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Displays the contents of Advanced Configuration and Power Interface (ACPI) tables and namespace structures.
SHOW ACPI {/NAMESPACE |/TABLE}
[/ADDRESS = address | /ALL | /CHILDREN] [ident]
ident
The name of the table or the namespace structure to be displayed. If an ident is given, /ADDRESS cannot be specified.
/ADDRESS = address
The physical address of the table entry or virtual address of a namespace structure to be displayed. If /ADDRESS is used, no ident may be specified./ALL
Specifies that detailed information on each entity is to be displayed. By default, only a brief summary of each entity is given, except when a specific table is displayed./CHILDREN
Specifies that all the child namespace structures for a specified namespace entry are to be displayed. /CHILDREN cannot be used with /TABLES./NAMESPACE
Specifies that ACPI namespace structures are to be displayed. Either /NAMESPACE or /TABLES must be specified./TABLES
Specifies that ACPI tables are to be displayed. Either /NAMESPACE or /TABLES must be specified.
The SHOW ACPI command displays the Advanced Configuration and Power Interface (ACPI) Tables and Namespace structures, either as a one line summary for each entity or in detail. The amount of detail varies for each structure. The structures most interesting to OpenVMS are formatted; others are output as a hexadecimal dump.
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SDA> SHOW ACPI /TABLES
ACPI Tables
-----------
OEM ASL
Signature Physical Address Length OEM Id Table Id Vendor Id Rev
--------- ----------------- -------- ------ -------- --------- ---
RSDP 00000000.3FB2E000 00000028 HP - - 02
XSDT 00000000.3FB2E02C 0000007C HP zx2000 HP 01
FACP 00000000.3FB373E0 000000F4 HP zx2000 HP 03
SPCR 00000000.3FB37518 00000050 HP zx2000 HP 01
DBGP 00000000.3FB37568 00000034 HP zx2000 HP 01
APIC 00000000.3FB37628 00000084 HP zx2000 HP 01
SPMI 00000000.3FB375A0 00000050 HP zx2000 HP 04
CPEP 00000000.3FB375F0 00000034 HP zx2000 HP 01
SSDT 00000000.3FB33870 00000A14 HP zx2000 INTL 01
SSDT 00000000.3FB34290 000022E2 HP zx2000 INTL 01
SSDT 00000000.3FB36580 00000342 HP zx2000 INTL 01
SSDT 00000000.3FB368D0 00000A16 HP zx2000 INTL 01
SSDT 00000000.3FB372F0 000000EB HP zx2000 INTL 01
FACS 00000000.3FB374D8 00000040 - - - 01
DSDT 00000000.3FB2E0E0 00005781 HP zx2000 INTL 01
HCDP 00000000.3FB2C000 00000088 HP zx1 HP 00
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This example shows the default display for the ACPI tables.
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SDA> SHOW ACPI /TABLES RSDP
ACPI Tables
-----------
RSDP
Physical Address: 00000000.3FB2E000 Length: 00000028
OEM Identification: "HP" XSDT PA: 00000000.3FB2E02C
Revision: 02
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This example shows the contents of the Root System Description Pointer (RSDP) table.
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SDA> SHOW ACPI /NAMESPACE
ACPI Namespace
--------------
Node ACPI Owner Object Operand
Address Name Id Type Object Flags
----------------- ---------------- -- --------------- ----------------- -----------
FFFFFFFF.88253028 \___ 00 Device FFFFFFFF.89523158 End_Of_Peer_List Subtree_Has_Ini
FFFFFFFF.89521BD8 _GPE 00 Local_Scope 00000000.00000000
FFFFFFFF.89523F58 _L14 01 Method FFFFFFFF.89523F98 End_Of_Peer_List
FFFFFFFF.89521C18 _PR_ 00 Local_Scope 00000000.00000000
FFFFFFFF.89521C58 _SB_ 00 Device 00000000.00000000 Subtree_Has_Ini
FFFFFFFF.89529098 SBA0 01 Device 00000000.00000000 Subtree_Has_Ini
FFFFFFFF.895290D8 _HID 01 Method FFFFFFFF.89529118
FFFFFFFF.89529198 _CID 01 Integer FFFFFFFF.8952AD18
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This example shows the default display for the ACPI namespace structures.
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SDA> SHOW ACPI/NAMESPACE/CHILDREN _GPE
ACPI Namespace
--------------
Node ACPI Owner Object Operand
Address Name Id Type Object Flags
----------------- ---------------- -- --------------- ----------------- -----------
FFFFFFFF.89521BD8 \_GPE 00 Local_Scope 00000000.00000000
FFFFFFFF.89523F58 \_GPE._L14 01 Method FFFFFFFF.89523F98 End_Of_Peer_List
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This example shows the summary display for the _GPE (General Purpose Event) package in the ACPI namespace, plus its child node.
Displays the page table related information about a memory address.
SHOW ADDRESS address [/PHYSICAL]
address
The requested address.
/PHYSICAL
Indicates that a physical address has been given. The SHOW ADDRESS command displays the virtual address that maps to the given physical address.
The SHOW ADDRESS command displays the region of memory that contains the memory address. It also shows all the page table entries (PTEs) that map the page and can show the range of addresses mapped by the given address if it is the address of a PTE. If the virtual address is in physical memory, the corresponding physical address is displayed.When the /PHYSICAL qualifier is given, the SHOW ADDRESS command displays the virtual address that maps to the given physical address. This provides you with a way to use SDA commands that do not have a /PHYSICAL qualifier when only the physical address of a memory location is known.
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SDA> SHOW ADDRESS 80000000
FFFFFFFF.80000000 is an S0/S1 address
Mapped by Level-3 PTE at: FFFFFFFD.FFE00000
Mapped by Level-2 PTE at: FFFFFFFD.FF7FF800
Mapped by Level-1 PTE at: FFFFFFFD.FF7FDFF8
Mapped by Selfmap PTE at: FFFFFFFD.FF7FDFF0
Also mapped in SPT window at: FFFFFFFF.FFDF0000
Mapped to physical address 00000000.00400000
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The SHOW ADDRESS command in this example shows where the address 80000000 is mapped at different page table entry levels.
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SDA> SHOW ADDRESS 0
00000000.00000000 is a P0 address
Mapped by Level-3 PTE at: FFFFFFFC.00000000
Mapped by Level-2 PTE at: FFFFFFFD.FF000000
Mapped by Level-1 PTE at: FFFFFFFD.FF7FC000
Mapped by Selfmap PTE at: FFFFFFFD.FF7FDFF0
Not mapped to a physical address
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The SHOW ADDRESS command in this example shows where the address 0 is mapped at different page table entry levels.
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SDA> SHOW ADDRESS FFFFFFFD.FF000000
FFFFFFFD.FF000000 is the address of a process-private Level-2 PTE
Mapped by Level-1 PTE at: FFFFFFFD.FF7FC000
Mapped by Selfmap PTE at: FFFFFFFD.FF7FDFF0
Range mapped at level 2: FFFFFFFC.00000000 to FFFFFFFC.00001FFF (1 page)
Range mapped at level 3: 00000000.00000000 to 00000000.007FFFFF (1024 pages)
Mapped to physical address 00000000.01230000
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The SHOW ADDRESS command in this example shows where the address FFFFFFFD.FF7FC000 is mapped at page table entry and the range mapped by the PTE at this address.
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SDA> SHOW ADDRESS/PHYSICAL 0
Physical address 00000000.00000000 is mapped to system-space address FFFFFFFF.828FC000
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The SHOW ADDRESS command in this example shows physical address 00000000.00000000 mapped to system-space address FFFFFFFF.828FC000.
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SDA> SHOW ADDRESS/PHYSICAL 029A6000
Physical address 00000000.029A6000 is mapped to process-space address 00000000.00030000
(process index 0024)
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The SHOW ADDRESS command in this example shows physical address 00000000.029A6000 mapped to process-space address 00000000.00030000 (process index 0024).
Displays the value, name, and text associated with one or all bugcheck codes.
SHOW BUGCHECK {/ALL (d) | name | number}
name
The name of the requested bugcheck code.number
The value of the requested bugcheck code. The severity bits in the value are ignored.The parameters name and number and the qualifier /ALL are all mutually exclusive.
/ALL
Displays complete list of all the bugcheck codes, giving their value, name, and text. It is the default.
The SHOW BUGCHECK command displays the value, name, and text associated with bugcheck codes.
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SDA> SHOW BUGCHECK 104
0100 DIRENTRY ACP failed to find same directory entry
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The SHOW BUGCHECK command in this example shows the requested bugcheck by number, ignoring the severity (FATAL).
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SDA> SHOW BUGCHECK DECNET
08D0 DECNET DECnet detected a fatal error
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The SHOW BUGCHECK command in this example shows the requested bugcheck by name.
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SDA> SHOW BUGCHECK
BUGCHECK codes and texts
------------------------
0008 ACPMBFAIL ACP failure to read mailbox
0010 ACPVAFAIL ACP failure to return virtual address space
0018 ALCPHD Allocate process header error
0020 ALCSMBCLR ACP tried to allocate space already allocated
.
.
.
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The SHOW BUGCHECK command in this example shows the requested bugcheck by displaying all codes.
Displays the locations and contents of the quadwords representing a procedure call frame.
SHOW CALL_FRAME { [starting-address]
| /EXCEPTION_FRAME = intstk-address
| /NEXT_FRAME | /SUMMARY | /ALL}
starting-address
For Alpha, an expression representing the starting address of the procedure call frame to be displayed. If no starting-address is given, the default starting address is the contents of the frame pointer (FP) register of the SDA current process. For a process that uses pthreads, the following SDA command can be used to display the starting addresses for all pthreads:
SDA> pthread thread -o uFor Integrity servers, the starting address is an expression representing one of the following:
- The invocation context handle of a frame.
- The address of an exception frame. This is equivalent to the following SDA command:
SDA> SHOW CALL_FRAME /EXCEPTION_FRAME=intstk-address- The address of a Thread Environment Block (TEB).
For a list of all TEBs for the process, use the following SDA command:
SDA> pthread thread -o uIf no starting address is given, the default starting address is the invocation context handle of the current procedure in the SDA current process.
/ALL
Displays details of all call frames beginning at the current frame and continuing until bottom of stack (equivalent to SHOW CALL and repeated execution of a SHOW CALL/NEXT command)./EXCEPTION_FRAME=intstk-address
(Integrity servers only) Provides an alternate starting address for SHOW CALL_FRAME. intstk-address is the address of an exception frame from which SDA creates an initial invocation context and displays the procedure call frame./NEXT_FRAME
Displays the procedure call frame starting at the address stored in the frame longword of the last call frame displayed by this command. You must have issued a SHOW CALL_FRAME command previously in the current SDA session in order to use the /NEXT_FRAME qualifier to the command./SUMMARY
Provides a one-line summary for each call frame, including exception frames, system-service entry frames, ASTs, KPBs, and so on, until reaching the bottom of the stack.
Whenever a procedure is called, information is stored on the stack of the calling routine in the form of a procedure call frame. The SHOW CALL_FRAME command displays the locations and contents of the call frame. The starting address of the call frame is determined from the specified starting address, the /NEXT_FRAME qualifier, or the address contained in the SDA current process frame register (the default action).When using the SHOW CALL_FRAME/NEXT_FRAME command to follow a chain of call frames, SDA signals the end of the chain by the following message:
This message indicates that the saved frame in the previous call frame has a zero value (for Alpha) or that the current frame is marked Bottom of Stack (for Integrity servers).
Cannot display further call frames (bottom of stack)
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SDA> SHOW CALL_FRAME
Call Frame Information
----------------------
Stack Frame Procedure Descriptor
Flags: Base Register = FP, No Jacket, Native
Procedure Entry: FFFFFFFF.837E9F10 EXCEPTION_PRO+01F10
Return address on stack = FFFFFFFF.837E8A1C EXE$CONTSIGNAL_C+0019C
Registers saved on stack
------------------------
7FF95F98 FFFFFFFF.FFFFFFFB Saved R2
7FF95FA0 FFFFFFFF.8042AEA0 Saved R3 EXCEPTION_NPRW+040A0
7FF95FA8 00000000.00000002 Saved R5
7FF95FB0 FFFFFFFF.804344A0 Saved R13 SCH$CLREF+00188
7FF95FB8 00000000.7FF9FC00 Saved R29
.
.
.
SDA> SHOW CALL_FRAME/NEXT_FRAME
Call Frame Information
----------------------
Stack Frame Procedure Descriptor
Flags: Base Register = FP, No Jacket, Native
Procedure Entry: FFFFFFFF.800FA388 RMS_NPRO+04388
Return address on stack = FFFFFFFF.80040BFC EXCEPTION_NPRO+00BFC
Registers saved on stack
------------------------
7FF99F60 FFFFFFFF.FFFFFFFD Saved R2
7FF99F68 FFFFFFFF.80425BA0 Saved R3 EXCEPTION_NPRW+03DA0
7FF99F70 FFFFFFFF.80422020 Saved R4 EXCEPTION_NPRW+00220
7FF99F78 00000000.00000000 Saved R5
7FF99F80 FFFFFFFF.835C24A8 Saved R6 RMS_PRO+004A8
7FF99F88 00000000.7FF99FC0 Saved R7
7FF99F90 00000000.7FF9FDE8 Saved R8
7FF99F98 00000000.7FF9FDF0 Saved R9
7FF99FA0 00000000.7FF9FE78 Saved R10
7FF99FA8 00000000.7FF9FEBC Saved R11
7FF99FB0 FFFFFFFF.837626E0 Saved R13 EXE$OPEN_MESSAGE+00088
7FF99FB8 00000000.7FF9FD70 Saved R29
.
.
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SDA> SHOW CALL_FRAME/NEXT_FRAME
Call Frame Information
----------------------
Stack Frame Procedure Descriptor
Flags: Base Register = FP, No Jacket, Native
Procedure Entry: FFFFFFFF.835C2438 RMS_PRO+00438
Return address on stack = FFFFFFFF.83766020 EXE$OPEN_MESSAGE_C+00740
Registers saved on stack
------------------------
7FF9FD88 00000000.7FF9FDA4 Saved R2
7FF9FD90 00000000.7FF9FF00 Saved R3
7FF9FD98 00000000.7FFA0050 Saved R29
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The SHOW CALL_FRAME commands in this SDA session follow a chain of call frames from that specified in the frame of the SDA current process.
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SDA> SHOW CALL/SUMMARY
Call Frame Summary
------------------
Frame Type Handle Current PC
-------------------- ----------------- -----------------
Exception Dispatcher 00000000.7FF43EB0 FFFFFFFF.8049E160 EXCEPTION_MON+5E360
Register Stack Frame 00000000.7FF12180 00000000.000122C0 KP_SAMPLE+122C0
Memory Stack Frame 00000000.7FF43ED0 FFFFFFFF.8066B440 EXE$CMKRNL_C+00330
Memory Stack Frame 00000000.7FF43F20 FFFFFFFF.80194890 EXE$SS_DISP_C+00400
SS Dispatcher 00000000.3FFFDFC0 FFFFFFFF.8018D240 SWIS$ENTER_KERNEL_SERVICE_C+003E0
Register Stack Frame 000007FD.BFF58000 00000000.000124C0 KP_SAMPLE+124C0
KP Start Frame 00000000.7AC95A20 FFFFFFFF.80161670 EXE$KP_START_C+003C0
Memory Stack Frame 00000000.7AC95B50 00000000.00012CE0 KP_SAMPLE+12CE0
Memory Stack Frame 00000000.7AC95BC0 00000000.000126F0 KP_SAMPLE+126F0
Base Frame 00000000.7AC95BE0 00000000.7ADE0BB0 DCL+82BB0
Bottom of stack
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This example of SHOW CALL/SUMMARY on an Integrity server system shows the call frame summary of a process that has triggered an exception. The exception occurred while running a program called KP_SAMPLE which has invoked the $CMKRNL system service.
Displays contents of a Common Bitmask Block.
SHOW CBB address
address
The address of the Common Bitmask Block. This is required.
None.
The contents of the specified common bitmask block are displayed: the number of valid bits, the interlock state, the unit size and count, and the current settings for the bits in the bitmask.
SDA> SHOW CBB SMP$GS_CBB_ACTIVE_SET
Common Bitmask Block at FFFFFFFF.8180CA00
-----------------------------------------
Valid bits: 00000040 State: 00000000.00000000
Unit count: 0001 Unit size: QUADWORD
Unit bitmask:
........ ........ 00000000 00000001 00000000
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This example shows the active-CPU common bitmask block for a single-CPU system.
Displays information about Common Event flag Blocks, also known as Common Event flag clusters.
SHOW CEB [address | /ALL]
address
The address of a common event flag block. Detailed information is displayed for the specified common event flag block.
/ALL
Specifies that detailed information is to be displayed for each common event flag block. By default, a one-line summary is output for each common event flag block.
The contents of one or all common event flag blocks is displayed. In one-line summary format, the address, name, creator process, reference count, current settings for the 32 event flags in the cluster, and the UIC of the cluster are displayed. In detailed format, the address of the cluster's Object Rights Block (ORB) and the count of waiting threads are also displayed, with lists of all associated processes and waiting threads.You cannot specify both an address and /ALL; they are mutually exclusive.
SHOW COMMON_EVENT_BLOCK is a synonym for SHOW CEB.
1. SDA> SHOW CEB Common Event Flags ------------------ Address Name Creator RefCount EvtFlags UIC Flags -------- -------------- --------------------- -------- -------- -------------- ----- 81E1D340 clus6 0000009B Test1 00000001 00000000 [11,1] Permanent 81E294C0 clus5 0000009B Test2 00000001 00000000 [11,1] Permanent 8213A280 IPCACP_FLAGS 00000086 IPCACP 00000001 00000000 [1,*]This example shows the one-line summary of all common event flag blocks.
2. SDA> SHOW CEB 81E294C0 Common Event Flags ------------------ CEB Address: 81E294C0 Name: clus5 Creator process EPID: 0000009B Name: Test2 Event flag vector: 00000000 Reference count: 00000001 ORB address: 829F75B0 Wait count: 00000001 UIC: [11,1] Flags: 00000002 Permanent Associated Processes Waiting Threads ----------------------------------- ------------------------ PCB EPID Name KTB Indx WaitMask -------- -------- --------------- -------- ---- -------- 81E1C740 000000A4 BISHOP_47 81E1C740 0000 FFFFFF84This example shows the details for the CEB at the given address.
Displays information about scheduling classes that are active in the system or dump being analyzed.
SHOW CLASS [class-name | /ALL]
class-name
Name of the class to be displayed.
/ALL
Indicates that details of all active classes are to be displayed.
SDA displays information about active scheduling classes in the system. By default, a summary of the classes is displayed.
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SDA> SHOW CLASS
Scheduling Classes
------------------
Original Current Time Process
Class Name Quantum Quantum Restrict Count
---------------- -------- -------- -------- --------
BISH 000000C6 000000C6 00FE0000 00000001
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This example shows the summary display of the SHOW CLASS command.
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SDA> SHOW CLASS bish
Class name: "BISH"
Original quantum: 000000C6 (99%)
Current quantum: 000000C6 (99%)
Time restrictions: 00FE0000 (until 23:59)
Processes currently in class:
PCB EPID Name
-------- -------- ---------------
83617D40 00000225 Milord_RTA1:
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This example shows the detailed display of the SHOW CLASS command.
Displays connection manager and system communications services (SCS) information for all nodes in a cluster.
SHOW CLUSTER { [{/ADDRESS=n | /CIRCUIT=pb-addr | /CSID=csid | /NODE=name}] | /SCS }
None.
/ADDRESS=n
Displays only the OpenVMS Cluster system information for a specific OpenVMS Cluster member node, given the address of the cluster system block (CSB) for the node. This is mutually exclusive with the /CIRCUIT=pb-addr, /CSID=csid, and /NODE=name qualifiers./CIRCUIT=pb-addr
Displays only the OpenVMS Cluster system information for a specific path, where pb-addr is the address of its path block. This qualifier is mutually exclusive with the /ADDRESS=n, /CSID=csid, and /NODE=name qualifiers./CSID=csid
Displays only the OpenVMS Cluster system information for a specific OpenVMS Cluster member node. The value csid is the cluster system identification number (CSID) of the node to be displayed. You can find the CSID for a specific node in a cluster by examining the CSB list display of the SHOW CLUSTER command. Other SDA displays refer to a system's CSID. For instance, the SHOW LOCKS command indicates where a lock is mastered or held by CSID. This is mutually exclusive with the /ADDRESS=n, /CIRCUIT=pb-addr, and /NODE=name qualifiers./NODE=name
Displays only the OpenVMS Cluster system information for a specific OpenVMS Cluster member node, given its SCS node name. This is mutually exclusive with the /ADDRESS=n, /CIRCUIT=pb-addr, and /CSID=csid qualifiers./SCS
Displays a view of the cluster as seen by SCS.
The SHOW CLUSTER command provides a view of the OpenVMS Cluster system from either the perspective of the connection manager (the default behavior), or from the perspective of the port driver or drivers (if the /SCS qualifier is used).OpenVMS Cluster as Seen by the Connection Manager
The SHOW CLUSTER command provides a series of displays.
The OpenVMS Cluster summary display supplies the following information:
- Number of votes required for a quorum
- Number of votes currently available
- Number of votes allocated to the quorum disk
- Status summary indicating whether or not a quorum is present
The CSB list displays information about the OpenVMS Cluster system blocks (CSBs) currently in operation; one CSB is assigned to each node of the cluster. For each CSB, the CSB list displays the following information:
- Address of the CSB
- Name of the OpenVMS Cluster node it describes
- CSID associated with the node
- Number of votes (if any) provided by the node
- State of the CSB
- Status of the CSB
For information about the state and status of nodes, see the description of the ADD CLUSTER command of the SHOW CLUSTER utility in the HP OpenVMS System Management Utilities Reference Manual.
The cluster block display includes information recorded in the cluster block (CLUB), including a list of activated flags, a summary of quorum and vote information, and other data that applies to the cluster from the perspective of the node for which the SDA is being run.
The cluster failover control block display provides detailed information concerning the cluster failover control block (CLUFCB). The cluster quorum disk control block display provides detailed information from the cluster quorum disk control block (CLUDCB).
Subsequent displays provide information for each CSB listed previously in the CSB list display. Each display shows the state and flags of a CSB, as well as other specific node information. (See the ADD MEMBER command of the SHOW CLUSTER utility in the HP OpenVMS System Management Utilities Reference Manual for information about the flags for OpenVMS Cluster nodes.)
If any of the qualifiers /ADDRESS=n, /CSID=csid, or /NODE=name are specified, then the SHOW CLUSTER command displays only the information from the CSB of the specified node.
OpenVMS Cluster as Seen by the Port Driver
The SHOW CLUSTER/SCS command provides a series of displays.
The SCS listening process directory lists those processes that are listening for incoming SCS connect requests. For each of these processes, this display records the following information:
- Address of its directory entry
- Connection ID
- Name
- Explanatory information, if available
The SCS systems summary display provides the system block (SB) address, node name, system type, system ID, and the number of connection paths for each SCS system. An SCS system can be a OpenVMS Cluster member, storage controller, or other such device.
Subsequent displays provide detailed information for each of the system blocks and the associated path blocks. The system block displays include the maximum message and datagram sizes, local hardware and software data, and SCS poller information. Path block displays include information that describes the connection, including remote functions and other path-related data.
If the qualifier /CIRCUIT=pb-addr is specified, the SHOW CLUSTER command displays only the information from the specified path block.
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SDA> SHOW CLUSTER
OpenVMS Cluster data structures
--- OpenVMS Cluster Summary ---
Quorum Votes Quorum Disk Votes Status Summary
------ ----- ----------------- --------------
2 2 1 qf_dynvote,qf_vote,quorum
--- CSB list ---
Address Node CSID Votes State Status
------- ---- ---- ----- ----- ------
805FA780 FLAM5 00010006 0 local member,qf_same,qf_noaccess
8062C400 ROMRDR 000100ED 1 open member,qf_same,qf_watcher,qf_active
8062C780 VANDQ1 000100EF 0 open member,qf_same,qf_noaccess
--- Cluster Block (CLUB) 805FA380 ---
Flags: 16080005 cluster,qf_dynvote,init,qf_vote,qf_newvote,quorum
Quorum/Votes 2/2 Last transaction code 02
Quorum Disk Votes 1 Last trans. number 596
Nodes 3 Last coordinator CSID 000100EF
Quorum Disk $1$DIA0 Last time stamp 31-DEC-1992
Found Node SYSID 00000000FC03 17:26:35
Founding Time 3-JAN-1993 Largest trans. id 00000254
21:04:21 Resource Alloc. retry 0
Index of next CSID 0007 Figure of Merit 00000000
Quorum Disk Cntrl Block 805FADC0 Member State Seq. Num 0203
Timer Entry Address 00000000 Foreign Cluster 00000000
CSP Queue empty
--- Cluster Failover Control Block (CLUFCB) 805FA4C0 ---
Flags: 00000000
Failover Step Index 00000037 CSB of Synchr. System 8062C780
Failover Instance ID 00000254
--- Cluster Quorum Disk Control Block (CLUDCB) 805FADC0 ---
State : 0002 qs_rem_act
Flags : 0100 qf_noaccess
CSP Flags : 0000
Iteration Counter 0 UCB address 00000000
Activity Counter 0 TQE address 805FAE00
Quorum file LBN 00000000 IRP address 00000000
Watcher CSID 000100ED
--- FLAM5 Cluster System Block (CSB) 805FA780 ---
State: 0B local
Flags: 070260AA member,qf_same,qf_noaccess,selected,local,status_rcvd,send_status
Cpblty: 00000000
SWVers: 7.0
HWName: DEC 3000 Model 400
Quorum/Votes 1/0 Next seq. number 0000 Send queue 00000000
Quor. Disk Vote 1 Last seq num rcvd 0000 Resend queue 00000000
CSID 00010006 Last ack. seq num 0000 Block xfer Q. 805FA7D8
Eco/Version 0/23 Unacked messages 0 CDT address 00000000
Reconn. time 00000000 Ack limit 0 PDT address 00000000
Ref. count 2 Incarnation 1-JAN-1993 TQE address 00000000
Ref. time 31-AUG-1992 00:00:00 SB address 80421580
17:26:35 Lock mgr dir wgt 0 Current CDRP 00000001
--- ROMRDR Cluster System Block (CSB) 8062C400 ---
State: 01 open
Flags: 0202039A member,qf_same,cluster,qf_active,selected,status_rcvd
Cpblty: 00000000
SWVers: 7.0
HWName: DEC 3000 Model 400
Quorum/Votes 2/1 Next seq. number B350 Send queue 00000000
Quor. Disk Vote 1 Last seq num rcvd E786 Resend queue 00000000
CSID 000100ED Last ack. seq num B350 Block xfer Q. 8062C458
Eco/Version 0/22 Unacked messages 1 CDT address 805E8870
Reconn. time 00000000 Ack limit 3 PDT address 80618400
Ref. count 2 Incarnation 19-AUG-1992 TQE address 00000000
Ref. time 19-AUG-1992 16:15:00 SB address 8062C140
16:17:08 Lock mgr dir wgt 0 Current CDRP 00000000
--- VANDQ1 Cluster System Block (CSB) 8062C780 ---
State: 01 open
Flags: 020261AA member,qf_same,qf_noaccess,cluster,selected,status_rcvd
Cpblty: 00000000
SWVers: 7.0
HWName: DEC 3000 Model 400
Quorum/Votes 1/0 Next seq. number 32B6 Send queue 00000000
Quor. Disk Vote 1 Last seq num rcvd A908 Resend queue 00000000
CSID 000100EF Last ack. seq num 32B6 Block xfer Q. 8062C7D8
Eco/Version 0/23 Unacked messages 1 CDT address 805E8710
Reconn. time 00000000 Ack limit 3 PDT address 80618400
Ref. count 2 Incarnation 17-AUG-1992 TQE address 00000000
Ref. time 19-AUG-1992 15:37:06 SB address 8062BCC0
16:21:22 Lock mgr dir wgt 0 Current CDRP 00000000
--- SWPCTX Cluster System Block (CSB) 80D3B1C0 ---
State: 0B local
Flags: 030A60AA member,qf_same,qf_noaccess,selected,send_ext_status,local,status_rcvd
Cpblty: 00000037 rm8sec,vcc,dts,cwcreprc,threads
SWVers: V7.0
HWName: DEC 3000 Model 400
Quorum/Votes 1/1 Next seq. number 0000 Send queue 00000000
Quor. Disk Vote 1 Last seq num rcvd 0000 Resend queue 00000000
CSID 00010001 Last ack. seq num 0000 Block xfer Q. 80D3B218
Eco/Version 0/26 Unacked messages 0 CDT address 00000000
Reconn. time 00000000 Ack limit 0 PDT address 00000000
Ref. count 2 Incarnation 12-JUL-1996 TQE address 00000000
Ref. time 16-JUL-1996 15:36:17 SB address 80C50800
16:15:48 Lock mgr dir wgt 0 Current CDRP 00000001
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This example illustrates the default output of the SHOW CLUSTER command.
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SDA> SHOW CLUSTER/SCS
OpenVMS Cluster data structures
--------------------------
--- SCS Listening Process Directory ---
Entry Address Connection ID Process Name Information
------------- ------------- ------------ -----------
80C71EC0 74D20000 SCS$DIRECTORY Directory Server
80C72100 74D20001 MSCP$TAPE NOT PRESENT HERE
80E16940 74D20002 MSCP$DISK MSCP$DISK
80E23B40 74D20003 VMS$SDA_AXP Remote SDA
80E23B40 74D20003 VMS$SDA_AXP Remote SDA
80E25540 74D20004 VMS$VAXcluster ................
80E29E80 74D20005 SCA$TRANSPORT
813020C0 74D20053 PATHWORKScluster .....TurboServer
--- SCS Systems Summary ---
SB Address Node Type System ID Paths
---------- ---- ---- --------- -----
8493BC00 ARUSHA VMS 000000004CA1 2
80E23800 HSJ201 HSJ 4200101A1B20 1
80E3FF40 ORNOT VMS 000000004CA7 2
80E43F40 LOADQ VMS 000000004C31 2
80E473C0 HSJ300 HSJ 420010051D20 1
80E47CC0 HSJ101 HSJ 420010081720 1
80E47D40 HSJ100 HSJ 4200100B1520 1
80E478C0 HSJ600 HSJ 420010070920 1
80E49180 HSJ401 HSJ 4200100D0320 1
80E47DC0 HSJ301 HSJ 420010091F20 1
80E47E40 HSJ601 HSJ 4200100A0B20 1
80E49500 HSJ400 HSJ 4200100C0120 1
80E5BF80 CHOBE VMS 000000004CD6 2
80E5F080 ETOSHA VMS 000000004CF3 2
80E5FC00 VMS VMS 000000004C7A 2
80E4FF80 HSJ501 HSJ 4200101C0720 1
80E5FD80 HSJ200 HSJ 420010191920 1
80E5FE80 HSJ500 HSJ 4200101B0520 1
80E5FE00 IPL31 VMS 000000004F52 2
80E59F80 ZAPNOT VMS 000000004CBB 2
80E61F80 ALTOS VMS 000000004D0F 2
80E72000 TSAVO VMS 000000004CFE 2
80ED5D00 SLYTHE VMS 000000004DD1 1
80EDDD00 AZSUN VMS 000000004D56 1
80EDDE00 CALSUN VMS 000000004EA4 1
80EDFC00 4X4TRK VMS 00000000FF26 1
80EE93C0 GNRS VMS 00000000FC2B 1
80EE94C0 IXIVIV VMS 000000004E56 1
80EF1A80 CLAIR VMS 000000004CDF 1
80EF1C00 INT4 VMS 00000000FD70 1
80EFDF80 SCOP VMS 00000000FC87 1
80EFFAC0 MOCKUP VMS 00000000FCD5 1
--- ARUSHA System Block (SB) 8493BC00 ---
System ID 000000004CA1 Local software type VMS
Max message size 216 Local software vers. V7.2
Max datagram size 576 Local software incarn. DF4AC300
Local hardware type ALPH 009F7570
Local hardware vers. 000000000003 SCS poller timeout 5AD3
040400000000 SCS poller enable mask 27
Status: 00000000
--- Path Block (PB) 80E55F80 ---
Status: 0020 credit
Remote sta. addr. 000000000016 Remote port type 00000010
Remote state ENAB Number of data paths 2
Remote hardware rev. 00000008 Cables state A-OK B-OK
Remote func. mask ABFF0D00 Local state OPEN
Reseting port 16 Port dev. name PNA0
Handshake retry cnt. 2 SCS MSGBUF address 80E4C528
Msg. buf. wait queue 80E55FB8 PDT address 80E2A180
--- Path Block (PB) 80ED0900 ---
Status: 0020 credit
Remote sta. addr. 0000000000DF Remote port type NI
Remote state ENAB Number of data paths 2
Remote hardware rev. 00000104 Cables state A-OK B-OK
Remote func. mask 83FF0180 Local state OPEN
Reseting port 00 Port dev. name PEA0
Handshake retry cnt. 3 SCS MSGBUF address 80ED19A0
Msg. buf. wait queue 80ED0938 PDT address 80EC3C70
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This example illustrates the output of the SHOW CLUSTER /SCS command.
Displays information about all active connections between System Communications Services (SCS) processes or a single connection.
SHOW CONNECTIONS [ {/ADDRESS=cdt-address | /NODE=name | /SYSAP=name } ]
None.
/ADDRESS=cdt-address
Displays information contained in the connection descriptor table (CDT) for a specific connection. You can find the cdt-address for any active connection on the system in the CDT summary page display of the SHOW CONNECTIONS command. In addition, CDT addresses are stored in many individual data structures related to SCS connections. These data structures include class driver request packets (CDRPs) and unit control blocks (UCBs) for class drivers that use SCS, and cluster system blocks (CSBs) for the connection manager./NODE=name
Displays all CDTs associated with the specified remote SCS node name./SYSAP=name
Displays all CDTs associated with the specified local SYSAP.
The SHOW CONNECTIONS command provides a series of displays.The CDT summary page lists information regarding each connection on the local system, including the following:
- CDT address
- Name of the local process with which the CDT is associated
- Connection ID
- Current state
- Name of the remote node (if any) to which it is currently connected
The CDT summary page concludes with a count of CDTs that are free and available to the system.
SHOW CONNECTIONS next displays a page of detailed information for each active CDT listed previously.
SDA> SHOW CONNECTIONS
--- CDT Summary Page ---
CDT Address Local Process Connection ID State Remote Node
----------- ------------- ------------- ----- -----------
805E7ED0 SCS$DIRECTORY FF120000 listen
805E8030 MSCP$TAPE FF120001 listen
805E8190 VMS$VMScluster FF120002 listen
805E82F0 MSCP$DISK FF120003 listen
805E8450 SCA$TRANSPORT FF120004 listen
805E85B0 MSCP$DISK FF150005 open VANDQ1
805E8710 VMS$VMScluster FF120006 open VANDQ1
805E8870 VMS$VMScluster FF120007 open ROMRDR
805E89D0 MSCP$DISK FF120008 open ROMRDR
805E8C90 VMS$DISK_CL_DRVR FF12000A open ROMRDR
805E8DF0 VMS$DISK_CL_DRVR FF12000B open VANDQ1
805E8F50 VMS$TAPE_CL_DRVR FF12000C open VANDQ1
Number of free CDT's: 188
--- Connection Descriptor Table (CDT) 80C44850 ---
State: 0001 listen Local Process: MSCP$TAPE
Blocked State: 0000
Local Con. ID 899F0003 Datagrams sent 0 Message queue 80C4488C
Remote Con. ID 00000000 Datagrams rcvd 0 Send Credit Q. 80C44894
Receive Credit 0 Datagram discard 0 PB address 00000000
Send Credit 0 Message Sends 0 PDT address 00000000
Min. Rec. Credit 0 Message Recvs 0 Error Notify 822FFCC0
Pend Rec. Credit 0 Mess Sends NoFP 0 Receive Buffer 00000000
Initial Rec. Credit 0 Mess Recvs NoFP 0 Connect Data 00000000
Rem. Sta. 000000000000 Send Data Init. 0 Aux. Structure 00000000
Rej/Disconn Reason 0 Req Data Init. 0 Fast Recvmsg Rq 00000000
Queued for BDLT 0 Bytes Sent 0 Fast Recvmsg PM 00000000
Queued Send Credit 0 Bytes rcvd 0 Change Affinity 00000000
Total bytes map 0
--- Connection Descriptor Table (CDT) 805E8030 ---
State: 0001 listen Local Process: MSCP$TAPE
Blocked State: 0000
Local Con. ID FF120001 Datagrams sent 0 Message queue 805E8060
Remote Con. ID 00000000 Datagrams rcvd 0 Send Credit Q. 805E8068
Receive Credit 0 Datagram discard 0 PB address 00000000
Send Credit 0 Messages Sent 0 PDT address 00000000
Min. Rec. Credit 0 Messages Rcvd. 0 Error Notify 804540D0
Pend Rec. Credit 0 Send Data Init. 0 Receive Buffer 00000000
Initial Rec. Credit 0 Req Data Init. 0 Connect Data 00000000
Rem. Sta. 000000000000 Bytes Sent 0 Aux. Structure 00000000
Rej/Disconn Reason 0 Bytes rcvd 0
Queued for BDLT 0 Total bytes map 0
Queued Send Credit 0
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This example shows the default output of the SHOW CONNECTIONS command.
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