%ZOSVKR ;SF/KAK/RAK - Collect RUM Statistics for VAX-DSM;8/20/99  08:44 ;1/10/01  08:06
 ;;8.0;KERNEL;**90,94,107,122,143,186**;Apr 3, 2003 9:59 am
 ;
RO(OPT) ; Record option resource usage in ^KMPTMP("KMPR"
 ;
 N KMPRTYP S KMPRTYP=0  ; option
 G EN
 ;
RP(PRTCL) ; Record protocol resource usage in ^KMPTMP("KMPR"
 ; Variable PRTCL = option_name^protocol_name
 ;
 ; quit if rum is turned off
 Q:'$G(^%ZTSCH("LOGRSRC"))
 ;
 N OPT
 S OPT=$P(PRTCL,"^"),PRTCL=$P(PRTCL,"^",2)
 Q:PRTCL=""
 ;
 N KMPRTYP S KMPRTYP=1  ; protocol
 G EN
 ;
RU(KMPROPT,KMPRTYP,KMPRSTAT) ;-- set resource usage into ^KMPTMP("KMPR"
 ;----------------------------------------------------------------------
 ; KMPROPT... Option name (may be option, protocol, rpc, etc.)
 ; KMPRTYP...
 ;    Type of option:
 ;                   0 - Option
 ;                   1 - Protocol
 ;                   2 - RPC (Remote Procedure Call)
 ;                   3 - HL7
 ; KMPRSTAT..
 ;    Status (for future use):
 ;                   1 - start
 ;                   2 - stop
 ;----------------------------------------------------------------------
 ;
 Q:$G(KMPROPT)=""
 ;
 S KMPRTYP=+$G(KMPRTYP)
 S KMPRSTAT=$G(KMPRSTAT)
 ;
 N OPT,PRTCL
 ; 
 ; OPT   = option name
 ; PRTCL = protocol name (optional)
 S OPT=$P(KMPROPT,"^"),PRTCL=$P(KMPROPT,"^",2)
 ;
EN ;
 ; CURHDAY... current $H day
 ; CURHSEC... current $H seconds
 ; CURSTAT... current stats
 ; DIFF...... difference (CURSTAT minus PREVSTAT)
 ; NODE...... current node
 ; PREVHDAY.. previous $H day
 ; PREVHSEC.. previous $H seconds
 ; PREVSTAT.. previous stats
 ; PRIMETM... prime time (1) or non-prime time (0)
 ;
 N ACTV,ARRAY,CURHDAY,CURHSEC,CURSTAT,CURRHR,DIFF
 N I,NODE,PREVHDAY,PREVHSEC,PREVSTAT,PRIMETM,Y
 ;
 ; quit if not in "PROD" uci
 S Y="" X $G(^%ZOSF("UCI")) Q:Y'[$G(^%ZOSF("PROD"))
 ;
 S NODE=$P($ZC(%GETSYI),",",4),U="^"
 I KMPRTYP I OPT="" S:$P($G(KMPR("JOB",NODE,$J)),"^",10)["$LOGIN$" OPT="$LOGIN$"
 I OPT="" Q:'+$G(^XUTL("XQ",$J,"T"))  S OPT=$P($G(^XUTL("XQ",$J,^XUTL("XQ",$J,"T"))),"^",2) Q:OPT=""
 ;
 ; CURSTAT = current stats for this $job
 ;         = cpu^dio^bio^pg_fault^cmd^glo^$H_day^$H_sec^ascii_time
 S CURSTAT=$P($$STATS,"^",1,9)
 Q:CURSTAT=""
 ;
 S CURHDAY=$P(CURSTAT,"^",7),CURHSEC=$P(CURSTAT,"^",8)
 ;
 ; PREVSTAT = previous stats for this $job
 S PREVSTAT=$G(KMPR("JOB",NODE,$J))
 ;
 ; if previous option was tagged as being run from taskman(!) then
 ; then mark current OPTion as running from taskman(!)
 I $P($P(PREVSTAT,"^",10),"***")=("!"_OPT) S OPT="!"_OPT
 ;
 ; concatenate to CURSTAT: ...^OPTion^option_type
 S CURSTAT=CURSTAT_"^"_$S(KMPRTYP=2:"`"_OPT,KMPRTYP=3:"&"_OPT,1:OPT)_"***"_$G(PRTCL)_"^"_$G(XQT)
 S KMPR("JOB",NODE,$J)=CURSTAT
 ;
 ; if option and login or taskman
 I 'KMPRTYP I OPT="$LOGIN$"!(OPT="$STRT ZTMS$") Q
 ;
 I OPT="$LOGOUT$"!(OPT="$STOP ZTMS$")!(OPT="XUPROGMODE") K KMPR("JOB",NODE,$J)
 ;
 Q:PREVSTAT=""
 ;
 ; check for negative numbers for m commands and glo references
 F I=5,6 I $P(CURSTAT,"^",I)<0 D 
 .S $P(CURSTAT,"^",I)=$P(CURSTAT,"^",I)+(2**31)+(2**31)
 .I $P(PREVSTAT,"^",I)<0 S $P(PREVSTAT,"^",I)=$P(PREVSTAT,"^",I)+(2**31)+(2**31)
 ;
 S PREVHDAY=$P(PREVSTAT,"^",7),$P(PREVSTAT,"^",7)=$P(PREVSTAT,"^",8)
 ;
 ; quit if not $h
 Q:'PREVHDAY
 ;
 ; if option has been running more than one day
 ; add the number of seconds in each day to the current $H seconds
 S $P(CURSTAT,"^",7)=(CURHDAY-PREVHDAY)*86400+CURHSEC
 ;
 ; difference = current stats minus previous stats
 ; DIFF       = CURSTAT - PREVSTAT
 ;            = cpu^dio^bio^pg_fault^cmd^glo^elapsed_sec
 F I=1:1:7 S $P(DIFF,"^",I)=$P(CURSTAT,"^",I)-$P(PREVSTAT,"^",I)
 ;
 ; quit if negative m commands or global references
 Q:$P(DIFF,"^",5)<0
 Q:$P(DIFF,"^",6)<0
 ;
 ; option name
 S OPT=$P(PREVSTAT,"^",10)
 ;
 ; PRIMETM = 0: non-prime time
 ;           1: prime time
 S PRIMETM=0
 ;
 ; set prime time = 1 if after 8am and before 5pm
 ; non-workday prime time and non-prime time will be converted
 ; into non-workday time in nightly background job (KMPRBD02)
 I CURHSEC>28799&(CURHSEC<61201) S PRIMETM=1
 ;
 ; global location for data storage
 S ARRAY=$G(^KMPTMP("KMPR","DLY",NODE,CURHDAY,OPT,$J,PRIMETM))
 ;
 ; seven elements for this option
 F I=1:1:7 S $P(ARRAY,"^",I)=$P($G(ARRAY),"^",I)+$P(DIFF,"^",I)
 ; 8th piece is occurrence counter for this option
 S $P(ARRAY,"^",8)=$P(ARRAY,"^",8)+1
 ;
 ; current hour => 0 - 23
 S CURRHR=CURHSEC\3600
 ;
 ; time starts at zero hour - shift everything by 10 so zero hour
 ; begins at 10th piece, hour 1 is 11th, ... and hour 23 is 33rd piece
 ;
 ; record last hour this option ran - this will be moved to file 8971.1
 ; hourly stats are only attributed to the current hour
 ;
 ; add ~1 if this job runs from top of hour to 60 seconds
 ; this will give active number of jobs per hour
 S ACTV=$P(ARRAY,"^",(CURRHR+10)),$P(ACTV,"~")=$P(ACTV,"~")+1
 I (($P(CURSTAT,"^",8)#3600)-$P(DIFF,"^",7))<60 S $P(ACTV,"~",2)=1
 S $P(ARRAY,"^",(CURRHR+10))=ACTV
 ;
 ; 9th piece: current $h seconds ~ elapsed seconds ~ difference
 S $P(ARRAY,"^",9)=($P(CURSTAT,"^",8))_"~"_($P(DIFF,"^",7))_"~"_(($P(CURSTAT,"^",8)#3600)-$P(DIFF,"^",7))
 ;
 ; set into global
 S ^KMPTMP("KMPR","DLY",NODE,CURHDAY,OPT,$J,PRIMETM)=ARRAY
 ;
 Q
 ;
STATS() ;-- extrinsic - return current stats for this $job
 ;
 N H,KMPRCMD,KMPRGLO,ZH
 ;
 ; S C=",",ZH=$ZH,H=$P(ZH,",",3)
 ;
 D JT
 Q:KMPRCMD="" ""
 ;
 S ZH=$ZH,H=$P(ZH,",",3),H=$E(H,13,23),H=$P($H,",")_","_($P(H,":")*3600+($P(H,":",2)*60)+$P(H,":",3))
 ;
 ; current stats for this $job
 ; cpu^dio^bio^pg_fault^cmd^glo^$H_date^$H_sec^ascii_time^$s
 Q $P(ZH,",")_"^"_$P(ZH,",",7)_"^"_$P(ZH,",",8)_"^"_$P(ZH,",",4)_"^"_KMPRCMD_"^"_KMPRGLO_"^"_$P(H,",")_"^"_$P(H,",",2)_"^"_$P(ZH,",",3)_"^"_$S
 ;
JT ; Calculate the Job Table (KMPR("JTAB")) for this job
 ; KMPR("JTAB") should be made a system wide variable
 ;
 N %GLSBASE,%JOB,%JOBSIZ,%JOBTAB,%MAXPROC,%PID,%SMSTART,%TYPE,KMPROUT,X
 ;
 ; Return the current number of commands and global references
 ; KMPRCMD and KMPRGLO equal to null if NOT successful
 S (KMPRCMD,KMPRGLO)="",KMPROUT=0,U="^"
 ;
 ; Check for correct Job Table (KMPR("JTAB")) for this job
 I $D(KMPR("JTAB")) I $V(KMPR("JTAB")+20)=$J S %TYPE="DSM" D USER G EXIT
 S %SMSTART=$V($ZK(GLS$SMSTART)) G:'%SMSTART EXIT
 S %GLSBASE=$V($V(0)+44)
 S %JOBTAB=%SMSTART+$V(%SMSTART+$V(%GLSBASE+124)),%JOBSIZ=$V(%GLSBASE+128)
 S %MAXPROC=$V($V(%GLSBASE+84)+%SMSTART)
 ;
 ; Go through Job Table looking for this process
 F %JOB=1:1:%MAXPROC Q:KMPROUT  S KMPR("JTAB")=%JOB*%JOBSIZ+%JOBTAB D
 .I $V(KMPR("JTAB")+20) S %PID=$V(KMPR("JTAB")+20),%TYPE="DSM" I %PID=$J D USER S KMPROUT=1
 ;
EXIT ;
 S X=^%ZOSF("ERRTN"),@^%ZOSF("TRAP")
 Q
 ;
USER ;
 ; Watch for NONEXPR process
 S X="UERR^%ZOSVKR",@^%ZOSF("TRAP")
 ;
 ; Process improperly exited DSM
 I %TYPE="DSM",$V(KMPR("JTAB")+$ZK(JOB_B_FLAGS),-1,1)\$ZK(JOB_M_EXITED)#2 G IMPROP
 ;
 ; Get commands and global references from job table
 S KMPRCMD=$V(KMPR("JTAB")),KMPRGLO=$V(KMPR("JTAB")+12)
 Q
UERR ;
 ; Ignore NONEXPR (improperly exited DSM process) and SUSPENDED process
 I $ZE["NONEXPR"!($ZE["SUSPENDED") Q
 ZQ
IMPROP ;
 ; Ignore improperly exited DSM process
 Q