source: WorldVistAEHR/trunk/r/KERNEL-XU-A4A7-USC-XG-XLF-XNOA-XPD-XQ-XVIR-ZI-ZOSF-ZOSV-ZT-ZU-%Z-XIP--XQAB--XUC--XUR--ZIN--ZTED/ZOSVONT.m@ 701

%ZOSV ;SFISC/AC - $View commands for Open M for NT.  ;4/26/07  09:39
 ;;8.0;KERNEL;**34,94,107,118,136,215,293,284,385,425**;Jul 10, 1995;Build 18
ACTJ() ;# Active jobs
 N %,V,Y S V=$$VERSION()
 I V<5 D  Q Y
 . S %=0 F Y=0:1 S %=$ZJOB(%) Q:%=""
 S Y=$system.License.LUConsumed() ;Cache 5 up
 Q Y
AVJ() ;# available jobs
 N %,AVJ,V,ZOSV,$ET
 S V=+$$VERSION()
 ;Cache 3 and 4
 ;maxpid: from %SS
 I V<5 D  Q AVJ
 . N port,t,x,maxpid,lmflim
 . S $ET="",maxpid=$V($ZU(40,2,118),-2,4)
 . X "S ZOSV=$ZU(5),%=$ZU(5,""%SYS"") S lmflim=$$inquire^LMFCLI,%=$ZU(5,ZOSV)" ;Get the license info
 . ;Add together the enterprise and division licenses avaliable
 . S x=$P(lmflim,";",2)+$P($P(lmflim,"|",2),";",2)
 . S t=+lmflim+$P(lmflim,"|",2) ;Check the license total
 . S AVJ=$S(t<maxpid:x,1:maxpid-$$ACTJ) ;Return the smaller of license or pid
 ;To get available jobs from Cache 5.0 up
 I V'<5 D  Q AVJ
 . X "S AVJ=$system.License.LUAvailable()"
 ;Return fixed value not known version
 Q 15
 ;
PRIINQ() ;
 Q 8
 ;
UCI ;Current UCI,VOL
 S Y=$ZU(5)_","_^%ZOSF("VOL") Q
 ;
UCICHECK(X) ;Check if valid namespace (UCI)
 N Y,%
 S %=$P(X,",",1),Y=0 I $ZU(90,10,%) S Y=%
 Q Y
 ;
GETPEER() ;Get the PEER tcp/ip address
 N PEER,NL,$ET S NL="",$ET="S $EC=NL Q NL",PEER=""
 I $$OS="VMS" S PEER=$ZF("TRNLNM","VISTA$IP")
 I '$L(PEER) S PEER=$ZU(111,0) S:$L(PEER) PEER=$A(PEER,1)_"."_$A(PEER,2)_"."_$A(PEER,3)_"."_$A(PEER,4)
 Q PEER
 ;
SHARELIC(TYPE) ;See if can share a C/S license
 ;Type is 1 for C/S and 0 for Telnet
 N %,%N,%2,UID,%V,$ET S $ET="S $EC="""" Q",%V=$$VERSION()
 I %V<3.1 X:TYPE "S %N=$ZU(5),%2=$ZU(5,""%SYS""),%2=$$GetLic^LMFCLI,%N=$ZU(5,%N)" Q
 I %V<5 S:TYPE %=$$GetCSLic^%LICENSE S:'TYPE %=$$ShareLic^%LICENSE
 ;Per Sandy Waal 10/18/2003: With Cache' 5.0, your telnet and IP connections are now handled properly.
 I %V'<5 S %V=%V
 S $EC=""
 Q
JOBPAR ;See if X points to a valid Job. Return its UCI.
 N ZJ S Y="",$ZT="JOBX"
 Q:'$D(^$JOB(X))  S Y=$V(-1,X),Y=$P(Y,"^",14)_","_^%ZOSF("VOL")
JOBX Q
 ;
NOLOG ;4096 is switch 12 - sign on inhibited.
 S Y="$V(0,-2,4)\4096#2" Q
 ;
PROGMODE() ;Check if in PROG mode
 Q $ZJ#2
 ;
PRGMODE ;
 N X,XMB,XQZ,XUCI,XUSLNT,XUVOL,Y,ZTPAC
 W ! S ZTPAC=$S('$D(^VA(200,+DUZ,.1)):"",1:$P(^(.1),U,5)),XUVOL=^%ZOSF("VOL")
 S X="" X ^%ZOSF("EOFF") R:ZTPAC]"" !,"PAC: ",X:60 D LC^XUS X ^%ZOSF("EON") I X'=ZTPAC W "??"_$C(7) Q
 S XMB="XUPROGMODE",XMB(1)=DUZ,XMB(2)=$I D ^XMB:$L($T(^XMB)) D BYE^XUSCLEAN K ZTPAC,X,XMB
 D UCI S XUCI=Y,XQZ="PRGM^ZUA[MGR]",XUSLNT=1 D DO^%XUCI D ^%PMODE U $I:(:"+B+C+R") S $ZT="" Q
 Q
LGR() S $ZT="LGRX^%ZOSV"
 Q $ZR ;Last Global ref.
LGRX Q ""
 ;
EC() Q $ZE ;Error code
 ;
DOLRO ;SAVE ENTIRE SYMBOL TABLE IN LOCATION SPECIFIED BY X
 ;S Y="%" F  S Y=$O(@Y) Q:Y=""  D
 ;. I $D(@Y)#2 S @(X_"Y)="_Y)
 ;. I $D(@Y)>9 S %X=Y_"(",%Y=X_"Y," D %XY^%RCR
 S Y="%" F  M:$D(@Y) @(X_"Y)="_Y) S Y=$O(@Y) Q:Y=""
 Q
 ;
ORDER ;SAVE PART OF SYMBOL TABLE IN LOCATION SPECIFIED BY X
 N %
 S (Y,%)=$P(Y,"*",1) ;I $D(@Y)=0 F  S Y=$O(@Y) Q:Y=""!(Y[Y1)
 Q:Y=""
 ;S %=$D(@Y) S:%#2 @(X_"Y)="_Y) I %>9 S %X=Y_"(",%Y=X_"Y," D %XY^%RCR
 ;F  S Y=$O(@Y) Q:Y=""!(Y'[Y1)  S %=$D(@Y) S:%#2 @(X_"Y)="_Y) I %>9 S %X=Y_"(",%Y=X_"Y," D %XY^%RCR
 F  M:$D(@Y) @(X_"Y)="_Y) S Y=$O(@Y) Q:Y=""!(Y'[%)
 Q
 ;
PARSIZ ;
 S X=3
 Q
 ;
DEVOPN ;List of Devices opened
 ;Returns variable Y. Y=Devices owned separated by a comma
 Q
DEVOK ;
 S Y=0,X1=$G(X1) Q:X=2  Q:(X1="HFS")!(X1="SPL")!(X1="MT")!(X1="CHAN")  ;Quit w/ OK for HFS, Spool, MT, TCP/IP
 G:X1="RES" RESOK^%ZIS6
 N $ET S $ET="D OPNERR Q"
 O X::$S($D(%ZISTO):%ZISTO,1:0) E  S Y=999 Q  ;G NOPN
 S Y=0 I '$D(%ZISCHK)!($G(%ZIS)["T") C X Q
 S:X]"" IO(1,X)="" Q
 Q
 ;
OPNERR S $EC="",Y=-1 Q
 ;
GETENV ;Get environment  (UCI^VOL^NODE^BOX:VOLUME)
 N %,%1 S %=$$VERSION,%1=$ZU(86),%1=$S(%<3.1:$P(%1,"*",3),1:$P(%1,"*",2))
 D UCI S Y=$P(Y,",")_"^"_^%ZOSF("VOL")_"^"_$ZU(110)_"^"_^%ZOSF("VOL")_":"_%1
 Q
VERSION(X) ;return Cache version, X=1 - return full name
 Q $S($G(X):$P($ZV,")")_")",1:$P($P($ZV,") ",2),"("))
 ;
OS() ;Return the OS NT, VMS, Unix
 Q $S($ZV["VMS":"VMS",$ZV["Windows":"NT",$ZV["NT":"NT",$ZV["UNIX":"UNIX",1:"UNK")
 ;
SETNM(X) ;Set name, Fall into SETENV
SETENV ;Set environment
 N Q,$ET,$ES S $ET="S $EC="""" Q"
 I $$OS="VMS" S Q=$ZF("SETPRN",$E(X,1,15))
 Q
 ;
SID() ;System ID Ver 1
 N %1,%2,%3,T S T="~"
 S %1=$ZU(5) ;namespace
 S %2=$ZU(12,"") ;directory
 I '$L(%2),$$VERSION'<5.2 S %2=$$defdir^%SYS.GLO(%1) ;remote directory
 S %3=%1_T_%2 ;namespace~directory
 Q "1~"_%3
 ;
PRI() ;Check if a mixed OS enviroment.
 ;Default return 1 unless we are on the secondary OS.
 ;Only Cache on a VMS(1)/Linux(2) mix is supported now.
 N % S %=1
 I $P(^XTV(8989.3,1,0),"^",5),$$OS'="VMS" S %=2
 ;I $P(^XTV(8989.3,1,0),"^",5),$$OS["NT" S %=2
 Q %
 ;
HFSREW(IO,IOPAR) ;Rewind Host File.
 S $ZT="HFSRWERR"
 C IO O @(""""_IO_""""_$S(IOPAR]"":":"_IOPAR_":1",1:":1")) I '$T Q 0
 Q 1
HFSRWERR ;Error encountered
 Q 0
LOGRSRC(OPT,TYPE,STATUS) ;record resource usage in ^XTMP("KMPR"
 Q:'$G(^%ZTSCH("LOGRSRC"))  ; quit if RUM not turned on.
 ; call to RUM routine.
 D RU^%ZOSVKR($G(OPT),$G(TYPE),$G(STATUS))
 Q
SETTRM(X) ;Turn on specified terminators.
 U $I:(:"+T":X)
 Q 1
 ;
T0 ; start RT clock
 ;S XRT0=$H
 Q
T1 ; store RT datum, obsolete
 ;S ^%ZRTL(3,XRTL,+$H,XRTN,$P($H,",",2))=XRT0 K XRT0
 Q