Additional information available:

ADDDEFAULT_KEYPADDEFINEDESELECTEXITHELP
INITIALIZEMOVEPANREFRESHREMOVESAVESCROLL
SELECTSETWRITE

ChangesClassesFieldsProcedure

       New Commands
      --------------
        REMOVE SYSTEMS /ID = ALL
        ADD    SYSTEMS /ID = ALL
        REMOVE SYSTEMS /NODE = ALL
        ADD    SYSTEMS /NODE = ALL
        ADD    CONNECTIONS /NAME = loc-proc-name
        ADD    CONNECTIONS /NAME = ALL
        REMOVE CONNECTIONS /NAME = loc-proc-name
        REMOVE CONNECTIONS /NAME = ALL

        New Fields
       ------------

        CL_EXPECTED_VOTES
        CL_MEMBERS
        EXPECTED_VOTES
        RECNXINTERVAL
        SW_VERS

        New Features
       --------------

        New format for data in HW_TYPE field.

        A single window can be SCROLLed without being selected.

        A single window will automatically be selected and
        AUTO_POSITIONING turned off when a MOVE command is entered.

        A Show Cluster command can be entered while Help text is
        still on the screen.

 The classes available for display are:

   CLUSTER       SYSTEMS    MEMBERS   CIRCUITS
   CONNECTIONS   COUNTERS   CREDITS   LOCAL_PORTS
   ERRORS

Additional information available:

CLUSTERSYSTEMSMEMBERSCIRCUITSCONNECTIONSCOUNTERS
CREDITSLOCAL_PORTSERRORS

 The cluster class contains general information about the cluster.
 This class includes information such as the time the cluster was
 formed, the time of the last transition, and the cluster quorum.

Additional information available:

CL_EXPECTED_VOTESCL_MEMBERSCL_QDVOTES
CL_QUORUMCL_VOTESFORMEDLAST_TRANSITIONMEMSEQ
QD_NAMEQF_VOTE

 The CL_EXPECTED_VOTES field displays the number of votes expected
 to be contributed by all members of the cluster as determined by
 the connection manager.  This value is based on the maximum of
 EXPECTED_VOTES and the maximized value of CL_VOTES.

 The CL_MEMBERS field displays the number of systems which are
 currently members of the cluster.

 The CL_QDVOTES field displays the number of quorum votes currently
 being contributed by the quorum disk.

 The CL_QUORUM field displays the number of votes required for the
 cluster to have quorum.

 THE CL_VOTES field displays the total number of quorum votes
 currently being contributed by all cluster members and the quorum
 disk.

 The time at which the cluster was formed.
 (DD-MMM-YY HH:MM).

 The LAST_TRANSITION time is the time at which a system last left
 or joined the cluster.  (DD-MMM-YY HH:MM)

 The MEMSEQ field displays the membership state sequence number.

 The full device name of the quorum disk.

 The QF_VOTE field indicates whether or not the quorum disk is
 contributing any votes.

 The systems class contains information about the systems in the cluster.
 This class includes information such as the system ID, the node name,
 the type of system, the type of software, the software version, the
 number of virtual circuits, etc.

 The fields which make up the systems class are:

Additional information available:

DG_SIZEHW_VERSHW_TYPEINCARNATIONMSG_SIZENODE
NUM_CIRCUITSSOFTWARESYS_ID

 The DG_SIZE field displays the maximum number of bytes of application
 data in datagrams transferred over the circuit.

   If the remote system is an HSC then the twelve bytes displayed
 in this field reflect the hardware type and microcode level of one
 of six requestors in the HSC.  The left byte in each pair is the
 hardware type, the right byte is the microcode version.  If zeros
 appear in both bytes, then the requestor is not present.  The
 requestors are numbered 2 through 7 as shown in the following
 table.  T is the hardware type.  V is the microcode version.

    Req. 7    Req. 6    Req. 5    Req. 4    Req. 3    Req. 2
 +----+----+----+----+----+----+----+----+----+----+----+----+
 |  T   V  |  T   V  |  T   V  |  T    V |  T    V |  T    V |
 +----+----+----+----+----+----+----+----+----+----+----+----+


   If the remote system is a VAX, then the lower four bytes
 reflect the contents of the system ID register for the processor.
 The upper two bytes contain the CPU model number.  The remaining
 six bytes are processor specific and are defined as shown in the
 following table:

             B3        B4        B5        B6        B7       B8
         +---------+---------+---------+---------+---------+---------+
  8600   |                 unused                |     Processor     |
         +---------+---------+---------+---------+---------+---------+
   785   | WCS (1) |flags (2)|        WCS        |   PCS(3)|   PCS   |
         +---------+---------+---------+---------+---------+---------+
 780/782 | WCS (1) |flags (2)|        WCS        |   PCS   |   FPLA  |
         +---------+---------+---------+---------+---------+---------+
   750   |                           unused                          |
         +---------+---------+---------+---------+---------+---------+

  All fields unless noted below refer to microcode revision levels.

  (1) WCS size
  (2) FPA, G and H floating flags
  (3) PCS/WCA match revision

 The HW_TYPE field displays the type of hardware or processor type
 of the remote system.


 NOTE:  The hardware-types displayed in this field can be used with
        the ADD and REMOVE SYSTEM/TYPE=("hw-type",...) commands.

 The value displayed in the INCARNATION field is a unique 16 digit
 (hex) number established when the system is booted.

 The MSG_SIZE field displays the maximum number of bytes of application
 data in messages transferred over the circuit.

 The NODE field displays the nodename of the remote system.
 The nodename is determined by the SYSGEN parameter SCSNODE
 and should be the same the DECnet nodename.


 NOTE:  The node-names displayed in this field can be used with the
        ADD and REMOVE SYSTEM/NODE=(node-name,...) commands.

 The NUM_CIRCUITS field displays a count of the number of virtual
 circuits established between the local and the remote system.

 The SOFTWARE field displays the name and version of the operating
 system being run on the remote system.

 The SYS_ID field displays identification number of the remote system.
 This ID number is determined by the SYSGEN parameters SCSSYSTEMID and
 SCSSYSTEMIDH.  The system-id should be the same as the DECnet node
 address.


 NOTE:  The system-ids displayed in this field can be used with the
        ADD and REMOVE SYSTEM/ID=(system-id,...) commands.

 The members class contains information about  the systems that are
 actively participating in the cluster.  This class includes fields
 such  as  the  system's cluster-wide ID number and the system's
 membership status in the cluster.

 The fields which make up the MEMBERS class are:

Additional information available:

ACKR_SQACK_LMCNX_STATECSIDDIR_WTEXPECTED_VOTES
PROTOCOLQDVOTESQF_ACTIVEQF_SAMEQUORUMRCVD_SQ
RECNXINTERVALSEND_SQSTATUSSW_VERSTRANSITION_TIME
UNACKEDVOTESWARMCDRPS

 The ACKR_SQ field displays the sequence number of the last
 acknowledge received via the VAXcluster connection.

 The ACK_LM field displays the maximum number of VAXcluster messages
 that can be received by the remote system before an acknowledgment
 reply is sent.

 The CNX_STATE field displays the state of the VAXcluster connection.
 The possible displays are:

        ACCEPT      Accepting the initial connection.
        CLOSED      The connection is closed.
        CONNECT     Attempting the initial connection.
        DEAD        No connection is possible.
        DISCONNECT  A disconnection is in progress.
        NEW         No attempt to make a connection has been made yet.
        OPEN        The connection is open.
        REACCEPT    The connection is accepting the reconnect request.
        RECONNECT   The connection is attempting to reconnect.
        WAIT        A time-out is in progress.

 The Cluster System ID.

 The DIR_WT field displays the Lock Manager distributed directory
 weight as determined by the LOCKDIRWT SYSGEN parameter.

 The EXPECTED_VOTES field displays the number of votes which are
 expected to be contributed by all members of the cluster as set
 by the EXPECTED_VOTES SYSGEN parameter.

 The PROTOCOL field displays the protocol version number and ECO
 level of the connection management software.

 The QDVOTES field displays number of votes which the remote system
 recommends be contributed by the quorum disk.  The recommended
 number of votes is determined by the SYSGEN QDVOTES parameter.

 The QF_ACTIVE field indicates whether or not the remote system's
 quorum file is accessible.

 The QF_SAME field indicates whether or not the remote system and
 local system agree as to which disk is the quorum disk.

 The QUORUM field displays the recommended quorum value derived
 from the EXPECTED_VOTES value.

 The RCVD_SQ field displays the sequence number of the last message
 to be received via the VAXcluster connection.

 The RECNXINTERVAL field displays the amount of time (in seconds) that
 the connection manager will wait before timing out its connection.
 The value displayed is the maximum of the intervals set on the
 local and remote nodes as determined by the RECNXINTERVAL SYSGEN
 parameter.

 The SEND_SQ field displays the sequence number of the next message
 to be sent via the VAXcluster connection.

 The STATUS field indicates the remote system's membership status in
 the cluster.  The possible displays are:

        (blank)  The system is not being considered for cluster
                 membership.

        BRK_MEM  The system is a member of the cluster, but the
                 connection manager has lost communication with it.

        BRK_NEW  The system has just booted, but has not yet joined
                 the cluster and the connection manager has lost
                 communication with it.

        BRK_NON  The connection manager has lost communication with
                 the system and the system is no longer a member of
                 the cluster.  It is now a non-member.

        BRK_REM  The connection manager has lost communication with
                 the system and the system has been removed from the
                 cluster.

        MEMBER   The system is participating in the cluster (A default
                 SYSGEN parameter allows 90 seconds delay before a
                 failing system is removed from cluster membership
                 status.)

        NEW      The system has just booted, but has not yet joined
                 the cluster.  If this system would normally be a member
                 of the cluster, and is displaying NEW in this field,
                 you can expect that the display will eventually change
                 to MEMBER.

        NON      The system is not a member of the cluster.

        REMOVED  The system has been removed from the cluster.

 The SW_VERS field contains a numeric representation of the software
 version running on the node.

 The TRANSITION_TIME field displays the time of the system's last
 change in membership status.

 The UNACKED field displays the number of unacknowledged VAXcluster
 messages received by the remote system.

 The VOTES field displays the number of votes the remote system
 contributes toward quorum.  The number of votes contributed is
 determined by the SYSGEN VOTES parameter.

 The WARMCDRPS field displays a count of the number of CDRPS on the
 CDRP free queue.

 For additional information, see help on classes MEMBERS STATUS.

 The circuits class contains information about the virtual circuits on a
 system.  This class includes fields such as local port name, remote port
 type and number, number of connections on the circuit, circuit state, etc.

 The fields which make up the circuits class are:

Additional information available:

CABLE_STATUSCIR_STATELPORT_NAMENUM_CONNECTIONS
REM_STATERPORT_NUMRP_FUNCTIONSRP_OWNER
RP_REVISIONRP_TYPESCS_WAITERS

 The CABLE_STATUS field indicates status of the path for the circuit
 from the CI interface on the local system to the CI interface on the
 remote system.  The field indicates which of the two paths (A and B)
 are good, or if the cables are crossed.  The possible displays are:

           -     Paths A and B are bad.
          A-     Path A is good.
           -B    Path B is good.
          A-B    Paths A and B are good.
        CROSSED  The cables are crossed.

 The CIR_STATE field displays the state of the virtual circuit.  The
 circuit may be OPEN, CLOSED, in one of the open or close in
 progress states, or VC_FAIL.  The possible displays are:

        CLOSED   The circuit is closed.
        OPEN     The circuit is opened.
        ST_REC   The circuit has a start received.
        ST_SENT  The circuit has a start sent.
        VC_FAIL  A virtual circuit failure is in progress.

 The LPORT_NAME field displays the VMS device name of the local port
 associated with the circuit.

 The NUM_CONNECTIONS field is a count of the number of connections
 established on the circuit between the local and remote system.

 The REM_STATE field indicates the state of the port on the remote system.
 The possible displays are:

        DISAB     The remote port is disabled.
        ENAB      The remote port is enabled.
        M_DISAB   The remote port is in maintenance mode, and is
                  disabled.
        M_ENAB    The remote port is in maintenance mode and is
                  enabled.
        M_UNINIT  The remote port is in maintenance mode, and has
                  not been initialized.
        UNINIT    The remote port has not been initialized.

 The RPORT_NUM field displays the number of the port on the remote
 system associated with the circuit.

 The RP_FUNCTIONS field displays the function mask of port on the
 remote system.

 The RP_OWNER field displays the port number of the owner of the port
 on the remote system.

 The RP_REVISION field indicates the hardware and/or microcode
 revision number of port on the remote system.

 The RP_TYPE field displays the type of port on the remote system
 associated with the circuit.  The possible displays are:

        CI780                   ETHERNET
        CI750                   HSC50
        CIBCA                   CINT   (CI node tester)
        CIBCI                   PASSTH (port is in pass-through mode)
        BVPSSP

 The SCS_WAITERS field displays a count of the number of connections
 waiting to send SCS control messages on the virtual circuit.

 The connections class contains information about the connection established
 over a virtual circuit.  This class includes fields such as the names and
 ID  numbers of the local and remote processes, and the state of the
 connection.

 The fields which make up the connections class are:

Additional information available:

CON_STATELOC_CONIDLOC_PROC_NAMEREM_CONID
REM_PROC_NAMESCS_STATE

 The CON_STATE field displays the state of the connection.
 The possible displays are:

        ACCP_SENT  An accept request has been sent.
        CLOSED     The connection is closed.
        CON_ACK    A connect request has been sent and acknowledged.
        CON_REC    A connect request has been received.
        CON_SENT   A connect request has been sent.
        DISC_ACK   A disconnect is acknowledged.
        DISC_MTCH  A disconnect request has matched.
        DISC_REC   A disconnect request has been received.
        DISC_SENT  A disconnect request has been sent.
        LISTEN     The connection is in the listen state.
        OPEN       The connection is open.
        REJ_SENT   A reject has been sent.
        VC_FAIL    The virtual circuit has failed.

 The LOC_CONID field displays the identification number of the
 process on the local system associated with the connection.

 The LOC_PROC_NAME field displays the name of the process on the
 local system associated with the connection.

 The REM_CONID field displays the identification number of the
 process on the remote system associated with the connection.  This
 information is not available for connections in the listen state.

 The REM_PROC_NAME field displays the name of the process on the
 remote system associated with the connection.  This information is
 not available for connections in the listen state.

 The SCS_STATE field displays the SCS send blocked state.  If the
 an SCS control message is waiting to be sent over the connection,
 the SCS send blocked state indicates what kind of message is
 waiting to be sent.  The possible displays are:

        ACCP_PEND  Waiting to send an accept request.
        CLEAR      Not blocked.
        CON_PEND   Waiting to send a connection request.
        CR_PEND    Waiting to send credit.
        DCR_PEND   Waiting to send credit in preparation for a
                   disconnect.
        DISC_PEND  Waiting to send a disconnect request.
        REJ_PEND   Waiting to send a reject request.

 The counters class displays the counts for the total accumulated
 traffic over a connection for the life of the connection.  This
 class includes fields such as the number of application datagrams
 sent and received, the number of application messages sent and
 received, and the number of kilobytes sent and requested in block
 transfer mode.

Additional information available:

BDT_WAITSBLKS_REQBLKS_SENTCR_WAITSDGS_DSCRD
DGS_RCVDDGS_SENTKB_MAPPEDKB_RCVDKB_SENTMSGS_RCVD
MSGS_SENT

 The BDT_WAITS field is a count of the number of times this connection
 had to wait for a buffer descriptor.

 The BLKS_REQ field is a count of the number of block request datas
 initiated to block transfer data from the remote to the local
 system.

 The BLKS_SENT field is a count of the number of block send datas
 initiated to block transfer data from the local to the remote
 system.

 The CR_WAITS field is a count of the number of times this connection
 had to wait for send credit.

 The DGS_DSCRD field is a count of the number of application
 datagrams discarded by the port driver.

 The DGS_RCVD field is a count of the number of application
 datagrams received from the remote system by the local system
 and given to the sysap.

 The DGS_SENT field is a count of the number of application
 datagrams sent over the connection from the local to the remote
 system.

 The KB_MAPPED field displays the number of kilobytes mapped for
 block transfer.

 The KB_RCVD field is a count of the number of kilobytes of data
 received by the local from the remote system via request datas.

 The KB_SENT field is a count of the number of kilobytes of data
 sent from the local to the remote system via send datas.

 The MSGS_RCVD field is a count of the number of messages received
 over the connection by the local system from the remote system.

 The MSGS_SENT field is a count of the number of messages sent
 over the connection from the local to the remote system.

 The credits class displays the send and receive credit counts for each
 connection.  This class includes fields that indicate the minimum, current
 and initial credit counts.

 The fields which make up the credits class are:

Additional information available:

INIT_RECMIN_RECMIN_SENDPEND_RECRECEIVESEND

 Initial receive credit extended to remote when connection was made.

 Minimum receive credit. (Minimum send credit required by remote.)

 Minimum send credit.

 Receive credit not yet extended to remote.

 Receive credit. (Send credit held by remote.)

 Current send credit.

 The local ports class displays information regarding the port interface on
 the local system. This class includes fields such as the port name, port
 number, port status, and the number of entries in the queues associated
 with each port.

 The fields which make up the local port class are:

Additional information available:

CMDS_QUEUEDCOUNTER_OWNERDGI_MAPDGS_FREEDG_OVRHD_SIZE
FORM_CIRCSLB_STATUSLOG_MAPLP_STATUS
LP_TYPEMAX_PORTMSGS_FREEMSG_HDR_SIZE
NAMEOPEN_CIRCSPOOL_WAITERSPORT_NUM
PRT_MAPRSPS_QUEUED

 Total number of messages, datagrams, and port commands queued for
 transmission at all priorities by the port.

 The name of the process currently using the port traffic counters.

 A sixteen bit bit-map displayed as 4 hex digits.  Each bit in the map
 represents a port in the cluster from which datagram reception has been
 disabled.

 The number of free datagram buffers currently queued for receives.

 The number of bytes of port header, SCS header, and DECnet header in a
 datagram.

 The number of formative circuits from the port.
 (i.e. virtual circuits with open-in-progress)

 The loop-back status of each cable from the port to the star coupler.
 The possible displays are:

        A-B  Loopback tests pass on paths A and B.
        A-   Loopback tests pass on path A.
         -B  Loopback tests pass on path B.
         -   Loopback tests failed on paths A and B
        N/A  Loopback tests are not being done.

 A sixteen bit bit-map displayed as 4 hex digits.  Each bit in the map
 represents a port in the cluster for which an error has been logged
 upon the discovery of conflicting data between the information in the
 configuration database on the local system and the information
 provided by the remote system.  Once set, establishment of a virtual
 circuit to the remote system is no longer allowed.

 Status of the local port. (i.e. online, offline)

 The device type of the local port.  (i.e. CI780, CI750, etc.)

 The largest port number to which we try to open a virtual circuit.

 The number of free message buffers currently queued for receives.

 The number of bytes of port header and SCS header in a message.

 The VMS device name of the local port.

 The number of virtual circuits open from the port.

 The number of processes waiting for non-paged pool resources for message
 buffers.

 The port number assigned to the port.

 A sixteen bit bit-map displayed as 3 hex digits. Each bit in the map
 represents a port in the cluster that has been recognized by the host
 system.

 Total number of responses of all kinds received from the port, but not yet
 processed.

 The errors class displays a running count of the errors on each port along
 with the current number of reinitialization attempts remaining and the
 maximum number of times reinitialization can be attempted.

 The fields which make up the errors class are:

Additional information available:

ERT_COUNTERT_MAXNUM_ERRORS

 The number of port reinitialization attempts remaining.

 The total number of times a recovery from fatal port errors can be
 attempted by shutting down all virtual circuits and connections and
 reinitializing the port.

 The number of errors that have been logged on the port since the system
 was booted.  This includes errors encountered in reinitialization attempts
 as well as recoverable errors such as virtual circuit failure.

 The fields available for display are:

 ACKR_SQ           ACK_LM            BDT_WAITS         BLKS_REQ
 BLKS_SENT         CABLE_STATUS      CIR_STATE         CL_EXPECTED_VOTES
 CL_MEMBERS        CL_QDVOTES        CL_QUORUM         CL_VOTES
 CMDS_QUEUED       CNX_STATE         CON_STATE         COUNTER_OWNER
 CR_WAITS          CSID              DGI_MAP           DGS_DSCRD
 DGS_FREE          DGS_RCVD          DGS_SENT          DG_OVRHD_SIZE
 DG_SIZE           DIR_WT            ERT_COUNT         ERT_MAX
 EXPECTED_VOTES    FORMED            FORM_CIRCS        HW_TYPE
 HW_VERS           INCARNATION       INIT_REC          KB_MAPPED
 KB_RCVD           KB_SENT           LAST_TRANSITION   LB_STATUS
 LOC_CONID         LOC_PROC_NAME     LOG_MAP           LPORT_NAME
 LP_STATUS         LP_TYPE           MAX_PORT          MEMSEQ
 MIN_REC           MIN_SEND          MSGS_FREE         MSGS_RCVD
 MSGS_SENT         MSG_HDR_SIZE      MSG_SIZE          NAME
 NODE              NUM_CIRCUITS      NUM_CONNECTIONS   NUM_ERRORS
 OPEN_CIRCS        PEND_REC          POOL_WAITERS      PORT_NUM
 PROTOCOL          PRT_MAP           QDVOTES           QD_NAME
 QF_ACTIVE         QF_SAME           QF_VOTE           QUORUM
 RCVD_SQ           RECEIVE           RECNXINTERVAL     REM_CONID
 REM_PROC_NAME     REM_STATE         RPORT_NUM         RP_FUNCTIONS
 RP_OWNER          RP_REVISION       RP_TYPE           RSPS_QUEUED
 SCS_STATE         SCS_WAITERS       SEND              SEND_SQ
 SOFTWARE          STATUS            SW_VERS           SYS_ID
 TRANSITION_TIME   UNACKED           VOTES             WARMCDRPS

Additional information available:

ACKR_SQACK_LMBDT_WAITSBLKS_REQBLKS_SENT
CABLE_STATUSCIR_STATECL_EXPECTED_VOTESCL_MEMBERS
CL_QDVOTESCL_QUORUMCL_VOTESCMDS_QUEUED
CNX_STATECON_STATECOUNTER_OWNERCR_WAITS
CSIDDGI_MAPDGS_FREEDGS_DSCRDDGS_RCVDDGS_SENT
DG_OVRHD_SIZEDG_SIZEDIR_WTERT_COUNTERT_MAX
EXPECTED_VOTESFORMEDFORM_CIRCSHW_TYPEHW_VERS
INCARNATIONINIT_RECKB_MAPPEDKB_RCVDKB_SENT
LAST_TRANSITIONLB_STATUSLOC_CONIDLOC_PROC_NAME
LOG_MAPLPORT_NAMELP_STATUSLP_TYPEMAX_PORT
MEMSEQMIN_RECMIN_SENDMSGS_FREEMSGS_RCVD
MSGS_SENTMSG_HDR_SIZEMSG_SIZENAMENODE
NUM_CIRCUITSNUM_CONNECTIONSNUM_ERRORSOPEN_CIRCS
PEND_RECPOOL_WAITERSPORT_NUMPROTOCOLPRT_MAP
QDVOTESQD_NAMEQF_ACTIVEQF_SAMEQF_VOTEQUORUM
RCVD_SQRECEIVERECNXINTERVALREM_CONIDREM_PROC_NAME
REM_STATERPORT_NUMRP_FUNCTIONSRP_OWNER
RP_REVISIONRP_TYPERSPS_QUEUEDSCS_STATESCS_WAITERS
SENDSEND_SQSOFTWARESTATUSSYS_IDSW_VERSTRANSITION_TIME
UNACKEDVOTESWARMCDRPS

 The ACKR_SQ field displays the sequence number of the last
 acknowledge received via the VAXcluster connection.

 The ACK_LM field displays the maximum number of VAXcluster messages
 that can be received by the remote system before an acknowledgment
 reply is sent.

 The BDT_WAITS field is a count of the number of times this connection
 had to wait for a buffer descriptor.

 The BLKS_REQ field is a count of the number of block request datas
 initiated to block transfer data from the remote to the local
 system.

 The BLKS_SENT field is a count of the number of block send datas
 initiated to block transfer data from the local to the remote
 system.

 The CABLE_STATUS field indicates status of the path for the circuit
 from the CI interface on the local system to the CI interface on the
 remote system.  The field indicates which of the two paths (A and B)
 are good, or if the cables are crossed.  The possible displays are:

           -     Paths A and B are bad.
          A-     Path A is good.
           -B    Path B is good.
          A-B    Paths A and B are good.
        CROSSED  The cables are crossed.

 The CIR_STATE field displays the state of the virtual circuit.  The
 circuit may be OPEN, CLOSED, in one of the open or close in
 progress states, or VC_FAIL.  The possible displays are:

        CLOSED   The circuit is closed.
        OPEN     The circuit is opened.
        ST_REC   The circuit has a start received.
        ST_SENT  The circuit has a start sent.
        VC_FAIL  A virtual circuit failure is in progress.

 The CL_EXPECTED_VOTES field displays the number of votes expected
 to be contributed by all members of the cluster as determined by
 the connection manager.  This value is based on the maximum of
 EXPECTED_VOTES and the maximized value of CL_VOTES.

 The CL_MEMBERS field displays the number of systems which are
 currently members of the cluster.

 The CL_QDVOTES field displays the number of quorum votes currently
 being contributed by the quorum disk.

 The CL_QUORUM field displays the number of votes required for the
 cluster to have quorum.

 THE CL_VOTES field displays the total number of quorum votes
 currently being contributed by all cluster members and the quorum
 disk.

 Total number of messages, datagrams, and port commands queued for
 transmission at all priorities by the port.

 The CNX_STATE field displays the state of the VAXcluster connection.
 The possible displays are:

        ACCEPT      Accepting the initial connection.
        CLOSED      The connection is closed.
        CONNECT     Attempting the initial connection.
        DEAD        No connection is possible.
        DISCONNECT  A disconnection is in progress.
        NEW         No attempt to make a connection has been made yet.
        OPEN        The connection is open.
        REACCEPT    The connection is accepting the reconnect request.
        RECONNECT   The connection is attempting to reconnect.
        WAIT        A time-out is in progress.

 The CON_STATE field displays the state of the connection.
 The possible displays are:

        ACCP_SENT  An accept request has been sent.
        CLOSED     The connection is closed.
        CON_ACK    A connect request has been sent and acknowledged.
        CON_REC    A connect request has been received.
        CON_SENT   A connect request has been sent.
        DISC_ACK   A disconnect is acknowledged.
        DISC_MTCH  A disconnect request has matched.
        DISC_REC   A disconnect request has been received.
        DISC_SENT  A disconnect request has been sent.
        LISTEN     The connection is in the listen state.
        OPEN       The connection is open.
        REJ_SENT   A reject has been sent.
        VC_FAIL    The virtual circuit has failed.

 The name of the process currently using the port traffic counters.

 The CR_WAITS field is a count of the number of times this connection
 had to wait for send credit.

 The Cluster System ID.

 A sixteen bit bit-map displayed as 4 hex digits.  Each bit in the map
 represents a port in the cluster from which datagram reception has been
 disabled.

 The number of free datagram buffers currently queued for receives.

 The DGS_DSCRD field is a count of the number of application
 datagrams discarded by the port driver.

 The DGS_RCVD field is a count of the number of application
 datagrams received from the remote system by the local system
 and given to the sysap.

 The DGS_SENT field is a count of the number of application
 datagrams sent over the connection from the local to the remote
 system.

 The number of bytes of port header, SCS header, and DECnet header in a
 datagram.

 The DG_SIZE field displays the maximum number of bytes of application
 data in datagrams transferred over the circuit.

 The DIR_WT field displays the Lock Manager distributed directory
 weight as determined by the LOCKDIRWT SYSGEN parameter.

 The number of port reinitialization attempts remaining.

 The total number of times a recovery from fatal port errors can be
 attempted by shutting down all virtual circuits and connections and
 reinitializing the port.

 The EXPECTED_VOTES field displays the number of votes which are
 expected to be contributed by all members of the cluster as set
 by the EXPECTED_VOTES SYSGEN parameter.

 The time at which the cluster was formed.
 (DD-MMM-YY HH:MM).

 The number of formative circuits from the port.
 (i.e. virtual circuits with open-in-progress)

 The HW_TYPE field displays the type of hardware or processor type
 of the remote system.


 NOTE:  The hardware-types displayed in this field can be used with
        the ADD and REMOVE SYSTEM/TYPE=("hw-type",...) commands.

   If the remote system is an HSC then the twelve bytes displayed
 in this field reflect the hardware type and microcode level of one
 of six requestors in the HSC.  The left byte in each pair is the
 hardware type, the right byte is the microcode version.  If zeros
 appear in both bytes, then the requestor is not present.  The
 requestors are numbered 2 through 7 as shown in the following
 table.  T is the hardware type.  V is the microcode version.

    Req. 7    Req. 6    Req. 5    Req. 4    Req. 3    Req. 2
 +----+----+----+----+----+----+----+----+----+----+----+----+
 |  T   V  |  T   V  |  T   V  |  T    V |  T    V |  T    V |
 +----+----+----+----+----+----+----+----+----+----+----+----+


   If the remote system is a VAX, then the lower four bytes
 reflect the contents of the system ID register for the processor.
 The upper two bytes contain the CPU model number.  The remaining
 six bytes are processor specific and are defined as shown in the
 following table:

             B3        B4        B5        B6        B7       B8
         +---------+---------+---------+---------+---------+---------+
  8600   |                 unused                |     Processor     |
         +---------+---------+---------+---------+---------+---------+
   785   | WCS (1) |flags (2)|        WCS        |   PCS(3)|   PCS   |
         +---------+---------+---------+---------+---------+---------+
 780/782 | WCS (1) |flags (2)|        WCS        |   PCS   |   FPLA  |
         +---------+---------+---------+---------+---------+---------+
   750   |                           unused                          |
         +---------+---------+---------+---------+---------+---------+

  All fields unless noted below refer to microcode revision levels.

  (1) WCS size
  (2) FPA, G and H floating flags
  (3) PCS/WCA match revision

 The value displayed in the INCARNATION field is a unique 16 digit
 (hex) number established when the system is booted.

 Initial receive credit extended to remote when connection was made.

 The KB_MAPPED field displays the number of kilobytes mapped for
 block transfer.

 The KB_RCVD field is a count of the number of kilobytes of data
 received by the local from the remote system via request datas.

 The KB_SENT field is a count of the number of kilobytes of data
 sent from the local to the remote system via send datas.

 The LAST_TRANSITION time is the time at which a system last left
 or joined the cluster.  (DD-MMM-YY HH:MM)

 The loop-back status of each cable from the port to the star coupler.
 The possible displays are:

        A-B  Loopback tests pass on paths A and B.
        A-   Loopback tests pass on path A.
         -B  Loopback tests pass on path B.
         -   Loopback tests failed on paths A and B
        N/A  Loopback tests are not being done.

 The LOC_CONID field displays the identification number of the
 process on the local system associated with the connection.

 The LOC_PROC_NAME field displays the name of the process on the
 local system associated with the connection.

 A sixteen bit bit-map displayed as 4 hex digits.  Each bit in the map
 represents a port in the cluster for which an error has been logged
 upon the discovery of conflicting data between the information in the
 configuration database on the local system and the information
 provided by the remote system.  Once set, establishment of a virtual
 circuit to the remote system is no longer allowed.

 The LPORT_NAME field displays the VMS device name of the local port
 associated with the circuit.

 Status of the local port. (i.e. online, offline)

 The device type of the local port.  (i.e. CI780, CI750, etc.)

 The largest port number to which we try to open a virtual circuit.

 The MEMSEQ field displays the membership state sequence number.

 Minimum receive credit. (Minimum send credit required by remote.)

 Minimum send credit.

 The number of free message buffers currently queued for receives.

 The MSGS_RCVD field is a count of the number of messages received
 over the connection by the local system from the remote system.

 The MSGS_SENT field is a count of the number of messages sent
 over the connection from the local to the remote system.

 The number of bytes of port header and SCS header in a message.

 The MSG_SIZE field displays the maximum number of bytes of application
 data in messages transferred over the circuit.

 The VMS device name of the local port.

 The NODE field displays the nodename of the remote system.
 The nodename is determined by the SYSGEN parameter SCSNODE
 and should be the same the DECnet nodename.


 NOTE:  The node-names displayed in this field can be used with the
        ADD and REMOVE SYSTEM/NODE=(node-name,...) commands.

 The NUM_CIRCUITS field displays a count of the number of virtual
 circuits established between the local and the remote system.

 The NUM_CONNECTIONS field is a count of the number of connections
 established on the circuit between the local and remote system.

 The number of errors that have been logged on the port since the system
 was booted.  This includes errors encountered in reinitialization attempts
 as well as recoverable errors such as virtual circuit failure.

 The number of virtual circuits open from the port.

 Receive credit not yet extended to remote.

 The number of processes waiting for non-paged pool resources for message
 buffers.

 The port number assigned to the port.

 The PROTOCOL field displays the protocol version number and ECO
 level of the connection management software.

 A sixteen bit bit-map displayed as 4 hex digits. Each bit in the map
 represents a port in the cluster that has been recognized by the host
 system.

 The QDVOTES field displays number of votes which the remote system
 recommends be contributed by the quorum disk.  The recommended
 number of votes is determined by the SYSGEN QDVOTES parameter.

 The full device name of the quorum disk.

 The QF_ACTIVE field indicates whether or not the remote system's
 quorum file is accessible.

 The QF_SAME field indicates whether or not the remote system and
 local system agree as to which disk is the quorum disk.

 The QF_VOTE field indicates whether or not the quorum disk is
 contributing any votes.

 The QUORUM field displays the recommended quorum value derived
 from the EXPECTED_VOTES value.

 The RCVD_SQ field displays the sequence number of the last message
 to be received via the VAXcluster connection.

 Receive credit. (Send credit held by remote.)

 The RECNXINTERVAL field displays the amount of time (in seconds) that
 the connection manager will wait before timing out its connection.
 The value displayed is the maximum of the intervals set on the
 local and remote nodes as determined by the RECNXINTERVAL SYSGEN
 parameter.

 The REM_CONID field displays the identification number of the
 process on the remote system associated with the connection.  This
 information is not available for connections in the listen state.

 The REM_PROC_NAME field displays the name of the process on the
 remote system associated with the connection.  This information is
 not available for connections in the listen state.

 The REM_STATE field indicates the state of the port on the remote system.
 The possible displays are:

        DISAB     The remote port is disabled.
        ENAB      The remote port is enabled.
        M_DISAB   The remote port is in maintenance mode, and is
                  disabled.
        M_ENAB    The remote port is in maintenance mode and is
                  enabled.
        M_UNINIT  The remote port is in maintenance mode, and has
                  not been initialized.
        UNINIT    The remote port has not been initialized.

 The RPORT_NUM field displays the number of the port on the remote
 system associated with the circuit.

 The RP_FUNCTIONS field displays the function mask of port on the
 remote system.

 The RP_OWNER field displays the port number of the owner of the port
 on the remote system.

 The RP_REVISION field indicates the hardware and/or microcode
 revision number of port on the remote system.

 The RP_TYPE field displays the type of port on the remote system
 associated with the circuit.  The possible displays are:


        CI780                   ETHERNET
        CI750                   HSC50
        CIBCA                   CINT   (CI node tester)
        CIBCI                   PASSTH (port is in pass-through mode)
        BVPSSP

 Total number of responses of all kinds received from the port, but not yet
 processed.

 The SCS_STATE field displays the SCS send blocked state.  If the
 an SCS control message is waiting to be sent over the connection,
 the SCS send blocked state indicates what kind of message is
 waiting to be sent.  The possible displays are:

        ACCP_PEND  Waiting to send an accept request.
        CLEAR      Not blocked.
        CON_PEND   Waiting to send a connection request.
        CR_PEND    Waiting to send credit.
        DCR_PEND   Waiting to send credit in preparation for a
                   disconnect.
        DISC_PEND  Waiting to send a disconnect request.
        REJ_PEND   Waiting to send a reject request.

 The SCS_WAITERS field displays a count of the number of connections
 waiting to send SCS control messages on the virtual circuit.

 Current send credit.

 The SEND_SQ field displays the sequence number of the next message
 to be sent via the VAXcluster connection.

 The SOFTWARE field displays the name and version of the operating
 system being run on the remote system.

 The STATUS field indicates the remote system's membership status in
 the cluster.  The possible displays are:

        (blank)  The system is not being considered for cluster
                 membership.

        BRK_MEM  The system is a member of the cluster, but the
                 connection manager has lost communication with it.

        BRK_NEW  The system has just booted, but has not yet joined
                 the cluster and the connection manager has lost
                 communication with it.

        BRK_NON  The connection manager has lost communication with
                 the system and the system is no longer a member of
                 the cluster.  It is now a non-member.

        BRK_REM  The connection manager has lost communication with
                 the system and the system has been removed from the
                 cluster.

        MEMBER   The system is participating in the cluster (A default
                 SYSGEN parameter allows 90 seconds delay before a
                 failing system is removed from cluster membership
                 status.)

        NEW      The system has just booted, but has not yet joined
                 the cluster.  If this system would normally be a member
                 of the cluster, and is displaying NEW in this field,
                 you can expect that the display will eventually change
                 to MEMBER.

        NON      The system is not a member of the cluster

        REMOVED  The system has been removed from the cluster.

 The SYS_ID field displays identification number of the remote system.
 This ID number is determined by the SYSGEN parameters SCSSYSTEMID and
 SCSSYSTEMIDH.  The system-id should be the same as the DECnet node
 address.


 NOTE:  The system-ids displayed in this field can be used with the
        ADD and REMOVE SYSTEM/ID=(system-id,...) commands.

 The SW_VERS field contains a numeric representation of the software
 version running on the node.

 The TRANSITION_TIME field displays the time of the system's last
 change in membership status.

 For additional information, see help on field STATUS.

 The UNACKED field displays the number of unacknowledged VAXcluster
 messages received by the remote system.

 The VOTES field displays the number of votes the remote system
 contributes toward quorum.  The number of votes contributed is
 determined by the SYSGEN VOTES parameter.

 The WARMCDRPS field displays a count of the number of CDRPS on the
 CDRP free queue.

 Requests the internal command interpreter to read subsequent command
 input from a specific file or device.  The file may contain any valid
 interactive command.  Command files may be nested to 16 levels.  The
 file type defaults to .COM.

 Format:

        @file-spec


 Note:  If the logical name SHOW_CLUSTER$INIT is defined, then Show
        Cluster will use the directory defined by SHOW_CLUSTER$INIT
        to locate the command file specified.  If SHOW_CLUSTER$INIT
        is not defined Show Cluster will look for the command file
        in the current default directory.

 To execute a command procedure upon invoking SHOW CLUSTER define the
 logical name SHOW_CLUSTER$INIT to equate to the filespec you would like
 SHOW CLUSTER to execute.  The file type defaults to .INI.