| 0 |
(0) |
STRUCTURE |
0 |
ECVT |
|
| 0 |
(0) |
CHARACTER |
4 |
ECVTECVT |
ECVT ACRONYM |
| 4 |
(4) |
ADDRESS |
4 |
ECVTCPLX |
- ADDRESS OF IXCCPLX CONTROL BLOCK. OWNERSHIP: XCF. SERIALIZATION:
N/A. |
| 8 |
(8) |
CHARACTER |
8 |
ECVTSPLX |
- SYSPLEX NAME USED FOR DEBUGGING. OWNERSHIP: XCF. SERIALIZATION:
N/A. |
| 16 |
(10) |
SIGNED |
4 |
ECVTSPLE |
- SYSPLEX PARTITIONING ECB THAT IS POSTED TO WAKE UP THE
SYSPLEX PARTITIONING MANAGER. OWNERSHIP: XCF. SERIALIZATION: SYSPLEX
PARTITIONING TASK. |
| 20 |
(14) |
ADDRESS |
4 |
ECVTSPLQ |
- SYSPLEX PARTITIONING QUEUE. CONTAINS SYSPLEX PARTITIONING
WORK ELEMENTS. OWNERSHIP: XCF. SERIALIZATION: COMPARE AND SWAP. |
| 24 |
(18) |
ADDRESS |
4 |
ECVTSTC1 |
"V(IEATSTC1)" - STCKSYNC, NON-AR MODE, NO ETRID REQUESTED.
OWNERSHIP: TIMER. SERIALIZATION: NONE. |
| 28 |
(1C) |
ADDRESS |
4 |
ECVTSTC2 |
"V(IEATSTC2)" - STCKSYNC, NON-AR MODE, ETRID REQUESTED.
OWNERSHIP: TIMER. SERIALIZATION: NONE. |
| 32 |
(20) |
ADDRESS |
4 |
ECVTSTC3 |
"V(IEATSTC3)" - STCKSYNC, AR MODE, NO ETRID REQUESTED.
OWNERSHIP: TIMER. SERIALIZATION: NONE. |
| 36 |
(24) |
ADDRESS |
4 |
ECVTSTC4 |
"V(IEATSTC4)" - STCKSYNC, AR MODE, ETRID REQUESTED. OWNERSHIP:
TIMER. SERIALIZATION: NONE. |
| 40 |
(28) |
ADDRESS |
4 |
ECVTAPPC |
- ANCHOR FOR APPC DATA STRUCTURES OWNERSHIP: MVS/APPC
SERIALIZATION: NONE |
| 44 |
(2C) |
ADDRESS |
4 |
ECVTSCH |
- ANCHOR FOR APPC SCHEDULER DATA STRUCTURES OWNERSHIP:
MVS/APPC SERIALIZATION: NONE |
| 48 |
(30) |
BITSTRING |
4 |
ECVTIOSF(0) |
IOS FLAGS OWNERSHIP: IOS |
| 48 |
(30) |
BITSTRING |
1 |
ECVTIOS1 |
- IOS FLAGS BYTE 1 SERIALIZATION: NONE |
| |
|
1... .... |
ECVTCHSC |
"X'80'" - RESERVED FOR IBM USE |
| 49 |
(31) |
BITSTRING |
1 |
ECVTIOS2 |
- RESERVED. |
| 50 |
(32) |
BITSTRING |
1 |
ECVTIOS3 |
- RESERVED. |
| 51 |
(33) |
BITSTRING |
1 |
ECVTIOS4 |
- RESERVED. |
| 52 |
(34) |
ADDRESS |
4 |
ECVTOMDA |
- ADDRESS OF THE OPERATIONS MEASUREMENT DATA GATHERER
IEAVG708. OWNERSHIP: CONSOLE SERVICES. SERIALIZATION: NONE. |
| 56 |
(38) |
BITSTRING |
2 |
ECVTCSVN |
- Counter Second Version Number for CPU counter facility |
| 58 |
(3A) |
BITSTRING |
1 |
ECVTCNZ |
- Ownership: Consoles Serialization: CS |
| |
|
1... .... |
ECVTWTOV |
"X'80'" - Allow Verbose messages |
| 59 |
(3B) |
BITSTRING |
1 |
ECVTALOC |
- Ownership: Allocation Serialization: None (Set during
NIP) |
| |
|
1... .... |
ECVTWARN |
"X'80'" - Warn about allocations that specify 2-digit
expiration years |
| |
|
.1.. .... |
ECVTFAIL |
"X'40'" - Fail allocations that specify 2-digit expiration
years |
| 60 |
(3C) |
ADDRESS |
4 |
ECVTBPMS |
- BELOW 16M, PAGEABLE DEVICE SUPPORT MODULES, STARTING
ADDRESS. OWNERSHIP: CONTENTS SUPERVISION. SERIALIZATION: NONE. |
| 64 |
(40) |
ADDRESS |
4 |
ECVTBPME |
- BELOW 16M, PAGEABLE DEVICE SUPPORT MODULES, ENDING ADDRESS.
OWNERSHIP: CONTENTS SUPERVISION. SERIALIZATION: NONE. |
| 68 |
(44) |
ADDRESS |
4 |
ECVTAPMS |
- ABOVE 16M, PAGEABLE DEVICE SUPPORT MODULES, STARTING
ADDRESS. OWNERSHIP: CONTENTS SUPERVISION. SERIALIZATION: NONE. |
| 72 |
(48) |
ADDRESS |
4 |
ECVTAPME |
- ABOVE 16M, PAGEABLE DEVICE SUPPORT MODULES, ENDING ADDRESS.
OWNERSHIP: CONTENTS SUPERVISION. SERIALIZATION: NONE. |
| 76 |
(4C) |
ADDRESS |
4 |
ECVTQUCB |
- XCF DATA AREA (IXCYQUCB) ANCHOR. OWNERSHIP: XCF. SERIALIZATION:
N/A. |
| 80 |
(50) |
DBL WORD |
8 |
ECVTSSDD(0) |
- DOUBLE WORD USED TO COMPARE DOUBLE AND SWAP ECVTSSDF
AND ECVTSSDS. SERIALIZATION: CDS. OWNERSHIP: SUPERVISOR CONTROL. |
| 80 |
(50) |
ADDRESS |
4 |
ECVTSSDF |
- THE ADDRESS OF THE FREE SSD QUEUE. SERIALIZATION: CS
WHEN ADDING AN SSD TO THE FREE QUEUE. CDS ON ECVTSSDD WHEN REMOVING
AN SSD FROM THE FREE QUEUE. OWNERSHIP: SUPERVISOR CONTROL. |
| 84 |
(54) |
SIGNED |
4 |
ECVTSSDS |
- SEQUENCE NUMBER INCREMENTED WHEN SSDS ARE REMOVED FROM
THE FREE SSD QUEUE. USED TO SERIALIZE THE FREE SSD QUEUE. OWNERSHIP:
SUPERVISOR CONTROL. |
| 88 |
(58) |
ADDRESS |
4 |
ECVT_CUSTOMER_AREA_ADDR |
"V(IEAVECAA)" Customer Area Address. Address of a 128-byte
area in page-fixed, key 0, common storage above 16M, below 2G. This
field is owned by the customer that owns this system. No program should
modify this without the permission of the owner. Non-zero as of z/OS
2.2. Prior to z/OS 2.2, the owning customer may take the steps to
allocate an area of storage and update this field with the address
of the area. |
| 88 |
(58) |
X'58' |
0 |
ECVTCAA |
"ECVT_Customer_Area_Addr" |
| 92 |
(5C) |
ADDRESS |
4 |
ECVTSRBT |
- THE ADDRESS OF THE SSD RESOURCE MANAGER. OWNERSHIP:
SUPERVISOR CONTROL. |
| 96 |
(60) |
ADDRESS |
4 |
ECVTDPQH |
Queue of DU-AL Pools (DPHs) Ownership: PC Auth Serialization:
Disp lock |
| 100 |
(64) |
ADDRESS |
4 |
ECVTTCRE |
- IEAVTCRE ENTRY POINT ADDRESS. OWNERSHIP: ACR. SERIALIZATION:
NONE. |
| 104 |
(68) |
SIGNED |
4 |
(0) |
- ALIGN ECVTXCFG ON A WORD BDY |
| 104 |
(68) |
BITSTRING |
16 |
ECVTXCFG |
SYSPLEX CONFIGURATION REQUIREMENTS. OWNERSHIP: XCF. SERIALIZATION:
SYSTEM INITIALIZATION. |
| 120 |
(78) |
ADDRESS |
4 |
ECVTR078 |
- RESERVED. DO NOT USE. |
| 124 |
(7C) |
ADDRESS |
4 |
ECVTR07C |
- RESERVED. DO NOT USE. |
| 128 |
(80) |
ADDRESS |
4 |
ECVTSCHA |
"V(IEAVSCHA)" - THE ADDRESS OF IEAVSCHA. SCHEDULE WITH
ADDRESSABILITY. OWNERSHIP: SUPERVISOR CONTROL. SERIALIZATION: NONE. |
| 132 |
(84) |
BITSTRING |
4 |
ECVTR084 |
- RESERVED. |
| 136 |
(88) |
ADDRESS |
4 |
ECVTDLCB |
Address of DLCB (CSVDLCB) for the current LNKLST set.
Serialization: ENQ Ownership: CSV |
| 140 |
(8C) |
ADDRESS |
4 |
ECVTNTTP |
- ADDRESS OF SYSTEM LEVEL NAME/TOKEN HEADER. OWNERSHIP:
SUPERVISOR CONTROL. SERIALIZATION: CMS LOCK. |
| 144 |
(90) |
ADDRESS |
4 |
ECVTSRBJ |
"V(IEAVJOIN)" SRB-mode enclave join - A value of 0 in
ECVTSRBJ means that the function is not available - Caller must be
AMODE 31 or 64, key 0, supervisor state, enabled for I/O and external
interrupts, holding no locks - SRB mode (preemptible non-Client SRB
only) - Primary ASC mode - Any P, Any S, Any H - Set GR 1 to the below-2G
address of the 8-byte enclave token. Bits 0-31 of 64-bit GR 1 are
ignored. - Load this address into GR 15. Do not use the LLGT instruction.
You do not need to set bits 0-31 of 64-bit GR 15. - If AMODE 64, issue
BASSM 14,15 If AMODE 31, issue BASSM 14,15 or BASR 14,15 - 31-bit
GRs 2-13, high halves 2-14, and ARs 2-14 will be preserved. - On return,
GR 15 contains the return code: 0 = Join successfully completed. 8
= Enclave token is not or is no longer valid 12 = Work unit is already
in an enclave 16 = Non-preemptible SRB 20 = Client SRB - Potential
Abend Codes: none |
| 148 |
(94) |
ADDRESS |
4 |
ECVTSRBL |
"V(IEAVLEAV)" SRB-mode enclave leave - A value of 0 in
ECVTSRBL means that the function is not available - Caller must be
AMODE 31 or 64, key 0, supervisor state, enabled for I/O and external
interrupts, holding no locks - SRB mode - Primary ASC mode - Any P,
Any S, Any H - Set GR 1 to the below-2G address of the 8-byte enclave
token. Bits 0-31 of 64-bit GR 1 are ignored. - Load this address into
GR 15. Do not use the LLGT instruction. You do not need to set bits
0-31 of 64-bit GR 15. - If AMODE 64, issue BASSM 14,15 If AMODE 31,
issue BASSM 14,15 or BASR 14,15 - 31-bit GRs 2-13, high halves 2-14,
and ARs 2-14 will be preserved. - On return, GR 15 contains the return
code: 0 = Leave successfully completed. 8 = Enclave token is not or
is no longer valid 12 = Work unit is not in an enclave 16 = Work unit
is not in the enclave identified by the input - Potential Abend Codes:
none |
| 152 |
(98) |
ADDRESS |
4 |
ECVTMSCH |
- THE ADDRESS OF SLM MESSAGE SUBCHANNEL LIST. OWNERSHIP:
SYSTEM LOCK MANAGER SERIALIZATION: NIP. |
| 156 |
(9C) |
ADDRESS |
4 |
ECVTCAL |
- THE ADDRESS OF SLM COMMON AREA LIST. OWNERSHIP: SYSTEM
LOCK MANAGER SERIALIZATION: NIP. |
| 160 |
(A0) |
BITSTRING |
8 |
ECVTLOAD |
- EDITED MVS LOAD PARAMETER OWNERSHIP: IPL. SERIALIZATION:
NONE. |
| 168 |
(A8) |
BITSTRING |
8 |
ECVTMLPR |
- LOAD parameter used for this IPL. OWNERSHIP: IPL. SERIALIZATION:
NONE. |
| 176 |
(B0) |
ADDRESS |
4 |
ECVTTCP |
- Token used by TCP/IP OWNERSHIP: TCPIP SERIALIZATION:
Compare and Swap during TCPIP initialization |
| 180 |
(B4) |
ADDRESS |
4 |
ECVTHISNMT |
"V(HISNMT)" HISMT Service |
| 184 |
(B8) |
ADDRESS |
4 |
ECVTNVDM |
- NETVIEW DM TCP ID BLOCK POINTER OWNERSHIP: NETVIEW DISTRIBUTION
MANAGER. SERIALIZATION: NONE. |
| 188 |
(BC) |
BITSTRING |
4 |
ECVTR0BC |
- RESERVED. DO NOT USE. |
| 192 |
(C0) |
ADDRESS |
4 |
ECVTGRMP |
- GRM DATA BLOCK POINTER OWNERSHIP: GRAPHICS RESOURCE
MONITOR SERIALIZATION: TEST AND SET ON THE HIGH ORDER BYTE. |
| 196 |
(C4) |
ADDRESS |
4 |
ECVTWLM |
- WLM VECTOR TABLE POINTER OWNERSHIP: WLM. SERIALIZATION:
NONE. |
| 200 |
(C8) |
ADDRESS |
4 |
ECVTCSM |
- Pointer to Communication Storage Manager control structure
OWNERSHIP: VTAM (Communications Storage Manager(CSM)) SERIALIZATION:
ENQUEUE/DEQUEUE |
| 204 |
(CC) |
ADDRESS |
4 |
ECVTCTBL |
"V(CSRCTABL)" Customer anchor table. Slots assigned by
IBM. Ownership: Callable Services. Serialization: None |
| 208 |
(D0) |
ADDRESS |
4 |
ECVTPMCS |
"V(IEAVPMCS)" STATUS SET,MC,PROCESS SERVICE ROUTINE ADDRESS.
OWNERSHIP: SUPERVISOR CONTROL. SERIALIZATION: NONE. |
| 212 |
(D4) |
ADDRESS |
4 |
ECVTPMCR |
"V(IEAVPMCR)" STATUS RESET,MC,PROCESS SERVICE ROUTINE
ADDRESS WITHIN MODULE IEAVFMCS. OWNERSHIP: SUPERVISOR CONTROL. SERIALIZATION:
NONE. |
| 216 |
(D8) |
ADDRESS |
4 |
ECVTSTX1 |
"V(IEAVAX01)" STAX DEFER=YES,LINKAGE=BRANCH SERVICE ROUTINE
ADDRESS. OWNERSHIP: RCT. SERIALIZATION: NONE. |
| 220 |
(DC) |
ADDRESS |
4 |
ECVTSTX2 |
"V(IEAVAX02)" STAX DEFER=NO,LINKAGE=BRANCH SERVICE ROUTINE
ADDRESS WITHIN MODULE IEAVAX01. OWNERSHIP: RCT. SERIALIZATION: NONE. |
| 224 |
(E0) |
BITSTRING |
4 |
ECVTSLID |
- CONTAINS THE SLIP PER TRAP ID OR BINARY ZEROS. OWNERSHIP:
SLIP SERIALIZATION: NONE. |
| 228 |
(E4) |
ADDRESS |
4 |
ECVTCSVT |
- CSV TABLE. OWNERSHIP: CSV SERIALIZATION: SET DURING
NIP |
| 232 |
(E8) |
ADDRESS |
4 |
ECVTASA |
- ASA TABLE. OWNERSHIP: ASA SERIALIZATION: SET DURING
NIP |
| 236 |
(EC) |
ADDRESS |
4 |
ECVTEXPM |
"V(IEAVEXPM)" - GETXSB SERVICE ROUTINE. OWNERSHIP: SUPERVISOR
CONTROL. SERIALIZATION: NONE. |
| 240 |
(F0) |
ADDRESS |
4 |
ECVTOCVT |
- ANCHOR FOR OpenMVS COMMUNICATION VECTOR TABLE. OWNERSHIP:
OpenMVS. SERIALIZATION: COMPARE AND SWAP DURING OpenMVS INITIALIZATION. |
| |
|
1... .... |
ECVTOMVS |
"X'80'" If on, OpenMVS is up and available. |
| 244 |
(F4) |
ADDRESS |
4 |
ECVTOEXT |
- ANCHOR FOR OpenMVS EXTERNAL DATA THAT NEEDS TO BE ACCESSED
BY NON-MVS CODE. OWNERSHIP: OpenMVS. SERIALIZATION: COMPARE AND SWAP
DURING OpenMVS INITIALIZATION. (NEVER CHANGED AFTER INITIALIZATION) |
| 248 |
(F8) |
ADDRESS |
4 |
ECVTCMPS |
"V(CSRCMPSS)" - Address of the Compression Service routine.
OWNERSHIP: Callable Services. SERIALIZATION: None. |
| 252 |
(FC) |
ADDRESS |
4 |
ECVTNUCP |
- Pointer to nucleus dataset name, VOL=SER, and its UCB.
OWNERSHIP: NIP SERIALIZATION: None. |
| 256 |
(100) |
ADDRESS |
4 |
ECVTXRAT |
- XES anchor table for branch entry routine addresses.
OWNERSHIP: XES. SERIALIZATION: None. |
| 260 |
(104) |
ADDRESS |
4 |
ECVTPWVT |
- Address of the Processor Workunit Queue Vector Table
(PWVT). SERIALIZATION: None. OWNERSHIP: Supervisor Control |
| 264 |
(108) |
CHARACTER |
2 |
ECVTCLON |
- 1 or 2 character value used to identify a system within
a sysplex. Valid values are A-Z, 0-9, $, @, #. Not valid if blank.
Serialization: None. Ownership: Supervisor Control. |
| 266 |
(10A) |
ADDRESS |
1 |
ECVTGMOD |
GRS mode of operation OWNERSHIP: GRS. SERIALIZATION: None. |
| 266 |
(10A) |
X'0' |
0 |
ECVTGNON |
"0" GRS operating with option NONE. |
| 266 |
(10A) |
X'1' |
0 |
ECVTGRNG |
"1" GRS operating in ring mode. |
| 266 |
(10A) |
X'2' |
0 |
ECVTGSTA |
"2" GRS operating in star mode. |
| 267 |
(10B) |
BITSTRING |
1 |
ECVTR10B |
- RESERVED. |
| 268 |
(10C) |
ADDRESS |
4 |
ECVTDUCU |
"V(IEAVDUCU)" - DUCT update - A value of 0 in ECVTDUCU
means that the function is not available - Caller must be AMODE 31
or 64, key 0, supervisor state - Task mode - Primary ASC mode - Any
P, Any S, Any H - To invoke the service: - Set GR 1 to 1 to indicate
to update the TRAP Control Block Address - Set GR 0 to the address
of the doubleword aligned TRAP Control Block Address (below 2G). Bits
0-31 of 64-bit GR0 are ignored. A non-zero value in bits 32-63 will
enable the TRAP function. When enabling, bit 63 is ignored. Bits 61-62
must be 0. Use a value of 0 in bits 32-63 to disable the TRAP function.
- Load ECVTDUCU into GR 15. Do not use the LLGT instruction. You do
not need to set bits 0-31 of 64-bit GR 15. - If AMODE 64, issue BASSM
14,15 If AMODE 31, issue BASR 14,15 or BASSM 14,15 - Upon return from
the service - 31-bit GRs 2-13, high halves 2-14, and ARs 2-14 will
be preserved. Other GRs, high halves, and ARs may be used as work
registers by the system. - On return R15 contains a return code 0
- success 8 - bad value in register 1 12 - TRAP update request in
SRB mode |
| 272 |
(110) |
ADDRESS |
4 |
ECVTALCK |
"V(IEAVALCK)" - ALIAS check - This is not intended for
authorized TSO commands. Those should check the high order bit of
the first parameter address and fail if it is On. - A value of 0 in
ECVTALCK means that the function is not available - Caller must be
AMODE 31 or 64 - Problem state or supervisor state - Task mode or
SRB mode - Task mode - Primary ASC mode - Any P, Any S, Any H - To
invoke the service: - Set 64-bit GR0 to the entry point address without
the "AMODE bits" (i.e., bit 32 not on if AMODE 31, bit 63 not on if
AMODE 64). Bits 0-31 of GR0 must be 0. - Set 32-bit GR1 to - 0 if
you expect that an alias was not used to load the program - 1 if you
expect that an alias was used to load the program - Load ECVTALCK
into GR 15. Do not use the LLGT instruction. You do not need to set
bits 0-31 of 64-bit GR 15. - If AMODE 64, issue BASSM 14,15 If AMODE
31, issue BASR 14,15 or BASSM 14,15 - The system will ABEND C0D if
not successful - Upon return from the service - 31-bit GRs 2-13, high
halves 2-13, and ARs 2-14 will be preserved. Other GRs, high halves,
and ARs may be used as work registers by the system. - Return means
success |
| 276 |
(114) |
BITSTRING |
6 |
ECVTR114 |
- RESERVED. |
| 282 |
(11A) |
SIGNED |
2 |
ECVTPTIM |
Time value for Parallel Detach processing OWNERSHIP: RTM
SERIALIZATION: None |
| 284 |
(11C) |
ADDRESS |
4 |
ECVTJCCT |
- Address of the JES communication control table. OWNERSHIP:
JES. SERIALIZATION: None. |
| 288 |
(120) |
ADDRESS |
4 |
ECVTLSAB |
"V(IXGLSAB)" - Pointer to Logger Services Anchor Block.
OWNERSHIP: IXG. SERIALIZATION: None. |
| 292 |
(124) |
ADDRESS |
4 |
ECVTETPE |
"V(IEAVETPE)" Addr of routine IEAVETPE. Serialization:
None. Ownership: Supervisor Control |
| 296 |
(128) |
ADDRESS |
4 |
ECVTSYMT |
Address of the system static symbol table. The system
static symbol table is mapped by dsect SYMBT within ASASYMBP. The
table is preceded by an area mapped by dsect SYMBTH within ASASYMBP.
Serialization: None. Ownership: NIP |
| 300 |
(12C) |
ADDRESS |
4 |
ECVTESYM |
"V(IEAVESYM)" Address of IEAVESYM routine. Serialization:
None. Ownership: NIP |
| 304 |
(130) |
BITSTRING |
4 |
ECVTFLGS(0) |
Miscellaneous Flags Serialization: None. Ownership: NIP |
| 304 |
(130) |
BITSTRING |
1 |
ECVTFLG1 |
First miscellaneous flag Serialization: None. Ownership:
NIP |
| |
|
1... .... |
ECVTCLNU |
"X'80'" When set, this flag indicates that the system
static symbol &SYSCLONE value defined in an IEASYMxx member used
for this IPL must be unique in the SYSPLEX. Serialization: None. Ownership:
NIP |
| |
|
.1.. .... |
ECVTPMAC |
"X'40'" Serialization: None. Ownership: NIP |
| 305 |
(131) |
BITSTRING |
3 |
|
|
| 308 |
(134) |
ADDRESS |
4 |
ECVTESY1 |
"V(IEAVESY1)" Address of routine IEAVESY1. Serialization:
None. Ownership: NIP |
| 312 |
(138) |
ADDRESS |
4 |
ECVTPETM |
"V(IEAVPETM)" Addr of routine IEAVPETM Serialization:
None Ownership: Supervisor Control |
| 316 |
(13C) |
ADDRESS |
4 |
ECVTETPT |
"V(IEAVETPT)" Addr of routine IEAVETPT Serialization:
None Ownership: Supervisor Control |
| 320 |
(140) |
ADDRESS |
4 |
ECVTENVT |
- Pointer to Enclave Vector Table (ENVT). OWNERSHIP: SRM
SERIALIZATION: SRM lock, if updated after NIP |
| 324 |
(144) |
SIGNED |
4 |
ECVTVSER |
Reserved for use by VSE Ownership: VSE Serialization:
none |
| 328 |
(148) |
ADDRESS |
4 |
ECVTLSEN |
"V(IEAVLSEN)" Address of module IEAVLSEN |
| 332 |
(14C) |
ADDRESS |
4 |
ECVTDGNB |
"V(IGVDGNBT)" Address of DGNB Serialization: None. Ownership:
VSM |
| 336 |
(150) |
CHARACTER |
8 |
ECVTHDNM |
Hardware name of the processor configuration. Serialization:
None. Ownership: NIP |
| 344 |
(158) |
CHARACTER |
8 |
ECVTLPNM |
LPAR name of the processor configuration. This field is
blanks if processor is not in LPAR mode. Serialization: None. Ownership:
NIP |
| 352 |
(160) |
CHARACTER |
8 |
ECVTVMNM |
VM userid of the virtual machine, of which this MVS image
is is a guest. This field is blanks if the processor is not a guest
under VM. Serialization: None. Ownership: NIP |
| 360 |
(168) |
ADDRESS |
4 |
ECVTGRM |
"V(CRG52GRM)" Address of routine CRG52GRM Serialization:
None. Ownership: Context Services |
| 364 |
(16C) |
ADDRESS |
4 |
ECVTSEIF |
"V(CRG52SEI)" Address of routine CRG52SEI. Serialization:
None. Ownership: Context Services |
| 368 |
(170) |
ADDRESS |
4 |
ECVTAES |
"V(IEAVEAES)" Address of routine IEAVEAES. Serialization:
None. Ownership: Supervisor Control |
| 372 |
(174) |
ADDRESS |
4 |
ECVTRSMT |
Address of registration services management table. Serialization:
None. Ownership: Context Services |
| 376 |
(178) |
CHARACTER |
16 |
ECVTMMEM |
Exit manager name of the mvs miscellaneous event exit
manager Serialization: None. Ownership: Supervisor Control |
| 392 |
(188) |
ADDRESS |
4 |
ECVTIPA |
Address of the Initialization Parameter Area Serialization:
None. Ownership: NIP |
| 396 |
(18C) |
BITSTRING |
16 |
ECVTMMET |
- Exit Manager Token of the MVS Miscellaneous Event Exit
Manager Serialization: None. Ownership: Supervisor Control |
| 412 |
(19C) |
ADDRESS |
4 |
ECVTMMEQ |
MVS Miscellaneous Event Exit Manager RM_TOKEN Queue
Serialization: REGSRV EXCL lock. Ownership: Supervisor Control |
| 416 |
(1A0) |
ADDRESS |
4 |
ECVTMMEA |
Address of the MVS Miscellaneous Event Exit Manager Resource
Manager Token Array. Serialization: REGSRV EXCL lock. Ownership: Supervisor
Control. |
| 420 |
(1A4) |
ADDRESS |
4 |
ECVTEAEX |
"V(IEAVEAEX)" Address of routine IEAVEAEX. Serialization:
None. Ownership: Supervisor Control |
| 424 |
(1A8) |
ADDRESS |
4 |
ECVTEAUX |
"V(IEAVEAUX)" Address of routine IEAVEAUX. Serialization:
None. Ownership: Supervisor Control |
| 428 |
(1AC) |
ADDRESS |
4 |
ECVTMMEC |
Count of RMs registered with MVS Miscellaneous Event Exit
Manager Serialization: REGSRV EXCL Lock. Ownership: Supervisor Control |
| 432 |
(1B0) |
ADDRESS |
4 |
ECVTIPST |
Address of IPST Serialization: None. Ownership: NIP |
| 436 |
(1B4) |
ADDRESS |
4 |
ECVTRRSW |
Address of the RRS world object Serialization: None. Ownership:
RRS |
| 440 |
(1B8) |
ADDRESS |
4 |
ECVTRRTT |
"V(ATRSMEOT)" RRS EOT Resmgr address with Amode indicator
set on Serialization: None Ownership: RRS |
| 444 |
(1BC) |
ADDRESS |
4 |
ECVTRRMT |
"V(ATRSMEOM)" RRS EOM Resmgr Address with Amode indicator
set on Serialization: None Ownership: RRS |
| 448 |
(1C0) |
ADDRESS |
4 |
ECVTPRED |
Product Enable/Disable block Serialization: None. Ownership:
SMF |
| 452 |
(1C4) |
BITSTRING |
16 |
ECVTCEMT |
- Exit Manager Token of the Context Services Exit Manager.
Serialization: None Ownership: Context Services |
| 468 |
(1D4) |
ADDRESS |
4 |
ECVTCEME |
"V(CTXEMGRE)" Address of routine CTXEMGRE. Serialization:
None. Ownership: Context Services |
| 472 |
(1D8) |
ADDRESS |
4 |
ECVTCEMR |
"V(CTXCEMGR)" Address of routine CTXCEMGR. Serialization:
None. Ownership: Context Services Serialization: None. |
| 476 |
(1DC) |
SIGNED |
4 |
ECVTPSEQ |
Product sequence number. This field will be changed when
any new version, release, or modification level is provided. It can
be used to determine if the operating system is at a suitable level
for a desired function. Its value will always increase from one release/mod
level to the next. |
For z/OS 2.2 (HBB77A0), the value is 01020200
For z/OS 2.1 (HBB7790), the value is 01020100
For z/OS R13 (HBB7780), the value is 01011300
For z/OS R12 (HBB7770), the value is 01011200
For z/OS R11 (HBB7760), the value is 01011100
For z/OS R10 (HBB7750), the value is 01011000
For z/OS R9 (HBB7740), the value is 01010900
For z/OS R8 (HBB7730), the value is 01010800
For z/OS R7.1 (JBB772S), the value is 01010701
For z/OS R7 (HBB7720), the value is 01010700
For z/OS R6.1 (JBB77S9), the value is 01010601
For z/OS R6 (HBB7709), the value is 01010600
For z/OS R5 (HBB7708), the value is 01010500
For z/OS R4 (HBB7707), the value is 01010400
For z/OS R3 (HBB7706), the value is 01010300
For z/OS R2 (HBB7705), the value is 01010200
For z/OS R1 (JBB7713), the value is 01010100
For OS/390 R10 (HBB7703), the value is 00021000
For OS/390 R9 (JBB6609), the value is 00020900
For OS/390 R8 (HBB6608), the value is 00020800
For OS/390 R7 (JBB6607), the value is 00020700
For OS/390 R6 (HBB6606), the value is 00020600
For OS/390 R5 (HBB6605), the value is 00020500
For OS/390 R4 (JBB6604), the value is 00020400
For OS/390 R3 (HBB6603), the value is 00010300
For OS/390 R2 (JBB6602), the value is 00010200
For OS/390 R1 (HBB6601), the value is 00010100
GBLC macro variables produced by SYSSTATE TEST
can be used to produce an equate for any
release beginning with z/OS R1.
|
| 480 |
(1E0) |
CHARACTER |
16 |
ECVTPOWN |
Product owner |
| 496 |
(1F0) |
CHARACTER |
16 |
ECVTPNAM |
Product name. |
| 512 |
(200) |
CHARACTER |
2 |
ECVTPVER |
Product version |
| 514 |
(202) |
CHARACTER |
2 |
ECVTPREL |
Product release |
| 516 |
(204) |
CHARACTER |
2 |
ECVTPMOD |
Product mod level |
| 518 |
(206) |
CHARACTER |
1 |
ECVTPDVL |
Product development level. Note: This field is used for
web deliverable for which the Product Modification Level is not changed. |
| 519 |
(207) |
BITSTRING |
1 |
ECVTTTFL |
Transaction Trace flags. Serialization: None Ownership:
Transaction Trace |
| |
|
1... .... |
ECVTTTRC |
"X'80'" Transaction Trace has been 'turned on'. |
| |
|
.1.. .... |
ECVTTATF |
"X'40'" If set on, TTrace is not active due to ATTACHX
failure. |
| |
|
..1. .... |
ECVTTESF |
"X'20'" If set on, TTrace is not active due to ESTAE failure. |
| |
|
...1 .... |
ECVTTGMF |
"X'10'" If set on, TTrace is not active due to GETMAIN
failure. |
| |
|
.... 1... |
ECVTTABT |
"X'08'" If set on, TTrace is not active due to abnormal
termination. |
| 520 |
(208) |
ADDRESS |
4 |
ECVTCURX |
"V(CTXCSURX)" Address of routine CTXCSURX. Serialization:
None. Ownership: Context Services |
| 524 |
(20C) |
ADDRESS |
4 |
ECVTCTXR |
"V(CTXRSMGR)" Addr of routine CTXRSMGR. Serialization:
None. Ownership: Context Services |
| 528 |
(210) |
ADDRESS |
4 |
ECVTCRGR |
"V(CRGRSMGR)" Addr of routine CRGRSMGR. Serialization:
None. Ownership: Context Services |
| 532 |
(214) |
ADDRESS |
4 |
ECVTCSRB |
"V(CTXSRB)" Addr of routine CTXSRB. Serialization: None
Ownership: Context Services |
| 536 |
(218) |
ADDRESS |
4 |
ECVTREM1 |
"V(CRGRREM1)" Addr of routine CRGRREM1 entry point in
module CRGRREMD. Serialization: None. Ownership: Context Services |
| 540 |
(21C) |
ADDRESS |
4 |
ECVTREM2 |
"V(CRGRREM2)" Addr of routine CRGRREM2 entry point in
module CRGRREMD. Serialization: None. Ownership: Context Services |
| 544 |
(220) |
ADDRESS |
4 |
ECVTXFR3 |
"V(IEAVXFR3)" Addr of routine IEAVXFR3 entry point Serialization:
None. Ownership: PC Auth |
| 548 |
(224) |
ADDRESS |
4 |
ECVTCICB |
|
| 552 |
(228) |
ADDRESS |
4 |
ECVTDLPF |
Address of first CDE on dynamic LPA queue. Ownership:
CSV Only CSV is allowed to change this. Serialization: CMS Lock |
| 556 |
(22C) |
ADDRESS |
4 |
ECVTDLPL |
Address of last CDE on dynamic LPA queue. It is intended
that the CDHAIN field of this CDE point to the CDE pointed to by the
word pointed to by CVTQLPAQ Ownership: CSV Only CSV is allowed to
change this. Serialization: CMS Lock |
| 560 |
(230) |
ADDRESS |
4 |
ECVTSRBR |
"V(IEAVSYN6)" Return for T6EXIT RETURN=SRBSUSP Serialization:
None. Ownership: Supervisor control |
| 564 |
(234) |
ADDRESS |
4 |
ECVTBCBA |
Address of SOMObjects data structure Ownership: SOMObjects
for OS/390 Serialization: CS |
| 568 |
(238) |
CHARACTER |
8 |
ECVTPIDN |
PID number |
| 576 |
(240) |
DBL WORD |
8 |
ECVTRMD(0) |
Double word for the CRGREMD Parameter List Free Pool. |
| 576 |
(240) |
ADDRESS |
4 |
ECVTRMDP |
CRGREMD Parameter List Free Pool Ptr Ownership: Registration
Services. Serialization: CDS on ECVTRMD |
| 580 |
(244) |
SIGNED |
4 |
ECVTRMDS |
CRGREMD Parameter List Free Pool Sequence Number. Ownership:
Registration Services. Serialization: CDS on ECVTRMD |
| 584 |
(248) |
ADDRESS |
4 |
ECVTRSU1 |
"V(IEAVRSU1)" Addr of routine IEAVRSU1 (Resume with sequence
number. Serialization: None. Ownership: Supervisor Control. |
| 588 |
(24C) |
ADDRESS |
4 |
ECVTPEST |
Address of the Pause Element Segment Table. Serialization:
Dispatcher lock Ownership: Supervisor Control. |
| 592 |
(250) |
ADDRESS |
4 |
ECVTCDYN |
Context Services Dynamic Area Cell Pool ID. Ownership:
Context Services. |
| 596 |
(254) |
ADDRESS |
4 |
ECVTFCDA |
|
| 600 |
(258) |
BITSTRING |
8 |
ECVTEORM |
- Potential real high storage address |
| 608 |
(260) |
ADDRESS |
4 |
ECVTCBLS |
"V(IEAVCBLS)" Addr of IEAVCBLS (see IHACBLS) |
| 612 |
(264) |
ADDRESS |
4 |
ECVTRINS |
Address of RRS installed function block (ATRRINST) Ownership:
RRS |
| 616 |
(268) |
ADDRESS |
4 |
ECVTTTCA |
Address of Transaction Trace Communications Area. Serialization:
None Ownership: Transaction Trace |
| 620 |
(26C) |
ADDRESS |
4 |
ECVTLCXT |
Address of LCCXVT |
| 624 |
(270) |
BITSTRING |
4 |
ECVTOESI |
- When non-zero, orig SCCBMESI |
| 628 |
(274) |
BITSTRING |
4 |
ECVTOXSB |
- When non-zero, orig SCCBNXSB |
| 632 |
(278) |
ADDRESS |
4 |
ECVTESTU |
"V(IEAVESTU)" SVC update service |
| 636 |
(27C) |
ADDRESS |
4 |
ECVTRBUP |
- IEARBUP service |
| 640 |
(280) |
BITSTRING |
4 |
ECVTOSAI |
- When non-zero, orig SCCBSAIX |
| 644 |
(284) |
ADDRESS |
4 |
ECVTPFA |
- Address of PFA block. Ownership: PFA Serialization:
N/A |
| 648 |
(288) |
ADDRESS |
4 |
ECVTCRDT |
"V(CSVRCDTY)" Entry for RACF to get CDRACDTY bits set |
| 652 |
(28C) |
BITSTRING |
8 |
ECVTR28C |
|
| 660 |
(294) |
ADDRESS |
4 |
ECVTXPCB |
|
| 664 |
(298) |
BITSTRING |
16 |
ECVTLPUB |
- IBM Publisher ID for ILM |
| 680 |
(2A8) |
BITSTRING |
8 |
ECVTLPID |
- IBM Product ID for ILM |
| 688 |
(2B0) |
BITSTRING |
8 |
ECVTLVID |
- IBM Version ID for ILM |
| 696 |
(2B8) |
BITSTRING |
4 |
ECVTLKLN |
- Length of IBM Key for ILM |
| 700 |
(2BC) |
ADDRESS |
4 |
ECVTLKAD |
- Address of IBM Key for ILM |
| 704 |
(2C0) |
BITSTRING |
2 |
ECVTCACHELINESIZE |
- CPU Cache Line Size |
| 706 |
(2C2) |
BITSTRING |
1 |
ECVTCACHELINESTARTBDY |
- CPU Cache Line Start Boundary |
| 707 |
(2C3) |
BITSTRING |
1 |
ECVTR2C3 |
- Reserved. |
| 708 |
(2C4) |
ADDRESS |
4 |
ECVTRFPT |
- Address of routine to update REFRPROT option for this
task. Place the address in reg 15. Place 1 in reg 0 if you want to
override the system REFRPROT option and not allow REFRPROT for this
task for subsequent LOADs. Place 0 in reg 0 if you no longer want
to override the system REFRPROT option, so that REFRPROT is processed
for this task for subsequent LOADs. Behavior is undefined if a value
other than 0/1 is found. Issue BASSM 14,15. GRs 2-13 will be preserved.
ARs 2-13 will be preserved. There is no return information. The routine
may be called in primary or AR ASC mode. The routine may be called
unlocked or locked. The routine may be called from AMODE 31 or 64,
both via BASSM. |
| 712 |
(2C8) |
SIGNED |
2 |
ECVT_INSTALLED_CPU_HWM |
The highest CPU number currently installed within this
IPL. Could increase upon dynamic CPU addition |
| 714 |
(2CA) |
SIGNED |
2 |
ECVT_INSTALLED_CPU_AT_IPL |
The highest CPU number installed at the time of IPL. |
| 716 |
(2CC) |
ADDRESS |
4 |
ECVTCRIT |
- Address of Common Resource Information Table Owner:
IQP Serialization: None. Set during initialization |
| 720 |
(2D0) |
DBL WORD |
8 |
ECVTTEDVECTORTABLEADDR |
Pointer to the Timed Event Data vector table |
| 728 |
(2D8) |
DBL WORD |
8 |
ECVTTEDSTORAGEBYTESALLOCATED |
| |
|
|
|
|
Amount of storage used for all TED Tables |
| 736 |
(2E0) |
ADDRESS |
4 |
ECVTTEDS |
"V(IEAVTEDS)" Pointer to the Timed Event Data Service
Module |
| 740 |
(2E4) |
BITSTRING |
12 |
ECVTMMIG(0) |
- Machine Migration |
| 740 |
(2E4) |
BITSTRING |
1 |
ECVTMMIG_BYTE0 |
Machine Migration Byte 0 |
| |
|
1... .... |
ECVTMMIG_EDAT2 |
"X'80'" |
| |
|
.1.. .... |
ECVTMMIG_TX |
"X'40'" |
| |
|
..1. .... |
ECVTMMIG_RI |
"X'20'" |
| |
|
...1 .... |
ECVTMMIG_VEF |
"X'10'" Vector Extension Facility |
| 741 |
(2E5) |
BITSTRING |
11 |
|
Machine Migration Bytes 1-11 |
| 752 |
(2F0) |
BITSTRING |
8 |
ECVTOSARX(0) |
- When non-zero, orig SCCBSARX |
| 752 |
(2F0) |
BITSTRING |
4 |
ECVTOSARXH |
- SCCBSARX - High Half |
| 756 |
(2F4) |
BITSTRING |
4 |
ECVTOSARXL |
- SCCBSARX - Low Half |
| 760 |
(2F8) |
BITSTRING |
8 |
ECVT_HCWA |
HCW |
| 768 |
(300) |
ADDRESS |
4 |
ECVTSLCA |
- Owner: LE |
| 772 |
(304) |
ADDRESS |
4 |
ECVTCPGUM |
"V(IGVCPGUM)" IGVCPGUM |
| 776 |
(308) |
ADDRESS |
4 |
ECVTCPFRM |
"V(IGVCPFRM)" IGVCPFRM |
| 780 |
(30C) |
ADDRESS |
4 |
ECVTCPGCM |
"V(IGVCPGCM)" IGVCPGCM |
| 784 |
(310) |
ADDRESS |
4 |
ECVT4QV1 |
"V(IEAV4QV1)" IEAV4QV1 |
| 788 |
(314) |
ADDRESS |
4 |
ECVT4QV2 |
"V(IEAV4QV2)" IEAV4QV2 |
| 792 |
(318) |
ADDRESS |
4 |
ECVT4QV3 |
"V(IEAV4QV3)" IEAV4QV3 |
| 796 |
(31C) |
ADDRESS |
4 |
ECVT4QV4 |
"V(IEAV4QV4)" IEAV4QV4 |
| 800 |
(320) |
ADDRESS |
4 |
ECVT4QV5 |
"V(IEAV4QV5)" IEAV4QV5 |
| 804 |
(324) |
ADDRESS |
4 |
ECVT4QV6 |
"V(IEAV4QV6)" IEAV4QV6 |
| 808 |
(328) |
ADDRESS |
4 |
ECVT4QV7 |
"V(IEAV4QV7)" IEAV4QV7 |
| 812 |
(32C) |
ADDRESS |
4 |
ECVTTENC |
"V(IEAVRT5S)" Timeused Enclave |
| 816 |
(330) |
ADDRESS |
4 |
ECVTSCF |
"V(IEAVSCAF)" IEAVSCAF |
| 820 |
(334) |
ADDRESS |
4 |
ECVTTSTH |
"V(IEAVTSTH)" IEAVTSTH |
| 824 |
(338) |
ADDRESS |
4 |
ECVTSTC5 |
"V(IEATSTC5)" - STCKSYNC, AR MODE, CTNID REQUESTED. OWNERSHIP:
TIMER. SERIALIZATION: NONE. |
| 828 |
(33C) |
ADDRESS |
4 |
ECVTSTC6 |
"V(IEATSTC6)" - STCKSYNC, NON-AR MODE, CTNID REQUESTED.
OWNERSHIP: TIMER. SERIALIZATION: NONE. |
| 832 |
(340) |
ADDRESS |
4 |
ECVTCH1 |
"V(IEAVECH1)" IEAVECH1 Storage Check Service for AMODE(31)
callers |
| 836 |
(344) |
ADDRESS |
4 |
ECVTCH2 |
"V(IEAVECH2)" IEAVECH2 Storage Check Service for AMODE(64)
callers |
| 840 |
(348) |
ADDRESS |
4 |
ECVTCEAB |
CEAB |
| |
|
1... .... |
ECVTCEAT |
"X'80'" CEA has terminated |
| 844 |
(34C) |
ADDRESS |
4 |
ECVTAXRB |
AXRB |
| |
|
1... .... |
ECVTAXRT |
"X'80'" AXR has terminated |
| 848 |
(350) |
ADDRESS |
4 |
ECVTECT |
"V(IEAVEECT)" IEAVEECT service |
| 852 |
(354) |
ADDRESS |
4 |
ECVTFACL |
"V(IEAVFACL)" Address of 2048-byte facility area mapped
by IHAFACL. |
| 856 |
(358) |
SIGNED |
2 |
ECVTMAXCOREID |
When CvtProcAsCore is on, the maximum CPU Core Id allowed
in the system for this IPL. When CvtProcAsCore is off, this will be
set to CVTMAXMP. |
| 858 |
(35A) |
SIGNED |
2 |
ECVTNUMCPUIDSINCORE |
The maximum number of CPUs that can "fit" on a CPU Core.
This doesn't mean all of them can be active. This can be looked at
as how many IDs exist between thread 0 of two contiguous cores. When
CvtProcAsCore is off, this will be set to 1. |
| 860 |
(35C) |
ADDRESS |
4 |
ECVTNTRM |
"V(IEANTRTM)" Name/Token resource manager @ |
| 864 |
(360) |
ADDRESS |
4 |
ECVTSDC |
Owner: SDC |
| 868 |
(364) |
ADDRESS |
4 |
ECVTHIAB |
Anchor for Hardware Instrumentation Anchor Block. Ownership:
HIS Serialization: None. Set during HIS initialization. |
| 872 |
(368) |
ADDRESS |
4 |
ECVTHWIP |
Anchor Block for BCPii AS Ownership: HWI Serialization:
None. Set during BCPii initialization |
| 876 |
(36C) |
ADDRESS |
4 |
ECVTSCPIN |
Address of current SCPINFO data block, unlike CVTSCPIN
which is the IPL-time SCPINFO data block. Mapped by IHASCCB. |
| 880 |
(370) |
DBL WORD |
8 |
ECVTHP1 |
Pointer to Heap Pool 1 structure supporting macro IARST64
for common storage. Ownership: RSM. Serialization: CSG |
| 888 |
(378) |
SIGNED |
2 |
ECVTMAXMPNUMBYTESINMASK |
Maximum number of bytes a bitmask of CVTMAXMP bits would
take up, rounded to a multiple of |
| 890 |
(37A) |
SIGNED |
2 |
ECVTPHYSICALTOLOGICALMASK |
"OR" this value with a CPUs physical ID to obtain its
logical ID |
| 892 |
(37C) |
SIGNED |
2 |
ECVTLOGICALTOPHYSICALMASK |
"AND" this value with a CPUs logical ID to obtain its
physical ID |
| 894 |
(37E) |
BITSTRING |
1 |
ECVTAPPFLAGS |
Application-set flags Serialization: CS |
| |
|
1... .... |
ECVTSTCKSYNCREPLACED |
"X'80'" A product has replaced system control block fields
that contain the entry point addresses for STCKSYNC services. The
system is not to reset these fields to their IPL-time values. |
| 895 |
(37F) |
BITSTRING |
1 |
ECVTR37F |
Reserved for future |
| 896 |
(380) |
ADDRESS |
4 |
ECVT_GETSRBIDTOKEN |
"V(IEAVSCHY)" Address of the routine to return the SrbIdToken
of the current preemptible- class SRB - Caller must be running under
the preemptible- class SRB for which the SrbIdToken is to be returned.
- Caller may be AMODE 31 or 64, must be key 0 Supervisor state. -
Caller may hold any locks, none are required. - Primary ASC mode.
- Any P, Any S, Any H. - Load this address into GR 15 - Issue BASR
14,15 - 31-bit GRs 2-13, high halves 2-14, and ARs 2-14 will be preserved.
- On exit, if GR 15 contains 0, output consists of: 64-bit GR0 - bytes
0-7 of the SrbIdToken 64-bit GR1 - bytes 8-15 of the SrbIdToken -
On exit, GR 15 contains the return code: 0 = SrbIdToken succsssfully
obtained 8 = Current unit of work is a preemptible class SRB but no
SrbIdToken was requested when it was created 12 = Current unit of
work is not a preemptible class SRB |
| 900 |
(384) |
ADDRESS |
4 |
ECVTXTSW |
"V(ISGXSRBW)" Address of "Cross-memory TCB or SRB wait"
routine. - Caller must be AMODE 31, key 0, supervisor state, enabled
for I/O and external interrupts, holding no locks. - SRB or task mode.
- Primary ASC mode. - Any P, Any S, Any H. - Load this address into
GR 15, - Issue BASR 14,15 - 31-bit GRs 2-13, high halves 2-14, and
ARs 2-14 will be preserved. - On entry R1 should contain the address
of a standard parameter list. The parameter list consists of a fullword
that is the address of an 8-byte area that contains the wait time
in TOD clock format. - On exit, GR 15 contains the return code: 0
= Wait successfully completed. 16 = Unable to obtain storage to perform
the suspend operation. 20 = SUSPEND w/TOKEN is prohibited for this
SRB. A PURGEDQ might already have been issued for this SRB. 24 = An
unrecoverable error occurred in SUSPEND processing. - Potential Abend
Codes: |
AC7 REASON-CODE 00410001: RESUME request did not complete
normally
AC7 REASON-CODE 00410002: An error occurred during the
timer DIE execution and the FRR abended the owning
task for the SRB that was to be resumed
|
| 904 |
(388) |
ADDRESS |
4 |
ECVT_SMF_CMS_LOCKINST_ADDR |
"V(CMSSMFLP)" Address of the SMF CMS instrumentation data
for the system |
| 908 |
(38C) |
ADDRESS |
4 |
ECVT_ENQDEQ_CMS_LOCKINST_ADDR |
| |
|
|
|
|
"V(CMSEDLPP)" Address of the ENQ/DEQ CMS instrumentation
data for the system |
| 912 |
(390) |
ADDRESS |
4 |
ECVT_LATCH_CMS_LOCKINST_ADDR |
| |
|
|
|
|
"V(CMSLATLP)" Address of the Latch CMS instrumentation
data for the system |
| 916 |
(394) |
ADDRESS |
4 |
ECVT_CMS_LOCKINST_ADDR |
"V(CMSLP)" Address of the CMS instrumentation data for
the system |
| 920 |
(398) |
ADDRESS |
4 |
ECVTHZRB |
Address of the HZRB Ownership: Runtime Diagnostics |
| |
|
1... .... |
ECVTHZRT |
"X'80'" RTD has terminated |
| 924 |
(39C) |
ADDRESS |
4 |
ECVTGTZ |
Address of GTZ block Ownership: Generalized Tracker |
| 928 |
(3A0) |
ADDRESS |
4 |
ECVTCPGUC |
"V(IGVCPGUC)" IGVCPGUC |
| 932 |
(3A4) |
ADDRESS |
4 |
ECVTCPFRC |
"V(IGVCPFRC)" IGVCPFRC |
| 936 |
(3A8) |
ADDRESS |
4 |
ECVTCPGCC |
"V(IGVCPGCC)" IGVCPGCC |
| 940 |
(3AC) |
SIGNED |
2 |
ECVT_INSTALLED_CORE_HWM |
The highest core number currently installed. Could increase
upon dynamic core/CPU addition. |
| 942 |
(3AE) |
SIGNED |
2 |
ECVT_INSTALLED_CORE_AT_IPL |
The highest core number installed at the time of IPL. |
| 944 |
(3B0) |
DBL WORD |
8 |
ECVTEND(0) |
End of the ECVT. |
| 944 |
(3B0) |
X'FF' |
0 |
ECVT_MAX_HIGHESTCPUID |
"ECVT_zOSV2R1_highestCPUID" The highest physical
CPU ID allowed in a z/OS system. If you use this equate, you must
be prepared to reassemble if this value changes in a new release.
IBM recommends using CVTMAXMP at runtime. |
| 944 |
(3B0) |
X'100' |
0 |
ECVT_MAX_CPUMASKSIZEINBITS |
"ECVT_zOSV2R1_CPUMaskSizeInBits" The maximum number
of bits needed to allocate storage at assemble time to guarantee enough
storage to hold a full CPU mask of any current or prior release. If
you use this equate, you must be prepared to reassemble if this value
changes in a new release. IBM recommends using CVTMAXMP at runtime. |
| 944 |
(3B0) |
X'20' |
0 |
ECVT_MAX_CPUMASKSIZEINBYTES |
| |
|
|
|
|
"ECVT_max_CPUMaskSizeInBits/8" The maximum number
of bytes needed to allocate storage at assemble time to guarantee
enough storage to hold a full CPU mask of of any current or prior
release. If you use this equate, you must be prepared to reassemble
if this value changes in a new release. IBM recommends using ECVTMaxMPNumBytesInMask
at runtime. |
| 944 |
(3B0) |
X'FF' |
0 |
ECVT_ZOSV2R1_HIGHESTCPUID |
"255" The highest physical CPU ID allowed in a z/OS system
up to and including z/OS V2R1. This constant will never change. IBM
recommends using CVTMAXMP at runtime. |
| 944 |
(3B0) |
X'100' |
0 |
ECVT_ZOSV2R1_CPUMASKSIZEINBITS |
| |
|
|
|
|
"256" The number of bits needed to allocate storage at
assemble time to guarantee enough storage to hold a full CPU mask
up to and including release z/OS V2R1. This constant will never change.
IBM recommends using CVTMAXMP at runtime. |
| 944 |
(3B0) |
X'20' |
0 |
ECVT_ZOSV2R1_CPUMASKSIZEINBYTES |
| |
|
|
|
|
"ECVT_zOSV2R1_CPUMaskSizeInBits/8" Number of bytes
needed to allocate storage at assemble time to guarantee enough storage
to hold a full CPU mask up to and including release z/OS V2R1. This
constant will never change. IBM recommends using ECVTMaxMPNumBytesInMask
at runtime. |
| 944 |
(3B0) |
X'63' |
0 |
ECVT_ZOSR11_HIGHESTCPUID |
"99" The highest physical CPU ID allowed in a z/OS system
up to and including z/OS V1R11. This constant will never change. IBM
recommends using CVTMAXMP at runtime. |
| 944 |
(3B0) |
X'80' |
0 |
ECVT_ZOSR11_CPUMASKSIZEINBITS |
| |
|
|
|
|
"128" The number of bits needed to allocate storage at
assemble time to guarantee enough storage to hold a full CPU mask
up to and including release z/OS V1R11. This constant will never change.
IBM recommends using CVTMAXMP at runtime. |
| 944 |
(3B0) |
X'10' |
0 |
ECVT_ZOSR11_CPUMASKSIZEINBYTES |
| |
|
|
|
|
"ECVT_zOSR11_CPUMaskSizeInBits/8" The number of
bytes needed to allocate storage at assemble time to guarantee enough
storage to hold a full CPU mask up to and including release z/OS V1R11.
This constant will never change. IBM recommends using ECVTMaxMPNumBytesInMask
at runtime. |