BPSOSRX ;BHAM ISC/FCS/DRS/FLS - callable from RPMS pharm ;06/01/2004
;;1.0;E CLAIMS MGMT ENGINE;**1,5,7,8,10,20,24**;JUN 2004;Build 43
;;Per VA Directive 6402, this routine should not be modified.
;
; reference to ^%ZTLOAD supported by DBIA 10063
; reference to NOW^%DTC supported by DBIA 10000
; reference to ^%DT supported by DBIA 10003
;
Q
;
; Schedule request
; Process all requests - Billing requests (CLAIM), Reversal (UNCLAIM)
; and Eligibility verification requests
;
; Input: see MKRQST^BPSOSRX3
; Return values:
; 1^BPS REQUEST ien = accepted for processing
; 0^reason = failure (should never happen)
REQST(BPREQTYP,KEY1,KEY2,MOREDATA,BPCOBIND,IEN59,BILLNDC,BPSKIP) ;
N BPRETV,BPIEN77,BPIENS78
S BPSKIP=+$G(BPSKIP)
D LOG^BPSOSL(IEN59,$T(+0)_"- Start creating request")
S BPRETV=$$MKINSUR^BPSOSRX2(KEY1,KEY2,.MOREDATA,.BPIENS78)
I +BPRETV=0 Q BPRETV
;create BPS REQUEST records for primary insurer only and populate its IBDATA multiple with the iens of BPS INSURER DATA
S BPRETV=$$MKRQST^BPSOSRX3(BPREQTYP,KEY1,KEY2,.MOREDATA,.BPIENS78,BPCOBIND,$G(BILLNDC),BPSKIP)
Q BPRETV
;
; $$STATUS(KEY1,KEY2,QUE,BPRQIEN,BPCOB) - Returns the Status of the request
; Input
; KEY1 - First key of the request
; KEY2 - Second key of the request
; QUE (optional): 0 - Do not check if a request is on the queue
; 1/null - Check if a request is on the queue
; BPRQIEN (optional) - the BPS REQUESTS (#9002313.77) IEN
; BPCOB (optional)-the payer sequence (1- Primary, 2 Secondary), if null then 1 (primary) is assumed
;
; Returns
; RESULT^LAST UPDATE DATE/TIME^DESCRIPTION^STATUS %
; Returns null if there's no ECME record of this request
;
; RESULT is either:
; 1. IN PROGRESS for incomplete requests
; 2. Final status for complete requests. See comments for
; BPSOSUC for complete list of possible statuses.
; 3. SCHEDULED for scheduled (not ACTIVATED yet) requests
;
; LAST UPDATE DATE/TIME is the Fileman date and time of the
; last update to the status of this request.
;
; DESCRIPTION is either:
; 1. Incomplete requests will be the status (i.e., Waiting to Start,
; Transmitting)
; 2. Completed requests will have the reason that the ECME process
; was aborted if the result is E OTHER. Otherwise, it will
; be similar to the RESULT
;
; STATUS % is the completion percentage. Note that 99 is considered
; complete.
;
;
STATUS(KEY1,KEY2,QUE,BPRQIEN,BPCOB) ;
; Setup needed variables
N IEN59,SDT,SUBDT,BP59REQ,BPTRTYP,BP59ZERO,BP59REQ
I '$G(KEY1) Q ""
I $G(KEY2)="" Q ""
I $G(QUE)="" S QUE=1
;
;if BPRQIEN then it is called from BPSNCPD1 to display progress to the user. So we need to check queue anyway
I $G(BPRQIEN)>0 S QUE=1
;
;default COB = primary
I +$G(BPCOB)=0 S BPCOB=1
;
;get IEN of BPS TRANSACTION
S IEN59=$$IEN59(KEY1,KEY2,BPCOB)
;
;read zeroth node of the BPS TRANSACTION record
S BP59ZERO=$G(^BPST(IEN59,0))
;
; check for TRI/CVA non-billable entry. Status is "" for these BPS Transaction entries. BPS*1*20.
I $$NB^BPSSCR03(IEN59) Q ""
;
;if doesn't have BPS TRANSACTION record AND doesn't have any BPS REQUEST records then
;this is an old request OR it is not e-billable - so use the old logic,
;which was used before COB patch, so this is for primary claims only.
I BPCOB=1 I $G(BPRQIEN)="" I BP59ZERO="" I '$D(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB)) Q $$OLDSTAT^BPSOSRX6(KEY1,KEY2,$G(QUE))
;
;if doesn't have BPS TRANSACTION record (not created yet) AND has BPS REQUEST record(s)
I BP59ZERO="" Q $$QUESTAT(KEY1,KEY2,BPCOB)
;
;get transaction type
S BPTRTYP=$P(BP59ZERO,U,15)
;if Transaction type is not defined then this is an OLD request so use the old logic
;which was used before COB patch, so this is for primary claims only.
I BPCOB=1 I $G(BPRQIEN)="" I BPTRTYP="" Q $$OLDSTAT^BPSOSRX6(KEY1,KEY2,$G(QUE))
;
;get the current BPS REQUEST
S BP59REQ=$$GETRQST^BPSUTIL2(IEN59)
I $G(BP59REQ)="" Q $$QUESTAT(KEY1,KEY2,BPCOB)
;
;get request date/time
S SDT=$P($G(^BPS(9002313.77,+$G(BP59REQ),6)),U,1) ;REQUEST DATE AND TIME
;
; Loop: Get data, quit if times and status match (no change during gather)
N A,C,T1,T2,S1,S2
F D I T1=T2,S1=S2 Q
. S T1=$$LASTUP59^BPSOSRX(IEN59)
. S S1=$$STATUS59^BPSOSRX(IEN59)
. I S1=99 D ; completed
. . S A=$$CATEG^BPSOSUC(IEN59)
. . S C=$$RESTXT59^BPSOSRX(IEN59)
. I S1'=99 D
. . S A="IN PROGRESS"
. . S C=$$STATI^BPSOSU($S(S1="":10,1:S1))
. S T2=$$LASTUP59^BPSOSRX(IEN59)
. S S2=$$STATUS59^BPSOSRX(IEN59)
;
; If the queue parameter is set and the submit date from the queue
; follows the SUBMIT DATE/LAST UPDATE date from BPS TRANSACTION
; or the request is still on the queue, then change the response
; to IN PROGRESS^Submit Date^WAITING TO START
S SUBDT=$$SUBMIT59^BPSOSRX(IEN59)
I SUBDT="" S SUBDT=T1
;
;if we need to check the queue
I $G(QUE),$$QUETIME(KEY1,KEY2,BPCOB,1)>SUBDT S A="IN PROGRESS",T1=SDT,S1=-1,C=$$STATI^BPSOSU(0)
I $G(QUE),$$QUETIME(KEY1,KEY2,BPCOB,0)>SUBDT S A="IN PROGRESS",T1=SDT,S1=-1,C=$$STATI^BPSOSU(0)
I $G(QUE),$$QUETIME(KEY1,KEY2,BPCOB,2)>SUBDT S A="IN PROGRESS",T1=SDT,S1=-1,C=$$STATI^BPSOSU(0) ;To check IN PROCESS
;
; Return results
Q A_U_T1_U_$E(C,1,255-$L(A)-$L(T1)-2)_U_S1
;
;the most current queue status as text
QUESTAT(KEY1,KEY2,BPCOB) ;
I $D(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,2)) Q "IN PROGRESS"_U_$$QUETIME(KEY1,KEY2,BPCOB,2)_U_$$STATI^BPSOSU(-96)_U_-1
I $D(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,1)) Q "IN PROGRESS"_U_$$QUETIME(KEY1,KEY2,BPCOB,1)_U_$$STATI^BPSOSU(0)_U_-1
I $D(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,0)) Q "IN PROGRESS"_U_$$QUETIME(KEY1,KEY2,BPCOB,0)_U_$$STATI^BPSOSU(-99)_U_-1
;if PROCESS FLAG=3,4,5 return null
Q ""
;
;the most current queue status as process flag
QUECUR(KEY1,KEY2,BPCOB) ;
I $D(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,3)) Q 3
I $D(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,2)) Q 2
I $D(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,1)) Q 1
I $D(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,0)) Q 0
;if PROCESS FLAG=3,4,5 return null
Q ""
;
;the most current queue status as process flag
QUETIME(KEY1,KEY2,BPCOB,BPROCFL) ;
N BP77
S BP77=$O(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,BPROCFL,0))
I BP77>0 Q $P($G(^BPS(9002313.77,+BP77,6)),U,1) ;REQUEST DATE AND TIME
Q ""
;
NOW() N %,%H,%I,X D NOW^%DTC Q %
;
; RESTXT59 - Return first semi-colon piece of the Result Text (202) field
; from BPS Transaction
RESTXT59(IEN59) ;
I '$G(IEN59) Q ""
Q $P($P($G(^BPST(IEN59,2)),U,2,99),";",1)
;
; LASTUP59 - Return last update date/time from BPS Transactions
LASTUP59(IEN59) ;
I '$G(IEN59) Q ""
Q $P($G(^BPST(IEN59,0)),U,8)
;
; STATUS59 returns STATUS field from BPS Transaction
; Note: 99 means complete
STATUS59(IEN59) ;
I '$G(IEN59) Q ""
Q $P($G(^BPST(IEN59,0)),U,2)
;
; SUBMIT59 - Return Submit date/time from BPS Transactions (#6) SUBMIT DATE/TIME
SUBMIT59(IEN59) ;
I '$G(IEN59) Q ""
Q $P($G(^BPST(IEN59,0)),U,7)
;
; Utilities
;
; LOCKING: Just one user of this routine at a time.
; X = "SUBMIT" to interlock the request submission
; X = "BACKGROUND" to interlock the background job
LOCK(X,TIMEOUT) ;EP - BPSOSRB
I $G(TIMEOUT)="" S TIMEOUT=0
L +^XTMP("BPS-PROC",X):TIMEOUT
Q $T
;
LOCKNOW(X) ;EP - BPSOSRB
L +^XTMP("BPS-PROC",X):0
Q $T
;
UNLOCK(X) ;EP - BPSOSRB
L -^XTMP("BPS-PROC",X)
Q
;
RUNNING() ;
I '$$LOCKNOW("BACKGROUND") Q ; it is running; don't start another
D UNLOCK("BACKGROUND") ; it's not running; release our probing lock
D TASK
Q
;
;KEY1 - Either Prescription IEN (#52) or PATIENT IEN (#2)
;KEY2 - Either Fill # or Policy Number
; For Policy Number, the value passed in should be 9000 plus
; the policy number
;BPCOBIND - COB indicator
IEN59(KEY1,KEY2,BPCOBIND) ;EP - from BPSOS, BPSOSRB
I '$G(KEY1) Q ""
I '$G(KEY2) S KEY2=0 ;If no KEY2, assume RX/Fill and default to Original Fill
I +$G(BPCOBIND)=0 S BPCOBIND=1 ;default is primary
I BPCOBIND>3!(BPCOBIND<1) Q ""
Q KEY1_"."_$TR($J(KEY2,4)," ","0")_+BPCOBIND
;
;
; The background job
TASK N X,Y,%DT
S X="N",%DT="ST"
D ^%DT,TASKAT(Y)
Q
;
TASKAT(ZTDTH) ;
N ZTIO S ZTIO="" ; no device
N ZTRTN S ZTRTN="BACKGR^BPSOSRB"
D ^%ZTLOAD
Q
;
;Lock key pair - So two (or more) requests cannot be processed simultaneously
LOCKRF(KEY1,KEY2,BPTIMOUT,IEN59,BPSRC) ;EP - BPSOSRB
N BPRET
L +^XTMP("BPSOSRX-RX/REF",KEY1,KEY2):+$G(BPTIMOUT)
S BPRET=$T
Q BPRET
;
;UnLock key pair
UNLCKRF(KEY1,KEY2,IEN59,BPSRC) ;EP - BPSOSRB
L -^XTMP("BPSOSRX-RX/REF",KEY1,KEY2)
;I $G(IEN59)>0 D LOG^BPSOSL(IEN59,$G(BPSRC)_"-Unlock keys: "_KEY1_"/"_KEY2)
Q
;BPSOSRX
--- Routine Detail --- with STRUCTURED ROUTINE LISTING ---[H[J[2J[HBPSOSRX 8939 printed Oct 16, 2024@17:52:48 Page 2
BPSOSRX ;BHAM ISC/FCS/DRS/FLS - callable from RPMS pharm ;06/01/2004
+1 ;;1.0;E CLAIMS MGMT ENGINE;**1,5,7,8,10,20,24**;JUN 2004;Build 43
+2 ;;Per VA Directive 6402, this routine should not be modified.
+3 ;
+4 ; reference to ^%ZTLOAD supported by DBIA 10063
+5 ; reference to NOW^%DTC supported by DBIA 10000
+6 ; reference to ^%DT supported by DBIA 10003
+7 ;
+8 QUIT
+9 ;
+10 ; Schedule request
+11 ; Process all requests - Billing requests (CLAIM), Reversal (UNCLAIM)
+12 ; and Eligibility verification requests
+13 ;
+14 ; Input: see MKRQST^BPSOSRX3
+15 ; Return values:
+16 ; 1^BPS REQUEST ien = accepted for processing
+17 ; 0^reason = failure (should never happen)
REQST(BPREQTYP,KEY1,KEY2,MOREDATA,BPCOBIND,IEN59,BILLNDC,BPSKIP) ;
+1 NEW BPRETV,BPIEN77,BPIENS78
+2 SET BPSKIP=+$GET(BPSKIP)
+3 DO LOG^BPSOSL(IEN59,$TEXT(+0)_"- Start creating request")
+4 SET BPRETV=$$MKINSUR^BPSOSRX2(KEY1,KEY2,.MOREDATA,.BPIENS78)
+5 IF +BPRETV=0
QUIT BPRETV
+6 ;create BPS REQUEST records for primary insurer only and populate its IBDATA multiple with the iens of BPS INSURER DATA
+7 SET BPRETV=$$MKRQST^BPSOSRX3(BPREQTYP,KEY1,KEY2,.MOREDATA,.BPIENS78,BPCOBIND,$GET(BILLNDC),BPSKIP)
+8 QUIT BPRETV
+9 ;
+10 ; $$STATUS(KEY1,KEY2,QUE,BPRQIEN,BPCOB) - Returns the Status of the request
+11 ; Input
+12 ; KEY1 - First key of the request
+13 ; KEY2 - Second key of the request
+14 ; QUE (optional): 0 - Do not check if a request is on the queue
+15 ; 1/null - Check if a request is on the queue
+16 ; BPRQIEN (optional) - the BPS REQUESTS (#9002313.77) IEN
+17 ; BPCOB (optional)-the payer sequence (1- Primary, 2 Secondary), if null then 1 (primary) is assumed
+18 ;
+19 ; Returns
+20 ; RESULT^LAST UPDATE DATE/TIME^DESCRIPTION^STATUS %
+21 ; Returns null if there's no ECME record of this request
+22 ;
+23 ; RESULT is either:
+24 ; 1. IN PROGRESS for incomplete requests
+25 ; 2. Final status for complete requests. See comments for
+26 ; BPSOSUC for complete list of possible statuses.
+27 ; 3. SCHEDULED for scheduled (not ACTIVATED yet) requests
+28 ;
+29 ; LAST UPDATE DATE/TIME is the Fileman date and time of the
+30 ; last update to the status of this request.
+31 ;
+32 ; DESCRIPTION is either:
+33 ; 1. Incomplete requests will be the status (i.e., Waiting to Start,
+34 ; Transmitting)
+35 ; 2. Completed requests will have the reason that the ECME process
+36 ; was aborted if the result is E OTHER. Otherwise, it will
+37 ; be similar to the RESULT
+38 ;
+39 ; STATUS % is the completion percentage. Note that 99 is considered
+40 ; complete.
+41 ;
+42 ;
STATUS(KEY1,KEY2,QUE,BPRQIEN,BPCOB) ;
+1 ; Setup needed variables
+2 NEW IEN59,SDT,SUBDT,BP59REQ,BPTRTYP,BP59ZERO,BP59REQ
+3 IF '$GET(KEY1)
QUIT ""
+4 IF $GET(KEY2)=""
QUIT ""
+5 IF $GET(QUE)=""
SET QUE=1
+6 ;
+7 ;if BPRQIEN then it is called from BPSNCPD1 to display progress to the user. So we need to check queue anyway
+8 IF $GET(BPRQIEN)>0
SET QUE=1
+9 ;
+10 ;default COB = primary
+11 IF +$GET(BPCOB)=0
SET BPCOB=1
+12 ;
+13 ;get IEN of BPS TRANSACTION
+14 SET IEN59=$$IEN59(KEY1,KEY2,BPCOB)
+15 ;
+16 ;read zeroth node of the BPS TRANSACTION record
+17 SET BP59ZERO=$GET(^BPST(IEN59,0))
+18 ;
+19 ; check for TRI/CVA non-billable entry. Status is "" for these BPS Transaction entries. BPS*1*20.
+20 IF $$NB^BPSSCR03(IEN59)
QUIT ""
+21 ;
+22 ;if doesn't have BPS TRANSACTION record AND doesn't have any BPS REQUEST records then
+23 ;this is an old request OR it is not e-billable - so use the old logic,
+24 ;which was used before COB patch, so this is for primary claims only.
+25 IF BPCOB=1
IF $GET(BPRQIEN)=""
IF BP59ZERO=""
IF '$DATA(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB))
QUIT $$OLDSTAT^BPSOSRX6(KEY1,KEY2,$GET(QUE))
+26 ;
+27 ;if doesn't have BPS TRANSACTION record (not created yet) AND has BPS REQUEST record(s)
+28 IF BP59ZERO=""
QUIT $$QUESTAT(KEY1,KEY2,BPCOB)
+29 ;
+30 ;get transaction type
+31 SET BPTRTYP=$PIECE(BP59ZERO,U,15)
+32 ;if Transaction type is not defined then this is an OLD request so use the old logic
+33 ;which was used before COB patch, so this is for primary claims only.
+34 IF BPCOB=1
IF $GET(BPRQIEN)=""
IF BPTRTYP=""
QUIT $$OLDSTAT^BPSOSRX6(KEY1,KEY2,$GET(QUE))
+35 ;
+36 ;get the current BPS REQUEST
+37 SET BP59REQ=$$GETRQST^BPSUTIL2(IEN59)
+38 IF $GET(BP59REQ)=""
QUIT $$QUESTAT(KEY1,KEY2,BPCOB)
+39 ;
+40 ;get request date/time
+41 ;REQUEST DATE AND TIME
SET SDT=$PIECE($GET(^BPS(9002313.77,+$GET(BP59REQ),6)),U,1)
+42 ;
+43 ; Loop: Get data, quit if times and status match (no change during gather)
+44 NEW A,C,T1,T2,S1,S2
+45 FOR
Begin DoDot:1
+46 SET T1=$$LASTUP59^BPSOSRX(IEN59)
+47 SET S1=$$STATUS59^BPSOSRX(IEN59)
+48 ; completed
IF S1=99
Begin DoDot:2
+49 SET A=$$CATEG^BPSOSUC(IEN59)
+50 SET C=$$RESTXT59^BPSOSRX(IEN59)
End DoDot:2
+51 IF S1'=99
Begin DoDot:2
+52 SET A="IN PROGRESS"
+53 SET C=$$STATI^BPSOSU($SELECT(S1="":10,1:S1))
End DoDot:2
+54 SET T2=$$LASTUP59^BPSOSRX(IEN59)
+55 SET S2=$$STATUS59^BPSOSRX(IEN59)
End DoDot:1
IF T1=T2
IF S1=S2
QUIT
+56 ;
+57 ; If the queue parameter is set and the submit date from the queue
+58 ; follows the SUBMIT DATE/LAST UPDATE date from BPS TRANSACTION
+59 ; or the request is still on the queue, then change the response
+60 ; to IN PROGRESS^Submit Date^WAITING TO START
+61 SET SUBDT=$$SUBMIT59^BPSOSRX(IEN59)
+62 IF SUBDT=""
SET SUBDT=T1
+63 ;
+64 ;if we need to check the queue
+65 IF $GET(QUE)
IF $$QUETIME(KEY1,KEY2,BPCOB,1)>SUBDT
SET A="IN PROGRESS"
SET T1=SDT
SET S1=-1
SET C=$$STATI^BPSOSU(0)
+66 IF $GET(QUE)
IF $$QUETIME(KEY1,KEY2,BPCOB,0)>SUBDT
SET A="IN PROGRESS"
SET T1=SDT
SET S1=-1
SET C=$$STATI^BPSOSU(0)
+67 ;To check IN PROCESS
IF $GET(QUE)
IF $$QUETIME(KEY1,KEY2,BPCOB,2)>SUBDT
SET A="IN PROGRESS"
SET T1=SDT
SET S1=-1
SET C=$$STATI^BPSOSU(0)
+68 ;
+69 ; Return results
+70 QUIT A_U_T1_U_$EXTRACT(C,1,255-$LENGTH(A)-$LENGTH(T1)-2)_U_S1
+71 ;
+72 ;the most current queue status as text
QUESTAT(KEY1,KEY2,BPCOB) ;
+1 IF $DATA(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,2))
QUIT "IN PROGRESS"_U_$$QUETIME(KEY1,KEY2,BPCOB,2)_U_$$STATI^BPSOSU(-96)_U_-1
+2 IF $DATA(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,1))
QUIT "IN PROGRESS"_U_$$QUETIME(KEY1,KEY2,BPCOB,1)_U_$$STATI^BPSOSU(0)_U_-1
+3 IF $DATA(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,0))
QUIT "IN PROGRESS"_U_$$QUETIME(KEY1,KEY2,BPCOB,0)_U_$$STATI^BPSOSU(-99)_U_-1
+4 ;if PROCESS FLAG=3,4,5 return null
+5 QUIT ""
+6 ;
+7 ;the most current queue status as process flag
QUECUR(KEY1,KEY2,BPCOB) ;
+1 IF $DATA(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,3))
QUIT 3
+2 IF $DATA(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,2))
QUIT 2
+3 IF $DATA(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,1))
QUIT 1
+4 IF $DATA(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,0))
QUIT 0
+5 ;if PROCESS FLAG=3,4,5 return null
+6 QUIT ""
+7 ;
+8 ;the most current queue status as process flag
QUETIME(KEY1,KEY2,BPCOB,BPROCFL) ;
+1 NEW BP77
+2 SET BP77=$ORDER(^BPS(9002313.77,"D",KEY1,KEY2,BPCOB,BPROCFL,0))
+3 ;REQUEST DATE AND TIME
IF BP77>0
QUIT $PIECE($GET(^BPS(9002313.77,+BP77,6)),U,1)
+4 QUIT ""
+5 ;
NOW() NEW %,%H,%I,X
DO NOW^%DTC
QUIT %
+1 ;
+2 ; RESTXT59 - Return first semi-colon piece of the Result Text (202) field
+3 ; from BPS Transaction
RESTXT59(IEN59) ;
+1 IF '$GET(IEN59)
QUIT ""
+2 QUIT $PIECE($PIECE($GET(^BPST(IEN59,2)),U,2,99),";",1)
+3 ;
+4 ; LASTUP59 - Return last update date/time from BPS Transactions
LASTUP59(IEN59) ;
+1 IF '$GET(IEN59)
QUIT ""
+2 QUIT $PIECE($GET(^BPST(IEN59,0)),U,8)
+3 ;
+4 ; STATUS59 returns STATUS field from BPS Transaction
+5 ; Note: 99 means complete
STATUS59(IEN59) ;
+1 IF '$GET(IEN59)
QUIT ""
+2 QUIT $PIECE($GET(^BPST(IEN59,0)),U,2)
+3 ;
+4 ; SUBMIT59 - Return Submit date/time from BPS Transactions (#6) SUBMIT DATE/TIME
SUBMIT59(IEN59) ;
+1 IF '$GET(IEN59)
QUIT ""
+2 QUIT $PIECE($GET(^BPST(IEN59,0)),U,7)
+3 ;
+4 ; Utilities
+5 ;
+6 ; LOCKING: Just one user of this routine at a time.
+7 ; X = "SUBMIT" to interlock the request submission
+8 ; X = "BACKGROUND" to interlock the background job
LOCK(X,TIMEOUT) ;EP - BPSOSRB
+1 IF $GET(TIMEOUT)=""
SET TIMEOUT=0
+2 LOCK +^XTMP("BPS-PROC",X):TIMEOUT
+3 QUIT $TEST
+4 ;
LOCKNOW(X) ;EP - BPSOSRB
+1 LOCK +^XTMP("BPS-PROC",X):0
+2 QUIT $TEST
+3 ;
UNLOCK(X) ;EP - BPSOSRB
+1 LOCK -^XTMP("BPS-PROC",X)
+2 QUIT
+3 ;
RUNNING() ;
+1 ; it is running; don't start another
IF '$$LOCKNOW("BACKGROUND")
QUIT
+2 ; it's not running; release our probing lock
DO UNLOCK("BACKGROUND")
+3 DO TASK
+4 QUIT
+5 ;
+6 ;KEY1 - Either Prescription IEN (#52) or PATIENT IEN (#2)
+7 ;KEY2 - Either Fill # or Policy Number
+8 ; For Policy Number, the value passed in should be 9000 plus
+9 ; the policy number
+10 ;BPCOBIND - COB indicator
IEN59(KEY1,KEY2,BPCOBIND) ;EP - from BPSOS, BPSOSRB
+1 IF '$GET(KEY1)
QUIT ""
+2 ;If no KEY2, assume RX/Fill and default to Original Fill
IF '$GET(KEY2)
SET KEY2=0
+3 ;default is primary
IF +$GET(BPCOBIND)=0
SET BPCOBIND=1
+4 IF BPCOBIND>3!(BPCOBIND<1)
QUIT ""
+5 QUIT KEY1_"."_$TRANSLATE($JUSTIFY(KEY2,4)," ","0")_+BPCOBIND
+6 ;
+7 ;
+8 ; The background job
TASK NEW X,Y,%DT
+1 SET X="N"
SET %DT="ST"
+2 DO ^%DT
DO TASKAT(Y)
+3 QUIT
+4 ;
TASKAT(ZTDTH) ;
+1 ; no device
NEW ZTIO
SET ZTIO=""
+2 NEW ZTRTN
SET ZTRTN="BACKGR^BPSOSRB"
+3 DO ^%ZTLOAD
+4 QUIT
+5 ;
+6 ;Lock key pair - So two (or more) requests cannot be processed simultaneously
LOCKRF(KEY1,KEY2,BPTIMOUT,IEN59,BPSRC) ;EP - BPSOSRB
+1 NEW BPRET
+2 LOCK +^XTMP("BPSOSRX-RX/REF",KEY1,KEY2):+$GET(BPTIMOUT)
+3 SET BPRET=$TEST
+4 QUIT BPRET
+5 ;
+6 ;UnLock key pair
UNLCKRF(KEY1,KEY2,IEN59,BPSRC) ;EP - BPSOSRB
+1 LOCK -^XTMP("BPSOSRX-RX/REF",KEY1,KEY2)
+2 ;I $G(IEN59)>0 D LOG^BPSOSL(IEN59,$G(BPSRC)_"-Unlock keys: "_KEY1_"/"_KEY2)
+3 QUIT
+4 ;BPSOSRX
