Index

A  C  D  E  F  H  I  J  L  M  O  P  R  S  T  U  V  X  Z 

A

ACSLS, XAPI client interface, 3.4
affinity separation, 5.2
allocation
JES2, 5.6
JES3, 5.7

C

CA-1 (TMS) messages, A.3.1
CA1-RTS Real Time Stacking, SMC interaction, B.3
CA-MIA Tape Sharing, SMC interaction, B.2
CA-Vtape, SMC interaction, B.4
client/server drive address mapping, 3.5.4
client/server feature
communication considerations, 3.3.1
defining server paths, 3.3.2
overview, 3.3
SMC http server component, 3.3.4
configuration scenarios
single TapePlex using the SMC Client/Server feature, 3.5.2
single TapePlex with SMC and HSC on the same host, 3.5.1
two TapePlexes accessed by a single SMC, 3.5.3

D

deferring mounts, 5.4
defining server paths, 3.3.2
description, SMC, 1
DEVICE initialization statements, JES3, 5.7.12
DFSMS processing
ACS routine environment, 4.5.5
enabling and disabling, 4.5.1
MGMTCLAS considerations, 4.5.6
overview, 4.5
STORCLAS and MGMTCLAS specification, 4.5.3
tailoring, 4.5.2
DFSMSrmm messages, A.3.3
drive exclusion
overview, 5.1
real scratch request, 5.1.2.1
scratch request, 5.1.2
specific request, 5.1.1
virtual scratch request, 5.1.2.2
drive prioritization, 5.3
drive type information synchronization, 3.5.5

E

esoteric name replacement, JES3, 5.7.8
esoteric substitution
at IDAX, 4.3.1
examples
JES3 high watermark setup, 5.7.19.2
exceptions, SMC allocation, 5.5
exclusion levels
scratch request, 5.1.2
specific request, 5.1.1
EXEC Statement, SMC, 2.1.1

F

Fault Analyzer for z/OS, SMC interaction, B.5
fetch messages, suppressing in JES3, 5.7.9

H

HTTP server component
displaying status, 3.3.4.2
overview, 3.3.4
starting and stopping, 3.3.4.1
HWSNAME statements, JES3, 5.7.14

I

IBM (International Business Machines, Inc.)
operating system messages, A.1
IDAX
and SMC Policy, 4.3
esoteric substitution, 4.3.1
initialization, SMC, 2
intercepted messages
IBM operating system messages, A.1
JES3 messages, A.2
tape management system messages, A.3
introduction, SMC, 1

J

JES2 allocation, 5.6
JES3
allocation, 5.7
Converter/Interpreter (C/I), 5.7.4
Main Device Scheduler (MDS), 5.7.6

L

library control server, and SMC, 3.1

M

message handling, SMC, 6
messages
DFSMSrmm messages, A.3.3
HSC mount-related messages, 6.5
intercepted, A
messages intercepted by HSC, A.1
tape management system messages, A.3
monitoring functions, 7
mounts, managing from the SMC client, 6.6
MVS START Command, 2.2.1

O

Open Type J, SMC interaction, B.7

P

parameters
SMC EXEC Statement, 2.1.1.2
policy
and esoteric preferencing, 4.2
and the TAPEREQ control statement, 4.4
at IDAX, 4.3
defining using the SMC POLicy command, 4.1
example, 4.4.2

R

recovery procedures
JES2, 7.4
JES3, 7.5
region size considerations, 3.3.4.3

S

SAMS DISK (DMS), SMC interaction, B.8
scratch subpool 0, 5.1.2
SETNAME statements, JES3, 5.7.13
SMC
allocation, 5
configuration scenarios, 3.5
DFSMS processing, 4.5
drive address mapping, 3.5.4
drive exclusion, 5.1
drive prioritization, 5.3
functions, 1
initializing, 2
message handling, 6
monitoring functions, 7
normal operations, 5.7.18
policy, 4
policy and drive type information synchronization, 3.5.5
recovery procedures
JES2, 7.4
JES3, 7.5
starting, 2
TapePlex subsystem selection, 3.5.7
SMCCMDS data set, 2.1.2
SMCLOG data set, 2.1.3
SMCPARMS data set, 2.1.2
SSI23 dynamic allocation, 5.7.5
SSI24 allocation, 5.7.7
SSI24 common allocation, 5.6.2
SSI55 (IDAX), 5.6.1, 5.7.3
SSI78 allocation, 5.6.3
START Command, MVS, 2.2.1
START procedure
creating, 2.1
SMCLOG data set, 2.1.3
SMCPARMS and SMCCMDS data sets, 2.1.2
SYSTCPD data set, 2.1.4
starting SMC, 2
swap processing, SMC, 6.4
syntax
SMC EXEC Statement, 2.1.1.1
SYSTCPD data set, 2.1.4

T

Tape Management System (TMS)
messages, A.3
supported, 6.3
TapePlex selection, 3.5.7
TapePlex, defining for SMC, 3.2
TAPEREQ control statement
and SMC Policy, 4.4

U

UNITAttr command, specifying drive type information, 3.5.6

V

volume serial numbers, defined, A.1

X

XAPI client interface to ACSLS server, 3.4

Z

ZEROSCR considerations, 5.7.17