249 lines
7.5 KiB
Mathematica
249 lines
7.5 KiB
Mathematica
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ZJOB ;ISF/RWF - GT.M Job Exam ;8/15/07 16:28
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;;8.0;KERNEL;**349**;Jul 10, 1995;Build 2
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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
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; Various edits between Wally, Dave Whitten, Bhaskar, ;
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; and Chris Richardson over a period of time. ;
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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
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;;
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;PID is decimal job number.
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I $ZV'["GT.M" W !,"This is for GT.M only" Q
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N PID,HEXPID,DTIME
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S DTIME=600
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RPID ; Request the PID
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F D Q:"^"[PID
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. S PID=$$ASKJOB
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. D:PID>0
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. . N ACTION
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. . S ACTION="L"
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. . D DOIT
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. . F D ASK Q:ACTION="^" D DOIT Q:ACTION="^"
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. .Q
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.Q
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; Single Exit
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W !!
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Q
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;
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ASK ; Ask for user input
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R !,"Job Exam Action: L//",ACTION:DTIME
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S:'$T ACTION="^"
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S:ACTION="" ACTION="L"
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I ACTION["^" Q ;Exit
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;
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;first non-space, UPPER character
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S ACTION=$TR($E($TR(ACTION," ")),"klsv","KLSV")
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Q
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;
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DOIT ; Action Prompt
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I ACTION="S" D ^ZSY S ACTION="L" ;FALLTHRU
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I ACTION="L"!(ACTION="V") D DISPLAY(PID,ACTION) Q
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I ACTION="*" D LOAD^ZJOB1 S ACTION="^" Q
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I ACTION="K" W !,"Sorry Kill Job not supported yet" Q ;G ACTION
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; All Else
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W:ACTION'="?" !,"Unknown Action received"
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;ACTION["?"
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W !,"Enter '^' to choose another JOB "
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W !,"Enter 'L' to display status information about other Job"
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W !,"Enter 'S' to display current System Status"
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W !,"Enter 'V' to display local variables of other job"
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W !,"Enter '*' to load other job's symbol table into current job and Q"
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W !,"Enter 'K' to send a Kill Job command to other job"
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Q
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;
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ASKJOB() ;Ask for Job PID/Commands
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N PID
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W !!,"Examine Another JOB Utility "
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F S PID=$$RDJNUM Q:PID="^" Q:PID=+PID
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Q PID
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;
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RDJNUM() ;
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N INP,PID
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S INP=""
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R !,"Enter JOB number: ",INP:DTIME S:'$T INP="^"
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S INP=$TR(INP,"hlsv","HLSV")
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I "^"[INP Q "^" ;abend
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;
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I INP["?" D Q " "
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. W !,"To display information about another Job"
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. W !," enter JOB number in Hexidecimal or Decimal"
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. W !," Enter Hexadecimal with a leading/trailing 'h' "
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. W !,"To display current System Status enter S"
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. W !,"To exit enter ^"
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.Q
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I INP["S" D ^ZSY Q " " ;
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;
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; good hex or decimal number
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S PID=$TR(INP,"abcdefh","ABCDEFH")
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I $L($TR(PID,"0123456789ABCDEFH","")) D Q " "
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. W !,"Invalid character in JOB number."
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.Q
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;
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;If in Hex, Convert PID to decimal
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I PID["H" S PID=$$DEC($TR(PID,"H")) ; ...and continue
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; good job number but it is your own job. Don't go there...
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I PID=$JOB D Q " "
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. W !,"Can't EXAMINE your own process."
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.Q
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;
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; VA check to see if a GTM job exists.
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I $L($T(XUSCNT)),'$$CHECK^XUSCNT(PID) W !,"Not running thru VA kernel." ;decimal job
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;
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;W !,"JOB #",PID," does not exist"
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;Q " " ; bad job number so re-ask
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Q PID
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;
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INTRPT(JOB) ;Send MUPIP intrpt
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N $ET,$ES S $ET="D IRTERR^ZJOB"
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; shouldn't interrupt ourself
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I JOB=$JOB Q 0
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;We need a LOCK to guarantee commands from two processes don't conflict
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N X,OLDINTRPT,TMP,ZSYSCMD,ZPATH,%J
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L +^XUTL("XUSYS","COMMAND"):10 Q:'$T 0
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;
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S ^XUTL("XUSYS","COMMAND")="EXAM",^("COMMAND",0)=$J_":"_$H
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K ^XUTL("XUSYS",JOB,"JE")
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S OLDINTRP=$ZINTERRUPT,%J=$J
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S TMP=0,$ZINTERRUPT="S TMP=1"
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;
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I $ZV["VMS" S JOB=$$HEX(JOB),%J=$$HEX(%J)
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S ZSYSCMD="mupip intrpt "_JOB ; interrupt other job
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I $ZV["VMS" S ZPATH="@gtm$dist:" ; VMS path
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;E S ZPATH="sudo $gtm_dist" ;$ztrnlnm("gtm_dist") ;Unix path
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E S ZPATH="$gtm_dist/" ;Unix path
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W !,"Send intrp to job. Any error means you don't have the privilege to intrpt.",!
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ZSYSTEM ZPATH_ZSYSCMD ; System Request
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;Now send to self
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;
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;ZSYSTEM ZPATH_"mupip intrpt "_%J
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; wait is too long 60>>30
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H 1 S TMP=1
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; wait for interrupt, will set TMP=1
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;F X=1:1:30 H 1 Q:TMP=1 ;ZINTERRUPT does not stop a HANG
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; Restore old $ZINTERRPT
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S $ZINTERRUPT=OLDINTRP
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K ^XUTL("XUSYS","COMMAND") ;Cleanup
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L -^XUTL("XUSYS","COMMAND")
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Q TMP ;Report if we received interrupt
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;
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ITRERR ;Handle error during Interrupt
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U $P W !,"Error: ",$ES
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S $ET="Q:($ES&$Q) 0 Q:$ES S $EC="""" Q 0"
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Q
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;
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DISPLAY(JOB,ACTION) ;Display Job info, L is always the default. No need to test for it.
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; The "L" header is part of the "V" Option
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;Send the interupt
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I '$$INTRPT(JOB) W !,"Unable to Examine JOB, please retry later" Q
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D DISPL ;Show Header
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I ACTION="V" D DISPV ;Show symbol table
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Q
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;
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DISPL ; ACTION="L" means single page info
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; Show short job info
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; Current Routine and Line Number ;Current Line Executing
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D GETINFO
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S HEXJOB="" I $ZV["VMS" S HEXJOB=$$HEX(JOB)
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W !,"JOB #: "_JOB W:$L(HEXJOB) " ("_HEXJOB_")" W ?40,"Process Name: "_$G(^XUTL("XUSYS",JOB,"NM"))
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W !,"Device: "_$P($G(^XUTL("XUSYS",JOB,"JE","D",1))," ")
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W !,"Process State: "_PS W:$L(IMAGE) ?40,"IMAGE: "_IMAGE_" ("_INAME_")"
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W !,"JOB Type: "_JTYPE,?25,"CPU Time: "_CTIME,?50,"Login time: "_LTIME
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W !!,"Routine line: <"_$G(^XUTL("XUSYS",JOB,"INTERRUPT"))_">"
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W !,CODELINE
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Q
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;
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; No Symbol Residue from this module. The following are ephemeral
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; S - Information Type
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; I - Variable
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DISPV ; ACTION="V" ; lookup how XTER is doing variable handling...
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; print $ZGBLDIR and $ZROUTINES
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N C,I,S
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F S="Stack","Locks","Devices","Intrinsic Variables","Variables" D
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. S C=$E(S),I=""
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. D:$D(^XUTL("XUSYS",JOB,"JE",C)) W !
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. . W !,"Section "_S
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. . F S I=$O(^XUTL("XUSYS",JOB,"JE",C,I)) Q:I="" W !,^(I)
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. . Q
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. Q
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Q
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; ==============
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GETINFO ; Identify the Target Process's state.
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; Setup, process state > ps, Image name > iname, CPU time > ctime, Login time > ltime
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S (PS,INAME,CTIME,LTIME,JTYPE,IMAGE,CODELINE)=""
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S CODELINE=$G(^XUTL("XUSYS",JOB,"codeline"))
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I $zv["VMS" D VSTATE Q
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; Assume Unix as default
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D USTATE
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Q
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;
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VSTATE ; VMS get Process state
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S TNAME=$ZGETJPI(JOB,"TERMINAL"),NM=$ZGETJPI(JOB,"prcnam")
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S JTYPE=$ZGETJPI(JOB,"jobtype"),PS=$ZGETJPI(JOB,"state")
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S LTIME=$$DATETIME($ZGETJPI(PID,"LOGINTIM")),CTIME=$$CPUTIME($ZGETJPI(JOB,"cputim"))
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Q
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;
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DATETIME(HOROLOG) ;
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Q $ZDATE(HOROLOG,"DD-MON-YY 24:60:SS","Jan,Feb,Mar,Apr,May,Jun,Jul,Aug,Sep,Oct,Nov,Dec")
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;
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CPUTIME(S) ; Calculate the VMS CPU time from first argument, S
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N T,SS,M,H,D
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S T=S#100,S=S\100 S:$L(T)=1 T="0"_T
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S SS=S#60,S=S\60 S:$L(SS)=1 SS="0"_SS
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S M=S#60,S=S\60 S:$L(M)=1 M="0"_M
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S H=S#24,D=S\24 S:$L(H)=1 H="0"_H
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Q D_" "_H_":"_M_":"_SS_"."_T
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;
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BLINDPID ;
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N ZE S ZE=$ZS,$EC=""
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I ZE["NOPRIV" S NOPRIV=1
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Q
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; MAY BE REDUNDANT OR WRONG
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USTATE ;UNIX Process state.
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N %FILE,%TEXT,U,%J,ZCMD,$ET,$ES
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S $ET="D UERR^ZJOB",STATE="",U="^"
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S %FILE="/tmp/_gtm_sy_"_$J_".tmp"
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;S ZCMD="ps ef -C mumps >"_%FILE ;| grep "_JOB_">"_%FILE
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S ZCMD="ps eo pid,tty,stat,time,etime,cmd -C mumps >"_%FILE ;| grep "_JOB_">"_%FILE
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;W !,ZCMD
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ZSYSTEM ZCMD
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O %FILE:(readonly)
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; Get only line of text from temp file
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U %FILE
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F EXIT=0:0 R %TEXT Q:%TEXT="" D Q:EXIT
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. Q:+%TEXT'=JOB
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. S %TEXT=$$VPE(%TEXT," ",U) ; parse each line of the ps output
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. S TNAME=$P(%TEXT,U,2),PS=$P(%TEXT,U,3),CTIME=$P(%TEXT,U,4),LTIME=$P(%TEXT,U,5),JTYPE=$P(%TEXT,U,7)
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. S EXIT=1
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.Q
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;
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U $P C %FILE:DELETE
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S PS=$S(PS="S":"hib",PS="D":"lef",PS="R":"run",1:PS)
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Q
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; ================
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UERR ;Error
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S $EC=""
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U $P W !,"Error: "_$ZS
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Q:$Q -9
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Q
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;
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HEX(D) ;Decimal to Hex
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Q $$FUNC^%DH(D,8)
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DEC(H) ;Hex to Decimal
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Q $$FUNC^%HD(H)
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;
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VPE(%OLDSTR,%OLDDEL,%NEWDEL) ; $PIECE extract based on variable length delimiter
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N %LEN,%PIECE,%NEWSTR
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S %STRING=$G(%STRING)
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S %OLDDEL=$G(%OLDDEL) I %OLDDEL="" S %OLDDEL=" "
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S %LEN=$L(%OLDDEL)
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; each %OLDDEL-sized chunk of %OLDSTR that might be delimiter
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S %NEWDEL=$G(%NEWDEL) I %NEWDEL="" S %NEWDEL="^"
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; each piece of the old string
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S %NEWSTR="" ; new reformatted string to return
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F Q:%OLDSTR="" D
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. S %PIECE=$P(%OLDSTR,%OLDDEL)
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. S $P(%OLDSTR,%OLDDEL)=""
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. S %NEWSTR=%NEWSTR_$S(%NEWSTR="":"",1:%NEWDEL)_%PIECE
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. F Q:%OLDDEL'=$E(%OLDSTR,1,%LEN) S $E(%OLDSTR,1,%LEN)=""
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.Q
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Q %NEWSTR
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;
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