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HP OpenVMS systems documentation |
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| Previous | Contents | Index |
The CLUE MEMORY/GH/FULL command displays data structures that describe granularity hint regions and huge pages.
| #4 |
|---|
SDA> CLUE MEMORY/LAYOUT
System Virtual Address Space Layout:
------------------------------------
Item Base End Length
System Virtual Base Address FFFFFEFE.00000000
PFN Database FFFFFEFE.00000000 FFFFFEFE.00280000 00280000
Permanent Mapping of System L1PT FFFFFEFE.00280000 FFFFFEFE.00282000 00002000
Global Page Table (GPT) FFFFFEFE.00282000 FFFFFEFE.0089CD38 0061AD38
Resource Hash Table FFFFFFFF.6FC1A000 FFFFFFFF.6FC22000 00008000
Lock ID Table FFFFFFFF.6FC22000 FFFFFFFF.70000000 003DE000
Execlet Code Region FFFFFFFF.80000000 FFFFFFFF.80800000 00800000
Resident Image Code Region FFFFFFFF.80800000 FFFFFFFF.81000000 00800000
System Header FFFFFFFF.81400000 FFFFFFFF.8140E000 0000E000
Error Log Allocation Buffers FFFFFFFF.8140E000 FFFFFFFF.81414000 00006000
Nonpaged Pool (initial size) FFFFFFFF.81414000 FFFFFFFF.817C8000 003B4000
Nonpaged Pool Expansion Area FFFFFFFF.817C8000 FFFFFFFF.82664000 00E9C000
Execlet Data Region FFFFFFFF.81000000 FFFFFFFF.81400000 00400000
Fork Buffers Secondary to Primary FFFFFFFF.8268C000 FFFFFFFF.8268E000 00002000
Erase Pattern Buffer Page FFFFFFFF.8268E000 FFFFFFFF.82690000 00002000
363 Balance Slots, 33 pages each FFFFFFFF.826A0000 FFFFFFFF.88436000 05D96000
Paged Pool FFFFFFFF.88436000 FFFFFFFF.887E4000 003AE000
System Control Block (SCB) FFFFFFFF.887E4000 FFFFFFFF.887EC000 00008000
Restart Parameter Block (HWRPB) FFFFFFFF.88832000 FFFFFFFF.88832B48 00000B48
Erase Pattern Page Table Page FFFFFFFF.82690000 FFFFFFFF.82692000 00002000
Posix Cloning Parent Page Mapping FFFFFFFF.88B1E000 FFFFFFFF.88B20000 00002000
Posix Cloning Child Page Mapping FFFFFFFF.88B20000 FFFFFFFF.88B22000 00002000
Swapper Process Kernel Stack FFFFFFFF.88B56000 FFFFFFFF.88B5A000 00004000
Swapper Map FFFFFFFF.88B60000 FFFFFFFF.88B82000 00022000
Idle Loop's Mapping of Zero Pages FFFFFFFF.88C5E000 FFFFFFFF.88C60000 00002000
PrimCPU Machine Check Logout Area FFFFFFFF.88C60400 FFFFFFFF.88C60800 00000400
PrimCPU Sys Context Kernel Stack FFFFFFFF.88C58000 FFFFFFFF.88C5C000 00004000
Tape Mount Verification Buffer FFFFFFFF.88C62000 FFFFFFFF.88C66000 00004000
Mount Verification Buffer FFFFFFFF.88C66000 FFFFFFFF.88C68000 00002000
Demand Zero Optimization Page FFFFFFFF.88E68000 FFFFFFFF.88E6A000 00002000
Executive Mode Data Page FFFFFFFF.88E6A000 FFFFFFFF.88E6C000 00002000
System Space Expansion Region FFFFFFFF.8C000000 FFFFFFFF.FFDF0000 73DF0000
System Page Table Window FFFFFFFF.FFDF0000 FFFFFFFF.FFFF0000 00200000
N/A Space FFFFFFFF.FFFF0000 FFFFFFFF.FFFFFFFF 00010000
|
The CLUE MEMORY/LAYOUT command decodes and displays the sytem virtual address space layout.
| #5 |
|---|
SDA> CLUE MEMORY/LOOKASIDE
Non-Paged Dynamic Storage Pool - Lookaside List Queue Information:
------------------------------------------------------------------
Listhead Addr: FFFFFFFF.80C50400 Size: 64 Status: Valid, 11 elements
Listhead Addr: FFFFFFFF.80C50408 Size: 128 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50410 Size: 192 Status: Valid, 29 elements
Listhead Addr: FFFFFFFF.80C50418 Size: 256 Status: Valid, 3 elements
Listhead Addr: FFFFFFFF.80C50420 Size: 320 Status: Valid, 7 elements
Listhead Addr: FFFFFFFF.80C50428 Size: 384 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50430 Size: 448 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50438 Size: 512 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50440 Size: 576 Status: Valid, 6 elements
Listhead Addr: FFFFFFFF.80C50448 Size: 640 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50450 Size: 704 Status: Valid, 5 elements
Listhead Addr: FFFFFFFF.80C50458 Size: 768 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50460 Size: 832 Status: Valid, empty
Listhead Addr: FFFFFFFF.80C50468 Size: 896 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50470 Size: 960 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50478 Size: 1024 Status: Valid, 6 elements
Listhead Addr: FFFFFFFF.80C50480 Size: 1088 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50488 Size: 1152 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50490 Size: 1216 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50498 Size: 1280 Status: Valid, 2 elements
Listhead Addr: FFFFFFFF.80C504A0 Size: 1344 Status: Valid, 2 elements
Listhead Addr: FFFFFFFF.80C504A8 Size: 1408 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C504B0 Size: 1472 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C504B8 Size: 1536 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C504C0 Size: 1600 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C504C8 Size: 1664 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C504D0 Size: 1728 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C504D8 Size: 1792 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C504E0 Size: 1856 Status: Valid, empty
Listhead Addr: FFFFFFFF.80C504E8 Size: 1920 Status: Valid, empty
Listhead Addr: FFFFFFFF.80C504F0 Size: 1984 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C504F8 Size: 2048 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50500 Size: 2112 Status: Valid, 1 element
Listhead Addr: FFFFFFFF.80C50508 Size: 2176 Status: Valid, 15 elements
Listhead Addr: FFFFFFFF.80C50510 Size: 2240 Status: Valid, empty
Listhead Addr: FFFFFFFF.80C50518 Size: 2304 Status: Valid, 1 element
.
.
.
Total free space: 00016440 (hex) 91200 (dec) bytes
|
The CLUE MEMORY/LOOKASIDE command summarizes the state of nonpageable lookaside lists. For each list, an indication of whether the queue is well formed is given. If a queue is not well formed or is invalid, messages indicating what is wrong with the queue are displayed. This command is analogous to the SDA command VALIDATE QUEUE.
These messages can also appear frequently when you use the VALIDATE QUEUE command within an SDA session that is analyzing a running system. In a running system, the composition of a queue can change while the command is tracing its links, thus producing an error message.
| #6 |
|---|
SDA> CLUE MEMORY/STATISTIC
Memory Management Statistics:
-----------------------------
Pagefaults: Non-Paged Pool:
Total Page Faults 1060897 Successful Expansions 32
Total Page Reads 393414 Unsuccessful Expansions 0
I/O's to read Pages 163341 Failed Pages Accumulator 0
Modified Pages Written 121 Total Alloc Requests 55596
I/O's to write Mod Pages 19 Failed Alloc Requests 0
Demand Zero Faults 281519
Global Valid Faults 378701 Paged Pool:
Modified Faults 236189 Total Failures 0
Read Faults 0 Failed Pages Accumulator 0
Execute Faults 28647 Total Alloc Requests 10229
Failed Alloc Requests 0
Direct I/O 591365 Cur Mapped Gbl Sections 653
Buffered I/O 589652 Max Mapped Gbl Sections 654
Split I/O 213 Cur Mapped Gbl Pages 12193
Hits 83523 Max Mapped Gbl Pages 12196
Logical Name Transl 1805476 Maximum Processes 46
Dead Page Table Scans 0 Sched Zero Pages Created 0
Distributed Lock Manager: Local Incoming Outgoing
$ENQ New Lock Requests 674059 0 0
$ENQ Conversion Requests 497982 0 0
$DEQ Dequeue Requests 671626 0 0
Blocking ASTs 26 0 0
Directory Functions 0 0
Deadlock Messages 0 0
$ENQ Requests that Wait 822 Deadlock Searches Performed 0
$ENQ Requests not Queued 3 Deadlocks Found 0
MSCP Statistics: Total IOs 0
Count of VC Failures 0 Split IOs 0
Count of Hosts Served 0 IOs that had to Wait (Buf) 0
Count of Disks Served 10 Requests in MemWait Queue 0
MSCP_BUFFER (SYSGEN) 128 Max Req ever in MemWait 0
MSCP_CREDITS (SYSGEN) 8
File System Cache: Current SYSGEN Param Hits Misses Hitrate
File Header Cache (ACP_HDRCACHE = 726) 196207 1214 99.3%
Storage Bitmap Cache (ACP_MAPCACHE = 181) 38 9 80.8%
Directory Data Cache (ACP_DIRCACHE = 726) 153415 199 99.8%
Directory LRU (ACP_DINDXCACHE= 181) 138543 106 99.9%
FID Cache (ACP_FIDCACHE = 64) 119 6 95.2%
Extent Cache (ACP_EXTCACHE = 64) 229 9 96.2%
Quota Cache (ACP_QUOCACHE = 365) 0 0 0.0%
Volume Synch Locks 958 Window Turns 1464
Volume Synch Locks Wait 0 Currently Open Files 630
Dir/File Synch Locks 432071 Total Count of OPENs 52903
Dir/file Synch Locks Wait 746 Total Count of ERASE QIOs 186
Access Locks 151648
Free Space Cache Wait 12608
Global Pagefile Quota 785957 GBLPAGFIL (SYSGEN) Limit 786688
|
The CLUE MEMORY/STATISTIC command displays systemwide performance data such as page fault, I/O, pool, lock manager, MSCP, and file system cache statistics.
Displays process-related information from the current process context.
CLUE PROCESS [/qualifier[,...]]
None.
/BUFFER [/ALL]
Displays the buffer objects for the current process. If the /ALL qualifier is specified, then the buffer objects for all processes (that is, all existing buffer objects) are displayed./LAYOUT
Displays the process P1 virtual address space layout./LOGICAL
Displays the process logical names and equivalence names, if they can be accessed./RECALL
Displays the DCL recall buffer, if it can be accessed.
The CLUE PROCESS command displays process-related information from the current process context. Much of this information is in pageable address space and thus may not be present in a dump file.
| #1 |
|---|
SDA> CLUE PROCESS/LOGICAL
Process Logical Names:
----------------------
"SYS$OUTPUT" = "_CLAWS$LTA5004:"
"SYS$OUTPUT" = "_CLAWS$LTA5004:"
"SYS$DISK" = "WORK1:"
"BACKUP_FILE" = "_$65$DUA6"
"SYS$PUTMSG" = "...À...À.."
"SYS$COMMAND" = "_CLAWS$LTA5004:"
"TAPE_LOGICAL_NAME" = "_$1$MUA3:"
"TT" = "LTA5004:"
"SYS$INPUT" = "_$65$DUA6:"
"SYS$INPUT" = "_CLAWS$LTA5004:"
"SYS$ERROR" = "21C00303.LOG"
"SYS$ERROR" = "_CLAWS$LTA5004:"
"ERROR_FILE" = "_$65$DUA6"
|
The CLUE PROCESS/LOGICAL command displays logical names for each running process.
| #2 |
|---|
SDA> CLUE PROCESS/RECALL
Process DCL Recall Buffer:
--------------------------
Index Command
1 ana/sys
2 @login
3 mc sysman io auto /log
4 show device d
5 sea <.x>*.lis clue$
6 tpu <.x>*0914.lis
7 sh log *hsj*
8 xd <.x>.lis
9 mc ess$ladcp show serv
10 tpu clue_cmd.cld
11 ana/sys
|
The CLUE PROCESS/RECALL command displays a listing of the DCL commands that have been executed most recently.
Displays the active register set for the crash CPU. The CLUE REGISTER command is valid only when analyzing crash dumps.
CLUE REGISTER
None.
None.
The CLUE REGISTER command displays the active register set of the crash CPU. It also identifies any known data structures, symbolizes any system virtual addresses, interprets the processor status (PS), and attempts to interpret R0 as a condition code.
SDA> CLUE REGISTER
Current Registers: Process index: 0042 Process name: BATCH_3 PCB: 817660C0 (CPU 1)
------------------------------------------------------------------------------------------
R0 = 00000000.00000000
R1 = FFFFFFFF.814A2C80 MP_CPU (CPU Id 1)
R2 = 00000000.00000000
R3 = 00000000.23D6BBEE
R4 = 00000000.00000064
R5 = FFFFFFFF.831F8000 PHD
R6 = 00000000.12F75475
R7 = 00000000.010C7A70
R8 = 00000000.00000001
R9 = 00000000.00000000
R10 = 00000000.00000000
R11 = FFFFFFFF.814A2C80 MP_CPU (CPU Id 1)
R12 = FFFFFFFF.810AA5E0 SYSTEM_SYNCHRONIZATION+293E0
R13 = FFFFFFFF.810AC408 SMP$TIMEOUT
R14 = FFFFFFFF.810AED00 SMP$GL_SCHED
R15 = 00000000.7FFA1DD8
R16 = 00000000.0000078C
R17 = 00000000.00000000
R18 = FFFFFFFF.810356C0 SYS$CPU_ROUTINES_2208+1D6C0
R19 = FFFFFFFF.81006000 EXE$GR_SYSTEM_DATA_CELLS
R20 = FFFFFFFF.80120F00 SCH$QEND_C+00080
R21 = 00000000.00000000
R22 = FFFFFFFF.00000000
R23 = 00000000.00000000
R24 = 00000000.00000000
AI = FFFFFFFF.81006000 EXE$GR_SYSTEM_DATA_CELLS
RA = 00000000.00000000
PV = 00000000.00000000
R28 = FFFFFFFF.810194A0 EXE$GL_TIME_CONTROL
FP = 00000000.7FFA1F90
PC = FFFFFFFF.800863A8 SMP$TIMEOUT_C+00068
PS = 18000000.00000804 Kernel Mode, IPL 8, Interrupt
|
Displays the scatter-gather map.
CLUE SG [/CRAB=address]
None.
/CRAB=address
Displays the ringbuffer for the specified Counted Resource Allocation Block (CRAB). The default action is to display the ringbuffer for all CRABs.
CLUE SG decodes and displays the scatter/gather ringbuffer entries.
In this example, the scatter-gather ring buffer for the CRAB at address 81224740 is displayed.
In this example, the scatter-gather ring buffer for the CRAB address 8120D600 is displayed.
On Alpha, CLUE STACK identifies and displays the current stack. On I64, CLUE STACK only identifies the current stack without displaying it. Use the SDA command SHOW STACK on both Alpha and I64 to display and decode the whole stack for the more common bugcheck types.
CLUE STACK
None.
None.
The CLUE STACK command identifies and displays the current stack together with the upper and lower stack limits. In case of a FATALEXCPT, INVEXCEPTN, SSRVEXCEPT, UNXSIGNAL, or PGFIPLHI bugcheck, CLUE STACK tries to decode the whole stack.
SDA> CLUE STACK
Stack Decoder:
--------------
Normal Process Kernel Stack:
Stack Pointer 00000000.7FFA1C98
Stack Limits (low) 00000000.7FFA0000
(high) 00000000.7FFA2000
SSRVEXCEPT Stack:
-----------------
Stack Pointer SP => 00000000.7FFA1C98
Information saved by Bugcheck:
a(Signal Array) 00000000.7FFA1C98 00000000.00000000
EXE$EXCPTN[E] Temporary Storage:
EXE$EXCPTN[E] Stack Frame:
PV 00000000.7FFA1CA0 FFFFFFFF.829CF010 EXE$EXCPTN
Entry Point FFFFFFFF.82A21000 EXE$EXCPTN_C
return PC 00000000.7FFA1CA8 FFFFFFFF.82A2059C SYS$CALL_HANDL_C+0002C
saved R2 00000000.7FFA1CB0 00000000.00000000
saved FP 00000000.7FFA1CB8 00000000.7FFA1CD0
SYS$CALL_HANDL Temporary Storage:
00000000.7FFA1CC0 FFFFFFFF.829CEDA8 SYS$CALL_HANDL
00000000.7FFA1CC8 00000000.00000000
SYS$CALL_HANDL Stack Frame:
PV 00000000.7FFA1CD0 FFFFFFFF.829CEDA8 SYS$CALL_HANDL
Entry Point FFFFFFFF.82A20570 SYS$CALL_HANDL_C
00000000.7FFA1CD8 00000000.00000000
return PC 00000000.7FFA1CE0 FFFFFFFF.82A1E930 CHF_REI+000DC
saved FP 00000000.7FFA1CE8 00000000.7FFA1F40
Fixed Exception Context Area:
Linkage Pointer 00000000.7FFA1CF0 FFFFFFFF.80C63780 EXCEPTION_MON_NPRW+06D80
a(Signal Array) 00000000.7FFA1CF8 00000000.7FFA1EB8
a(Mechanism Array) 00000000.7FFA1D00 00000000.7FFA1D40
a(Exception Frame) 00000000.7FFA1D08 00000000.7FFA1F00
Exception FP 00000000.7FFA1D10 00000000.7FFA1F40
Unwind SP 00000000.7FFA1D18 00000000.00000000
Reinvokable FP 00000000.7FFA1D20 00000000.00000000
Unwind Target 00000000.7FFA1D28 00000000.00020000 SYS$K_VERSION_04
#Sig Args/Byte Cnt 00000000.7FFA1D30 00000005.00000250 BUG$_NETRCVPKT
a(Msg)/Final Status 00000000.7FFA1D38 829CE050.000008F8 BUG$_SEQ_NUM_OVF
Mechanism Array:
Flags/Arguments 00000000.7FFA1D40 00000000.0000002C
a(Establisher FP) 00000000.7FFA1D48 00000000.7AFFBAD0
reserved/Depth 00000000.7FFA1D50 FFFFFFFF.FFFFFFFD
a(Handler Data) 00000000.7FFA1D58 00000000.00000000
a(Exception Frame) 00000000.7FFA1D60 00000000.7FFA1F00
a(Signal Array) 00000000.7FFA1D68 00000000.7FFA1EB8
saved R0 00000000.7FFA1D70 00000000.00020000 SYS$K_VERSION_04
saved R1 00000000.7FFA1D78 00000000.00000000
saved R16 00000000.7FFA1D80 00000000.00020004 UCB$M_NI_PRM_MLT+00004
saved R17 00000000.7FFA1D88 00000000.00010050 SYS$K_VERSION_16+00010
saved R18 00000000.7FFA1D90 FFFFFFFF.FFFFFFFF
saved R19 00000000.7FFA1D98 00000000.00000000
saved R20 00000000.7FFA1DA0 00000000.7FFA1F50
saved R21 00000000.7FFA1DA8 00000000.00000000
saved R22 00000000.7FFA1DB0 00000000.00010050 SYS$K_VERSION_16+00010
saved R23 00000000.7FFA1DB8 00000000.00000000
saved R24 00000000.7FFA1DC0 00000000.00010051 SYS$K_VERSION_16+00011
saved R25 00000000.7FFA1DC8 00000000.00000000
saved R26 00000000.7FFA1DD0 FFFFFFFF.8010ACA4 AMAC$EMUL_CALL_NATIVE_C+000A4
saved R27 00000000.7FFA1DD8 00000000.00010050 SYS$K_VERSION_16+00010
saved R28 00000000.7FFA1DE0 00000000.00000000
FP Regs not valid [...............]
a(Signal64 Array) 00000000.7FFA1EA0 00000000.7FFA1ED0
SP Align = 10(hex) [...............]
Signal Array:
Arguments 00000000.7FFA1EB8 00000005
Condition 00000000.7FFA1EBC 0000000C
Argument #2 00000000.7FFA1EC0 00010000 LDRIMG$M_NPAGED_LOAD
Argument #3 00000000.7FFA1EC4 00000000
Argument #4 00000000.7FFA1EC8 00030078 SYS$K_VERSION_01+00078
Argument #5 00000000.7FFA1ECC 00000003
64-bit Signal Array:
Arguments 00000000.7FFA1ED0 00002604.00000005
Condition 00000000.7FFA1ED8 00000000.0000000C
Argument #2 00000000.7FFA1EE0 00000000.00010000 LDRIMG$M_NPAGED_LOAD
Argument #3 00000000.7FFA1EE8 00000000.00000000
Argument #4 00000000.7FFA1EF0 00000000.00030078 SYS$K_VERSION_01+00078
Argument #5 00000000.7FFA1EF8 00000000.00000003
Interrupt/Exception Frame:
saved R2 00000000.7FFA1F00 00000000.00000003
saved R3 00000000.7FFA1F08 FFFFFFFF.80C63460 EXCEPTION_MON_NPRW+06A60
saved R4 00000000.7FFA1F10 FFFFFFFF.80D12740 PCB
saved R5 00000000.7FFA1F18 00000000.000000C8
saved R6 00000000.7FFA1F20 00000000.00030038 SYS$K_VERSION_01+00038
saved R7 00000000.7FFA1F28 00000000.7FFA1FC0
saved PC 00000000.7FFA1F30 00000000.00030078 SYS$K_VERSION_01+00078
saved PS 00000000.7FFA1F38 00000000.00000003 IPL INT CURR PREV
SP Align = 00(hex) [...............] 00 0 Kern User
Stack Frame:
PV 00000000.7FFA1F40 00000000.00010050 SYS$K_VERSION_16+00010
Entry Point 00000000.00030060 SYS$K_VERSION_01+00060
00000000.7FFA1F48 00000000.00010000 LDRIMG$M_NPAGED_LOAD
return PC 00000000.7FFA1F50 FFFFFFFF.8010ACA4 AMAC$EMUL_CALL_NATIVE_C+000A4
saved FP 00000000.7FFA1F58 00000000.7FFA1F70
Stack (not decoded):
00000000.7FFA1F60 00000000.00000001
00000000.7FFA1F68 FFFFFFFF.800EE81C RM_STD$DIRCACHE_BLKAST_C+005AC
Stack Frame:
PV 00000000.7FFA1F70 FFFFFFFF.80C6EBA0 EXE$CMKRNL
Entry Point FFFFFFFF.800EE6C0 EXE$CMKRNL_C
00000000.7FFA1F78 00000000.829CEDE8 EXE$SIGTORET
00000000.7FFA1F80 00010050.00000002
00000000.7FFA1F88 00000000.00020000 SYS$K_VERSION_04
00000000.7FFA1F90 00000000.00030000 SYS$K_VERSION_01
return PC 00000000.7FFA1F98 FFFFFFFF.800A4D64 __RELEASE_LDBL_EXEC_SERVICE+00284
saved R2 00000000.7FFA1FA0 00000000.00000003
saved R4 00000000.7FFA1FA8 FFFFFFFF.80D12740 PCB
saved R13 00000000.7FFA1FB0 00000000.00010000 LDRIMG$M_NPAGED_LOAD
saved FP 00000000.7FFA1FB8 00000000.7AFFBAD0
Interrupt/Exception Frame:
saved R2 00000000.7FFA1FC0 00000000.7FFCF880 MMG$IMGHDRBUF+00080
saved R3 00000000.7FFA1FC8 00000000.7B0E9851
saved R4 00000000.7FFA1FD0 00000000.7FFCF818 MMG$IMGHDRBUF+00018
saved R5 00000000.7FFA1FD8 00000000.7FFCF938 MMG$IMGHDRBUF+00138
saved R6 00000000.7FFA1FE0 00000000.7FFAC9F0
saved R7 00000000.7FFA1FE8 00000000.7FFAC9F0
saved PC 00000000.7FFA1FF0 FFFFFFFF.80000140 SYS$CLREF_C
saved PS 00000000.7FFA1FF8 00000000.0000001B IPL INT CURR PREV
SP Align = 00(hex) [...............] 00 0 User User
|
CLUE STACK identifies and displays the current stack and its upper and lower limit. It then decodes the current stack if it is one of the more common bugcheck types. In this case, CLUE STACK tries to decode the entire INVEXCEPTN stack.
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