OpenVMS Alpha System Analysis Tools Manual

Document revision date: 30 March 2001

OpenVMS Alpha System Analysis Tools Manual

Contents

Index

This example shows the detailed display for a single TQE.

SHOW WORKING_SET_LIST, SHOW WSL

Displays the system working set list and retains the current process context.

Format

SHOW WORKING_SET_LIST or SHOW WSL [={GPT|SYSTEM|LOCKED|n }]

Parameters

None.

Qualifiers

None.

Description

The SHOW WORKING_SET_LIST command displays the contents of requested entries in the system working set list. If you do not specify an option, all working set list entries are displayed. Table 4-27 shows the options available with SHOW WORKING_SET_LIST. The SHOW WORKING_SET_LIST command is equivalent to the SHOW PROCESS/SYSTEM/WORKING_SET_LIST command. See the SHOW PROCESS command and Table 4-17 for more information.

Table 4-27 Options for the SHOW WORKING_SET_LIST Command
Options Results

GPT Displays only working set list entries that are for global page table pages

SYSTEM Displays only working set list entries for pageable system pages

LOCKED Displays only working set list entries for pageable system pages that are locked in the system working set

n Displays a specific working set entry, where n is the working set list index (WSLX) of the entry of interest

**Table 4-27 Options for the SHOW WORKING_SET_LIST Command**
Options	Results
GPT	Displays only working set list entries that are for global page table pages
SYSTEM	Displays only working set list entries for pageable system pages
LOCKED	Displays only working set list entries for pageable system pages that are locked in the system working set
n	Displays a specific working set entry, where n is the working set list index (WSLX) of the entry of interest

SPAWN

Creates a subprocess of the process currently running SDA, copying the context of the current process to the subprocess and, optionally, executing a specified command within the subprocess.

Format

SPAWN [/qualifier[,...]] [command]

Parameter

command
Name of the command that you want the subprocess to execute.

Qualifiers

/INPUT=filespec
Specifies an input file containing one or more command strings to be executed by the spawned subprocess. If you specify a command string with an input file, the command string is processed before the commands in the input file. Once processing is complete, the subprocess is terminated.
/NOLOGICAL_NAMES
Specifies that the logical names of the parent process are not to be copied to the subprocess. The default behavior is that the logical names of the parent process are copied to the subprocess.
/NOSYMBOLS
Specifies that the DCL global and local symbols of the parent process are not to be passed to the subprocess. The default behavior is that these symbols are passed to the subprocess.
/NOTIFY
Specifies that a message is to be broadcast to SYS$OUTPUT when the subprocess either completes processing or aborts. The default behavior is that such a message is not sent to SYS$OUTPUT.
/NOWAIT
Specifies that the system is not to wait until the subprocess is completed before allowing more commands to be specified. This qualifier allows you to specify new commands while the spawned subprocess is running. If you specify /NOWAIT, use /OUTPUT to direct the output of the subprocess to a file to prevent more than one process from simultaneously using your terminal.
The default behavior is that the system waits until the subprocess is completed before allowing more commands to be specified.
/OUTPUT=filespec
Specifies an output file to which the results of the SPAWN operation are written. To prevent output from the spawned subprocess from being displayed while you are specifying new commands, specify an output other than SYS$OUTPUT whenever you specify /NOWAIT. If you omit the /OUTPUT qualifier, output is written to the current SYS$OUTPUT device.
/PROCESS=process-name
Specifies the name of the subprocess to be created. The default name of the subprocess is USERNAME_n, where USERNAME is the user name of the parent process. The variable n represents the subprocess number.

Example


SDA> SPAWN $ MAIL . . . $ DIR . . . $ LO Process SYSTEM_1 logged out at 5-JAN-1993 15:42:23.59 SDA>

This example uses the SPAWN command to create a subprocess that issues DCL commands to invoke the Mail utility. The subprocess then lists the contents of a directory before logging out to return to the parent process executing SDA.

UNDEFINE

The UNDEFINE command causes SDA to remove the specified symbol from its symbol table.

Format

UNDEFINE symbol

Parameter

symbol
The name of the symbol to be deleted from SDA's symbol table. A symbol name is required.

Qualifiers

None.

VALIDATE PFN_LIST

Validates that the page counts on lists are correct.

Format

VALIDATE PFN_LIST {/ALL (d)|[/BAD|/FREE|/MODIFIED|/PRIVATE| /UNTESTED|/ZERO]}

Parameters

None.

Qualifiers

/ALL
Validates all the PFN lists: bad, free, modified, zeroed free pages and private pages.
/BAD
Validates the bad page list.
/FREE
Validates the free page list.
/MODIFIED
Validates the modified page list.
/PRIVATE
Validates all private page lists.
/UNTESTED
Validates the untested page list that was set up for deferred memory testing.
/ZERO
Validates the zeroed free page list.

Description

The VALIDATE PFN_LIST command validates the specified PFN list(s) by counting the number of entries in the list and comparing that to the running count of entries for each list maintained by the system.

Examples

#1
SDA> VALIDATE PFN_LIST Free page list validated: 1433 pages (excluding zeroed free page list with expected size 103 pages) Zeroed free page list validated: 103 pages Modified page list validated: 55 pages Bad page list validated: 0 pages Untested page list validated: 0 pages Private page list at 81486340 validated: 2 pages

SDA> VALIDATE PFN_LIST
Free page list validated: 1433 pages 
        (excluding zeroed free page list with expected size 103 pages) 
Zeroed free page list validated: 103 pages 
Modified page list validated: 55 pages 
Bad page list validated: 0 pages 
Untested page list validated: 0 pages 
Private page list at 81486340 validated: 2 pages

#2
SDA> VALIDATE PFN_LIST/FREE Free page list validated: 1433 pages (excluding zeroed free page list with expected size 103 pages)

VALIDATE QUEUE

Validates the integrity of the specified queue by checking the pointers in the queue.

Format

VALIDATE QUEUE [address]
[/BACKLINK|/LIST|/PHYSICAL|
/QUADWORD|/SELF_RELATIVE|/SINGLY_LINKED]

Parameter

address
Address of an element in a queue.
If you specify the period (.) as the address, SDA uses the last evaluated expression as the queue element's address.
If you do not specify an address, the VALIDATE QUEUE command determines the address from the last issued VALIDATE QUEUE command in the current SDA session.
If you do not specify an address, and no queue has previously been specified, SDA displays the following error message:
%SDA-E-NOQUEUE, no queue has been specified for validation

Qualifiers

/BACKLINK
Allows doubly linked lists to be validated from the tail of the queue. If the queue is found to be broken when validated from the head of the queue, you can use /BACKLINK to narrow the list of corrupted entries.
/LIST
Displays the address of each element in the queue.
/PHYSICAL
Allows validation of queues whose header and links are physical addresses.
/QUADWORD
Allows the validate operation to occur on queues with linked lists of quadword addresses.
/SELF_RELATIVE
Specifies that the selected queue is a self-relative queue.
/SINGLY_LINKED
Allows validation of queues that have no backward pointers.

Description

The VALIDATE QUEUE command uses the forward, and optionally, backward pointers in each element of the queue to make sure that all such pointers are valid and that the integrity of the queue is intact. If the queue is intact, SDA displays the following message:
Queue is complete, total of n elements in the queue
In these messages, n represents the number of entries the VALIDATE QUEUE command has found in the queue.
If SDA discovers an error in the queue, it displays one of the following error messages:
Error in forward queue linkage at address nnnnnnnn after tracing x elements Error comparing backward link to previous structure address (nnnnnnnn) Error occurred in queue element at address oooooooo after tracing pppp elements
These messages can 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.
If there are no entries in the queue, SDA displays this message:
The queue is empty

Examples

#1
SDA> VALIDATE QUEUE/SELF_RELATIVE IOC$GQ_POSTIQ Queue is complete, total of 159 elements in the queue

This example validates the self-relative queue IOC$GQ_POSTIQ. The validation is successful and the system determines that there are 159 IRPs in the list.

#2
SDA> VALIDATE QUEUE/QUADWORD FFFFFFFF80D0E6CO/LIST Entry Address Flink Blink ----- ------- ------ ----- Header FFFFFFFF80D0E6CO FFFFFFFF80D03780 FFFFFFFF80D0E800 1. FFFFFFFF80D0E790 FFFFFFFF80D0E7CO FFFFFFFF80D0E6C0 2. FFFFFFFF80D0E800 FFFFFFFF80D0E6C0 FFFFFFFF80D0E7C0 Queue is complete, total of 3 elements in the queue

SDA> VALIDATE QUEUE/QUADWORD FFFFFFFF80D0E6CO/LIST
Entry      Address               Flink                   Blink
-----      -------               ------                  -----
Header     FFFFFFFF80D0E6CO      FFFFFFFF80D03780        FFFFFFFF80D0E800
    1.     FFFFFFFF80D0E790      FFFFFFFF80D0E7CO        FFFFFFFF80D0E6C0
    2.     FFFFFFFF80D0E800      FFFFFFFF80D0E6C0        FFFFFFFF80D0E7C0
Queue is complete, total of 3 elements in the queue

This example shows the validation of quadword elements in a list.

#3
SDA> VALIDATE QUEUE/SINGLY_LINKED EXE$GL_NONPAGED+4 Queue is zero-terminated, total of 95 elements in the queue

This example shows the validation of singly linked elements in the queue. The forward link of the final element is zero instead of being a pointer back to the queue header.

VALIDATE SHM_CPP

Validates all the shared memory common property partitions (CPPs) and the counts and ranges of attached PFNs; optionally, it can validate the contents of the database for each PFN.

Format

VALIDATE SHM_CPP [/QUALIFIERS]

Parameters

None.

Qualifiers

/ADDRESS=n
Validates the counts and ranges for a single shared memory CPP given the address of the SHM_CPP structure.
/ALL
Validates all the shared memory CPPs. This is the default.
/IDENT=n
Validates the counts and ranges for a single shared memory CPP.
/PFN
Validates the PFN database contents for each attached PFN. The default is all lists (free, bad, untested) plus the PFN database pages and the complete range of PFNs in the CPP.
To validate only the complete range of PFNs in the CPP, use the keyword ALL_FRAGMENTS with the /PFN qualifier:
/PFN = ALL_FRAGMENTS
To validate only the bad page list, use the keyword BAD with the /PFN qualifier:
/PFN = BAD
To validate only the free page list, use the keyword FREE with the /PFN qualifier:
/PFN = FREE
To validate the PFNs containing the PFN database, use the keyword PFNDB with the /PFN qualifier:
/PFN = PFNDB
To validate only the untested page list, use the keyword UNTESTED with the /PFN qualifier:
/PFN = UNTESTED
To validate multiple lists, you can combine keywords for use with the /PFN qualifier:
/PFN = (x,y)
Note that if the /PFN is given without /ALL, /IDENT, or /ADDRESS, then the system validates the PFN lists from the last shared memory CPP.

Example


SDA> SHOW SHM_CPP Not validating SHM_CPP 0000 at FFFFFFFF.7F2BA140, VALID flag clear Not validating SHM_CPP 0001 at FFFFFFFF.7F2BA380, VALID flag clear Not validating SHM_CPP 0002 at FFFFFFFF.7F2BA5C0, VALID flag clear Validating SHM_CPP 0003 at FFFFFFFF.7F2BA800 ... Validating counts and ranges in the free page list ... ... o.k. Not validating the bad page list, list is empty Not validating the untested page list, list is empty Not validating SHM_CPP 0004 at FFFFFFFF.7F2BAA40, VALID flag clear Not validating SHM_CPP 0005 at FFFFFFFF.7F2BAC80, VALID flag clear Not validating SHM_CPP 0006 at FFFFFFFF.7F2BAEC0, VALID flag clear

SDA> SHOW SHM_CPP
Not validating SHM_CPP 0000 at FFFFFFFF.7F2BA140, VALID flag clear 
 
Not validating SHM_CPP 0001 at FFFFFFFF.7F2BA380, VALID flag clear 
 
Not validating SHM_CPP 0002 at FFFFFFFF.7F2BA5C0, VALID flag clear 
 
Validating SHM_CPP 0003 at FFFFFFFF.7F2BA800 ... 
 
    Validating counts and ranges in the free page list ... 
    ... o.k. 
 
    Not validating the bad page list, list is empty 
 
    Not validating the untested page list, list is empty 
 
Not validating SHM_CPP 0004 at FFFFFFFF.7F2BAA40, VALID flag clear 
 
Not validating SHM_CPP 0005 at FFFFFFFF.7F2BAC80, VALID flag clear 
 
Not validating SHM_CPP 0006 at FFFFFFFF.7F2BAEC0, VALID flag clear

This example shows the default output for the VALIDATE SHM_CPP command.

Chapter 5
SDA CLUE Extension Commands

This chapter presents an overview of the SDA CLUE (Crash Log Utility Extractor) extension commands, how to display information using these commands, and how to use SDA CLUE with DOSD. 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 either a standalone or cluster system. You can use SDA CLUE commands 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. You can also use SDA CLUE commands interactively on a running system to help identify performance problems.

You can use all CLUE commands 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:

Invoke SDA
Issue an SDA CLUE HISTORY command
Create a listing file called CLUE$nodename_ddmmyy_hhmm.LIS

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:

Crash dump summary information
System configuration
Stack decoder
Page and swap files
Memory management statistics
Process DCL recall buffer
Active XQP processes
XQP cache header

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. You can also customize this list file 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. The dump itself should always be saved using the procedures described in Section 2.2.2 and Section 2.2.3.

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 a CLUE command, enter the command at the SDA prompt. For example:

SDA> CLUE CONFIG

5.3 Using SDA CLUE with DOSD

DOSD (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:

Modify the command procedure SYS$MANAGER:SYCONFIG.COM to add the system logical name CLUE$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.
Modify the command procedure SYS$MANAGER:SYCONFIG.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:SYCONFIG.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
CLUE CLEANUP
CLUE CONFIG
CLUE CRASH
CLUE ERRLOG
CLUE FRU
CLUE HISTORY
CLUE MCHK
CLUE MEMORY
CLUE PROCESS
CLUE REGISTER
CLUE SG
CLUE STACK
CLUE SYSTEM
CLUE VCC
CLUE XQP

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. Specify the CPU by its number or use 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 either one of the qualifiers /ADDRESS, /IDENTIFICATION, or /INDEX, or by its name, or by using ALL to indicate all processes.

Description

The 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 dump file; the CPU context calls only on dump files.
If neither /CPU nor /PROCESS is specified, the parameter (CPU-id or process-name) is ignored and the call frame for the SDA current process is displayed.

Examples

#1
SDA>CLUE CALL/PROCESS IPCACP Call Chain: Process index: 000B Process name: IPCACP PCB: 8136EF00 ----------------------------------------------------------------------- Procedure Frame Procedure Entry Return Address --------------- ---------------------------------- --------------------------- 7FFA1CA0 Null 800C8C90 SCH$WAIT_PROC_C 7FFA1D00 Stack 800D9250 SYS$HIBER_C 0003045C IPCACP+0003045C 7FFA1D50 Stack 00030050 IPCACP+00030050 800D11C8 EXE$CMKRNL_C+000D8 7FFA1E60 Null 800B6120 EXE$BLDPKTSWPR_C 7FFA1E78 Null 800B6120 EXE$BLDPKTSWPR_C 7FFA1EC0 Null 80248120 NSA$CHECK_PRIVILEGE_C 7FFA1F00 Null 80084640 EXE$CMODEXECX_C 7FFA1F70 Stack 800D10F0 EXE$CMKRNL_C 80084CC8 EXE$CMODKRNL_C+00198 7B01FAB0 Stack 00030010 IPCACP+00030010 83EA3454 SYS$IMGSTA_C+00154 7B01FB10 Stack 83EA3300 SYS$IMGSTA_C 83D99CC4 EXE$PROC_IMGACT_C+00384 7B01FBA0 Stack 83D99BA0 EXE$PROC_IMGACT_C+00260 83D99B9C EXE$PROC_IMGACT_C+0025C

SDA>CLUE CALL/PROCESS IPCACP
Call Chain:   Process index: 000B   Process name: IPCACP  PCB: 8136EF00
-----------------------------------------------------------------------
Procedure Frame  Procedure Entry                          Return Address
---------------  ----------------------------------       ---------------------------
7FFA1CA0  Null   800C8C90  SCH$WAIT_PROC_C                 
7FFA1D00  Stack  800D9250  SYS$HIBER_C                    0003045C  IPCACP+0003045C
7FFA1D50  Stack  00030050  IPCACP+00030050                800D11C8  EXE$CMKRNL_C+000D8
7FFA1E60  Null   800B6120  EXE$BLDPKTSWPR_C                
7FFA1E78  Null   800B6120  EXE$BLDPKTSWPR_C                
7FFA1EC0  Null   80248120  NSA$CHECK_PRIVILEGE_C                      
7FFA1F00  Null   80084640  EXE$CMODEXECX_C                 
7FFA1F70  Stack  800D10F0  EXE$CMKRNL_C                   80084CC8  EXE$CMODKRNL_C+00198
7B01FAB0  Stack  00030010  IPCACP+00030010                83EA3454  SYS$IMGSTA_C+00154
7B01FB10  Stack  83EA3300  SYS$IMGSTA_C                   83D99CC4  EXE$PROC_IMGACT_C+00384
7B01FBA0  Stack  83D99BA0  EXE$PROC_IMGACT_C+00260        83D99B9C  EXE$PROC_IMGACT_C+0025C

In this example, the CLUE CALL_FRAME command displays the call frame from the process IPCACP.

#2
SDA>CLUE CALL/CPU ALL Call Chain: Process index: 0000 Process name: NULL PCB: 827377C0 (CPU 0) --------------------------------------------------------------------------------- Procedure Frame Procedure Entry Return Address --------------- ---------------------------------- --------------------------- 8F629D28 Null 80205E00 SYS$SCS+05E00 8F629D68 Null 8020A850 SCS$REC_MSGREC_C 8F629D98 Null 914A5340 SYS$PBDRIVER+07340 8F629DB8 Null 914A4FD0 SYS$PBDRIVER+06FD0 8F629DE0 Stack 914AACF0 SYS$PBDRIVER+0CCF0 914AE5CC SYS$PBDRIVER+105CC 8F629E50 Stack 914AE418 SYS$PBDRIVER+10418 800503B0 EXE_STD$QUEUE_FORK_C+00350 8F629F88 Null 800E95F4 SCH$WAIT_ANY_MODE_C 8F629FD0 Stack 800D0F80 SCH$IDLE_C 800E92D0 SCH$INTERRUPT+00BB0 Call Chain: Process index: 0000 Process name: NULL PCB: 827377C0 (CPU 2) --------------------------------------------------------------------------------- Procedure Frame Procedure Entry Return Address --------------- -------------------------------- --------------------------- 90FCBF88 Null 800E95F4 SCH$WAIT_ANY_MODE_C 90FCBFC8 Null 800E95F4 SCH$WAIT_ANY_MODE_C 90FCBFD0 Stack 800D0F80 SCH$IDLE_C 800E92D0 SCH$INTERRUPT+00BB0 Call Chain: Process index: 0000 Process name: NULL PCB: 827377C0 (CPU 6) --------------------------------------------------------------------------------- Procedure Frame Procedure Entry Return Address --------------- ------------------------------ --------------------------- 90FCBF88 Null 800E95FA SCH$WAIT_ANY_MORE_c 90FD9F88 Null 800E95F4 SCH$WAIT_ANY_MODE_C 90FD9FD0 Stack 800D0F80 SCH$IDLE_C 800E92D0 SCH$INTERRUPT+00BB0

SDA>CLUE CALL/CPU ALL
Call Chain:   Process index: 0000   Process name: NULL    PCB: 827377C0   (CPU 0)
---------------------------------------------------------------------------------
Procedure Frame  Procedure Entry                          Return Address
---------------  ----------------------------------       ---------------------------
8F629D28  Null   80205E00  SYS$SCS+05E00                   
8F629D68  Null   8020A850  SCS$REC_MSGREC_C                
8F629D98  Null   914A5340  SYS$PBDRIVER+07340              
8F629DB8  Null   914A4FD0  SYS$PBDRIVER+06FD0              
8F629DE0  Stack  914AACF0  SYS$PBDRIVER+0CCF0             914AE5CC  SYS$PBDRIVER+105CC
8F629E50  Stack  914AE418  SYS$PBDRIVER+10418             800503B0  EXE_STD$QUEUE_FORK_C+00350
8F629F88  Null   800E95F4  SCH$WAIT_ANY_MODE_C             
8F629FD0  Stack  800D0F80  SCH$IDLE_C                     800E92D0  SCH$INTERRUPT+00BB0
Call Chain:   Process index: 0000   Process name: NULL    PCB: 827377C0   (CPU 2)
---------------------------------------------------------------------------------
Procedure Frame  Procedure Entry                          Return Address
---------------  --------------------------------         ---------------------------
90FCBF88  Null   800E95F4  SCH$WAIT_ANY_MODE_C             
90FCBFC8  Null   800E95F4  SCH$WAIT_ANY_MODE_C            
90FCBFD0  Stack  800D0F80  SCH$IDLE_C                     800E92D0  SCH$INTERRUPT+00BB0
Call Chain:   Process index: 0000   Process name: NULL    PCB: 827377C0   (CPU 6)
---------------------------------------------------------------------------------
Procedure Frame  Procedure Entry                          Return Address
---------------  ------------------------------           ---------------------------
90FCBF88  Null   800E95FA  SCH$WAIT_ANY_MORE_c             
90FD9F88  Null   800E95F4  SCH$WAIT_ANY_MODE_C             
90FD9FD0  Stack  800D0F80  SCH$IDLE_C                     800E92D0  SCH$INTERRUPT+00BB0

In this example, CLUE/CPU ALL shows the call frame for all CPUs.

Contents

Index

privacy and legal statement

6549PRO_021.HTML

OpenVMS Alpha System Analysis Tools Manual

SHOW WORKING_SET_LIST, SHOW WSL

Format

Parameters

Qualifiers

Description

SPAWN

Format

Parameter

command

Qualifiers

/INPUT=filespec

/NOLOGICAL_NAMES

/NOSYMBOLS

/NOTIFY

/NOWAIT

/OUTPUT=filespec

/PROCESS=process-name

Example

UNDEFINE

Format

Parameter

symbol

Qualifiers

VALIDATE PFN_LIST

Format

Parameters

Qualifiers

/ALL

/BAD

/FREE

/MODIFIED

/PRIVATE

/UNTESTED

/ZERO

Description

Examples

VALIDATE QUEUE

Format

Parameter

address

Qualifiers

/BACKLINK

/LIST

/PHYSICAL

/QUADWORD

/SELF_RELATIVE

/SINGLY_LINKED

Description

Examples

VALIDATE SHM_CPP

Format

Parameters

Qualifiers

/ADDRESS=n

/ALL

/IDENT=n

/PFN

Example

Chapter 5SDA CLUE Extension Commands

5.1 Overview of SDA CLUE Extensions

5.2 Displaying Data Using SDA CLUE Commands

5.3 Using SDA CLUE with DOSD

5.4 Listing of SDA CLUE Extension Commands

CLUE CALL_FRAME

Format

Parameters

ALL

cpu-id

process-name

Qualifiers

/ADDRESS=n

/CPU [cpu-id|ALL]

/IDENTIFICATION=n

/INDEX=n

/PROCESS [process-name|ALL]

Description

Examples

Chapter 5
SDA CLUE Extension Commands