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Routine: BMXADOV1

BMXADOV1.m

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BMXADOV1 ; IHS/CIHA/GIS - RPC CALL: GENERATE DATA FOR AN ADO DATASET ;
 ;;4.0;BMX;;JUN 28, 2010
 ; CONTINUATION FILE FOR BMXADOV
 ; MANAGES ITERATION FOR INDIVIDUAL INDEX TYPES
 ; ASSUMES CERTAIN LOCAL VARS: CREF,FIEN,IENS,DAS (<-THESE CAN'T BE NULL),START,STOP,MAX,TOT,NUM,IX
 ; 
 ; 
 ;
DATA(IENS,DA,XCNT) ;EP - ADD DATA NODES TO ARRAY
 ; ASSUMES THAT VSTG VARIABLES AND THE OUT ARRAY ARE PRESENT
 I '$G(DA) Q
 I '$L(IENS) Q
 S $P(IENS,C)=DA
 N STG,X,Y,%,FLD,STOP,VAL,CNT,FIEN,LINE,IFLAG,IDEP,TFLD,TNO,TEF
 S STG=DA
 I $G(DAS),$E(DAS,$L(DAS))="," S STG=$TR(DAS,",",U)_STG ; FIX FOR SUBFILE
 S CNT=$L(IENS,",") ; START AFTER THE .001 FIELD
 I $G(SUB) S STG=$P(IENS,C,2)_U_DA ; MAKE DAS FOR A SUBFILE.  THIS WILL BE THE IST PIECE OF THE DATA STRING
 I $G(XCNT) S CNT=XCNT ; USED WITH JOINS
 F  S CNT=$O(@OUT@(CNT)) Q:'CNT  Q:$G(STOP)  D  I @OUT@(CNT)[$C(30) Q  ; LOOP TO CREATE THE DATA STRING
 . K IFLAG,IDEP
 . S FIEN=+@OUT@(CNT) I '$D(^DD(FIEN,0)) S STOP=1 Q
 . S FLD=$P(@OUT@(CNT),B,2)
 . I FLD=".01ID" D  Q  ; PROCESS THE IDENTIFIER FIELD
 .. I '$G(SIEN) Q
 .. S %=$O(^BMXADO(SIEN,1,"B",".01ID",0)) I '% Q
 .. S IDEP=$G(^BMXADO(SIEN,1,%,1)) I '$L(IDEP) Q
 .. X ("S VAL=$$"_IDEP_"("_+STG_")") ; PASS THE DA TO THE IDENTIFIER EXTRINSIC FUNCTION, RETURN IDENTIFIERS
 .. S VAL=$TR(VAL,"^",""),VAL=$TR(VAL,B,"")
 .. S STG=STG_U_VAL
 .. Q
 . I $G(SIEN),FLD S %=$O(^BMXADO(SIEN,1,"B",FLD,0)) I %,$P($G(^BMXADO(SIEN,1,%,0)),U,9) S IFLAG=1 ; SCHEMA FILE SAYS FORCE INTERNAL VALUE FOR THIS FIELD
 . K TFLD
 . I FLD["TRIGGER" S TFLD=FLD,FLD=+FLD,IFLAG=1
 . I FLD["IEN" S FLD=+FLD,IFLAG=1 ; LOOKUP VALUE FIELD (IEN)
 . I '$D(^DD(FIEN,FLD,0)),FLD'=.001 S STOP=1 Q
 . I $D(TFLD),FLD=.001 S VAL=+IENS
 . E  S VAL=$$GET1^DIQ(FIEN,IENS,FLD,$S($G(IFLAG):"I",$G(TFLAG):"I",1:$G(FMT)))
 . I $G(TFLD) D  S STG=STG_U_VAL Q  ; GENERATE A TRIGGERED VALUE FOR THIS FIELD
 .. S TNO=$O(^BMXADO(SIEN,1,"B",TFLD,0)) I 'TNO S VAL="" Q
 .. S TEF=$G(^BMXADO(SIEN,1,TNO,3)) I '$L(TEF) S VAL="" Q  ; GET EXTR FUNCT THAT GENERATES A SECONDARY VALUE
 .. X ("S VAL=$$"_TEF_"(VAL)")
 .. Q
 . I FLD=.01,VAL="" S STOP=1 Q  ; INVALID FILEMAN ENTRY!  SKIP IT
 . S VAL=$TR(VAL,"^",""),VAL=$TR(VAL,B,"")
 . S STG=STG_U_VAL
 . Q
 I $G(STOP) Q  ; DON'T ADD NODE IF DD INFO IS INVALID
 F  S LINE=$E(STG,1,250),STG=$E(STG,251,999999) D  I '$L(STG) Q  ; PREVENTS DATA LENGTH FROM EXCEEDING 250 BYTES
 . S TOT=TOT+1
 . I '$L(STG) S LINE=LINE_$C(30),NUM=NUM+1 ; END OF RECORD, RECORD TOTAL IS UPDATED
 . S @OUT@(TOT)=LINE ; NODE IS ADDED
 . Q
 Q
 ; 
NUMIT(DA) ; EP-ITERATE BY NUMBER
 N XIT,LDA
 I IENS S DA=+IENS ; RE-ENTRY FROM SEED
 I '$G(DA),$G(START) S DA=START-1
 I '$G(DA) S DA=0
 S LDA=""
 F  S DA=$O(@CREF@(DA)) D  I $G(XIT) Q
 . I 'DA S XIT=1,LDA="" Q  ; NO MORE IENS - THE END OF THE LINE
 . D DATA(IENS,DA,+$G(XCNT))
 . I $G(STOP),$O(@CREF@(DA))>STOP S LDA="",XIT=1 Q  ; AS FAR AS YOU ARE ALLOWED TO GO FOR NUMBER ITERATION
 . I NUM=MAX S LDA=DA,XIT=1 Q  ; REACHED THE MAX TRANSACTION LIMIT - GET MORE NEXT TIME
 . Q
 I LDA,'$O(@CREF@(LDA)) S LDA="" ; END OF THE LINE SO SET LDA TO NULL
 Q LDA
 ; 
LOOK(LIEN) ; EP-ITERATE BY A SINGLE STANDARD INDEX THAT IS A POINTER VALUE
 N XIT,LDA
 S DA=+IENS
 F  S DA=$O(@CREF@(IX,LIEN,DA)) D  I $G(XIT) Q
 . I 'DA S XIT=1,LDA="" Q  ; NO MORE IENS - THE END OF THE LINE
 . D DATA(IENS,DA,$G(XCNT))
 . I NUM=MAX S LDA=DA,XIT=1 Q  ; REACHED THE MAX TRANSACTION LIMIT - GET MORE NEXT TIME
 . Q
 I '$O(@CREF@(IX,LIEN,DA)) Q ""
 Q LDA
 ;
LOOK1() ; EP-ITERATE USING A STANDARD INDEX
 N XIT,LDA,VAL,DA,%
 S DA=+IENS I 'DA G SCRATCH ; CHECK FOR RE-RENTRY
REENTER ; RE-ENTER STD ITERATION USING DA AS THE SEED
 S %=$$IXVAL(FIEN,IX,DAS) I '$L(%) Q "" ; GET STARTUP INFO
LR S VAL=$P(%,B,3)
 I VAL="" Q "" ; NO VAL FOUND FOR INITIAL ITERATION, SO QUIT
 F  S DA=$O(@CREF@(IX,VAL,DA)) Q:'DA  D DATA(IENS,DA,+$G(XCNT)) I NUM=MAX S LDA=DA,XIT=1 Q  ; SWEEP UP ALL THE REMAINING DAS UNDER THE CURRENT VALUE
 I $G(XIT) Q:'$O(@CREF@(IX,VAL,LDA)) "" Q LDA ; IF NO MORE AFTER MAX, SET LDA = NULL
 G LOOK1R ; SEED IS DEFINED
SCRATCH S VAL="" ; STD LOOKUP STARTING FROM SCRATCH
 I $L(START) S VAL=$O(@CREF@(IX,START),-1) ; GET SEED FOR ITERATION
LOOK1R F  S VAL=$O(@CREF@(IX,VAL)) D  I $G(XIT) Q  ; EP - RE-ENTRY POINT IF SEED IS DEFINED
 . I VAL="" S LDA="",XIT=1 Q  ; END OF THE LINE
 . I STOP=+STOP,VAL=+VAL,VAL>STOP S LDA="",XIT=1 Q
 . I $L(STOP),VAL]STOP S LDA="",XIT=1 Q  ; LOOKUP LIMITS
 . S DA=0
 . F  S DA=$O(@CREF@(IX,VAL,DA)) Q:'DA  D  I $G(XIT) Q
 .. D DATA(IENS,DA,+$G(XCNT))
 .. I NUM=MAX S LDA=DA,XIT=1 D  ; TRANSACTION LIMIT ; CHECK FOR MORE
 ... I $O(@CREF@(IX,VAL,DA)) Q
 ... S %=$O(@CREF@(IX,VAL)) I %="" S LDA="" Q
 ... I $L(STOP),%]STOP S LDA="" Q
 ... I '$O(@CREF@(IX,%,0)) S LDA="" Q
 ... Q
 .. Q
 . Q
 Q LDA
 ;
LOOK2(LFILE) ; EP-TEXT POINTER LOOKUP
 ; CHANGE THE GLOBAL REFERENCE FOR THE LOOKUP TO THE POINTED-TO FILE BEFORE PROCEEDING
 N XIT,LDA,OREF,CREF,VAL,DA
 S OREF=$$ROOT^DILFD(LFILE,IENS) I '$L(OREF) Q ""
 S CREF=$$CREF^DILF(OREF) I '$L(CREF) Q ""
 S DA=+IENS
 I '$G(DA) G SCRATCH ; START FROM SCRATCH
 S %=$$IXVAL(LFILE,IX,DAS) I '$L(%) Q ""
 G LR ; RE-ENTER
 ;
IXVAL(FIEN,IX,DAS) ; GIVEN A FILE IEN, INDEX NAME, AND DAS STRING, RETURN THE VALUE USED IN THE INDEX
 N DA,FLD,IENS,OREF,CREF,XREF,VAL,UP,LEV,L
 I '$D(^DD(+$G(FIEN),0)) Q "" ; MISSING OR INVALID FILE NUMBER
 I '$L($G(IX)) Q "" ; NO INDEX SPECIFIED
 S UP=FIEN F LEV=1:1 S UP=$G(^DD(UP,0,"UP")) Q:'UP
 I LEV'=$L(DAS,C) Q "" ; DAS LEVELS MUST MATCH FILE OR SUBFILE LEVEL
 S IENS=$$IENS^BMXADOV($G(DAS)) I IENS=U Q ""
 S OREF=$$ROOT^DILFD(FIEN,IENS) I '$L(OREF) Q ""
 S CREF=$$CREF^DILF(OREF) I '$L(CREF) Q ""
 I '$D(@CREF@(IX)) Q CREF_"||" ; NO INDEX VALUES TO CHECK
 S XREF=OREF_IX_")"
 S DA=+IENS I 'DA Q CREF_"||"
 I '$D(@CREF@(DA)) Q CREF_"||" ; NO ENTRY EXISTS
 I IX="AA" G AA
 S FLD=+$$IXFLD^BMXADOV(FIEN,IX) I 'FLD Q "" ; INVALID DD
 S VAL=$$GET1^DIQ(FIEN,IENS,FLD,"I") I VAL="" Q "" ; VALUE IS NULL - NOTHING TO INDEX
 I '$D(@CREF@(IX,VAL,DA)) Q "" ; INVALID INDEX
 Q XREF_B_DA_B_VAL
 ;
AA() ;EP - VISIT/V-FILE ITERATION USING THE 'AA' INDEX
 N LDA,XIT,AAINFO,DA,%,X,Y,DFN,TYPE,ORD,ISTART,ISTOP,IDT,AAREF,%DT,DIC
 S X=OREF_"""AA"")",%=$Q(@X) I %="" Q ""
 S TYPE="" I $L(%,C)=5 S TYPE=$P(PARAM,B,2) I TYPE="" Q "" ; FOR CERTAIN V FILES, TYPE MUST BE DEFINED
 I $E(TYPE)="`" S TYPE=$E(TYPE,2,99) I 'TYPE Q "" ; REMOVE ` FROM TYPE IEN
 I $L(TYPE),'TYPE D  I TYPE'>0 Q "" ; QUIT IF INVALID TYPE
 . S %=$P($G(^DD(FIEN,.01,0)),U,2)
 . S DIC=+$P(%,"P",2) I '$D(^DD(DIC,.01,0)) Q
 . S X=TYPE,DIC(0)="M" D ^DIC I Y=-1 Q
 . S TYPE=+Y
 . Q
 S DFN=+PARAM
 I '$D(^DPT(DFN,0)) Q "" ; PATIENT DFN MUST BE DEFINED
 I 'TYPE S AAREF=OREF_"""AA"","_DFN_")"
 E  S AAREF=OREF_"""AA"","_DFN_","_TYPE_")"
 I '$D(@AAREF) Q "" ; IF NOTHING UNDER AA INDEX, DON'T BOTHER LOOKING
 S ISTART=9999999 I START S X=START,%DT="P" D ^%DT S ISTART=9999999-Y
 S ISTOP=0 I STOP S X=STOP,%DT="P" D ^%DT S ISTOP=9999999-Y
 S ORD=-1 I $P(PARAM,B,$L(PARAM,B))="R" S ORD=1 ; SORT IN CHRONOLOGICAL OR REVERSE CHRONOLOGICAL ORDER
 I ORD=-1 S X=$G(ISTART),Y=$G(ISTOP),ISTOP=X,ISTART=Y ; CHANGES REQUIRED TO PRESENT DATA IN CHRONOLIGICAL ORDER
 S IDT=0,LDA=""
 I ISTOP S IDT=ISTOP-.0000001
 S DA=+IENS
 I DA S IDT=$$AAR I 'IDT Q LDA ; SWEEP UP REMAINING IENS FOR CURRENT IDT AND RESET IDT FOR RE-ENTRY
 F  S IDT=$O(@AAREF@(IDT),ORD) Q:'IDT  D  I $G(XIT) Q
 . I ORD=1,IDT>ISTART S LDA="",XIT=1 Q
 . I ORD=-1,IDT<ISTART S LDA="",XIT=1 Q
 . S DA=0
 . F  S DA=$O(@AAREF@(IDT,DA)) Q:'DA  D  I $G(XIT) Q
 .. D DATA(IENS,DA,+$G(XCNT))
 .. I NUM=MAX S LDA=DA,XIT=1 I '$$AAMORE S LDA="" ; TRANSACTION LIMIT
 .. Q
 . Q
 Q LDA
 ; 
AAR() ; SWEEP UP REMAINING IENS FOR CURRENT IDT AND RESET IDT FOR RE-ENTRY
 N %,X,Y,XIT
 S %=$$AAVAL(FIEN,DAS) I '$L(%) Q ""
 S IDT=$P(%,B,5) I 'IDT Q ""
 F  S DA=$O(@AAREF@(IDT,DA)) Q:'DA  D  I $G(XIT) Q
 . D DATA(IENS,DA,+$G(XCNT))
 . I NUM=MAX S LDA=DA,IDT="",XIT="" I '$$AAMORE S LDA=""
 . Q
 Q IDT
 ; 
AAMORE() ; RETURN A '1' IF MORE ITERATION IS POSSIBLE
 N X
 I $O(@AAREF@(IDT,DA)) Q 1
 S X=$O(@AAREF@(IDT),ORD) I 'X Q 0
 I $O(@AAREF@(X,0)) Q 1
 Q 0
 ; 
AAVAL(FIEN,DAS) ; GIVEN A FILE AND DAS, RETURN INFO NECESSARY TO RE-CREATE THE 'AA' INDEX
 N DATE,IDT,DFN,TYPE,VIEN,%,OREF,CREF,DA,IENS
 I '$D(^DD(FIEN,.01,0)) Q ""
 S IENS=$$IENS^BMXADOV($G(DAS)) I IENS=U Q ""
 S OREF=$$ROOT^DILFD(FIEN,IENS) I '$L(OREF) Q ""
 S CREF=$$CREF^DILF(OREF) I '$L(CREF) Q ""
 S DA=+IENS I '$D(@CREF@(DA)) Q ""
 I FIEN=9000010 S DFN=$P(@CREF@(DA,0),U,5),VIEN=DA
 E  S DFN=$P(@CREF@(DA,0),U,2),VIEN=$P(@CREF@(DA,0),U,3)
 I $D(^DPT(DFN,0)),$D(^AUPNVSIT(VIEN,0))
 E  Q ""
 S DATE=+$P($G(^AUPNVSIT(VIEN,0)),U) I 'DATE Q ""
 S IDT=(9999999-(DATE\1))
 S %=$P(DATE,".",2) I % S IDT=+(IDT_"."_%) I 'IDT Q ""
 S X=OREF_"""AA"")",%=$Q(@X) I %="" Q ""
 S TYPE="" I $L(%,C)=5 S TYPE=$P(@CREF@(DA,0),U)
 Q X_B_DA_B_DFN_B_TYPE_B_IDT
 ; 
AAP() ;EP - ITERATOR FOR PROBLEM FILE: AA INDEX
 I '$D(^AUPNPROB("AA",+$G(START))) Q ""
 N LOC,PNUM,DFN,IEN
 S LOC=0,DFN=START
 F  S LOC=$O(^AUPNPROB("AA",DFN,LOC)) Q:'LOC  D
 . S PNUM=""
 . F  S PNUM=$O(^AUPNPROB("AA",DFN,LOC,PNUM)) Q:PNUM=""  D
 .. S IEN=0
 .. F  S IEN=$O(^AUPNPROB("AA",DFN,LOC,PNUM,IEN)) Q:'IEN  D DATA(",",IEN,+$G(XCNT))
 .. Q
 .Q
 Q ""
 ; 
TESTID(DA) ; TEST IDENTIFIERS
 N %,Y,SEX
 S %=$G(^DIZ(2160010,+$G(DA),0)) I '$L(%) Q ""
 S SEX=$P(%,U,2) I '$L(SEX) S SEX="??"
 S Y=$P(%,U,3) X ^DD("DD")
 Q (SEX_"   "_Y)
 ;