             7                    Information on Networks and Clusters       D           __________________________________________________________D           15.5  How can I send (radio) pages from my OpenVMS system?  >                    There are third-party products available toB                    send messages to radio paging devices (pagers),B                    communicating via various protocols such as TAPF                    (Telocator Alphanumeric Protocol); paging packages.  H                    RamPage (Ergonomic Solutions) is one of the availableF                    packages that can generate and transmit messages toG                    radio pagers. Target Alert (Target Systems; formerlyyH                    the DECalert product) is another. Networking DynamicsC                    Corp has a product called Pager Plus. The SystemaD                    Watchdog package can also send pages. The ProcessA                    Software package PMDF can route specific emailp:                    addresses to a paging service, as well.  H                    Many commercial paging services provide email contactF                    addresses for their paging customers-you can simplyF                    send or forward email directly to the email address)                    assigned to the pager.   F                    Some people implement the sending of pages to radioD                    pagers by sending commands to a modem to take theH                    "phone" off the "hook", and then the paging sequence,G                    followed by a delay, and then the same number that anH                    human would dial to send a numeric page. (This is notG                    entirely reliable, as the modem lacks "call progressdD                    detection", and the program could simply send theH                    dial sequence when not really connected to the paging?                    company's telephone-based dial-up receiver.)a  D                    See Section 13.1 for information on the available'                    catalog of products.a  D           __________________________________________________________4           15.6  OpenVMS, Clusters, Volume Shadowing?  H                    The following sections contain information on OpenVMSF                    and Clusters, Volume Shadowing, and Cluster-related%                    system parameters.e        J                                                                      15-11               7                    Information on Networks and Clusters       '           _____________________________ B           15.6.1  OpenVMS Cluster Communications Protocol Details?  D                    The following sections contain information on theI                    OpenVMS System Communications Services (SCS) Protocol.dJ                    Cluster terminology is available in Section 15.6.1.2.1.  '           _____________________________ ?           15.6.1.1  OpenVMS Cluster (SCS) over DECnet? Over IP?   H                    The OpenVMS Cluster environment operates over variousE                    network protocols, but the core of clustering usesoF                    the System Communications Services (SCS) protocols,D                    and SCS-specific network datagrams. Direct (full)+                    connectivity is assumed.   G                    An OpenVMS Cluster does not operate over DECnet, nor                     over IP._  9                    No SCS protocol routers are available.O  F                    Many folks have suggested operating SCS over DECnetC                    or IP over the years, but SCS is too far down insB                    the layers, and any such project would entail aE                    major or complete rewrite of SCS and of the DECnet.D                    or IP drivers. Further, the current DECnet and IPI                    implementations have large tracts of code that operate F                    at the application level, while SCS must operate inG                    the rather more primitive contexts of the system andoJ                    particularly the bootstrap-to get SCS to operate over aI                    DECnet or IP connection would require relocating major F                    portions of the DECnet or IP stack into the kernel.G                    (And it is not clear that the result would even meet ;                    the bandwidth and latency expectations.)p  D                    The usual approach for multi-site OpenVMS ClusterI                    configurations involves FDDI, Memory Channel (MC2), or J                    a point-to-point remote bridge, brouter, or switch. TheI                    connection must be transparent, and it must operate ataJ                    10 megabits per second or better (Ethernet speed), withI                    latency characteristics similar to that of Ethernet or I                    better. Various sites use FDDI, MC2, ATM, or point-to- !                    point T3 link.-                        15-12               7                    Information on Networks and Clusters       '           _____________________________tD           15.6.1.2  Configuring Cluster SCS for path load balancing?  I                    This section discusses OpenVMS Cluster communications, J                    cluster terminology, related utilities, and command and&                    control interfaces.  '           _____________________________,*           15.6.1.2.1  Cluster Terminology?  I                    SCS: Systems Communication Services. The protocol usedfH                    to communicate between VMSCluster systems and betweenE                    OpenVMS systems and SCS-based storage controllers.aC                    (SCSI-based storage controllers do not use SCS.)o  C                    PORT: A communications device, such as DSSI, CI,eG                    Ethernet or FDDI. Each CI or DSSI bus is a different_G                    local port, named PAA0, PAB0, PAC0 etc. All Ethernet >                    and FDDI busses make up a single PEA0 port.  B                    VIRTUAL CIRCUIT: A reliable communications pathF                    established between a pair of ports. Each port in aF                    VMScluster establishes a virtual circuit with every.                    other port in that cluster.  I                    All systems and storage controllers establish "VirtualEA                    Circuits" to enable communications between alln,                    available pairs of ports.  H                    SYSAP: A "system application" that communicates usingH                    SCS. Each SYSAP communicates with a particular remote1                    SYSAP. Example SYSAPs include:   ;                    VMS$DISK_CL_DRIVER connects to MSCP$DISKhG                    The disk class driver is on every VMSCluster system. J                    MSCP$DISK is on all disk controllers and all VMSClusterH                    systems that have SYSGEN parameter MSCP_LOAD set to 1  ;                    VMS$TAPE_CL_DRIVER connects to MSCP$TAPEpG                    The tape class driver is on every VMSCluster system.mJ                    MSCP$TAPE is on all tape controllers and all VMSClusterI                    systems that have SYSGEN parameter TMSCP_LOAD set to 1   <                    VMS$VAXCLUSTER connects to VMS$VAXCLUSTERD                    This SYSAP contains the connection manager, whichG                    manages cluster connectivity, runs the cluster statePJ                    transition algorithm, and implements the cluster quorum  J                                                                      15-13               7                    Information on Networks and Clusters         G                    algorithm. This SYSAP also handles lock traffic, and B                    various other cluster communications functions.  ;                    SCS$DIR_LOOKUP connects to SCS$DIRECTORY F                    This SYSAP is used to find SYSAPs on remote systems  !                    MSCP and TMSCP,F                    The Mass Storage Control Protocol and the Tape MSCPE                    servers are SYSAPs that provide access to disk and H                    tape storage, typically operating over SCS protocols.J                    MSCP and TMSCP SYSAPs exist within OpenVMS (for OpenVMSG                    hosts serving disks and tapes), within CI- and DSSI-RI                    based storage controllers, and within host-based MSCP-oF                    or TMSCP storage controllers. MSCP and TMSCP can beH                    used to serve MSCP and TMSCP storage devices, and canJ                    also be used to serve SCSI and other non-MSCP/non-TMSCP#                    storage devices.e  I                    SCS CONNECTION: A SYSAP on one node establishes an SCStF                    connection to its counterpart on another node. ThisJ                    connection will be on ONE AND ONLY ONE of the available$                    virtual circuits.  '           _____________________________ 5           15.6.1.2.2  Cluster Communications Control?   G                    When there are multiple virtual circuits between twoeH                    OpenVMS systems it is possible for the VMS$VAXCLUSTERG                    to VMS$VAXCLUSTER connection to use any one of theseCJ                    circuits. All lock traffic between the two systems will?                    then travel on the selected virtual circuit.a  H                    Each port has a "LOAD CLASS" associated with it. ThisF                    load class helps to determine which virtual circuitG                    a connection will use. If one port has a higher loadeH                    class than all others then this port will be used. IfH                    two or more ports have equally high load classes thenE                    the connection will use the first of these that it J                    finds. Prior to enhancements found in V7.3-1 and later,H                    the load class is static and normally all CI and DSSII                    ports have a load class of 14(hex), while the Ethernet H                    and FDDI ports will have a load class of A(hex). WithG                    V7.3-1 and later, the load class values are dynamic.                       15-14 h             7                    Information on Networks and Clustersi        E                    For instance, if you have multiple DSSI busses andeH                    an FDDI, the VMS$VAXCLUSTER connection will chose theF                    DSSI bus as this path has the system disk, and thusH                    will always be the first DSSI bus discovered when the(                    OpenVMS system boots.  C                    To force all lock traffic off the DSSI and on to D                    the FDDI, for instance, an adjustment to the loadE                    class value is required, or the DSSI SCS port musti                    be disabled.n  D                    In addition to the load class mechanisms, you canC                    also use the "preferred path" mechanisms of MSCPnE                    and TMSCP services. This allows you to control the H                    SCS connections used for serving remote disk and tapeI                    storage. The preferred path mechanism is most commonlyDF                    used to explicitly spread cluster I/O activity overH                    hosts and/or storage controllers serving disk or tapeJ                    storage in parallel. This can be particularly useful ifJ                    your hosts or storage controllers individually lack theH                    necessary I/O bandwidth for the current I/O load, andI                    must thus aggregate bandwidth to serve the cluster I/O                     load.  E                    For related tools, see various utilities includingiI                    LAVC$STOP_BUS and LAVC$START_BUS, and see DCL commandsg0                    including SET PREFERRED_PATH.  '           _____________________________cI           15.6.1.2.3  Cluster Communications Control Tools and Utilities?v  C                    In most OpenVMS versions, you can use the tools:r  0                    o  SYS$EXAMPLES:LAVC$STOP_BUS  1                    o  SYS$EXAMPLES:LAVC$START_BUS   F                    These tools permit you to disable or enable all SCS9                    traffic on the on the specified paths.T  I                    You can also use a preferred path mechanism that tellsTI                    the local MSCP disk class driver (DUDRIVER) which patheI                    to a disk should be used. Generally, this is used withtH                    dual-pathed disks, forcing I/O traffic through one ofI                    the controllers instead of the other. This can be used   J                                                                      15-15               7                    Information on Networks and Clusters         I                    to implement a crude form of I/O load balancing at thec"                    disk I/O level.  E                    Prior to V7.2, the preferred path feature uses thes                    tool:  -                    o  SYS$EXAMPLES:PREFER.MARh  G                    In OpenVMS V7.2 and later, you can use the following                     DCL command:   '                    $ SET PREFERRED_PATH   D                    The preferred path mechanism does not disable norC                    affect SCS operations on the non-preferred path.m  D                    With OpenVMS V7.3 and later, please see the SCACPG                    utility for control over cluster communications, SCS H                    virtual circuit control, port selection, and related.  '           _____________________________r4           15.6.2  Cluster System Parameter Settings?  H                    The following sections contain details of configuring5                    cluster-related system parameters.   '           _____________________________oE           15.6.2.1  What is the correct value for EXPECTED_VOTES in al                     VMScluster?   E                    The VMScluster connection manager uses the concept F                    of votes and quorum to prevent disk and memory dataD                    corruptions-when sufficient votes are present forF                    quorum, then access to resources is permitted. WhenJ                    sufficient votes are not present, user activity will beG                    blocked. The act of blocking user activity is calledhG                    a "quorum hang", and is better thought of as a "user H                    data integrity interlock". This mechanism is designedI                    to prevent a partitioned VMScluster, and the resultant I                    massive disk data corruptions. The quorum mechanism is H                    expressly intended to prevent your data from becoming&                    severely corrupted.                        15-16               7                    Information on Networks and Clusters         E                    On each OpenVMS node in a VMScluster, one sets two C                    values in SYSGEN: VOTES, and EXPECTED_VOTES. The G                    former is how many votes the node contributes to the F                    VMScluster. The latter is the total number of votesE                    expected when the full VMScluster is bootstrapped.   G                    Some sites erroneously attempt to set EXPECTED_VOTES F                    too low, believing that this will allow when only aI                    subset of voting nodes are present in a VMScluster. It G                    does not. Further, an erroneous setting in EXPECTED_ C                    VOTES is automatically corrected once VMScluster H                    connections to other nodes are established; user dataG                    is at risk of severe corruptions during the earliest G                    and most vulnerable portion of the system bootstrap, @                    before the connections have been established.  F                    One can operate a VMScluster with one, two, or manyI                    voting nodes. With any but the two-node configuration,TG                    keeping a subset of the nodes active when some nodes C                    fail can be easily configured. With the two-node B                    configuration, one must use a primary-secondaryI                    configuration (where the primary has all the votes), aoJ                    peer configuration (where when either node is down, theF                    other hangs), or (preferable) a shared quorum disk.  A                    Use of a quorum disk does slow down VMSclusteraA                    transitions somewhat - the addition of a thirdnF                    voting node that contributes the vote(s) that wouldB                    be assigned to the quorum disk makes for fasterE                    transitions-but the use of a quorum disk does mean J                    that either node in a two-node VMScluster configuration;                    can operate when the other node is down.l  1                                              Note   A                       The quorum disk must be on a non-host-basedo?                       shadowed disk, though it can be protected D                       with controller-based RAID. Because host-basedB                       volume shadowing depends on the lock managerD                       and the lock manager depends on the connectionC                       manager and the connection manager depends on A                       quorum, it is not technically feasible (nor F                       even particularly reliable) to permit host-basedB                       volume shadowing to protect the quorum disk.  J                                                                      15-17 a             7                    Information on Networks and Clusterso        G                    If you choose to use a quoum disk, a QUORUM.DAT file C                    will be automatically created when OpenVMS first H                    boots and when a quorum disk is specified - well, theI                    QUORUM.DAT file will be created when OpenVMS is booted G                    without also needing the votes from the quorum disk.   A                    In a two-node VMScluster with a shared storage F                    interconnect, typically each node has one vote, andG                    the quorum disk also has one vote. EXPECTED_VOTES isl                     set to three.  F                    Using a quorum disk on a non-shared interconnect isH                    unnecessary-the use of a quorum disk does not provideG                    any value, and the votes assigned to the quorum disk H                    should be assigned to the OpenVMS host serving access                    to the disk.g  C                    For information on quorum hangs, see the OpenVMSaA                    documentation. For information on changing theVD                    EXPECTED_VOTES value on a running system, see theB                    SET CLUSTER/EXPECTED_VOTES command, and see theF                    documentation for the AMDS and Availability ManagerC                    tools. Also of potential interest is the OpenVMS J                    system console documentation for the processor-specificG                    console commands used to trigger the IPC (InterrrupteC                    Priority Level %x0C; IPL C) handler. (IPC is notcE                    available on OpenVMS I64 V8.2.) AMDS, AvailabilityeC                    Manager, and the IPC handler can each be used todD                    clear a quorum hang. Use of AMDS and AvailabilityJ                    Manager is generally recommended over IPC, particularlyH                    because IPC can cause CLUEXIT bugchecks if the systemG                    should remain halted beyond the cluster sanity timerrJ                    limits, and because some Alpha consoles and most (all?)E                    Integrity consoles do not permit a restart after ae                    halt.  ?                    The quorum scheme is a set of "blade guards"eE                    deliberately implemented by OpenVMS Engineering togF                    provide data integrity-remove these blade guards atD                    your peril. OpenVMS Engineering did not implementG                    the quorum mechanism to make a system manager's life H                    more difficult- the quorum mechanism was specificallyH                    implemented to keep your data from getting scrambled.                      15-18 T  q          7                    Information on Networks and Clustersr      '           _____________________________ 9           15.6.2.1.1  Why no shadowing for a Quorum Disk?g  F                    Stated simply, Host-Based Volume Shadowing uses theJ                    Distributed Lock Manager (DLM) to coordinate changes toF                    membership of a shadowset (e.g. removing a member).D                    The DLM depends in turn on the Connection ManagerI                    enforcing the Quorum Scheme and deciding which node(s)IJ                    (and quorum disk) are participating in the cluster, andI                    telling the DLM when it needs to do things like a lock G                    database rebuild operation. So you can't introduce a G                    dependency of the Connection Manager on Shadowing to G                    try to pick proper shadowset member(s) to use as the I                    Quorum Disk when Shadowing itself is using the DLM and I                    thus indirectly depending on the Connection Manager to G                    keep the cluster membership straight-it's a circular                     dependency.  E                    So in practice, folks simply depend on controller-rH                    based mirroring (or controller-based RAID) to protectC                    the Quorum Disk against disk failures (and dual-eF                    redundant controllers to protect against most casesG                    of controller and interconnect failures). Since thistF                    disk unit appears to be a single disk up at the VMS9                    level, there's no chance of ambiguity.   '           _____________________________nE           15.6.2.2  Explain disk (or tape) allocation class settings?d  E                    The allocation class mechanism provides the systemQI                    manager with a way to configure and resolve served andcH                    direct paths to storage devices within a cluster. AnyG                    served device that provides multiple paths should bepG                    configured using a non-zero allocation class, either E                    at the MSCP (or TMSCP) storage controllers, at the H                    port (for port allocation classes), or at the OpenVMSE                    MSCP (or TMSCP) server. All controllers or servers F                    providing a path to the same device should have theE                    same allocation class (at the port, controller, orA!                    server level).e  E                    Each disk (or tape) unit number used within a non-sG                    zero disk (or tape) allocation class must be unique,(F                    regardless of the particular device prefix. For theH                    purposes of multi-path device path determination, anyJ                    disk (or tape) device with the same unit number and the  J                                                                      15-19 t  p          7                    Information on Networks and Clusters         H                    same disk (or tape) allocation class configuration is1                    assumed to be the same device.e  B                    If you are reconfiguring disk device allocationH                    classes, you will want to avoid the use of allocationF                    class one ($1$) until/unless you have Fibre ChannelJ                    storage configured. (Fibre Channel storage specifically@                    requires the use of allocation class $1$. eg:                    $1$DGA0:.)   '           _____________________________tH           15.6.2.2.1  How to configure allocation classes and Multi-Path                       SCSI?   B                    The HSZ allocation class is applied to devices,F                    starting with OpenVMS V7.2. It is considered a portJ                    allocation class (PAC), and all device names with a PACI                    have their controller letter forced to "A". (You mighteI                    infer from the the text in the "Guidelines for OpenVMS J                    Cluster Configurations" that this is something you haveF                    to do, though OpenVMS will thoughtfully handle this%                    renaming for you.)s  H                    You can force the device names back to DKB by settingH                    the HSZ allocation class to zero, and setting the PKBJ                    PAC to -1. This will use the host allocation class, andG                    will leave the controller letter alone (that is, the I                    DK controller letter will be the same as the SCSI porthI                    (PK) controller). Note that this won't work if the HSZuI                    is configured in multibus failover mode. In this case, H                    OpenVMS requires that you use an allocation class for                    the HSZ.s  H                    When your configuration gets even moderately complex,C                    you must pay careful attention to how you assigntF                    the three kinds of allocation class: node, port andF                    HSZ/HSJ, as otherwise you could wind up with deviceC                    naming conflicts that can be painful to resolve.f  @                    The display-able path information is for SCSIE                    multi-path, and permits the multi-path software to J                    distinguish between different paths to the same device.E                    If you have two paths to $1$DKA100, for example byyI                    having two KZPBA controllers and two SCSI buses to theoH                    HSZ, you would have two UCBs in a multi-path set. The                      15-20    f          7                    Information on Networks and Clusterss        I                    path information is used by the multi-path software tot6                    distinguish between these two UCBs.  G                    The displayable path information describes the path;aF                    in this case, the SCSI port. If port is PKB, that'sF                    the path name you get. The device name is no longerH                    completely tied to the port name; the device name nowJ                    depends on the various allocation class settings of the1                    controller, SCSI port or node.u  D                    The reason the device name's controller letter isF                    forced to "A" when you use PACs is because a sharedH                    SCSI bus may be configured via different ports on theJ                    various nodes connected to the bus. The port may be PKBG                    on one node, and PKC on the other. Rather obviously,eH                    you will want to have the shared devices use the sameD                    device names on all nodes. To establish this, youE                    will assign the same PAC on each node, and OpenVMSsE                    will force the controller letter to be the same ondE                    each node. Simply choosing "A" was easier and moretG                    deterministic than negotiating the controller lettereJ                    between the nodes, and also parallels the solution usedF                    for this situation when DSSI or SDI/STI storage was                    used.  E                    To enable port allocation classes, see the SYSBOOT E                    command SET/BOOT, and see the DEVICE_NAMING system                     parameter.b  D                    This information is also described in the Cluster=                    Systems and Guidelines for OpenVMS Clustern*                    Configurations manuals.  '           _____________________________s=           15.6.3  Tell me about SET HOST/DUP and SET HOST/HSCr  I                    The OpenVMS DCL commands SET HOST/DUP and SET HOST/HSCeE                    are used to connect to storage controllers via theSI                    Diagnostics and Utility Protocol (DUP). These commands H                    require that the FYDRIVER device driver be connected.J                    This device driver connection is typically performed byJ                    adding the following command(s) into the system startup%                    command procedure:D  J                                                                      15-21 a  S          7                    Information on Networks and Clusterst        $                    On OpenVMS Alpha:  !           $ RUN SYS$SYSTEM:SYSMANc?           SYSMAN> IO CONNECT FYA0/NOADAPTER/DRIVER=SYS$FYDRIVERv  "                    On OpenVMS VAX:  !           $ RUN SYS$SYSTEM:SYSGENa(           SYSGEN> CONNECT FYA0/NOADAPTER  G                    Alternatives to the DCL SET HOST/DUP command includeaI                    the console SET HOST command available on various mid- 2                    to recent-vintage VAX consoles:  G                    Access to Parameters on an Embedded DSSI controller:n  ?           SET HOST/DUP/DSSI[/BUS:{0:1}] dssi_node_number PARAMS   C                    Access to Directory of tools on an Embedded DSSI                     controller:  ?           SET HOST/DUP/DSSI[/BUS:{0:1}] dssi_node_number DIRECT   C                    Access to Parameters on a KFQSA DSSI controller:   ;           SHOW UQSSP ! to get port_controller_number PARAMSo:           SET HOST/DUP/UQSSP port_controller_number PARAMS  H                    These console commands are available on most MicroVAXJ                    and VAXstation 3xxx series systems, and most (all?) VAXH                    4xxx series systems. For further information, see theG                    system documentation and-on most VAX systems-see thed%                    console HELP text.A  A                    EK-410AB-MG, _DSSI VAXcluster Installation andSC                    Troubleshooting_, is a good resource for settingSC                    up a DSSI VMScluster on OpenVMS VAX nodes. (ThiscE                    manual predates coverage of OpenVMS Alpha systems,oG                    but gives good coverage to all hardware and softwaresI                    aspects of setting up a DSSI-based VMScluster-and mosteE                    of the concepts covered are directly applicable toLI                    OpenVMS Alpha systems. This manual specifically coversnF                    the hardware, which is something not covered by the>                    standard OpenVMS VMScluster documentation.)  G                    Also see Section 15.3.3, and for the SCS name of thes0                    OpenVMS host see Section 5.7.                      15-22               7                    Information on Networks and Clusters       '           _____________________________d8           15.6.4  How do I rename a DSSI disk (or tape?)  G                    If you want to renumber or rename DSSI disks or DSSIwI                    tapes, it's easy-if you know the secret incantation...M                       From OpenVMS:  *                    $ RUN SYS$SYSTEM:SYSGEN1                    SYSGEN> CONNECT FYA0/NOADAPTER                     SYSGEN> ^Z L                    $ SET HOST/DUP/SERV=MSCP$DUP/TASK=PARAMS <DSSI-NODE-NAME>                    ...$                    PARAMS> STAT CONFR                    <The software version is normally near the top of the display.>                    PARAMS> EXITi                    ...  D                    From the console on most 3000- and 4000-class VAXD                    system consoles... (Obviously, the system must be0                    halted for these commands...)  #                    Integrated DSSI:   H                    SET HOST/DUP/DSSI[/BUS:[0:1]] dssi_node_number PARAMS                      KFQSA:   C                    SET HOST/DUP/UQSSP port_controller_number PARAMSi  D                    For information on how to get out into the PARAMSE                    subsystem, also see the HELP at the console promptnG                    for the SET HOST syntax, or see the HELP on SET HOSTvG                    /DUP (once you've connected FYDRIVER under OpenVMS)..  F                    Once you are out into the PARAMS subsystem, you canJ                    use the FORCEUNI option to force the use of the UNITNUMG                    value and then set a unique UNITNUM inside each DSSI I                    ISE-this causes each DSSI ISE to use the specfied unit G                    number and not use the DSSI node as the unit number. J                    Other parameters of interest are NODENAME and ALLCLASS,J                    the node name and the (disk or tape) cluster allocation                    class.n  C                    Ensure that all disk unit numbers used within anpH                    OpenVMS Cluster disk allocation class are unique, andG                    all tape unit numbers used within an OpenVMS ClustereH                    tape allocation class are also unique. For details on  J                                                                      15-23 t  s          7                    Information on Networks and Clusterst        I                    the SCS name of the OpenVMS host, see Section 5.7. For ?                    details of SET HOST/DUP, see Section 15.6.3.   '           _____________________________sJ           15.6.5  Where can I get Fibre Channel Storage (SAN) information?  L                    o  http://www.openvms.compaq.com/openvms/fibre/index.html  '           _____________________________ C           15.6.6  Which files must be shared in an OpenVMS Cluster?   G                    The following files are expected to be common across H                    all nodes in a cluster environment, and though SYSUAFA                    is very often common, it can also be carefully_D                    coordinated-with matching UIC values and matchingC                    binary identifier values across all copies. (TheeG                    most common use of multiple SYSUAF files is to allow_I                    different quotas on different nodes. In any event, thetJ                    binary UIC values and the binary identifier values mustI                    be coordinated across all SYSUAF files, and must matchUI                    the RIGHTSLIST file.) In addition to the list of files H                    (and directories, in some cases) shown in Table 15-1,F                    please review the VMScluster documentation, and the3                    System Management documentation.t  J           ________________________________________________________________1           Table 15-1  Cluster Common Shared Filese  J                    _______________________________________________________J                    Filename___________________Default_Specification_______  =                    SYSUAF                     SYS$SYSTEM:.DAT,  =                    SYSUAFALT                  SYS$SYSTEM:.DATe  =                    SYSALF                     SYS$SYSTEM:.DATs  =                    RIGHTSLIST                 SYS$SYSTEM:.DAT_  =                    NETPROXY                   SYS$SYSTEM:.DAT   =                    NET$PROXY                  SYS$SYSTEM:.DAT_  =                    NETOBJECT                  SYS$SYSTEM:.DATn  =                    NETNODE_REMOTE             SYS$SYSTEM:.DAT   H                    QMAN$MASTER                SYS$SYSTEM:; this is a set>                                               of related files                      15-24 Y  M          7                    Information on Networks and Clusters.      J           ________________________________________________________________9           Table 15-1 (Cont.)  Cluster Common Shared Files   J                    _______________________________________________________J                    Filename___________________Default_Specification_______  =                    LMF$LICENSE                SYS$SYSTEM:.LDB   >                    VMSMAIL_PROFILE            SYS$SYSTEM:.DATA  =                    VMS$OBJECTS                SYS$SYSTEM:.DATw  >                    VMS$AUDIT_SERVER           SYS$MANAGER:.DAT  >                    VMS$PASSWORD_HISTORY       SYS$SYSTEM:.DATA  >                    NETNODE_UPDATE             SYS$MANAGER:.COM  >                    VMS$PASSWORD_POLICY        SYS$LIBRARY:.EXE  =                    LAN$NODE_DATABASE          SYS$SYSTEM:.DAT   >                    VMS$CLASS_SCHEDULE         SYS$SYSTEM:.DATA  H                    SYS$REGISTRY               SYS$SYSTEM:; this is a setJ           ____________________________________of_related_files____________  I                    In addition to the documentation, also see the current G                    version of the file SYS$STARTUP:SYLOGICALS.TEMPLATE.AF                    Specifically, please see the most recent version ofJ                    this file available, starting on or after OpenVMS V7.2.  G                    A failure to have common or (in the case of multiple F                    SYSUAF files) synchronized files can cause problemsG                    with batch operations, with the SUBMIT/USER command, J                    with the general operations with the cluster alias, andE                    with various SYSMAN and related operations. Object C                    protections and defaults will not necessarily be D                    consistent, as well. This can also lead to systemI                    security problems, including unintended access denialslG                    and unintended object accesses, should the files andsJ                    particularly should the binary identifier values become                    skewed.  '           _____________________________a8           15.6.7  How can I split up an OpenVMS Cluster?  F                    Review the VMScluster documentation, and the SystemF                    Management documentation. The following are the keyF                    points, but are likely not the only things you will"                    need to change.  J                                                                      15-25 a             7                    Information on Networks and Clusterse        J                    OpenVMS Cluster support is directly integrated into theJ                    operating system, and there is no way to remove it. YouH                    can, however, remote site-specific tailoring that was@                    added for a particular cluster configuration.  H                    First: Create restorable image BACKUPs of each of theI                    current system disks. If something gets messed up, you 0                    want a way to recover, right?  D                    Create standalone BACKUP kits for the OpenVMS VAXF                    systems, and create or acquire bootable BACKUP kits1                    for the OpenVMS Alpha systems.   I                    Use CLUSTER_CONFIG or CLUSTER_CONFIG_LAN to remove therI                    various system roots and to shut off boot services ands'                    VMScluster settings.   E                    Create as many architecture-specific copies of the I                    system disks as required. Realize that the new systems F                    will all likely be booting through root SYS0-if youJ                    have any system-specific files in any other roots, save                    them.  J                    Relocate the copies of the VMScluster common files onto0                    each of the new system disks.  F                    Reset the console parameters and boot flags on each7                    system for use on a standalone node.h  I                    Reset the VAXCLUSTER and NISCS_LOAD_PEA0 parameters to 4                    0 in SYSGEN and in MODPARAMS.DAT.  E                    Clobber the VMScluster group ID and password usinga                    SYSMAN.  J                    Reboot the systems seperately, and run AUTOGEN on each.  E                    Shut off MOP services via NCP or LANCP on the boot                      server nodes.  H                    Permanent seperation also requires the duplication ofI                    shared files. For a list of the files commonly shared,P-                    please see Section 15.6.6.G  J                    Also see the topics on "cluster divorce" in the Ask The                    Wizard area.   H                    o  http://www.hp.com/go/openvms/wizard/ (retired; use"                       ITRC forums)                      15-26 P             7                    Information on Networks and Clusters         D                    For additional information on the OpenVMS Ask TheG                    Wizard (ATW) area and for a pointer to the available F                    ATW Wizard.zip archive, please see Section 3.8. ATWF                    has been superceded (for new questions) by the ITRCD                    discussion forums; the area remains available for                    reference.T  D                    Information on changing node names is included in                    Section 5.7.C  '           _____________________________d.           15.6.8  Details on Volume Shadowing?  I                    This section contains information on host-based volume J                    shadowing; on the disk mirroring capabilities available"                    within OpenVMS.  '           _____________________________dG           15.6.8.1  Does volume shadowing require a non-zero allocationr                     classes?  C                    Yes, use of host-based Volume Shadowing requirescH                    that the disk(s) involved be configured in a non-zero$                    allocation class.  I                    Edit SYS$SYSTEM:MODPARAMS.DAT to include a declaration G                    of an non-zero allocation class, such as setting the 8                    host allocation class to the value 7:                       ALLOCLASS = 7  7                    Then AUTOGEN the system, and reboot.   F                    You should now be able to form the shadow set via a1                    command such as the following:i  O                    $ MOUNT dsa1007: /SHADOW=($7$dkb300:,$7$dkb500:) volumelabel   F                    When operating in an OpenVMS Cluster, this sequenceH                    will typically change the disk names from the SCSNODEH                    prefix (scsnode$dkann) to the allocation-class prefixI                    ($7$dkannn). This may provide you with the opportunityoG                    to move to a device-independent scheme using logicalvG                    name constructs such as the DISK$volumelabel logical I                    names in your startup and application environments; an F                    opportunity to weed out physical device references.  J                                                                      15-27               7                    Information on Networks and Clusters         I                    Allocation class one is used by Fibre Channel devices;tJ                    it can be best to use another non-zero allocation classH                    even if Fibre Channel is not currently configured and)                    not currently planned.e                                                                                                    15-28                                 J           ________________________________________________________________           Index     ;           1858                              Ambassador,1-10C4             17-Nov-1858,4-1                 AMD,2-14=           2000                              AMD64,2-13,  2-14 =           __Year,5-41___________________      Terminology,2-4 8           A                                 ANSI C,10-183           ______________________________    AP,10-7 7           Access Control List Entry,        Apache,13-9 9              5-13                           APB.EXE,14-10_7           ACCVIO,5-41                       Archie,13-8 :           ACE,5-13                          Archival MediaE           ACPI,14-25                          DVDarchive/restore,9-11 =           Acrobat,13-7                      Archive.Org,14-50_?           ACS,5-64                          ARCH_DEFS.REQ,10-15 @           ACTS,4-9                          Argent Software,2-11A           AD244A,14-66                      Argument Pointer,10-7 E           Adobe                             ARRE,14-54,  14-55, 14-57CE             Acrobat,13-7                    ARWE,14-54,  14-55, 14-57   0             PDF,13-7                        ASAP  6           Advanced Server,5-4                 See DSPPG           AEST,13-19,  13-25                Ask The Wizard,3-12,  5-29,,J           Agnew, Jim,14-41                     5-30, 5-31, 5-40, 8-9, 9-3,G           Allocation Class                     10-2, 10-4, 10-8, 10-10, I             Fibre Channel,15-28                10-16, 10-21, 10-26, 15-1, @             Non-Zero,15-27,  15-28             15-2, 15-3, 15-276             Volume Shadowing,15-27            See ITRC6           ALLOCLASS system parameter,       ASMP,14-15F              15-27                          Asymmetric Multiprocessing           Alpha,2-146             Terminology,2-4                   See ASMPH           AlphaPC 164LX,14-28               ATA,7-1,  9-5, 14-28, 14-32,J           AlphaPC 164SX,14-28                  14-53, 14-54, 14-55, 14-57,;           AlphaServer ES47                     14-64, 14-667?             Time,4-27                       ATAPI,14-64,  14-66i7           AlphaServer ES80                  Athlon,2-14pH             Time,4-27                       ATW,3-12,  5-29, 5-30, 5-31,J           AlphaServer GS1280                   5-40, 8-9, 9-3, 10-2, 10-4,I             Time,4-27                          10-8, 10-10, 10-16, 10-21,,G           AlphaStation XP1000,14-49            10-26, 15-1, 15-2, 15-3,14           AMASK,14-37,  14-38                  15-27  6                                               See ITRC  J                                                                    Index-1                                   Index        >           AUTOGEN,5-14                      BNU Bookreader,3-16           Automatic foreign command,8-3     Bookreader5           Automatic Foreign Command,8-4       BNU,3-118           AVI,7-3                             MGBOOK,3-1C           ______________________________    Boot Alias,14-9,  14-22 >           B                                 Boot Aliases,14-22;           ______________________________    Bootblock,14-20 5           Backdoor,5-10                     Bootstrap 9           Backdrop,11-8                       Alpha,14-10 6           Backdrops,11-8                      I64,14-97           BACKUP,5-21,  9-17                  VAX,14-12gB           BACKUP/IGNORE=INTERLOCK,5-58      BOOT_OPTIONS.COM,14-228           Bad Block Handling,9-3            Browser,13-4C           BADLIB,13-23                      Byers, Robert Alan,13-8 ;           BADTYPSTR,13-23                   Byte lane,14-38_7           bash,13-17                        bzip2,13-26 J           Batch,13-22                       ______________________________-           BB_WATCH,4-5                      C J           BC16E,14-58,  14-62               ______________________________;           BCC08,14-60                       C,10-18,  10-26-F           BCKTRNSFAIL,15-5                    Compaq C Compiler,10-18,6           Berryman, Mark,1-4,  13-3              10-26J           Bi-Endian,10-17                     DEC C Compiler,10-18,  10-26B           Big-Endian,10-17                    Device Drivers,10-22I           BIND,15-6                           HP C Compiler,10-18,  10-264B           bison,13-17                         VAX C Compiler,10-183           Blackbox,14-58                    C2,5-544:           Bliss                             CA,5-3,  14-212             Architecture Flags,10-15        Caesar8             BLISS32E,10-15                    Julius,4-28             BLISS32I,10-15                  CalTech,13-8I             BLISS32V,10-15                  Campus Software License Granti6             BLISS64E,10-15                    See CSLGJ             BLISS64I,10-15                  Carrier Sense Multiple Access,E             Compiler,10-14                     with Collision Detect,54             Rebuilding System Libraries,       14-64D                10-14, 10-15                 Castle Wolfenstein,13-16.           Block                             CDA             Disk,2-25                         embossed media,9-13 C           BMC,14-33                           Recording,9-9,  14-57 8           BN24H,14-60                       CD-Audio,7-19           BN24J,14-60                       CD Player,7-1t           BNC,14-47                       Index-2                                   Index        A           CD-R,9-9,  13-9, 14-56, 14-57     Console Backdoor,5-10 I           CD-R/RW,9-8,  9-11                CONSOLE environment variable, 4           CDRECORD,9-8,  9-9, 14-57,           14-158              14-65                          Contrl,13-12I           CDRECORD-ProDVD,9-9               Conversational bootstrap,5-7, A           CDRTOOLS,9-8,  9-9, 14-65            14-9, 14-10, 14-15a6           CD-RW,9-9,  13-9, 14-57           COPY,10-10F           CDWRITE,9-9                       COPY/RECORDABLE_MEDIA,9-8,2           CGI,13-21                            9-96           CHARON-VAX,3-10,  13-27           CPAN,13-256           CHECKSUM,5-45                     CRAM,14-397           CHECKSUM/ALGORITHM=MD5,5-46       CRC32,10-32 9           Clam,5-4                          $creprc,10-10 /           cli$get_value,10-4                CSAT6           Clock                               See DSPP5             TODR,4-5,  4-7                  CSLG,2-11 9             TOY,4-5,  4-7                   CSMA/CD,14-64E  5           Clockmeister, Ulysses T.          CSWB,13-49  5             See Time                          See SWB5I           CLUEXIT,15-18                     Cyclic Redundency Check,10-32MJ           Cluster                           ______________________________-             Disk,2-25                       D,J           Cluster Load Balancing,15-14      ______________________________6           Cluster Terminology,15-13         4D20,14-496           CMA$RTL.EXE,10-26                 3D30,14-49C           CMS,13-22                         Dachtera, David J.,13-8 ?           00CMS,13-22                       Data Remanence,5-61 :           01CMS,13-22                       Datatrieve,3-4:           Columbia University,13-3          DATMISCH,10-18F           COM1,14-5,  14-16                 Daylight Saving Time,4-16,@           COM2,14-5,  14-16                    4-25, 4-30, 10-22H           COMMON,10-6                         US Changes 1-Mar-2007,4-22F           Compaq,5-40                       DAYLIGHT_SAVINGS.COM,4-16,  3           Compaq Secure Web Browser            4-180  E             See SWB                         DB9,14-58,  14-59, 14-60,24           Composer                             14-62E             Mozilla,13-19                   DCE DTS,4-10,  4-17, 4-1819           Computer Associates,5-3,          DCL,3-3,  3-72H              14-21                            Automatic foreign command,4           Connection Manager,15-19               8-3A           console,14-6,  14-15                Foreign command,8-3,C           Console,14-5                        Lexical functions,8-3 7             VAXstation 3100,9-4               PIPE,8-100  9                                               Symbols,8-1   J                                                                    Index-3 p  r                              Index        2           DCL$PATH,8-4                      DELETE:           DCPS,12-3                           Undelete,9-1<           DCX,13-27                         Descriptor,10-117           DDB,10-9                          Deutsch,1-2 >           DEASSIGN,8-3                      Developer Programs6           Deathrow Cluster,2-17               See DSPP>           Debugger                          Device Driver,10-9:             Signalling SS$_DEBUG,10-17      Device Drivers5           DEC-423,14-57                       C,10-22HB           DECalert,15-11                      Floating Point,10-22J           DECC$CRTL.EXE,10-26               DEVICE_NAMING system parameter5           DECconnect,14-57                     ,15-21 F           DECdns,15-6                       DFU,5-67,  9-1, 9-4, 13-13>           DECdocument,vi                    DIAGBOOT.EXE,14-139           DECDTLOGO,11-9                    DIAGNOSE,5-409=           DECdtss,4-9                       Dictionary attack ;           DECevent,5-40                       Password,5-53 J           DECmigrate,13-19,  13-25,         DIGITAL Network Products Group5              13-27                             ,14-45t@           DECnet,14-64,  15-6               Digital Synergy,13-9G             Asynchronous,14-63              Digital Versatile Disk,9-12 5             DECNET_REGISTER,15-5            Discounts              MOP,15-66           DECprint,12-3                       See DSPP0           DECsound,7-3                      Disk8           DEC Test Manager,13-23              Block,2-25:           DECthreads,10-26                    Cluster,2-25A           DECUS,1-9                           Data Remanence,5-614:             See User Group                    Erasure,5-619             Hobbyist Licenses,2-10            Sector,2-25a;           DECUServe,1-3                       Security,5-61 >           DECUS Software Library,13-3       Disk Mirroring,9-2  B           DECW$CDPLAYER,7-1                   See Volume Shadowing1           DECW$CDPLAYER.C,14-66             Disks J           DECW$EXAMPLES:DECW$CDPLAYER.C       ATA,7-1,  9-5, 14-28, 14-32,E              ,14-66                              14-53, 14-54, 14-55, 6           DECW$KEYMAP Logical Name,              14-57D              11-10                            Bad Block Handling,9-38           DECwindows Transport,11-17          CD-R,14-56@           DECwindows V1.2-6,11-17             CD-R/RW,9-8,  9-11?           DECwindows V1.3,11-17               CD-Recordable,9-9 A           DEFINE,8-3                          DVD+R/RW,9-8,  9-11A;                                               dvd200i,14-57 A                                               DVD-R/RW,9-8,  9-11 @                                               DVD-Recordable,9-9                      Index-4    a                              Index        H           Disks (cont'd)                    DST,4-16,  4-18, 4-25, 4-30,4             FAT Format,7-2                     10-22H             Floppy,7-2                        US Changes 1-Mar-2007,4-22=             IDE,7-1,  9-5, 14-28, 14-32,    DTM,13-22,  13-23 7                14-53, 14-54, 14-55,         00DTM,13-23 7                14-57                        01DTM,13-23 A             Jumpers,14-49                   DTSS,4-9,  4-10, 4-18 =             MSCP,9-3                          DTSS$CLERK,4-25 G             PC Format,7-2                     Too Few Servers Detected, 5             PlexWriter,14-57,  14-65             4-26 ;             SCSI,9-3,  9-15, 14-2,          DTSS$CLERK,4-252J                14-28, 14-32, 14-35,         DTSS$INSTALL_TIMEZONE_RULE.COM4                14-42, 14-49, 14-53,            ,4-24D                14-54, 14-55, 14-56,         DTSS$NTP_PROVIDER.C,4-10F                14-57                        DTSS$SET_TIMEZONE.EXE,4-17E             SCSI-2,9-6                      DTSS$UTC_STARTUP.COM,4-24,0             Volume Set,9-7                  Dump;             Zip,14-56,  14-57                 Process,10-28 5           Disk Shadowing,9-2                DVD,14-572;           Distributed Lock Manager,           Recording,9-9MB              15-19                          DVD+R,9-9,  9-11, 13-98           Distribution Kits,2-8             DVD+R/RW,9-8D           DJE Systems,13-8                  DVD+RW,9-9,  13-9, 14-659           DKDRIVER,14-65,  14-66            dvd200i,14-57 C           DLM,15-19                         DVDarchive/restore,9-11 <           DLT VS80,14-56                    DVD-R,9-9,  13-9?           DNDRIVER,14-66                    DVD-R/RW,9-8,  9-11 9           DNPG,14-45                        DVD-RAM,14-65 F           DNS,15-6                          DVDRTOOLS,9-8,  9-9, 14-65=           DOCUMENT,10-16                    DVD-RW,9-9,  13-9 E                                             DVDwrite,9-8,  9-9, 9-10,K4             See DECdocument                    14-658           DoD,5-61                          Dvorak,11-10G           DOD_ERAPAT,5-62                   Dynamic System Recognition, 4           Download Kits,2-8                    14-25J           DQDRIVER,7-1,  9-5, 14-32,        ______________________________-              14-57, 14-64, 14-66            E,J           Driver                            ______________________________3             Device,10-9                     EB,2-25e6           DRVERR,14-54,  14-57              EBCDIC,7-3E           DSPP,2-12,  2-17, 2-21, 14-34     e-Business Infrastructure-:           DSR,14-25                            Package,2-8/           DSSI,5-62                         ECO   7                                               kits,5-32   J                                                                    Index-5                                   Index        5           Editor,13-17                      ETAPE,7-3 :           Editors,3-3                       Ethernet,14-64=           Edit Version,10-27                Event Flags,11-1234           EFI,5-8,  14-9, 14-20, 14-22,     EWS,11-38              14-23, 14-33                   Exabyte,2-259           EFI Boot Alias,14-9,  14-22       Examples,10-3 B           EIA-232,14-59                     EXE$GL_TICKLENGTH,4-14B           ELSA GLoria Synergy,5-30          EXE$GL_TIMEADJUST,4-14;           ELV,5-41                          EXE$GL_TODR,4-4 D           elvis,13-17                       EXE$GQ_SAVED_HWCLOCK,4-6D           EM64T,2-13,  2-14                 EXE$GQ_SYSTIME,4-3,  4-6;             Terminology,2-4                 EXE$GQ_TDF,4-17 ?           emacs,3-3,  13-17                 EXE$GQ_TODCBASE,4-3F;           embossed media,9-13               EXE$SETTIME,4-4-A           Encompass                         Executable Image,10-8AE             See User Group                  Executive mode code,10-291A             Hobbyist Licenses,2-10          EXPECTED_VOTES system >           Encompasserve,1-3,  2-17             parameter,15-17  ?           Encompass Software Library,       Explicitly ParallelmD              13-3                              Instruction Computing6           Endian-ness,10-17                   See EPICI           Energy Policy Act of 2005,        Extensible Firmware Interface 5              4-22                             See EFI J           Engineering Software,7-2          ______________________________-           Ensoniq,7-3                       F J           Enterex                           ______________________________9             Hobbyist Licenses,2-10          f$getenv,14-8   7           Enterprise Operating              f$parse,8-2u8              Environment                    f$trnlnm,8-39             See EOE                         f$unique,5-67F@           EOE,2-7                           Facility Prefix,10-2>           EPIC,14-33                        FAQ Sections (Old)G           $erapat,5-62                        DCL$PATH Logical Name,8-4 6           Erasure,5-61                        DCL1,8-38           Ergonomic Solutions,15-11           DCL10,8-108           Error analysis,5-40                 DCL11,8-108           Error Log Viewer                    DCL12,8-116             See ELV                           DCL3,8-56           ES47                                DCL4,8-56             Time,4-27                         DCL5,8-66           ES80                                DCL6,8-76             Time,4-27                         DCL7,8-76                                               DCL8,8-86                                               DCL9,8-9                      Index-6 4                                 Index        G           FAQ Sections (Old) (cont'd)       FAQ Sections (Old) (cont'd)   :             DECw$IGNORE_WORKSTATION           Mgmt10,15-169                Logical Name,11-5              Mgmt11,5-14 9             DECw1,11-1                        Mgmt12,5-60C:             DECw10,11-7                       Mgmt13,15-219             DECw11,11-12                      Mgmt14,15-9 9             DECw12,11-13                      Mgmt15,5-15 9             DECw13,11-13                      Mgmt16,5-16 9             DECw14,11-14                      Mgmt17,5-25 9             DECw15,11-16                      Mgmt18,5-26O9             DECw16,11-17                      Mgmt19,5-27m7             DECw17,11-17                      Mgmt2,5-2 9             DECw2,11-3                        Mgmt20,5-59 9             DECw3,11-3                        Mgmt21,5-2729             DECw4,11-4                        Mgmt23,5-2939             DECw5,11-10                       Mgmt24,5-2939             DECw6,11-4                        Mgmt25,5-324:             DECw9,11-6                        Mgmt26,15-239             DECwindows,11-1                   Mgmt27,5-3379             Doc1,3-1                          Mgmt28,15-477             Doc10,3-5                         Mgmt3,5-4 9             Doc11,3-6                         Mgmt30,5-34 9             Doc13,3-10                        Mgmt31,5-35 9             Doc14,3-12                        Mgmt32,5-37 9             Doc2,3-2                          Mgmt33,5-37 9             Doc4,3-5                          Mgmt34,5-40 9             Doc5,3-5                          Mgmt35,5-5519             File1,9-1                         Mgmt36,15-4 9             File2,9-1                         Mgmt37,5-40 9             File3,9-2                         Mgmt38,5-41 9             File4,9-3                         Mgmt39,5-41 7             File5,9-4                         Mgmt4,5-6 9             File6,9-7                         Mgmt40,5-42 9             File7,9-8,  9-11                  Mgmt41,5-42 :             File8,9-15                        Mgmt42,15-209             File9,9-15                        Mgmt43,5-44 :             Intro1,1-2                        Mgmt44,15-24:             Intro2,1-2                        Mgmt45,15-259             Intro3,1-3                        Mgmt46,5-45 I             Intro4,1-4                        Mgmt47,15-13,  15-14, 15-15 9             Intro5,1-5                        Mgmt48,5-46 9             Intro6,1-8                        Mgmt49,5-46 >             Intro7,1-3                        Mgmt5,5-7,  5-119             Intro8,1-9                        Mgmt50,5-47 9             Mgmt1,5-1                         Mgmt51,5-47   J                                                                    Index-7                                   Index        G           FAQ Sections (Old) (cont'd)       FAQ Sections (Old) (cont'd)5  8             Mgmt52,5-49                       Prog7,10-68             Mgmt53,5-49                       Prog8,10-68             Mgmt54,15-27                      Prog9,10-78             Mgmt56,5-49                       Soft1,13-18             Mgmt57,5-50                       Soft10,8-9:             Mgmt58,15-6                       Soft12,13-23:             Mgmt59,5-50                       Soft13,13-25:             Mgmt6,15-3                        Soft14,13-269             Mgmt60,5-52                       Soft2,13-15t9             Mgmt61,15-19                      Soft3,13-1939             Mgmt62,5-53                       Soft4,13-2019             Mgmt63,5-64                       Soft5,10-1849             Mgmt64,5-57                       Soft6,13-21 9             Mgmt9,5-12                        Soft7,13-22 9             Misc12,12-3                       Soft8,13-22 7             Misc13,12-3                       Time1,4-1 @             Misc15,15-11                      Time10,4-25,  4-278             Misc17,15-9                       Time11,4-39             Misc19,15-12                      Time12,4-29 9             Misc2,12-1                        Time13,4-20 7             Misc20,12-4                       Time2,4-7 8             Misc4,14-60                       Time3,4-128             Misc6,15-5                        Time4,4-168             Misc7,15-7                        Time5,4-237             Misc9,15-4                        Time6,4-918             Prog1,10-2                        Time7,4-148             Prog10,10-7                       Time8,4-137             Prog11,10-8                       Time9,4-7 7             Prog12,10-10                      Util1,7-1 7             Prog13,10-10                      Util2,7-2 7             Prog14,2-23                       Util3,7-3 7             Prog15,2-25                       Util5,7-3 7             Prog16,10-12                      Util6,7-4 6             Prog17,10-13                      VAX8,4-36             Prog18,10-14                      VMS1,2-18             Prog19,10-16                      VMS10,2-128             Prog2,10-4                        VMS11,2-138             Prog20,10-16                      VMS12,2-168             Prog21,10-17                      VMS13,2-188             Prog22,10-17                      VMS14,2-198             Prog23,10-18                      VMS15,2-208             Prog3,10-5                        VMS16,2-218             Prog4,10-5                        VMS17,2-226             Prog5,10-5                        VMS2,2-3                      Index-8                                   Index        J           FAQ Sections (Old) (cont'd)       ______________________________-             VMS3,2-4                        G J             VMS4,2-4                        ______________________________6             VMS5,2-5                        gawk,13-163             VMS7,2-6                        GB,2-2515             VMS8,2-9                        gcc,13-18M?             VMS9,2-10,  2-12                gcc emulation,13-17 8           Farmer, Ken,1-3                   $getdvi,10-28           FAT Disks,7-2                     $getjpi,10-28           FFT,13-12                         $getqui,5-54?           fgrep,13-16                       $getsyi,10-2,  14-2 9           $filescan,9-4                     Gigabyte,2-252:           FILE tool,13-14                   GKDRIVER,14-66:           File Versions,5-66                GKTEST.C,14-66A           Firefox                           Global Maintech,14-21 7             Service Guide,14-41             gmake,13-13 4           Firmware,14-23                    GMT,4-305           FISH,13-4                         GNM,10-16 =           Flat-panel display,14-49          GNU,13-17,  13-18 6           flex,13-17                        GnuPG,13-5B           Flight simulator,13-16            GNU Privacy Guard,13-5=           Floating point,10-29              GNV,13-17,  13-18 6           Floating Point,10-6               Google,1-38             Device Drivers,10-22            gopher,13-164           Floppy,7-2                        GPG,13-56           FLORIAN,9-1                       Grace,13-9D           $flush,9-2                        GrayMatter Software,2-11>           FOE,2-7                           grep,13-16,  13-172           Fonts,11-18                       GS12807           Foreign command,8-3                 Time,4-27g5           Foreign Command,8-4               GTK,13-12 6           Fortran,10-7                      GUID,14-226           Foundation Operating              gzip,13-26J              Environment                    ______________________________-                                             H J             See FOE                         ______________________________9           FreeVMS,2-2                       H8571-A,14-62 A           Freeware,9-4,  10-4, 10-16        H8571-B,14-60,  14-62 A             SETCLOCK,4-14                   H8571-C,14-60,  14-623A           FSF,13-18                         H8571-D,14-60,  14-62 9           ftso,13-27                        H8571-E,14-62 9           ftsv,13-27                        H8571-J,14-62_9                                             H8572-0,14-62   J                                                                    Index-9 r  M                              Index        D           H8575-A,14-62                     IA-64 Architecture,2-14,;           H8575-B,14-62                        14-25, 14-336:           H8575-D,14-62                     IARGCOUNT,10-78           H8575-E,14-62                     iasi64,10-29H           H8577-AA,14-62                    IDE,7-1,  9-5, 14-28, 14-32,J           half-flash,14-19                     14-53, 14-54, 14-55, 14-57,4           Hard Partitions,14-8                 14-64:           Hardware                          Identifier,5-2<             Serial Number,10-7                Subsystem,10-91           Harmless signature,14-20          Image =           $hash_password,5-54                 Executable,10-8A;           HBMM,5-64                           Loadable,10-9i<           HBVS,15-19                          Protected,10-9<           Helliesen, Gunnar,14-41             Shareable,10-89           Hemker, Mark,13-10                  System,10-9n7           Heroix,14-21                        UWSS,10-9 F           Heuser-Hofmann, Eberhard,         IMAGELIB.OLB,10-18,  10-30<              Dr.,9-10                       ImageMagick,13-6?           Hobbyist,2-10                     IMAGENAME.DMP,10-28b9           Hour                              IMPLVER,14-38d;             Off By One,4-25,  4-30,         InfoServer,9-10t9                10-22                          Scribe,9-10hC           HP OpenVMS for Integrity          INFO-VAX,1-3,  1-4, 1-7-A              Servers                        Info-Zip,3-11,  13-26 ;             See OpenVMS I64                 INITIALIZE,5-41-A           HP Renew,14-34                    INITIALIZE/ERASE,5-62 8           HP-UX,10-17                       Install,5-24?           HSG80,5-64                        INSTALL,10-8,  10-9 ?           ht://Dig,13-13                    INSTALL utility,5-1 B           html,13-16                        Instruction sets,10-29I           HTML,10-16                        Integrity,2-14,  2-16, 14-33,e4           httpd,13-16                          14-34=           HTTP_SERVER,13-3                    Terminology,2-4 B           ______________________________    Integrity rx2600,14-62<           I                                 Integrity rx2620C           ______________________________      Office-Friendly,14-66/;           I64,2-14,  14-25, 14-33             Quieter,14-66 =             Terminology,2-4,  14-33         Intel,2-14,  2-16   3           IA-32,2-13,  2-15                 Interex2<             Terminology,2-4                   See User GroupJ           IA-64                             Interrrupt Priority Level %x0C6             Terminology,2-4                    Handler  ;                                               See IPC,15-186                      Index-10_ _  _                              Index        J           Inv Cmd,5-8                       ______________________________-           INVRECTYP,5-21                    K J           IO$_DIAGNOSE,7-1,  14-66          ______________________________6           IOC$READ_IO,14-39                 KA630,14-66           IOC$WRITE_IO,14-39                KA650,14-66           Iomega,14-56,  14-57              KA655,14-63           IPB.EXE,14-9                      Kb,2-26,:           IPC,15-18                         KB,2-25,  2-26?           IRC Client                        Kednos,2-11,  13-19 A             Mozilla,13-19                   Kerberos,5-54,  11-18 7           IRIG,4-9                          Kermit,13-3 B           ISO-9660,9-10,  14-23             Kernel mode code,10-294             Joliet extension,9-10           Keyboard:             Rock Ridge extension,9-10         Dvorak,11-10=           ISO-9660:1999,9-10                Key Mapping,11-10 4           ISVN                              ki,14-218             See DSPP                        Kilobit,2-26@           Itanium,2-14,  2-16, 14-25,       Kilobyte,2-25,  2-26=              14-33                          KI Products,14-21 4             Terminology,2-4                 Kits,2-8E                                             KVM switch,14-46,  14-47,14           Itanium Processor Family             14-67  J             See Itanium                     ______________________________-           ITRC,1-1,  3-13, 5-32             L J             FTP ECO site,1-1,  5-32         ______________________________C             Support Forums,5-32             LAN$NODE_DATABASE,15-25 ?           ______________________________    LANCP,14-52,  14-53 @           J                                 LAVC$START_BUS,15-15?           ______________________________    LAVC$STOP_BUS,15-15 5           J2EE,13-20                        LBX,11-18 5           Jameco,14-62                      LCD,14-49_H           James,1-1                         LCD flat-panel display,14-478           Java,13-20                        Levitte,13-8A           JBC$COMMAND,5-33                  Lexical functions,8-32<           JCL,7-3                           LHR,5-24,  10-279           JDK,2-8,  13-20                   lib$crc,10-32A?           JetDirect,15-2                    lib$crc_table,10-32OF           Joliet ISO-9660 extension,        lib$find_image_symbol,10-9=              9-10                           lib$free_ef,11-12 <           Jones, David,13-3                 lib$get_ef,11-12@           Jouk,13-3                         lib$get_foreign,10-4?           Julian Day,4-1                    lib$get_symbol.,8-3 @           Jumpers,14-49                     lib$set_logical,10-5  J                                                                   Index-11                                   Index        G           lib$set_symbol,8-3                LISP$DAYLIGHT_SAVING_TIME_P9@           lib$sfree1_dd,10-11                  Logical Name,4-23H           lib$sget1_dd,10-11                LISP$TIME_ZONE Logical Name,3           LIB$SIGNAL,10-17                     4-23n?           lib$spawn,10-10                   Little-Endian,10-17r4           lib$table_parse,10-15             LJK,2-117           lib$tparse,10-15                  LK201,14-46 7           lib$trim_filespec,9-4             LK401,14-46x7           LIB.L32,10-14                     LK461,14-47P?           LIB.L64,10-15                     LK463,14-47,  14-62 7           LIB.MLB,10-30                     LK46W,14-47 7           LIB.R64,10-15                     LK471,14-47IH           LIB.REQ,10-14                     LMF,2-10,  2-12, 5-12, 10-8,9           License,2-12,  5-12, 10-8,           11-5, 12-51E              11-5, 12-5                     LMF$DISPLAY_OPCOM_MESSAGE0@           License Unit Requirements            Logical Name,12-5=              Table,2-9, 5-51                LMF$LICENSE,15-25 9           Licensing,10-7                    LNM$GROUP,8-2 7           Licensing Programs                LNM$JOB,8-2 ;             Campus Software License         LNM$PROCESS,8-2 :                Grant,2-11                   LNM$SYSTEM,8-2?             Developers,2-12,  2-21          Loadable Image,10-91B             DSPP,2-12,  2-21                LOAD_PWD_POLICY system=             Educational,2-11                   parameter,5-53l:             Hobbyist,2-10                   LocalFile,15-6=           Liebert,13-10                     Locked Files,9-17$8           Limited Hardware Release,         Logical Name:              10-27                            DCL$PATH,8-4F             See LHR                           DECW$IGNORE_WORKSTATION,5           linda,13-10                            11-5I?           LINK                                DECW$KEYMAP,11-10PJ             /NOSYSLIB,10-30                   LISP$DAYLIGHT_SAVING_TIME_P,5             /SYSEXE,10-30                        4-23,A           Linker                              LISP$TIME_ZONE,4-23$H             COMMON,10-6                       LMF$DISPLAY_OPCOM_MESSAGE,5             PSECT_ATTR,10-6                      12-5 @             SYMBOL_VECTOR,10-6                MAIL$TIMEZONE,4-23A             SYS$BASE_IMAGE,10-5               NOTES$TIMEZONE,4-23 ;             SYS.STB,10-5                      SYS$DISK,10-5 <             /SYSEXE,10-5                      SYS$LOGIN,8-10C           LINKER,10-18                        SYS$LOGIN_DEVICE,8-10i>           Linux shell,3-3,  3-7               SYS$SCRATCH,8-10  J                                               SYS$TIMEZONE_DAYLIGHT_SAVING6                                                  ,4-23                      Index-12  A  T                              Index        G           Logical Name (cont'd)             Mature Product Support,5-22 2             SYS$TIMEZONE_DIFFERENTIAL,      MAXBUFC                4-23                           system parameter,9-15 J             SYS$TIMEZONE_NAME,4-21,         MAXPROCESSCNT system parameter4                4-23                            ,5-103             TZ,4-21                         Mb,2-26 :             UCX$NFS_TIME_DIFFERENTIAL,      MB,2-25,  2-264                4-23                         MBM,4-274             UCX$TDF,4-22                    MCOE,2-7:           Logical Names                     MD5,5-4,  5-468             Compared to DCL Symbols,8-2     Megabit,2-269           Logical Partitioning,14-8         Megabyte,2-25$:           LOGINOUT,5-10                     Megabytes,2-26<           lPars,14-8                        Menufinder,13-10B           lpd,15-2                          MESSAGE Compiler,10-16A           lpr,15-2                          MGBOOK Bookreader,3-1 5           LRA0:,12-3                        MGPCX,7-2 ?           LTO-1,14-56                       microfortnight,2-27 5           LURT,2-9,  5-51                   MIME,13-9 9           LVD,14-57                         Minicopy,5-64 :           164LX,14-28                       Minimerge,5-64;           Lynx,13-4,  13-5                  Mini-Merge,5-64 ?           ______________________________    Minor Version,10-27S9           M                                 Mirroring,9-2   B           ______________________________      See Volume Shadowing?           MA780,14-15                       MISC4,14-59,  14-61rF           MadGoat,5-40,  7-2, 13-2,         Mission Critical Operating:              13-14                             Environment6           MAIL$TIMEZONE Logical Name,         See MCOE8              4-23                           Mlucas,13-12D           MAIL10,6-3                        MMJ,14-57,  14-58, 14-605           MAIL7,6-1                         mmk,13-13,4           MAIL9,6-1                         MMOV,7-3G           Mail Count,6-1                    Modified Modular Jack,14-5745           Maintenance Version,10-27           See MMJ G           Majordomo,13-9                    MODPARAMS.DAT,15-26,  15-27 9           Major Version,10-27               Montagar,13-1 4           make,13-13                        MOP,15-67           Malmberg's Ftp Service,13-18      Mosaic,13-4 E           Management Processor              Mozilla,6-2,  13-4, 13-20 :             DECconnect MMJ Adapter,           Also see SWB<                14-62                          Composer,13-19  >                                               IRC Client,13-19B                                               Netnews Client,13-19  J                                                                   Index-13    a                              Index        ;           MP,14-33                          NETOBJECT,15-25 :             DECconnect MMJ Adapter,         NETPROXY,15-25J                14-62                        Netscape Navigator,6-2,  13-20E           MPEG,7-3                          Networking Dynamics,5-40, ;           mpi,13-10                            13-12, 15-11 >           MS780,14-15                       New Mail Count,6-14           MSCP,15-14                        NIC,15-2B           MSCP$DISK,15-13                   NISCS_LOAD_PEA0 system>           MSCP$TAPE,15-13                      parameter,15-264           MSCP_LOAD system parameter,       NIST,4-95              15-13                          NOCLI,8-5v8           MTAACP,5-41                       NODECW,11-14:           MTEXCH,7-3                        NODEVICE,11-14:           MUA4224,5-34                      NOLICENSE,5-109           Multia,14-26                      NONEWMAIL,6-14H           Multimedia Services,7-3           NOTES$TIMEZONE Logical Name,3           Multinet,15-3                        4-23 ;           Multiprocessing                   NOTSAVESET,5-59t7             See ASMP and SMP                NOTSET,4-25 ;           mx,13-16                          17-Nov-1858,4-1 6           mxrn,13-16                        nPars,4-27;           MySQL,13-13                       NTP,4-10,  4-31 J           ______________________________    ______________________________-           N                                 O J           ______________________________    ______________________________5           NAM$C_MAXRSS,9-3                  ODBC,9-15 <           NAML$C_MAXRSS,9-3                 ODS-2,9-3,  9-10<           NCL,15-6                          ODS-5,9-3,  9-10;           NCSA,13-4                         Office-FriendlyP:           NCSC,5-61                           rx2620,14-66F           NCSC C2,5-54                      Ohio State University,13-3J           NCSC Class C2,5-10                OPA0:,5-10,  14-5, 14-6, 14-158           NET$DISABLE_DTSS,4-26             OpenECS,2-178           NET$PROXY,15-25                   OpenNTP,4-31;           NET1,15-1                         OpenVMS.Org,1-3-9           NET2,15-1                         OpenVMS Alpha =           NetBeans,2-8                        Terminology,2-4lG           NetBSD,14-36                      OpenVMS Alpha Upgrades,5-16 7           Netnews Client                    OpenVMS AXP3=             Mozilla,13-19                     Terminology,2-4-?           NETNODE_REMOTE,15-25              OpenVMS Galaxy,14-2CA           NETNODE_UPDATE,15-25              OPENVMS-HOBBYIST,2-10 C                                             OpenVMS I64,2-2,  14-33 E                                               Terminology,2-4,  14-338                      Index-14l ,  l                              Index        5           OpenVMS I64 Upgrades,5-19         Patch,7-4t  3           OpenVMS Upgrade                   Patches3  :             See Update, Upgrade and           See ECO kits9                Install                      PATHWORKS,5-4N3           OpenVMS VAX                       PB,2-25 I             Terminology,2-4                 PBXGB-AA PowerStorm 3D30,5-31 I           OpenVMS VAX Upgrades,5-20         PBXGB-CA PowerStorm 4D20,5-31 H           Opteron,2-14                      PBXGD-AE PowerStorm 350,5-31F           OSU,13-3                          PBXGK-BB PowerStorm 3D10T,3           OSU HTTPD Web Server,13-16           5-30 :           Outbuildings                      PC7XS-CA,14-476             See Time                        PCDISK,7-28           Overwrite,5-61                    PC Disks,7-25           ______________________________    PCF,11-180=           P                                 PCSI,5-44,  10-28w  8           ______________________________    PCSI Install9           Page                                See Install 8             Memory,2-25                     PCSI Upgrade9             Size,2-25                         See Upgraded3           Pagelet                           PCX,7-2 :             defined,2-25                    PDF,3-1,  13-76           Pager Plus,15-11                  Peek,13-128           Page Size,14-2                    Pentium,2-15C           PAGE_SIZE,2-25                    Perl,2-8,  13-11, 13-23_9           Paging,15-11                      Petabyte,2-25 4           PAK,2-10,  2-12, 5-12, 10-8,      PGP,13-5J              11-5, 12-5                     PHYSICALPAGES system parameter4           PAKGEN,2-12,  10-8, 12-5             ,5-14B           PALcode,14-4,  14-16              PHYSICAL_MEMORY system=           PA-RISC,2-14                         parameter,5-14e5           $parse,9-4                        PINE,13-9e9           Parse Style,9-3                   pin-out,14-61l9           Partitioning                      Pioneer,14-65 5             Hard,14-8                       PIPE,8-1016             Logical,14-8                    PL/I,13-19H             Soft,14-8                       Plextor,14-56,  14-57, 14-653             Virtual,14-8                    pm,11-8   6           Partner Programs                  PMDF,15-11  4             See DSPP                        PMU,4-27G           Password                          POLYCENTER Software Product >             Dictionary attack,5-53             Install Utility6             Purdy Polynomial,5-54             See PCSI  J                                                                   Index-15                                   Index        J           Port,15-13                        ______________________________-           Postscript,10-16                  QMJ           POV-Ray,13-9                      ______________________________=           PowerStorm 300,5-31               $qio,10-9,  11-12 =           PowerStorm 350,5-31               QMAN$JOURNAL,5-33 =           PowerStorm 3D10T,5-30             QMAN$MASTER,15-25 :           PowerStorm 3D30,5-31,  14-49      QuickSpecs,3-48           PowerStorm 4D20,5-31,  14-49      QUORUM,15-187           PPP,15-4                          Quorum Disk_=           Preatorian Cluster,2-17             Shadowing,15-19 J           Pretty Good Privacy,13-5          ______________________________-           Printing                          R J             DCPS,12-3                       ______________________________D             lpr,15-2                        Radeon 7500,5-32,  14-499             Parallel Port,12-3              RamPage,15-1134             telnet,15-2                     RAS,15-4>           Prior Version Support,5-22        Raxco,2-11,  13-12  A           Privileged-mode code,10-29        Refurbished Equipment   :           Process Dump,10-28                  See HP Renew/           Process Software,2-11,  13-2,     RGB J              15-3, 15-11                      synch-on-green,14-46,  14-67<           Product Authorization Key,        RIGHTSLIST,15-257              2-12, 5-12, 10-8, 11-5,        Rlogin,5-63 <              12-5                           RMS,9-15,  10-30>           Product Registration,10-2         RMS Journaling,9-2I           PRODUCT SHOW PRODUCT,5-45         RMS Sequential Record Format,n3           ProDVD,9-9                           9-16eB           ProGIS,7-2                        RMS_SEQFILE_WBH system=           Programming Examples                 parameter,5-5718             See Examples                    Roadmap,2-159           Protected Image,10-9              robomon,14-21nI           Protected Subsystems,5-2          Rock Ridge ISO-9660 extension 4           PSECT_ATTR,10-6                      ,9-108           Purdy Polynomial                  Rocksoft,5-4  G             Password,5-54                   Royal Greenwich Observatory   6           PURGE,5-66                          See Time6           $putmsg,10-5                      RRD42,9-138           pvm,13-10                         RS-232,14-598           PVS,5-22                          rx2600,14-628           PWIP,15-5                         rx2620,14-34C           Python,13-12                        Office-Friendly,14-66 ;                                               Quieter,14-66                       Index-16  s  d                              Index        E           RZDISK,14-55                      Self-extracting zip,13-26 I           RZTOOLS,5-62                      Sequential Record Format,9-16 >           ______________________________    Serial Number,10-7G           S                                 SETBOOT,9-14,  14-20, 14-22xG           ______________________________    SET BOOTBLOCK,9-14,  14-20,,4           S3 Switch,14-6                       14-229           SAIC,1-4,  13-1, 13-3             SETCLOCK,4-14 I           Saiga Systems,5-40                SET DEVICE/RESET=ERROR_COUNT, 3           Samba,5-4                            5-35,=           SAMBA,13-11                       SET FILE/CACHING_ E           SAO,4-1                              ATTRIBUTES=NO_CACHING, 2           SCACP,15-16                          9-9D           Scaliger                          SET PREFERRED_PATH,15-15G             Julius Caesar,4-2               SET PREFERRED_PATH command, 4           Scaliger, Joseph,4-2                 15-16G           Scribe                            SET PROCESS/PARSE_STYLE,9-3 8             InfoServer,9-10                 $SETTIM,4-25J           SCS,15-12,  15-13                 SET TIME,4-5,  4-7, 4-8, 4-13,9           SCSI,9-15,  14-2, 14-28,             4-25, 4-27 A              14-32, 14-35, 14-42, 14-49,    SET TIME/CLUSTER,4-13 I              14-53, 14-54, 14-55, 14-56,    SETTIME system parameter,4-4,,8              14-57, 14-65, 14-66               4-5, 4-28B           SCSI-2,9-6                        $set_system_event,4-135           SCSI_INFO,14-54                   SFX,13-26 9           SCSNODE system parameter,         Shadowing,9-2 ?              5-12, 5-14, 15-27                Quorum Disk,15-19,?           SCSSYSTEMID system parameter,     Shareable image,5-1 @              5-14                           Shareable Image,10-8;           SDL,10-16                         shell,3-3,  3-7mF           SDML,10-16                        SHOW MEMORY/CACHE command,3             See DECdocument,vi                 9-16_;           Search Engine,13-13               Signature,14-2236           Sector                            SIMH,13-275             Disk,2-25                       SMB,13-11 @           Secure Shell,13-4                 smg$create_menu,10-4  B           Secure Web Browser                SMG$GET_TERM_DATA,12-1  E             See SWB                         Smithsonian Astrophysical->           Security,5-10,  5-61                 Observatory,4-15             Dictionary attack,5-53          SMP,14-15 6             NCSC C2,5-54                    SMTP,13-169             Password,5-53                   $sndjbc,10-10 5           Security MUP,5-3                  SNTP,4-31   J                                                                   Index-17                                   Index        <           SOAP,2-8,  13-9                   Storage (cont'd)<           SOC,3-4                             FAT Format,7-28           Soft Partitions,14-8                Floppy,7-2=           Software Resources Interna-         Free Space,12-3 J              tional,2-11, 3-10, 13-27         IDE,7-1,  9-5, 14-28, 14-32,E           Sophos,5-4                             14-53, 14-54, 14-55, 6           SPIA,10-28                             14-57  ;           SPIU                                PC Format,7-2 D             See PCSI                          Remaining on Tape,12-3F           Spy,13-12                           SCSI,9-15,  14-2, 14-28,E           Spyglass,13-4                          14-32, 14-35, 14-42,tE           SQP,2-8                                14-49, 14-53, 14-54, D           SRI                                    14-55, 14-56, 14-578             Software Resources                SCSI-2,9-6<                International,2-11, 3-10,      Volume Set,9-77                13-27                        Stream,9-16I9           SRI International,1-3             StreamLF,9-16 E           SRM,4-27,  14-15, 14-16           Subsystem Identifier,10-9 ;             Acronym,14-4                    SUNY NCSB,13-18 <             System Reference Manual,        Supervisor,13-12=                14-4                         Supnik, Bob,13-2753           SS$_DEBUG,10-17                   Support H           SS$_NOCLI,8-5                       Prior Version Support,5-22>           SSH,13-4                          SVGA,14-46,  14-675             FISH,13-4                       SWB,13-209;           SSL,2-8                           Swizzling,14-38d7             SSLeay,13-4                     164SX,14-28 F           SSLeay,13-4                       SYI$_PAGE_SIZE,2-25,  14-2F           Stark, Tim,13-27                  SYLOGICALS.COM,4-26,  8-6,3           STARLET.L32,10-14                    11-5 E           STARLET.L64,10-15                 SYLOGICALS.TEMPLATE,4-26,-J           STARLET.R64,10-15                    5-39, 5-63, 6-1, 8-6, 15-253           STARLET.REQ,10-14                 Symbols H           Storage                             Compared to Logical Names,4             ATA,7-1,  9-5, 14-28, 14-32,         8-15                14-53, 14-54, 14-55,           DCL,8-12?                14-57                        Symbol Substitution,7             CD-R,14-56                        PIPE,8-10->             CD-R/RW,9-8,  9-11              SYMBOL_VECTOR,10-6E             CD-Recordable,9-9               Symmetric Multiprocessing65             Disk Settings,14-49               See SMP @             DVD+R/RW,9-8,  9-11             synch-on-green,14-47             DVD-R/RW,9-8,  9-11              DVD-Recordable,9-9                      Index-18  5  1                              Index        I           Synch-on-green,14-46,  14-67      SYS$STARTUP:DTSS$STARTUP.COM, 3           sys$acm,5-54                         4-25,H           SYS$BASE_IMAGE,10-5               SYS$TIMEZONE.DAT,4-17,  4-24H           SYS$BASE_IMAGE.EXE,4-17           SYS$TIMEZONE_DAYLIGHT_SAVING@           sys$creprc,10-10                     Logical Name,4-23E           SYS$DIAGNOSTICS.SYS,9-14          SYS$TIMEZONE_DIFFERENTIALe@           SYS$DISK Logical Name,10-5           Logical Name,4-23E           SYS$DKDRIVER,14-65,  14-66        SYS$TIMEZONE_NAME Logical >           SYS$DNDRIVER,14-66                   Name,4-21, 4-23B           SYS$DQDRIVER,7-1,  9-5, 14-32,    SYS$TIMEZONE_RULE,4-19E              14-57, 14-64, 14-66            SYS$TIMEZONE_SRC.DAT,4-24 :           SYS$EFI.SYS,9-14,  14-9           sys$trnlnm,8-3=           sys$erapat,5-62                   SYS$WSDRIVER,11-3C8           SYS$EXAMPLES:DAYLIGHT_            SYS.STB,10-58              SAVINGS.COM,4-16, 4-18         SYSALF,15-257           SYS$EXAMPLES:GKTEST.C,14-66       SYSAP,15-13ME           sys$filescan,9-4                  SYSBOOT,5-7,  5-11, 15-21-7           sys$flush,9-2                     SYSGEN,5-11O8           sys$getdvi,10-2                   SYSLOG,13-107           sys$getenv,14-8                   System Disk1A           sys$getjpi,10-2                     VAXstation 3100,9-4 =           sys$getsyi,2-25,  10-2            System Image,10-9 =           SYS$GKDRIVER,14-66                System parameters =           SYS$LIB_C.TLB,10-23,  10-30         ALLOCLASS,15-27,A           SYS$LOGIN Logical Name,8-10         DEVICE_NAMING,15-21-B           SYS$LOGIN_DEVICE Logical Name       EXPECTED_VOTES,15-17B              ,8-10                            LOAD_PWD_POLICY,5-539           sys$parse,9-4                       MAXBUF,9-15 @           SYS$PIPE,8-10                       MAXPROCESSCNT,5-10=           SYS$PROCDMP,10-28                   MSCP_LOAD,15-13 C           SYS$PROTECTED_PROCDMP,10-28         NISCS_LOAD_PEA0,15-26$@           sys$putmsg,10-5                     PHYSICALPAGES,5-14B           sys$qio,10-9,  11-12                PHYSICAL_MEMORY,5-14B           SYS$REGISTRY,15-25                  RMS_SEQFILE_WBH,5-57H           SYS$SCRATCH Logical Name,8-10       SCSNODE,5-12,  5-14, 15-27>           SYS$SETBOOT.EXE,9-14,  14-20,       SCSSYSTEMID,5-14E              14-22                            SETTIME,4-4,  4-5, 4-28 F           sys$setddir,10-5                    TIMEPROMPTWAIT,4-4,  4-5>           SYS$SETTIM,4-25                     TMSCP_LOAD,15-13>           sys$set_system_event,4-19           UAFALTERNATE,5-9>           sys$sndjbc,10-10                    VAXCLUSTER,15-269                                               VOTES,15-17CG                                               WINDOW_SYSTEM,5-9,  11-5,O6                                                  11-14@                                               WRITESYSPARAMS,5-9  J                                                                   Index-19 E  M                              Index        5           Systems and Options Catalog,      TIE,13-25A0              3-4                            Time6           System Service,10-9                 ACTS,4-9C           SYSUAF,5-53,  15-25                 AlphaServer ES47,4-27 C             Bypass,5-10                       AlphaServer ES80,4-27 E             Corrupt,5-10                      AlphaServer GS1280,4-27AE           SYSUAFALT,15-25                     Clock Drift,4-12,  4-14 9           SYSUAFALT.DAT,5-10                  Dial-up,4-9 D           ______________________________      DST,4-25,  4-30, 10-22>           T                                   DTSS,4-10,  4-18G           ______________________________      Error modifying time,4-25 6           TAP,15-11                           GMT,4-30<           TAPECOPY,7-3                        Greenwich,4-306           Tapes                               IPL,4-126             Compaction,12-4                   IRIG,4-98             Compression,12-4                  Julian,4-1A             Conversion,7-3                    Julian Calendar,4-2,=             EBCDIC,7-3                        Julian Date,4-1 <             Free Space,12-3                   Julian Day,4-16           tar,13-16,  13-17                   NIST,4-99           Target Systems,15-11                NOTSET,4-25 6           TB,2-25                             NTP,4-10J           tcgmsg,13-10                        Off By One Hour,4-25,  4-30,6           TCL,13-13                              10-22A           TCOPY,7-3                           Prime Meridian,4-30n;           TCPIP$CONFIGURATION.DAT,5-13        SETCLOCK,4-14 C           TCQ,14-2                            SET TIME Command,4-25n6           TDF,4-17                            TDF,4-17=           TECsys,14-21                        TIMENOTSET,4-254G           telnet,15-2                         Time service enabled,4-25cA           Telnet,5-63                         Timezone Rules,4-21 <           Telocator Alphanumeric              TODR,4-5,  4-7;              Protocol,15-11                   TOY,4-5,  4-7 6           Terabyte,2-25                       UT0,4-306           Terminal emulator                   UT1,4-306             VTstar,11-4                       UT2,4-30J           Terminal Server Manager,13-12       UTC,4-17,  4-25, 4-30, 10-22;           Test-Drive,2-17                   TIMENOTSET,4-25eA           Test Manager,13-23                TIMEPROMPTWAUT systemoA           Text,10-16                           parameter,4-4, 4-545           Text editor,13-17                 Timezones D           Text editors,3-3                    SYS$TIMEZONE_NAME,4-215           TFT2025,14-49                       TZ,4-210  F                                               zic compiler,4-19,  4-20                      Index-20T -