Programming Interface Information:
This information is NOT intended to be used as Programming Interfaces of z/VM. |
RSAAVNKR
Control Block Contents
RSAAVNKR DSECT
RSMANCHR DSECT
RSMBK DSECT
Cross Reference (Contains links to field and bit definitions)
RSAAVNKR Control Block Content
RSAAVNKR DSECT
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure RSAAVNKR RSM common area mapping 0000 0 Address 8 RSAAVFP Forward pointer 0008 8 Address 4 * (0) Force a cross reference 0008 8 Address 4 * (0) Force a cross reference 0008 8 Address 4 * (0) Force a cross reference 0008 8 Address 4 * (0) Force a cross reference 0008 8 Address 8 RSAAVBP Backward pointer 0010 16 Address 4 * (0) Force a cross reference 0010 16 Address 4 * (0) Force a cross reference 0010 16 Address 4 * (0) Force a cross reference 0010 16 Address 4 * (0) Force a cross reference 0010 16 Signed 8 RSAAVCT Count 0018 24 Address 4 * (0) Force a cross reference 0018 24 Address 4 * (0) Force a cross reference 0018 24 Address 4 * (0) Force a cross reference 0018 24 Address 4 * (0) Force a cross reference | This section maps the three free frames anchors. | | Use EXTRNs HCPRSMFR/HCPRSMSV/HCPRSMPR to locate them. |
RSMANCHR DSECT
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure RSMANCHR RSM common area mapping 0000 0 Dbl-Word 8 * (0) HCPRSMFR and HCPRSMSV are list anchors that contain the address of the first SXSTE which represents a free storage page with available space of the appropriate type to be examine when allocating or deallocating VMDBK (Guestperm), or System (Sysperm) free storage respectively. The count of SXSTEs on the list follows the anchor. 0000 0 Address 8 RSMFRCHN Host Logical Address Anchor for SXSTE chain of free storage frames with avbl space 0008 8 Signed 8 RSMFRCNT Count of FRMTEs on chain
RSMBK DSECT
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure RSMBK RSM common area mapping | Real Storage Management Common Data Area. | | Located by HCPRSMCM. | 0000 0 Signed 4 RSASAVFR Non-negative count of frames in use by the save area manager. Compare-and-Swap to update. System-real space information 0004 4 Address 4 RSARSAST Host Logical Address ASTE @ for the system-real space, which identity maps all of real storage (including real storage above 2G) via an RSD (meaning no DAT tables are required) 0008 8 Signed 4 RSAMSARC Count of machine storage areas (MSA) below the highest sysgen frame (RSASTORE) 000C 12 Signed 4 RSAMSASC Count of machine storage areas (MSA) below the highest sysgen frame (RSASTORE) or addressable frame (SYSTORS) whichever is lower 0010 16 Signed 4 RSAMSARH Count of machine storage areas (MSA) above the highest sysgen frame (RSASTORE) 0014 20 Signed 4 RSADPACP Count of DPA frames containing CP data (includes all frames which have the FRMCP bit on in FRMCSB0 of their FRMTEs, except for VDISK frames, which are CP owned, but contain user data). This is the count of frames that will be included in a CP dump, and is used to allocate additional space for a CP dump as CP grows. Compare and Swap logic must be used to update this field. 0018 24 Signed 4 RSATRSAV Count of DPA frames in use for DEFERIO traces. This count is used to ensure that the number of DPA frames allocated for DEFERIO traces does not exceed 75% of the pageable pages in the DPA. This count is serialized by TXCDFRIO, the DEFERIO frames lock. 001C 28 Signed 4 RSASTORE Real machine actual storage size below 2G. Calculated during system init. Storage for 64 alternate processor PFXPGs are allocated during initialization from storage following the CP nucleus and is identity-mapped into the System Execution Space. The CPU address of the processor is used to index into this storage when allocating/deallocating prefix pages. Prefix pages are allocated below 2G in storage. Since they are allocated from identity-mapped storage the addresses can be used as host real or host logical (SXS) addresses. 0020 32 Address 4 RSAPFXAF First alternate proc PFXPG addr. Host real = host logical address. 0024 36 Address 4 RSAPFXND Address of the end of alternate processor PFXPG table. Points to the byte just after the last PFXPG in the table. Host real = host logical address. This area contains information regarding the use or non-use of host storage above the 2G line. All fields serialized by >= 2G available list lock-RSA2GLCK except where noted otherwise. 0028 40 Signed 4 RSATASKB (0) Task active bits. C/S to update. 0028 40 Bitstring 1 RSATSKB0 RSATASKB task bits 0- 7 0029 41 Bitstring 1 RSATSKB1 RSATASKB task bits 8-15 002A 42 Bitstring 1 RSATSKB2 RSATASKB task bits 16-23 002B 43 Bitstring 1 RSATSKB3 RSATASKB task bits 24-31 .... ...1 RSA2GTSK X'01' RSA2GTSK Indicates low priority >= 2G frame initialization task is active. .... ..1. RSALOTSK X'02' RSALOTSK Indicates low priority < 2G frame initialization task is active. .... .1.. RSA2GCTG X'04' RSA2GCTG Indicates >2G contig list should be filled 002C 44 Signed 4 * Reserved for IBM use 0030 48 Signed 8 RSAFNOTI Count of 'not-init' FRMTEs >=2G. This is the number of FRMTEs which have not yet been checked to see if they are usable above 2G. 0038 56 Signed 8 RSALGFRM Count of usable frames >= 2G. Only pageable or available frames are considered "usable" since they can be used to satisfy new requests. Non-pageable frames can't be stolen so they aren't considered usable. Pageable type frames that are pinned are considered non-pageable while pinned. 0040 64 Signed 8 RSAGOFFL Count of offline frames >= 2G. 0048 72 Signed 8 RSAGSTOR Actual storage size -1 including storage >= 2G. This is not exact until testing of large real storage has ended. Unlike SYSGTORS, this value is not capped. 0050 80 Signed 8 RSASTORL Host Real Address Highest real host storage addr. This is uncapped. Calculated from SCLP storage data or Diagnose. This value is not adjusted. 0058 88 Address 8 RSALG1ST Host Logical Address Address of first FRMTE for frames >= 2G. It does not skip 'not-init' frames. 0060 96 Address 8 RSALGLST Host Logical Address Address of last FRMTE for frames >= 2G. This address is below any offline frames at the high end of storage. It does not skip 'not-init' frames. 0068 104 Address 8 RSANOTIB Host Logical Address Address of FRMTE for the highest frame >= 2G marked 'not-init'. If lower than RSALG1ST then all frames >= 2G are initialized. | >=2G Uncleared Global Available Lists Data: | | | | Refer to HCPPTE for a description of the organization | | of these lists. | >2G SINGLE FRAMES available list 0070 112 Dbl-Word 8 RSA2GAHD (0) >= 2G available list data area with forward and backward pointers to the standard list of >= 2G available 4k frames, and the three doubleword area for the available list spin lock. 0070 112 Bitstring 8 RSA2GAFP >=2G avbl list forward pt 0078 120 Bitstring 8 RSA2GABP >=2G avbl lst backward pt 0080 128 Signed 8 RSA2GAVL Count of frames on the >= 2G available list. 0088 136 Dbl-Word 8 * Reserved for IBM use. 0090 144 Dbl-Word 8 * Reserved for IBM use. 0098 152 Signed 4 * Reserved for IBM use. 009C 156 Signed 4 RSAAVLHG >= 2G avbl list high threshold 00A0 160 Signed 8 RSA2GLCK (6) >= 2G available list lock. This lock is obtained & released via macros HCPLK2GA and HCPUL2GA. >2G CONTIGUOUS FRAMES available list 00D0 208 Dbl-Word 8 RSA2GCHD (0) >= 2G contig avail list data area with forward and backward pointers to the standard list of >= 2G available 4k frames, and the three doubleword area for the available list spin lock. 00D0 208 Bitstring 8 RSA2GCFP >=2G avbl list forward pt 00D8 216 Bitstring 8 RSA2GCBP >=2G avbl lst backward pt 00E0 224 Signed 8 RSA2GCVL Count of frames on the >= 2G available list. 00E8 232 Dbl-Word 8 * Reserved for IBM use. 00F0 240 Dbl-Word 8 * Reserved for IBM use. 00F8 248 Signed 4 * Reserved for IBM use. 00FC 252 Signed 4 RSAAVCHG >= 2G contig avbl list high thresh 0100 256 Signed 8 RSA2GCLK (6) >= 2G contig available list lk This lock is obtained & released via macros HCPLK2GC and HCPUL2GC. 0130 304 Dbl-Word 8 RSAPRLK (3) PTRM address space resolution lock. This is a formal exclusive lock, managed by HCPLCK. This lock serializes RSAASITB during PTRM address space creation. This lock must be held to resolve an "address space fault" when working with PTRM address spaces. 0148 328 Dbl-Word 8 RSAASITB (16) Table of i-ASITs for the PTRM address spaces. RSAPRLK must be held to validate an entry in this table. Each table entry is mapped by the HCPAMTE control block. 01C8 456 Address 8 RSADPPFW (0) Host Real Address 01C8 456 Address 4 * Deferred PGMBK paging list ... 01CC 460 Address 4 * (DPPL) forward pointer 01D0 464 Address 8 RSADPPBW (0) Host Real Address 01D0 464 Address 4 * Deferred PGMBK paging list ... 01D4 468 Address 4 * (DPPL) backward pointer 01D8 472 Address 8 RSAPPAFW (0) Host Real Address 01D8 472 Address 4 * Paged PGMBK aging list (PPAL) ... 01DC 476 Address 4 * forward ptr. PPAL is actually a list of PGMBKs and DAT frames. 01E0 480 Address 8 RSAPPABW (0) Host Real Address 01E0 480 Address 4 * Paged PGMBK aging list ... 01E4 484 Address 4 * (PPAL) backward pointer. 01E8 488 Signed 4 RSAPPAQD If non-zero, a task has been queued for deferred processing of the PPAL (contains the R13 savearea address of the queueing task). Set with CS, reset with store of 0s. 01EC 492 Signed 4 RSAPPTLK Pageable Page Table Lock This is an informal spin lock. The lock must be held when adding FRMTEs to or removing FRMTEs from the DPPL or the PPAL. RSAPPTLK is set to the address obtaining the lock. When free, its value is zero. Use Compare-and-Swap to update. (This lock must also be held when decrementing a PGMFRMCT or PGMMIGCT field to zero, and then seeing if we can put that PGMBK on the DPPL.) It must be held while processing the DPPL, but can be held only while the PPAL is 'harvested' See HCPHRUPA prolog for details This lock also serializes the bit FRMONQUE in a FRMTE being put on the DPPL or PPAL. For FRMTEs on the PPAL, the ONLY procession for them is to an available list, and FRMONQUE is then reset. 01F0 496 Signed 4 RSARESAC Count of resident PTRM pages >=2G i.e. count of resident PGMBK frames >= 2G 01F4 500 Signed 4 * reserved for IBM use 01F8 504 Dbl-Word 8 RSARFRSG Count of frames allocated for real free storage requests >2G. This count is updated using Compare-and-Swap logic. 0200 512 Dbl-Word 8 RSAAFRDW Count of doublewords of aligned real free storage above 2G. This count includes the number of doublewords of active as well as inactive aligned free storage. This count will always be a multiple of 512. This count is updated using Compare-and-Swap logic. 0208 520 Dbl-Word 8 RSAAFRIU Count of doublewords of in use aligned real free storage above 2G. This count includes only the active aligned free storage blocks This count is updated using Compare-and-Swap logic. 0210 528 Signed 4 RSAAFSDW Count of doublewords of aligned host logical free storage backed above 2G. This count includes the number of doublewords of active as well as inactive aligned free storage. This count will always be a multiple of 512. This count is updated using Compare-and-Swap logic. 0214 532 Signed 4 RSAAFSDB Count of doublewords of aligned host logical free storage backed below 2G. This count includes active as well as inactive aligned free storage. This count will always be a multiple of 512. This count is updated using Compare-and-Swap logic. 0218 536 Signed 4 RSARFRST Count of frames allocated for real free storage requests <2G. This count is updated using Compare-and-Swap logic. 021C 540 Signed 4 RSAAFRDB Count of doublewords of aligned real free storage below 2G. This count includes active as well as inactive aligned free storage. This count will always be a multiple of 512. This count is updated using Compare-and-Swap logic. 0220 544 Signed 4 RSAAFSIU Count of doublewords of in use aligned host logical free storage backed above 2G. This count includes only the active aligned free storage blocks. This count is updated using Compare-and-Swap logic. 0224 548 Signed 4 RSAAFSIB Count of doublewords of in use aligned host logical free storage backed below 2G. This count includes only the active aligned free storage blocks. This count is updated using Compare-and-Swap logic. 0228 552 Signed 4 RSAAFRIB Count of doublewords of in use aligned real free storage below 2G. This count includes only the active aligned free storage blocks This count is updated using Compare-and-Swap logic. 022C 556 Signed 4 RSAVCBDW Count of doublewords of verifiable control block free storage backed above 2G. This control block free storage. count includes the number of doublewords of active as well as inactive verifiable control block free storage and will always be a multiple of 512. This count is updated using Compare-and-Swap logic. 0230 560 Signed 4 RSAVCBDB Count of doublewords of verifiable control block free storage backed below 2G. This control block free storage. count includes the number of doublewords of active as well as inactive verifiable control block free storage and will always be a multiple of 512. This count is updated using Compare-and-Swap logic. 0234 564 Signed 4 RSAVCBIU Count of doublewords of in use verifiable control block free storage backed above 2G. This count includes only the active verifiable control block free storage blocks. This count is updated using Compare-and-Swap logic. 0238 568 Signed 4 RSAVCBIB Count of doublewords of in use verifiable control block free storage backed below 2G. This count includes only the active verifiable control block free storage blocks. This count is updated using Compare-and-Swap logic. 023C 572 Signed 4 RSAVFSDW Count of doublewords of virtual free storage. This count includes active as well as inactive virtual free storage blocks (Note that inactive means currently resident on the virtual SUBBK FRMTE list). Note that this count represents virtual storage, not real. The count is the number of doublewords within the virtual free storage CP utility address space currently in use or residing on the virtual SUBBK FRMTE lists. This count will always be a multiple of 2048. This count is updated using Compare-and-Swap logic. 0240 576 Signed 4 RSAVFSIU Count of doublewords of virtual free storage in use. This count includes only active free storage blocks. Note this count represents virtual storage, not real. The count is the number of doublewords within the virtual free storage CP utility address space. This count is updated using Compare-and-Swap logic. 0244 580 Signed 4 RSANALD Host Real Address ALD for "null" access list 0248 584 Dbl-Word 8 RSANASIT (0) i-ASIT for "null" address space. The ASTE for the null address space is guaranteed to designate both a null access list (RSANALD) and a null authority table, and the ASTE ASCE is guaranteed to designate a segment table with STL of 1, indicating that the segment table is two segment table units in length (2 pages = 8K in z/Arch). 0248 584 Address 4 * Null ASTE with IASRACC and IASFPRIV set. The value is updated during initialization to address the null ASTE. 024C 588 Signed 4 * ASTE sequence number=1. 0250 592 Address 4 RSANDUCT Host Real Address Address of "null" dispatchable- unit control table (DUCT). 0254 596 Address 4 RSASHRSP Host Logical Address Anchor for chain of shareable address spaces. Chain is serialized by RSASHRLK. 0258 600 Dbl-Word 8 RSAPPTN STE invalidation timestamp of most recently decoupled frame (pair) on the PPAL. 0260 608 Signed 4 RSAPPTPS ALB/TLB purges started prior to entering wait 0264 612 Signed 4 RSAPPTPF ALB/TLB purges finished prior to entering wait 0268 616 Signed 4 RSAPPTCS ALB/TLB purges via CSP during emergency PPAL processing 026C 620 Signed 4 * Reserved for IBM use 0270 624 Dbl-Word 8 RSASHRLK (3) A shared/exclusive defer lock serializing the RSASHRSP chain. 0288 648 Dbl-Word 8 RSASPMLK (3) A shared/exclusive defer lock serializing all SPIBK chains system-wide. 02A0 672 Dbl-Word 8 RSAALCIN (3) An exclusive-only defer lock to serialize tasks changing an ALD from the "null" ALD to a non-null ALD. 02B8 696 Signed 4 RSACTSHR Global count of shared address space resident frames 02BC 700 Signed 4 RSABLKGC Count of tasks representing frame requests requesting or deferred on RSABLKGF lock 02C0 704 Dbl-Word 8 RSABLKGF (3) An exclusive-only defer lock to serialize tasks obtaining frames to resolve page faults in a group of blocked pages. Used when there are no frames on the available list. | RSM allocation counts: | 02D8 728 Signed 4 RSACPLOK Integer non-negative exact count of frames that are locked by the CP LOCK command (FRMCPLOK) below 2G. This count is updated using Compare-and-Swap logic. 02DC 732 Signed 4 RSAOFFLN Non-negative count of the number of offline frames. The count of offline frames may never be decremented since once a frame is marked offline, it is never brought back online. This field is initialized during system initialization and should always be updated with the available list spin lock held. However, because this field may be updated by the extend free storage replenishment scan which does not normally function with the available list lock held, there is a minute chance that the count may be off slightly. 02E0 736 Signed 4 RSASHARE Non-negative count of frames that currently are translated as a shared frame (DCSS/NSS frames only, shared address space frames are not included (see RSACTSHR)). This count is updated using Compare-and-Swap logic. 02E4 740 Signed 4 RSANONPG Count of DPA frames which are currently non-pageable, including locked pageable frames, CP owned or free storage frames, etc. This field is only updated during system initialization or using Compare-and-Swap logic. 02E8 744 Signed 4 RSAPGABL Count of usable frames in the DPA including both pageable and non-pageable (locked, CP owned, free storage, etc.) frames. It does not include offline frames. This field is only updated during system initialization or using Compare-and-Swap logic. 02EC 748 Signed 4 RSACPLKG Integer non-negative exact count of frames that are locked by the CP LOCK command (FRMCPLOK) above 2G. This count is updated using Compare-and-Swap logic. | <2G Uncleared Global Available lists data: | | | | Refer to HCPPTE for a description of the organization | | of these lists. | <2G SINGLE FRAMES available list 02F0 752 Dbl-Word 8 RSAAVLAN (0) Available list data area with forward and backward pointers to the standard list of available 4K frames, a backward pointer for the list of available 16K blocks (for IFSNT allocation requests) and the three doubleword area for the available list spin lock. This area is initialized during system initialization and updated only when the available list lock is held. 02F0 752 Bitstring 8 RSAAVLFP Host Logical Address FRMTE available list forward ptr 02F8 760 Bitstring 8 RSAAVLBP Host Logical Address FRMTE available list backward ptr 0300 768 Signed 4 * Not used, but needed to be compatible with RSA2GAVL 0304 772 Signed 4 RSAAVAIL Non-negative count of frames that are currently on the < 2G frames available list. This field is initialized during system initialization and updated only when the available list lock is held. 0308 776 Signed 4 * Reserved for IBM use. 030C 780 Signed 4 * Reserved for IBM use. 0310 784 Signed 4 * Reserved for IBM use. 0314 788 Signed 4 RSAAVLHT < 2G avbl list high threshold 0318 792 Signed 8 RSAAVLLK (6) Avbl list spin lock 0348 840 Bitstring 8 RSA16KBP Host Logical Address Backward ptr to FRMTE for the list of available 16K blocks. They are chained via the backward pointer in the FRMTE for the last frame in each 16K block <2G CONTIGUOUS FRAMES available list 0350 848 Dbl-Word 8 RSAAVCAN (0) Contig avail list data area with forward and backward pointers to the standard list of available 4K frames, and the six doubleword area for the available list spin lock. This area is initialized during system initialization and updated only when the available list lock is held. 0350 848 Bitstring 8 RSAAVCFP Host Logical Address FRMTE available list forward ptr 0358 856 Bitstring 8 RSAAVCBP Host Logical Address FRMTE available list backward ptr 0360 864 Signed 4 * Not used, but needed to be compatible with RSA2GCVL 0364 868 Signed 4 RSAAVCIL Non-negative count of frames that are currently on the < 2G frames available list. This field is initialized during system initialization and updated only when the available list lock is held. 0368 872 Signed 4 * Reserved for IBM use. 036C 876 Signed 4 * Reserved for IBM use. 0370 880 Signed 4 * Reserved for IBM use. 0374 884 Signed 4 RSAAVCHT <2G contig avbl list high thresh 0378 888 Signed 8 RSAAVCLK (6) Contig available list spin lock 03A8 936 Dbl-Word 8 RSAFRQAN (0) Frame request defer anchor 03A8 936 Address 4 RSAFRQFP Host Logical Address Forward pointer to deferred queue of CPEBKs 03AC 940 Address 4 RSAFRQBP Host Logical Address Backward pointer to deferred queue of CPEBKs 03B0 944 Signed 4 RSA2GDCT Count of deferred frame requests that are waiting for any available frame. This plus RSAFRQWT is the total wait count. 03B4 948 Signed 4 RSAFRQMW Count of tasks deferring or delaying attempting to obtain multiple frames (for PGMBKs only at this point). Incrememented once after initial attempt fails, decremented only after request is satisfied, or given up on. 03B8 952 Signed 4 RSAFRQDF Count of deferred multiple frame requests for PGMBKs Incremented during actual deferment. 03BC 956 Signed 4 RSAFRQDL Count of delayed multiple frame requests for PGMBKs Incremented during actual delay. 03C0 960 Dbl-Word 8 RSAFRQDT Total multiple frame request delay interval for PGMBKs since last system timer pop 03C8 968 Dbl-Word 8 RSAFRQDA Average multiple frame request delay interval for PGMBKs between system timer pop instances 03D0 976 Signed 4 RSA2GRDA Count of times HCPPTGRD attempted to redrive tasks waiting for any available frame (>= 2G or <2G) 03D4 980 Signed 4 RSA2GRDC Count of individual task redrives performed by HCPPTGRD for any available frame (>= 2G or <2G) 03D8 984 Signed 4 * (0) These fields are grouped together 03D8 984 Signed 4 RSAFRQWT Non-negative count of deferred requests for real frames which have not yet been satisfied since there are no frames available. Requests are for frames < 2G. Also see RSA2GDCT. Update by holding the available list spin lock. 03DC 988 Signed 4 RSAFRRDA Count of HCPPTGRD attempts to redrive tasks waiting for frames below 2G. Update by holding the available list spin lock. 03E0 992 Signed 4 RSAFRRDC Count of individual task redrives performed by HCPPTGRD for frames below 2G. Update by holding the available list spin lock. 03E4 996 Signed 4 RSARESBC Count of resident PTRM pages <2G i.e. count of resident PGMBK frames <2G | Available list replenishment (steal) data: | 03E8 1000 Dbl-Word 8 * (0) 03E8 1000 Signed 4 RSADSLOK (0) Demand Scan (Steal) lock. When held, this lock indicates the Demand Scan is replenishing the available list of frames. This lock is normally obtained via TS. However CS may be used if RSARFLOK is set to X'FF' as TS would and RSADSCPU is set at the same time. 03E8 1000 Bitstring 1 RSARFLOK TS lock to prevent triggering of multiple concurrent steal tasks 03E9 1001 Bitstring 3 RSADSCPU When non-zero, indicates a CPU is running the Steal task 03EC 1004 Bitstring 1 RSATRQLK Delayed Demand Scan TRQBK lock. This TS lock is used to prevent stacking multiple TRQBK's when Demand Scan determines it may need to reinvoke itself. 03ED 1005 Bitstring 3 * Reserved for IBM use 03F0 1008 Dbl-Word 8 * (0) 03F0 1008 Dbl-Word 8 RSADSTSA Timestamp of when entered emergency pass in demand scan for >=2G frames 03F8 1016 Dbl-Word 8 RSADSTSB Timestamp of when entered emergency pass in demand scan for <2G frames 0400 1024 Dbl-Word 8 * (0) Available list high thresholds which indicates how many frames should be taken by the available list replenishment functions to satisfy the current user and system needs for frames. These fields are updated with Compare-and-Swap logic. 0400 1024 Signed 4 RSASWPWT Count of available list replenishment page writes (steal writes) for < 2G PGMBKs in frames This count is updated using Compare-and-Swap logic. 0404 1028 Signed 4 RSASWP2G Count of available list replenishment page writes (steal writes) for >= 2G PGMBKs in frames 0408 1032 Dbl-Word 8 * (0) Available list low thresholds (which indicates when the demand scan should be invoked providing a buffer for the system until more frames become available), the decrement count (which says how many times the demand scan has run since the low threshold was last checked for decrementing; it wasn't decremented if it was recently incremented), and the decrement flag (which is on when the threshold was not incremented recently and may be decremented). These fields are updated with Compare-and-Swap logic except at initialization time. The count and flag fields are used to determine whether or not to decrement the low threshold in this run of the demand scan. 0408 1032 Signed 4 RSAAVLLT Available list low threshold for frames < 2G 040C 1036 Signed 4 RSADECCT Decrement low threshold count for frames < 2G 0410 1040 Signed 4 RSAAVCLT Cont avail list low threshold for frames < 2G 0414 1044 Signed 4 RSADECCC Decrement low threshold count for cont frames < 2G 0418 1048 Signed 4 RSADECCS (0) DECREMENT FLAG COMP. & SWAP WORD 0418 1048 Bitstring 2 * Reserved for IBM use 041A 1050 Bitstring 1 RSADECFG Decrement low threshold flag for frames >= 2G .... ...1 RSADECRG X'01' RSADECRG The >=2G low threshold may be decremented when on (if off, the low threshold was recently incremented and should not be decremented) .... ..1. RSAINCRG X'02' RSAINCRG The >=2G low threshold has been incremented already this cycle (controls the increment amount) .... .1.. RSADCCGC X'04' RSADCCGC The >=2G contig low threshold may be decremented when on (if off, the low threshold was recently incremented and should not be decremented) .... 1... RSAINCGC X'08' RSAINCGC The >=2G contig low threshold has been incremented already this cycle (controls the increment amount) 041B 1051 Bitstring 1 RSADECFL Decrement low threshold flag for frames < 2G .... ...1 RSADECRB X'01' RSADECRB The <2G low threshold may be decremented when on (if off, the low threshold was recently incremented and should not be decremented) .... ..1. RSAINCRB X'02' RSAINCRB The <2G low threshold has been incremented already this cycle (controls the increment amount) .... .1.. RSADECRC X'04' RSADECRC The <2G contig low threshold may be decremented when on (if off, the low threshold was recently incremented and should not be decremented) .... 1... RSAINCRC X'08' RSAINCRC The <2G contig low threshold has been incremented already this cycle (controls the increment amount) 041C 1052 Signed 4 RSAAVLLG >=2G available list low threshold 0420 1056 Signed 4 RSADECCG Decrement >=2G low threshold count 0424 1060 Signed 4 RSAAVCLG >=2G cont avail list low threshold 0428 1064 Signed 4 RSADECGC Decrement contig >=2G low threshold count 042C 1068 Signed 4 RSACFPCT Count of contiguous frames for PGMBKs since last demand scan 0430 1072 Signed 4 RSACFPAV Average count of contiguous frame requests for PGMBKs between demand scan instances 0434 1076 Signed 4 RSAALFMF Total count of contiguous frames being scanned for by active HCPALFMF FREXSCAN tasks 0438 1080 Signed 4 RSAAVLEP Low threshold adjustment to account for dynamic free storage requests made for emulated paging devices during demand scan 043C 1084 Signed 4 * Reserved for IBM use 0440 1088 Dbl-Word 8 * (0) 0440 1088 Signed 4 RSASTLWT Count of available list replenishment page writes (steal writes) for < 2G frames. This count is updated using Compare-and-Swap logic. 0444 1092 Signed 4 RSASWG2G Count of available list replenishment page writes (steal writes) for >= 2G frames 0448 1096 Signed 8 RSACNOTI Quota for contig list use of NOTI 0450 1104 Dbl-Word 8 * (0) Frame table scan limits 0450 1104 Address 8 RSAFTSSL Host Logical Address Address of FRMTE at which to start frame table scan for frames < 2G 0458 1112 Address 8 RSAFTSEL Host Logical Address Address of FRMTE at which to end frame table scan for frames < 2G 0460 1120 Address 8 RSAFTSSG Host Logical Address Address of FRMTE at which to start frame table scan for frames >= 2G 0468 1128 Address 8 RSAFTSEG Host Logical Address Address of FRMTE at which to end frame table scan for frames >= 2G | Reset interval data area: | 0470 1136 Dbl-Word 8 RSARINTA (8) Reset interval data and work area | Free storage data: | 04B0 1200 Signed 4 RSAFSA2G Non-negative count of doublewords of system free storage backed above 2G. Count includes the number of doublewords of free storage available. This count is updated only by HCPFRFDX (free storage garbage collection) which runs on the master processor only. 04B4 1204 Signed 4 RSAFSB2G Non-negative count of doublewords of system free storage backed below 2G. Count includes the number of doublewords of free storage available. This count is updated only by HCPFRFDX (free storage garbage collection) which runs on the master processor only. 04B8 1208 Signed 4 RSAFSYUA Non-negative count of doublewords of in use system free storage backed above 2G. This count is updated only by HCPFRFDX (free storage garbage collection) which runs on the master processor only. 04BC 1212 Signed 4 RSAFSYUB Non-negative count of doublewords of in use system free storage backed below 2G. This count is updated only by HCPFRFDX (free storage garbage collection) which runs on the master processor only. 04C0 1216 Signed 4 RSAFVMUD Count of doublewords of VMDBK free storage in use above 2G. Allocated from VMDBKs, VMDBK free storage pages, and system free storage pages. This count does not include the storage allocated from the free storage subpools. This count is updated only when holding FSDVMLK formal spin lock. 04C4 1220 Signed 4 RSAFVMUB Count of doublewords of VMDBK free storage in use below 2G. Allocated from VMDBKs, VMDBK free storage pages, and system free storage pages. This count does not include the storage allocated from the free storage subpools. This count is updated only when holding FSDVMLK formal spin lock. 04C8 1224 Signed 4 RSAVMXFR Count of pages in use for VMDBK free storage above 2G, i.e., user free pages allocated. This count does not include the VMDBKs themselves. This count is updated only when holding FSDVMLK formal spin lock. 04CC 1228 Signed 4 RSAVMXFB Count of pages in use for VMDBK free storage above 2G, i.e., user free pages allocated. This count does not include the VMDBKs themselves. This count is updated only when holding FSDVMLK formal spin lock. 04D0 1232 Signed 4 RSAVMXUD Count of in use user free storage doublewords (allocated from VMDBK free storage pages) backed above 2G. This count does not include storage in the VMDBKs themselves. This count is updated only when holding FSDVMLK formal spin lock. 04D4 1236 Signed 4 RSAVMXUB Count of in use user free storage doublewords (allocated from VMDBK free storage pages) backed below 2G. This count does not include storage in the VMDBKs themselves. This count is updated only when holding FSDVMLK formal spin lock. 04D8 1240 Signed 4 RSASYSFR Count of pages in use for system free storage above 2G. This count is updated only when holding FSDVMLK formal spin lock. 04DC 1244 Signed 4 RSASYSFB Count of pages in use for system free storage below 2G. This count is updated only when holding FSDVMLK formal spin lock. 04E0 1248 Signed 4 RSASYSUD Count of system free storage doublewords above 2G in use allocated from system free storage chain. This count is updated when holding FSDVMLK formal spin lock. 04E4 1252 Signed 4 RSASYSUB Count of system free storage doublewords below 2G in use allocated from system free storage chain. This count is updated when holding FSDVMLK formal spin lock. 04E8 1256 Signed 4 * Reserved for IBM use 04EC 1260 Signed 4 * Reserved for IBM use | Data for free storage limit detection. The 3 thresholds | | will determine when to issue a warning message, put a | | user into a stopped state and when to logoff a user who | | is abusing free storage. These fields are updated with | | Compare-and-Swap logic. | | The flag field is used to determine whether free storage | | limit detection is on or off for the system. | 04F0 1264 Dbl-Word 8 * (0) 5 word long area on dword bdy 04F0 1264 Signed 4 RSALIM1 Free storage threshold 1 (WRNG) 04F4 1268 Signed 4 RSALIM2 Free storage threshold 2 (STOP) 04F8 1272 Signed 4 RSALIM3 Free storage threshold 3 (FORCE) RSALMFUZ is calculated to be .5% DPA and will be used as the fuzz around the thresholds to prevent multiple messages from being issued if the limit oscillates about the threshold. 04FC 1276 Signed 4 RSALMFUZ Free storage threshold fuzz 0500 1280 Signed 4 RSALIMCS (0) Free storage limits Compare-and- Swap word 0500 1280 Bitstring 3 * Reserved for IBM use 0503 1283 Bitstring 1 RSALIMCK Free storage limit detection flag 00000000 RSALIMOF X'00' RSALIMOF Free storage limit detection off 00000001 RSALIMON X'01' RSALIMON Free storage limit detection on | Free storage emergency mode counts/timestamps. | | The RSAFSELK lock must be held to inspect/change | | these fields. RSAFSELK is obtained via CS logic. | 0504 1284 Signed 4 RSAFSELK Free storage emergency mode data area lock word 0508 1288 Signed 4 RSAPLPCT Count of processors looping in HCPFRFGP/GB trying to get an SXS page backed any for free storage 050C 1292 Signed 4 RSAPLPCB Count of processors looping in HCPFRFGP/GB trying to get an SXS page backed below 2G for free stg 0510 1296 Signed 4 RSANPGCT Count of consecutive failure returns from SXPFS where no pages were available for free storage 0514 1300 Signed 4 * Reserved to maintain alignment 0518 1304 Dbl-Word 8 RSAEMTSA Timestamp of when entered emergency mode looking for a free storage page backed any 0520 1312 Dbl-Word 8 RSAEMTSB Timestamp of when entered emergency mode looking for a free storage page backed below 0528 1320 Signed 4 RSANPGMX Maximum cap on number of times we will allow a consecutive failure from HCPSXPFS when trying to get a page for free storage 052C 1324 Signed 4 RSANPGHI High water mark for number of consecutive failures from HCPSXPFS when trying to get a page for free storage (all processors) | Free storage reserved pages data area: | 0530 1328 Dbl-Word 8 * (0) This is the free storage reserved pages data area consisting of a count of unique extend requests that have not been satisfied yet, the free storage reserved pages anchor, the free storage reserved pages data area lock word, the count of free storage reserved pages required by the system, and the number of free storage reserved pages per processor. Note: The number of free storage reserved pages per processor must be positive. Update while holding the free storage reserved pages data area Compare-and-Swap lock word or during system initialization. 0530 1328 Signed 4 RSAXTEND Count of pages missing from the free storage reserved pages list i.e., count of unique extend conditions not yet satisfied. 0534 1332 Address 4 RSARESAN Reserved pages queue anchor forward pointer 0538 1336 Address 4 RSARSVLK Free storage reserved pages data area Compare-and-Swap lock word 053C 1340 Signed 4 RSARSVSY Total number of free storage reserved pages required to be on the reserved pages list Includes RSAMAXPP frames per online processor, plus additional frames per emulated CP owned device containing page or spool space (the number of frames is based on emulated device specific information provided in the EDEV). 0540 1344 Signed 4 RSAMAXPP Number of free storage reserved pages required per processor. Note: Field must be positive. 0544 1348 Signed 4 * Reserved for IBM use | Segment translation data: | 0548 1352 Dbl-Word 8 * (0) This is the deferred segment translation queue data area. It consists of the queue anchor and the Compare-and-Swap lock. 0548 1352 Address 4 RSADEFAN Host Logical Address Pointer to first CPEBK of the deferred segment translation queue 054C 1356 Address 4 RSADEFLK Compare-and-Swap lock. Zero means the lock is not held. 0550 1360 Signed 4 RSAPRQWT Non-negative count of tasks waiting for a page translation request. This count also includes tasks waiting for a segment translation. This count is updated with Compare-and-Swap logic. 0554 1364 Signed 4 * Reserved for IBM use | Fixed storage management data: | This area contains the fixed storage management block. It contains information regarding the allocation of contiguous host real storage from the V=F area. Additionally, information for the dedicated region facility is kept here to keep track of zone numbers available for assigning to MHPG users or to CP. The allocation of storage from the V=F area is maintained in the fixed storage assignment block anchored in HCPWRK. All changes to fields in the fixed storage management block and in the fixed storage assignment table are either made during system initialization or are under the control of the fixed storage management lock. 0558 1368 Dbl-Word 8 RSAFSTBK (0) Fixed storage management block 0558 1368 Dbl-Word 8 RSAFSLCK (3) Fixed storage mgmt lock (defer) 0570 1392 Bitstring 2 RSASA1ST Offset of entry in the fixed storage assignment table containing the lowest main storage origin 0572 1394 Bitstring 2 RSASALST Offset of entry in the fixed storage assignment table containing the highest main storage origin 0574 1396 Signed 4 RSASTRNG (0) The entire storage range for the V=F area. (Never changes) 0574 1396 Signed 2 RSAMSO Bits 5-15 specify a 1 meg main storage origin of the V=F area. Main storage origin is the address of the first byte, on a megabyte boundary, of the V=F area, shifted right 20 bits. 0576 1398 Signed 2 RSAMSL Bits 5-15 specify a 1 meg main storage limit of the V=F area. Main storage limit is the address of the last byte of the V=F area, shifted right 20 bits. 0578 1400 Bitstring 1 RSAAZNCT Count of zones available for guest use, including zones in use (never changes) 0579 1401 Bitstring 1 RSAZPOOL Pool of available zones, not including those in use 057A 1402 Bitstring 2 * Reserved for IBM use 057C 1404 Signed 4 * Reserved for IBM use 00000028 RSAFSTLN *-RSAFSTBK Length of FSTBK 00000028 RSAFSTSZ (*-RSAFSTBK+7/8) Size of FSTBK | Virtual storage management data: | 0580 1408 Dbl-Word 8 RSAVVBLK (0) Virtual Storage Management Block. This area contains information needed to manage the System Virtual Address Space. 0580 1408 Bitstring 4 * Reserved for IBM use 0584 1412 Address 4 RSAVSLOW Lowest available virtual page. Initialized by HCPIST at IPL. Serialized by Compare-and-Swap Allocation of System Virtual Addresses above RSAVHSAD is serialized by the High Storage Lock (RSAVHSLK). 0588 1416 Dbl-Word 8 RSAVHSLK (3) High storage lock 05A0 1440 Bitstring 4 * Reserved 05A4 1444 Address 4 RSAVHSAD High storage starting addr. Initialized with constant 1G (the upper half of the addr space). Must be on a segment boundary (right most 20 bits must be zero). | No-owned resources data area | | | | No-owned resources are pagable address space structures | | that no longer belong to any pagable address space but | | cannot be reclaimed by CP because someone else has | | rights to the structure, or the structure is locked or | | last translated. | 05A8 1448 Signed 8 RSANOQLK (6) No-owned resources queue lock. Lock serializes the no-owned queues, RSANOQSX, RSANOQFR, and RSANOQPG. Lock is obtained and released via macros HCPLKNOR and HCPULNOR. Reclaimable no-owned SXSTE queue 05D8 1496 Address 8 RSANOXFP (0) SXSTE forward pointer 05D8 1496 Address 4 * is initialized to 05DC 1500 Address 4 * queue origen 05E0 1504 Address 8 RSANOXBP (0) SXSTE backward pointer 05E0 1504 Address 4 * is initialized to 05E4 1508 Address 4 * queue origen 05E8 1512 Bitstring 8 RSANOQFR Reclaimable no-owned FRMTE queue header 05F0 1520 Dbl-Word 8 RSANOQPG No-owned PGMBK queue header 05F8 1528 Signed 4 * Reserved for IBM use 05FC 1532 Signed 4 RSANOLKL Count of no-owned locked pages in host logical storage 0600 1536 Dbl-Word 8 RSANOLKA Count of no-owned locked pages in absolute storage 0608 1544 Signed 4 RSANOLOK Word used to ensure the no own resource reclaim routine is only invoked by the dispatcher on one processor at a time. This ensures only one of the background or foreground replenishment tasks are running at a time. This word can be in any of the following states as defined in HCPEQUAT: DSPNOBFW - no work to do DSPFSCHD - foreground scheduled DSPFACTV - foreground active DSPBSCHD - background scheduled DSPBACTV - background active Serialized by compare-and-swap 060C 1548 Signed 4 * Reserved for IBM use. | Delta-Pinned-Page-Count Array (DPPCA) for page class 1 | | | | Used by both hardware and software to maintain pinned | | page counts for page class 1 pages. Page class 1 is | | used for NSS/DCSS imbedded shared pages. This array is | | pointed to by the class 1 Delta-Pinned-Page-Count-Array | | Origin in the prefix area, PFXDPPCAO. The page class | | 0 array is used for base address space pages owned by | | the user and resides in the virtual configuration's base | | ASCBK. | 0610 1552 Dbl-Word 8 RSADPPCA (0) Delta-pinned-page count array 0610 1552 Signed 4 RSADPPB Delta-pinned-page count for all class 1 pages pinned below 2G 0614 1556 Signed 4 RSADPPA Delta-pinned-page count for all class 1 pages pinned at or above 2G | System Execution Space Page Manager (SXSPM) data area | | | | These fields are serialized by SXSPM queue lock unless | | otherwise noted for the individual fields. | | Use HCPLKSXQ/HCPULSXQ to obtain/release the lock. | 0618 1560 Signed 8 RSASXQLK (6) SXSPM queue lock. This lock is obtained & released via macros HCPLKSXQ and HCPULSXQ. SXS pages may or may not be on one of the queues that the SXS page manager maintains. | SXSTE state indicators: | where queued: | SXSAVAIL | SXSBACKD | an alias | |-----------|------------|------------| Avail, backed <2G | 1 | 1 | no | Avail, backed >2G | 1 | 1 | no | Avail, unbacked | 1 | 0 | no | Potentially Steal.| 0 | 1 | yes | not in SXS queue | 0 | 1 | yes | not in SXS queue | 0 | 1 | no | (invalid state) | 0 | 0 | N/A | (invalid state) | N/A | 0 | yes | (invalid state) | 1 | N/A | yes | |******************************-------| An alias is an SXS page associated with a "pageable FRMTE". All available SXS pages must be on one of the queues. If the page is not backed it is on the Available, Unbacked SXS Page Queue. If it is backed it is on one of the Available, Backed SXS Page Queues (backed >2G or backed <2G). The one exception to this rule is for SXSTEs in the Transitory which are in transition between states. See HCPSXSTE COPY for details regarding SXSTE states and serialization rules. All in use SXS pages not associated with a "pageable FRMTE" will be dequeued; i.e. not on any SXS page mgr queue. All SXS pages which are associated with "pageable FRMTEs" but are not locked will be kept on the SXS Potentially Stealable Page Queue. All SXS pages which are associated with "pageable FRMTEs" and are locked may or may not be on the SXS Potentially Stealable Page Queue. They are initially left on the queue but are dequeued if the SXS page manager comes across them when looking for an available page on the Potentially Stealable Page Queue. If SXSBACKD is not on, then SXSAVAIL must be on. If an SXS page is in use as an alias, SXSBACKD must be set. SXS Available, Unbacked Page Queue a.k.a SXS Page Queue 0648 1608 Dbl-Word 8 RSASXQAN (0) SXS Available, Unbacked Page Queue Anchor. It consists of forward and backward pointers to the list of SXSTEs for SXS pages that are available and not backed. This area is initialized during system initialization and updated only when the SXSPM queue lock is held. 0648 1608 Address 8 RSASXQFP SXS page queue forward pointer. Points to a SXSTE. This is a host logical address > 2G unless the queue is empty. 0650 1616 Address 8 RSASXQBP SXS page queue backward pointer. Points to a SXSTE. This is a host logical address > 2G unless the queue is empty. 0658 1624 Signed 4 RSASXQCT Count of SXS pages on the SXS page queue. This represents the total number of SXS pages that are available and not backed. 065C 1628 Signed 4 RSASXQMN Minimum number of pages on the available, unbacked page queue before triggering replenishment. SXS Potentially Stealable Page Queue 0660 1632 Dbl-Word 8 RSASXPAN (0) SXS Potentially Stealable Page Queue Anchor. It consists of forward and backward pointers to the list of SXSTEs for SXS pages that are in use as aliases and are potentially stealable. This queue is initially empty and SXSTEs are added to it during Create Alias processing. This queue is only updated when the SXSPM queue lock is held. 0660 1632 Address 8 RSASXPFP SXS Potentially Stealable Page Queue forward pointer which points to a SXSTE. This is a host logical address > 2G unless the queue is empty. 0668 1640 Address 8 RSASXPBP SXS Potentially Stealable Page Queue backward pointer which points to a SXSTE. This is a host logical address > 2G unless the queue is empty. 0670 1648 Signed 4 RSASXPCT Count of SXS pages on the SXS Potentially Stealable Page Queue. 0674 1652 Signed 4 * Reserved for IBM use. Queues of Available SXS Pages With Backing Frames Only SXSTEs with SXSAVAIL=1, SXSBACKD=1 which are not in use are on these queues and all available, backed SXSTEs must be on one of the queues unless it is in transition to or from another state. If they are in the Transitory state then SXSONQUE will be off. Which of the queues the SXSTE is on depends on whether the backing frame resides above or below 2G in real storage. 0678 1656 Dbl-Word 8 RSASXAAN (0) Anchor for queue of available SXS pages backed Above 2G. 0678 1656 Address 8 RSASXAFP Forward pointer for available SXS pages backed Above 2G. This is a host logical address >2G unless the queue is empty. 0680 1664 Address 8 RSASXABP Backward pointer for available SXS pages backed Above 2G. This is a host logical address >2G unless the queue is empty. 0688 1672 Signed 4 RSASXACT Count of SXS pages on the queue of SXS pages backed Above 2G. 068C 1676 Signed 4 RSASXAMX Maximum number of pages on the backed Above 2G queue. Note: Field must be positive. 0690 1680 Dbl-Word 8 RSASXBAN (0) Anchor for queue of available SXS pages backed Below 2G. 0690 1680 Address 8 RSASXBFP Forward pointer for available SXS pages backed Below 2G. This is a host logical address >2G unless the queue is empty. 0698 1688 Address 8 RSASXBBP Backward pointer for available SXS pages backed Below 2G. This is a host logical address >2G unless the queue is empty. 06A0 1696 Signed 4 RSASXBCT Count of SXS pages on the queue of SXS pages backed Below 2G. 06A4 1700 Signed 4 RSASXBMX Maximum number of pages on the backed Below 2G queue. Note: Field must be positive. SXS Page Request Defer Queue data 06A8 1704 Dbl-Word 8 RSASXDAN (0) SXS page request defer anchor. 06A8 1704 Address 4 RSASXDFP Defer queue forward pointer. It is a host logical CPEBK address unless the queue is empty. 06AC 1708 Address 4 RSASXDBP Defer queue backward pointer. It is a host logical CPEBK address unless the queue is empty. 06B0 1712 Signed 4 RSASXDCT Count deferred SXS page requests that are waiting for an available SXS page. This is the sum RSASXDCA+RSASXDPB+RSASXDPA. 06B4 1716 Signed 4 RSASXDCA Count deferred SXS page requests that are waiting for an available SXS page for an alias. This is a subset of RSASXDCT. 06B8 1720 Signed 4 RSASXDPB Count deferred SXS page requests that are waiting for an SXS page to satisfy a request for a page backed <2G. This is a subset of RSASXDCT. 06BC 1724 Signed 4 RSASXDPA Count deferred SXS page requests that are waiting for an SXS page to satisfy a request for a page with backing=ANY. This is a subset of RSASXDCT. 06C0 1728 Signed 4 RSASXRDA Count of times an attempt was made to redrive tasks waiting for an available SXS page. 06C4 1732 Signed 4 RSASXRDC Count of individual task redrives for tasks waiting for a page. SXS Page Counts These counts only include SXS pages managed by the page manager using the SXS page management table (SXSTEs). This does not include the SXS pages used for the frame table or the SXS page management table itself. The total managed SXS pages is SYSSXSSZ/x'1000' and set at initialization. All managed SXS pages are: - backed or not backed - available or in use, unless in the Transitory state. All backed SXS pages are: - backed below 2G or backed above 2G. Backed pages may be in use or available. Available backed pages will be on one of the available SXS page queues. In use SXS pages may or may not be on the SXS Potentially Stealable Queue. Backed pages may be in the Transitory state temporarily while being converted between the in-use and available states. All available SXS pages are: - not backed, backed <2G, or backed >2G. Each of these types of available pages are on different queues. All in use SXS pages: - must be backed - are aliases or CP type SXS pages (eg. HCPGETST PAGES=) All in use CP type SXS pages are: - permanently allocated at initialization or allocated later using HCPGETST PAGES= or for free storage using HCPSXPFS. Some pages considered in use may be made available by stealing. This applies to SXS alias pages for translated pageable frames if the page is not last translated or locked. All pages in the stealable state will be on the Potentially Stealable Queue, but not all pages on the Potentially Stealable Queue will be stealable. See HCPSXSTE COPY for a discussion of rules for stealing Aliases. 06C8 1736 Signed 4 RSASXAVL Count of available SXS pages including those with backing frames. The number of available SXS pages without backing frames is RSASXAVL-(RSASXACT+RSASXBCT) which is also RSASXQCT. Does not include Transitory state SXSTEs. 06CC 1740 Signed 4 RSASXUSD Count of SXS pages in use as CP pages or aliases including no-owned aliases and SXS pages assigned to tasks deferred on frames in the real frame manager. This value should match ((SYSSXSZ/x'1000')-RSASXAVL). 06D0 1744 Signed 4 RSASXUCP Count of SXS pages in use as CP pages. This includes free storage, HCPGETST PAGES=, and permanently allocated at initialization. 06D4 1748 Signed 4 RSASXUID Count of all ID-mapped SXS pages (host logical = host real addr) primarily CP nucleus and PFXPGS. 06D8 1752 Signed 4 RSASXUFS Count of SXS pages in use as free storage pages with backing frames below 2G. These are SXSTEs with SXSCSB0=x'61'. 06DC 1756 Signed 4 RSASXUFG Count of SXS pages in use as free storage pages with backing frames above 2G. These are SXSTEs with SXSCSB0=x'61'. 06E0 1760 Signed 4 RSASXUOT Count of pages of other CP types: (RSASXUCP-(RSASXUID+RSASXUFS +RSASXUFG). 06E4 1764 Signed 4 RSASXBKA Count of SXS pages backed above 2G. This includes RSASXACT as well as in use SXS pages and Transitory SXSTEs backed>2G. 06E8 1768 Signed 4 RSASXBKB Count of SXS pages backed below 2G. This includes RSASXBCT as well as in use SXS pages and Transitory SXSTEs backed<2G. 06EC 1772 Signed 4 RSASXALI Count of SXS alias pages associated with "pageable FRMTEs" and may be stealable if not last translated or locked. Also includes count of no-owned SXSTEs. 06F0 1776 Signed 4 RSASXNOP Count of no-owned SXS aliases. 06F4 1780 Signed 4 RSASXCTG Count of SXS pages in use as part of a contiguous page request from HCPGETST with PAGES>1. This count does not include the pages that were pre-allocated as part of storage initialization. The following fields are not serialized by RSASXQLK. 06F8 1784 Signed 4 RSASXDFA Count of SXS page requests deferred in the real frame manager for ANY backing frame. Since only requests for single pages can defer, this is also the count of pages associated with those deferred tasks. It is also the count of frames needed. A Transitory SXSTE exists for each deferred frame request. This count is serialized by CS. 06FC 1788 Signed 4 RSASXDFB Count of SXS pages requests deferred in the real frame manager for a frame below 2G. Since only requests for single pages can defer, this is also the count of pages associated with those deferred tasks. It is also the count of frames needed. A Transitory SXSTE exists for each deferred frame request. This count is serialized by CS. 0700 1792 Signed 4 RSASXCLA Count of locked SXS alias pages locked by HCPTRANS or command. Updated in HCPTRANS processor, not updated by SXS page mgr. Serialized by Compare-and-Swap. 0704 1796 Signed 4 RSASXCPL Count of SXS alias pages locked by the CP LOCK command. Updated in the LOCK command processor, not updated by SXS page mgr. This is a subset of RSASXCLA. Serialized by Compare-and-Swap. 0708 1800 Signed 4 * Reserved for IBM use. Miscellaneous SXS Page Manager Fields. 070C 1804 Signed 4 RSASXLOK SXSPM redrive process lockword. Word used to ensure the SXSPM request redrive routine is only invoked by the dispatcher on one processor at a time. This word can be in any of the following states as defined in HCPEQUAT: DSPNOBFW - no work to do DSPFSCHD - foreground scheduled DSPFACTV - foreground active DSPBSCHD - background scheduled DSPBACTV - background active Serialized by compare-and-swap 0710 1808 Dbl-Word 8 RSASXFLGS SXS status flag bits 0718 1816 Address 8 RSASXSTO SXS Segment Table Origin for the segment table that maps the SXS storage from 0 to SYSSXSSZ. This is the only section of the SXS that has PTEs that are updated after initialization. Because the entire address range from 0 to SYSSXSSZ can currently be mapped by a single segment table, this STO is used in HCPSXA and HCPSXP instead of starting at the ASCE to walk the DAT tables. Starting at the segment table also depends on the fact that the segment table is permanently allocated during initialization. This field is set at initialization and never changes. 0720 1824 Signed 4 RSASXQRA Replenishment Amount - number of SXS pages to add to available, unbacked SXS page queue each time it is replenished. Must be a multiple of RSASXQBS. 0724 1828 Signed 4 RSASXRPM The minimum number of pages on the available, unbacked SXS page queue at the completion of the replenishment routine since the system was IPLed. 0728 1832 Signed 4 RSASXRFC Redrive Failure Count. The number of consecutive times HCPSXARR ran and the reserved page list was depleted or there were deferred requests but HCPSXARR could not satisfy any of them. This count is used by HCPSXARR to determine when to give up (SXA004 abend). 072C 1836 Signed 4 * Reserved for IBM use. End of SXS page manager data area 0730 1840 Signed 4 RSAFOBCT Count of FCP Operation Blocks (FOBs) that are currently in the system. This includes all FOBs that are on processor local Available lists as well as those that are currently in use. 0734 1844 Signed 4 * RESERVED FOR IBM USE | Cleared Available List Data: | 0738 1848 Dbl-Word 8 RSACALAN (0) 0738 1848 Signed 8 RSACALFP Forward Pointer: Host Logical Address of the first FRMTE on the Cleared Available List. 0740 1856 Signed 8 RSACALBP Backward Pointer: Host Logical Address of the last FRMTE on the Cleared Available List. 0748 1864 Signed 8 RSACALCT Non-negative count of the total number of FRMTEs on the Cleared Available List. 0750 1872 Address 8 RSACALUT Upper Threshold: Non-negative target number of FRMTEs for the background replenishment task to have on the Cleared Available List. Note: As currently implemented, this field can really only be a value that can be represented with 31 bits. 00000020 RSAINITU 32 Initial, increment, and decrement value for RSACALUT. 0758 1880 Address 8 RSACALMT Middle Threshold: Non-negative target number of FRMTEs for the foreground replenishment task to have on the Cleared Available List. Note that we do not want to fill to the Upper Threshold in the foreground because this might take too long and we'd rather have the replenishment done in the background if possible. Note: As currently implemented, this field can really only be a value that can be represented with 31 bits. 00000008 RSAINITM 8 Initial, increment, and decrement value for RSACALMT. 0760 1888 Address 8 RSACALLT Lower Threshold: Non-negative number of FRMTEs on the Cleared Available List below which the Dispatcher must call a foreground replenishment task since the background task is not being called frequently enough to keep the list at a sufficient level. Note: As currently implemented, this field can really only be a value that can be represented with 31 bits. 00000004 RSAINITL 4 Initial, increment, and decrement value for RSACALLT. 0768 1896 Signed 8 RSACALLK (6) Spin-lock word to control access to the Cleared Available List. 0798 1944 Signed 4 RSARCLOK Word used to ensure the list replenishment routine is only invoked by the dispatcher on one processor at a time. This ensures only one of the background or foreground replenishment tasks are running at a time. This word can be in any of the following states as defined in HCPEQUAT: DSPNOBFW - no work to do DSPFSCHD - foreground scheduled DSPFACTV - foreground active DSPBSCHD - background scheduled DSPBACTV - background active Serialized by compare-and-swap 079C 1948 Signed 4 * Reserved for IBM use End of Cleared Available List Data Area | Anti-Aliasing data area | NOTES : When HCPISGTP decides that the storage configuration supports anti-aliasing it will turn on RSAAAON, initialize RSAAAPFX to be the top half megabyte of lowest online range of storage, and set RSAAASXS to the value to use for SYSSXSSZ. When RSAAAON is set frame table and SXSTB initialization will use the alternate origins specified in RSAAAFTO and RSAAASTO, respectively. 07A0 1952 Signed 4 RSAAAFLG (0) Anti-aliasing status flags 07A0 1952 Bitstring 3 * RESERVED 07A3 1955 Bitstring 1 RSAAASTA Anti-Aliasing status 1... .... RSAAAON X'80' RSAAAON ON = Anti-aliasing is active 07A4 1956 Signed 4 RSAAAPFX Alternate processor PFXPG table origin when using anti-aliasing. 07A8 1960 Dbl-Word 8 RSAAASXS (0) Anti-aliasing SYSSXSSZ value. 07A8 1960 Bitstring 8 * DEFAULT VALUE TO USE WHEN ANTI-ALIASING IS ON, AND SYSGTORS=8G-1 OR SYSGTORS=2G-1, AND SYSSXSSZ WAS NOT REDUCED BY USE OF A REGULATOR RANGE. 07B0 1968 Dbl-Word 8 RSAAAFTO (0) Frame Table Origin when using 07B0 1968 Bitstring 8 * ANTI-ALIASING. (5G-112M) 07B8 1976 Dbl-Word 8 RSAAASTO (0) SXSTB Origin when using 07B8 1976 Bitstring 8 * ANTI-ALIASING. (2T+1G-32M) | Emergency PGMBK allocation section | NOTES : If HCPPPIGF attempts to obtain a PGMBK but fails too many times, an emergency PGMBK will be allocated from this queue. 07C0 1984 Dbl-Word 8 * (0) Alignment 07C0 1984 Bitstring 1 RSAemTS Test-and-Set controls access to these next fields 07C1 1985 Bitstring 1 RSAemFL Emergency PGMBK pool flags .... 1... RSAemRP X'08' RSAemRP Replenishment required 07C2 1986 Bitstring 1 * (2) Reserved for IBM use 07C4 1988 Signed 4 RSAemERG Count of all attempts to get an emergency PGMBK, including when the pool was empty. May wrap. 07C8 1992 Address 8 RSAemFMT A(FRMTE that starts the queue) 07D0 2000 Signed 4 RSAemCPc Count of emergency PGMBKs. Number of frames is equal to RSAemCPc * 2 07D4 2004 Signed 4 RSAemDFR Count of deferrals of guests. May wrap. 07D8 2008 Signed 4 RSAemBLO Count of times when the pool dipped below RSAemLO. May wrap. 07DC 2012 Signed 4 RSAemPTY Count of times the pool was empty. May wrap. 07E0 2016 Address 4 RSAemCPq A(deferred CPEBK queue) 07E4 2020 Address 4 RSAemRPT A(replenishment task CPEBK) End of fields controlled by RSAemTS. 07E8 2024 Signed 4 RSAemLO Lo threshold. Updated only under the VARY PROCESSOR lock. Computed value is PGMBKperPROC * #online processors 07EC 2028 Signed 4 RSAemHI Hi threshold. Updated only under the VARY PROCESSOR lock. | Demand Scan Steal Counts: | NOTES : These fields are arranged in blocks of four related fields corresponding to the PLSBK fields. For example, given the PLSBK field PLSLTDP1 there are four fields here that contain the counts of singles <2G, singles >2G, contigs <2G, and contigs >2G. The order of the fields in each set of four is important because the code that updates them assumes they are in sequential words in storage. Updates to these fields are serialized by RSADSLOK. 07F0 2032 Signed 4 RSALTDB1 Stolen B2G LT Dorm P1 07F4 2036 Signed 4 RSALTDA1 Stolen A2G LT Dorm P1 07F8 2040 Signed 4 RSALTDD1 Stolen contig B2G LT Dorm P1 07FC 2044 Signed 4 RSALTDC1 Stolen contig A2G LT Dorm P1 0800 2048 Signed 4 RSALTDB2 Stolen B2G LT Dorm P2 0804 2052 Signed 4 RSALTDA2 Stolen A2G LT Dorm P2 0808 2056 Signed 4 RSALTDD2 Stolen contig B2G LT Dorm P2 080C 2060 Signed 4 RSALTDC2 Stolen contig A2G LT Dorm P2 0810 2064 Signed 4 RSALTDBE Stolen B2G LT Dorm EP 0814 2068 Signed 4 RSALTDAE Stolen A2G LT Dorm EP 0818 2072 Signed 4 RSALTDDE Stolen contig B2G LT Dorm EP 081C 2076 Signed 4 RSALTDCE Stolen contig A2G LT Dorm EP 0820 2080 Signed 4 RSADRMB1 Stolen B2G Dorm P1 0824 2084 Signed 4 RSADRMA1 Stolen A2G Dorm P1 0828 2088 Signed 4 RSADRMD1 Stolen contig B2G Dorm P1 082C 2092 Signed 4 RSADRMC1 Stolen contig A2G Dorm P1 0830 2096 Signed 4 RSADRMB2 Stolen B2G Dorm P2 0834 2100 Signed 4 RSADRMA2 Stolen A2G Dorm P2 0838 2104 Signed 4 RSADRMD2 Stolen contig B2G Dorm P2 083C 2108 Signed 4 RSADRMC2 Stolen contig A2G Dorm P2 0840 2112 Signed 4 RSADRMBE Stolen B2G Dorm EP 0844 2116 Signed 4 RSADRMAE Stolen A2G Dorm EP 0848 2120 Signed 4 RSADRMDE Stolen contig B2G Dorm EP 084C 2124 Signed 4 RSADRMCE Stolen contig A2G Dorm EP 0850 2128 Signed 4 RSAELGB1 Stolen B2G Elig P1 0854 2132 Signed 4 RSAELGA1 Stolen A2G Elig P1 0858 2136 Signed 4 RSAELGD1 Stolen contig B2G Elig P1 085C 2140 Signed 4 RSAELGC1 Stolen contig A2G Elig P1 0860 2144 Signed 4 RSAELGB2 Stolen B2G Elig P2 0864 2148 Signed 4 RSAELGA2 Stolen A2G Elig P2 0868 2152 Signed 4 RSAELGD2 Stolen contig B2G Elig P2 086C 2156 Signed 4 RSAELGC2 Stolen contig A2G Elig P2 0870 2160 Signed 4 RSAELGBE Stolen B2G Elig EP 0874 2164 Signed 4 RSAELGAE Stolen A2G Elig EP 0878 2168 Signed 4 RSAELGDE Stolen contig B2G Elig EP 087C 2172 Signed 4 RSAELGCE Stolen contig A2G Elig EP 0880 2176 Signed 4 RSADSPB1 Stolen B2G Disp P1 0884 2180 Signed 4 RSADSPA1 Stolen A2G Disp P1 0888 2184 Signed 4 RSADSPD1 Stolen contig B2G Disp P1 088C 2188 Signed 4 RSADSPC1 Stolen contig A2G Disp P1 0890 2192 Signed 4 RSADSPB2 Stolen B2G Disp P2 0894 2196 Signed 4 RSADSPA2 Stolen A2G Disp P2 0898 2200 Signed 4 RSADSPD2 Stolen contig B2G Disp P2 089C 2204 Signed 4 RSADSPC2 Stolen contig A2G Disp P2 08A0 2208 Signed 4 RSADSPBE Stolen B2G Disp EP 08A4 2212 Signed 4 RSADSPAE Stolen A2G Disp EP 08A8 2216 Signed 4 RSADSPDE Stolen contig B2G Disp EP 08AC 2220 Signed 4 RSADSPCE Stolen contig A2G Disp EP 08B0 2224 Signed 4 RSASHRB1 Stolen B2G Shared P1 08B4 2228 Signed 4 RSASHRA1 Stolen A2G Shared P1 08B8 2232 Signed 4 RSASHRD1 Stolen contig B2G Shared P1 08BC 2236 Signed 4 RSASHRC1 Stolen contig A2G Shared P1 08C0 2240 Signed 4 RSASHRB2 Stolen B2G Shared P2 08C4 2244 Signed 4 RSASHRA2 Stolen A2G Shared P2 08C8 2248 Signed 4 RSASHRD2 Stolen contig B2G Shared P2 08CC 2252 Signed 4 RSASHRC2 Stolen contig A2G Shared P2 08D0 2256 Signed 4 RSASHRBE Stolen B2G Shared EP 08D4 2260 Signed 4 RSASHRAE Stolen A2G Shared EP 08D8 2264 Signed 4 RSASHRDE Stolen contig B2G Shared EP 08DC 2268 Signed 4 RSASHRCE Stolen contig A2G Shared EP | Available List Floor Constants | 08E0 2272 Signed 4 RSAAVLFT <2G Singles list Floor 08E4 2276 Signed 4 RSAAVCFT <2G Contigs list Floor 08E8 2280 Signed 4 RSAAVLFG >2G Singles list Floor 08EC 2284 Signed 4 RSAAVCFG >2G Contigs list Floor | Demand Scan 'unsatisfied' counts | 08F0 2288 Signed 4 RSADSCD0 <2G Singles unsatisfied count 08F4 2292 Signed 4 RSADSCDG >2G Singles unsatisfied count 08F8 2296 Signed 4 RSADSCC0 <2G Contigs unsatisfied count 08FC 2300 Signed 4 RSADSCCG >2G Contigs unsatisfied count 0900 2304 Signed 4 * (3) Reserved for IBM use. | Turnover Rate Balancing Multipliers | 090C 2316 Signed 4 RSATURN0 <2G Turnover Rate Multiplier 0910 2320 Signed 4 RSATURNG >2G Turnover Rate Multiplier | PGMBK Steal Performance Indicators | Updates to these fields are serialized by RSADSLOK. 0918 2328 Dbl-Word 8 RSAVGPST Average time spent (in TOD units) in PGMBK Steal per PGMBK | Reset interval data area: | 0470 1136 Address 4 RSARESLK Reset interval data area lock This field is updated using Compare-and-Swap logic. 0474 1140 Signed 4 * Reserved for IBM use 0478 1144 Signed 4 RSAALLTA Total number of frames taken by the available list replenishment functions since System IPL. This count is updated using Compare-and-Swap logic. 047C 1148 Signed 4 RSAAVGDU Average number of users in the dispatch list (samples taken by HCPALURS). This count is updated only when the reset interval data area lock (RSARESLK) is held. 0480 1152 Signed 4 RSAAVGRT Average number of frames taken by the available list replenishment functions per second. This count is updated only when the reset interval data area lock (RSARESLK) is held. 0484 1156 Signed 4 RSAOLDTA Total number of frames taken by the available list replenishment functions at the time of the last reset interval calculation. This count is updated only when the reset interval data area lock (RSARESLK) is held. 0488 1160 Dbl-Word 8 * (0) 0488 1160 Signed 8 RSAOLDTD TOD at the time of the last reset interval calculation. This count is updated only when the reset interval data area lock (RSARESLK) is held. 0490 1168 Dbl-Word 8 * (0) 0490 1168 Signed 8 RSARESSA Reset interval for shared address spaces in TOD units This count is updated only when the reset interval data area lock (RSARESLK) is held or at initialization time. | SXS status flag bits | 0710 1808 Bitstring 5 * Reserved 0715 1813 Bitstring 1 RSASXINI SXSPM initialization flags. 1... .... RSASXIMX X'80' RSASXIMX When set indicates the maximum available, backed page queue size values are set to values used during initialization. The values get reset after seeing SYSSINIT is off. 0716 1814 Bitstring 1 RSASXREP SXSPM queue replenishment flags 1... .... RSASXRPF X'80' RSASXRPF Replenishment failed to steal any aliases the last time it ran. .1.. .... RSASXRPL X'40' RSASXRPL Replenishment stole less aliases than replenishment amt (RSASXQRA) 0717 1815 Bitstring 1 RSASXPQS Potentially stealable queue status bits 1... .... RSASXNST X'80' ON = SX Page Mgr is prohibited from using the stealable queue (RSASXPAN) for anything other than free storage. Turned on by HCPSXPFS only
RSAAVNKR Storage Layout
*** RSAAVNKR - RSM common area mapping * * +-------------------------------------------------------+ * 0 | RSAAVFP | * +-------------------------------------------------------+ * 8 | RSAAVBP | * +-------------------------------------------------------+ * 10 | RSAAVCT | * +-------------------------------------------------------+ * 18 * *** RSAAVNKR - RSM common area mapping *** RSMANCHR - RSM common area mapping * * +-------------------------------------------------------+ * 0 | RSMFRCHN | * +-------------------------------------------------------+ * 8 | RSMFRCNT | * +-------------------------------------------------------+ * 10 * *** RSMANCHR - RSM common area mapping *** RSMBK - RSM common area mapping * * +---------------------------+---------------------------+ * 0 | RSASAVFR | RSARSAST | * +---------------------------+---------------------------+ * 8 | RSAMSARC | RSAMSASC | * +---------------------------+---------------------------+ * 10 | RSAMSARH | RSADPACP | * +---------------------------+---------------------------+ * 18 | RSATRSAV | RSASTORE | * +---------------------------+---------------------------+ * 20 | RSAPFXAF | RSAPFXND | * +------+------+------+------+---------------------------+ * 28 |:TSKB0|:TSKB1|:TSKB2|:TSKB3|///////////////////////////| * +------+------+------+------+---------------------------+ * 30 | RSAFNOTI | * +-------------------------------------------------------+ * 38 | RSALGFRM | * +-------------------------------------------------------+ * 40 | RSAGOFFL | * +-------------------------------------------------------+ * 48 | RSAGSTOR | * +-------------------------------------------------------+ * 50 | RSASTORL | * +-------------------------------------------------------+ * 58 | RSALG1ST | * +-------------------------------------------------------+ * 60 | RSALGLST | * +-------------------------------------------------------+ * 68 | RSANOTIB | * +-------------------------------------------------------+ * 70 | RSA2GAFP | * +-------------------------------------------------------+ * 78 | RSA2GABP | * +-------------------------------------------------------+ * 80 | RSA2GAVL | * +-------------------------------------------------------+ * 88 |///////////////////////////////////////////////////////| * +-------------------------------------------------------+ * 90 |///////////////////////////////////////////////////////| * +---------------------------+---------------------------+ * 98 |///////////////////////////| RSAAVLHG | * +---------------------------+---------------------------+ * A0 | | * = RSA2GLCK = * | | * +-------------------------------------------------------+ * D0 | RSA2GCFP | * +-------------------------------------------------------+ * D8 | RSA2GCBP | * +-------------------------------------------------------+ * E0 | RSA2GCVL | * +-------------------------------------------------------+ * E8 |///////////////////////////////////////////////////////| * +-------------------------------------------------------+ * F0 |///////////////////////////////////////////////////////| * +---------------------------+---------------------------+ * F8 |///////////////////////////| RSAAVCHG | * +---------------------------+---------------------------+ * 100 | | * = RSA2GCLK = * | | * +-------------------------------------------------------+ * 130 | | * = RSAPRLK = * | | * +-------------------------------------------------------+ * 148 | | * = RSAASITB = * | | * +---------------------------+---------------------------+ * 1C8 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 1D0 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 1D8 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 1E0 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 1E8 | RSAPPAQD | RSAPPTLK | * +---------------------------+---------------------------+ * 1F0 | RSARESAC |///////////////////////////| * +---------------------------+---------------------------+ * 1F8 | RSARFRSG | * +-------------------------------------------------------+ * 200 | RSAAFRDW | * +-------------------------------------------------------+ * 208 | RSAAFRIU | * +---------------------------+---------------------------+ * 210 | RSAAFSDW | RSAAFSDB | * +---------------------------+---------------------------+ * 218 | RSARFRST | RSAAFRDB | * +---------------------------+---------------------------+ * 220 | RSAAFSIU | RSAAFSIB | * +---------------------------+---------------------------+ * 228 | RSAAFRIB | RSAVCBDW | * +---------------------------+---------------------------+ * 230 | RSAVCBDB | RSAVCBIU | * +---------------------------+---------------------------+ * 238 | RSAVCBIB | RSAVFSDW | * +---------------------------+---------------------------+ * 240 | RSAVFSIU | RSANALD | * +---------------------------+---------------------------+ * 248 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 250 | RSANDUCT | RSASHRSP | * +---------------------------+---------------------------+ * 258 | RSAPPTN | * +---------------------------+---------------------------+ * 260 | RSAPPTPS | RSAPPTPF | * +---------------------------+---------------------------+ * 268 | RSAPPTCS |///////////////////////////| * +---------------------------+---------------------------+ * 270 | | * = RSASHRLK = * | | * +-------------------------------------------------------+ * 288 | | * = RSASPMLK = * | | * +-------------------------------------------------------+ * 2A0 | | * = RSAALCIN = * | | * +---------------------------+---------------------------+ * 2B8 | RSACTSHR | RSABLKGC | * +---------------------------+---------------------------+ * 2C0 | | * = RSABLKGF = * | | * +---------------------------+---------------------------+ * 2D8 | RSACPLOK | RSAOFFLN | * +---------------------------+---------------------------+ * 2E0 | RSASHARE | RSANONPG | * +---------------------------+---------------------------+ * 2E8 | RSAPGABL | RSACPLKG | * +---------------------------+---------------------------+ * 2F0 | RSAAVLFP | * +-------------------------------------------------------+ * 2F8 | RSAAVLBP | * +---------------------------+---------------------------+ * 300 |///////////////////////////| RSAAVAIL | * +---------------------------+---------------------------+ * 308 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 310 |///////////////////////////| RSAAVLHT | * +---------------------------+---------------------------+ * 318 | | * = RSAAVLLK = * | | * +-------------------------------------------------------+ * 348 | RSA16KBP | * +-------------------------------------------------------+ * 350 | RSAAVCFP | * +-------------------------------------------------------+ * 358 | RSAAVCBP | * +---------------------------+---------------------------+ * 360 |///////////////////////////| RSAAVCIL | * +---------------------------+---------------------------+ * 368 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 370 |///////////////////////////| RSAAVCHT | * +---------------------------+---------------------------+ * 378 | | * = RSAAVCLK = * | | * +---------------------------+---------------------------+ * 3A8 | RSAFRQFP | RSAFRQBP | * +---------------------------+---------------------------+ * 3B0 | RSA2GDCT | RSAFRQMW | * +---------------------------+---------------------------+ * 3B8 | RSAFRQDF | RSAFRQDL | * +---------------------------+---------------------------+ * 3C0 | RSAFRQDT | * +-------------------------------------------------------+ * 3C8 | RSAFRQDA | * +---------------------------+---------------------------+ * 3D0 | RSA2GRDA | RSA2GRDC | * +---------------------------+---------------------------+ * 3D8 | RSAFRQWT | RSAFRRDA | * +---------------------------+---------------------------+ * 3E0 | RSAFRRDC | RSARESBC | * +------+--------------------+------+--------------------+ * 3E8 |:RFLOK| RSADSCPU |:TRQLK|////////////////////| * +------+--------------------+------+--------------------+ * 3F0 | RSADSTSA | * +-------------------------------------------------------+ * 3F8 | RSADSTSB | * +---------------------------+---------------------------+ * 400 | RSASWPWT | RSASWP2G | * +---------------------------+---------------------------+ * 408 | RSAAVLLT | RSADECCT | * +---------------------------+---------------------------+ * 410 | RSAAVCLT | RSADECCC | * +-------------+------+------+---------------------------+ * 418 |/////////////|:DECFG|:DECFL| RSAAVLLG | * +-------------+------+------+---------------------------+ * 420 | RSADECCG | RSAAVCLG | * +---------------------------+---------------------------+ * 428 | RSADECGC | RSACFPCT | * +---------------------------+---------------------------+ * 430 | RSACFPAV | RSAALFMF | * +---------------------------+---------------------------+ * 438 | RSAAVLEP |///////////////////////////| * +---------------------------+---------------------------+ * 440 | RSASTLWT | RSASWG2G | * +---------------------------+---------------------------+ * 448 | RSACNOTI | * +-------------------------------------------------------+ * 450 | RSAFTSSL | * +-------------------------------------------------------+ * 458 | RSAFTSEL | * +-------------------------------------------------------+ * 460 | RSAFTSSG | * +-------------------------------------------------------+ * 468 | RSAFTSEG | * +-------------------------------------------------------+ * 470 | | * = RSARINTA = * | | * +---------------------------+---------------------------+ * 4B0 | RSAFSA2G | RSAFSB2G | * +---------------------------+---------------------------+ * 4B8 | RSAFSYUA | RSAFSYUB | * +---------------------------+---------------------------+ * 4C0 | RSAFVMUD | RSAFVMUB | * +---------------------------+---------------------------+ * 4C8 | RSAVMXFR | RSAVMXFB | * +---------------------------+---------------------------+ * 4D0 | RSAVMXUD | RSAVMXUB | * +---------------------------+---------------------------+ * 4D8 | RSASYSFR | RSASYSFB | * +---------------------------+---------------------------+ * 4E0 | RSASYSUD | RSASYSUB | * +---------------------------+---------------------------+ * 4E8 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 4F0 | RSALIM1 | RSALIM2 | * +---------------------------+---------------------------+ * 4F8 | RSALIM3 | RSALMFUZ | * +--------------------+------+---------------------------+ * 500 |////////////////////|:LIMCK| RSAFSELK | * +--------------------+------+---------------------------+ * 508 | RSAPLPCT | RSAPLPCB | * +---------------------------+---------------------------+ * 510 | RSANPGCT |///////////////////////////| * +---------------------------+---------------------------+ * 518 | RSAEMTSA | * +-------------------------------------------------------+ * 520 | RSAEMTSB | * +---------------------------+---------------------------+ * 528 | RSANPGMX | RSANPGHI | * +---------------------------+---------------------------+ * 530 | RSAXTEND | RSARESAN | * +---------------------------+---------------------------+ * 538 | RSARSVLK | RSARSVSY | * +---------------------------+---------------------------+ * 540 | RSAMAXPP |///////////////////////////| * +---------------------------+---------------------------+ * 548 | RSADEFAN | RSADEFLK | * +---------------------------+---------------------------+ * 550 | RSAPRQWT |///////////////////////////| * +---------------------------+---------------------------+ * 558 | | * = RSAFSLCK = * | | * +-------------+-------------+-------------+-------------+ * 570 | RSASA1ST | RSASALST | RSAMSO | RSAMSL | * +------+------+-------------+-------------+-------------+ * 578 |:AZNCT|:ZPOOL|/////////////|///////////////////////////| * +------+------+-------------+---------------------------+ * 580 |///////////////////////////| RSAVSLOW | * +---------------------------+---------------------------+ * 588 | | * = RSAVHSLK = * | | * +---------------------------+---------------------------+ * 5A0 |///////////////////////////| RSAVHSAD | * +---------------------------+---------------------------+ * 5A8 | | * = RSANOQLK = * | | * +---------------------------+---------------------------+ * 5D8 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 5E0 |///////////////////////////|///////////////////////////| * +---------------------------+---------------------------+ * 5E8 | RSANOQFR | * +-------------------------------------------------------+ * 5F0 | RSANOQPG | * +---------------------------+---------------------------+ * 5F8 |///////////////////////////| RSANOLKL | * +---------------------------+---------------------------+ * 600 | RSANOLKA | * +---------------------------+---------------------------+ * 608 | RSANOLOK |///////////////////////////| * +---------------------------+---------------------------+ * 610 | RSADPPB | RSADPPA | * +---------------------------+---------------------------+ * 618 | | * = RSASXQLK = * | | * +-------------------------------------------------------+ * 648 | RSASXQFP | * +-------------------------------------------------------+ * 650 | RSASXQBP | * +---------------------------+---------------------------+ * 658 | RSASXQCT | RSASXQMN | * +---------------------------+---------------------------+ * 660 | RSASXPFP | * +-------------------------------------------------------+ * 668 | RSASXPBP | * +---------------------------+---------------------------+ * 670 | RSASXPCT |///////////////////////////| * +---------------------------+---------------------------+ * 678 | RSASXAFP | * +-------------------------------------------------------+ * 680 | RSASXABP | * +---------------------------+---------------------------+ * 688 | RSASXACT | RSASXAMX | * +---------------------------+---------------------------+ * 690 | RSASXBFP | * +-------------------------------------------------------+ * 698 | RSASXBBP | * +---------------------------+---------------------------+ * 6A0 | RSASXBCT | RSASXBMX | * +---------------------------+---------------------------+ * 6A8 | RSASXDFP | RSASXDBP | * +---------------------------+---------------------------+ * 6B0 | RSASXDCT | RSASXDCA | * +---------------------------+---------------------------+ * 6B8 | RSASXDPB | RSASXDPA | * +---------------------------+---------------------------+ * 6C0 | RSASXRDA | RSASXRDC | * +---------------------------+---------------------------+ * 6C8 | RSASXAVL | RSASXUSD | * +---------------------------+---------------------------+ * 6D0 | RSASXUCP | RSASXUID | * +---------------------------+---------------------------+ * 6D8 | RSASXUFS | RSASXUFG | * +---------------------------+---------------------------+ * 6E0 | RSASXUOT | RSASXBKA | * +---------------------------+---------------------------+ * 6E8 | RSASXBKB | RSASXALI | * +---------------------------+---------------------------+ * 6F0 | RSASXNOP | RSASXCTG | * +---------------------------+---------------------------+ * 6F8 | RSASXDFA | RSASXDFB | * +---------------------------+---------------------------+ * 700 | RSASXCLA | RSASXCPL | * +---------------------------+---------------------------+ * 708 |///////////////////////////| RSASXLOK | * +---------------------------+---------------------------+ * 710 | RSASXFLGS | * +-------------------------------------------------------+ * 718 | RSASXSTO | * +---------------------------+---------------------------+ * 720 | RSASXQRA | RSASXRPM | * +---------------------------+---------------------------+ * 728 | RSASXRFC |///////////////////////////| * +---------------------------+---------------------------+ * 730 | RSAFOBCT |///////////////////////////| * +---------------------------+---------------------------+ * 738 | RSACALFP | * +-------------------------------------------------------+ * 740 | RSACALBP | * +-------------------------------------------------------+ * 748 | RSACALCT | * +-------------------------------------------------------+ * 750 | RSACALUT | * +-------------------------------------------------------+ * 758 | RSACALMT | * +-------------------------------------------------------+ * 760 | RSACALLT | * +-------------------------------------------------------+ * 768 | | * = RSACALLK = * | | * +---------------------------+---------------------------+ * 798 | RSARCLOK |///////////////////////////| * +--------------------+------+---------------------------+ * 7A0 |////////////////////|:AASTA| RSAAAPFX | * +--------------------+------+---------------------------+ * 7A8 |///////////////////////////////////////////////////////| * +-------------------------------------------------------+ * 7B0 |///////////////////////////////////////////////////////| * +-------------------------------------------------------+ * 7B8 |///////////////////////////////////////////////////////| * +------+------+-------------+---------------------------+ * 7C0 |:EMTS |:EMFL |/////////////| RSAEMERG | * +------+------+-------------+---------------------------+ * 7C8 | RSAEMFMT | * +---------------------------+---------------------------+ * 7D0 | RSAEMCPC | RSAEMDFR | * +---------------------------+---------------------------+ * 7D8 | RSAEMBLO | RSAEMPTY | * +---------------------------+---------------------------+ * 7E0 | RSAEMCPQ | RSAEMRPT | * +---------------------------+---------------------------+ * 7E8 | RSAEMLO | RSAEMHI | * +---------------------------+---------------------------+ * 7F0 | RSALTDB1 | RSALTDA1 | * +---------------------------+---------------------------+ * 7F8 | RSALTDD1 | RSALTDC1 | * +---------------------------+---------------------------+ * 800 | RSALTDB2 | RSALTDA2 | * +---------------------------+---------------------------+ * 808 | RSALTDD2 | RSALTDC2 | * +---------------------------+---------------------------+ * 810 | RSALTDBE | RSALTDAE | * +---------------------------+---------------------------+ * 818 | RSALTDDE | RSALTDCE | * +---------------------------+---------------------------+ * 820 | RSADRMB1 | RSADRMA1 | * +---------------------------+---------------------------+ * 828 | RSADRMD1 | RSADRMC1 | * +---------------------------+---------------------------+ * 830 | RSADRMB2 | RSADRMA2 | * +---------------------------+---------------------------+ * 838 | RSADRMD2 | RSADRMC2 | * +---------------------------+---------------------------+ * 840 | RSADRMBE | RSADRMAE | * +---------------------------+---------------------------+ * 848 | RSADRMDE | RSADRMCE | * +---------------------------+---------------------------+ * 850 | RSAELGB1 | RSAELGA1 | * +---------------------------+---------------------------+ * 858 | RSAELGD1 | RSAELGC1 | * +---------------------------+---------------------------+ * 860 | RSAELGB2 | RSAELGA2 | * +---------------------------+---------------------------+ * 868 | RSAELGD2 | RSAELGC2 | * +---------------------------+---------------------------+ * 870 | RSAELGBE | RSAELGAE | * +---------------------------+---------------------------+ * 878 | RSAELGDE | RSAELGCE | * +---------------------------+---------------------------+ * 880 | RSADSPB1 | RSADSPA1 | * +---------------------------+---------------------------+ * 888 | RSADSPD1 | RSADSPC1 | * +---------------------------+---------------------------+ * 890 | RSADSPB2 | RSADSPA2 | * +---------------------------+---------------------------+ * 898 | RSADSPD2 | RSADSPC2 | * +---------------------------+---------------------------+ * 8A0 | RSADSPBE | RSADSPAE | * +---------------------------+---------------------------+ * 8A8 | RSADSPDE | RSADSPCE | * +---------------------------+---------------------------+ * 8B0 | RSASHRB1 | RSASHRA1 | * +---------------------------+---------------------------+ * 8B8 | RSASHRD1 | RSASHRC1 | * +---------------------------+---------------------------+ * 8C0 | RSASHRB2 | RSASHRA2 | * +---------------------------+---------------------------+ * 8C8 | RSASHRD2 | RSASHRC2 | * +---------------------------+---------------------------+ * 8D0 | RSASHRBE | RSASHRAE | * +---------------------------+---------------------------+ * 8D8 | RSASHRDE | RSASHRCE | * +---------------------------+---------------------------+ * 8E0 | RSAAVLFT | RSAAVCFT | * +---------------------------+---------------------------+ * 8E8 | RSAAVLFG | RSAAVCFG | * +---------------------------+---------------------------+ * 8F0 | RSADSCD0 | RSADSCDG | * +---------------------------+---------------------------+ * 8F8 | RSADSCC0 | RSADSCCG | * +---------------------------+---------------------------+ * 900 |///////////////////////////////////////////////////////| * |///////////////////////////+---------------------------+ * 908 |///////////////////////////| RSATURN0 | * +---------------------------+---------------------------+ * 910 | RSATURNG |///////////////////////////| * +---------------------------+---------------------------+ * 918 | RSAVGPST | * +-------------------------------------------------------+ * 920 * *** RSMBK - RSM common area mapping *** Overlay for RSARINTA in RSMBK * * +---------------------------+---------------------------+ * 470 | RSARESLK |///////////////////////////| * +---------------------------+---------------------------+ * 478 | RSAALLTA | RSAAVGDU | * +---------------------------+---------------------------+ * 480 | RSAAVGRT | RSAOLDTA | * +---------------------------+---------------------------+ * 488 | RSAOLDTD | * +-------------------------------------------------------+ * 490 | RSARESSA | * +-------------------------------------------------------+ * 498 * *** Overlay for RSARINTA in RSMBK *** Overlay for RSASXFLGS in RSMBK * * +----------------------------------+------+------+------+ * 710 |//////////////////////////////////|:SXINI|:SXREP|:SXPQS| * +----------------------------------+------+------+------+ * 718 * *** Overlay for RSASXFLGS in RSMBK
RSAAVNKR Cross Reference
Symbol Dspl Value -------------- ---- ----- RSAemBLO 07D8 RSAemCPc 07D0 RSAemCPq 07E0 RSAemDFR 07D4 RSAemERG 07C4 RSAemFL 07C1 RSAemFMT 07C8 RSAemHI 07EC RSAemLO 07E8 RSAemPTY 07DC RSAemRP 07C1 08 RSAemRPT 07E4 RSAemTS 07C0 RSAAAFLG 07A0 RSAAAFTO 07B0 RSAAAON 07A3 80 RSAAAPFX 07A4 RSAAASTA 07A3 RSAAASTO 07B8 RSAAASXS 07A8 RSAAFRDB 021C RSAAFRDW 0200 RSAAFRIB 0228 RSAAFRIU 0208 RSAAFSDB 0214 RSAAFSDW 0210 RSAAFSIB 0224 RSAAFSIU 0220 RSAALCIN 02A0 RSAALFMF 0434 RSAALLTA 0478 RSAASITB 0148 RSAAVAIL 0304 RSAAVBP 0008 RSAAVCAN 0350 RSAAVCBP 0358 RSAAVCFG 08EC RSAAVCFP 0350 RSAAVCFT 08E4 RSAAVCHG 00FC RSAAVCHT 0374 RSAAVCIL 0364 RSAAVCLG 0424 RSAAVCLK 0378 RSAAVCLT 0410 RSAAVCT 0010 RSAAVFP 0000 RSAAVGDU 047C RSAAVGRT 0480 RSAAVLAN 02F0 RSAAVLBP 02F8 RSAAVLEP 0438 RSAAVLFG 08E8 RSAAVLFP 02F0 RSAAVLFT 08E0 RSAAVLHG 009C RSAAVLHT 0314 RSAAVLLG 041C RSAAVLLK 0318 RSAAVLLT 0408 RSAAZNCT 0578 RSABLKGC 02BC RSABLKGF 02C0 RSACALAN 0738 RSACALBP 0740 RSACALCT 0748 RSACALFP 0738 RSACALLK 0768 RSACALLT 0760 RSACALMT 0758 RSACALUT 0750 RSACFPAV 0430 RSACFPCT 042C RSACNOTI 0448 RSACPLKG 02EC RSACPLOK 02D8 RSACTSHR 02B8 RSADCCGC 041A 04 RSADECCC 0414 RSADECCG 0420 RSADECCS 0418 RSADECCT 040C RSADECFG 041A RSADECFL 041B RSADECGC 0428 RSADECRB 041B 01 RSADECRC 041B 04 RSADECRG 041A 01 RSADEFAN 0548 RSADEFLK 054C RSADPACP 0014 RSADPPA 0614 RSADPPB 0610 RSADPPBW 01D0 RSADPPCA 0610 RSADPPFW 01C8 RSADRMAE 0844 RSADRMA1 0824 RSADRMA2 0834 RSADRMBE 0840 RSADRMB1 0820 RSADRMB2 0830 RSADRMCE 084C RSADRMC1 082C RSADRMC2 083C RSADRMDE 0848 RSADRMD1 0828 RSADRMD2 0838 RSADSCCG 08FC RSADSCC0 08F8 RSADSCDG 08F4 RSADSCD0 08F0 RSADSCPU 03E9 RSADSLOK 03E8 RSADSPAE 08A4 RSADSPA1 0884 RSADSPA2 0894 RSADSPBE 08A0 RSADSPB1 0880 RSADSPB2 0890 RSADSPCE 08AC RSADSPC1 088C RSADSPC2 089C RSADSPDE 08A8 RSADSPD1 0888 RSADSPD2 0898 RSADSTSA 03F0 RSADSTSB 03F8 RSAELGAE 0874 RSAELGA1 0854 RSAELGA2 0864 RSAELGBE 0870 RSAELGB1 0850 RSAELGB2 0860 RSAELGCE 087C RSAELGC1 085C RSAELGC2 086C RSAELGDE 0878 RSAELGD1 0858 RSAELGD2 0868 RSAEMTSA 0518 RSAEMTSB 0520 RSAFNOTI 0030 RSAFOBCT 0730 RSAFRQAN 03A8 RSAFRQBP 03AC RSAFRQDA 03C8 RSAFRQDF 03B8 RSAFRQDL 03BC RSAFRQDT 03C0 RSAFRQFP 03A8 RSAFRQMW 03B4 RSAFRQWT 03D8 RSAFRRDA 03DC RSAFRRDC 03E0 RSAFSA2G 04B0 RSAFSB2G 04B4 RSAFSELK 0504 RSAFSLCK 0558 RSAFSTBK 0558 RSAFSTLN 057C 00000028 RSAFSTSZ 057C 00000028 RSAFSYUA 04B8 RSAFSYUB 04BC RSAFTSEG 0468 RSAFTSEL 0458 RSAFTSSG 0460 RSAFTSSL 0450 RSAFVMUB 04C4 RSAFVMUD 04C0 RSAGOFFL 0040 RSAGSTOR 0048 RSAINCGC 041A 08 RSAINCRB 041B 02 RSAINCRC 041B 08 RSAINCRG 041A 02 RSAINITL 0760 00000004 RSAINITM 0758 00000008 RSAINITU 0750 00000020 RSALGFRM 0038 RSALGLST 0060 RSALG1ST 0058 RSALIMCK 0503 RSALIMCS 0500 RSALIMOF 0503 00000000 RSALIMON 0503 00000001 RSALIM1 04F0 RSALIM2 04F4 RSALIM3 04F8 RSALMFUZ 04FC RSALOTSK 002B 02 RSALTDAE 0814 RSALTDA1 07F4 RSALTDA2 0804 RSALTDBE 0810 RSALTDB1 07F0 RSALTDB2 0800 RSALTDCE 081C RSALTDC1 07FC RSALTDC2 080C RSALTDDE 0818 RSALTDD1 07F8 RSALTDD2 0808 RSAMAXPP 0540 RSAMSARC 0008 RSAMSARH 0010 RSAMSASC 000C RSAMSL 0576 RSAMSO 0574 RSANALD 0244 RSANASIT 0248 RSANDUCT 0250 RSANOLKA 0600 RSANOLKL 05FC RSANOLOK 0608 RSANONPG 02E4 RSANOQFR 05E8 RSANOQLK 05A8 RSANOQPG 05F0 RSANOTIB 0068 RSANOXBP 05E0 RSANOXFP 05D8 RSANPGCT 0510 RSANPGHI 052C RSANPGMX 0528 RSAOFFLN 02DC RSAOLDTA 0484 RSAOLDTD 0488 RSAPFXAF 0020 RSAPFXND 0024 RSAPGABL 02E8 RSAPLPCB 050C RSAPLPCT 0508 RSAPPABW 01E0 RSAPPAFW 01D8 RSAPPAQD 01E8 RSAPPTCS 0268 RSAPPTLK 01EC RSAPPTN 0258 RSAPPTPF 0264 RSAPPTPS 0260 RSAPRLK 0130 RSAPRQWT 0550 RSARCLOK 0798 RSARESAC 01F0 RSARESAN 0534 RSARESBC 03E4 RSARESLK 0470 RSARESSA 0490 RSARFLOK 03E8 RSARFRSG 01F8 RSARFRST 0218 RSARINTA 0470 RSARSAST 0004 RSARSVLK 0538 RSARSVSY 053C RSASALST 0572 RSASAVFR 0000 RSASA1ST 0570 RSASHARE 02E0 RSASHRAE 08D4 RSASHRA1 08B4 RSASHRA2 08C4 RSASHRBE 08D0 RSASHRB1 08B0 RSASHRB2 08C0 RSASHRCE 08DC RSASHRC1 08BC RSASHRC2 08CC RSASHRDE 08D8 RSASHRD1 08B8 RSASHRD2 08C8 RSASHRLK 0270 RSASHRSP 0254 RSASPMLK 0288 RSASTLWT 0440 RSASTORE 001C RSASTORL 0050 RSASTRNG 0574 RSASWG2G 0444 RSASWPWT 0400 RSASWP2G 0404 RSASXAAN 0678 RSASXABP 0680 RSASXACT 0688 RSASXAFP 0678 RSASXALI 06EC RSASXAMX 068C RSASXAVL 06C8 RSASXBAN 0690 RSASXBBP 0698 RSASXBCT 06A0 RSASXBFP 0690 RSASXBKA 06E4 RSASXBKB 06E8 RSASXBMX 06A4 RSASXCLA 0700 RSASXCPL 0704 RSASXCTG 06F4 RSASXDAN 06A8 RSASXDBP 06AC RSASXDCA 06B4 RSASXDCT 06B0 RSASXDFA 06F8 RSASXDFB 06FC RSASXDFP 06A8 RSASXDPA 06BC RSASXDPB 06B8 RSASXFLGS 0710 RSASXIMX 0715 80 RSASXINI 0715 RSASXLOK 070C RSASXNOP 06F0 RSASXNST 0717 80 RSASXPAN 0660 RSASXPBP 0668 RSASXPCT 0670 RSASXPFP 0660 RSASXPQS 0717 RSASXQAN 0648 RSASXQBP 0650 RSASXQCT 0658 RSASXQFP 0648 RSASXQLK 0618 RSASXQMN 065C RSASXQRA 0720 RSASXRDA 06C0 RSASXRDC 06C4 RSASXREP 0716 RSASXRFC 0728 RSASXRPF 0716 80 RSASXRPL 0716 40 RSASXRPM 0724 RSASXSTO 0718 RSASXUCP 06D0 RSASXUFG 06DC RSASXUFS 06D8 RSASXUID 06D4 RSASXUOT 06E0 RSASXUSD 06CC RSASYSFB 04DC RSASYSFR 04D8 RSASYSUB 04E4 RSASYSUD 04E0 RSATASKB 0028 RSATRQLK 03EC RSATRSAV 0018 RSATSKB0 0028 RSATSKB1 0029 RSATSKB2 002A RSATSKB3 002B RSATURNG 0910 RSATURN0 090C RSAVCBDB 0230 RSAVCBDW 022C RSAVCBIB 0238 RSAVCBIU 0234 RSAVFSDW 023C RSAVFSIU 0240 RSAVGPST 0918 RSAVHSAD 05A4 RSAVHSLK 0588 RSAVMXFB 04CC RSAVMXFR 04C8 RSAVMXUB 04D4 RSAVMXUD 04D0 RSAVSLOW 0584 RSAVVBLK 0580 RSAXTEND 0530 RSAZPOOL 0579 RSA16KBP 0348 RSA2GABP 0078 RSA2GAFP 0070 RSA2GAHD 0070 RSA2GAVL 0080 RSA2GCBP 00D8 RSA2GCFP 00D0 RSA2GCHD 00D0 RSA2GCLK 0100 RSA2GCTG 002B 04 RSA2GCVL 00E0 RSA2GDCT 03B0 RSA2GLCK 00A0 RSA2GRDA 03D0 RSA2GRDC 03D4 RSA2GTSK 002B 01 RSMFRCHN 0000 RSMFRCNT 0008
This information is based on z/VM V5R3.0. Last updated on 25 Jun 2007 at 17:18:59 EDT.
Copyright IBM Corporation, 1990, 2007