|
DE ID |
Data Element Name |
CAWGJR70 Glossary |
Notes |
|---|---|---|---|
|
01 |
Control Field |
not applicable |
|
|
02 |
Description Field |
not applicable |
|
|
03 |
Processing ID |
PRO/ID |
|
|
04 |
Job Name |
JOB/NAME |
|
|
05 |
Program/Phase Name |
PROGRAM/NAME |
|
|
06 |
Start (Run) Date |
RUN/DATE |
To use RUN/DATE in a CA JARS Wizard run, insert copybook JRUNDATE in the run. |
|
07 |
Job Class |
CL |
|
|
08 |
Accounting Field/User |
USER/INFO |
|
|
09 |
Completion/Cancel Code |
CC |
|
|
10 |
User Identification |
USER/ID |
|
|
11 |
Step Name |
STEP/NAME |
|
|
12 |
Start Time |
START/TIME |
To use START/TIME in a CA JARS Wizard run, insert copybook JSTRTIME in the run. |
|
13 |
Stop Time |
STOP/TIME |
To use STOP/TIME in a CA JARS Wizard run, insert copybook JSTOPTME in the run. |
|
14 |
Job Number |
JOB/NBR |
At summary level, use COUNT for number of records processed in the control group. |
|
15 |
Priority Level |
P/R |
|
|
16 |
Print Forms ID |
PRNT/FORM |
|
|
17 |
Punch Forms ID |
PNCH/FORM |
|
|
18 |
Cards Read |
CARDS/READ |
|
|
19 |
Lines Printed (Total) |
LINES/PRINTED |
|
|
20 |
Cards Punched |
CARDS/PUNCHED |
|
|
21 |
Core Used |
CORE/USED(MX) |
Append the (MX) suffix to CORE/USED to get the actual equivalent of data element 21. |
|
22 |
Core Allocated |
CORE/ALOC(MX) |
Append the (MX) suffix to CORE/ALOC to get the actual equivalent of data element 22. |
|
23 |
Percent of Unused Core |
PCT/K(MX) |
Append the (MX) suffix to PCT/K to get the actual equivalent of data element 23. |
|
24 |
Setup/Idle Time |
IDLE/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 24: COMPUTE IDLE/TIME EQ (IDLE/TIME/HRS * 3600) |
|
25 |
Elapsed Time-in hours |
ELAPSED/TIME/ HRS |
|
|
26 |
CPU Time-in hours |
CPU/TIME/HRS |
|
|
27 |
Overhead Time-in hours |
OVHEAD/TIME/HRS |
|
|
28 |
Wait Time - in hours |
WAIT/TIME/HRS |
|
|
29 |
Processor Time-in hours |
PROCESS/TIME/ HRS |
|
|
30 |
I/O Time-in hours |
IO/TIME/HRS |
|
|
31 |
Total Time-in hours |
TOTAL/TIME/HRS |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 31: COMPUTE TOTAL/TIME/HRS EQ (PROCESS/TIME/ HRS + IO/TIME HRS) |
|
32 |
Total # of Devices Used |
ND |
|
|
33 |
Reader I/O Count |
READER/IO COUNT |
|
|
34 |
Printer I/O Count |
PRINTER/IO COUNT |
|
|
35 |
Punch I/O Count |
PUNCH/IO COUNT |
|
|
36 |
U/R I/O Count |
UR/IO COUNT |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 36: COMPUTE UR/IO COUNT EQ (READER/IO COUNT + PRINTER/IO COUNT + PUNCH/IO COUNT) |
|
37 |
Tape I/O Count |
TAPE/IO COUNT |
|
|
38 |
Disk I/O Count |
DISK/IO COUNT |
|
|
39 |
Other I/O Count |
OTHER/IO COUNT |
|
|
40 |
Total I/O Count |
TOTAL/IO COUNT |
|
|
41 |
% Total Charge |
TOTAL/CHARGE (PC) |
Append the (PC) suffix to TOTAL/CHARGE to get the actual equivalent of data element 41. |
|
43 |
Adjusted Rate |
ADJUSTED/RATE |
|
|
44 |
Processor Charge |
PROCESS/CHARGE |
|
|
45 |
I/O Charge |
IO/CHARGE |
|
|
46 |
Total Charge |
TOTAL/CHARGE |
|
|
47 |
Distributed Charge |
not applicable |
|
|
54 |
U/R Charge |
UR/CHARGE |
|
|
55 |
Setup Charge |
SETUP/CHARGE |
|
|
56 |
Step Number |
STEP/NBR |
At summary level, use COUNT for number of records processed in the control group. |
|
57 |
CPU Identification |
CPU/ID |
|
|
58 |
Programmer Name |
PROGRAMMER |
|
|
59 |
Termination Indicator |
TI |
|
|
60 |
Reader Start Date |
RDR STRT/DTE |
To use RDR STRT/DTE in a CA JARS Wizard run, insert copybook JRDRDATE in the run. |
|
61 |
Reader Start Time |
RDR STRT/TME |
To use RDR STRT/TME in col a CA JARS Wizard run, insert col copybook JRDRSTME in col the run. |
|
62 |
Reader Queue Time |
RDR Q/TIME |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 62: COMPUTE RDR Q/TIME(B)(4) EQ (RDR Q/TIME/HH * 3600) + (RDR Q/TIME/MM * 60) + RDR Q/TIME/SS At summary level, print with the (AV) suffix. |
|
63 |
Writer Queue Time |
WTR Q/TIME |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 63: COMPUTE WTR Q/TIME(B)(4) EQ (WTR Q/TIME/HH * 3600) + (WTR Q/TIME/MM * 60) + WTR Q/TIME/SS At summary level, print with (AV) suffix. |
|
64 |
Turnaround Time |
TAROUND/TIME |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 64: COMPUTE TAROUND/ TIME(B)(4) EQ (TAROUND/TIME/ HH * 3600) + (TAROUND/TIME/ MM * 60) + TAROUND/TIME/SS At summary level, print with (AV) suffix. |
|
65 |
Elapsed Time |
ELAPSED/TIME (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 65: COMPUTE ELAPSED/TIME EQ (ELAPSED/TIME/ HRS * 3600) |
|
66 |
CPU Time |
CPU/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 66: COMPUTE CPU/TIME EQ (CPU/TIME/HRS * 3600) |
|
67 |
Overhead Time |
OVHEAD/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 67: COMPUTE OVHEAD/TIME EQ (OVHEAD/TIME/ HRS * 3600) |
|
68 |
Wait Time |
WAIT/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 68: COMPUTE WAIT/TIME EQ (WAIT/TIME/HRS * 3600) |
|
69 |
Processor Time |
PROCESS/TIME (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 69: COMPUTE PROCESS/TIME EQ (PROCESS/TIME/ HRS * 3600) |
|
70 |
I/O Time |
IO/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 70: COMPUTE IO/TIME EQ (IO/TIME/HRS * 3600) |
|
71 |
Total Time |
TOTAL/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 71: COMPUTE TOTAL/TIME EQ (PROCESS/TIME/ HRS + IO/TIME/HRS) * 3600 |
|
72 |
Storage Indicator |
S/I |
|
|
73 |
Pages-in |
PAGE IN/COUNT |
|
|
74 |
Pages-out |
PAGE OUT/COUNT |
|
|
75 |
Total pages |
TOTAL/PAGES |
|
|
76 |
Elapsed Paging Rate |
ELAP/PAGE |
At summary level, recalculated with: COMPUTE(T) ELAP/PAGE EQ TOTAL/PAGES / (ELAPSED/TIME/ HRS * 60) |
|
77 |
CPU Paging Rate |
CPU/PAGE |
At summary level, recalculated with: COMPUTE(T) CPU/PAGE EQ TOTAL/PAGES / (CPU/TIME/HRS * 3600) |
|
78 |
I/O Index |
IO INDX |
At summary level, recalculated with: COMPUTE(T) IO/INDX EQ TOTAL/IO COUNT / (CPU/TIME/HRS * 3600) |
|
79 |
Credit Amount |
not applicable |
|
|
80 |
Debit Amount |
not applicable |
|
|
81 |
Budget Amount |
not applicable |
|
|
82 |
Over/Under Budget |
not applicable |
|
|
83 |
% Budget Spent |
not applicable |
|
|
84 |
Group Code #1 |
G/1 |
|
|
85 |
Group Code #2 |
G/2 |
|
|
86 |
Group Code #3 |
G/3 |
|
|
87 |
Partition-ID |
P/N |
|
|
88 |
Reader Duration |
RDR/DURATION (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 88: COMPUTE RDR/DURATION EQ (RDR/DURATION/ HRS * 3600) |
|
89 |
Writer Duration |
WTR/DURATION (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 89: COMPUTE WTR/DURATION EQ (WTR/DURATION/ HRS * 3600) |
|
90 |
Elapsed Time-averaged |
ELAPSED/TIME (AV)(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 90: COMPUTE ELAPSED/TIME EQ (ELAPSED/TIME/ HRS * 3600) Also, append the (AV) suffix to get the actual equivalent of data element 90. |
|
91 |
CPU Time-averaged |
CPU/TIME(AV) (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element 91: COMPUTE CPU/TIME EQ (CPU/TIME/HRS * 3600) Also, append the (AV) suffix to get the actual equivalent of data element 91. |
|
92 |
# of Readers Used |
NO/RD |
|
|
93 |
# of Printers Used |
NO/PR |
|
|
94 |
# of Punches Used |
NO/PU |
|
|
95 |
# of Tapes Used |
NO/TP |
|
|
96 |
# Disks Used |
NO/DK |
|
|
97 |
# Private Disks Used |
NO/DU |
|
|
98 |
# Other Devices Used |
NO/OT |
|
|
99 |
Blank Spaces |
not applicable |
|
|
A0 |
Input Device Name |
INPUT/DEVICE |
|
|
A1 |
Number of Swaps |
SWAP/COUNT |
|
|
A2 |
Swap Pages-in |
SWAP/PAGES IN |
|
|
A3 |
Swap Pages-out |
SWAP/PAGES OUT |
|
|
A4 |
Total Swap Pages |
TOTAL SWAP/PAGES |
|
|
A5 |
TPUT's Issued |
TSO/TPUTS |
|
|
A6 |
TGET's Satisfied |
TSO/TGETS |
|
|
A7 |
Active Time-in hours |
ACTIVE/TIME/HRS |
|
|
A8 |
Active Time |
ACTIVE/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element A8: COMPUTE ACTIVE/TIME EQ (ACTIVE/TIME/ HRS * 3600) |
|
A9 |
Active Time-averaged |
ACTIVE/TIME (AV)(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element A9: COMPUTE ACTIVE/TIME EQ (ACTIVE/TIME/ HRS * 3600) Also, append the (AV) suffix to get the actual equivalent of data element A9. |
|
B0 |
Connect Time-in hours |
CONNECT/TIME/ HRS |
|
|
B1 |
Connect Time |
CONNECT/TIME (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element B1: COMPUTE CONNECT/TIME EQ (CONNECT/TIME/ HRS * 3600) |
|
B2 |
Connect Time-averaged |
CONNECT/TIME |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element B2: COMPUTE CONNECT/TIME EQ (CONNECT/TIME/ HRS * 3600) Also, append the (AV) suffix to get the actual equivalent of data element B2. |
|
B3 |
Connect Charge |
CONNECT/CHARGE |
|
|
B4 |
TSU Number |
TSU/NBR |
At summary level, use COUNT for number of records processed in the control group. |
|
B5 |
Job Requeued Indicator |
RQ/ID |
|
|
B6 |
Input Device Route Code |
INP/RTE |
|
|
B7 |
Print Device Route Code |
PRT/RTE |
|
|
B8 |
Allocation Time-in hours |
ALLOC/TIME/HRS |
|
|
B9 |
Allocation Time |
ALLOC/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element B9: COMPUTE ALLOC/TIME EQ (ALLOC/TIME/HRS * 3600) |
|
C0 |
Allocation Time-averaged |
ALLOC/TIME(AV) (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element C0: COMPUTE ALLOC/TIME EQ (ALLOC/TIME/HRS * 3600) Also, append the (AV) suffix to get the actual equivalent of data element C0. |
|
C1 |
Resident Time-in hours |
RES/TIME/HRS |
|
|
C2 |
Resident Time |
RES/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element C2: COMPUTE RES/TIME EQ (RES/TIME/HRS * 3600) |
|
C3 |
Resident Time-averaged |
RES/TIME(AV) (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element C3: COMPUTE RES/TIME EQ |
|
C4 |
CPU Time (SRB)-in hours |
SRB/TIME/HRS |
|
|
C5 |
CPU Time (SRB) |
SRB/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element C5: COMPUTE SRB/TIME EQ (SRB/TIME/HRS * 3600) |
|
C6 |
CPU Time (SRB)-averaged |
SRB/TIME(AV) (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element C6: COMPUTE SRB/TIME EQ (SRB/TIME/HRS * 3600) Also, append the (AV) suffix to get the actual equivalent of data element C6. |
|
C7 |
CPU Time (TCB)-in hours |
TCB/TIME/HRS |
|
|
C8 |
CPU Time (TCB) |
TCB/TIME(HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element C8: COMPUTE TCB/TIME EQ (TCB/TIME/HRS * 3600) |
|
C9 |
CPU Time (TCB)-averaged |
TCB/TIME(AV) (HS) |
Use the following statement in your CA JARS Wizard run to get the actual equivalent of data element C9: COMPUTE TCB/TIME EQ (TCB/TIME/HRS * 3600) Also, append the (AV) suffix to get the actual equivalent of data element C9. |
|
D0 |
CPU Index |
CPU/IDX |
At summary level, recalculated with: COMPUTE(T) CPU/IDX EQ (SRB TIME/HRS * 100) / CPU/TIME/HRS |
|
D1 |
Service Units |
SERVICE/UNITS |
|
|
D2 |
Service Rate |
SERV/RATE |
At summary level, recalculated with: COMPUTE(T) SERV/RATE EQ SERVICE/UNITS / (ACTIVE/TIME/ HRS * 3600) |
|
D3 |
Page Seconds |
PAGE/SECONDS |
|
|
D4 |
Performance Group Number |
PER/GRP |
|
|
D5 |
Day of week indicator |
D/I |
|
|
D6 |
Day of week |
not applicable |
|
|
D7 |
Group Code #4 |
G/4 |
|
|
D8 |
Group Code #5 |
G/5 |
|
|
D9 |
Group Code #6 |
G/6 |
|
|
E0 |
Forms Count |
FORMS/COUNT |
|
|
E1 |
SYSOUT Class |
O/C |
|
|
E2 |
SYSOUT Type Code |
O/T |
|
|
E3 |
SYSOUT Intervention Code |
I/C |
|
|
E4 |
Output Device Name |
OUTPUT/DVC NAME |
|
|
E5 |
Lines Printed (Standard) |
STD LINES/PRNTD |
|
|
E6 |
Lines Printed (Special) |
SPCL LINES/PRNTD |
|
|
E7 |
Pages Printed (Standard) |
STD PAGES/PRNTD |
|
|
E8 |
Pages Printed (Special) |
SPCL PAGES/PRNTD |
|
|
E9 |
Pages Printed (Total) |
TOT PAGES/PRNTD |
|
|
F0 |
# Tape Mounts |
TAPE/MOUNTS |
|
|
F1 |
# Disk Mounts |
DISK/MOUNTS |
|
|
F2 |
2nd Accounting Field |
USER INFO2 |
|
|
F3 |
3rd Accounting Field |
USER INFO3 |
|
|
F4 |
User Character Field |
USER/FIELD |
|
|
F5 |
User Count Field |
USER/COUNT |
|
|
F6 |
User Time Field |
USER/TIME |
|
|
F7 |
Control Break Count |
not applicable |
|
|
F8 |
Absorption Rate |
ABSORP/RATE |
At summary level, recalculated with: COMPUTE(T) ABSORP/RATE EQ SERVICE/UNITS / (RES/TIME/HRS * 3600) |
|
F9 |
SMF Audit Flags |
AUDIT/FLAGS |
|
|
G0 |
I/O Count by Device |
not applicable |
|
|
G1 |
RJE Connect Time |
CNT/TIME/RJE/ HRS |
|
|
G2 |
RJE Transmission Count |
RJE LINE/EXCP CT |
|
|
G3 |
RJE Line Errors |
RJE LINE/ERRORS |
|
|
G4 |
RJE Not Acknowledged |
RJE LINE/NAK CT |
|
|
G5 |
RJE Time-Out Count |
RJE LINE/TME OUT |
|
|
G6 |
RJE Data Checks |
RJE LINE/DATA CK |
|
|
G7 |
RJE Active Time |
ACT/TIME/RJE/ HRS |
|
|
G8 |
RJE Invalid Logon Count |
RJE/INV LG |
|
|
G9 |
RJE Line Password |
RJE/LINE/ PASSWRD |
|
|
H0 |
RJE Line Remote Name |
REMOTE/NAME |
|
|
H1 |
RJE Line Name |
RJE LINE/NAME |
|
|
H2 |
RJE Charge |
RJE/CHARGE |
|
|
H3 |
RJE Session Count |
not applicable |
|
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|