEC. UNITS) 2,753,892

DEVICE PENDING TIME (IN 128 MICROSEC. UNITS) 678,237 DEVICE ACTIVE TIME (IN 128 MICROSEC. UNITS) 3,764,499

DEVICE DISC. TIME (IN 128 MICROSEC. UNITS) 332,370 REQUESTS QUEUED IN IOS FOR THIS DEVICE 0







STORAGE GROUP NAME


-------------------




MAGNETIC TAPE -











STORAGE GROUP NAME


-------------------

DEVICE ADDRESS (HEX) 071A LOGICAL CONTROL (NUMBER) (HEX) 0007



MAGNETIC TAPE -















STORAGE GROUP NAME


-------------------

DEVICE ADDRESS (HEX) 071B LOGICAL CONTROL (NUMBER) (HEX) 0007



MAGNETIC TAPE -











STORAGE GROUP NAME






-------------------




MAGNETIC TAPE - 3400 SERIES MAGNETIC-TAPE UNIT











STORAGE GROUP NAME


-------------------















STORAGE GROUP NAME




SMF74HDR 1 CH ;



















********************** INDIVIDUAL HEADER EXTENSION (SUBTYPE 1) ******

SMF74DCS 4 33 BI ;OFFSET TO DEVICE CONTROL DATA SECTION

SMF74DCL 2 37 BI ;LENGTH OF DEVICE CONTROL DATA SECTION

SMF74DCN 2 39 BI ;NUMBER OF DEVICE CONTROL DATA SECTIONS

SMF74DDS 4 41 BI ;OFFSET TO DEVICE DATA SECTION

SMF74DDL 2 45 BI ;LENGTH OF DEVICE DATA SECTION

SMF74DDN 2 47 BI ;NUMBER OF DEVICE DATA SECTIONS


SMF742CO 4 33 BI ;OFFSET TO CONTROL DATA SECTION

SMF742CL 2 37 BI ;LENGTH OF CONTROL DATA SECTION

SMF742CN 2 39 BI ;NUMBER OF CONTROL DATA SECTIONS

SMF742SO 4 41 BI ;OFFSET TO SYSTEM DATA SECTION

SMF742SL 2 45 BI ;LENGTH OF SYSTEM DATA SECTION

SMF742SN 2 47 BI ;NUMBER OF SYSTEM DATA SECTIONS

SMF742PO 4 49 BI ;OFFSET TO PATH DATA SECTION

SMF742PL 2 53 BI ;LENGTH OF PATH DATA SECTION

SMF742PN 2 55 BI ;NUMBER OF PATH DATA SECTIONS

SMF742MO 4 57 BI ;OFFSET TO MEMBER DATA SECTION

SMF742ML 2 61 BI ;LENGTH OF MEMBER DATA SECTION

SMF742MN 2 63 BI ;NUMBER OF MEMBER DATA SECTIONS

********************** COMMON RMF PRODUCT SECTION *******************

SMF74PRO 1 1 CH ;




* TO PACKED 'VRLF'










*




*


















********************** DEVICE CONTROL SECTION ***********************

SMF74A 1 1 CH ;

REDEFINE AT SMF74A

SMF74NXT 2 1 BI ;NUMBER OF DEVICE DATA SECTIONS IN FOLLOWING

* RECORDS FOR THIS CLASS

SMF74TOT 2 3 BI ;NUMBER OF DEVICE DATA SECTIONS IN ALL


SMF74GEN 2 5 BI ;TOTAL NUMBER OF DEVICES SPECIFIED FOR ALL

* CLASSES AT SYSTEM GENERATION

SMF74SUB 2 7 BI ;DEVICE CLASS CODE:

* '0080'X — MAGNETIC TAPE DEVICES

* '0040'X — COMMUNICATION EQUIPMENT

* '0020'X — DIRECT ACCESS DEVICES

* '0010'X — GRAPHICS DEVICES

* '0008'X — UNIT RECORD DEVICES

* '0004'X — CHARACTER READER DEVICES

SMF74DCF 1 9 BI ;PROCESSING FLAGS FOR DASD DEVICE CLASS

*SMF74NRF EQU X'80' 1... .... ON = CAUSES TWO REPORT AREAS

*SMF74SGF EQU X'40' .1.. .... ON = CAUSES SORT BY SG

* ..11 1111 NOT USED

SMF74DMS 1 10 BI ;MESSAGE FLAGS FOR DASD DEVICE CLASS

*SMF74429 EQU X'80' 1... .... ON = MESSAGE ERB429I



*SMF74SME EQU X'40' 1... .... ON = SMS INTERFACE ERROR

* ..11 1111 NOT USED

FILLER 2 11 CH ;NOT USED

SMF74S15 4 13 BI ;REG 15 AFTER SMS INTERFACE CALL (SSI RC)

SMF74SRC 4 17 BI ;RETURN CODE FROM SMS INTERFACE (SSOB RC)

SMF74SRS 4 21 BI ;REASON CODE FROM SMS INTERFACE (SSOB RS)

********************** DEVICE DATA SECTION **************************

SMF74B 1 1 CH ;

REDEFINE AT SMF74B

SMF74NUM 2 1 BI ;DEVICE NUMBER IN THE RANGE X'0000' TO X'0FFF'

SMF74LCU 2 3 BI ;LOGICAL CONTROL UNIT NUMBER (00 TO FF)

SMF74RV3 1 5 BI ;INTERNALLY USED

SMF74CNF 1 6 BI ;DEVICE FLAGS:

*SMF74QUL EQU X'80' 1... .... ON= QUEUE LENGTH INVALID

*SMF74LCD EQU X'40' .1.. .... ON= NO LCU DATA

*SMF74CMB EQU X'20' ..1. .... ON= CMB DATA INVALID

* ...1 .... RESERVED

*SMF74PAR EQU X'08' .... 1... ON= ONLY PARTIAL STATISTICS

* AVAILABLE

*SMF74MXB EQU X'04' .... .1.. ON= DEVICE IS MULTIPLE EXPOSURE

* DEVICE; THIS IS BASE EXPOSURE

*SMF74VAC EQU X'02' .... ..1. ON= DATA RECORDED IS INVALID

* BECAUSE DEVICE WAS VARIED

* DURING INTERVAL

*SMF74STA EQU X'01' .... ...1 ON= DEVICE IS CURRENTLY ONLINE

SMF74SER 6 7 CH ;VOLUME SERIAL NUMBER OF MOUNTED VOLUME

SMF74TYP 4 13 BI ;UNIT TYPE

SMF74NUX 4 17 BI ;NUMBER OF EXPOSURES (IF MULTIPLE)

SMF74SSC 4 21 BI ;START SUBCHANNEL (SSCH) COUNT

SMF74MEC 4 25 BI ;MEASUREMENT EVENT COUNT (NUMBER OF SSCH

* FOR WHICH CONNECT, PENDING, AND ACTIVE

* TIMES WERE STORED

SMF74CNN 4 29 BI ;DEVICE CONNECT TIME

SMF74PEN 4 33 BI ;DEVICE PENDING TIME

SMF74ATV 4 37 BI ;DEVICE ACTIVE TIME

SMF74DIS 4 41 BI ;DEVICE DISCONNECT TIME

SMF74QUE 4 45 BI ;NUMBER OF REQUESTS QUEUED IN IOS FOR

* THIS DEVICE

SMF74UTL 4 49 BI ;NUMBER OF SAMPLES WHEN THE DEVICE WAS

* RESERVED, BUT AN SSCH HAD NOT BEEN ISSUED

SMF74RSV 4 53 BI ;NUMBER OF SAMPLES DURING THE MEASUREMENT

* INTERVAL THAT INDICATED THAT THE DEVICE

* WAS RESERVED

SMF74DSO 4 57 BI ;NOT LONGER NEEDED, NEW FIELD IS SMF74NDA

* VARIABLE NAME IS NEEDED FOR CONVERSION

SMF74ALC 4 61 BI ;NUMBER OF SAMPLES DURING THE MEASUREMENT


* WAS ALLOCATED

SMF74MTP 4 65 BI ;NUMBER OF SAMPLES DURING THE MEASUREMENT



* INTERVAL THAT INDICATED A MOUNT PENDING

* CONDITION

SMF74NRD 4 69 BI ;NUMBER OF SAMPLES DURING THE MEASUREMENT


* WAS NOT READY

SMF74COF 2 73 BI ;NUMBER OF REQUESTS WITH CONNECT TIME

* OVERFLOW

SMF74ICT 2 75 BI ;INVALID SAMPLE COUNT

SMF74DVB 4 77 BI ;DEVICE BUSY DELAY TIME

SMF74CUB 4 81 BI ;CONTROL UNIT BUSY DELAY TIME

SMF74CLF 1 85 BI ;FLAGS FOR EACH DEVICE CLASS:

*SMF74RNR EQU X'80' 1... .... FLAG FOR NUMBER OPTION ACTIVE

*SMF74RSG EQU X'40' .1.. .... FLAG FOR SG OPTION ACTIVE

*SMF74RCS EQU X'20' ..1. .... FLAG FOR SG NAME CHANGED DURING

* THE INTERVAL

* ...1 1111 UNUSED

FILLER 3 86 BI ;UNUSED

SMF74SGN 8 89 CH ;STORAGE GROUP NAME

SMF74NDA 4 97 BI ;TOTAL NUMBER OF ALLOCATIONS IN EFFECT

* FOR THE DEVICE

SMF74DEV 8 101 CH ;DEVICE MODEL NAME

SMF74CU 8 109 CH ;CONTROL UNIT NAME

SMF74DPB 4 117 BI ;TIME DIRECTOR PORT WAS BUSY

SMF74CNX 1 121 BI ;DEVICE FLAG EXTENSIONS

;************* SUBTYPE 2 ********************

CDS_HDR 1 1 CH ;CONTROL DATA SECTION

REDEFINE AT CDS_HDR

R742TSR 2 1 BI ;RECORDS OF TYPE 74 SUBTYPE 2 WRITTEN


R742STOT 4 5 BI ;SYSTEM DATA SECTIONS IN ALL SMF RECORDS

R742SNXT 4 9 BI ;SYSTEM DATA SECTIONS AFTER THIS RECORD

R742PTOT 4 13 BI ;PATH DATA SECTIONS IN ALL SMF RECORDS

R742PNXT 4 17 BI ;PATH DATA SECTIONS AFTER THIS RECORD

R742MTOT 4 21 BI ;MEMBER DATA SECTIONS IN ALL SMF RECORDS

R742MNXT 4 25 BI ;MEMBER DATA SECTIONS AFTER THIS RECORD

;*

SDS_HDR 1 1 CH ;SYSTEM DATA SECTION

REDEFINE AT SDS_HDR

R742SNME 8 1 CH ;SYSTEM NAME

R742SSTF 1 9 BI ;STATUS FLAGS

R742SDIR 1 10 BI ;DIRECTION OF THE MESSAGE TRAFFIC


R742SPTH 4 13 BI ;NUMBER OF SIGNALLING PATHS IN SERVICE

R742SBSY 4 17 BI ;NUMBER OF NO BUFFER CONDITIONS

R742SNOP 4 21 BI ;NUMBER OF NO PATH CONDITIONS

R742SMXB 4 25 BI ;MAXIMUM 1K BLOCKS OF MESSAGE BUFFER SPACE

R742SBIG 4 29 BI ;NUMBER OF BIG MESSAGE CONDITIONS

R742SFIT 4 33 BI ;NUMBER OF MESSAGE FIT CONDITIONS

R742SSML 4 37 BI ;NUMBER OF SMALL MESSAGE CONDITIONS



R742SOVR 4 41 BI ;MESSAGES THAT EXCEEDED THE MESSAGE LENGTH

R742STCL 4 45 BI ;MESSAGE LENGTH FOR TRANSPORT CLASS

R742STCN 8 49 CH ;TRANSPORT CLASS NAME

;*

PDS_HDR 1 1 CH ;PATH DATA SECTION

REDEFINE AT PDS_HDR

R742PNME 8 1 CH ;SYSTEM NAME

R742PDEV 4 9 CH ;DEVICE NUMBER

R742PSTF 1 13 BI ;STATUS FLAGS

R742PDIR 1 14 BI ;DIRECTION PATH


R742PONA 8 17 CH ;NAME OF SYSTEM OF THE OTHER END

R742PODV 4 25 CH ;DEVICE NAME ON THE OTHER END

R742PSTA 1 29 BI ;PATH STATUS


R742PRET 4 33 BI ;PATH RETRY LIMIT

R742PRST 4 37 BI ;NUMBER OF RESTARTS

R742PMXM 4 41 BI ;NUMBER OF 1K BLOCKS (MESSAGE BUFFER SPACE)

R742PSIG 4 45 BI ;OUTBOUND(INBOUND) SIGNALS SENT(RECEIVED)

R742PQLN 4 49 BI ;OUTBOUND SIGNALS PENDING TRANSFER ON PATH

R742PIBR 4 53 BI ;INBOUND SIGNALS REFUSED

R742PSUS 4 57 BI ;TIMES, PATH WAS NOT BUSY, WHEN SELECTED

R742PAPP 4 61 BI ;TIMES, PATH WAS BUSY, WHEN SELECTED

R742PTCN 8 65 CH ;TRANSPORT CLASS NAME

;*

MDS_HDR 1 1 CH ;MEMBER DATA SECTION

REDEFINE AT MDS_HDR

R742MSYS 8 1 CH ;SYSTEM NAME WHERE THE MEMBER RESIDES

R742MGRP 8 9 CH ;GROUP NAME

R742MMEM 16 17 CH ;MEMBER NAME

R742MSTF 1 33 BI ;STATUS FLAGS


R742MSNT 4 37 BI ;NUMBER OF SIGNALS SENT BY MEMBER

R742MRCV 4 41 BI ;NUMBER OF SIGNALS RECEIVED BY MEMBER



DYSMF75 COPY Function The DYSMF75 COPY function can be used to print SMF (MF1) type 75 records in two report formats — a long format and a short format. SMF (MF1) type 75 records contain information that is pertinent to SMF (MF1) PAGE/SWAP DATA SET ACTIVITY. The examples for DYSMF75 short formatted and long formatted reports are shown in this section.









The date and time the SMF (MF1) record was written to the SMF buffer mustbe within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range while the default values for #3 and #4 allow for an open ended upper bound of the range.













OPTION STRUCTURED2




COPY SMF75REC

COPY DYSMF75 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN



OPTION STRUCTURED2




COPY SMF75REC

COPY DYSMF75

#S=YES #L=NULL

FIN





REJECT

ENDIF



08/10/97 15.53.00 SMF RECORD 75 PAGE/SWAP DATA SET ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************





---------------------------------------------------------------------------------------------------------

RMF PRODUCT 44 52 1

PAGE SWAP DATA SET ACTIVITY 96 116 1

RMF PRODUCT SECTION

*******************



DURATION OF MONITOR 1 INTERVAL 14:59.994


PAGE/SWAP DATA SET DATA SECTION

*******************************

PAGE/SWAP DATA SET NAME PAGE.PLPA.VPAGE01

PAGE SPACE TYPE PLPA

FLAG DATA SET NO INFORMATION

VOLUME SERIAL PAGE01




08/10/97 15.55.16 SMF RECORD 75 PAGE/SWAP DATA SET ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************





---------------------------------------------------------------------------------------------------------

RMF PRODUCT 44 52 1


RMF PRODUCT SECTION

*******************








*******************************




DEVICE TYPE 3010200E DEVICE NUMBER - FROM UCBNAME 0431

VOLUME SERIAL PAGE01 SLOTS ALLOC OR SWAP SETS ALLOC 6,750

MAX SLOTS USED OR MAX SWAP SETS USED 5,658 MIN SLOTS USED OR MIN SWAP SETS USED 5,658

AVG SLOTS USED OR AVG SWAP SETS USED 5,658 BAD SLOTS OR BAD SWAP SETS 0

NO. TIMES DS IN USE BY ASM 1 NO. OF REQUESTS FOR THE DATA SET OBSERVED 1

NO. SIO(S) TO DATA SET 12 NO. PAGES TRANSFERRED TO DATA SET 39




SMF75HDR 1 CH ;



















SMF75PSS 4 33 BI ;OFFSET TO PAGE/SWAP DATA SECTION

SMF75PSL 2 37 BI ;LENGTH OF PAGE/SWAP DATA SECTION

SMF75PSN 2 39 BI ;NUMBER OF PAGE/SWAP DATA SECTIONS

*WORKAREA

SMF75PRO 1 1 CH ;




* TO PACKED 'VRLF'








*S

MF75MFL 2 23 BI ;RECORD MAINTENANCE INDICATION.



*







SMF75CYC 4 37 PD CYCLE IN PACKED DECIMAL 000TTTTF













*WORKAREA

SMF75PSD 1 1 CH ;

REDEFINE AT SMF75PSD

* PAGE/SWAP DATA SET DATA AREA

SMF75DSN 44 1 CH ;PAGE/SWAP DATA SET NAME

SMF75PST 1 45 BI ;PAGE SPACE TYPE

*SMF75LPA EQU X'80' PLPA

*SMF75COM EQU X'40' COMMON

*SMF75DPL EQU X'20' DUPLEX

*SMF75LOC EQU X'10' LOCAL

*SMF75SWP EQU X'08' SWAP

*SMF75DSB EQU X'04' DS BAD

*SMF75ONL EQU X'02' DS ONLINE DURING INTERVAL

SMF75FL2 1 46 BI ;

*SMF75VIO EQU X'80' DATA SET ACCEPTS VIO PAGES

*SMF75MXP EQU X'40' DATA SET IS ON A MULTIPLE EXPOSURE DEVICE

**

SMF75ACU EQU X'20' DATA SET IS ON A DEVICE WITH AN ALTERNATE

* CONTROL UNIT


SMF75TYP 4 48 BI ;DEVICE TYPE

SMF75CHA 2 52 CH ;DEVICE NUMBER (HHHF) — FROM UCBNAME

SMF75VOL 6 54 CH ;VOLUME SERIAL


SMF75SLA 4 65 BI ;SLOTS ALLOC OR SWAP SETS ALLOC

SMF75MXU 4 69 BI ;MAX SLOTS USED OR MAX SWAP SETS USED

SMF75MNU 4 73 BI ;MIN SLOTS USED OR MIN SWAP SETS USED

SMF75AVU 4 77 BI ;AVG SLOTS USED OR AVG SWAP SETS USED

SMF75BDS 4 81 BI ;BAD SLOTS OR BAD SWAP SETS

SMF75USE 4 85 BI ;NO. TIMES DS IN USE BY ASM

SMF75REQ 4 89 BI ;TOTAL NUMBER OF REQUESTS FOR THIS DATA SET SEEN

* BY ALL SAMPLES. EQUAL TO SMF75USE EXCEPT FOR

* MULTIPLE EXPOSURE DEVICES, WHERE EACH REQUEST

* SEEN ON EACH EXPOSURE IS ADDED.

SMF75SIO 4 93 BI ;NO. SIO(S) TO DATA SET

SMF75PGX 4 97 BI ;NO. PAGES TRANSFERRED TO DATA SET

SMF75DEV 8 101 ;DEVICE NAME

SMF75CU 8 109 ;CONTROL UNIT NAME



DYSMF76 COPY Function The DYSMF76 COPY function can be used to print SMF (MF1) type 76 records in two report formats — a long format and a short format. SMF (MF1) type 76 records contain information that is pertinent to SMF (MF1) TRACE ACTIVITY. The examples for DYSMF76 short formatted and long formatted reports are shown in this section.









The date and time the SMF (MF1) record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range while the default values for #3 and #4 allow for an open ended upper bound of the range.













OPTION STRUCTURED2




COPY SMF76REC

COPY DYSMF76 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN






COPY SMF76REC

COPY DYSMF76

#S=YES #L=NULL

FIN





REJECT

ENDIF



08/10/97 16.05.11 SMF RECORD 76 TRACE ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************





--------------------------------------------------------------------------------------------------

RMF PRODUCT 60 52 1

TRACE CONTROL 112 4 1

TRACE DATA 116 48 1

VARIABLE TRACE DATA 164 10 15

RMF PRODUCT SECTION

*******************



DURATION OF MONITOR 1 INTERVAL 14:59.994 SAMPLING CYCLE LENGTH 1.000


TRACE CONTROL SECTION

*********************

NUMBER OF SET ENTRIES THAT FOLLOW 15

TRACE DATA SECTION

*********************

FIELD NAME MCVSTCRI

INFORMATION REGARDING THE FIELD

VARIABLE TRACE DATA SECTION

******************************

FOR VARIABLE FORMAT SETS OF LENGTH 2




08/10/97 16.11.49 SMF RECORD 76 TRACE ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************





-----------------------------------------------------------------------------------------------

RMF PRODUCT 60 52 1


TRACE DATA 116 48 1


RMF PRODUCT SECTION

*******************








*********************


TRACE DATA SECTION

*********************

FIELD NAME MCVSTCRI

TRACE OPTIONS

MINIMUM VALUE IS IN SMF REC.

MAXIMUM VALUE IS IN SMF REC.

VALUES TO FIND AVERAGE ARE IN SMF REC.

LPB TRACE (REQUESTED / REQUESTED ENDED) NO INFORMATION LENGTH OF A SET 10

LENGTH OF FIELD SAMPLED 2 STANDARD SAMPLES PER SET USED 60

SAMPLES PER SET FOR LAST SET IN INTERVAL 0 END VALUE OF CONTENTS OF FIELD 0

MIN. VALUE OF CONTENTS OF FIELD 203 MAX. VALUE OF CONTENTS OF FIELD 254

ACCUMULATED VALUE TO FIND AVERAGE (HEX) 0000000379ED




08/10/97 16.11.49 SMF RECORD 76 TRACE ACTIVITY LONG FORM PAGE 2


******************************


COL 1 COL 2 COL 3 COL 4 COL 5

LINE DATA: 1 203 0 0 15,074 254

LINE DATA: 2 254 0 0 15,240 254

LINE DATA: 3 254 0 0 15,240 254

LINE DATA: 4 254 0 0 15,240 254

LINE DATA: 5 254 0 0 15,240 254

LINE DATA: 6 254 0 0 15,240 254

LINE DATA: 7 254 0 0 15,240 254

LINE DATA: 8 254 0 0 15,240 254

LINE DATA: 9 254 0 0 15,240 254

LINE DATA: 10 254 0 0 15,240 254

LINE DATA: 11 254 0 0 15,240 254

LINE DATA: 12 254 0 0 15,240 254

LINE DATA: 13 203 0 0 15,179 254

LINE DATA: 14 203 0 0 15,739 254

LINE DATA: 15 203 0 0 15,189 254




SMF76HDR 1 CH ;



















SMF76TCS 4 33 BI ;OFFSET TO TRACE CONTROL SECTION

SMF76TCL 2 37 BI ;LENGTH OF TRACE CONTROL SECTION

SMF76TCN 2 39 BI ;NUMBER OF TRACE CONTROL SECTIONS

SMF76TDS 4 41 BI ;OFFSET TO TRACE DATA ENTRY SECTION

SMF76TDL 2 45 BI ;LENGTH OF TRACE DATA ENTRY SECTION

SMF76TDN 2 47 BI ;NUMBER OF TRACE DATA ENTRY SECTIONS

SMF76VFS 4 49 BI ;OFFSET TO VARIABLE FORMAT SET

SMF76VFL 2 53 BI ;LENGTH OF VARIABLE FORMAT SET

SMF76VFN 2 55 BI ;NUMBER OF VARIABLE FORMAT SET

*WORKAREA

SMF76PRO 1 1 CH ;




* TO PACKED 'VRLF'








*




*



















SMF76SRL 1 52 BI ;RESERVED

* WORKAREA

SMF76A 1 1 CH ;

REDEFINE AT SMF76A

SMF76NUM 2 1 BI ;NUMBER OF SET ENTRIES THAT FOLLOW

* THE TOTAL VALUES


* TRACE DATA ENTRY

*WORKAREA

SMF76B 1 1 CH ;

REDEFINE AT SMF76B

SMF76NAM 8 1 CH ;FIELD NAME

SMF76OPT 1 9 BI ;FLAGS(OPTIONS SPECIFIED ON TRACE INPUT

* IN RMF PARMLIB MEMBER FOR THE FIELD

* NAME


*SMF76MNB EQU X'80' 0 MINIMUM REQUESTED

*SMF76MXB EQU X'40' 1 MAXIMUM REQUESTED

*SMF76AVB EQU X'20' 2 AVERAGE REQUESTED

*SMF76STB EQU X'10' 3 STANDARD DEVIATION REQUESTED

*SMF76ENB EQU X'08' 4 END VALUE REQUESTED

*SMF76ALB EQU X'04' 5 ALL OPTIONS REQUESTED

*SMF76IPS EQU X'02' 6 IPS CHANGE OCCURRED (AFTER

* INITIALIZATION)

*SMF76DMB EQU X'01' 7 NAME IS A DOMAIN TABLE FIELD

SMF76OP1 1 10 BI ;FLAGS


*SMF76LPB EQU X'80' 0 LPB — ID TRACE REQUESTED

*SMF76LPF EQU X'40' 1 LPB — ID TRACE REQUEST ENDED

*

SMF76SLN 1 11 BI ;LENGTH OF A SET

SMF76DLN 1 12 BI ;LENGTH OF FIELD SAMPLED

SMF76SSS 2 13 BI ;STANDARD SAMPLES PER SET USED

SMF76SSL 2 15 BI ;SAMPLES PER SET FOR LAST SET IN INTRVAL



SMF76MIN 4 17 BI ;MIN. VALUE OF CONTENTS OF FIELD DURING

* INTERVAL(SMF26NAM HAS FIELD NAME)

SMF76MAX 4 21 BI ;MAX. VALUE OF CONTENTS OF FIELD DURING

* INTERVAL

SMF76AVG 8 25 CH ;ACCUMULATED VALUE USED TO COMPUTE THE

* AVERAGE AND STANDARD DEVIATION

SMF76STD 12 33 CH ;SUM OF SQUARES USED TO COMPUTE

* STANDARD DEVIATION

SMF76ENV 4 45 BI ;END VALUE OF CONTENTS OF FIELD

* WORKAREA

SMF76C 1 1 CH ;

REDEFINE AT SMF76C

FILLER 4 1 CH ;FOR VARIABLE FORMAT SETS OF LENGTH 4

REDEFINE AT SMF76C

SMF76D 2 1 CH ;FOR VARIABLE FORMAT SETS OF LENGTH 2



DYSMF80 COPY Function The DYSMF80 COPY function can be used to print SMF type 80 records in two report formats — a long format and a short format. SMF type 80 records contain information that is pertinent to RACF PROCESSING RECORD. The examples for DYSMF80 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF80 Record Definition COPYLIB(SMF80REC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters. The report is sorted by identifier of the user, and the date and time the record was moved to the SMF buffer.








The date and time the SMF record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range while the default values for #3 and #4 allow for an open ended upper bound of the range.




#5 #5 contains the name of the fields within the SMF record upon which the selected records are sorted in major to minor order. This applies only to sort fields 1 through 3. The value of the field cannot exceed 30 characters. The default value is “SMF80USR SMF80DTE SMF80TME”.

For example, if you want to sort on the two fields, SMF80GRP and SMF80DES, you can specify #5 as equal to “SMF80GRP SMF80DES”.


For example, if you want to sort on the four fields, SMF80SID, SMF80EVT, SMF80ATH, and SMF80TLV, you can specify #5 as equal to “SMF80SID SMF80EVT SMF80ATH” and #6 as equal to “SMF80TLV”.


For example, if you want to sort on the seven fields, SMF80USR, SMF80DTE, SMF80TME, SMF80EVQ, SMF80UID, SMF80TRM, and SMF80VER, you can override all three parameters by specifying #5 as equal to “SMF80USR SMF80DTE SMF80TME”, #6 as equal to “SMF80EVQ SMF80UID SMF80TRM”, and #7 as equal to “SMF80VER”.












OPTION STRUCTURED2




COPY SMF80REC

COPY DYSMF80 #1=”'08/04/97'” #2=”'22:00:00'”

#3=”'08/04/97'” #4=”'24:00:00'”

#L=YES #S=NULL

FIN


Print all records regardless of date and time in users identifier (SMF80USR), and users connected group (SMF80GRP) sequence. Use the short report format.

OPTION STRUCTURED2




COPY SMF80REC

COPY DYSMF80 #5='SMF80USR SMF80GRP'

#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 16.36.32 RECORD TYPE 80 SHORT REPORT RESOURCE ACCESS CONTROL FACILITY PAGE 1

USERS USERS USERS JOB RECORD RECORD RACF VERSION,

IDENTIFIER CONNECTED TERMINAL NAME MOVED TO MOVED TO RELEASE AND

GROUP ID SMF BUFFER SMF BUFFER MODIFICATION

TIME DATE LEVEL NUMBER

-------------------------------------------------------------------------------------------------------------------------------

OPUTIL OPER01 SLGSAVD 23:59:40.41 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0



OPUTIL OPER01 SLGPRT 00:00:30.54 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0

OPUTIL OPER01 RMFPST 00:00:32.37 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0

OPUTIL OPER01 RMFPST 00:00:32.91 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0



OPUTIL OPER01 BKPWKY 00:01:20.93 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0

OPUTIL OPER01 LOGSAV 00:01:20.96 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0



OPUTIL OPER01 RACFCPY 00:01:24.82 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0

OPUTIL OPER01 LOGSAV 00:01:25.22 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0

OPUTIL OPER01 RACFCPY 00:01:25.42 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0

OPUTIL OPER01 SLGSAVW 00:01:32.65 08/04/97 VERSION: 1 RELEASE: 09 MOD. LVL. : 0






08/10/97 16.38.59 RECORD TYPE 80 LONG REPORT RESOURCE ACCESS CONTROL PAGE 1

HEADER SECTION

**************

SYSTEM ID FROM INSTALLATION BEP1


EVENT CODE 2 EVENT CODE QUALIFIER 0

ID OF THE USER ASSOCIATED WITH THE EVENT OPUTIL GROUP TO WHICH USER WAS CONNECTED OPER01

OFFSET OF FIRST RELOCATE SECTION 88 NUMBER OF RELOCATE SECTIONS 10

TERMINAL LEVEL NUMBER OF FOREGROUND USER 0 VERSION INDICATOR FROM RCVT

TERMINAL ID OF FOREGROUND USER JOB NAME SLGSAVD

TIME READER RECOGNIZED JOB CARD 23:59:09.68 DATE READER RECOGNIZED JOB CARD 08/04/97

USER ID FROM THE SMF COMMON EXIT PARAMETER SECURITY LABEL OF THE USER

RACF VERSION AND RELEASE INFORMATION RACF VERSION 1 RELEASE 09 MODIFICATION LEVEL NUMBER 0

DESCRIPTOR FLAGS THE EVENT IS WARNING

SPECIAL AUTHORITIES USED NORMAL AUTHORITY CHECK

REASON FOR LOGGING USER BEING AUDITED

COMMAND PROCESSING ERROR FLAG SPECIAL USERS AUDITED

ADDITIONAL REASONS FOR LOGGING ----------

RELOCATE SECTION

****************

RELOCATE SECTION NUMBER 1

------------------------

DATA TYPE 1 LENGTH OF DATA 11

DATA IPOSAV.LWTR


------------------------


DATA


------------------------


DATA


------------------------


DATA


------------------------


DATA MVSCAT




08/10/97 16.38.59 RECORD TYPE 80 LONG REPORT RESOURCE ACCESS CONTROL PAGE 2


------------------------


DATA DATASET


------------------------


DATA IPOSAV.LWTR


------------------------


DATA RACFADM


------------------------


DATA ####################


------------------------


DATA






SMF80FLG 1 1 BI ;HEADER FLAG BYTE — SYSTEM


* BIT 6 — VS2

SMF80RTY 1 2 BI ;RECORD TYPE(80), ONLY HEADER FIELD SET

* BY GENERATOR OF RECORD

SMF80TME 4 3 BI ;TOD FROM TIME MACRO — BINARY



SMF80DES 2 15 BI ;DESCRIPTOR FLAGS


* BIT 0 — THIS EVENT IS A VIOLATION

* BIT 1 — USER NOT DEFINED TO RACF

* BIT 2 — RCD CONTAINS VERSION INDICATOR

* BIT 3 — THIS EVENT IS A WARNING

* BIT 4 — RECORD CONTAINS A VERSION,

* RELEASE, AND MODIFICATION

* NUMBER (VRRM)


SMF80EVT 1 17 BI ;EVENT CODE

* 1 — JOB INITIATION/TSO LOGON

* 2 — RESOURCE ACCESS

* 3 — END OF VOLUME

* 4 — RENAME DATA SET

* 5 — SCRATCH DATA SET OR TAPE VOLUME

* 6 — DELETE 1 VOLUME OF MULTIVOLUME

* DATA SET OR TAPE VOLUME SET

* 7 — DEFINE DATA SET OR TAPE VOLUME SET

* 8 — ADDSD

* 9 — ADDGROUP

* 10— ADDUSER

* 11— ALTDSD

* 12— ALTGROUP

* 13— ALTUSER

* 14— CONNECT

* 15— DELDSD

* 16— DELGROUP

* 17— DELUSER

* 18— PASSWORD

* 19— PERMIT

* 20— RALTER

* 21— RDEFINE

* 22— RDELETE

* 23— REMOVE

* 24— SETROPTS

* 25— RVARY



* 26— APPCLU

SMF80EVQ 1 18 BI ;EVENT CODE QUALIFIER

SMF80USR 8 19 CH ;USER ID FOR WHICH THIS EVENT RECORDED

SMF80GRP 8 27 CH ;GROUP TO WHICH USER WAS CONNECTED

SMF80REL 2 35 BI ;OFFSET OF FIRST RELOCATE SECTION FROM

* BEGINNING OF THE RECORD HEADER

SMF80CNT 2 37 BI ;NUMBER OF RELOCATE SECTIONS

SMF80ATH 1 39 BI ;SPECIAL AUTHORITIES USED

* BIT MEANINGS WHEN SET —

* BIT 0 — NORMAL AUTHORITY CHECK

* BIT 1 — SPECIAL ATTRIBUTE

* BIT 2 — OPERATIONS ATTRIBUTE

* BIT 3 — AUDITOR ATTRIBUTE

* BIT 4 — INSTALLATION EXIT ACTION

* BIT 5 — FAILSOFT PROCESSING

* BIT 6 — BYPASSED — USER ID=*BYPASS*

* BIT 7 — RESERVED

SMF80REA 1 40 BI ;REASON FOR LOGGING

* BIT MEANINGS WHEN SET:

* BIT 0 — CHANGES TO THIS CLASS OF

* PROFILE BEING AUDITED

* BIT 1 — USER BEING AUDITED

* BIT 2 — SPECIAL USERS BEING AUDITED

* BIT 3 — ACCESS TO ENTITY BEING AUDITED

* DUE TO AUDIT OPTION

* OR RACHECK INSTALLATION EXIT

* REQUESTED LOGGING, OR TO

* FAILSOFT PROCESSING

* BIT 4 — *RACINIT* FAILURE

* BIT 5 — THIS COMMAND IS ALWAYS AUDITED

* BIT 6 — VIOLATION DETECTED AND CMDVIOL

* IN EFFECT

* BIT 7 — ACCESS TO ENTITY BEING AUDITED

* DUE TO GLOBAL AUDIT OPTION

SMF80TLV 1 41 BI ;TERMINAL LEVEL NUMBER OF FOREGROUND

* USER (ZERO IF NOT AVAILABLE OR NOT

* VERIFIED)

SMF80ERR 1 42 BI ;COMMAND PROCESSING ERROR FLAG


* BIT 0 — COMMAND HAD ERROR AND COULD

* NOT BACKOUT SOME CHANGES

* BIT 1 — NO PROFILE UPDATES MADE

* BECAUSE OF ERROR IN PROCESSING

* BIT 2-7 — RESERVED

SMF80TRM 8 43 CH ;TERMINAL ID OF FOREGROUND USER

* (ZEROES IF NOT AVAILABLE)


SMF80RST 4 59 BI ;TIME READER RECOGNIZED JOB CARD

* IN HUNDREDTHS OF SECONDS



SMF80RSD 4 63 PD ;DATE READER RECOGNIZED JOB CARD

* 00YYDDDF FORMAT

SMF80UID 8 67 CH ;USER IDENTIFICATION

SMF80VER 1 75 BI ;VERSION INDICATOR FROM RCVT

SMF80RE2 1 76 BI ;REASON FOR LOGGING CONTINUED


* BIT 0 — AUDITING BY SECURITY LEVEL

* BIT 1 — VMEVENT AUDITING

* BIT 2 - 1 = CLASS BEING AUDITED

* DUE TO SETROPTS

* LOG OPTIONS

* BIT 3 - 1 = ENTITY AUDITED DUE TO

* SETROPTS SECLABEL AUDIT

* AND PROFILE INDICATES

* AUDIT

* BIT 4 - 1 = ENTITY AUDITED WHEN SETROPTS

* COMPATMODE IN EFFECT


SMF80VRM 4 77 CH ;RACF VERSION, RELEASE, AND MODIFICATION

* NUMBER (VRRM)

SMF80SEC 8 81 CH ;SECLABEL

***************************************************************

* RELOCATE SECTION

***************************************************************

SMF80DTP 1 89 BI ;DATA TYPE

SMF80DLN 1 90 BI ;LENGTH OF DATA THAT FOLLOWS

SMF80DTA 255 91 CH ;DATA



DYSMF81 COPY Function The DYSMF81 COPY function can be used to print SMF type 81 records in two report formats — a long format and a short format. SMF type 81 records contain information that is pertinent to RACF INITIALIZATION. An example for DYSMF81 long formatted report is shown in this section.

Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters.





















OPTION STRUCTURED2




COPY DYSMF81 #1="'07/05/06'" #3="'07/31/06'"



FIN



DYSMF90 COPY Function The DYSMF90 COPY function can be used to print SMF type 90 records in two report formats — a long format and a short format. SMF type 90 records contain information that is pertinent to SYSTEM STATUS. Record type 90 is written during initialization processing, and whenever certain operator commands are issued. The examples for DYSMF90 short formatted and long formatted reports are shown in this section.



Nine parameters can be varied in the DYSMF90 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes.

Parameters #8 and #9 define the "From" and "To" dates for a 4-digit year format. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.















Print all type 90 records with SMF buffer date of 07/15/06 and a time value between 08:49:00 and 23:30:00. Print the records using the long report with a 2-digit year date format.

OPTION STRUCTURED2



COPY SMF90REC

COPY DYSMF90 #1="'07/15/06'"

#3="'07/15/06'"

#2="'08:49:00'"

#4="'23:30:00'"



Print all type 90 records where the SMF buffer date is between 07/01/06 and 07/15/06 and the time is between 08:49:00 and 23:30:00. Print the records using the short report with a 4-digit year date format.

OPTION STRUCTURED2



COPY SMF90REC

COPY DYSMF90 #8="'07/01/2006'"

#9="'07/15/2006'"

#2="'08:49:00'"

#4="'23:30:00'"

#L=NULL #S=YES #X=NULL

FIN




An extract of SMF Type 90 long report is shown as follows.

09/10/06 11.53.44 SMF RECORD 90 LONG REPORT SYSTEM STATUS PAGE 1

FROM: 07/15/06 08:49:00

TO: 07/15/06 23:30:00

SWITCH SMF/HALT EOD SECTION

************************



SYSTEM ID: DVR78

ACTION IS: ** SWITCH SMF **

IPL TIME: 22:20:28.32

IPL DATE: 07/08/06

OLD RECORDING DATA SET NAME: SYS1.RCD1

NEW RECORDING DATA SET NAME:


************************



SYSTEM ID: DVR78


IPL TIME: 22:20:28.32

IPL DATE: 07/08/06


NEW RECORDING DATA SET NAME: SYS1.RCD2


************************



SYSTEM ID: DVR78


IPL TIME: 22:20:28.32

IPL DATE: 07/08/06






************************



SYSTEM ID: DVR78


IPL TIME: 22:20:28.32

IPL DATE: 07/08/06




************************



SYSTEM ID: DVR78



09/10/06 11.53.44 SMF RECORD 90 LONG REPORT SYSTEM STATUS PAGE 2

FROM: 07/15/06 08:49:00

TO: 07/15/06 23:30:00

IPL TIME: 22:20:28.32

IPL DATE: 07/08/06






09/10/2006 11.52.55 SMF RECORD 90 SHORT REPORT SYSTEM STATUS PAGE 1

FROM: 07/01/2006 08:49:00

TO: 07/15/2006 23:30:00 SYSTEM ID: DVR78

COMMAND COMMAND PERCENTAGE

TOTAL OF GRAND

TOTAL

---------------------------------------------------- -----------------------------

** SET TIME ** .00

** SET DATE ** .00

** SET DMN ** .00

** SET IPS ** .00

** SET SMF ** .00

** SWITCH SMF ** 79 84.95

** HALT EOD ** 1 1.08

** IPL PROMPT ** .00

** IPL SMF ** 1 1.08

** IPL SRM ** 1 1.08

** SET OPT ** .00

** SET ICS ** .00

** SETSMF ** .00

** SET MPF ** .00

** RESTART SMF ** .00

** SET DAE ** 1 1.08

** SET PFK ** .00

** SET GRSRNL ** .00

** SET APPC ** .00

** SET SCHPRM ** .00

** SET SCH ** .00

** SET CNGRP ** .00

** IPL WLM ** .00

** VARY WLM ** .00

** MODIFY WLM ** .00

** IPL LOGREC ** 1 1.08

** SETXCF START ** .00

** SETXCF STOP ** .00

** SET PROG ** .00



** WLM RESET ** .00

** LPALST ACTIVATION ** 9 9.68

** WLM POLICY CHANGE ** .00

<><> TOTAL COMMANDS <><> 93 100.00






*****************************************************


* *

* R E C O R D T Y P E 90 (5A) *

* S Y S T E M S T A T U S *

* *

*****************************************************

* THIS RECORD IS WRITTEN WHEN EVER AN OPERATOR COMMAND OR

* RESPONSE OF THE FOLLOWING TYPE IS RECEIVED:

* 1 SET TIME

* 2 SET DATE

* 3 SET DMN

* 4 SET IPS

* 5 SET SMF

* 6 SWITCH SMF

* 7 HALT EOD

* 8 IPL PROMPT (RESPONSE)

* 9 IPL SMF (RESPONSE)

* 10 IPL SRM (RESPONSE)

* 11 SET OPT

* 12 SET ICS

* 13 SETSMF

* 14 SET MPF

* 15 RESTART SMF

* 16 SET DAE

* 17 SET PFK

* 18 SET GRSRNL

* 19 SET APPC

* 20 SET SCHPRM

* 21 SET SCH

* 22 SET CNGRP

* 23 WLM Service Definition Install

* 24 WLM Service Policy Activation

* 25 Workload Management Mode Change

* 26 IPL LOGREC



DYSMF101 COPY Function The DYSMF101 COPY function can be used to print SMF type 101 records in two reports formats — a long format and a short format. SMF type 101 records contain information that is pertinent to DB2 ACCOUNTING. The type 101 record captures detailed information about one or more significant events in a DB2 system. The volume of data that DB2 collects can be very large. This fact introduces the possibility that a large time interval specified for the Advantage VISION:Excel SMF type 101 report could produce hundreds or thousands of pages. Also note that this DB2 Accounting report does not include any statistics or data analysis.

The examples for DYSMF101 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the SMF record is formatted as shown in DYSMF101 Record Definition COPYLIB(SMF101RC). Records can be selected for printing depending on the date and time the SMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters.


Nine parameters can be varied in the DYSMF101 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes.

Parameters #8 and #9 define the "From" and "To" dates for a 4-digit year format. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.









#L and #S The parameter #L causes the long formatted report to print when #L is set to a non-NULL value.






The activity that occurs in a DB2 system in just a matter of minutes can be substantial. With respect to this fact, the following example takes a DB2 Accounting sample of just under 2 minutes. These specifications will list all type 101 records with a SMF buffer date of 02/15/06 and a time value between 08:00:00 and 08:01:55. The report will be printed with the long format using dates with a 4-digit year.

OPTION STRUCTURED2




COPY SMF101RC

COPY DYSMF101 #8="'02/15/2006'"

#9="'02/15/2006'"

#2="'08:00:00'"

#4="'08:01:55'"

#L=YES #S=NULL #X=NULL

FIN




Print all type 101 records where the SMF buffer date is 02/15/06 and the time value is between 08:00:00 and 08:01:55. Print the records using the short report with a 2-digit year date format.

OPTION STRUCTURED2




COPY SMF101RC

COPY DYSMF101 #1="'02/15/06'"

#3="'02/15/06'"

#2="'08:00:00'"

#4="'08:01:55'"


FIN


Below is an excerpt of a Type 101 long report. Each DB2 Accounting record in the SMF file that meets the specified selection criteria will produce a listing that will include a Product Section and some or all of the following Data Sections: an Accounting Section, an SQL Accounting Section, a Buffer Manager Accounting Section, a Lock Manager Section, a DDF V2R2 Section, a DDF V2R3 Section, an IFI Accounting Section, a DBRM Accounting Section, a Buffer Manager Section, a Buffer Manager Data Share Accounting Section, a Data Share Accounting Section, a Global Data Share Accounting Section, or an Accounting Class 3 Overflow Section. Each successive DB2 accounting record read and presented in the report will again start with a Product Section and be followed by various Data Sections.

03/13/2006 13.03.35 SMF RECORD 101 LONG REPORT DATABASE 2 ACCOUNTING PAGE 1

FROM: 02/15/2006 08:00:00

TO: 02/15/2006 08:01:55

-----------------------------------------------------------

PRODUCT SECTION

------------------------------------------------------------



LENGTH OF THE STANDARD HEADER: 76

HEADER TYPE: STANDARD HEADER



RESOURCE MANAGER ID: 26

IFCID: 3

NUMBER OF SELF DEFINING AREAS: 13

RELEASE NUMBER: 113

DISPATCH UNIT ADDRESS: 224361592

SYSTEM ID: DVR78

SUBSYSTEM NAME: ZX36

TIME HEADER RECORD WAS WRITTEN: 13:00:35.40

IFCID SEQ NUM: 5261

DEST SEQ NUM: 7909

TRACE NUM MASK: 2

LOCAL LOCATION NAME: Z6B0ADB2

NETWORK ID: GLOBDAZ8

LUNAME: ZX36DB2

COMMIT COUNT: 1

CORRELATION HEADER LENGTH: 142

HEADER TYPE: CORRELATION HEADER

AUTHORIZATION ID: SQAINTRN

CORRELATION ID: PRDSCHED

CONNECTION NAME: DB2CALL

PLAN NAME: VRECV224

ORIGINAL OPERATOR ID: SQAINTRN

SYSTEM TYPE: DB2 CALL ATTACH

ACCOUNTING TOKEN:

END USERS USERID:

END USERS TRANSACTION NAME:

------------------------------------------------------------

ACCOUNTING SECTION

------------------------------------------------------------

ELAPSED TIME IN DB2: 00:00:04.75

HOME TCB ASCB TIME WHILE IN DB2: 00:00:00.07

I/O ELAPSED WAIT TIME FOR database I/O: 00:00:00.00

WAIT TIME DUE TO LATCH OR LOCKS CONTENTION: 00:00:00.00

# OF DB2 ENTRY/EXIT EVENTS PROCESSED: 122

# OF WAIT TRACE EVENTS PROCESSED FOR DATABASE I/O:

WAIT TIME FOR READ I/O DONE UNDER ANOTHER THREAD: 00:00:00.00

WAIT TIME FOR WRITE I/O DONE UNDER ANOTHER THREAD: 00:00:00.00





FROM: 02/15/2006 08:00:00

TO: 02/15/2006 08:01:55

WAIT TIME DUE TO SYNCHRONOUS EXECUTION UNIT

SWITCH for DB2 commit, abort, or deallocation: 00:00:00.00

# OF WAIT TRACE EVENTS PROCESSED FOR

WAITS FOR LATCH OR LOCAL CONTENTION FOR LOCKS:


WAITS FOR READ I/O UNDER ANOTHER THREAD:


WAITS FOR WRITE I/O UNDER ANOTHER THREAD:

# OF WAIT TRACE EVENTS PROCESSED FOR SYNCHRONOUS

EXECUTION UNIT SWITCHING FOR COMMIT/ABORT:

----------- ACTIVATION DEPENDENT VALUES

CLASS 2 DATA IS ACTIVE?: YES

CLASS 3 DATA IS ACTIVE?: NO

ROLLUP DATA FOR PARALLEL CHILD TASK IS ACTIVE NO

# OF PACKAGES/DBRMs WHERE

PACKAGE/DBRM LEVEL ACCOUNTING WAS PERFORMED:

----------- STORED PROCEDURE VALUES

TOTAL TCB TIME TO SATISFY STORED PROC REQUESTS

PROCESSED IN A DB2 STORED PROC/WLM SPACE: 00:00:00.00

ACCUMULATED TCB TIME CONSUMED IN DB2 PROCESSING

SQL STATEMENTS ISSUED BY STORED PROCEDURES: 00:00:00.00

# OF SQL ENTRY/EXIT

EVENTS PERFORMED BY STORED PROCEDURES:

----------- QUERY PARALLELISM EXECUTION VALUES

SU CONVERSION FACTOR: 797

MVS WORKLOAD MANAGER SERVICE CLASS NAME:

----------- LOG RECORD VALUES

# OF LOG RECORDS WRITTEN: 12

----------- USER DEFINED FUNCTION VALUES

TCB TIME IN DB2 PROCESSING

SQL STATEMENTS INCLUDED IN MUDCP: 00:00:00.00

# OF SQL ENTRY/EXIT EVENTS PERFORMED:

THE TOTAL ELAPSED

TIME SPENT FOR EXECUTING SQL: 00:00:00.00

----------- TRIGGER VALUES



TCB TIME CONSUMED PRIOR TO ENCLAVE CREATION TIME: 00:00:00.00

TIME SPENT IN STORED PROCEDURES INCLUDING EXECUTING SQL: 00:00:00.00

TIME SPENT FOR STORED PROCEDURES EXECUTING SQL: 00:00:00.00

----------- EXTERNAL SAVEPOINT REQUEST VALUES

# OF SAVEPOINT REQUESTS:

# OF RELEASE SVPT REQUESTS:

# OF ROLLBACK TO SVPT REQUESTS:

------------------------------------------------------------

SQL ACCOUNTING SECTION

------------------------------------------------------------

CONTROL BLOCK ID: 8341



FROM: 02/15/2006 08:00:00

TO: 02/15/2006 08:01:55

CONTROL BLOCK LENGTH: 440

CONTROL BLOCK EYE CATCHER: QXST

# OF INSERTS:

# OF SELECTS:

# OF UPDATES: 2

# OF DELETES:

# OF DESCRIBES:

# OF PREPARES: 13

# OF OPENS: 13

# OF CLOSES: 13

# OF CREATE TABLE:

# OF CREATE INDEX:

# OF CREATE TABLESPACE:

# OF CREATE SYNONYM:

# OF CREATE DATABASE:

# OF CREATE STORAGE GROUP:

# OF CREATE VIEW:

# OF DROP INDEX:

# OF DROP TABLE:



# OF DROP TABLESPACE:

# OF DROP DATABASE:

# OF DROP SYNONYM:

# OF DROP STORAGE GROUP:

# OF DROP VIEW:

# OF ALTER STORAGE GROUP:

# OF FETCHES: 16

# OF ALTER TABLESPACE:

# OF ALTER TABLE:

# OF ALTER INDEX:

# OF COMMENT ON:

# OF LOCK TABLE:

# OF GRANT:

# OF REVOKE:

# OF INCREMENTAL BINDS EXCLUDING PREPARES:

# OF LABEL ON:

# OF Set Current SQLID:

# OF CREATE ALIAS:

# OF DROP ALIAS:

# OF times RID LIST processing used: 3

# OF times a RID LIST was not used:

# OF times one or more RID not USED:

# OF Set Host-Variable statements:

# OF ALTER DATABASE:

# OF DROP PACKAGE STATEMENTS:

# OF DESCRIBE TABLE STATEMENTS:

Maximum degree of parallelism:

# OF parallel groups executed:

# OF parallel to sequential DUE to cursor:

# OF parallel TO sequential DUE TO NO ESASORT SUPPORT:



FROM: 02/15/2006 08:00:00

TO: 02/15/2006 08:01:55

# OF PARALLEL TO SEQUENTIAL DUE TO STORAGE OR BUFFER:

# OF PARALLEL DEGREE LESS THAN PLANNED DUE TO STORAGE OR BU

# OF PARALLEL DEGREE AS PLANNED DUE TO STORAGE OR BUFFER:



# OF CONNECT type 1 statements executed:

# OF CONNECT type 2 statements executed:

# OF RELEASE statements executed:

# OF SET CONNECTION statements executed:

# OF SET CURRENT DEGREE statements executed:

# OF SET CURRENT RULES statements:

# OF SQL CALL statements executed:

# OF times a stored procedure ABENDed:

# OF times an SQL CALL statement timed out:

# OF times an SQL CALL statement was rejected:

# OF parallel TO SEQUENTIAL DUE TO UNAVAILABLE ENCLAVE:

Query Parallelism is disabled by the RLF:

# OF PARALLEL TO SINGLE DUE TO COORDINATOR PARM = NO:

# OF PARALLEL TO SINGLE DUE TO repeatable-read

or read-stability isolation:

# OF CREATE GLOBAL TEMPORARY TABLE:

# of times reoptimization occurs:

# OF parallel groups to run across data sharing GROUP:

# OF TIMES there was not enough buffer pool storage:

# OF ASSOCIATE LOCATOR statements executed:

# OF ALLOCATE CURSOR statements executed:

# OF PREPARE request satisfied by copy from cache: 3840

# OF TIMES PREPARE request not found IN cache:

# OF TIMES implicit prepare DUE TO KEEPDYNAMIC(YES) option:

# OF TIMES a prepare was avoided DUE TO KEEPDYNAMIC(YES):

# OF TIMES a statement was discarded due to MAXKEEPD:

# OF TIMES a prepared statement was purged from the cache

DUE TO DROP, ALTER, or REVOKE on a dependent object:

# OF RENAME TABLE:

# OF CREATE TRIGGER:

# OF DROP TRIGGER:

# OF SET CURRENT PATH statements:

# OF DROP USER DEFINED FUNCTION:

# OF DROP PROCEDURE:

# OF CREATE DISTINCT TYPE statements:

# OF DROP DISTINCT TYPE statements:

# OF CREATE FUNCTION statements:

# OF CREATE PROCEDURE statements:

# OF HOLD LOCATOR statements:

# OF FREE LOCATOR statements:

# of parallel groups WHERE PARALLEL PORTION OF ACCESS PATH

WAS reformulated DUE TO CHANGE IN SYSPLEX configuration:



# OF parallel groups WHERE PARALLEL PORTION OF ACCESS PATH

WAS reformulated DUE TO not enough buffer pool resource:

# OF CREATE AUX TABLE statements:

Max storage used for LOB values



FROM: 02/15/2006 08:00:00

TO: 02/15/2006 08:01:55

In KB for accounting, in MB for statistics:

# OF ALTER FUNCTION statements:

# OF ALTER PROCEDURE statements:

# OF times that direct row access was successful:

# OF times an attempt to use direct row

access reverted TO using an index to locate a record:

# OF times an attempt to use direct row access reverted

to using a table space scan to locate a record:

# OF times a statement trigger was activated:

# OF times a row trigger was activated:

# OF times an SQL error occurred

during execution of a triggered action:

The maximum level of nested SQL cascading:

# OF user defined functions executed:

# OF times a UDF ABENDed:

# OF times a UDF timed out waiting to be scheduled:

# OF times a UDF was rejected:

# SET CURRENT PRECISION statements executed:

# OF DECLARE GLOBAL TEMPORARY TABLE stmts:

# of parallel groups that are part of a query

block using a UDF ON A SINGLE DB2 DUE TO TEMP TABLE: 64

------------------------------------------------------------

BUFFER MANAGER SECTION

------------------------------------------------------------

BUFFER POOL ID:

# OF GET PAGE REQUESTS ISSUED: 18

# OF SETW ISSUED FOR SYSTEM PAGES: 12

# OF SYNCHRONOUS READ I/O:

# OF SEQ PREFETCH REQUESTED: 3

# OF IMMEDIATE (SYNCHRONOUS) WRITE I/O:



# OF LIST PREFETCH REQUESTED:

# OF DYNAMIC PREFETCH REQUESTED:

# OF SUCCESSFUL HIPERPOOL READ:

# OF UNSUCCESSFUL HIPERPOOL READ:

# OF SUCCESSFUL HIPERPOOL WRITE:

# OF UNSUCCESSFUL HIPERPOOL WRITE:

# OF UNSUCCESSFUL GET PAGE OPERATIONS:

# OF ASYNCHRONOUS PAGES READ BY PREFETCH: 8

# OF PAGES HIPERPOOL TO A VIRTUAL BUFFER:

BUFFER POOL ID: 1


# OF SETW ISSUED FOR SYSTEM PAGES: 2


# OF SEQ PREFETCH REQUESTED: 9


# OF LIST PREFETCH REQUESTED: 21




FROM: 02/15/2006 08:00:00

TO: 02/15/2006 08:01:55






# OF ASYNCHRONOUS PAGES READ BY PREFETCH:


BUFFER POOL ID: 2


# OF SETW ISSUED FOR SYSTEM PAGES:


# OF SEQ PREFETCH REQUESTED:


# OF LIST PREFETCH REQUESTED:









# OF ASYNCHRONOUS PAGES READ BY PREFETCH:



Below is an example of a Type 101 short report. The short report simply consist of the names of the sections processed and a total count for each section.

03/13/06 13.02.15 SMF RECORD 101 SHORT REPORT DATABASE 2 ACCOUNTING PAGE 1

FROM: 02/15/06 08:00:00

TO: 02/15/06 08:01:55

SECTION SECTION

TOTAL

----------------------------------------------------

PRODUCT 4

ACCOUNTING 4

SQL COUNTS 4

BUFFER MANAGER 12

LOCK MANAGER 4

DDFV2R2

DDFV2R3 4

IFIV3R1

DBRM

BUFFER MANAGER DATA SHARE 6

GLOBAL DATA SHARE 4

DATA SHARE

ACCOUNTING CLASS 3

<><> TOTAL SECTIONS <><> 42



DYSMF101 Record Definition COPYLIB(SMF101RC)

SM101RCD 1 1 CH ;START OF RECORD

REDEFINE AT SM101RCD

******************************************

* R E C O R D: SMF101RC *

* *

* R E C O R D T Y P E 101 (65) *

* D A T A B A S E 2 *

* A C C O U N T I N G *

* *

******************************************

SM101FLG 1 1 BI ;SYSTEM INDICATOR

SM101RTY 1 2 BI ;RECORD TYPE X'65'

SM101TME 4 3 BI ;TIME SMF MOVED RECORD

SM101DTE 4 7 PD ;DATE SMF MOVED RECORD

SM101SID 4 11 CH ;SYSTEM ID (SID)

SM101SSI 4 15 CH ;SUBSYSTEM ID

SM101STF 1 19 BI ;RESERVED

SM101RI 1 20 CH ;RESERVED

SM101SQ 4 21 BI ;RESERVED

REDEFINE AT SM101SQ

SM101BUF 4 21 BI ;TEMPORARY POINTER TO BUFFER AREA

SM101END 1 25 CH ;START OF THE SELF DEFINING SECTION

*

*----- SELF DEFINING SECTION --------------------------------*

*-------------------------------------------------------------*

* DB2 SELF DEFINING SECTION MACRO FOR ACCOUNTING IFCID=0003 *

* *

* PRODUCT SECTION FOR ACCOUNTING CONTAINS TWO HEADERS *

* 1.THE STANDARD HEADER IS MAPPED BY DSNDQWHS *

* 2.THE CORRELATION HEADER IS MAPPED BY DSNDQWHC *

*-------------------------------------------------------------*

QWA0 1 25 ;DSECT

REDEFINE AT QWA0

QWA01PSO 4 25 BI ;OFFSET TO THE PRODUCT SECTION

QWA01PSL 2 29 BI ;LENGTH OF THE PRODUCT SECTION

QWA01PSN 2 31 BI ;NUMBER OF PRODUCT SECTIONS

DYRMF70 COPY Function


DYRMF70 COPY Function The DYRMF70 COPY function can be used to print SMF (RMF) type 70 records in two report formats — a long format and a short format. SMF (RMF) type 70 records contain information that is pertinent to RMF CPU ACTIVITY. The examples for DYRMF70 short formatted and long formatted reports are shown in this section.

The COPY function assumes that the RMF record is formatted as shown in DYRMF70 Record Definition COPYLIB(SMF70REC). Records can be selected for printing information depending on the date and time the RMF record was written to the SMF buffer. A date and time range can be specified using the COPY parameters.

DYRMF70 COPY Parameters

Nine parameters can be varied in the DYRMF70 COPY function. Parameters #1 through #4 specify the date and time range in which records are selected for printing purposes. Parameters #5 and #6 define the date as a 4-digit year. Parameters #L and #S determine whether the long or short formatted report is printed. Parameter #X controls the printing of the year digit.






The date and time the RMF record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range while the default values for #3 and #4 allow for an open ended upper bound of the range.










Invoking the DYRMF70 COPY Function

DYRMF70 COPY Function: Example 1

Print all RMF type 70 records with SMF buffer date and time between 00:05 A.M. and 7:00 A.M. on August 4, 1997. Print the records using the long format.

OPTION STRUCTURED2




COPY SMF70REC

COPY DYRMF70 #1=”'08/04/97'” #2=”'00:05:00'”

#3=”'08/04/97'” #4=”'07:00:00'”

#L=YES #S=NULL

FIN


Print all RMF type 70 records regardless of date and time. Use the short report format.

OPTION STRUCTURED2




COPY SMF70REC

COPY DYRMF70

#S=YES #L=NULL

FIN



Record selection logic can be placed between the COPY SMF70REC statement and the COPY DYRMF70 statement. For instance, in the example shown above the following code:


REJECT

ENDIF




DYRMF70 Short Formatted Report

08/10/97 09.15.29 RMF RECORD TYPE 70 RMF CPU ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************





-------------------------------------------------------------------------------------------------------

RMF PRODUCT 76 52 1

CPU CONTROL 128 8 1

CPU DATA 136 32 1

ASID DATA 168 576 1



RMF PRODUCT SECTION

*******************







HEADER SECTION

**************





-----------------------------------------------------------------------------------------------------

RMF PRODUCT 76 52 1

CPU CONTROL 128 8 1

CPU DATA 136 32 1

ASID DATA 168 576 1



RMF PRODUCT SECTION

*******************









DYRMF70 Long Formatted Report (Page 1 of 6)

08/10/97 10.46.38 RMF RECORD TYPE 70 RMF CPU ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************





------------------------------------------------------------------------------------------------------

RMF PRODUCT 76 52 1

CPU CONTROL 128 8 1

CPU DATA 136 32 2

ASID DATA 200 520 1



RMF PRODUCT SECTION

*******************











CPU CONTROL SECTION

*******************




CPU DATA SECTION

*******************



NUMBER OF TPI WITH CC=1 658 SAMPLES, VECTOR BIT IN PSA IMAGE WAS ON 0




CPU DATA SECTION

*******************



NUMBER OF TPI WITH CC=1 2,098 SAMPLES, VECTOR BIT IN PSA IMAGE WAS ON 0








ASID DATA AREA SEC.

*******************

READY VALUES OVER INTERVAL MINIMUM: 1 MAXIMUM: 10 TOTAL: 5,105

THE TIME READYING VALUES WERE 0, 1, 2, 3, .. 15 ARE

0: 0 1: 1,235 2: 962 3: 280 4: 124

5: 49 6: 37 7: 11 8: 7 9: 0

10: 1 11: 0 12: 0 13: 0 14: 0 14+ 0

IN USERS VALUES INTERVAL MINIMUM: 44 MAXIMUM: 54 TOTAL: 130,150

THE COUNT OF TIMES IN USERS WAS:

0 : 0 1 -2 : 0 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 2,706

OUT USERS VALUES INTERVAL MINIMUM: 0 MAXIMUM: 1 TOTAL: 8

THE COUNT OF TIMES OUT USERS WAS:

0 : 2,698 1 -2 : 8 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 0

WAIT USERS VALUES INTERVAL MINIMUM: 24 MAXIMUM: 32 TOTAL: 75,522

THE COUNT OF TIMES WAIT USERS WAS:

0 : 0 1 -2 : 0 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 720 26-30: 1,878 31-35: 108 35+ : 0

BATCH USERS VALUES INTERVAL MINIMUM: 0 MAXIMUM: 9 TOTAL: 12,068

THE COUNT OF TIMES BATCH USERS WAS:

0 : 136 1 -2 : 626 3 -4 : 218 5 -6 : 1,129

7 -8 : 571 9 -10: 26 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 0

STARTED USERS VALUES INTERVAL MINIMUM: 71 MAXIMUM: 80 TOTAL: 204,530

THE COUNT OF TIMES STARTED USERS WAS:

0 : 0 1 -2 : 0 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 2,706





TSO USERS VALUES INTERVAL MINIMUM: 4 MAXIMUM: 5 TOTAL: 12,282

THE COUNT OF TIMES TSO USERS WAS:

0 : 0 1 -2 : 0 3 -4 : 1,248 5 -6 : 1,458

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 0

L. RDY USERS VALUES INTERVAL MINIMUM: 0 MAXIMUM: 1 TOTAL: 94

THE COUNT OF TIMES LOGICAL RDY USERS WAS:

0 : 2,612 1 -2 : 94 3 -4 : 0 5 -6 : 0

7 -8 : 0 9 -10: 0 11-15: 0 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 0

L. WAIT USERS VALUES INTERVAL MINIMUM: 1 MAXIMUM: 15 TOTAL: 22,921

THE COUNT OF TIMES LOGICAL WAIT USERS WAS:

0 : 0 1 -2 : 34 3 -4 : 232 5 -6 : 258

7 -8 : 634 9 -10: 1,038 11-15: 510 16-20: 0

21-25: 0 26-30: 0 31-35: 0 35+ : 0





PR/SM DATA SECTION

*******************

LOGICAL PARTITION NAME MVSPROD LOGICAL PARTITION NUMBER 1


PARTITION FLAGS

PR/SM DATA SECTION

*******************

LOGICAL PARTITION NAME MVSTEST LOGICAL PARTITION NUMBER 2


PARTITION FLAGS

PR/SM DATA SECTION

*******************

LOGICAL PARTITION NAME VMPROD LOGICAL PARTITION NUMBER 3


PARTITION FLAGS

PR/SM DATA SECTION

*******************

LOGICAL PARTITION NAME PHYSICAL LOGICAL PARTITION NUMBER 0


PARTITION FLAGS


************************************

LOGICAL P. DISPATCH TIME MICROSECONDS (HEX) 000000001851E1C3








************************************

LOGICAL P. DISPATCH TIME MICROSECONDS (HEX) 000000000EF52C8B




************************************

LOGICAL P. DISPATCH TIME MICROSECONDS (HEX) 000000000420C2DD




************************************

LOGICAL P. DISPATCH TIME MICROSECONDS (HEX) 000000000093CDEB



DYRMF70 Record Definition COPYLIB(SMF70REC)

SMF70HDR 1 CH ;



















SMF70CCS 4 33 BI ;OFFSET TO CPU CONTROL SECTION

SMF70CCL 2 37 BI ;LENGTH OF CPU CONTROL SECTION

SMF70CCN 2 39 BI ;NUMBER OF CPU CONTROL SECTIONS

SMF70CPS 4 41 BI ;OFFSET TO CPU DATA SECTION

SMF70CPL 2 45 BI ;LENGTH OF CPU DATA SECTION



SMF70CPN 2 47 BI ;NUMBER OF CPU DATA SECTIONS

SMF70ASS 4 49 BI ;OFFSET TO ASID DATA SECTION

SMF70ASL 2 53 BI ;LENGTH OF ASID DATA SECTION

SMF70ASN 2 55 BI ;NUMBER OF ASID DATA SECTIONS

SMF70BCS 4 57 BI ;OFFSET TO PR/SM PARTITION DATA SECTIONS

SMF70BCL 2 61 BI ;LENGTH OF PR/SM PARTITION DATA SECTION

SMF70BCN 2 63 BI ;NUMBER OF PR/SM PARTITION DATA SECTIONS

SMF70BVS 4 65 BI ;OFFSET TO PR/SM PROCESSOR DATA SECTIONS

SMF70BVL 2 69 BI ;LENGTH OF PR/SM PROCESSOR DATA SECTION

SMF70BVN 2 71 BI ;NUMBER OF PR/SM PROCESSOR DATA SECTIONS

*WORKAREA

SMF70PRO 1 1 CH ;




* TO PACKED 'VRLF'








*




*


















*WORKAREA

SMF70CTL 1 1 CH ;


SMF70MOD 2 1 CH ;CPU MODEL NUMBER



SMF70VER 1 3 CH ;CPU VERSION NUMBER

REDEFINE AT SMF70VER

SMF70BNP 1 4 CH ;NUMBER OF PHYSICAL PROCESSORS ASSIGNED FOR

* USE BY PR/SM

SMF70INB 1 5 CH ;PR/SM INDICATOR BITS

*SMF70DIF EQU X'80' PR/SM — DIAGNOSE X'204' FAILURE

*SMF70NPC EQU X'40' PR/SM — NUMBER OF PHYS PROCRS HAS CHANGED

*SMF70TSC EQU X'20' PR/SM — GLOBAL TIME SLICE VALUE HAS CHANGED


SMF70GTS 2 7 CH ;PR/SM — GLOBAL TIME SLICE

*WORKAREA

SMF70CPU 1 1 CH ;

REDEFINE AT SMF70CPU

SMF70WAT 8 1 CH ;CPU WAIT IN TOD FORMAT(BIT 51=1 MICRO)

SMF70CID 2 9 BI ;CPU ID

SMF70CNF 1 11 BI ;CONFIGURATION ACTIVITY

*SMF70PAR EQU 4 CPU WAS VARIED DURING POST PROCESSOR

* DURATION

*SMF70VAC EQU 2 DATA INVALID, CPU VARIED ON OR OFF

*SMF70STA EQU 1 CPU IS CURRENTLY ONLINE


SMF70SER 3 13 CH ;CPU SERIAL #(6 HEX DIGITS)


SMF70SLH 4 17 BI ;NUMBER OF ENTRIES TO THE I/O SLIH

SMF70TPI 4 21 BI ;NUMBER OF TPI WITH CC=1

SMF70VFS 4 25 BI ;NUMBER OF SAMPLES WHERE THE BIT

* WAS TURNED ON

SMF70V 1 29 BI ;CONFIGURATION INDICATOR

*SMF70VON EQU X'80' ONLINE INDICATOR

SMF70AL1 3 30 BI ;FOR ALIGNMENT ONLY

*WORKAREA

SMF70AID 1 1 CH ;

REDEFINE AT SMF70AID

SMF70RMN 2 1 BI ;READY MINIMUM VALUE OVER INTERVAL

SMF70RMM 2 3 BI ;READY MAXIMUM VALUE OVER INTERVAL

SMF70RTT 4 5 BI ;READY TOTAL VALUE OVER INTERVAL


















SMF70R15 4 69 BI ;COUNT OF TIMES READY VALUE WAS 14+

SMF70IMN 2 73 BI ;IN USERS MINIMUM OVER INTERVAL

SMF70IMM 2 75 BI ;IN USERS MAXIMUM OVER INTERVAL

SMF70ITT 4 77 BI ;IN USERS TOTAL VALUE OVER INTERVAL

SMF70I00 4 81 BI ;COUNT OF TIMES IN USERS WAS 0











SMF70I11 4 125 BI ;COUNT OF TIMES IN USERS WAS 35+

SMF70OMN 2 129 BI ;OUT USERS MINIMUM OVER INTERVAL

SMF70OMM 2 131 BI ;OUT USERS MAXIMUM OVER INTERVAL

SMF70OTT 4 133 BI ;OUT USERS TOTAL VALUE OVER INTERVAL

SMF70O00 4 137 BI ;COUNT OF TIMES OUT USERS WAS 0











SMF70O11 4 181 BI ;COUNT OF TIMES OUT USERS WAS 35+

SMF70WMN 2 185 BI ;WAIT USERS MINIMUM OVER INTERVAL

SMF70WMM 2 187 BI ;WAIT USERS MAXIMUM OVER INTERVAL

SMF70WTT 4 189 BI ;WAIT USERS TOTAL VALUE OVER INTERVAL

SMF70W00 4 193 BI ;COUNT OF TIMES WAIT USERS WAS 0











SMF70W11 4 237 BI ;COUNT OF TIMES WAIT USERS WAS 35+

SMF70BMN 2 241 BI ;BATCH USERS MINIMUM OVER INTERVAL



SMF70BMM 2 243 BI ;BATCH USERS MAXIMUM OVER INTERVAL

SMF70BTT 4 245 BI ;BATCH USERS TOTAL VALUE OVER INTERVAL

SMF70B00 4 249 BI ;COUNT OF TIMES BATCH USERS WAS 0











SMF70B11 4 293 BI ;COUNT OF TIMES BATCH USERS WAS 35+

SMF70SMN 2 297 BI ;STARTED USERS MINIMUM OVER INTERVAL

SMF70SMM 2 299 BI ;STARTED USERS MAXIMUM OVER INTERVAL

SMF70STT 4 301 BI ;STARTED USERS TOTAL VALUE OVER INTERVAL

SMF70S00 4 305 BI ;COUNT OF TIMES STARTED USERS WAS 0











SMF70S11 4 349 BI ;COUNT OF TIMES STARTED USERS WAS 35+

SMF70TMN 2 353 BI ;TSO USERS MINIMUM OVER INTERVAL

SMF70TMM 2 355 BI ;TSO USERS MAXIMUM OVER INTERVAL

SMF70TTT 4 357 BI ;TSO USERS TOTAL VALUE OVER INTERVAL

SMF70T00 4 361 BI ;COUNT OF TIMES TSO USERS WAS 0











SMF70T11 4 405 BI ;COUNT OF TIMES TSO USERS WAS 35+

SMF70LMN 2 409 BI ;LOGICAL RDY USERS MINIMUM

SMF70LMM 2 411 BI ;LOGICAL RDY USERS MAXIMUM

SMF70LTT 4 413 BI ;LOGICAL RDY USERS TOTAL



SMF70L00 4 417 BI ;# TIMES LOGICAL RDY USERS WAS 0











SMF70L11 4 461 BI ;# TIMES LOGICAL RDY USERS WAS 35+

SMF70AMN 2 465 BI ;LOGICAL WAIT USERS MINIMUM

SMF70AMM 2 467 BI ;LOGICAL WAIT USERS MAXIMUM

SMF70ATT 4 469 BI ;LOGICAL WAIT USERS TOTAL

SMF70A00 4 473 BI ;# TIME LOGICAL WAIT USERS WAS 0











SMF70A11 4 517 BI ;# TIME LOGICAL WAIT USERS WAS 35+

;*

SMF70PMN 2 521 BI ;MINIMUM NUMBER OF ASCH ADDRESS SPACES

SMF70PMM 2 523 BI ;MAXIMUM NUMBER OF ASCH ADDRESS SPACES

SMF70PTT 4 525 BI ;TOTAL NUMBER OF ASCH ADDRESS SPACES

SMF70P00 4 529 BI ;TIMES WHEN 0 ASCH ADDRESS SPACES WERE FOUND





SMF70P05 4 549 BI ;TIMES WHEN 9 -10 ASCH ADDRESS SPACES WERE FOUND






SMF70P11 4 573 BI ;TIMES WHEN 36-- ASCH ADDRESS SPACES WERE FOUND

;*

*WORKAREA

SMF70BCT 1 1 CH ;

REDEFINE AT SMF70BCT

SMF70LPM 8 1 CH ;LOGICAL PARTITION NAME

SMF70LPN 1 9 CH ;LOGICAL PARTITION NUMBER



SMF70PFG 1 10 CH ;PARTITION FLAGS

*SMF70PDV EQU X'80' PARTITION DEACTIVATED DURING INTERVAL

*SMF70NVC EQU X'40' NUMBER OF LOGICAL PROCRS HAS CHANGED

SMF70BDN 2 11 CH ;NUMBER OF PR/SM DATA SECTIONS FOR PARTITION

SMF70BDS 4 13 CH ;START OF DATA SECTION BLOCK NUMBER

*WORKAREA

SMF70BPD 1 1 CH ;

REDEFINE AT SMF70BPD

SMF70PDT 8 1 CH ;Virtual processor dispatch time

SMF70VPA 2 9 CH ;VIRTUAL PROCESSOR ADDRESS

SMF70BPS 2 11 CH ;PROCESSOR RELATIVE SHARE

SMF70VPF 1 13 CH ;VIRTUAL PROCESSOR FLAGS

*SMF70WSA EQU X'80' WAIT STATE ASSIST STATE ENABLED

*SMF70WSC EQU X'40' WAIT STATE ASSIST STATE CHANGED DURING INTV

*SMF70RSC EQU X'20' RELATIVE SHARE CHANGED DURING INTERVAL


SMF70EDT 8 17 CH ;LOGICAL PROCESSOR EFFECTIVE DISPATCH TIME



DYRMF71 COPY Function The DYRMF71 COPY function can be used to print SMF (RMF) type 71 records in two report formats — a long format and a short format. SMF (RMF) type 71 records contain information that is pertinent to RMF PAGING ACTIVITY. The examples for DYRMF71 short formatted and long formatted reports are shown in this section.









The date and time the RMF record was written to the SMF buffer must be within the date and time range defined by parameters #1 through #4 before the record is allowed to print. The default values for #1 and #2 allow for an open ended lower bound of the range, while the default values for #3 and #4 allow for an open ended upper bound of the range.









#X X when specified with the null parameter it causes the dates to be presented in 4-digit year format. The default is 2-digit year format (yes).




OPTION STRUCTURED2




COPY SMF71REC

COPY DYRMF71 #1=”'08/04/97'” #2=”'00:05:00'”

#3=”'08/04/97'” #4=”'07:00:00'”

#L=YES #S=NULL

FIN






COPY SMF71REC

COPY DYRMF71

#S=YES #L=NULL

FIN





REJECT

ENDIF



08/10/97 09.29.27 RMF RECORD TYPE 71 RMF PAGING ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************





--------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************










08/10/97 09.18.45 RMF RECORD TYPE 71 RMF PAGING ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************





--------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************

RMF VERSION 4 RELEASE 2 MODIFICATION LEVEL 2 O OPERATING SYSTEM RELEASE NUMBER AND LEVEL SP4.2.2










PAGING DATA SECTION

*******************

NON-VIO, NON-SWAP PAGE-INS 62 NON-VIO PAGE-OUTS PERFORMED IN COMMON AREA 0



ADDRESS SPACE SWAP SEQUENCES 9 NON-VIO NON-SWAP, LPA PAGE-RECLAIMS 0

PAGES SWAPPED IN 0 PAGE FRAMES AVAILABLE IN REAL STORAGE 600

PAGES SWAPPED OUT 0 PAGE FRAMES DEFINED IN REAL STORAGE 31,334

VIO PAGES IN 0 TOTAL NUMBER OF LOCAL PAGE DATA SET SLOTS 135,000

VIO PAGES OUT 0 NUMBER OF LOCAL PAGE DATA SET SLOTS --

VIO PAGE RECLAIMS 0 ALLOCATED TO VIO PRIVATE AREA PAGES -- 0

NUMBER OF STORAGE PAGE SLOTS THAT -- NUMBER OF LOCAL PAGE DATA SET SLOTS --

HAVE NOT BEEN ALLOCATED -- 105,511 ALLOCATED TO VIO NON-PRIVATE AREA PAGES -- 29,489

NON-VIO PAGE-INS PERFORMED IN COMMON AREA 39

NUMBER OF FRAMES IN NUCLEUS 1,050 MINIMUM TOTAL NUMBER OF PAGEABLE FRAMES 31,334

MINIMUM NUMBER OF UNUSED PAGE FRAMES 153 MAXIMUM TOTAL NUMBER OF PAGEABLE FRAMES 31,334

MAXIMUM NUMBER OF UNUSED PAGE FRAMES 1,907 AVERAGE TOTAL NUMBER OF PAGEABLE FRAMES 31,334

AVERAGE NUMBER OF UNUSED PAGE FRAMES 407 MINIMUM NUMBER OF SQA FIXED FRAMES 1,201

MINIMUM NUMBER OF CSA PAGEABLE FRAMES 480 MAXIMUM NUMBER OF SQA FIXED FRAMES 1,234

MAXIMUM NUMBER OF CSA PAGEABLE FRAMES 772 AVERAGE NUMBER OF SQA FIXED FRAMES 1,213

AVERAGE NUMBER OF CSA PAGEABLE FRAMES 738 MINIMUM NUMBER OF CSA FIXED FRAMES 34

MIN ADDR SPACE PAGEABLE FRAMES 22,667 MAXIMUM NUMBER OF CSA FIXED FRAMES 35

MAX ADDR SPACE PAGEABLE FRAMES 24,529 AVERAGE NUMBER OF CSA FIXED FRAMES 34

AVG ADDR SPACE PAGEABLE FRAMES 24,029 MIN ADDRESS SPACE FIXED FRAMES (W/O LSQA) 436

MAX ADDRESS SPACE FIXED FRAMES (W/O LSQA) 566 AVG USER VIO AUXILIARY SLOTS 0

AVG ADDRESS SPACE FIXED FRAMES (W/O LSQA) 479 MIN USER MEMORY AUXILIARY SLOTS 29,497

MINIMUM TOTAL NUMBER OF FIXED FRAMES 4,553 MAX USER MEMORY AUXILIARY SLOTS 29,824

MAXIMUM TOTAL NUMBER OF FIXED FRAMES 4,820 AVG USER MEMORY AUXILIARY SLOTS 29,637





AVERAGE TOTAL NUMBER OF FIXED FRAMES 4,691 MINIMUM UNAVAILABLE(BAD) USER SLOTS 0

MIN AVAILABLE USER AUXILIARY SLOTS 105,176 MAXIMUM UNAVAILABLE(BAD) USER SLOTS 0

MAX AVAILABLE USER AUXILIARY SLOTS 105,503 AVERAGE UNAVAILABLE(BAD) USER SLOTS 0

AVG AVAILABLE USER AUXILIARY SLOTS 105,362 MIN TOTAL USER AUXILIARY SLOTS 135,000

MIN USER VIO AUXILIARY SLOTS 0 MAX TOTAL USER AUXILIARY SLOTS 135,000

MAX USER VIO AUXILIARY SLOTS 0 MIN LPA FIXED FRAMES 90

INVALID SAMPLES SKIPPED BECAUSE OF -- INVALID SAMPLES SKIPPED BECAUSE OF --

ERRORS AT THE RSM FIXED FRAMES -- NEGATIVES VALUES AT THE CALCULATION --

COUNTING INTERFACE (IARXCNTF) -- 0 OF THE FIXED CSA FRAMES COUNT -- 0

TOTAL VIO PAGES WRITTEN TO EXT STORAGE 373 MAX LPA FIXED FRAMES 90

TOTAL VIO PAGES MIGRATED FROM EXT STORAGE 0 AVG LPA FIXED FRAMES 90

TOTAL VIO PAGES READ FROM EXT STORAGE 99 MIN LSQA FIXED FRAMES 2,766

MIN. NUMBER OF VIO PAGES IN EXPANDED STORAGE MAX LSQA FIXED FRAMES 3,004

MAX. NUMBER OF VIO PAGES IN EXPANDED STORAGE AVG LSQA FIXED FRAMES 2,873

AVG. NUMBER OF VIO PAGES IN EXPANDED STORAGE MIN.NUMBER OF FIXED FRAMES BELOW 16 MEG 401

MIN. LPA PAGEABLE FRAMES 1,690 MAX.NUMBER OF FIXED FRAMES BELOW 16 MEG 459

MAX LPA PAGEABLE FRAMES 2,023 AVG.NUMBER OF FIXED FRAMES BELOW 16 MEG 416

AVG LPA PAGEABLE FRAMES 1,902 TOTAL PAGE MOVES 1,233

SRM OPT MEMBER NAME IEAOPT00 MAX VALUE HIGH UIC 254

TOTAL PAGE MOVES TO ES 17,033 AVG VALUE HIGH UIC. SCALE FACTOR IS -1 2,536

TOTAL MIGRATIONS ES TO AUX 0 MIN VALUE MIGRATION AGE 30,699

MIN ES SLOTS AVAILABLE 2,484 MAX VALUE MIGRATION AGE 30,699

MAX ES SLOTS AVAILABLE 4,976 AVG VALUE MIGRATION AGE. SCALE FACTOR IS -1 306,990

AVG ES SLOTS AVAILABLE 3,841 NUMBER ES SLOTS INSTALLED 32,768

MIN VALUE HIGH UIC 240 NUMBER ES SLOTS ONLINE AT END OF INTERVAL 32,768

TOTAL PAGES READ FROM EXT STORAGE 14,390






**********************



SECTION OF SWAP AUXILIARY SWAPED TO SWAPED TO EXPANDED STORAGE EXPANDED STORAGE


--------------------------------------------------------------------------------------------------------------------------------

01 107 0 0 0 0 0

02 2,864 0 9 0 0 0

03 46 0 0 0 0 0

04 0 0 0 0 0 0

05 0 0 0 0 0 0

06 188 0 0 0 0 0

07 0 0 0 0 0 0

08 0 0 0 0 0 0

09 0 0 0 0 0 0

10 0 0 0 0 0 0

11 0 0 0 0 0 0

12 0 0 0 0 0 0

13 0 0 0 0 0 0

14 0 0 0 0 0 0

15 0 0 0 0 0 0




SMF71HDR 1 CH ;



















SMF71PDS 4 33 BI ;OFFSET TO PAGING DATA SECTION

SMF71PDL 2 37 BI ;LENGTH OF PAGING DATA SECTION

SMF71PDN 2 39 BI ;NUMBER OF PAGING DATA SECTION

SMF71SWS 4 41 BI ;OFFSET TO SWAP PLACEMENT DATA SECTION

SMF71SWL 2 45 BI ;LENGTH OF SWAP PLACEMENT DATA SECTION

SMF71SWN 2 47 BI ;NUMBER OF SWAP PLACEMENT DATA SECTION

SMF71PRO 1 1 CH ;




* TO PACKED 'VRLF'








*




*




















SMF71PAG 1 1 CH ;

REDEFINE AT SMF71PAG

SMF71PIN 4 1 BI ;PAGE-INS EXCLUDING VIO AND SWAP

SMF71POT 4 5 BI ;PAGE-OUTS EXCLUDING VIO AND SWAP

SMF71PRC 4 9 BI ;PAGE RECLAIMS EXCLUDING VIO

SMF71SSQ 4 13 BI ;# OF MEMORY SWAP SEQUENCES

SMF71SIN 4 17 BI ;SWAP-IN PAGES

SMF71SOT 4 21 BI ;SWAP-OUT PAGES

SMF71VIN 4 25 BI ;VIO PAGE-INS

SMF71VOT 4 29 BI ;VIO PAGE-OUTS

SMF71VRC 4 33 BI ;VIO PAGE RECLAIMS

SMF71SNI 4 37 BI ;SYSTEM PAGABLE AREAS NON-VIO PAGE-INS

SMF71SNO 4 41 BI ;SPA NON-VIO PAGE-OUTS

SMF71SNR 4 45 BI ;SPA NON-VIO PAGE RECLAIMS

SMF71LNI 4 49 BI ;LPA PAGE-INS,NON-VIO AND NON-SWAP

SMF71LNR 4 53 BI ;LPA PAGE-RECLAIMS,NON-VIO AND NON-SWAP

SMF71AFC 4 57 BI ;MAIN STORAGE AVAILABLE FRAME COUNT

SMF71TFC 4 61 BI ;MAIN STORAGE TOTAL FRAME COUNT

SMF71TSC 4 65 BI ;AUX TOTAL SLOT COUNT

SMF71DSC 4 69 BI ;AUX DATA SET SLOT COUNT

SMF71VSC 4 73 BI ;AUX VIRTUAL MEMORY SLOT COUNT

SMF71NSC 4 77 BI ;AUX UNALLOCATED SLOT COUNT

SMF71FIN 4 81 BI ;NUMBER FRAMES IN NUCLEUS

SMF71MNF 4 85 BI ;MIN AVAILABLE PAGE FRAMES

SMF71MXF 4 89 BI ;MAX AVAILABLE PAGE FRAMES

SMF71AVF 4 93 BI ;AVG AVAILABLE PAGE FRAMES

SMF71MNP 4 97 BI ;MIN CSA PAGEABLE FRAMES

SMF71MXP 4 101 BI ;MAX CSA PAGEABLE FRAMES

SMF71AVP 4 105 BI ;AVG CSA PAGEABLE FRAMES

SMF71MNS 4 109 BI ;MIN ADDR SPACE PAGEABLE FRAMES

SMF71MXS 4 113 BI ;MAX ADDR SPACE PAGEABLE FRAMES

SMF71AVS 4 117 BI ;AVG ADDR SPACE PAGEABLE FRAMES

SMF71MNT 4 121 BI ;MIN TOTAL PAGEABLE FRAMES

SMF71MXT 4 125 BI ;MAX TOTAL PAGEABLE FRAMES

SMF71AVT 4 129 BI ;AVG TOTAL PAGEABLE FRAMES

SMF71MNQ 4 133 BI ;MIN SQA FIXED FRAMES

SMF71MXQ 4 137 BI ;MAX SQA FIXED FRAMES



SMF71AVQ 4 141 BI ;AVG SQA FIXED FRAMES

SMF71MNC 4 145 BI ;MIN CSA FIXED FRAMES

SMF71MXC 4 149 BI ;MAX CSA FIXED FRAMES

SMF71AVC 4 153 BI ;AVG CSA FIXED FRAMES

SMF71MNR 4 157 BI ;MIN ADDRESS SPACE FIXED FRAMES (W/O LSQA)

SMF71MXR 4 161 BI ;MAX ADDRESS SPACE FIXED FRAMES (W/O LSQA)

SMF71AVR 4 165 BI ;AVG ADDRESS SPACE FIXED FRAMES (W/O LSQA)

SMF71MNX 4 169 BI ;MIN TOTAL FIXED FRAMES

SMF71MXX 4 173 BI ;MAX TOTAL FIXED FRAMES

SMF71AVX 4 177 BI ;AVG TOTAL FIXED FRAMES

SMF71MNU 4 181 BI ;MIN AVAILABLE USER AUXILIARY SLOTS

SMF71MXU 4 185 BI ;MAX AVAILABLE USER AUXILIARY SLOTS

SMF71AVU 4 189 BI ;AVG AVAILABLE USER AUXILIARY SLOTS

SMF71MNV 4 193 BI ;MIN USER VIO AUXILIARY SLOTS

SMF71MXV 4 197 BI ;MAX USER VIO AUXILIARY SLOTS

SMF71AVV 4 201 BI ;AVG USER VIO AUXILIARY SLOTS

SMF71MNM 4 205 BI ;MIN USER MEMORY AUXILIARY SLOTS

SMF71MXM 4 209 BI ;MAX USER MEMORY AUXILIARY SLOTS

SMF71AVM 4 213 BI ;AVG USER MEMORY AUXILIARY SLOTS

SMF71MNB 4 217 BI ;MINIMUM UNAVAILABLE(BAD) USER SLOTS

SMF71MXB 4 221 BI ;MAXIMUM UNAVAILABLE(BAD) USER SLOTS

SMF71AVB 4 225 BI ;AVERAGE UNAVAILABLE(BAD) USER SLOTS

SMF71MNA 4 229 BI ;MIN TOTAL USER AUXILIARY SLOTS

SMF71MXA 4 233 BI ;MAX TOTAL USER AUXILIARY SLOTS


* ERRORS AT THE RSM FIXED FRAMES COUNTING

* INTERFACE (IARXCNTF)


* NEGATIVE VALUES AT THE CALCULATION OF THE

* FIXED CSA FRAMES COUNT

SMF71VME 4 241 BI ;TOTAL VIO PAGES WRITTEN TO EXT STORAGE

SMF71VMG 4 245 BI ;TOTAL VIO PAGES MIGRATED FROM EXT STORAGE

*

SMF71VRE 4 249 BI ;TOTAL VIO PAGES READ FROM EXT STORAGE

SMF71MVE 4 253 BI ;MINIMUM NUMBER OF VIO PAGES IN EXP. STR.

*

SMF71XVE 4 257 BI ;MAXIMUM NUMBER OF VIO PAGES IN EXP. STR.

*

SMF71AVE 4 261 BI ;AVERAGE NUMBER OF VIO PAGES IN EXP. STR.

*

SMF71RSS 4 265 BI ;NUMBER REAL STORAGE SWAPS


SMF71EXS 4 269 BI ;NUMBER OF EXCHANGE SWAPS BASED

* ON RECOMMENDATION VALUE


SMF71EES 4 273 BI ;NUMBER OF ENQUEUE EXCHANGE SWAPS


SMF71TOS 4 277 BI ;NO. TERMINAL WAITS (OUTPUT) CANDIDATES




SMF71TXS 4 281 BI ;NUMBER OF TRANSITION SWAPS


SMF71LGS 4 285 BI ;NUMBER OF LOGICAL SWAPS


SMF71LFS 4 289 BI ;NUMBER OF DETECTED LONG THINK TIME SWAPS


SMF71LSS 4 293 BI ;NO. OF LOGICAL SWAPS OUTSTANDING AT START

* OF INTERVAL


SMF71LSE 4 297 BI ;NO. OF LOGICAL SWAPS OUTSTANDING AT END

* OF INTERVAL


SMF71NLP 4 301 BI ;MIN. LPA PAGEABLE FRAMES

SMF71XLP 4 305 BI ;MAX LPA PAGEABLE FRAMES

SMF71ALP 4 309 BI ;AVG LPA PAGEABLE FRAMES

SMF71NLF 4 313 BI ;MIN LPA FIXED FRAMES

SMF71XLF 4 317 BI ;MAX LPA FIXED FRAMES

SMF71ALF 4 321 BI ;AVG LPA FIXED FRAMES

SMF71NLS 4 325 BI ;MIN LSQA FIXED FRAMES

SMF71XLS 4 329 BI ;MAX LSQA FIXED FRAMES

SMF71ALS 4 333 BI ;AVG LSQA FIXED FRAMES

SMF71MNL 4 337 BI ;MIN.NUMBER OF FIXED FRAMES BELOW 16 MEG

SMF71MXL 4 341 BI ;MAX.NUMBER OF FIXED FRAMES BELOW 16 MEG

SMF71AVL 4 345 BI ;AVG.NUMBER OF FIXED FRAMES BELOW 16 MEG

SMF71PMV 4 349 BI ;TOTAL PAGE MOVES

SMF71OPT 8 353 CH ;SRM OPT MEMBER NAME

SMF71PES 4 361 BI ;TOTAL PAGE MOVES TO ES

SMF71PEA 4 365 BI ;TOTAL MIGRATIONS ES TO AUX

SMF71AMN 4 369 BI ;MIN ES SLOTS AVAILABLE

SMF71AMX 4 373 BI ;MAX ES SLOTS AVAILABLE

SMF71ASA 4 377 BI ;AVG ES SLOTS AVAILABLE

SMF71LIC 4 381 BI ;MIN VALUE HIGH UIC

SMF71HIC 4 385 BI ;MAX VALUE HIGH UIC

SMF71ACA 4 389 BI ;AVG VALUE HIGH UIC


SMF71LMA 4 393 BI ;MIN VALUE MIGRATION AGE

SMF71HMA 4 397 BI ;MAX VALUE MIGRATION AGE

SMF71AMA 4 401 BI ;AVG VALUE MIGRATION AGE


SMF71CF 4 405 BI ;NUMBER ES SLOTS INSTALLED

SMF71OLE 4 409 BI ;NUMBER ES SLOTS ONLINE AT END OF INTERVAL

SMF71RES 4 413 BI ;TOTAL PAGES READ FROM EXT STORAGE

SMF71MSR 4 417 BI ;MINIMUM NUMBER SQA PAGES IN CENTRAL (REAL) STR.

SMF71XSR 4 421 BI ;MAXIMUM NUMBER SQA PAGES IN CENTRAL (REAL) STR.

SMF71ASR 4 425 BI ;AVERAGE NUMBER SQA PAGES IN CENTRAL (REAL) STR.

SMF71MSE 4 429 BI ;MINIMUM NUMBER SQA PAGES IN EXPANDED STORAGE

SMF71XSE 4 433 BI ;MAXIMUM NUMBER SQA PAGES IN EXPANDED STORAGE

SMF71ASE 4 437 BI ;AVERAGE NUMBER SQA PAGES IN EXPANDED STORAGE

SMF71LME 4 441 BI ;MINIMUM NUMBER OF LPA PAGES IN EXP. STR.



SMF71LXE 4 445 BI ;MAXIMUM NUMBER OF LPA PAGES IN EXP. STR.

SMF71LAE 4 449 BI ;AVERAGE NUMBER OF LPA PAGES IN EXP. STR.

SMF71CME 4 453 BI ;MINIMUM NUMBER OF CSA PAGES IN EXP. STR.

SMF71CXE 4 457 BI ;MAXIMUM NUMBER OF CSA PAGES IN EXP. STR.

SMF71CAE 4 461 BI ;AVERAGE NUMBER OF CSA PAGES IN EXP. STR.

SMF71MLR 4 465 BI ;MINIMUM NUMBER OF LSQA PAGES IN CENTRAL REAL S.

SMF71XLR 4 469 BI ;MAXIMUM NUMBER OF LSQA PAGES IN CENTRAL REAL S.

SMF71ALR 4 473 BI ;AVERAGE NUMBER OF LSQA PAGES IN CENTRAL REAL S.

SMF71MLE 4 477 BI ;MINIMUM NUMBER OF LSQA PAGES IN EXPANDED STR.

SMF71XLE 4 481 BI ;MAXIMUM NUMBER OF LSQA PAGES IN EXPANDED STR.

SMF71ALE 4 485 BI ;AVERAGE NUMBER OF LSQA PAGES IN EXPANDED STR.

SMF71RME 4 489 BI ;MINIMUM REG + SWA PAGES IN EXPANDED STORAGE

SMF71RXE 4 493 BI ;MAXIMUM REG + SWA PAGES IN EXPANDED STORAGE

SMF71RAE 4 497 BI ;AVERAGE REG + SWA PAGES IN EXPANDED STORAGE

SMF71ISC 4 501 BI ;NUMBER OF INCORRECT SAMPLES RETURNED FROM C. S.

SMF71HME 4 505 BI ;TOTAL HYPERSPACE PAGES WRITTEN TO EXP. STR.

SMF71HRE 4 509 BI ;TOTAL HYPERSPACE PAGES READ FROM EXP. STR.

SMF71HMG 4 513 BI ;TOTAL HYPERSPACE PAGES MIGRATED FROM EXP. STR

;TO AUXILIARY STORAGE

SMF71HOT 4 517 BI ;NUMBER OF HYPERSPACE PAGE-OUTS

SMF71HIN 4 521 BI ;NUMBER OF HYPERSPACE PAGE-INS

SMF71MHE 4 525 BI ;MINIMUM NUMBER OF HYPERSPACE PAGES IN EXP. STR

SMF71XHE 4 529 BI ;MAXIMUM NUMBER OF HYPERSPACE PAGES IN EXP. STR

SMF71AHE 4 533 BI ;AVERAGE NUMBER OF HYPERSPACE PAGES IN EXP. STR.

SMF71BLP 4 537 BI ;NUMBER OF BLOCKED PAGES PAGED IN

SMF71BLK 4 541 BI ;NUMBER OF BLOCKS PAGED IN

SMF71PWS 4 545 BI ;NUMBER OF PRIMARY WORKING-SET PAGES MIGRATED

; FROM EXPANDED STORAGE

SMF71FNM 4 549 BI ;NUMBER OF EXPANDED STORAGE FRAMES FREED WITHOUT

;MIGRATION

SMF71SWP 1 1 CH ;

REDEFINE AT SMF71SWP

SMF71TOT 4 1 BI ;NUMBER OF TOTAL SWAP CANDIDATES

SMF71AXD 4 5 BI ;PHYSICAL SWAPS DIRECTLY TO AUX STORAGE

SMF71LES 4 9 BI ;OF LOGICALLY SWAPPED, TOTAL NUMBER PHYSI-

* CALLY SWAPPED TO EXTENDED STORAGE

SMF71LAX 4 13 BI ;OF LOGICALLY SWAPPED, TOTAL NUMBER PHYSI-

* CALLY SWAPPED TO AUX STORAGE

SMF71ESD 4 17 BI ;PHYSICAL SWAPS DIRECTLY TO EXTENDED STOR

SMF71MIG 4 21 BI ;NUMBER OF PHYSICALLY SWAPPED MIGRATED

* FROM EXTENDED TO AUX STORAGE



DYRMF72 COPY Function The DYRMF72 COPY function can be used to print SMF (RMF) type 72 records in two report formats — a long format and a short format. SMF (RMF) type 72 records contain information that is pertinent to RMF WORKLOAD ACTIVITY AND STORAGE DATA. The examples for DYRMF72 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY SMF72REC

COPY DYRMF72 #1=”'08/04/97'” #2=”'00:05:00'”

#3=”'08/04/97'” #4=”'07:00:00'”

#L=YES #S=NULL

FIN






COPY SMF72REC

COPY DYRMF72

#S=YES #L=NULL

FIN



Record selection logic can be placed between the COPY SMF72REC statement and the “COPY DYRMF72” statement. For instance, in the example shown above the following code:


REJECT

ENDIF



08/10/97 09.57.56 RMF RECORD 72 RMF WORKLOAD ACTIVITY AND STORAGE DATA SHORT FORM PAGE 1

HEADER SECTION

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RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************







HEADER SECTION

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RMF PRODUCT 52 52 1



RMF PRODUCT SECTION



*******************








08/10/97 14.52.18 RMF RECORD 72 RMF WORKLOAD ACTIVITY AND STORAGE DATA LONG FORM PAGE 1

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RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************








************************************


HIGHEST PG NO DEFINED IN IPS 852 IOC RESOURCE FACTOR COEFFICIENT 0.1

CPU RESOURCE FACTOR COEFFICIENT 0.1 ERV RESOURCE MANAGER COEFFICIENT 500

IOC SERVICE DEFINITION COEFFICIENT 5.0 CPU SERVICE DEFINITION COEFFICIENT 10.0





MAIN STORAGE SERVICE DEFINITION COEF. SRB SERVICE DEFINITION COEFFICIENT 10.0

NAME OF IEAOPTXX MEMBER IEAOPT00 NAME OF IEAICSXX MEMBER IEAICS00

NAME OF SUBSYSTEM ASSOCIATED WITH THIS PGN JES2 USER IDENTIFIER ASSOCIATED WITH THIS PGN

NAME OF TRANSACTION ASSOCIATED WITH THIS PGN CPU TIME PER SERVICE UNIT 00:00:00.23


************************************************



ELAPSED TIME ACCUMULATED BY ALL -- WORKLOAD LEVEL OF ALL TRANSACTIONS --

TRANSACTIONS THAT ENDED IN THIS PG PERIOD -- 00:00:55.59 IN UNITS OF 1/256 OF A LEVEL -- 19,391






SUM OF THE SQUARES OF THE ELAPSED TIMES --


ACCUMULATED BY ALL ENDED TRANSACTIONS (HEX) -- 8A17 7C1F

THE ACTIVE FRAME-TIME (HEX) 0219 3F4C


NUMBER OF BLOCKED PAGES PAGED-IN 1,077,952,576 UNBLOCKED PAGES PAGED IN FROM EXP. STORAGE 1,077,952,576










************************************************



ELAPSED TIME ACCUMULATED BY ALL -- WORKLOAD LEVEL OF ALL TRANSACTIONS --

TRANSACTIONS THAT ENDED IN THIS PG PERIOD -- 00:08:43.98 IN UNITS OF 1/256 OF A LEVEL -- 17,325






SUM OF THE SQUARES OF THE ELAPSED TIMES --

ACCUMULATED BY ALL ENDED TRANSACTIONS (HEX) -- 000E 6A6F C53A

THE ACTIVE FRAME-TIME (HEX) 07B2 841B


NUMBER OF BLOCKED PAGES PAGED-IN 1,077,952,576 UNBLOCKED PAGES PAGED IN FROM EXP. STORAGE 1,077,952,576






SMF72HDR 1 CH ;





















SMF72WLS 4 33 BI ;OFFSET TO WORKLOAD CONTROL SECTION

SMF72WLL 2 37 BI ;LENGTH OF WORKLOAD CONTROL SECTION

SMF72WLN 2 39 BI ;NUMBER OF WORKLOAD CONTROL SECTIONS

SMF72PGS 4 41 BI ;OFFSET TO PERFORMANCE GROUP PERIOD

* DATA SECTION

SMF72PGL 2 45 BI ;LENGTH OF PERFORMANCE GROUP PERIOD

* DATA SECTION

SMF72PGN 2 47 BI ;NUMBER OF PERFORMANCE GROUP PERIOD

* DATA SECTIONS

SMF72PRO 1 1 CH ;




* TO PACKED 'VRLF'








*



* ... DIFFERENT SMF RECORD TYPES

*


















SMF72CTL 1 1 CH ;


SMF72FG1 1 1 BI ;FLAGS

*SMF72CHF EQU 1 CHANGE TO PERFORMANCE SENSITIVE

* VARIABLE WAS MADE



*SMF72RPT EQU 2 _ REPORT CLASS

*SMF72ACN EQU 4 _ ACCOUNT INFORMATION


SMF72SUB 2 3 BI ;SUB-CATEGORY CODE,PERF.GROUP #

SMF72HPG 2 5 BI ;HIGHEST PERF GROUP(PG) # DEFINED IN IPS

SMF72IPS 8 7 CH ;NAME OF INSTALLATION PERF SPEC

SMF72IRF 3 15 CH ;IOC RESOURCE FACTOR COEFFICIENT

SMF72CRF 3 18 CH ;CPU RESOURCE FACTOR COEFFICIENT

SMF72ERF 6 21 CH ;ERV RESOURCE MANAGER COEFFICIENT

SMF72ISD 4 27 CH ;IOC SERVICE DEFINITION COEFFICIENT

SMF72CSD 4 31 CH ;CPU SERVICE DEFINITION COEFFICIENT


SMF72SSD 4 39 CH ;SRB SERVICE DEFINITION COEFFICIENT

SMF72OPT 8 43 CH ;NAME OF OPT

SMF72ICS 8 51 CH ;NAME OF ICS

SMF72SYS 4 59 CH ;SUBSYSTEM FOR THIS PGN

SMF72CLS 10 63 CH ;CLASS

SMF72USR 10 73 CH ;USER ID

SMF72NAM 10 83 CH ;TRANSACTION NAME FOR THIS PGN

SMF72ADJ 4 93 BI ;VALUE RMCTADJC — ADJ. FACTOR FOR CPU RATE

SMF72MSD 8 97 ;MAIN STORAGE SERVICE DEFINITION COEFFICIENT

SMF72WKL 1 1 CH ;

REDEFINE AT SMF72WKL

SMF72TTX 4 1 BI ;# OF TERMINATED TRANSACTIONS

SMF72ACT 4 5 BI ;ALL TRANSACTIONS ACTIVE TIME-1K MIC SEC

SMF72SER 4 9 BI ;ALL TRANSACTIONS SERVICE UNITS

SMF72TTM 4 13 BI ;TERM TRANS ELAPSED TIME-1K MIC SEC

SMF72LEV 4 17 BI ;WORKLOAD LEVEL (1/256 OF A LEVEL)

SMF72MTS 4 21 BI ;MSO TOTAL SERVICE

SMF72ITS 4 25 BI ;I/O TOTAL SERVICE

SMF72CTS 4 29 BI ;CPU TOTAL SERVICE

SMF72TAT 4 33 BI ;TRANSACTION ACTIVE TIME IN STORAGE

SMF72SPP 4 37 BI ;NO. SWAPS IN PERIOD

SMF72CDN 2 41 BI ;CURRENT DOMAIN NUMBER

SMF72PON 1 43 BI ;PERFORMANCE OBJECTIVE NUMBER

SMF72TSG 1 44 BI ;TIME SLICE GROUP NUMBER

SMF72STS 4 45 BI ;SRB TOTAL SERVICE



SMF72PIN 4 57 BI ;NUMBER OF PAGE-INS



SMF72HIN 4 69 BI ;NUMBER OF PAGE-INS OF HYPERSPACES

SMF72HRM 4 73 BI ;NUMBER OF ESO HYPERSPACE READ MISSES

SMF72BPI 4 77 BI ;NUMBER OF BLOCKED PAGES PAGED-IN

SMF72PIE 4 81 BI ;TOTAL NUMBER OF UNBLOCKED PAGES, FROM EXP. STR.

SMF72BPE 4 85 BI ;NUMBER OF BLOCKED PAGES PAGED IN FROM EXP. STR.

SMF72BKA 4 89 BI ;NUMBER OF BLOCKS PAGED IN FROM AUX. STO.

SMF72BKE 4 93 BI ;TOTAL NUMBER OF BLOCKS PAGED IN FROM EXP. STR.



SMF72ER1 4 97 BI ;1ST FOUR BYTES OF THE EXP. STR. FRAME R. TIME

SMF72ER2 4 101 BI ;2ND FOUR BYTES OF THE EXP. STR. FRAME R. TIME

SMF72RCT 4 105 BI ;REGION CONTROL TASK (RCT) TIME

SMF72IIT 4 109 BI ;I/O INTERRUPT PROCESSING TIME

SMF72HST 4 113 BI ;HYPERSPACE SERVICE TIME

SMF72TST 4 117 BI ;TOTAL SYSTEM TRANSACTION TIME OF ENDED TRANSAC.

;*

S2_WCS_HDR 1 1 CH ;SUBTYPE 2 (WORKLOAD CONTROL SECTION)

REDEFINE AT S2 _WCS_HDR

R722TSR 2 1 BI ;SMALL RECORDS WRITTEN DURING INTERVAL


R722TOT 4 5 BI ;DATA SECTIONS RECORDED DURING INTERVAL

R722NXT 4 9 BI ;DATA SECTIONS IN FOLLOWING RECORDS

R722IPS 8 13 CH ;NAME OF IPS

;*

S2_DC_HDR 1 1 CH ;SUBTYPE 2 (DATA SECTION)

REDEFINE AT S2_DC_ HDR

R722PG 2 1 BI ;PERFORMANCE GROUP NUMBER

R722DMN 2 3 BI ;DOMAIN NUMBER

R722USER 4 5 BI ;AVERAGE USERS IN THIS PERFORMANCE GROUP

R722ACTV 4 9 BI ;AVERAGE ACTIVE USERS IN THIS PER. GRP.

R722PAGE 4 13 BI ;SUM OF ALL PAGING DELAYS SAMPLES

R722SWAP 4 17 BI ;SUM OF ALL SWAP-IN DELAYS SAMPLES

R722OUTR 4 21 BI ;SUM OF ALL OUT AND READY DELAY SAMPLES

R722ACTF 4 25 BI ;SUM OF ALL FRAMES HELD BY ACTIVE USERS

R722ACTS 4 29 BI ;SUM OF SAMPLE COUNTS FOR ALL ACTIVE USERS

R722IDLE 4 33 BI ;SUM OF ALL FRAMES HELD FOR IDLE USERS

R722IDLS 4 37 BI ;SUM OF SAMPLE COUNTS FOR ALL IDLE USERS

R722PGIN 4 41 BI ;SUM OF ALL PAGE-INS

R722SLOT 4 45 BI ;SUM OF ALL AUXILIARY-STORAGE PAGING SLOTS

R722DIV 4 49 BI ;SUM OF ALL DATA-IN-VIRTUAL FRAMES

R722DIVS 4 53 BI ;SUM OF ALL DATA-IN-VIRTUAL SAMPLES

R722FIX 4 57 BI ;SUM OF ALL FIXED FRAMES HELD BY USERS



DYRMF73 COPY Function The DYRMF73 COPY function can be used to print SMF (RMF) type 73 records in two report formats — a long format and a short format. SMF (RMF) type 73 records contain information that is pertinent to RMF CHANNEL PATH ACTIVITY. The examples for DYRMF73 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY SMF73REC

COPY DYRMF73 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN








COPY SMF73REC

COPY DYRMF73

#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 10.31.22 RECORD TYPE 73 RMF CHANNEL PATH ACTIVITY SHORT FORM PAGE 1

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**************

SYSTEM ID FROM INSTALLATION CCC1 SUBSYSTEM ID (RMF) RMF




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RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************







HEADER SECTION

**************

SYSTEM ID FROM INSTALLATION CCC1 SUBSYSTEM ID (RMF) RMF




--------------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************










08/10/97 15.39.48 RECORD TYPE 73 RMF CHANNEL PATH ACTIVITY LONG FORM PAGE 1

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RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

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****************************





08/10/97 15.39.48 RECORD TYPE 73 RMF CHANNEL PATH ACTIVITY LONG FORM PAGE 2

CHANNEL PATH DATA SECTION

*************************

CHANNEL COUNT OF STORE CHANNEL PATH CHANNEL CHANNEL

PATH STATUS SAMPLES TAKEN BY SRM PATH FLAGS

DATA SECTION IN WHICH THE CHANNEL PATH IDENTIFICATION

NUMBER WAS FOUND BUSY (HEX)

---------------------------------------------------------------------------------------------------------------------

1 0 00 -------

2 0 01 -------

3 211,883 02 -------

4 4,063 03 -------

5 10,126 04 -------

6 0 05 -------

7 222,231 06 -------

8 0 07 -------

9 11,644 08 -------

10 0 09 -------

11 197,483 0A -------

12 295,843 0B -------

13 372,474 0C -------

14 0 0D -------

15 192,177 0E -------

16 22,287 0F -------




SMF73HDR 1 CH ;



















SMF73HIS 4 33 BI ;OFFSET TO CHANNEL CONTROL SECTION

SMF73HIL 2 37 BI ;LENGTH OF CHANNEL CONTROL SECTION

SMF73HIN 2 39 BI ;NUMBER OF CHANNEL CONTROL SECTIONS

SMF73HPS 4 41 BI ;OFFSET TO CHANNEL DATA SECTION

SMF73HPL 2 45 BI ;LENGTH OF CHANNEL DATA SECTION

SMF73HPN 2 47 BI ;NUMBER OF CHANNEL DATA SECTIONS

*WORKAREA

SMF73PRO 1 1 CH ;




* TO PACKED 'VRLF'








*




*




















*WORKAREA

SMF73CTL 1 1 CH ;


SMF73SMP 4 1 BI ;NUMBER OF SAMPLES, WEIGHTED BY SRM.

SMF73CFL 1 5 BI ;CONFIGURATION CHANGE FLAGS

FILLER 3 6 CH ;

SMF73TNM 44 9 CH ;IODF NAME

SMF73TSF 2 53 CH ;IODF NAME SUFFIX

FILLER 2 55 CH ;

SMF73TOK 16 57 CH ;PARTIAL TOKEN INFORMATION

SMF73TDT 8 73 CH ;IODF CREATION DATE

SMF73TTM 8 81 CH ;IODF CREATION TIME

*WORKAREA

SMF73CHA 1 1 CH ;

REDEFINE AT SMF73CHA

SMF73PID 1 1 BI ;CHANNEL PATH IDENTIFICATIONS

* THE RANGE OF VALUES IS 0 TO FF

SMF73FG2 1 2 BI ;CHANNEL FLAGS

*SMF73RV3 EQU X'C0' RESERVED

*SMF73BL EQU X'20' BLOCK MULTIPLEXOR

*SMF73BY EQU X'10' BYTE MULTIPLEXOR

*SMF73RV4 EQU X'08' RESERVED

*SMF73PAR EQU X'04' ONLY PARTIAL STATISTICS AVAILABLE

*SMF73VAC EQU X'02' DATA INVALID. CHANNEL PATH WAS VARIED DURING

* INTERVAL.

*SMF73STA EQU X'01' CHANNEL PATH IS CURRENTLY ONLINE

SMF73FG3 1 3 BI ;CHANNEL FLAGS EXTENSION


SMF73BSY 4 5 BI ;NUMBER OF SAMPLES IN WHICH THE CHANNEL PATH

* WAS BUSY. WEIGHTED BY SRM.



DYRMF74 COPY Function The DYRMF74 COPY function can be used to print SMF (RMF) type 74 records in two report formats — a long format and a short format. SMF (RMF) type 74 records contain information that is pertinent to RMF DEVICE ACTIVITY. The examples for DYRMF74 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY SMF74REC

COPY DYRMF74 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN





OPTION STRUCTURED2




COPY SMF74REC

COPY DYRMF74

#S=YES #L=NULL

FIN

Record selection logic can be placed between the COPY SMF74REC statement and the “COPY DYRMF74” statement. For instance, in the example shown above the following code:


REJECT

ENDIF





08/10/97 08.53.23 RECORD TYPE 74 RMF DEVICE ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************





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RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************







HEADER SECTION

**************





-----------------------------------------------------------------------------------------------------

RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************










08/10/97 15.38.37 RECORD TYPE 74 RMF DEVICE ACTIVITY LONG FORM PAGE 1

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RMF PRODUCT 52 52 1



RMF PRODUCT SECTION

*******************








**********************

DEVICE DATA SECTIONS IN FOLLOWING RECORD 0 TOTAL DEVICE DATA SECTIONS IN ALL RECORDS 0

TOTAL DEVICES SPECIFIED (ALL CLASSES) 88 REG 15 AFTER SMS INTERFACE CALL (SSI RC) 0

DEVICE CLASS CODE MAGNETIC TAPE DEVICES

PROCESSING FLAGS FOR DASD DEVICE CLASS NO INFORMATION

MESSAGE FLAGS FOR DASD DEVICE CLASS NO INFORMATION

RETURN CODE FROM SMS INTERFACE (SSOB RC) 0 REASON CODE FROM SMS INTERFACE (SSOB RS) 0






-------------------




MAGNETIC TAPE -





SAMPLES, DEVICE RESERVED, SSCH COM. NOT ISSUED 0 SAMPLES TAKEN WHEN THE DEVICE WAS RESERVED 0






STORAGE GROUP NAME


-------------------




MAGNETIC TAPE -















STORAGE GROUP NAME


-------------------




MAGNETIC TAPE -











STORAGE GROUP NAME






-------------------



VOLUME SERIAL NUMBER OF VOLUME MOUNTED 004150 UNIT TYPE (HEX) 78048080

MAGNETIC TAPE -

EXPOSURES FOR A MULTIPLE EXPOSURE DEVICE 1 START SUBCHANNEL COUNT 9,371

MEASUREMENT EVENT COUNT 9,371 DEVICE CONNECT TIME (IN 128 MICROSEC. UNITS) 2,753,892

DEVICE PENDING TIME (IN 128 MICROSEC. UNITS) 678,237 DEVICE ACTIVE TIME (IN 128 MICROSEC. UNITS) 3,764,499

DEVICE DISC. TIME (IN 128 MICROSEC. UNITS) 332,370 REQUESTS QUEUED IN IOS FOR THIS DEVICE 0







STORAGE GROUP NAME


-------------------




MAGNETIC TAPE -











STORAGE GROUP NAME






-------------------

DEVICE ADDRESS (HEX) 071A LOGICAL CONTROL (NUMBER) (HEX) 0007



MAGNETIC TAPE -











STORAGE GROUP NAME


-------------------

DEVICE ADDRESS (HEX) 071B LOGICAL CONTROL (NUMBER) (HEX) 0007



MAGNETIC TAPE -















STORAGE GROUP NAME


-------------------















STORAGE GROUP NAME






-------------------















STORAGE GROUP NAME




SMF74HDR 1 CH ;




















SMF74DCS 4 33 BI ;OFFSET TO DEVICE CONTROL DATA SECTION

SMF74DCL 2 37 BI ;LENGTH OF DEVICE CONTROL DATA SECTION

SMF74DCN 2 39 BI ;NUMBER OF DEVICE CONTROL DATA SECTIONS

SMF74DDS 4 41 BI ;OFFSET TO DEVICE DATA SECTION

SMF74DDL 2 45 BI ;LENGTH OF DEVICE DATA SECTION

SMF74DDN 2 47 BI ;NUMBER OF DEVICE DATA SECTIONS


SMF742CO 4 33 BI ;OFFSET TO CONTROL DATA SECTION

SMF742CL 2 37 BI ;LENGTH OF CONTROL DATA SECTION

SMF742CN 2 39 BI ;NUMBER OF CONTROL DATA SECTIONS

SMF742SO 4 41 BI ;OFFSET TO SYSTEM DATA SECTION

SMF742SL 2 45 BI ;LENGTH OF SYSTEM DATA SECTION

SMF742SN 2 47 BI ;NUMBER OF SYSTEM DATA SECTIONS

SMF742PO 4 49 BI ;OFFSET TO PATH DATA SECTION

SMF742PL 2 53 BI ;LENGTH OF PATH DATA SECTION

SMF742PN 2 55 BI ;NUMBER OF PATH DATA SECTIONS

SMF742MO 4 57 BI ;OFFSET TO MEMBER DATA SECTION

SMF742ML 2 61 BI ;LENGTH OF MEMBER DATA SECTION

SMF742MN 2 63 BI ;NUMBER OF MEMBER DATA SECTIONS

********************** COMMON RMF PRODUCT SECTION *******************

SMF74PRO 1 1 CH ;




* TO PACKED 'VRLF'










*S

MF74MFL 2 23 BI ;RECORD MAINTENANCE INDICATION.



*S

MF74SAM 4 25 BI ;NUMBER OF SAMPLES

















********************** DEVICE CONTROL SECTION ***********************

SMF74A 1 1 CH ;

REDEFINE AT SMF74A

SMF74NXT 2 1 BI ;NUMBER OF DEVICE DATA SECTIONS IN FOLLOWING


SMF74TOT 2 3 BI ;NUMBER OF DEVICE DATA SECTIONS IN ALL


SMF74GEN 2 5 BI ;TOTAL NUMBER OF DEVICES SPECIFIED FOR ALL

* CLASSES AT SYSTEM GENERATION

SMF74SUB 2 7 BI ;DEVICE CLASS CODE:

* '0080'X — MAGNETIC TAPE DEVICES

* '0040'X — COMMUNICATION EQUIPMENT

* '0020'X — DIRECT ACCESS DEVICES

* '0010'X — GRAPHICS DEVICES

* '0008'X — UNIT RECORD DEVICES

* '0004'X — CHARACTER READER DEVICES

SMF74DCF 1 9 BI ;PROCESSING FLAGS FOR DASD DEVICE CLASS

*SMF74NRF EQU X'80' 1... .... ON = CAUSES TWO REPORT AREAS

*SMF74SGF EQU X'40' .1.. .... ON = CAUSES SORT BY SG

* ..11 1111 NOT USED

SMF74DMS 1 10 BI ;MESSAGE FLAGS FOR DASD DEVICE CLASS

*SMF74429 EQU X'80' 1... .... ON = MESSAGE ERB429I



*SMF74SME EQU X'40' 1... .... ON = SMS INTERFACE ERROR

* ..11 1111 NOT USED

FILLER 2 11 CH ;NOT USED

SMF74S15 4 13 BI ;REG 15 AFTER SMS INTERFACE CALL (SSI RC)

SMF74SRC 4 17 BI ;RETURN CODE FROM SMS INTERFACE (SSOB RC)

SMF74SRS 4 21 BI ;REASON CODE FROM SMS INTERFACE (SSOB RS)

********************** DEVICE DATA SECTION **************************

SMF74B 1 1 CH ;

REDEFINE AT SMF74B

SMF74NUM 2 1 BI ;DEVICE NUMBER IN THE RANGE X'0000' TO X'0FFF'

SMF74LCU 2 3 BI ;LOGICAL CONTROL UNIT NUMBER (00 TO FF)

SMF74RV3 1 5 BI ;INTERNALLY USED

SMF74CNF 1 6 BI ;DEVICE FLAGS:

*SMF74QUL EQU X'80' 1... .... ON= QUEUE LENGTH INVALID

*SMF74LCD EQU X'40' .1.. .... ON= NO LCU DATA

*SMF74CMB EQU X'20' ..1. .... ON= CMB DATA INVALID

* ...1 .... RESERVED

*SMF74PAR EQU X'08' .... 1... ON= ONLY PARTIAL STATISTICS

* AVAILABLE

*SMF74MXB EQU X'04' .... .1.. ON= DEVICE IS MULTIPLE EXPOSURE

* DEVICE; THIS IS BASE EXPOSURE

*SMF74VAC EQU X'02' .... ..1. ON= DATA RECORDED IS INVALID

* BECAUSE DEVICE WAS VARIED

* DURING INTERVAL

*SMF74STA EQU X'01' .... ...1 ON= DEVICE IS CURRENTLY ONLINE

SMF74SER 6 7 CH ;VOLUME SERIAL NUMBER OF MOUNTED VOLUME

SMF74TYP 4 13 BI ;UNIT TYPE

SMF74NUX 4 17 BI ;NUMBER OF EXPOSURES (IF MULTIPLE)

SMF74SSC 4 21 BI ;START SUBCHANNEL (SSCH) COUNT

SMF74MEC 4 25 BI ;MEASUREMENT EVENT COUNT (NUMBER OF SSCH

* FOR WHICH CONNECT, PENDING, AND ACTIVE

* TIMES WERE STORED

SMF74CNN 4 29 BI ;DEVICE CONNECT TIME

SMF74PEN 4 33 BI ;DEVICE PENDING TIME

SMF74ATV 4 37 BI ;DEVICE ACTIVE TIME

SMF74DIS 4 41 BI ;DEVICE DISCONNECT TIME

SMF74QUE 4 45 BI ;NUMBER OF REQUESTS QUEUED IN IOS FOR

* THIS DEVICE

SMF74UTL 4 49 BI ;NUMBER OF SAMPLES WHEN THE DEVICE WAS

* RESERVED, BUT AN SSCH HAD NOT BEEN ISSUED

SMF74RSV 4 53 BI ;NUMBER OF SAMPLES DURING THE MEASUREMENT


* WAS RESERVED

SMF74DSO 4 57 BI ;NOT LONGER NEEDED, NEW FIELD IS SMF74NDA

* VARIABLE NAME IS NEEDED FOR CONVERSION

SMF74ALC 4 61 BI ;NUMBER OF SAMPLES DURING THE MEASUREMENT


* WAS ALLOCATED

SMF74MTP 4 65 BI ;NUMBER OF SAMPLES DURING THE MEASUREMENT



* INTERVAL THAT INDICATED A MOUNT PENDING

* CONDITION

SMF74NRD 4 69 BI ;NUMBER OF SAMPLES DURING THE MEASUREMENT


* WAS NOT READY

SMF74COF 2 73 BI ;NUMBER OF REQUESTS WITH CONNECT TIME

* OVERFLOW

SMF74ICT 2 75 BI ;INVALID SAMPLE COUNT

SMF74DVB 4 77 BI ;DEVICE BUSY DELAY TIME

SMF74CUB 4 81 BI ;CONTROL UNIT BUSY DELAY TIME

SMF74CLF 1 85 BI ;FLAGS FOR EACH DEVICE CLASS:

*SMF74RNR EQU X'80' 1... .... FLAG FOR NUMBER OPTION ACTIVE

*SMF74RSG EQU X'40' .1.. .... FLAG FOR SG OPTION ACTIVE

*SMF74RCS EQU X'20' ..1. .... FLAG FOR SG NAME CHANGED DURING

* THE INTERVAL

* ...1 1111 UNUSED

FILLER 3 86 BI ;UNUSED

SMF74SGN 8 89 CH ;STORAGE GROUP NAME

SMF74NDA 4 97 BI ;TOTAL NUMBER OF ALLOCATIONS IN EFFECT

* FOR THE DEVICE

SMF74DEV 8 101 CH ;DEVICE MODEL NAME

SMF74CU 8 109 CH ;CONTROL UNIT NAME

SMF74DPB 4 117 BI ;TIME DIRECTOR PORT WAS BUSY

SMF74CNX 1 121 BI ;DEVICE FLAG EXTENSIONS

;************* SUBTYPE 2 ********************

CDS_HDR 1 1 CH ;CONTROL DATA SECTION

REDEFINE AT CDS_HDR

R742TSR 2 1 BI ;RECORDS OF TYPE 74 SUBTYPE 2 WRITTEN


R742STOT 4 5 BI ;SYSTEM DATA SECTIONS IN ALL SMF RECORDS

R742SNXT 4 9 BI ;SYSTEM DATA SECTIONS AFTER THIS RECORD

R742PTOT 4 13 BI ;PATH DATA SECTIONS IN ALL SMF RECORDS

R742PNXT 4 17 BI ;PATH DATA SECTIONS AFTER THIS RECORD

R742MTOT 4 21 BI ;MEMBER DATA SECTIONS IN ALL SMF RECORDS

R742MNXT 4 25 BI ;MEMBER DATA SECTIONS AFTER THIS RECORD

;*

SDS_HDR 1 1 CH ;SYSTEM DATA SECTION

REDEFINE AT SDS_HDR

R742SNME 8 1 CH ;SYSTEM NAME

R742SSTF 1 9 BI ;STATUS FLAGS

R742SDIR 1 10 BI ;DIRECTION OF THE MESSAGE TRAFFIC


R742SPTH 4 13 BI ;NUMBER OF SIGNALLING PATHS IN SERVICE

R742SBSY 4 17 BI ;NUMBER OF NO BUFFER CONDITIONS

R742SNOP 4 21 BI ;NUMBER OF NO PATH CONDITIONS

R742SMXB 4 25 BI ;MAXIMUM 1K BLOCKS OF MESSAGE BUFFER SPACE

R742SBIG 4 29 BI ;NUMBER OF BIG MESSAGE CONDITIONS

R742SFIT 4 33 BI ;NUMBER OF MESSAGE FIT CONDITIONS

R742SSML 4 37 BI ;NUMBER OF SMALL MESSAGE CONDITIONS



R742SOVR 4 41 BI ;MESSAGES THAT EXCEEDED THE MESSAGE LENGTH

R742STCL 8 49 CH ;TRANSPORT CLASS NAME

;*

PDS_HDR 1 1 CH ;PATH DATA SECTION

REDEFINE AT PDS_HDR

R742PNME 8 1 CH ;SYSTEM NAME

R742PDEV 4 9 CH ;DEVICE NUMBER

R742PSTF 1 13 BI ;STATUS FLAGS

R742PDIR 1 14 BI ;DIRECTION PATH


R742PONA 8 17 CH ;NAME OF SYSTEM OF THE OTHER END

R742PODV 4 25 CH ;DEVICE NAME ON THE OTHER END

R742PSTA 1 29 BI ;PATH STATUS


R742PRET 4 33 BI ;PATH RETRY LIMIT

R742PRST 4 37 BI ;NUMBER OF RESTARTS

R742PMXM 4 41 BI ;NUMBER OF 1K BLOCKS (MESSAGE BUFFER SPACE)

R742PSIG 4 45 BI ;OUTBOUND(INBOUND) SIGNALS SENT(RECEIVED)

R742PQLN 4 49 BI ;OUTBOUND SIGNALS PENDING TRANSFER ON PATH

R742PIBR 4 53 BI ;INBOUND SIGNALS REFUSED

R742PSUS 4 57 BI ;TIMES, PATH WAS NOT BUSY, WHEN SELECTED

R742PAPP 4 61 BI ;TIMES, PATH WAS BUSY, WHEN SELECTED

R742PTCN 8 65 CH ;TRANSPORT CLASS NAME

;*

MDS_HDR 1 1 CH ;MEMBER DATA SECTION

REDEFINE AT MDS_HDR

R742MSYS 8 1 CH ;SYSTEM NAME WHERE THE MEMBER RESIDES

R742MGRP 8 9 CH ;GROUP NAME

R742MMEM 16 17 CH ;MEMBER NAME

R742MSTF 1 33 BI ;STATUS FLAGS


R742MSNT 4 37 BI ;NUMBER OF SIGNALS SENT BY MEMBER

R742MRCV 4 41 BI ;NUMBER OF SIGNALS RECEIVED BY MEMBER



DYRMF75 COPY Function The DYRMF75 COPY function can be used to print SMF (RMF) type 75 records in two report formats — a long format and a short format. SMF (RMF) type 75 records contain information that is pertinent to RMF PAGE/SWAP DATA SET ACTIVITY. The examples for DYRMF75 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY SMF75REC

COPY DYRMF75 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN





OPTION STRUCTURED2




COPY SMF75REC

COPY DYRMF75

#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 08.55.21 RECORD 75 RMF PAGE/SWAP DATA SET ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************





------------------------------------------------------------------------------------------------------

RMF PRODUCT 44 52 1


RMF PRODUCT SECTION

*******************




RECORD MAINTENANCE INDICATION. 0 NUMBER OF SAMPLES 2,706



HEADER SECTION

**************





--------------------------------------------------------------------------------------------------------

RMF PRODUCT 44 52 1


RMF PRODUCT SECTION

*******************




RECORD MAINTENANCE INDICATION. 0 NUMBER OF SAMPLES 2,706





DYRMF75 Long Formatted Report

08/10/97 15.55.16 RECORD 75 RMF PAGE/SWAP DATA SET ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************





----------------------------------------------------------------------------------------------------------

RMF PRODUCT 44 52 1


RMF PRODUCT SECTION

*******************


TOD MONITOR 1 INTERVAL START 1 INTERVAL START 08/04/97






*******************************




DEVICE TYPE 3010200E DEVICE NUMBER - FROM UCBNAME 0431

VOLUME SERIAL PAGE01 SLOTS ALLOC OR SWAP SETS ALLOC 6,750

MAX SLOTS USED OR MAX SWAP SETS USED 5,658 MIN SLOTS USED OR MIN SWAP SETS USED 5,658

AVG SLOTS USED OR AVG SWAP SETS USED 5,658 BAD SLOTS OR BAD SWAP SETS 0

NO. TIMES DS IN USE BY ASM 1 NO. OF REQUESTS FOR THE DATA SET OBSERVED 1

NO. SIO(S) TO DATA SET 12 NO. PAGES TRANSFERRED TO DATA SET 39




SMF75HDR 1 CH ;



















SMF75PSS 4 33 BI ;OFFSET TO PAGE/SWAP DATA SECTION

SMF75PSL 2 37 BI ;LENGTH OF PAGE/SWAP DATA SECTION

SMF75PSN 2 39 BI ;NUMBER OF PAGE/SWAP DATA SECTIONS

*WORKAREA

SMF75PRO 1 1 CH ;




* TO PACKED 'VRLF'








*




*




















*WORKAREA

SMF75PSD 1 1 CH ;

REDEFINE AT SMF75PSD

* PAGE/SWAP DATASET DATA AREA

SMF75DSN 44 1 CH ;PAGE/SWAP DATA SET NAME

SMF75PST 1 45 BI ;PAGE SPACE TYPE

*SMF75LPA EQU X'80' PLPA

*SMF75COM EQU X'40' COMMON

*SMF75DPL EQU X'20' DUPLEX

*SMF75LOC EQU X'10' LOCAL

*SMF75SWP EQU X'08' SWAP

*SMF75DSB EQU X'04' DS BAD

*SMF75ONL EQU X'02' DS ONLINE DURING INTERVAL

SMF75FL2 1 46 BI ;

*SMF75VIO EQU X'80' DATASET ACCEPTS VIO PAGES

*SMF75MXP EQU X'40' DATASET IS ON A MULTIPLE EXPOSURE DEVICE

**

SMF75ACU EQU X'20' DATASET IS ON A DEVICE WITH AN ALTERNATE

* CONTROL UNIT


SMF75TYP 4 48 BI ;DEVICE TYPE

SMF75CHA 2 52 CH ;DEVICE NUMBER (HHHF) — FROM UCBNAME

SMF75VOL 6 54 CH ;VOLUME SERIAL


SMF75SLA 4 65 BI ;SLOTS ALLOC OR SWAP SETS ALLOC

SMF75MXU 4 69 BI ;MAX SLOTS USED OR MAX SWAP SETS USED

SMF75MNU 4 73 BI ;MIN SLOTS USED OR MIN SWAP SETS USED

SMF75AVU 4 77 BI ;AVG SLOTS USED OR AVG SWAP SETS USED

SMF75BDS 4 81 BI ;BAD SLOTS OR BAD SWAP SETS

SMF75USE 4 85 BI ;NO. TIMES DS IN USE BY ASM

SMF75REQ 4 89 BI ;TOTAL NUMBER OF REQUESTS FOR THIS DATASET SEEN

* BY ALL SAMPLES. EQUAL TO SMF75USE EXCEPT FOR

* MULTIPLE EXPOSURE DEVICES, WHERE EACH REQUEST

* SEEN ON EACH EXPOSURE IS ADDED

SMF75SIO 4 93 BI ;NO. SIO(S) TO DATA SET

SMF75PGX 4 97 BI ;NO. PAGES TRANSFERRED TO DATA SET

SMF75DEV 8 101 ;DEVICE NAME

SMF75CU 8 109 ;CONTROL UNIT NAME



DYRMF76 COPY Function The DYRMF76 COPY function can be used to print SMF (RMF) type 76 records in two report formats — a long format and a short format. SMF (RMF) type 76 records contain information that is pertinent to RMF TRACE ACTIVITY. The examples for DYRMF76 short formatted and long formatted reports are shown in this section.






















OPTION STRUCTURED2




COPY SMF76REC

COPY DYRMF76 #1=”'08/04/97'” #2=”'14:00:00'”

#3=”'08/04/97'” #4=”'15:00:00'”

#L=YES #S=NULL

FIN








COPY SMF76REC

COPY DYRMF76

#S=YES #L=NULL

FIN



REJECT

ENDIF





08/10/97 10.39.48 RECORD 76 RMF TRACE ACTIVITY SHORT FORM PAGE 1

HEADER SECTION

**************





--------------------------------------------------------------------------------------------------

RMF PRODUCT 60 52 1


TRACE DATA 116 48 1


RMF PRODUCT SECTION

*******************







HEADER SECTION

**************





---------------------------------------------------------------------------------------------------

RMF PRODUCT 60 52 1


TRACE DATA 116 48 1


RMF PRODUCT SECTION

*******************










08/10/97 16.11.49 RECORD 76 RMF TRACE ACTIVITY LONG FORM PAGE 1

HEADER SECTION

**************





--------------------------------------------------------------------------------------------------

RMF PRODUCT 60 52 1


TRACE DATA 116 48 1


RMF PRODUCT SECTION

*******************










08/10/97 16.11.49 RECORD 76 RMF TRACE ACTIVITY LONG FORM PAGE 2


*********************


TRACE DATA SECTION

*********************

FIELD NAME MCVSTCRI

TRACE OPTIONS

MINIMUM VALUE IS IN SMF REC.

MAXIMUM VALUE IS IN SMF REC.

VALUES TO FIND AVERAGE ARE IN SMF REC.

LPB TRACE (REQUESTED / REQUESTED ENDED) NO INFORMATION LENGTH OF A SET 10

LENGTH OF FIELD SAMPLED 2 STANDARD SAMPLES PER SET USED 60

SAMPLES PER SET FOR LAST SET IN INTRVAL 0 END VALUE OF CONTENTS OF FIELD 0

MIN. VALUE OF CONTENTS OF FIELD 203 MAX. VALUE OF CONTENTS OF FIELD 254

ACCUMULATED VALUE TO FIND AVERAGE (HEX) 0000000379ED


******************************


COL 1 COL 2 COL 3 COL 4 COL 5

LINE DATA: 1 203 0 0 15,074 254

LINE DATA: 2 254 0 0 15,240 254

LINE DATA: 3 254 0 0 15,240 254

LINE DATA: 4 254 0 0 15,240 254

LINE DATA: 5 254 0 0 15,240 254

LINE DATA: 6 254 0 0 15,240 254

LINE DATA: 7 254 0 0 15,240 254

LINE DATA: 8 254 0 0 15,240 254

LINE DATA: 9 254 0 0 15,240 254

LINE DATA: 10 254 0 0 15,240 254

LINE DATA: 11 254 0 0 15,240 254

LINE DATA: 12 254 0 0 15,240 254

LINE DATA: 13 203 0 0 15,179 254

LINE DATA: 14 203 0 0 14,739 254

LINE DATA: 15 203 0 0 15,189 254




SMF76HDR 1 CH ;



















SMF76TCS 4 33 BI ;OFFSET TO TRACE CONTROL SECTION

SMF76TCL 2 37 BI ;LENGTH OF TRACE CONTROL SECTION

SMF76TCN 2 39 BI ;NUMBER OF TRACE CONTROL SECTIONS

SMF76TDS 4 41 BI ;OFFSET TO TRACE DATA ENTRY SECTION

SMF76TDL 2 45 BI ;LENGTH OF TRACE DATA ENTRY SECTION

SMF76TDN 2 47 BI ;NUMBER OF TRACE DATA ENTRY SECTIONS

SMF76VFS 4 49 BI ;OFFSET TO VARIABLE FORMAT SET

SMF76VFL 2 53 BI ;LENGTH OF VARIABLE FORMAT SET

SMF76VFN 2 55 BI ;NUMBER OF VARIABLE FORMAT SET

*WORKAREA

SMF76PRO 1 1 CH ;




* TO PACKED 'VRLF'








*




*
















SMF76PRF 1 50 BI ; PROCESSOR FLAGS



SMF76SRL 1 52 BI ;RESERVED

*WORKAREA

SMF76A 1 1 CH ;

REDEFINE AT SMF76A

SMF76NUM 2 1 BI ;NUMBER OF SET ENTRIES THAT FOLLOW

* THE TOTAL VALUES


* TRACE DATA ENTRY

*WORKAREA

SMF76B 1 1 CH ;

REDEFINE AT SMF76B

SMF76NAM 8 1 CH ;FIELD NAME

SMF76OPT 1 9 BI ;FLAGS(OPTIONS SPECIFIED ON TRACE INPUT

* IN RMF PARMLIB MEMBER FOR THE FIELD

* NAME


*SMF76MNB EQU X'80' 0 MINIMUM REQUESTED

*SMF76MXB EQU X'40' 1 MAXIMUM REQUESTED

*SMF76AVB EQU X'20' 2 AVERAGE REQUESTED

*SMF76STB EQU X'10' 3 STANDARD DEVIATION REQUESTED

*SMF76ENB EQU X'08' 4 END VALUE REQUESTED

*SMF76ALB EQU X'04' 5 ALL OPTIONS REQUESTED

*SMF76IPS EQU X'02' 6 IPS CHANGE OCCURRED (AFTER

* INITIALIZATION)

*SMF76DMB EQU X'01' 7 NAME IS A DOMAIN TABLE FIELD

SMF76OP1 1 10 BI ;FLAGS


*SMF76LPB EQU X'80' 0 LPB — ID TRACE REQUESTED

*SMF76LPF EQU X'40' 1 LPB — ID TRACE REQUEST ENDED

*

SMF76SLN 1 11 BI ;LENGTH OF A SET

SMF76DLN 1 12 BI ;LENGTH OF FIELD SAMPLED

SMF76SSS 2 13 BI ;STANDARD SAMPLES PER SET USED

SMF76SSL 2 15 BI ;SAMPLES PER SET FOR LAST SET IN INTRVAL


SMF76MIN 4 17 BI ;MIN. VALUE OF CONTENTS OF FIELD DURING

* INTERVAL(SMF26NAM HAS FIELD NAME)

SMF76MAX 4 21 BI ;MAX. VALUE OF CONTENTS OF FIELD DURING

* INTERVAL

SMF76AVG 8 25 CH ;ACCUMULATED VALUE USED TO COMPUTE THE

* AVERAGE AND STANDARD DEVIATION

SMF76STD 12 33 CH ;SUM OF SQUARES USED TO COMPUTE

* STANDARD DEVIATION

SMF76ENV 4 45 BI ;END VALUE OF CONTENTS OF FIELD

*WORKAREA

SMF76C 1 1 CH ;

REDEFINE AT SMF76C

FILLER 4 1 CH ;FOR VARIABLE FORMAT SETS OF LENGTH 4

REDEFINE AT SMF76C

SMF76D 2 1 CH ;FOR VARIABLE FORMAT SETS OF LENGTH 2

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