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December 2021
Rev 14
Dell EMC Mainframe Enablers
Message Guide
Version 8.5
Notes, cautions, and warnings
© 2001 - 2021 Dell Inc. or its subsidiaries. All rights reserved. Dell, EMC, and other trademarks are trademarks of Dell Inc. or its subsidiaries.
Other trademarks may be trademarks of their respective owners.
NOTE: A NOTE indicates important information that helps you make better use of your product.
CAUTION:
A CAUTION indicates either potential damage to hardware or loss of data and tells you how to avoid
the problem.
WARNING:
A WARNING indicates a potential for property damage, personal injury, or death.
Preface I
As part of an effort to improve its product lines, Dell EMC periodically releases revisions of its software and hardware. Therefore,
some functions described in this document might not be supported by all versions of the software or hardware currently in use. The
product release notes provide the most up-to-date information about product features.
Contact your Dell EMC representative if a product does not function properly or does not function as described in this document.
NOTE: This document was accurate at publication time. New versions of this document might be released on the Dell EMC
Online Support website. Check the Dell EMC Online Support website to ensure that you are using the latest version of this
document.
Purpose
This document lists Mainframe Enablers messages, providing an explanation of message cause and recommended user action.
Audience
This document is intended for the host system administrator, system programmer, or operator who is involved in managing or
operating the storage environment.
Coverage
This document describes Mainframe Enablers when used with the following storage system operating environments:
PowerMaxOS 5978
HYPERMAX OS 5977
Enginuity 5876
NOTE: For information pertaining to earlier operating environment levels, see prior versions of this guide.
Related documentation
To access related documentation, go to the PowerMax and VMAX All Flash Technical Documentation webpage at:
https://www.dellemc.com/en-us/documentation/vmax-all-flash-family.htm
The following documents provide information about Mainframe Enablers:
Mainframe Enablers Release Notes
Mainframe Enablers Installation and Customization Guide
Mainframe Enablers Message Guide
ResourcePak Base for z/OS Product Guide
SRDF Host Component for z/OS Product Guide
AutoSwap for z/OS Product Guide
Consistency Groups for z/OS Product Guide
TimeFinder SnapVX and zDP Product Guide
TimeFinder/Clone Mainframe Snap Facility Product Guide
TimeFinder/Mirror for z/OS Product Guide
TimeFinder Utility for z/OS Product Guide
The following documents provide additional information:
PowerMax Family Product Guide
Preface
II Preface
PowerMaxOS for PowerMax and VMAX All Flash Release Notes
VMAX All Flash Product Guide
HYPERMAX OS for VMAX All Flash and VMAX3 Family Release Notes
E-Lab Interoperability Navigator (ELN) at https://elabnavigator.emc.com provides a web-based interoperability and solution
search portal.
Where to get help
Dell Technologies maintains support pages for all products at https://www.dell.com/support.
The product support pages provide important product information such as product and user documentation, knowledge base
articles, drivers and other software installation packages downloads, advisories, and more.
A valid support contract and registration is required to access all information available on the product support sites.
Your comments
Your suggestions help us continue to improve the accuracy, organization, and overall quality of the user publications. Send
your opinions of this document to VMAX[email protected].
Message ID format
This Message Guide lists messages by message ID, grouped by Mainframe Enablers component (such as ResourcePak Base,
zDP, and so on).
The last character in the message ID indicates the message type or severity, such as E for errors, W for warnings, or I for
informational messages. Messages that can be returned with different severities are listed under either separate message IDs
(for example, ABC1234W and ABC1234E), a compound message ID (ABC1234W | ABC1234E), or a single message ID
(ABC1234W or ABC1234E) with a corresponding note in the message description.
Note that zDP messages can be returned as either E (error), W (warning) or I (informational) depending on the value set for
the MAXRC parameter of the GLOBAL command. For details on how MAXRC influences the message suffix, see the
description of the GLOBAL command in the Mainframe Enablers TimeFinder SnapVX and zDP Product Guide.
MSC messages for Cascaded SRDF
If remote cycle switching is active, SCF messages for MSC contain an additional sync_srdfgrp field when running with a
cascaded SRDF configuration.
Common Swap Services messages
Message format
Swap services messages are in the following format:
prefyyyz (rrrrr)(PID ppppp) message-text
If messages are routed from a non-owner LPAR to the owner LPAR through the AutoSwap RouteMessageToOwner option,
the following format is used:
prefyyyz (>host)(PID ppppp) message-text
Where:
pref
The prefix that identifies the application that is the source of the message, for example, ESWP for AutoSwap, CGRS
for Consistency Groups, SCFS for ResourcePak Base, FMMS for z/OS Migrator.
yyy
Preface III
The message code.
z
The message postfix, such as E for errors and W for warnings.
rrrrr
The request sequence number that identifies the AutoSwap command request on a particular host. This value is
incremented each time a new command request is made. All messages associated with the same request on the same
host are prefixed by the same request sequence number.
>host
The SMF ID of the host from which the message was routed.
ppppp
A process ID (PID) that is a unique incrementing value for each swap validation or swap process (that is, device pair) for
the same swap group definition. This value always follows the request sequence number or host to uniquely identify the
messages relating to the same device pair swap within the same swap group.
When a cross-system validation or swap is performed, the same PID is used on all hosts. The PID is set by the AutoSwap
owner host when the swap group is created and remain the same for the life of the swap group.
Verbosity
Some messages are only produced when the verbosity level (set with the SET VERBOSE command of AutoSwap) is greater
than or equal to the verbosity level of the message. Error messages and most warning messages are always produced no
matter what verbosity level is set. Verbosity levels are as follows:
0—Messages that are basic summaries of a condition or state. Such messages are initially interesting, but describe a
condition that occurs regularly, and thus generates a large number of messages.
1—Messages relating to the initiation and termination of a swap or device validation
2—Messages relating to the initiation of a swap or validation phase
3—Interphase informational messages
4—Non-SRDF swap processing informational messages
10—Swap request initiation or termination messages
Variables
The FROM and TO devices can be displayed as sccuu or, when the CUU cannot be located, as symms,symdv#, with 2
leading digits of the device number suppressed when zero.
In sccuu, if the set number s is not visible, the set is automatically assumed as the active set number.
seq# is the request sequence number ID. It is assigned when a command request is accepted for processing. All messages
related to the command request have the assigned sequence number in message text.
The host-id value is interpreted as follows: ttccxxxxxxxxaaaa, where:
tt is the operating system type. Valid values include:
01 indicates z/OS.
‘--’ indicates that SCF is not active or the host type is unknown. This is only displayed where path groups are
defined to a device and an active SCF CSC cannot be located.
cc is the CPU address of LPAR identifier (when in LPAR mode).
xxxxxxxx is the CPU identifier and machine type (model number).
aaaa is the address space identifier (ASID) of SCF on that host. ‘----’ indicates that SCF is not active. This is only
displayed where path groups are defined to a device and an active SCF CSC session cannot be located.
CLI conventions
Command line interface (CLI) documentation conventions are as follows:
IV Preface
Courier—Used for command syntax and parameters, as well as system output, such as messages.
Courier bold—Used for user input, for example: Reply CONT.
Courier italic—Used for variables in commands and parameters, for example: DISPLAY ccuu
Courier underline—Underline indicates the default value, for example: YES|NO
< >—Angle brackets enclose variables or explanatory text when it includes multiple words, for example: <list of
device numbers>
[ ]—Square brackets enclose optional values, for example: DISPLAY [DETAIL]
|—A vertical bar indicates alternate selections (the bar means “or”), for example: RUN|NORUN
{ }—Braces are used together with the vertical bar (|) to indicate the start and end of alternate selections, for example:
{DEV symdv#|CUU ccuu}
...—An ellipsis indicates nonessential information omitted from the command output example.
Common variables
Message texts may contain the following variables:
async_srdfgrp
In SRDF/A MSC and SRDF/Star configurations, this is the local SRDF/A SRDF group.
In a cascaded SRDF configuration, this is the remote asynchronous SRDF group.
ccuu
The z/OS device number.
In MSC messages, it is the gatekeeper device specified in the SRDF Host Component MSC_INCLUDE_SESSION
initialization parameter for the MSC group indicated in the message.
cngrp
The name of the consistency group (8 characters).
ddname
The DD statement in the JCL.
dir#
The SRDF link director number, a hexadecimal value x’01’ through x’80’.
dsname
The dataset name.
gk
The z/OS device number (CUU) of the gatekeeper device.
emcscf
The name of the SCF started task.
gnsgrp
The GNS group name.
hh:mm:ss
The time in the following format: hours:minutes:seconds.
host
The 4-character host name (SMFID).
Preface V
host-id
The 16-digit hexadecimal host ID assigned by SCF CSC, as described in the ResourcePak Base for z/OS Product Guide.
jobname
The 8-character name of the JCL job.
lpar
The 4-character name of the logical partition (LPAR).
message-text
Variable message text.
mm/dd/yy
The date in the following format: month/day/year.
mscgrp
The MSC group name (defined using the MSC_GROUP_NAME initialization parameter in SRDF Host Component).
poolname
The name of the pool.
port#
The hexadecimal port number.
rc
The return code.
rs
The reason code.
sccuu
The z/OS device number (ccuu) with indication of the subchannel set number (s).
seg#
The sequence number.
sg_name
The storage group name.
slo_id
The ID of the service level objective.
slo_name
The name of the service level objective.
smsgrp
The SMS group name.
snapset_name
The name of the zDP snapset.
VI Preface
snapshot_name
The name of the snapshot.
srdfgrp
The SRDF group number (a hexadecimal value in the range x'00' through x'F9').
srp_name
The name of the storage resource pool.
srp_id
The ID of the storage resource pool.
ssid
The 4-character subsystem ID.
stmt#
The statement number.
symdv#
The PowerMax or VMAX device number (6-digit for ResourcePak Base, SRDF Host Component, Consistency Groups,
AutoSwap, zDP; 8-digit for TimeFinder).
symmname
The name of the storage system assigned though ResourcePak Base.
symms
The last 5 digits of the Dell EMC storage system serial number (ccccc).
symm-serial
The 12-digit Dell EMC storage system serial number separated with a hyphen (ccccccc-ccccc).
symmserial
The 12-digit Dell EMC storage system serial number listed without a hyphen (cccccccccccc).
sync_srdfgrp
A local SRDF group for the synchronous leg in a cascaded SRDF configuration.
tgtst_name
The name of the zDP target set.
vdg_name
The name of the zDP Versioned Data Group.
volser
The volume serial.
v.r.m
The software version, release, and modification level (separated by dots).
vrm
The software version, release, and modification level.
Preface VII
ucbaddr
The UCB address of the device (8 digits).
workload_name
The name of the workload.
Contents
Contents
Chapter 1: ResourcePak Base messages 232
CTRK000I 232
CTRK001I 232
CTRK002E 232
CTRK003E 232
CTRK004E 233
CTRK004W 233
CTRK005E 233
CTRK005I 234
CTRK005W 234
CTRK006E 235
CTRK007E 235
CTRK008E 235
CTRK009E 236
CTRK010I 236
CTRK011E 236
CTRK012E 236
CTRK013I 237
CTRK014E 237
CTRK015I 237
CTRK016I 237
CTRK018E 238
CTRK019I 238
CTRK020I 238
CTRK021I 238
CTRK022I 238
CTRK023I 239
CTRK024I 239
CTRK025I 239
CTRK026I 240
CTRK027I 240
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Mainframe Enablers 8.5 Message Guide
CTRK028I 240
CTRK029I 240
CTRK030I 240
CTRK031I 241
CTRK032I 241
CTRK033I 241
CTRK041I 241
CTRK042I 242
CTRK043I 242
CTRK044W 242
CTRK045E 242
CTRK100E 243
CTRK101E 243
CTRK102E 243
CTRK103E 243
CTRK104E 243
CTRK105E 244
CTRK106E 244
CTRK107E 244
CTRK108E 244
CTRK109E 245
CTRK110E 245
CTRK111E 245
CTRK112E 245
CTRK113E 245
CTRK114E 246
CTRK115E 246
CTRK116E 246
CTRK117E 246
CTRK118E 247
CTRK119E 247
CTRK120E 247
CTRK121E 247
CTRK122E 247
CTRK123E 248
CTRK124E 248
CTRK126E 248
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Mainframe Enablers 8.5 Message Guide
CTRK127E 248
CTRK128E 249
CTRK129E 249
CTRK130E 249
CTRK131E 249
CTRK132E 249
CTRK133I 250
CTRK134I 250
CTRK135E 250
CTRK136E 250
CTRK137E 251
CTRK138E 251
CTRK139E 251
CTRK140E 251
CTRK141E 252
CTRK142E 252
CTRK143E 252
CTRK144E 252
CTRK147E 252
CTRK148E 253
CTRK149E 253
CTRK150E 253
CTRK151E 253
CTRK152E 254
CTRK153E 254
CTRK154E 254
CTRK155E 254
CTRK156E 254
CTRK157E 255
CTRK158E 255
CTRK159I 255
CTRK160I 255
CTRK161W 256
CTRK162E 256
CTRK163E 256
CTRK164I 256
CTRK165E 256
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Mainframe Enablers 8.5 Message Guide
CTRK166E 257
CTRK167W 257
CTRK168E 257
CTRK169E 257
CTRK170E 258
CTRK171E 258
CTRK172I 258
CTRK173W 258
CTRK174E 258
CTRK175E 259
CTRK176I 259
CTRK179I 259
CTRK180I 259
CTRK181E 259
CTRK182I 260
CTRK201E 260
CTRK202E 260
CTRK203E 260
CTRK204E 261
CTRK205E 261
CTRK206E 261
CTRK207E 261
CTRK209E 262
CTRK209I 262
CTRK209W 262
CTRK210W 263
CTRK211E 263
CTRK212E 263
CTRK213I 263
CTRK214I 263
CTRK300E 264
CTRK301E 264
CTRK302E 264
CTRK303E 264
CTRK304E 264
CTRK305E 265
CTRK306E 265
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Mainframe Enablers 8.5 Message Guide
CTRK307E 265
CTRK308E 265
CTRK309E 266
CTRK310I 266
CTRK311E 266
CTRK312E 266
CTRK313E 266
CTRK314E 267
DCOMP00I 267
DCOMP01E 267
DCOMP02E 267
DCOMP02I 268
DCOMP03E 268
DCOMP04E 268
DCOMP04I 268
DCOMP05E 268
DCOMP20E 269
DCOMP21E 269
DCOMP22E 269
DCOMP23I 269
DCOMP24I 269
DCOMP25E 270
DCOMP26E 270
DCOMP27E 270
DCOMP28E 271
DCOMP29E 271
DCOMP30E 271
DCOMP31E 271
DCOMP32I 272
DCOMP33I 272
DCOMP34W 272
DCOMP35E 272
DCOMP36E 273
DCOMP37E 273
DCOMP38E 273
DCOMP39E 273
DCOMP41E 273
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Mainframe Enablers 8.5 Message Guide
DCOMP42I 274
DCOMP44E 274
DCOMP45E 274
DCOMP48I 274
DCOMP51E 274
DCOMP81E 275
DCOMP87E 275
DCOMP88E 276
DCOMP89E 276
DCOMP90E 276
DCOMP91E 276
DCOMP92E 277
DCOMP93I 277
DCOMP99I 277
ECNTL00E 277
ECNTL01E 277
ECNTL02E 278
ECNTL03E 278
ECNTL04E 278
ECNTL05E 279
ECNTL10I 279
EDYNA00E 279
EDYNA01I 279
EDYNA10E 280
EDYNA11E 280
EGRP001S 280
EGRP010I 280
EGRP020I 281
EGRP021I 281
EGRP032E 281
EGRP034E 281
EGRP035E 281
EGRP036E 282
EGRP037E 282
EGRP061E 282
EGRP080E 282
EGRP090I 282
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Mainframe Enablers 8.5 Message Guide
EGRP100I 283
EGRP110I 283
EGRP120I 283
EGRP130I 283
EGRP588E 284
EGRP632E 284
EGRP723E 284
EMCP001I 285
EMCP002E 285
EMCP010E 285
EMCP011E 285
EMCP012E 285
EMCP013E 286
EMCP014E 286
EMCP015E 286
EMCP016E 286
EMCP017E 286
EMCP018E 287
EMCP019E 287
EMCP020E 287
EMCP021E 287
EMCP022E 288
EMCP023E 288
EMCP024E 288
EMCP025E 288
EMCP026E 288
EMCP027E 289
EMCP028E 289
EMCP029E 289
EMCP031E 289
EMCP032E 289
EMCP033E 290
EMCP034E 290
EMCP035E 290
EMCP036E 290
EMCP037E 291
EMCP038E 291
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Mainframe Enablers 8.5 Message Guide
EMCP039E 291
EMCP040E 291
EMCP041E 291
EMCP042E 292
EMCU001I 292
EMCU002I 292
EMCU003E 292
EMCU004W 292
EMCU005W 293
EMCU006E 293
EMCU006I 293
EMCU007W 294
EMCU008I 294
EMCU009E 294
EMCU009I 294
EMCU00AI 294
EMCU00BI 295
EMCU00CI 295
EMCU00DI 295
EMCU00EI 295
EMCU00PI 296
EMCU00RI 296
EMCU00SI 296
EMCU00TI 296
EMCU00UI 297
EMCU00VI 297
EMCU00XI 297
EMCU010I 297
EMCU011I 298
EMCU012I 299
EMCU013I 299
EMCU014I 299
EMCU015I 299
EMCU016I 300
EMCU017E 300
EMCU018E 300
EMCU019E 301
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Mainframe Enablers 8.5 Message Guide
EMCU020E 301
EMCU021E 301
EMCU022E 301
EMCU023W 301
EMCU024E 302
EMCU025E 302
EMCU026E 302
EMCU027E 302
EMCU028E 303
EMCU029E 303
EMCU030E 303
EMCU031E 303
EMCU032E 304
EMCU033E 304
EMCU034E 304
EMCU035E 304
EMCU036E 305
EMCU037E 305
EMCU038E 305
EMCU039E 305
EMCU040E 305
EMCU041E 306
EMCU042E 306
EMCU043E 306
EMCU044E 306
EMCU045E 307
EMCU046E 307
EMCU047E 307
EMCU048E 307
EMCU049E 307
EMCU050E 308
EMCU051E 308
EMCU052E 308
EMCU053E 308
EMCU053W 309
EMCU054E 309
EMCU055E 309
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Mainframe Enablers 8.5 Message Guide
EMCU056E 309
EMCU057E 309
EMCU058E 310
EMCU059E 310
EMCU060I 310
EMCU061I 310
EMCU062I 312
EMCU063I 312
EMCU064I 313
EMCU065E 313
EMCU066E 313
EMCU067E 314
EMCU068E 314
EMCU069E 314
EMCU070E 314
EMCU070I 315
EMCU071E 315
EMCU071I 315
EMCU072E 315
EMCU073E 316
EMCU074E 316
EMCU075E 316
EMCU076E 316
EMCU077E 316
EMCU078E 317
EMCU079E 317
EMCU080E 317
EMCU081E 317
EMCU082E 317
EMCU083E 318
EMCU084E 318
EMCU085E 318
EMCU086E 318
EMCU087E 319
EMCU088E 319
EMCU089E 319
EMCU090E 319
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Mainframe Enablers 8.5 Message Guide
EMCU091E 319
EMCU092E 320
EMCU093E 320
EMCU093W 320
EMCU094E 320
EMCU095E 321
EMCU096E 321
EMCU097E 321
EMCU098E 322
EMCU099E 322
EMCU100E 323
EMCU101E 323
EMCU102E 323
EMCU103E 323
EMCU104E 323
EMCU105E 324
EMCU106E 324
EMCU107E 324
EMCU108I 324
EMCU110I 325
EMCU113E 326
EMCU118E 326
EMCU120E 326
EMCU122E 326
EMCU124E 327
EMCU126E 327
EMCU129E 327
EMCU130E 327
EMCU131E 328
EMCU134E 328
EMCU139E 328
EMCU157E 328
EMCU161E 329
EMCU162E 329
EMCU163E 329
EMCU164E 329
EMCU165E 330
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Mainframe Enablers 8.5 Message Guide
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