XUTMDEVQ ;ISCSF/RWF - Device call and Queue in one place ;01/18/2006
;;8.0;KERNEL;**20,120,275,389**;Jul 10, 1995;Build 1
; this routine has four entry points: EN, DEV, NODEV, QQ
; usage:
;D EN^XUTMDEVQ(ZTRTN,ZTDESC,.ZTSAVE,[.]%ZIS,[FLAG])
;S X=$$DEV^XUTMQUE(ZTRTN,ZTDESC,[.]%VAR,.%VOTH,[.]%ZIS,IOP,%WR)
;S X=$$NODEV^XUTMQUE(ZTRTN,ZTDESC,[.]%VAR,.%VOTH,%WR)
;S X=$$QQ(%RTN,%DESC,[.]%VAR1,.%VOTH1,.%ZIS,IOP,%WR,%RTN2,%DESC2,[.]%VAR2,.%VOTH2)
;EN
;Call with %ZTLOAD parameters and it will call $ZIS and
;run or queue the output.
;
EN(ZTRTN,ZTDESC,ZTSAVE,%ZIS,%) ;ZTSAVE AND %ZIS pass by reference.
Q:$G(ZTRTN)=""
N %RET,ZTIO,ZTDTH,ZTSYNC,ZTCPU,ZTUCI N:'$G(%) ZTSK K IO("Q")
D ZIS I POP G KILL
I '$D(IO("Q")) D RUN G KILL
D ZTLOAD
KILL K ZTDTH,ZTSAVE
Q
ZIS ;
S:$G(%ZIS)'["Q" %ZIS=$G(%ZIS)_"Q"
D ^%ZIS
Q
ZTLOAD ;
K IO("Q"),ZTSK
D ^%ZTLOAD,HOME^%ZIS
S:$D(ZTSK) %RET=ZTSK
Q
RUN ;
U IO
D @ZTRTN
D ^%ZISC
Q
;
DEV(ZTRTN,ZTDESC,%VAR,%VOTH,%ZIS,IOP,%WR) ; single que ask for device
; ZTRTN - required - [tag]^routine that taskman will run
; ZTDESC - optional - default to name of [tag]~routine
; %VAR - optional - single value or passed by reference
; this will be used to S ZTSAVE()
; can be a string of variable names separated by ';'
; each ;-piece will be used as a subscript in ztsave
; %VOTH - optional - passed by reference
; %voth(sub)="" or explicit value
; sub - this is any other %ZTLOAD variable besides
; ZTRTN,ZTDESC,ZTIO,ZTSAVE
; example: %VOTH("ZTDTH")=$H
; %ZIS - optional - default value "MQ" - passed by reference
; standard %ZIS variable array for calling device handler
; IOP - optional - IOP variable as defined in Kernel device handler
; %WR - optional - if %WR>0 then write text to the screen as to
; whether or not the queueing was successful
;
; return: ZTSK value if successfully queued
; 0 if run ztrtn without queuing
; -1 if unsuccessful device call or failed %ztload call
;
N ZTIO,ZTDTH,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTSK,ZTPRI,ZTKIL,%RET,POP
S %RET=-1 I $G(ZTRTN)="" G OUT
D SETUP,ZIS I POP G OUT
I '$D(IO("Q")) D RUN S %RET=0
D ZTLOAD
OUT I $G(%WR),%RET'=0,'$D(ZTQUEUED) D
.W !! I %RET<0 W "Request Aborted",!
.E W "Task queued ["_(+%RET)_"]",!
.I $P(%RET,U,2) W !,"Second task queued ["_$P(%RET,U,2)_"]",!
.Q
Q %RET
;
NODEV(ZTRTN,ZTDESC,%VAR,%VOTH,%WR) ; single que no device needed
; see DEV for parameter descriptions and return values
N ZTIO,ZTDTH,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTSK,ZTKIL,ZTPRI,%RET,POP
S %RET=-1 I $G(ZTRTN)]"" S ZTIO="" D SETUP,ZTLOAD
G OUT
;
QQ(%RTN,%DESC,%VAR1,%VOTH1,%ZIS,IOP,%WR,%RTN2,%DESC2,%VAR2,%VOTH2) ;
; double queuing - queue up the second routine to device, but do not
; schedule the task in Taskman
; queue up the first job to ZTIO="" and schedule it
; %RTN - required - [tag]^routine for the 1st job to be run (usually a
; search and build sorted data type process)
; %DESC - optional - ZTDESC value for 1st job (default [tag]~routine)
; %VAR1 - optional - ZTSAVE values for 1st job - see %VAR descript above
;%VOTH1 - optional - 1st job - see %VOTH description above
; %ZIS - optional - see %ZIS description above, except for one diff
; the 2nd job will be tasked to this device call
; exception: IF $D(%ZIS)=0 then default value is "MQ" and call
; device handler
; IF $D(%ZIS)=1,%ZIS="" then queue 2nd job also with
; ZTIO="" i.e., do not do device handler call
; IOP - optional - see above - default value "Q" - if IOP is passed
; and IOP does not start with "Q;" then "Q;" will
; be added
; %WR - optional - see above
; %RTN2 - required - [tag]^routine for the 2nd job to be run (usually a
; print job)
;%DESC2 - optional - ZTDESC value for 2nd job (default [tag]~routine)
; %VAR2 - optional - ZTSAVE values for 2nd job - see %VAR descript above
; if %VAR1 is not passed and $D(%VAR) then also send %VAR
; data to 2nd tasked job. If $D(%VAR1) then do not send %VAR
; data to 2nd tasked job.
;%VOTH2 - optional - 2nd job - see %VOTH description above - usually not
; needed - note: if %VOTH1("ZTDTH") is passed it will be ignored
; as it is necessary to S ZTDTH="@" for the 2nd job - this will
; create the task but not schedule it
;
; return: if successfully queued, return ztsk1^ztsk2 where
; ztsk1 = ZTSK value of 1st job, ztsk2 = ZTSK value of 2nd job
; -1 if unsuccessful device call or failed %ztload call
;
N ZTIO,ZTDTH,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTSK,ZTPRI,ZTKIL,ZTDESC,%RET,POP
N %VAR,%VOTH,%TMP S %RET=-1
I $G(%RTN)=""!($G(%RTN2)="") G OUT
; setup 2nd job to %ZIS
S ZTRTN=%RTN2
I $D(%VAR2) M %VAR=%VAR2
I '$D(%VAR),$D(%VAR1) M %VAR=%VAR1
I $D(%VOTH2) M %VOTH=%VOTH2
I $G(%DESC2)]"" S ZTDESC=%DESC2
I $D(%ZIS)=1,%ZIS="" S ZTIO=""
E D
.I $D(IOP),IOP'?1"Q;".E S IOP="Q;"_IOP
.I '$D(IOP) S IOP="Q"
.Q
D SETUP,ZIS:'$D(ZTIO) I $G(POP) G OUT
S ZTDTH="@" D ZTLOAD
K %VAR,%VOTH,%ZIS,IOP S %TMP=%RET
S ZTRTN=%RTN
I $D(%VAR1) M %VAR=%VAR1
I $D(%VOTH1) M %VOTH=%VOTH1
I $G(%DESC)]"" S ZTDESC=%DESC
D SETUP S ZTIO="",%RET=-1,ZTSAVE("XUTMQQ")=%TMP D ZTLOAD I %RET>0 S %RET=%RET_U_%TMP
G OUT
;
REQQ(ZTSK,ZTDTH,%VAR) ;Reschedule the second part of a QQ task.
;The task to work on should be in XUTMQQ.
N ZTIO,ZTDESC,ZTRTN,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTPRI,ZTKIL,ZTREQ
I $G(ZTSK)=""!($G(ZTDTH)="") Q 0
D VAR
D REQ^%ZTLOAD
Q $G(ZTSK(0),0) ;Return 1 for rescheduled, 0 for fail.
;
SETUP ; setup %ztload variables
K ZTDTH,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTPRI,ZTKIL,ZTSK,IO("Q") N I,X,Y
D VAR
I $D(%VOTH) F S X=$O(%VOTH(X)) Q:X="" S:'$D(@X) @X=%VOTH(X)
I '$D(ZTDESC) S ZTDESC=$TR($P(ZTRTN,"("),U,"~")
Q
;
VAR ;Setup ZTSAVE
I $D(%VAR)#2 F I=1:1:$L(%VAR,";") S X=$P(%VAR,";",I),ZTSAVE(X)=""
S X="" F S X=$O(%VAR(X)) Q:X="" S ZTSAVE(X)=%VAR(X)
Q
XUTMDEVQ ;ISCSF/RWF - Device call and Queue in one place ;01/18/2006
+1 ;;8.0;KERNEL;**20,120,275,389**;Jul 10, 1995;Build 1
+2 ; this routine has four entry points: EN, DEV, NODEV, QQ
+3 ; usage:
+4 ;D EN^XUTMDEVQ(ZTRTN,ZTDESC,.ZTSAVE,[.]%ZIS,[FLAG])
+5 ;S X=$$DEV^XUTMQUE(ZTRTN,ZTDESC,[.]%VAR,.%VOTH,[.]%ZIS,IOP,%WR)
+6 ;S X=$$NODEV^XUTMQUE(ZTRTN,ZTDESC,[.]%VAR,.%VOTH,%WR)
+7 ;S X=$$QQ(%RTN,%DESC,[.]%VAR1,.%VOTH1,.%ZIS,IOP,%WR,%RTN2,%DESC2,[.]%VAR2,.%VOTH2)
+8 ;EN
+9 ;Call with %ZTLOAD parameters and it will call $ZIS and
+10 ;run or queue the output.
+11 ;
EN(ZTRTN,ZTDESC,ZTSAVE,%ZIS,%) ;ZTSAVE AND %ZIS pass by reference.
+1 IF $GET(ZTRTN)=""
QUIT
+2 NEW %RET,ZTIO,ZTDTH,ZTSYNC,ZTCPU,ZTUCI
IF '$GET(%)
NEW ZTSK
KILL IO("Q")
+3 DO ZIS
IF POP
GOTO KILL
+4 IF '$DATA(IO("Q"))
DO RUN
GOTO KILL
+5 DO ZTLOAD
KILL KILL ZTDTH,ZTSAVE
+1 QUIT
ZIS ;
+1 IF $GET(%ZIS)'["Q"
SET %ZIS=$GET(%ZIS)_"Q"
+2 DO ^%ZIS
+3 QUIT
ZTLOAD ;
+1 KILL IO("Q"),ZTSK
+2 DO ^%ZTLOAD
DO HOME^%ZIS
+3 IF $DATA(ZTSK)
SET %RET=ZTSK
+4 QUIT
RUN ;
+1 USE IO
+2 DO @ZTRTN
+3 DO ^%ZISC
+4 QUIT
+5 ;
DEV(ZTRTN,ZTDESC,%VAR,%VOTH,%ZIS,IOP,%WR) ; single que ask for device
+1 ; ZTRTN - required - [tag]^routine that taskman will run
+2 ; ZTDESC - optional - default to name of [tag]~routine
+3 ; %VAR - optional - single value or passed by reference
+4 ; this will be used to S ZTSAVE()
+5 ; can be a string of variable names separated by ';'
+6 ; each ;-piece will be used as a subscript in ztsave
+7 ; %VOTH - optional - passed by reference
+8 ; %voth(sub)="" or explicit value
+9 ; sub - this is any other %ZTLOAD variable besides
+10 ; ZTRTN,ZTDESC,ZTIO,ZTSAVE
+11 ; example: %VOTH("ZTDTH")=$H
+12 ; %ZIS - optional - default value "MQ" - passed by reference
+13 ; standard %ZIS variable array for calling device handler
+14 ; IOP - optional - IOP variable as defined in Kernel device handler
+15 ; %WR - optional - if %WR>0 then write text to the screen as to
+16 ; whether or not the queueing was successful
+17 ;
+18 ; return: ZTSK value if successfully queued
+19 ; 0 if run ztrtn without queuing
+20 ; -1 if unsuccessful device call or failed %ztload call
+21 ;
+22 NEW ZTIO,ZTDTH,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTSK,ZTPRI,ZTKIL,%RET,POP
+23 SET %RET=-1
IF $GET(ZTRTN)=""
GOTO OUT
+24 DO SETUP
DO ZIS
IF POP
GOTO OUT
+25 IF '$DATA(IO("Q"))
DO RUN
SET %RET=0
+26 DO ZTLOAD
OUT IF $GET(%WR)
IF %RET'=0
IF '$DATA(ZTQUEUED)
Begin DoDot:1
+1 WRITE !!
IF %RET<0
WRITE "Request Aborted",!
+2 IF '$TEST
WRITE "Task queued ["_(+%RET)_"]",!
+3 IF $PIECE(%RET,U,2)
WRITE !,"Second task queued ["_$PIECE(%RET,U,2)_"]",!
+4 QUIT
End DoDot:1
+5 QUIT %RET
+6 ;
NODEV(ZTRTN,ZTDESC,%VAR,%VOTH,%WR) ; single que no device needed
+1 ; see DEV for parameter descriptions and return values
+2 NEW ZTIO,ZTDTH,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTSK,ZTKIL,ZTPRI,%RET,POP
+3 SET %RET=-1
IF $GET(ZTRTN)]""
SET ZTIO=""
DO SETUP
DO ZTLOAD
+4 GOTO OUT
+5 ;
QQ(%RTN,%DESC,%VAR1,%VOTH1,%ZIS,IOP,%WR,%RTN2,%DESC2,%VAR2,%VOTH2) ;
+1 ; double queuing - queue up the second routine to device, but do not
+2 ; schedule the task in Taskman
+3 ; queue up the first job to ZTIO="" and schedule it
+4 ; %RTN - required - [tag]^routine for the 1st job to be run (usually a
+5 ; search and build sorted data type process)
+6 ; %DESC - optional - ZTDESC value for 1st job (default [tag]~routine)
+7 ; %VAR1 - optional - ZTSAVE values for 1st job - see %VAR descript above
+8 ;%VOTH1 - optional - 1st job - see %VOTH description above
+9 ; %ZIS - optional - see %ZIS description above, except for one diff
+10 ; the 2nd job will be tasked to this device call
+11 ; exception: IF $D(%ZIS)=0 then default value is "MQ" and call
+12 ; device handler
+13 ; IF $D(%ZIS)=1,%ZIS="" then queue 2nd job also with
+14 ; ZTIO="" i.e., do not do device handler call
+15 ; IOP - optional - see above - default value "Q" - if IOP is passed
+16 ; and IOP does not start with "Q;" then "Q;" will
+17 ; be added
+18 ; %WR - optional - see above
+19 ; %RTN2 - required - [tag]^routine for the 2nd job to be run (usually a
+20 ; print job)
+21 ;%DESC2 - optional - ZTDESC value for 2nd job (default [tag]~routine)
+22 ; %VAR2 - optional - ZTSAVE values for 2nd job - see %VAR descript above
+23 ; if %VAR1 is not passed and $D(%VAR) then also send %VAR
+24 ; data to 2nd tasked job. If $D(%VAR1) then do not send %VAR
+25 ; data to 2nd tasked job.
+26 ;%VOTH2 - optional - 2nd job - see %VOTH description above - usually not
+27 ; needed - note: if %VOTH1("ZTDTH") is passed it will be ignored
+28 ; as it is necessary to S ZTDTH="@" for the 2nd job - this will
+29 ; create the task but not schedule it
+30 ;
+31 ; return: if successfully queued, return ztsk1^ztsk2 where
+32 ; ztsk1 = ZTSK value of 1st job, ztsk2 = ZTSK value of 2nd job
+33 ; -1 if unsuccessful device call or failed %ztload call
+34 ;
+35 NEW ZTIO,ZTDTH,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTSK,ZTPRI,ZTKIL,ZTDESC,%RET,POP
+36 NEW %VAR,%VOTH,%TMP
SET %RET=-1
+37 IF $GET(%RTN)=""!($GET(%RTN2)="")
GOTO OUT
+38 ; setup 2nd job to %ZIS
+39 SET ZTRTN=%RTN2
+40 IF $DATA(%VAR2)
MERGE %VAR=%VAR2
+41 IF '$DATA(%VAR)
IF $DATA(%VAR1)
MERGE %VAR=%VAR1
+42 IF $DATA(%VOTH2)
MERGE %VOTH=%VOTH2
+43 IF $GET(%DESC2)]""
SET ZTDESC=%DESC2
+44 IF $DATA(%ZIS)=1
IF %ZIS=""
SET ZTIO=""
+45 IF '$TEST
Begin DoDot:1
+46 IF $DATA(IOP)
IF IOP'?1"Q;".E
SET IOP="Q;"_IOP
+47 IF '$DATA(IOP)
SET IOP="Q"
+48 QUIT
End DoDot:1
+49 DO SETUP
IF '$DATA(ZTIO)
DO ZIS
IF $GET(POP)
GOTO OUT
+50 SET ZTDTH="@"
DO ZTLOAD
+51 KILL %VAR,%VOTH,%ZIS,IOP
SET %TMP=%RET
+52 SET ZTRTN=%RTN
+53 IF $DATA(%VAR1)
MERGE %VAR=%VAR1
+54 IF $DATA(%VOTH1)
MERGE %VOTH=%VOTH1
+55 IF $GET(%DESC)]""
SET ZTDESC=%DESC
+56 DO SETUP
SET ZTIO=""
SET %RET=-1
SET ZTSAVE("XUTMQQ")=%TMP
DO ZTLOAD
IF %RET>0
SET %RET=%RET_U_%TMP
+57 GOTO OUT
+58 ;
REQQ(ZTSK,ZTDTH,%VAR) ;Reschedule the second part of a QQ task.
+1 ;The task to work on should be in XUTMQQ.
+2 NEW ZTIO,ZTDESC,ZTRTN,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTPRI,ZTKIL,ZTREQ
+3 IF $GET(ZTSK)=""!($GET(ZTDTH)="")
QUIT 0
+4 DO VAR
+5 DO REQ^%ZTLOAD
+6 ;Return 1 for rescheduled, 0 for fail.
QUIT $GET(ZTSK(0),0)
+7 ;
SETUP ; setup %ztload variables
+1 KILL ZTDTH,ZTSYNC,ZTCPU,ZTUCI,ZTSAVE,ZTPRI,ZTKIL,ZTSK,IO("Q")
NEW I,X,Y
+2 DO VAR
+3 IF $DATA(%VOTH)
FOR
SET X=$ORDER(%VOTH(X))
IF X=""
QUIT
IF '$DATA(@X)
SET @X=%VOTH(X)
+4 IF '$DATA(ZTDESC)
SET ZTDESC=$TRANSLATE($PIECE(ZTRTN,"("),U,"~")
+5 QUIT
+6 ;
VAR ;Setup ZTSAVE
+1 IF $DATA(%VAR)#2
FOR I=1:1:$LENGTH(%VAR,";")
SET X=$PIECE(%VAR,";",I)
SET ZTSAVE(X)=""
+2 SET X=""
FOR
SET X=$ORDER(%VAR(X))
IF X=""
QUIT
SET ZTSAVE(X)=%VAR(X)
+3 QUIT
