f. OpenVMS FAQ -&- page 12)b @5z

HP OpenVMS Systems Documentation

 q> $ "b, Y X\ ^  p
Content starts here"D

The OpenVMS Frequently Asked Questions (FAQ)


 ‚ l n  
PreviousContentsIndex




@

Chapter 6
Information on Mail


@

If you are searching for something here, please(consider using the text-format FAQ.

}

6.1 MAIL keeps saying I have new messages, but I don't. What do I do?



@if you see the %MAIL-W-NONEWMAIL, no new messages errorFreported when MAIL indicates you have messages, then the NEWMAIL counthas become skewed from reality.

@The count of new mail messages is kept separately from your mailCfolder, and is stored in VMSMAIL_PROFILE.DATA. It sometimes happensCthat this count differs from what is stored in your mail folder. IfFthis arises, invoke MAIL and repeatedly enter the READ/NEW command (orGpress the keypad hyphen key on an LK-compatible keyboard) until you seeEno new mail messages. Then enter the command one more time. This willresynchronize the counters.

;If you are operating in a cluster and find your mail countsFinconsistent across cluster members, your customer is likely missing aEdefinition of the VMSMAIL_PROFILE logical name---and is probably alsoGmissing definitions of other logical names associated with other sharedFfiles---or has one or more inconsistent definitions of this and likelyof other logical names.

FFor details on the configuration data files that must be shared withinHa cluster, please see SYS$STARTUP:SYLOGICALS.TEMPLATE on V7.2 and later.i

6.2 How do I send or read attachments in VMS MAIL?



DIs there any way to send or read mail with files as attachments fromVMS?

BNot directly with the OpenVMS MAIL facility, but there are severalother options:

    E
  • Install PINE, available commercially from Innosoft or free fromH Andy Harper. With PINE you can both send and receive MIME messages, if- you have the appropriate viewers available. C
  • If you are working from an X Windows display, you can use the OpenVMS version ofCNetscape Navigator or Mozilla. The mail download protocol chosen toGaccess the mail server from the Navigator or Mozilla mail client can beDPOP or IMAP, with the former causing messages to be downloaded whileCthe latter permits messages to be retained on the mail server. Most"folks prefer IMAP for this reason.D
  • MPACK/MUNPACK. To send a MIME mail, construct the message withF attachments manually using MPACK. You cannot send the resulting fileB directly through MAIL because an extra blank header line will beH inserted between your message and the OpenVMS MAIL headers, which willG cause the message to appear as plain text in most mail programs. SomeC TCP/IP stacks provide a work around for this problem, and if thatA doesn't work, you should generally be able to force the messageD directly into the SMTP port of your mail machine. Examples of both methods are in: K
    To read a MIME mail message, open it in MAIL, extract it to a file,= then use MUNPACK to break out and decode the attachments.H
    MPACK/MUNPACK tools are also available on OpenVMS Freeware V5.0.B
  • With OpenVMS V7.2 and later, use the MIME tool supplied with OpenVMS.
a

6.3 How can I block SMTP mail relay spam?



FUse the anti-spam capabilities present in the TCP/IP Services V5.1 andlater SMTP servers.

Use a firewall.

COn earlier TCP/IP Services releases, some simple DCL can reportedlyFprevent relay SMTP spam. Use the UCX command SHOW SERVICE SMTP/FULL toEfind the directory containing the UCX$SMTP_RECV_STARTUP.COM file, andinsert the following DCL:

 

"
	$       !$       ! Block spam.	$       !F$       MY_ADDRESS_LONG[0,32]=F$INTEGER(F$TRNLNM("SYS$REM_NODE")-"::")H$       MY_ADDRESS=F$FAO("!UB.!UB.!UB.!UB",F$CVUI(0,8,MY_ADDRESS_LONG),-C         F$CVUI(8,8,MY_ADDRESS_LONG),F$CVUI(16,8,MY_ADDRESS_LONG),-(         F$CVUI(24,8,MY_ADDRESS_LONG))'"4$       MY_ADDRESS_REVERSE=F$FAO("!UB.!UB.!UB.!UB",-D         F$CVUI(24,8,MY_ADDRESS_LONG),F$CVUI(16,8,MY_ADDRESS_LONG),-C         F$CVUI(8,8,MY_ADDRESS_LONG),F$CVUI(0,8,MY_ADDRESS_LONG))'"I$       WRITE SYS$OUTPUT F$TIME()+" "+F$TRNLNM("SYS$REM_NODE")+MY_ADDRESS:$       UCX SHOW HOST 'MY_ADDRESS_REVERSE'.INPUTS.ORBS.ORG$       IF $STATUS.EQ.1$       THEN5$         WRITE SYS$OUTPUT "SPAM from relay rejected"$         EXIT
$       ENDIF?$       UCX SHOW HOST 'MY_ADDRESS_REVERSE'.SPAMSOURCES.ORBS.ORG$       IF $STATUS.EQ.1$       THEN7$         WRITE SYS$OUTPUT "SPAM source relay rejected"$         EXIT
$       ENDIF	$       !$       ! Run receiver.	$       !,$       run sys$system:ucx$smtp_receiver.exe$       goto exit





J

Chapter 7
Information on Utilities


@

If you are searching for something here, please(consider using the text-format FAQ.

g

7.1 How do I play an audio CD on my workstation?



8If you've installed the DECwindows examples, you'll findCDECW$CDPLAYER.C, .DAT, .EXE, .UIL, and .UID. Copy the .UID and .DATGfiles to DECW$USER_DEFAULTS: (typically SYS$LOGIN:), define the logicalCname DECW$CD_PLAYER to be the device name of your CD-ROM drive (eg.CDKA400:), give yourself PHY_IO and DIAGNOSE privileges, and run theE.EXE. (These privileges are required, as the access to the CD-relatedGextensions will require the use of the privilege-protected IO$_DIAGNOSE=I/O function code.) You can also install the image with theseAprivileges. See the source for additional details - note that theGcomments regarding the need for SYSGEN CONNECT are no longer applicable(at least as of VMS V5.5-2).

FThere's also SYS$EXAMPLES:CDROM_AUDIO.C and .EXE, a non-Motif program,Favailable on OpenVMS VAX, and DECW$EXAMPLES:DECW$CDPLAYER.* on OpenVMSVAX and OpenVMS Alpha.

BThe standard OpenVMS ATA (IDE) SYS$DQDRIVER device driver does notsupport the necessary+does not support the necessary IO$_DIAGNOSE6 function code that is required for access to audio CDBmedia commands (on OpenVMS versions prior to V7.3), but an updatedESYS$DQDRIVER device driver (source code and all) with this capability&and with the source code of an updatedBDECW$CDPLAYER CD audio player is available on the OpenVMS Freeware@website (www.hp.com/go/openvms/freeware/, look for the directoryD/dqdriver/), and these updates are also included on OpenVMS FreewareFV5.0, and OpenVMS ECO kits containing newer versions of the driver areEavailable. Freeware V6.0 has a version of DQDRIVER that is newer thanFthat of the OpenVMS Alpha V7.3-2 release, with additional capabilities$and with improved error diagnostics.

GOpenVMS Alpha V7.3 and later include a version of SYS$DQDRIVER with thenecessary IO$_DIAGNOSE support.x

7.2 How do I access a Microsoft Windows floppy disk from OpenVMS?



@The HP Advanced Server (formerly known as PATHWORKS) for OpenVMSGproduct includes an unsupported and undocumented utility called PCDISK,Gand this tool can read and write various Microsoft MS-DOS and MicrosoftGWindows FAT-format diskettes, and can usually access FAT-format volumes#written by other operating systems.

GProGIS in Germany sells a product called VMove which supports DOS filesBon many different device types. For more information, send mail toinfo@progis.de.

AEngineering Software has a product called VAKSAT which will read,Fwrite, and erase files on MS-DOS FAT diskettes. Available for both VAX;and Alpha. Contact ed@cityscape.co.uk for more information.

DMadGoat PC Exchange (PCX) is a utility for copying files to and fromBMS-DOS and Microsoft Windows (FAT) format diskettes under OpenVMS,Fusing an RX23 (3.5"), RX26 (3.5"), or RX33 (5.25") diskette drive. For:3.5" diskettes, high-density disks can be read or written;?double-density disks are read-only. Only high-density disks aresupported on the RX33.



FThe Freeware package WINFX is available on Freeware V6.0, and can readthe FAT volume structure.

€

7.3 How do I play sound files on an AlphaStation? DECsound doesn't work.



EVarious of the more recent AlphaStation systems use a different sound?board (Microsoft Sound System) than the earlier DEC 3000 series systems, andF DECsound, as supplied by DECwindows Motif, doesn't support this boardG nor this interface. HP offers an optional product, Multimedia Services (MMOV) for OpenVMS:



Gwhich provides a replacement for DECsound for this card as well as manyDother features (an AVI and MPEG player, video capture support, etc.)

(Ensoniq sound support is also available.e

7.4 How do I read IBM EBCDIC tapes on OpenVMS?



DMost (all?) IBM EBCDIC-based systems can read and write ANSI-labeledCASCII magtapes. Fixed-length records (MOUNT /FOREIGN /BLOCKSIZE=512G/RECORDSIZE=512, for one-block records) and the DCL COPY command can beEused to transfer fixed-record-size text files out onto tape media, or<to read from fixed-record tape media. Please consult the IBMDdocumentation for the details and command syntax needed when reading$and writing ANSI media using IBM JCL* or other applicable IBM command language.

EThere exists various freeware around (TAPECOPY, ETAPE, TCOPY, MTEXCH)Ethat can read and write EBCDIC tapes. Visit the Encompasserve (DECUS)6website software archives search engine and search for"EBCDIC" for details.



GOpenVMS does not include an integrated tool for EBCDIC tape processing,Ebut does provide a character conversion API useful within application programs.

One source for ETAPE is:



CThe OpenVMS Freeware V5.0 distribution included this ETAPE tool, aswell.b

7.5 How can I patch an OpenVMS Alpha image?



$Using the OpenVMS Freeware tool ZAP:



Etell ZAP to read a block (bucket) of information based on the virtualCblock number (VBN), using X for hexadecimal. Dump yourself into theFOpenVMS debugger with R2 pointing into the buffer, EXAMINE/INSTRUCTIONFas needed, alter the buffer as required, GO to get out of the debuggerHand back into ZAP, and use the ZAP W command to write the updated block.


7

Chapter 8
DCL Details


@

If you are searching for something here, please(consider using the text-format FAQ.

b

8.1 DCL Symbols and OpenVMS Logical Names?



DCL symbolsBare programming-style variables implemented within the DCL commandCinterpreter, and these are used both for programming and to provideCcommand verb synonyms. Symbols are local to the command interpreterTCoperating within a particular process, and are not shared. Lists of/Dsymbols can be copied into subprocesses during a subprocess creationDoperation, but these symbols are neither copied back into the parentEprocess when the subprocess exits, nor are symbols ever shared acrossd processes.

j>Symbols can be specified in and utilized in basic mathematicalFoperations, and bit-level operations are available with the f$cvsi andEf$cvui bit extraction lexical functions, and with the square-brackets1znotation for bit insertion (see Section 8.13 for an example), and withFbitwise operators. Symbols are of two basic types, STRING and INTEGER,Aand these (or an undefined symbol) can be differentiated with the=Gf$type lexical function. DCL symbols can also be used as a mechanism toeEabbreviate a DCL command verb, or an easy way to invoke a DCL commande procedure.

/ESymbols can have local or global scope within a process, and scope is Faffected by nested procedure calls and DCL constructs such as CALL andESET SCOPE, but such discussions are beyond the scope of this section.i

tBOpenVMS Logical names can store device names, device and directory=specifications, rooted or searchlist specifications, and fullOEfilenames. Logical names can also store arbitrary data, but there arebGno native mathematical or bitwise operators available. Analogous to DCLnDsymbols, process-local logical names can be copied into subprocessesGduring a subprocess creation operation, but these process-local logical=>names are neither copied back into the parent process when the:subprocess exits, nor are these logical names ever shared.

. Logical names<Dare implemented deep within the OpenVMS executive, and are organizedGinto logical name tables. Logical names can be stored in tables privater to a process(rGLNM$PROCESS, the process-local logical name table) , that can be sharedn&among processes in the same job tree (GLNM$JOB, the job logical name table) or in logical name tables that arei,shared among larger groups of processes (eg:/LNM$GROUP, the UIC group logical name table andnBLNM$SYSTEM, the system-wide logical name table). Logical names are?centrally intended to provide various I/O-related capabilities,e/including device independence and configuration Fcustomization---correctly-written application programs can use logical@names to avoid embedding specific device or device and directoryGspecifications, and to allow filename and configuration customizations.h

dAOne of the most powerful capabilities of logical names beyond theiFdevice independence provided involves the defaulting capabilities; you=can use RMS parsing (directly, or with mechanisms such as thenH f$parse lexical function) to provide a filename and a default filename.@ To provide the mechanism that allows SYSUAF to be located in anF arbitrary position or even an arbitrary filename, a construct similar to the following is used:

n 
m
"
+$ UAF = F$PARSE("SYSUAF","SYS$SYSTEM:.DAT")e

$


SDThis design allows the logical name SYSUAF to be optionally defined,Dand -- when present---to specify the particular location and name ofFthe file. Portions of the full file specification that are omitted areCretrieved using the default translation of SYS$SYSTEM: and the file type of .DAT.t

FLogical names also have assigned processor modes, as some translationsFmust be trustworthy. In the example above, only trusted and privileged@system users should be able to redirect the SYSUAF authorizationFdatabase, so any definition of the SYSUAF logical name must be made in/EXECUTIVE mode in a trusted logical name table.c

4As for common OpenVMS terminology, logical names areB"defined" and the associated processing is refered to asF"translation", while symbols are "equated" and the@associated processing is refered to as "substitution".E"Lexical functions" are processing routines built into DCL,eGand typically prefixed with f$. Many of the lexical functions are builte;upon correspondingly-named system services, though not all.

tCSymbol substitution occurs only when the DCL command interpreter is Greading and processing the command input; for information on DCL symbolttsubstitution, see Section 8.10. For program access, see the RTL,routines lib$set_symbol and lib$get_symbol.)

u@For information on logical name translation, please see f$trnlnm%lexical function and the DCL commandshC DEFINE and DEASSIGN, as well as underlying system services such asaF sys$trnlnm. Logical name translation occurs when requested, or as the" file or I/O operation is started.

DPlease see the OpenVMS User's Guide in the OpenVMS documentation set8for a far more detailed description of these constructs.

/©For related materials, please see Section 8.10 and Section 8.11.e`

8.2 How do I run a program with arguments?



VAThe RUN command does not accept arguments. To pass arguments to a program,Eyou must use what is called a "foreign command", and eithersGan explicit command as shown here, or an automatic foreign command. Forsexample:

 
c
"
 $ unzip :== $disk:[dir]unzip.exe
$ unzip -?

a


PGThe leading $ in the equivilence name for the symbol definition is whatbGmakes the DCL symbol a foreign command. If the device and directory aren omitted, SYS$SYSTEM: is assumed.

DUnder OpenVMS V6.2 and later, DCL supports automatic foreign commanddefinition via the logical name> DCL$PATH. An example of a definition of this logical name is:

D 
(
"
:$ DEFINE DCL$PATH SYS$DISK:[],ddcu:[mytooldir],SYS$SYSTEM:

1


+EDCL will first look for a command in the DCL command table, and if no_@match is found and if DCL$PATH is defined, it will then look forDcommand procedures and executable images with filenames matching theGcommand specified, in the directories specified via DCL$PATH. The firstODmatch found is invoked, and under OpenVMS, the DCL$PATH support will=cause a command procedure to be activated in preference to anNexecutable image. 

@For more information on foreign commands or on automatic foreign8command support, see the OpenVMS User's Manual.

hJSee also Section 10.3.

iDIf you want to create a detached process that takes arguments from a@command line, it must be run under the control of a command lineFinterpreter (CLI) (typically DCL). This is done by placing the commandFline in a file, specifying SYS$SYSTEM:LOGINOUT.EXE as the image to run/and the command file as the input. For example:p

u 

"
$ OPEN/WRITE CMD TEMP_INPUT.COMh#$ WRITE CMD "$ MYCOMMAND arguments" $ CLOSE CMDm8$ RUN/DETACHED SYS$SYSTEM:LOGINOUT /INPUT=TEMP_INPUT.COM

r


DVarious OpenVMS library calls (such as lib$spawn(), cli$dcl_parse(),Aand the C library system() call) require access to a command lineIBinterpreter such as DCL to perform requested actions, and will not"operate if a CLI is not available.

dCWhen a CLI is not available, these calls typically return the errorGstatus SS$_NOCLI.oFAnd as mentioned above, invoke the image LOGINOUT to cause a CLI (suchBas DCL) to be mapped into and made available in the context of thetarget process..

eGFor examples of how TCP/IP Services sets up its foreign commands (whichDAincludes tools such as uuencode and uudecode), please see the DCLd8command procedure SYS$STARTUP:TCPIP$DEFINE_COMMANDS.COM.

>JAlso see Section 8.12.\

8.3 How can I clear the screen in DCL?



x0The simplest way is the TYPE/PAGE NLA0: command.

>You can set up a symbol to clear the screen in your LOGIN.COM:

n 
r
"
$ CLS :== TYPE/PAGE NLA0:n

=
n

8.4 Using REPLY/LOG from DCL? Disabling Console OPCOMs?



i@Your terminal must be enabled as an operator terminal before theGREPLY/LOG command can be used, but a DCL procedure (batch command file,iGsystem startup, etc) does not have an associated terminal. To make thisoCwork, use the following sequence to enable the OPA0: console as the ?operator terminal, then the REPLY/LOG command will be accepted:l

c 
G
"
 $ DEFINE/USER SYS$COMMAND _OPA0:$ REPLY/LOGs $ DEFINE/USER SYS$COMMAND _OPA0:$ REPLY/ENABLE

/


PGTo disable the system console terminal (OPA0:) as an operator terminal,duse the following command:

u 
r
"
 $ DEFINE/USER SYS$COMMAND _OPA0:$ REPLY/DISABLEa

e


iAAlso see SYLOGICALS.COM (and SYLOGICALS.TEMPLATE) for information>Eon configuring the behaviour of OPCOM, including the (default) use ofxDthe system console (OPA0:) as an operator terminial and the specificDcontents and behaviour of the system operator log file OPERATOR.LOG.c

8.5 How do I generate a random number in DCL?



xGWith V7.3-2 and later, f$unique can be useful here. Alternatively, heresAis a pseudo-random number generator, just do a GOSUB RAND and theoFglobal symbol RANDOM will contain a randomly generated number. You canCfeed the generator a ceiling value (__CEIL) or a new seed (__SEED).n

d 
i
"
C$! RAND - returns a positive random number ("RANDOM") between 0 and$!        __CEIL - 1.n#$! sharris-at-sdsdmvax.fb3.noaa.govn$ RAND:n$n$ IF F$TYPE(__SEED) .EQS. ""$ THEN-$     ! seed the random number generator, ...d$     __NOW = F$CVTIME()&$     __HOUR = 'F$EXTRACT(11,2,__NOW)'($     __MINUTE = 'F$EXTRACT(14,2,__NOW)'($     __SECOND = 'F$EXTRACT(17,2,__NOW)'&$     __TICK = 'F$EXTRACT(20,2,__NOW)'$A$     __SEED == __TICK + (100 * __SECOND) + (6000 * __MINUTE) + -a         (360000 * __HOUR)D$     ! the generator tends to do better with a large, odd seed, ...$     __SEED == (__SEED .OR. 1)w$     ! clean up, ...w$     DELETEX/SYMBOL __NOW$     DELETEX/SYMBOL __HOURl$     DELETEX/SYMBOL __MINUTE $     DELETEX/SYMBOL __SECONDs$     DELETEX/SYMBOL __TICK?$ ENDIFd$e5$ IF F$TYPE(__CEIL) .EQS. "" THEN __CEIL = %X3FFFFFFF$p$ __SEED == __SEED * 69069 + 1$a7$ RANDOM == (__SEED.AND.%X3FFFFFFF)/(%X40000000/__CEIL)S$d$ RETURN

E
i

x


 ‚ i l n  h
PreviousNextContentsIndex

 

#r6mx’’">

(Ensoniq sound support is also available.Previous

NextContentsIndex

 

e#y6Sp’’ the platform, or there might beT2.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤<<O C+PERCENT.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤==O E!2_ASTERISK.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤>>O =;2.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤??O I%$.IMAGES'WILD2.GIF;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤@@O =05.GIF;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤AAO =06.GIF;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤BBO X4RKFILES'CHANGE-DIR-ACTIVITY1.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤CCO =72.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤DDO B$IMAGES.DIR;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤EEO L($M1WORK-FILES-OBJ.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤FFO I%$RENAMING_FILE.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤GGO K'#.IMAGES'DEFINEB.GIF;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤HHO C+RENAMEA.GIF;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤IIO D +SHOW_DEF.GIF;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤JJO K'2'ARCHITECTURES.DIR;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤KKO D CLUSTERS.DIR;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤LLO AONFIG.DIR;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤Ą –¤“¤õų’¤A/’¤¤LI[ “Jg [ `<.HTDOCS.WBT.NETSCAPE.MOD02'CUSTOMIZE.DIR;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤[ BIMAGES.DIR;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤[ H$M2OBJECTIVES.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤[ L(REVIEW-QUESTIONS.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤[ <#.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤[ >OS.DIR;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤[ ATASKS.DIR;’’BEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤[ ]9.ARCHITECTURES'ALPHA_ARCHITECTURE.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤ [ G#)DIFFERENCES.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤ [ J&)LESSON-SUMMARY.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤ [ O+)M2ARCHITECTURES-OBJ.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B(y˜¤ęē­—¤ [ L()VAX_ARCHITECTURE.HTM;’żBEAVIS DISK$WEB3 ›€Ć.”›¤2C™¤B