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Updated: 11 December 1998

OpenVMS Alpha System Analysis Tools Manual


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Chapter 5
SDA CLUE Extension Commands

This chapter presents an overview of the SDA CLUE extension commands, how to display information using these commands, and how to use SDA CLUE for writing to the dump file off the system disk. This chapter also describes the SDA CLUE commands.

5.1 Overview of SDA CLUE Extensions

SDA CLUE (Crash Log Utility Extractor) commands automate the analysis of crash dumps and maintain a history of all fatal bugchecks on a standalone or cluster system. SDA CLUE commands can be used in conjunction with SDA to collect and decode additional dump file information not readily accessible through standard SDA commands. SDA CLUE extension commands can summarize information provided by certain standard SDA commands and provide additional detail for some SDA commands. For example, SDA CLUE extension commands can quickly provide detailed extended QIO processor (XQP) summaries. SDA CLUE commands can also be used interactively on a running system to help identify performance problems.

All CLUE commands can be used when analyzing crash dumps; the only CLUE commands that are not allowed when analyzing a running system are CLUE CRASH, CLUE ERRLOG, CLUE HISTORY, and CLUE STACK.

When you reboot the system after a system failure, you automatically invoke SDA by default. To facilitate better crash dump analysis, SDA CLUE commands automatically capture and archive summary dump file information in a CLUE listing file.

A startup command procedure initiates commands that do the following:

The CLUE HISTORY command adds a one-line summary entry to a history file and saves the following output from SDA CLUE commands in the listing file:

The contents of this CLUE list file can help you analyze a system failure. If these files accumulate more space than the threshold allows (default is 5000 blocks), the oldest files are deleted until the threshold limit is reached. This can also be customized using the CLUE$MAX_BLOCK logical name.

For additional information on the contents of the CLUE listing file, see the reference section on CLUE HISTORY.

It is important to remember that CLUE$nodename_ddmmyy_hhmm.LIS contains only an overview of the crash dump and does not always contain enough information to determine the cause of the crash.

To inhibit the running of CLUE at system startup, define the logical CLUE$INHIBIT in the SYLOGICALS.COM file as /SYS TRUE.

5.2 Displaying Data Using SDA CLUE Commands

To invoke CLUE commands, enter the following at the SDA prompt:


SDA>CLUE CONFIG

5.3 Using SDA CLUE with Dump Off System Disk

Dump off system disk allows you to write the system dump file to a device other than the system disk. For SDA CLUE to be able to correctly find the dump file to be analyzed after a system crash, you need to perform the following steps:

  1. Modify the command procedure SYS$MANAGER:SYLOGICALS.COM to add the system logical name CLUE$DOSD_DEVICE to point to the device where the dump file resides. You need to supply only the physical or logical device name without a file specification.
  2. Modify the command procedure SYS$MANAGER:SYLOGICALS.COM to mount systemwide the device where the dump file resides. Otherwise, SDA CLUE cannot access and analyze the dump file.

In the following example, the dump file has been placed on device $3$DUA25, which has the label DMP$DEV. You need to add the following commands to SYS$MANAGER:SYLOGICALS.COM:


$mount/system/noassist $3$dua25: dmp$dev dmp$dev
$define/system clue$dosd_device dmp$dev

5.4 Listing of SDA CLUE Extension Commands

This section describes the following SDA CLUE extension commands:

CLUE CALL_FRAME

Displays key information, such as the PC of the caller, from the active call frames at time of the crash.

Format

CLUE CALL_FRAME [/CPU [cpu-id|ALL]
|/PROCESS [/ADDRESS=n|INDEX=n
|/IDENTIFICATION=n|process-name|ALL]]


Parameters

ALL

When used with /CPU, it requests information about all CPUs in the system. When used with /PROCESS, it requests information about all processes that exist in the system.

cpu-id

When used with /CPU, it gives the number of the CPU for which information is to be displayed. Use of the cpu-id parameter causes the CLUE CALL_FRAME command to perform an implicit SET CPU command, making the indicated CPU the current CPU for subsequent SDA commands.

process-name

When used with /PROCESS, it gives the name of the process for which information is to be displayed. Use of the process-name parameter, the /ADDRESS qualifier, the /INDEX qualifier, or the /IDENTIFICATION qualifier causes the CLUE CALL_FRAME command to perform an implicit SET PROCESS command, making the indicated process the current process for subsequent SDA commands. You can determine the names of the processes in the system by issuing a SHOW SUMMARY command.

The process-name can contain up to 15 letters and numerals, including the underscore (_) and dollar sign ($). If it contains any other characters, you must enclose the process-name in quotation marks (" ").


Qualifiers

/ADDRESS=n

Specifies the PCB address of the desired process when used with CLUE CALL_FRAME/PROCESS.

/CPU [cpu-id|ALL]

Indicates that the call frame for a CPU is required. The CPU should be specified by its number or using ALL to indicate all CPUs.

/IDENTIFICATION=n

Specifies the identification of the desired process when used with CLUE CALL_FRAME/PROCESS.

/INDEX=n

Specifies the index of the desired process when used with CLUE CALL_FRAME/PROCESS.

/PROCESS [process-name|ALL]

Indicates that the call frame for a process is required. The process should be specified with one of the qualifiers /ADDRESS, /IDENTIFICATION, or /INDEX; or by its name, or using ALL to indicate all processes.

Description

CLUE CALL_FRAME command displays call chain information for a process or a CPU. The process context calls work on both the running system and dumpfile; the CPU context calls only on dumpfiles.

Examples


      



CLUE CLEANUP

Performs housekeeping operations to conserve disk space.

Format

CLUE CLEANUP


Parameters

None.

Qualifiers

None.

Description

CLUE CLEANUP performs housekeeping operations to conserve disk space. To avoid filling up the system disk with listing files generated by CLUE, CLUE CLEANUP is run during system startup to check the overall disk space used by all CLUE$*.LIS files.

If the CLUE$COLLECT:CLUE$*.LIS files occupy more space than the logical CLUE$MAX_BLOCKS allows, then the oldest files are deleted until the threshold is reached. If this logical name is not defined, a default value of 5,000 disk blocks is assumed. A value of zero disables housekeeping and no check on the disk space is performed.


Example


SDA> CLUE CLEANUP
%CLUE-I-CLEANUP, housekeeping started...
%CLUE-I-MAXBLOCK, maximum blocks allowed 5000 blocks
%CLUE-I-STAT, total of 4 CLUE files, 192 blocks.
%CLUE-I-DEL, deleting DISK$X6AF_G5N:[SYSCOMMON.SYSERR]CLUE$_010193_0000.LIS;1 (78 blocks)
 
      

In this example, the CLUE CLEANUP command displays that the total number of blocks of disk space used by CLUE files does not exceed the maximum number of blocks allowed. No files are deleted.


CLUE CONFIG

Displays the system, memory, and device configurations.

Format

CLUE CONFIG


Parameters

None.

Qualifiers

None.

Description

CLUE CONFIG displays the system, memory, and device configurations.
Example

CLUE CRASH

Displays a crash dump summary.

Format

CLUE CRASH


Parameters

None.

Qualifiers

None.

Description

CLUE CRASH displays a crash dump summary, which includes the following items:

Example


SDA> CLUE CRASH
Crash Time:        30-AUG-1996 13:13:46.83 
Bugcheck Type:     SSRVEXCEPT, Unexpected system service exception 
Node:              SWPCTX  (Standalone) 
CPU Type:          DEC 3000 Model 400 
VMS Version:       X6AF-FT2 
Current Process:   SYSTEM 
Current Image:     $31$DKB0:[SYS0.][SYSMGR]X.EXE;1 
Failing PC:        00000000.00030078    SYS$K_VERSION_01+00078 
Failing PS:        00000000.00000003 
Module:            X 
Offset:            00030078 
 
Boot Time:         30-AUG-1996 09:06:22.00 
System Uptime:               0 04:07:24.83 
Crash/Primary CPU: 00/00 
System/CPU Type:   0402 
Saved Processes:   18 
Pagesize:          8 KByte (8192 bytes) 
Physical Memory:   64 MByte (8192 PFNs, contiguous memory) 
Dumpfile Pagelets: 98861 blocks 
Dump Flags:        olddump,writecomp,errlogcomp,dump_style 
Dump Type:         raw,selective 
EXE$GL_FLAGS:      poolpging,init,bugdump 
Paging Files:      1 Pagefile and 1 Swapfile installed 
 
Stack Pointers: 
KSP = 00000000.7FFA1C98   ESP = 00000000.7FFA6000   SSP = 00000000.7FFAC100 
USP = 00000000.7AFFBAD0 
 
General Registers: 
R0  = 00000000.00000000   R1  = 00000000.7FFA1EB8   R2  = FFFFFFFF.80D0E6C0 
R3  = FFFFFFFF.80C63460   R4  = FFFFFFFF.80D12740   R5  = 00000000.000000C8 
R6  = 00000000.00030038   R7  = 00000000.7FFA1FC0   R8  = 00000000.7FFAC208 
R9  = 00000000.7FFAC410   R10 = 00000000.7FFAD238   R11 = 00000000.7FFCE3E0 
R12 = 00000000.00000000   R13 = FFFFFFFF.80C6EB60   R14 = 00000000.00000000 
R15 = 00000000.009A79FD   R16 = 00000000.000003C4   R17 = 00000000.7FFA1D40 
R18 = FFFFFFFF.80C05C38   R19 = 00000000.00000000   R20 = 00000000.7FFA1F50 
R21 = 00000000.00000000   R22 = 00000000.00000001   R23 = 00000000.7FFF03C8 
R24 = 00000000.7FFF0040   AI  = 00000000.00000003   RA  = FFFFFFFF.82A21080 
PV  = FFFFFFFF.829CF010   R28 = FFFFFFFF.8004B6DC   FP  = 00000000.7FFA1CA0 
PC  = FFFFFFFF.82A210B4   PS  = 18000000.00000000 
 
Exception Frame: 
R2  = 00000000.00000003   R3  = FFFFFFFF.80C63460   R4  = FFFFFFFF.80D12740 
R5  = 00000000.000000C8   R6  = 00000000.00030038   R7  = 00000000.7FFA1FC0 
PC  = 00000000.00030078   PS  = 00000000.00000003 
 
Signal Array:                            64-bit Signal Array: 
Arg Count    = 00000005                  Arg Count      =          00000005 
Condition    = 0000000C                  Condition      = 00000000.0000000C 
Argument #2  = 00010000                  Argument #2    = 00000000.00010000 
Argument #3  = 00000000                  Argument #3    = 00000000.00000000 
Argument #4  = 00030078                  Argument #4    = 00000000.00030078 
Argument #5  = 00000003                  Argument #5    = 00000000.00000003 
 
Mechanism Array: 
Arguments    = 0000002C                  Establisher FP = 00000000.7AFFBAD0 
Flags        = 00000000                  Exception FP   = 00000000.7FFA1F00 
Depth        = FFFFFFFD                  Signal Array   = 00000000.7FFA1EB8 
Handler Data = 00000000.00000000         Signal64 Array = 00000000.7FFA1ED0 
R0  = 00000000.00020000   R1  = 00000000.00000000   R16 = 00000000.00020004 
R17 = 00000000.00010050   R18 = FFFFFFFF.FFFFFFFF   R19 = 00000000.00000000 
R20 = 00000000.7FFA1F50   R21 = 00000000.00000000   R22 = 00000000.00010050 
R23 = 00000000.00000000   R24 = 00000000.00010051   R25 = 00000000.00000000 
R26 = FFFFFFFF.8010ACA4   R27 = 00000000.00010050   R28 = 00000000.00000000 
 
System Registers: 
Page Table Base Register (PTBR)                           00000000.00001136 
Processor Base Register (PRBR)                            FFFFFFFF.80D0E000 
Privileged Context Block Base (PCBB)                      00000000.003FE080 
System Control Block Base (SCBB)                          00000000.000001DC 
Software Interrupt Summary Register (SISR)                00000000.00000000 
Address Space Number (ASN)                                00000000.0000002F 
AST Summary / AST Enable (ASTSR_ASTEN)                    00000000.0000000F 
Floating-Point Enable (FEN)                               00000000.00000000 
Interrupt Priority Level (IPL)                            00000000.00000000 
Machine Check Error Summary (MCES)                        00000000.00000000 
Virtual Page Table Base Register (VPTB)                   FFFFFFFC.00000000 
 
Failing Instruction: 
SYS$K_VERSION_01+00078:         LDL             R28,(R28) 
 
Instruction Stream (last 20 instructions): 
SYS$K_VERSION_01+00028:         LDQ             R16,#X0030(R13) 
SYS$K_VERSION_01+0002C:         LDQ             R27,#X0048(R13) 
SYS$K_VERSION_01+00030:         LDA             R17,(R28) 
SYS$K_VERSION_01+00034:         JSR             R26,(R26) 
SYS$K_VERSION_01+00038:         LDQ             R26,#X0038(R13) 
SYS$K_VERSION_01+0003C:         BIS             R31,SP,SP 
SYS$K_VERSION_01+00040:         BIS             R31,R26,R0 
SYS$K_VERSION_01+00044:         BIS             R31,FP,SP 
SYS$K_VERSION_01+00048:         LDQ             R28,#X0008(SP) 
SYS$K_VERSION_01+0004C:         LDQ             R13,#X0010(SP) 
SYS$K_VERSION_01+00050:         LDQ             FP,#X0018(SP) 
SYS$K_VERSION_01+00054:         LDA             SP,#X0020(SP) 
SYS$K_VERSION_01+00058:         RET             R31,(R28) 
SYS$K_VERSION_01+0005C:         BIS             R31,R31,R31 
SYS$K_VERSION_01+00060:         LDA             SP,#XFFE0(SP) 
SYS$K_VERSION_01+00064:         STQ             FP,#X0018(SP) 
SYS$K_VERSION_01+00068:         STQ             R27,(SP) 
SYS$K_VERSION_01+0006C:         BIS             R31,SP,FP 
SYS$K_VERSION_01+00070:         STQ             R26,#X0010(SP) 
SYS$K_VERSION_01+00074:         LDA             R28,(R31) 
SYS$K_VERSION_01+00078:         LDL             R28,(R28) 
SYS$K_VERSION_01+0007C:         BEQ             R28,#X000007 
SYS$K_VERSION_01+00080:         LDQ             R26,#XFFE8(R27) 
SYS$K_VERSION_01+00084:         BIS             R31,R26,R0 
SYS$K_VERSION_01+00088:         BIS             R31,FP,SP
 
      


CLUE ERRLOG

Extracts the error log buffers from the dump file and places them into the binary file called CLUE$ERRLOG.SYS.

Format

CLUE ERRLOG [/OLD]


Parameters

None.

Qualifier

/OLD

Dumps the errorlog buffers into a file using the old errorlog format. The default action, if /OLD is not specified, is to dump the errorlog buffers in the common event header format.

Description

CLUE ERRLOG extracts the error log buffers from the dump file and places them into the binary file called CLUE$ERRLOG.SYS.

These buffers contain messages not yet written to the error log file at the time of the failure. When you analyze a failure on the same system on which it occurred, you can run the Error Log utility on the actual error log file to see these error log messages. When analyzing a failure from another system, use the CLUE ERRLOG command to create a file containing the failing system's error log messages just prior to the failure. System failures are often triggered by hardware problems, so determining what, if any, hardware errors occurred prior to the failure can help you troubleshoot a failure.

You can define the logical CLUE$ERRLOG to any file specification if you want error log information written to a file other than CLUE$ERRLOG.SYS.

Note

You need at least DECevent V2.9 to analyze the new common event header (CEH) format file. The old format file can be analyzed by ANALYZE/ERROR or any version of DECevent.

Example


SDA> CLUE ERRLOG
 
Sequence  Date        Time
--------  ----------- -----------
     128  11-MAY-1994 00:39:31.30
     129  11-MAY-1994 00:39:32.12
     130  11-MAY-1994 00:39:44.83
     131  11-MAY-1994 00:44:38.97 * Crash Entry
      

The CLUE ERRLOG command diplays the sequence, date, and time of each error log buffer extracted from a dump file in the file CLUE$ERRLOG.SYS.


CLUE FRU

Outputs the Field Replacement Unit (FRU) table to a file for display by DECevent.

Format

CLUE FRU


Parameters

None.

Qualifiers

None.

Description

The FRU command extracts the FRU table into an output file (CLUE$FRU.SYS), which can then be displayed by DECevent. This command works on the running system, as well as on dumpfiles.


CLUE HISTORY

Updates history file and generates crash dump summary output.

Format

CLUE HISTORY [/qualifier]


Parameters

None.

Qualifier

/OVERRIDE

Allows execution of this command even if the dump file has already been analyzed (DMP$V_OLDDUMP bit set).

Description

This command updates the history file pointed to by the logical name CLUE$HISTORY with a one-line entry and the major crash dump summary information. If CLUE$HISTORY is not defined, a file CLUE$HISTORY.DAT in your default directory will be created.

In addition, a listing file with summary information about the system failure is created in the directory pointed to by CLUE$COLLECT. The file name is of the form CLUE$node_ddmmyy_hhmm.LIS where the timestamp (hhmm) corresponds to the system failure time and not the time when the file was created.

The listing file contains summary information collected from the following SDA commands:

Refer to the reference section for each of these commands to see examples of the displayed information.

The logical name CLUE$FLAG controls how much information is written to the listing file.

If this logical name is undefined, all bits are set by default internally and all information is written to the listing file. If the value is zero, no listing file is generated. The value has to be supplied in hexadecimal form (for example, DEFINE CLUE$FLAG 81 will include the crash dump summary and the XQP cache header information).

If the logical name CLUE$SITE_PROC points to a valid and existing file, it will be executed as part of the CLUE HISTORY command (for example, automatic saving of the dump file during system startup). If used, this file should contain only valid SDA commands.

Refer to Chapter 2, Section 2.2.3 for more information on site-specific command files.


CLUE MCHK

This command is obsolete.

Format

CLUE MCHK


Parameters

None.

Qualifiers

None.

Description

The CLUE MCHK command has been withdrawn. Issuing the command produces the following output, explaining the correct way to obtain MACHINECHECK information from a crash dump.

Please use the following commands in order to extract the errorlog buffers from the dump file header and analyze the machine check entry:


 
$ analyze/crash sys$system:sysdump.dmp 
SDA> clue errlog 
SDA> exit 
$ diagnose clue$errlog 


CLUE MEMORY

Displays memory- and pool-related information.

Format

CLUE MEMORY [/qualifier[,...]]


Parameters

None.

Qualifiers

/FILES

Displays information about page and swap file usage.

/FREE [/FULL]

Validates and displays dynamic nonpaged free packet list queue.

/GH [/FULL]

Displays information about the granularity hint regions.

/LAYOUT

Decodes and displays much of the system virtual address space layout.

/LOOKASIDE

Validates the lookaside list queue heads and counts the elements for each list.

/STATISTIC

Displays systemwide performance data such as page fault, I/O, pool, lock manager, MSCP, and file system cache.

Description

The CLUE MEMORY command displays memory- and pool-related information.

Examples

#1

SDA> CLUE MEMORY/FILES
Paging File Usage (blocks): 
--------------------------- 
Swapfile (Index  1)                      Device                    DKB0: 
   PFL Address      FFFFFFFF.80D74A80    UCB Address      FFFFFFFF.80D53940 
   Free Blocks                   4992    Reservable Blocks             4992 
   Total Size (blocks)          10112    Flags                       inited 
   Paging Usage (processes)         0    Swap Usage (processes)           5 
   Alloc Size SWPINC (pages)       64    Largest Chunk (pages)          184 
   Chunks GEQ SWPINC                3    Chunks LT SWPINC                 0 
 
Pagefile (Index  3)                      Device                    DKB0: 
   PFL Address      FFFFFFFF.80D74600    UCB Address      FFFFFFFF.80D53940 
   Free Blocks                 108208    Reservable Blocks            37808 
   Total Size (blocks)         139008    Flags                       inited 
   Paging Usage (processes)        21    Swap Usage (processes)           0 
   Alloc Size SWPINC (pages)       64    Largest Chunk (pages)         6576 
   Chunks GEQ SWPINC                2    Chunks LT SWPINC                 1 
 
 
   Summary:  1 Pagefile and 1 Swapfile installed
 
      

This example shows the display produced by the CLUE MEMORY/FILES command.

#2

SDA> CLUE MEMORY/FREE/FULL
Non-Paged Dynamic Storage Pool - Variable Free Packet Queue:
------------------------------------------------------------
CLASSDR  FFFFFFFF.80D157C0 :    64646464 64646464 00000040 80D164C0  ÀdÑ.@...dddddddd
CLASSDR  FFFFFFFF.80D164C0 :    64646464 64646464 00000080 80D17200  .rÑ.....dddddddd
CLASSDR  FFFFFFFF.80D17200 :    64646464 64646464 00000080 80D21AC0  À.Ò.....dddddddd
CLASSDR  FFFFFFFF.80D21AC0 :    64646464 64646464 00000080 80D228C0  À(Ò.....dddddddd
VCC      FFFFFFFF.80D228C0 :    801CA5E8 026F0040 00000040 80D23E40  @>Ò.@...@.o.è¥..
CLASSDR  FFFFFFFF.80D23E40 :    64646464 64646464 00000040 80D24040  @@Ò.@...dddddddd
CLASSDR  FFFFFFFF.80D24040 :    64646464 64646464 00000040 80D26FC0  ÀoÒ.@...dddddddd
CLASSDR  FFFFFFFF.80D26FC0 :    64646464 64646464 00000080 80D274C0  ÀtÒ.....dddddddd
CLASSDR  FFFFFFFF.80D274C0 :    64646464 64646464 00000040 80D2E200  .âÒ.@...dddddddd
CLASSDR  FFFFFFFF.80D2E200 :    64646464 64646464 00000080 80D2E440  @äÒ.....dddddddd
CLASSDR  FFFFFFFF.80D2E440 :    64646464 64646464 00000040 80D2F000  .Ò.@...dddddddd
CLASSDR  FFFFFFFF.80D2F000 :    64646464 64646464 00000080 80D2F400  .ôÒ.....dddddddd
   .
   .
   .
CLASSDR  FFFFFFFF.80E91D40 :    64646464 64646464 00000500 80E983C0  À.é.....dddddddd
CLASSDR  FFFFFFFF.80E983C0 :    64646464 64646464 00031C40 00000000  ....@...dddddddd
Free Packet Queue, Status: Valid, 174 elements
   Largest free chunk:        00031C40 (hex)    203840 (dec)  bytes
   Total free dynamic space:  0003D740 (hex)    251712 (dec)  bytes
 
      

The CLUE MEMORY/FREE/FULL command validates and displays dynamic nonpaged free packet list queue.

#3

SDA> CLUE MEMORY/GH/FULL
Granularity Hint Regions - Huge Pages: 
-------------------------------------- 
 
Execlet Code Region                                                 Pages/Slices 
   Base/End VA     FFFFFFFF.80000000 FFFFFFFF.80356000  Current Size  427/   427 
   Base/End PA     00000000.00400000 00000000.00756000  Free             /     0 
   Total Size      00000000.00356000            3.3 MB  In Use           /   427 
   Bitmap VA/Size  FFFFFFFF.80D17CC0 00000000.00000040  Initial Size  512/   512 
   Slice Size      00000000.00002000                    Released       85/    85 
   Next free Slice 00000000.000001AB 
 
   Image                                 Base               End          Length 
   SYS$PUBLIC_VECTORS             FFFFFFFF.80000000  FFFFFFFF.80001A00  00001A00 
   SYS$BASE_IMAGE                 FFFFFFFF.80002000  FFFFFFFF.8000D400  0000B400 
   SYS$CNBTDRIVER                 FFFFFFFF.8000E000  FFFFFFFF.8000F000  00001000 
   SYS$NISCA_BTDRIVER             FFFFFFFF.80010000  FFFFFFFF.8001FA00  0000FA00 
   SYS$ESBTDRIVER                 FFFFFFFF.80020000  FFFFFFFF.80022400  00002400 
   SYS$OPDRIVER                   FFFFFFFF.80024000  FFFFFFFF.80027C00  00003C00 
   SYSTEM_DEBUG                   FFFFFFFF.80028000  FFFFFFFF.80050200  00028200 
   SYSTEM_PRIMITIVES              FFFFFFFF.80052000  FFFFFFFF.80089000  00037000 
   SYSTEM_SYNCHRONIZATION         FFFFFFFF.8008A000  FFFFFFFF.80095400  0000B400 
   ERRORLOG                       FFFFFFFF.80096000  FFFFFFFF.80099200  00003200 
   SYS$CPU_ROUTINES_0402          FFFFFFFF.8009A000  FFFFFFFF.800A3A00  00009A00 
   EXCEPTION_MON                  FFFFFFFF.800A4000  FFFFFFFF.800BC800  00018800 
   IO_ROUTINES_MON                FFFFFFFF.800BE000  FFFFFFFF.800E2000  00024000 
   SYSDEVICE                      FFFFFFFF.800E2000  FFFFFFFF.800E5C00  00003C00 
   PROCESS_MANAGEMENT_MON         FFFFFFFF.800E6000  FFFFFFFF.8010B000  00025000 
   SYS$VM                         FFFFFFFF.8010C000  FFFFFFFF.80167200  0005B200 
   SHELL8K                        FFFFFFFF.80168000  FFFFFFFF.80169200  00001200 
   LOCKING                        FFFFFFFF.8016A000  FFFFFFFF.8017BE00  00011E00 
   MESSAGE_ROUTINES               FFFFFFFF.8017C000  FFFFFFFF.80182A00  00006A00 
   LOGICAL_NAMES                  FFFFFFFF.80184000  FFFFFFFF.80186C00  00002C00 
   F11BXQP                        FFFFFFFF.80188000  FFFFFFFF.80190400  00008400 
   SYSLICENSE                     FFFFFFFF.80192000  FFFFFFFF.80192400  00000400 
   IMAGE_MANAGEMENT               FFFFFFFF.80194000  FFFFFFFF.80197A00  00003A00 
   SECURITY                       FFFFFFFF.80198000  FFFFFFFF.801A0E00  00008E00 
   SYSGETSYI                      FFFFFFFF.801A2000  FFFFFFFF.801A3A00  00001A00 
   SYS$TRANSACTION_SERVICES       FFFFFFFF.801A4000  FFFFFFFF.801C5000  00021000 
   SYS$UTC_SERVICES               FFFFFFFF.801C6000  FFFFFFFF.801C7000  00001000 
   SYS$VCC_MON                    FFFFFFFF.801C8000  FFFFFFFF.801D4E00  0000CE00 
   SYS$IPC_SERVICES               FFFFFFFF.801D6000  FFFFFFFF.80214A00  0003EA00 
   SYSLDR_DYN                     FFFFFFFF.80216000  FFFFFFFF.80219200  00003200 
   SYS$MME_SERVICES               FFFFFFFF.8021A000  FFFFFFFF.8021B000  00001000 
   SYS$TTDRIVER                   FFFFFFFF.8021C000  FFFFFFFF.8022FE00  00013E00 
   SYS$PKCDRIVER                  FFFFFFFF.80230000  FFFFFFFF.80240400  00010400 
   SYS$DKDRIVER                   FFFFFFFF.80242000  FFFFFFFF.80251600  0000F600 
   RMS                            FFFFFFFF.80252000  FFFFFFFF.802C5E00  00073E00 
   SYS$GXADRIVER                  FFFFFFFF.802C6000  FFFFFFFF.802CE000  00008000 
   SYS$ECDRIVER                   FFFFFFFF.802CE000  FFFFFFFF.802D1000  00003000 
   SYS$LAN                        FFFFFFFF.802D2000  FFFFFFFF.802D8E00  00006E00 
   SYS$LAN_CSMACD                 FFFFFFFF.802DA000  FFFFFFFF.802E6600  0000C600 
   SYS$MKDRIVER                   FFFFFFFF.802E8000  FFFFFFFF.802F1C00  00009C00 
   SYS$YRDRIVER                   FFFFFFFF.802F2000  FFFFFFFF.802F9600  00007600 
   SYS$SODRIVER                   FFFFFFFF.802FA000  FFFFFFFF.802FF000  00005000 
   SYS$INDRIVER                   FFFFFFFF.80300000  FFFFFFFF.8030EA00  0000EA00 
   NETDRIVER                      FFFFFFFF.80310000  FFFFFFFF.80310200  00000200 
   NETDRIVER                      FFFFFFFF.80312000  FFFFFFFF.80329E00  00017E00 
   SYS$IMDRIVER                   FFFFFFFF.8032A000  FFFFFFFF.8032EA00  00004A00 
   SYS$IKDRIVER                   FFFFFFFF.80330000  FFFFFFFF.8033AC00  0000AC00 
   NDDRIVER                       FFFFFFFF.8033C000  FFFFFFFF.8033F800  00003800 
   SYS$WSDRIVER                   FFFFFFFF.80340000  FFFFFFFF.80341600  00001600 
   SYS$CTDRIVER                   FFFFFFFF.80342000  FFFFFFFF.8034D200  0000B200 
   SYS$RTTDRIVER                  FFFFFFFF.8034E000  FFFFFFFF.80351800  00003800 
   SYS$FTDRIVER                   FFFFFFFF.80352000  FFFFFFFF.80354200  00002200 
 
Execlet Data Region                                                 Pages/Slices 
   Base/End VA     FFFFFFFF.80C00000 FFFFFFFF.80CC0000  Current Size   96/  1536 
   Base/End PA     00000000.00800000 00000000.008C0000  Free             /    11 
   Total Size      00000000.000C0000            0.7 MB  In Use           /  1525 
   Bitmap VA/Size  FFFFFFFF.80D17D00 00000000.00000100  Initial Size  128/  2048 
   Slice Size      00000000.00000200                    Released       32/   512 
   Next free Slice 00000000.000005F5 
 
   Image                                 Base               End          Length 
   SYS$PUBLIC_VECTORS             FFFFFFFF.80C00000  FFFFFFFF.80C05000  00005000 
   SYS$BASE_IMAGE                 FFFFFFFF.80C05000  FFFFFFFF.80C25E00  00020E00 
   SYS$CNBTDRIVER                 FFFFFFFF.80C25E00  FFFFFFFF.80C26200  00000400 
   SYS$NISCA_BTDRIVER             FFFFFFFF.80C26200  FFFFFFFF.80C29400  00003200 
   SYS$ESBTDRIVER                 FFFFFFFF.80C29400  FFFFFFFF.80C29800  00000400 
   SYS$OPDRIVER                   FFFFFFFF.80C29800  FFFFFFFF.80C2A200  00000A00 
   SYSTEM_DEBUG                   FFFFFFFF.80C2A200  FFFFFFFF.80C4E400  00024200 
   SYSTEM_PRIMITIVES              FFFFFFFF.80C4E400  FFFFFFFF.80C58200  00009E00 
   SYSTEM_SYNCHRONIZATION         FFFFFFFF.80C58200  FFFFFFFF.80C5A000  00001E00 
   ERRORLOG                       FFFFFFFF.80C5A000  FFFFFFFF.80C5A600  00000600 
   SYS$CPU_ROUTINES_0402          FFFFFFFF.80C5A600  FFFFFFFF.80C5CA00  00002400 
   EXCEPTION_MON                  FFFFFFFF.80C5CA00  FFFFFFFF.80C64C00  00008200 
   IO_ROUTINES_MON                FFFFFFFF.80C64C00  FFFFFFFF.80C6AA00  00005E00 
   SYSDEVICE                      FFFFFFFF.80C6AA00  FFFFFFFF.80C6B600  00000C00 
   PROCESS_MANAGEMENT_MON         FFFFFFFF.80C6B600  FFFFFFFF.80C72600  00007000 
   SYS$VM                         FFFFFFFF.80C72600  FFFFFFFF.80C79000  00006A00 
   SHELL8K                        FFFFFFFF.80C79000  FFFFFFFF.80C7A000  00001000 
   LOCKING                        FFFFFFFF.80C7A000  FFFFFFFF.80C7BA00  00001A00 
   MESSAGE_ROUTINES               FFFFFFFF.80C7BA00  FFFFFFFF.80C7D000  00001600 
   LOGICAL_NAMES                  FFFFFFFF.80C7D000  FFFFFFFF.80C7E200  00001200 
   F11BXQP                        FFFFFFFF.80C7E200  FFFFFFFF.80C7FA00  00001800 
   SYSLICENSE                     FFFFFFFF.80C7FA00  FFFFFFFF.80C7FE00  00000400 
   IMAGE_MANAGEMENT               FFFFFFFF.80C7FE00  FFFFFFFF.80C80600  00000800 
   SECURITY                       FFFFFFFF.80C80600  FFFFFFFF.80C83000  00002A00 
   SYSGETSYI                      FFFFFFFF.80C83000  FFFFFFFF.80C83200  00000200 
   SYS$TRANSACTION_SERVICES       FFFFFFFF.80C83200  FFFFFFFF.80C89E00  00006C00 
   SYS$UTC_SERVICES               FFFFFFFF.80C89E00  FFFFFFFF.80C8A200  00000400 
   SYS$VCC_MON                    FFFFFFFF.80C8A200  FFFFFFFF.80C8BC00  00001A00 
   SYS$IPC_SERVICES               FFFFFFFF.80C8BC00  FFFFFFFF.80C91000  00005400 
   SYSLDR_DYN                     FFFFFFFF.80C91000  FFFFFFFF.80C92200  00001200 
   SYS$MME_SERVICES               FFFFFFFF.80C92200  FFFFFFFF.80C92600  00000400 
   SYS$TTDRIVER                   FFFFFFFF.80C92600  FFFFFFFF.80C94C00  00002600 
   SYS$PKCDRIVER                  FFFFFFFF.80C94C00  FFFFFFFF.80C96A00  00001E00 
   SYS$DKDRIVER                   FFFFFFFF.80C96A00  FFFFFFFF.80C99800  00002E00 
   RMS                            FFFFFFFF.80C99800  FFFFFFFF.80CAAC00  00011400 
   RECOVERY_UNIT_SERVICES         FFFFFFFF.80CAAC00  FFFFFFFF.80CAB000  00000400 
   SYS$GXADRIVER                  FFFFFFFF.80CAB000  FFFFFFFF.80CAF000  00004000 
   SYS$ECDRIVER                   FFFFFFFF.80CAF000  FFFFFFFF.80CAFC00  00000C00 
   SYS$LAN                        FFFFFFFF.80CAFC00  FFFFFFFF.80CB0800  00000C00 
   SYS$LAN_CSMACD                 FFFFFFFF.80CB0800  FFFFFFFF.80CB1800  00001000 
   SYS$MKDRIVER                   FFFFFFFF.80CB1800  FFFFFFFF.80CB3000  00001800 
   SYS$YRDRIVER                   FFFFFFFF.80CB3000  FFFFFFFF.80CB3C00  00000C00 
   SYS$SODRIVER                   FFFFFFFF.80CB3C00  FFFFFFFF.80CB4E00  00001200 
   SYS$INDRIVER                   FFFFFFFF.80CB4E00  FFFFFFFF.80CB5E00  00001000 
   NETDRIVER                      FFFFFFFF.80CB5E00  FFFFFFFF.80CB8800  00002A00 
   SYS$IMDRIVER                   FFFFFFFF.80CB8800  FFFFFFFF.80CB9400  00000C00 
   SYS$IKDRIVER                   FFFFFFFF.80CB9400  FFFFFFFF.80CBAA00  00001600 
   NDDRIVER                       FFFFFFFF.80CBAA00  FFFFFFFF.80CBB400  00000A00 
   SYS$WSDRIVER                   FFFFFFFF.80CBB400  FFFFFFFF.80CBBC00  00000800 
   SYS$CTDRIVER                   FFFFFFFF.80CBBC00  FFFFFFFF.80CBD800  00001C00 
   SYS$RTTDRIVER                  FFFFFFFF.80CBD800  FFFFFFFF.80CBE200  00000A00 
   SYS$FTDRIVER                   FFFFFFFF.80CBE200  FFFFFFFF.80CBEA00  00000800 
   11 free Slices                 FFFFFFFF.80CBEA00  FFFFFFFF.80CC0000  00001600 
 
S0/S1 Executive Data Region                                         Pages/Slices 
   Base/End VA     FFFFFFFF.80D00000 FFFFFFFF.80ECA000  Current Size  229/   229 
   Base/End PA     00000000.00900000 00000000.00ACA000  Free             /     0 
   Total Size      00000000.001CA000            1.7 MB  In Use           /   229 
   Bitmap VA/Size  FFFFFFFF.80D17E00 00000000.00000020  Initial Size  229/   229 
   Slice Size      00000000.00002000                    Released        0/     0 
   Next free Slice 00000000.00000007 
 
   Item                                  Base               End          Length 
   System Header                  FFFFFFFF.80D00000  FFFFFFFF.80D0A000  0000A000 
   Error Log Allocation Buffers   FFFFFFFF.80D0A000  FFFFFFFF.80D0C000  00002000 
   Nonpaged Pool (initial size)   FFFFFFFF.80D0E000  FFFFFFFF.80ECA000  001BC000 
 
Resident Image Code Region                                          Pages/Slices 
   Base/End VA     FFFFFFFF.80400000 FFFFFFFF.80C00000  Current Size 1024/  1024 
   Base/End PA     00000000.00C00000 00000000.01400000  Free             /   223 
   Total Size      00000000.00800000            8.0 MB  In Use           /   801 
   Bitmap VA/Size  FFFFFFFF.80D17E20 00000000.00000080  Initial Size 1024/  1024 
   Slice Size      00000000.00002000                    Released        0/     0 
   Next free Slice 00000000.00000321 
 
   Image                                 Base               End          Length 
   LIBRTL                         FFFFFFFF.80400000  FFFFFFFF.8049EA00  0009EA00 
   LIBOTS                         FFFFFFFF.804A0000  FFFFFFFF.804AEC00  0000EC00 
   CMA$TIS_SHR                    FFFFFFFF.804B0000  FFFFFFFF.804B2600  00002600 
   DPML$SHR                       FFFFFFFF.804B4000  FFFFFFFF.8050B600  00057600 
   DECC$SHR                       FFFFFFFF.8050C000  FFFFFFFF.80657000  0014B000 
   SECURESHRP                     FFFFFFFF.80658000  FFFFFFFF.80676000  0001E000 
   SECURESHR                      FFFFFFFF.80676000  FFFFFFFF.8068C000  00016000 
   SECURESHR                      FFFFFFFF.8068C000  FFFFFFFF.8068C200  00000200 
   LBRSHR                         FFFFFFFF.8068E000  FFFFFFFF.806A3E00  00015E00 
   DECW$TRANSPORT_COMMON          FFFFFFFF.806A4000  FFFFFFFF.806B0C00  0000CC00 
   CDE$UNIX_ROUTINES              FFFFFFFF.806B2000  FFFFFFFF.806C1E00  0000FE00 
   DECW$XLIBSHR                   FFFFFFFF.806C2000  FFFFFFFF.80781C00  000BFC00 
   DECW$XTLIBSHRR5                FFFFFFFF.80782000  FFFFFFFF.807C7600  00045600 
   DECW$XMLIBSHR12                FFFFFFFF.807C8000  FFFFFFFF.8096AE00  001A2E00 
   DECW$MRMLIBSHR12               FFFFFFFF.8096C000  FFFFFFFF.80994200  00028200 
   DECW$DXMLIBSHR12               FFFFFFFF.80996000  FFFFFFFF.80A40400  000AA400 
   223 free Slices                FFFFFFFF.80A42000  FFFFFFFF.80C00000  001BE000 
 
S2 Executive Data Region                                            Pages/Slices 
   Base/End VA     FFFFFFFE.00000000 FFFFFFFE.00050000  Current Size   40/     8 
   Base/End PA     00000000.00350000 00000000.003A0000  Free             /     0 
   Total Size      00000000.00050000            0.3 MB  In Use           /     8 
   Bitmap VA/Size  FFFFFFFF.80D17EA0 00000000.00000008  Initial Size   40/     8 
   Slice Size      00000000.0000A000                    Released        0/     0 
   Next free Slice 00000000.00000008 
 
   Item                                  Base               End          Length 
   PFN Database                   FFFFFFFE.00000000  FFFFFFFE.00050000  00050000
 
      


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