| [1595] | 1 | C0PTRXN ; ERX/GPL - Med file eRx analysis routines ; 7/10/10
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| 2 | ;;0.1;C0P;nopatch;noreleasedate;Build 77
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| 3 | ;Copyright 2009 George Lilly. Licensed under the terms of the GNU
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| 4 | ;General Public License See attached copy of the License.
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| 5 | ;
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| 6 | ;This program is free software; you can redistribute it and/or modify
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| 7 | ;it under the terms of the GNU General Public License as published by
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| 8 | ;the Free Software Foundation; either version 2 of the License, or
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| 9 | ;(at your option) any later version.
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| 10 | ;
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| 11 | ;This program is distributed in the hope that it will be useful,
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| 12 | ;but WITHOUT ANY WARRANTY; without even the implied warranty of
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| 13 | ;MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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| 14 | ;GNU General Public License for more details.
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| 15 | ;
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| 16 | ;You should have received a copy of the GNU General Public License along
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| 17 | ;with this program; if not, write to the Free Software Foundation, Inc.,
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| 18 | ;51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
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| 19 | ;
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| 20 | Q
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| 21 | ;
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| 22 | ; gpl 7/2010 - these routines are to test the Drug file mappings
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| 23 | ; to see how well they will work for eRx. None of this code is needed
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| 24 | ; for operation of the eRx Package. It is for analysis, debugging and future
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| 25 | ; development
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| 26 | ;
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| 27 | FDBFN() Q 1130590010 ; First Databank Drugs file number
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| 28 | RXNFN() Q 1130590011.001 ; RxNorm Concepts file number
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| 29 | T1 ; TEST1
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| 30 | N ZI
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| 31 | S ZI=""
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| 32 | F S ZI=$O(^C0P("FDB","B",ZI)) Q:ZI="" D ;
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| 33 | . N ZGCN,ZRXNCUI,ZNAME,ZVAIEN,ZDRUGIEN
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| 34 | . S (ZGCN,ZRXNCUI,ZNAME,ZVAIEN,ZDRUGIEN)=""
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| 35 | . S ZGCN=$$GCN^C0PLKUP(ZI)
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| 36 | . S ZRXNCUI=$$RXNCUI^C0PLKUP(ZGCN)
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| 37 | . I ZRXNCUI'="" S ZVUID=$$VUID^C0PLKUP(ZRXNCUI)
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| 38 | . E S ZRXNCUI="NONE"
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| 39 | . S ZNAME=$$FULLNAME^C0PLKUP(ZI)
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| 40 | . I ZVUID'="" S ZVAIEN=$$VAPROD^C0PLKUP(ZVUID)
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| 41 | . I ZVAIEN'="" S ZDRUGIEN=$$DRUG^C0PLKUP(ZVAIEN)
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| 42 | . E S ZDRUGIEN="N/A"
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| 43 | . W !,ZI," ",ZGCN," ",ZRXNCUI," ",ZVUID," ",ZVAIEN," ",ZDRUGIEN," ",ZNAME
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| 44 | Q
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| 45 | ; OK, T1 IS JUST SOME EXPLORITORY WORK. TIME TO GET ORGANIZED
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| 46 | ;
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| 47 | TEST ;
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| 48 | ;
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| 49 | S GARY=$NA(^TMP("C0PRXN","TYPE2"))
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| 50 | S GOUT=$NA(^TMP("C0POUT"))
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| 51 | K @GOUT
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| 52 | D RNF2CSV^C0CRNF(GOUT,GARY,"VN") ; TURN TYPE 2 INTO A CSV
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| 53 | D FILEOUT^C0CRNF(GOUT,"TYPE2_TEST.csv")
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| 54 | Q
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| 55 | ;
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| 56 | INDEX2 ; ADD AN INDEX TO TYPE2 DRUGS OF THE VUID
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| 57 | ; FOR USE IN FINDING THE CURRENT VA->FDB MAPPING STATUS
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| 58 | N ZI S ZI=""
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| 59 | N ZBASE
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| 60 | S ZBASE=$NA(^TMP("C0PRXN","TYPE2","V")) ; TYPE2 DRUGS ARE HERE
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| 61 | S ZINDEX=$NA(^TMP("C0PRXN","TYPE2","INDEX")) ; PUT THE INDEX HERE
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| 62 | F S ZI=$O(@ZBASE@(ZI)) Q:ZI="" D ;
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| 63 | . N ZVUIDS,ZVUID
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| 64 | . S ZVUIDS=@ZBASE@(ZI,"VUID",1) ; LIST OF VUIDS ^ SEPARATED
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| 65 | . N ZN S ZN=@ZBASE@(ZI,"VANAME",1)_"^"_@ZBASE@(ZI,"FDBNAME",1)
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| 66 | . I ZVUIDS["^" D ;
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| 67 | . . N ZJ S ZJ=""
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| 68 | . . F S ZJ=$P(ZVUIDS,"^",1) Q:ZJ="" D ; FOR EACH VUID
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| 69 | . . . S ZVUID(ZJ)=ZN ;SET INDEX TO NAME
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| 70 | . . . S ZVUIDS=$P(ZVUIDS,"^",2) ; DROP THE FIRST IN THE LIST
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| 71 | . E S ZVUID(ZVUIDS)=ZN ;SET INDEX TO VA NAME
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| 72 | . S ZJ=""
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| 73 | . F S ZJ=$O(ZVUID(ZJ)) Q:ZJ="" D ; FOR EACH VUID
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| 74 | . . ;S @ZINDEX@(ZJ,ZI)=ZVUID(ZJ) ;SET THE INDEX
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| 75 | . . W !,$NA(@ZINDEX@(ZJ,ZI))_"="_ZVUID(ZJ) ;SET THE INDEX
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| 76 | Q
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| 77 | EN ; ENTRY POINT TO CREATE THE ERX DRUG ANALYSIS SPREADSHEETS
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| 78 | ; SEE BELOW FOR DOCUMENTATION
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| 79 | N GARY
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| 80 | S GARY=$NA(^TMP("C0PRXN","ALL")) ; PLACE TO PUT THE ENTIRE ARRAY
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| 81 | K @GARY
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| 82 | D BLDARY(GARY) ; BUILD THE ENTIRE ARRAY
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| 83 | D IDXARY(GARY) ; INDEX THE ARRAY BY TYPE AND DRUG NAME
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| 84 | D TYPES
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| 85 | Q
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| 86 | ;
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| 87 | TYPES ; BUILD AN ARRAY FOR EACH TYPE
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| 88 | I '$D(GARY) S GARY=$NA(^TMP("C0PRXN","ALL"))
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| 89 | N C0PN,ZTYPE
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| 90 | F C0PN=1:1:4 D ; FOR EACH ANALYSIS TYPE
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| 91 | . S ZTYPE=$NA(^TMP("C0PRXN","TYPE"_C0PN))
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| 92 | . K @ZTYPE
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| 93 | . D BLDTYPE(GARY,ZTYPE,C0PN) ; BUILD AN EXTRACTED ARRAY ACCORDING TO TYPE
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| 94 | . S GOUT=$NA(^TMP("C0POUT"))
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| 95 | . K @GOUT
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| 96 | . D RNF2CSV^C0CRNF(GOUT,ZTYPE,"VN") ; TURN TYPE 2 INTO A CSV
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| 97 | . W !
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| 98 | . D FILEOUT^C0CRNF(GOUT,"eRx_mapping__Type"_C0PN_".csv")
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| 99 | Q
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| 100 | ;
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| 101 | IDXARY(INARY) ; INDEX THE ARRAY BY TYPE AND NAME
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| 102 | ;
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| 103 | N ZI
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| 104 | S ZI=""
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| 105 | F S ZI=$O(@INARY@("V",ZI)) Q:ZI="" D ; FOR EACH ELEMENT OF THE ARRAY
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| 106 | . S @INARY@("INDEX",@INARY@("V",ZI,"TYPE"),@INARY@("V",ZI,"FDBNAME"),ZI)=""
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| 107 | D COUNT
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| 108 | Q
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| 109 | ;
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| 110 | COUNT ; COUNT AND REPORT HOW MANY ARE IN EACH TYPE
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| 111 | I '$D(INARY) S INARY=$NA(^TMP("C0PRXN","ALL"))
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| 112 | N ZN,ZI,ZJ,ZCOUNT
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| 113 | S ZN=""
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| 114 | F S ZN=$O(@INARY@("INDEX",ZN)) Q:ZN="" D ; FOR EACH TYPE
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| 115 | . S ZCOUNT=0
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| 116 | . S ZI=""
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| 117 | . F S ZI=$O(@INARY@("INDEX",ZN,ZI)) Q:ZI="" D ; FOR EACH INDEX ENTRY
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| 118 | . . S ZCOUNT=ZCOUNT+1
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| 119 | . W !,"COUNT FOR TYPE "_ZN_" = "_ZCOUNT
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| 120 | Q
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| 121 | ;
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| 122 | BLDTYPE(INARY,OARY,ITYPE) ; EXTRACT A TYPE ARRAY
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| 123 | ;
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| 124 | N C0PI,C0PJ
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| 125 | S C0PI=""
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| 126 | F S C0PI=$O(@INARY@("INDEX",ITYPE,C0PI)) Q:C0PI="" D ; FOR EACH OF TYPE
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| 127 | . S C0PJ=$O(@INARY@("INDEX",ITYPE,C0PI,"")) ; SET RECORD NUMBER
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| 128 | . N C0PROW
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| 129 | . M C0PROW=@INARY@("V",C0PJ) ; CONTENTS OF ROW
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| 130 | . D RNF1TO2B^C0CRNF(OARY,"C0PROW") ; USING THE "B" VERSION TO BE ABLE TO
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| 131 | . ; TO CONVERT TO A CSV
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| 132 | Q
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| 133 | ;
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| 134 | BLDARY(ZARY) ; BUILDS AN RNF2 ARRAY; ZARY IS PASSED BY NAME
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| 135 | ; (SEE C0CRNF.m FOR DOCUMENTATION OF RNF2 FORMAT)
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| 136 | ;
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| 137 | ; FIRST DATA BANK DRUGS ARE MATCHED TO VISTA DRUGS THROUGH A MULTI-STEP
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| 138 | ; PROCESS. THE MEDID IS THE FIRST DATA BANK NUMBER USED TO REFER TO THEIR
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| 139 | ; DRUGS. EACH MEDID HAS A GCN (GENERIC CODE NUMBER) WHICH CAN BE USED TO
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| 140 | ; LOOK UP THE DRUG IN THE RXNORM UMLS DATABASE. THE GCN IS USED TO FIND
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| 141 | ; THE RXNORM CONCEPT NUMBER (RXNCUI). THE RXNCUI IS USED TO FIND THE VUID
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| 142 | ; USING THE RXNORM UMLS DATABASE. THE VUID IS USED TO FIND THE IEN OF THE
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| 143 | ; DRUG IN THE VA PRODUCTS FILE (ALSO KNOWN AS THE NDF - NATIONAL DRUG FILE).
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| 144 | ; THE VAPROD IEN IS THEN USED TO LOOK UP THE DRUG IN THE VA DRUG FILE
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| 145 | ; (FILE 50) USING A NEW CROSS REFERENCE (AC0P) CREATED FOR THIS PURPOSE.
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| 146 | ; THE RESULT OF THIS CHAIN IS A DRUG MAPPED FROM THE FDB MEDID TO A
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| 147 | ; VA DRUG FILE IEN. TO SUMMARIZE:
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| 148 | ;
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| 149 | ; MEDID->GCN->RXNCUI->VUID->VAPROD->DRUGIEN
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| 150 | ;
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| 151 | ; (NOTE: THIS PROCESS WILL CHANGE - BE IMPROVED - WHEN THE VERIFIED
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| 152 | ; MEDID->RXNORM MAPPING BECOMES AVAILABLE. THIS ANALYSIS WILL ESTABLISH
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| 153 | ; A BASELINE WITH WHICH TO COMPARE THE RESULT OF USING THAT MAPPING)
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| 154 | ;
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| 155 | ; (THE PROCESS IS ACTUALLY MORE COMPLEX THAT THIS, BECAUSE WE ALSO TRY
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| 156 | ; AND MATCH DRUGS BY LOOKING AT THEIR CHEMICAL COMPONENTS BUT THIS ANALYSIS
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| 157 | ; IGNORES THIS MORE COMPLEX PROCESS.)
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| 158 | ;
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| 159 | ; NOT ALL DRUGS MAKE IT ALL THE WAY THROUGH THIS MAPPING. IN ADDITION, THERE
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| 160 | ; MAY BE DRUGS THAT ARE IN THE DRUG FILE THAT ARE NOT IN THE FDB FILE
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| 161 | ; THIS ROUTINE WILL CREATE A SPREADSHEET THAT WILL SHOW THE UNMAPPED DRUGS
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| 162 | ; IN BOTH DIRECTIONS (MEDID->...>DRUGIEN AND DRUGIEN->...>MEDID)
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| 163 | ; IT WILL ALSO SHOW THE DRUG NAME AS IT APPEARS IN FIRST DATA BANK
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| 164 | ; AND THE NAME THAT WILL BE USED FOR THAT DRUG IN VISTA (ERX). OFTEN
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| 165 | ; THEY WILL BE DIFFERENT. IF THE FDB DRUG IS NOT A GENERIC, THE GENERIC NAME
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| 166 | ; WILL BY USED BY ERX TO LIST THE DRUG IN THE PATIENT'S DRUG LIST IN VISTA
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| 167 | ;
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| 168 | ; WE ARE GOING TO ORGANIZE AN ARRAY WITH DRUGS BY TYPE. HERE ARE THE TYPES:
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| 169 | ;
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| 170 | ; TYPE 1 - FDB DRUGS THAT MAP EXACTLY TO THE DRUG FILE, WITH NAMES THAT
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| 171 | ; MATCH EXACTLY
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| 172 | ;
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| 173 | ; TYPE 2 - FDB DRUGS THAT MAP TO THE DRUG FILE, BUT WITH DIFFERENT NAMES.
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| 174 | ; THIS CATEGORY INCLUDES DRUGS THAT ARE SHOWN IN VISTA AS GENERICS BUT
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| 175 | ; ON FDB AS BRAND NAME DRUGS
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| 176 | ;
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| 177 | ; TYPE 3 - FDB DRUGS THAT DO NOT MAP TO THE DRUG FILE, BUT DO MAP TO THE
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| 178 | ; VA PRODUCT FILE (NDF). IF ANY OF THESE DRUGS MIGHT BE ORDERED VIA ERX,
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| 179 | ; IT MIGHT BE A GOOD IDEA TO ADD THEM TO THE DRUG FILE.
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| 180 | ; NOTE: FOR TYPE 3 AND ABOVE DRUGS, ERX WILL STILL FUNCTION PROPERLY BUT
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| 181 | ; INSTEAD OF MAPPING THE DRUG TO THE DRUG FILE, WILL MAP IT AS A FREE TEXT
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| 182 | ; DRUG AND WILL SEND A MAIL MESSAGE ABOUT THE MAPPING ERROR SO THAT THE
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| 183 | ; DRUG CAN BE CONSIDERED FOR ADDING TO THE DRUG FILE
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| 184 | ;
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| 185 | ; TYPE 4 - FDB DRUGS THAT DO NOT MAP TO THE DRUG FILE AND ARE ALSO NOT
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| 186 | ; FOUND IN THE NDF. THIS MIGHT BE THE CASE FOR NEWER DRUGS. ERX WILL
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| 187 | ; STILL FUNCTION, BUT THESE WILL BE FREE TEXT DRUGS. THE REMEDY IS AN
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| 188 | ; UPDATE FROM THE VA OF THE NDF OR ADDING THE DRUGS TO THE NDF AND THE
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| 189 | ; DRUG FILE. (THERE ARE COMPLEXITIES IN ADDING DRUGS TO THE NDF BECAUSE
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| 190 | ; OF HOW TO THEN HANDLE AN UPDATE FROM THE VA)
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| 191 | ;
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| 192 | ; TYPE 5 - DRUGS IN THE DRUG FILE THAT ARE NOT FOUND IN THE FDB DRUG DATABASE
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| 193 | ; MAPPING. THIS MIGHT INCLUDE BRAND NAME DRUGS IN THE DRUG FILE THAT HAVE
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| 194 | ; BEEN MAPPED TO GENERICS WHEN COMING FROM FDB. IN ANY CASE, THESE ARE DRUGS
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| 195 | ; FOR WHICH THERE IS NO PATH TO MAP FROM THEM TO FDB. (REDUCING THE NUMBER
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| 196 | ; OF DRUGS IN THIS TYPE TO ZERO WILL BE A GOAL BEFORE IMPLEMENTING PHASE II
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| 197 | ; OF ERX WHERE DRUGS WILL BE ORDERED ON VISTA AND SENT TO THE ERX
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| 198 | ; SERVICE.
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| 199 | ;
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| 200 | N ZI
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| 201 | S ZI=""
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| 202 | F S ZI=$O(^C0P("FDB","B",ZI)) Q:ZI="" D ;
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| 203 | . N ZGCN,ZRXNCUI,ZNAME,ZVAIEN,ZDRUGIEN,ZROW,ZIEN,ZVANAME
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| 204 | . S (ZGCN,ZRXNCUI,ZNAME,ZVAIEN,ZDRUGIEN,ZVANAME)=""
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| 205 | . S ZROW("MEDID")=ZI ; FDB MEDID
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| 206 | . S ZIEN=$O(^C0P("FDB","B",ZI,"")) ; IEN OF THE FDB MED
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| 207 | . S ZROW("FDBNAME")=$$FULLNAME^C0PLKUP(ZI) ; FDB MED NAME
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| 208 | . S ZGCN=$$GCN^C0PLKUP(ZI)
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| 209 | . I ZGCN=0 D Q ; NO GCN, CAN'T MAP
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| 210 | . . S ZROW("TYPE")=4
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| 211 | . . D RNF1TO2^C0CRNF(ZARY,"ZROW")
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| 212 | . S ZROW("GCN")=ZGCN
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| 213 | . S ZRXNCUI=$$RXNCUI^C0PLKUP(ZGCN) ; RETRIEVE THE RXNORM CONCEPT ID
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| 214 | . I ZRXNCUI="" W !,"ERROR, NO RXNCUI "_ZGCN B ; SHOULDN'T HAPPEN
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| 215 | . S ZROW("RXNCUI")=ZRXNCUI
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| 216 | . S ZVUID=$$VUID^C0PLKUP(ZRXNCUI) ; FETCH THE VUID
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| 217 | . I ZVUID="" D Q ; NO VUID FOUND
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| 218 | . . S ZROW("TYPE")=4
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| 219 | . . D RNF1TO2^C0CRNF(ZARY,"ZROW")
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| 220 | . S ZROW("VUID")=ZVUID
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| 221 | . I ZVUID["^" S ZVUID=$P(ZVUID,"^",1) ; USE THE FIRST ONE
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| 222 | . S ZVAIEN=$$VAPROD^C0PLKUP(ZVUID) ; IEN IN VA PRODUCTS (NDF)
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| 223 | . I ZVAIEN=0 D Q ; NOT FOUND IN NDF
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| 224 | . . S ZROW("TYPE")=4
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| 225 | . . D RNF1TO2^C0CRNF(ZARY,"ZROW")
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| 226 | . S ZDRUGIEN=$$DRUG^C0PLKUP(ZVAIEN) ; IEN IN DRUG FILE
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| 227 | . I ZDRUGIEN=0 D Q ;
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| 228 | . . S ZROW("TYPE")=3
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| 229 | . . S ZROW("VANDFNAME")=$$GET1^DIQ(50.68,ZVAIEN_",",.01) ;NDF NAME
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| 230 | . . D RNF1TO2^C0CRNF(ZARY,"ZROW")
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| 231 | . S ZVANAME=$$GET1^DIQ(50,ZDRUGIEN_",",.01) ; VA DRUG NAME
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| 232 | . S ZROW("VANAME")=ZVANAME ;
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| 233 | . I ZVANAME=$$UP^XLFSTR(ZNAME) S ZROW("TYPE")=1
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| 234 | . E S ZROW("TYPE")=2
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| 235 | . D RNF1TO2^C0CRNF(ZARY,"ZROW")
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| 236 | . ;B
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| 237 | Q
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| 238 | ;
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| 239 | BLDFILE() ; BUILDS THE C0P RXNORM FDB VUID MAPPING FILE #113059010.002
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| 240 | ;
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| 241 | ; FIRST DATA BANK DRUGS ARE MATCHED TO VISTA DRUGS THROUGH A MULTI-STEP
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| 242 | ; PROCESS. THE MEDID IS THE FIRST DATA BANK NUMBER USED TO REFER TO THEIR
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| 243 | ; DRUGS. EACH MEDID HAS A GCN (GENERIC CODE NUMBER) WHICH CAN BE USED TO
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| 244 | ; LOOK UP THE DRUG IN THE RXNORM UMLS DATABASE. THE GCN IS USED TO FIND
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| 245 | ; THE RXNORM CONCEPT NUMBER (RXNCUI). THE RXNCUI IS USED TO FIND THE VUID
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| 246 | ; USING THE RXNORM UMLS DATABASE. THE VUID IS USED TO FIND THE IEN OF THE
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| 247 | ; DRUG IN THE VA PRODUCTS FILE (ALSO KNOWN AS THE NDF - NATIONAL DRUG FILE).
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| 248 | ; THE VAPROD IEN IS THEN USED TO LOOK UP THE DRUG IN THE VA DRUG FILE
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| 249 | ; (FILE 50) USING A NEW CROSS REFERENCE (AC0P) CREATED FOR THIS PURPOSE.
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| 250 | ; THE RESULT OF THIS CHAIN IS A DRUG MAPPED FROM THE FDB MEDID TO A
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| 251 | ; VA DRUG FILE IEN. TO SUMMARIZE:
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| 252 | ;
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| 253 | ; MEDID->GCN->RXNCUI->VUID->VAPROD->DRUGIEN
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| 254 | ;
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| 255 | ; (NOTE: THIS PROCESS WILL CHANGE - BE IMPROVED - WHEN THE VERIFIED
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| 256 | ; MEDID->RXNORM MAPPING BECOMES AVAILABLE. THIS ANALYSIS WILL ESTABLISH
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| 257 | ; A BASELINE WITH WHICH TO COMPARE THE RESULT OF USING THAT MAPPING)
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| 258 | ;
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| 259 | ; (THE PROCESS IS ACTUALLY MORE COMPLEX THAT THIS, BECAUSE WE ALSO TRY
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| 260 | ; AND MATCH DRUGS BY LOOKING AT THEIR CHEMICAL COMPONENTS BUT THIS ANALYSIS
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| 261 | ; IGNORES THIS MORE COMPLEX PROCESS.)
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| 262 | ;
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| 263 | ; NOT ALL DRUGS MAKE IT ALL THE WAY THROUGH THIS MAPPING. IN ADDITION, THERE
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| 264 | ; MAY BE DRUGS THAT ARE IN THE DRUG FILE THAT ARE NOT IN THE FDB FILE
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| 265 | ; THIS ROUTINE WILL CREATE A SPREADSHEET THAT WILL SHOW THE UNMAPPED DRUGS
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| 266 | ; IN BOTH DIRECTIONS (MEDID->...>DRUGIEN AND DRUGIEN->...>MEDID)
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| 267 | ; IT WILL ALSO SHOW THE DRUG NAME AS IT APPEARS IN FIRST DATA BANK
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| 268 | ; AND THE NAME THAT WILL BE USED FOR THAT DRUG IN VISTA (ERX). OFTEN
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| 269 | ; THEY WILL BE DIFFERENT. IF THE FDB DRUG IS NOT A GENERIC, THE GENERIC NAME
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| 270 | ; WILL BY USED BY ERX TO LIST THE DRUG IN THE PATIENT'S DRUG LIST IN VISTA
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| 271 | ;
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| 272 | ; WE ARE GOING TO ORGANIZE AN ARRAY WITH DRUGS BY TYPE. HERE ARE THE TYPES:
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| 273 | ;
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| 274 | ; TYPE 1 - FDB DRUGS THAT MAP EXACTLY TO THE DRUG FILE, WITH NAMES THAT
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| 275 | ; MATCH EXACTLY
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| 276 | ;
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| 277 | ; TYPE 2 - FDB DRUGS THAT MAP TO THE DRUG FILE, BUT WITH DIFFERENT NAMES.
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| 278 | ; THIS CATEGORY INCLUDES DRUGS THAT ARE SHOWN IN VISTA AS GENERICS BUT
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| 279 | ; ON FDB AS BRAND NAME DRUGS
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| 280 | ;
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| 281 | ; TYPE 3 - FDB DRUGS THAT DO NOT MAP TO THE DRUG FILE, BUT DO MAP TO THE
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| 282 | ; VA PRODUCT FILE (NDF). IF ANY OF THESE DRUGS MIGHT BE ORDERED VIA ERX,
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| 283 | ; IT MIGHT BE A GOOD IDEA TO ADD THEM TO THE DRUG FILE.
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| 284 | ; NOTE: FOR TYPE 3 AND ABOVE DRUGS, ERX WILL STILL FUNCTION PROPERLY BUT
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| 285 | ; INSTEAD OF MAPPING THE DRUG TO THE DRUG FILE, WILL MAP IT AS A FREE TEXT
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| 286 | ; DRUG AND WILL SEND A MAIL MESSAGE ABOUT THE MAPPING ERROR SO THAT THE
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| 287 | ; DRUG CAN BE CONSIDERED FOR ADDING TO THE DRUG FILE
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| 288 | ;
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| 289 | ; TYPE 4 - FDB DRUGS THAT DO NOT MAP TO THE DRUG FILE AND ARE ALSO NOT
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| 290 | ; FOUND IN THE NDF. THIS MIGHT BE THE CASE FOR NEWER DRUGS. ERX WILL
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| 291 | ; STILL FUNCTION, BUT THESE WILL BE FREE TEXT DRUGS. THE REMEDY IS AN
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| 292 | ; UPDATE FROM THE VA OF THE NDF OR ADDING THE DRUGS TO THE NDF AND THE
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| 293 | ; DRUG FILE. (THERE ARE COMPLEXITIES IN ADDING DRUGS TO THE NDF BECAUSE
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| 294 | ; OF HOW TO THEN HANDLE AN UPDATE FROM THE VA)
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| 295 | ;
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| 296 | ; TYPE 5 - DRUGS IN THE DRUG FILE THAT ARE NOT FOUND IN THE FDB DRUG DATABASE
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| 297 | ; MAPPING. THIS MIGHT INCLUDE BRAND NAME DRUGS IN THE DRUG FILE THAT HAVE
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| 298 | ; BEEN MAPPED TO GENERICS WHEN COMING FROM FDB. IN ANY CASE, THESE ARE DRUGS
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| 299 | ; FOR WHICH THERE IS NO PATH TO MAP FROM THEM TO FDB. (REDUCING THE NUMBER
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| 300 | ; OF DRUGS IN THIS TYPE TO ZERO WILL BE A GOAL BEFORE IMPLEMENTING PHASE II
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| 301 | ; OF ERX WHERE DRUGS WILL BE ORDERED ON VISTA AND SENT TO THE ERX
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| 302 | ; SERVICE.
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| 303 | ;
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| 304 | N FN S FN=1130590010.002 ;FILE NUMBER FOR C0P RXNORM FDB VUID MAPPING FILE
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| 305 | N C0PFDA
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| 306 | N ZI
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| 307 | S ZI=""
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| 308 | F S ZI=$O(^C0P("FDB","B",ZI)) Q:ZI="" D ;
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| 309 | . W !,ZI
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| 310 | . D DOONE(.C0PFDA,ZI) ;BUILD AN FDA
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| 311 | . D UPDIE ;WRITE TO FILE
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|---|
| 312 | . K C0PDFA
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|---|
| 313 | Q
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| 314 | ;
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| 315 | DOONE(C0PFDA,ZI) ; RETURN FDA FOR MEDID ZI
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| 316 | N FN S FN=1130590010.002 ;FILE NUMBER FOR C0P RXNORM FDB VUID MAPPING FILE
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| 317 | N ZGCN,ZRXNCUI,ZNAME,ZVAIEN,ZDRUGIEN,ZROW,ZIEN,ZVANAME,ZRXNIEN,ZRXNTXT
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|---|
| 318 | S (ZGCN,ZRXNCUI,ZNAME,ZVAIEN,ZDRUGIEN,ZVANAME)=""
|
|---|
| 319 | ;S ZROW("MEDID")=ZI ; FDB MEDID
|
|---|
| 320 | S C0PFDA(FN,"?+1,",.02)=ZI ; FDB MEDID
|
|---|
| 321 | S ZIEN=$O(^C0P("FDB","B",ZI,"")) ; IEN OF THE FDB MED
|
|---|
| 322 | S C0PFDA(FN,"?+1,",1.02)=ZIEN ;POINTER TO FDB MED
|
|---|
| 323 | ;S ZROW("FDBNAME")=$$FULLNAME^C0PLKUP(ZI) ; FDB MED NAME
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|---|
| 324 | S ZNAME=$$FULLNAME^C0PLKUP(ZI) ; FDB MED NAME
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|---|
| 325 | S C0PFDA(FN,"?+1,",2.02)=ZNAME ; FDB MED NAME
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|---|
| 326 | S ZGCN=$$GCN^C0PLKUP(ZI)
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|---|
| 327 | I ZGCN=0 D Q ; NO GCN, CAN'T GO FURTHER
|
|---|
| 328 | . ;S ZROW("TYPE")=4
|
|---|
| 329 | . S C0PFDA(FN,"?+1,",3)=4 ;TYPE 4, CAN'T MAP FDB TO RXN
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|---|
| 330 | . S C0PFDA(FN,"?+1,",.01)="MISSING RXN" ;NEED TO HAVE A .01
|
|---|
| 331 | . ;D RNF1TO2^C0CRNF(ZARY,"ZROW")
|
|---|
| 332 | ;S ZROW("GCN")=ZGCN
|
|---|
| 333 | S C0PFDA(FN,"?+1,",.04)=$$GCN^C0PLKUP(ZI) ;GENERIC CATEGORY NUMBER
|
|---|
| 334 | S ZRXNCUI=$$RXNCUI^C0PLKUP(ZGCN) ; RETRIEVE THE RXNORM CONCEPT ID
|
|---|
| 335 | I ZRXNCUI="" W !,"ERROR, NO RXNCUI "_ZGCN B ; SHOULDN'T HAPPEN
|
|---|
| 336 | S C0PFDA(FN,"?+1,",.01)=ZRXNCUI ; RXN CONCEPT
|
|---|
| 337 | S ZRXNIEN=$O(^C0P("RXN","B",ZRXNCUI,"")) ; RXN CONCEPT IEN
|
|---|
| 338 | S C0PFDA(FN,"?+1,",1.01)=ZRXNIEN ; POINTER TO RXN CONCEPT
|
|---|
| 339 | S ZRXNTXT=$G(^C0P("RXN",ZRXNIEN,1,1,0)) ; FIRST LINE OF RXN TEXT
|
|---|
| 340 | S C0PFDA(FN,"?+1,",2.01)=ZRXNTXT ; RXN CONCEPT LABEL
|
|---|
| 341 | ;S ZROW("RXNCUI")=ZRXNCUI
|
|---|
| 342 | S ZVUID=$$VUID^C0PLKUP(ZRXNCUI) ; FETCH THE VUID
|
|---|
| 343 | I ZVUID="" D Q ; NO VUID FOUND
|
|---|
| 344 | . ;S ZROW("TYPE")=4
|
|---|
| 345 | . S C0PFDA(FN,"?+1,",3)=4 ;TYPE 4, CAN'T MAP RXNCUI TO VUID
|
|---|
| 346 | . ;D RNF1TO2^C0CRNF(ZARY,"ZROW")
|
|---|
| 347 | ;S ZROW("VUID")=ZVUID
|
|---|
| 348 | S ZVUID=$TR(ZVUID,"^","|") ; CAN'T HAVE ^ IN FIELDS
|
|---|
| 349 | S C0PFDA(FN,"?+1,",.03)=ZVUID ;SET OF VUIDS
|
|---|
| 350 | I ZVUID["|" S ZVUID=$P(ZVUID,"|",1) ; USE THE FIRST ONE
|
|---|
| 351 | S ZVAIEN=$$VAPROD^C0PLKUP(ZVUID) ; IEN IN VA PRODUCTS (NDF)
|
|---|
| 352 | I +ZVAIEN=0 D Q ; NOT FOUND IN NDF
|
|---|
| 353 | . ;S ZROW("TYPE")=4
|
|---|
| 354 | . S C0PFDA(FN,"?+1,",3)=4 ;TYPE 4, CAN'T MAP VUID TO NDF
|
|---|
| 355 | . ;D RNF1TO2^C0CRNF(ZARY,"ZROW")
|
|---|
| 356 | S ZDRUGIEN=$$DRUG^C0PLKUP(ZVAIEN) ; IEN IN DRUG FILE
|
|---|
| 357 | I ZDRUGIEN["^" S ZDRUGIEN=$P(ZDRUGIEN,"^",1) ; USE THE FIRST ONE
|
|---|
| 358 | I +ZDRUGIEN=0 D Q ;
|
|---|
| 359 | . S ZROW("TYPE")=3
|
|---|
| 360 | . S C0PFDA(FN,"?+1,",3)=3 ;TYPE 3, CAN'T MAP VUID TO DRUG FILE
|
|---|
| 361 | . ;S ZROW("VANDFNAME")=$$GET1^DIQ(50.68,ZVAIEN_",",.01) ;NDF NAME
|
|---|
| 362 | . S C0PFDA(FN,"?+1,",1.04)=ZVAIEN ;POINTER TO NDF
|
|---|
| 363 | . S C0PFDA(FN,"?+1,",2.04)=$$GET1^DIQ(50.68,ZVAIEN_",",.01) ;NDF NAME
|
|---|
| 364 | . ;D RNF1TO2^C0CRNF(ZARY,"ZROW")
|
|---|
| 365 | S ZVANAME=$$GET1^DIQ(50,ZDRUGIEN_",",.01) ; VA DRUG NAME
|
|---|
| 366 | S C0PFDA(FN,"?+1,",2.03)=ZVANAME ; VA DRUG FILE NAME
|
|---|
| 367 | S C0PFDA(FN,"?+1,",1.03)=$G(ZDRUGIEN) ; VA DRUG FILE IEN
|
|---|
| 368 | ;S ZROW("VANAME")=ZVANAME ;
|
|---|
| 369 | I ZVANAME=$$UP^XLFSTR(ZNAME) S ZROW("TYPE")=1
|
|---|
| 370 | E S ZROW("TYPE")=2
|
|---|
| 371 | S C0PFDA(FN,"?+1,",3)=ZROW("TYPE") ; MATCHING TYPE 1 OR 2
|
|---|
| 372 | ;D RNF1TO2^C0CRNF(ZARY,"ZROW")
|
|---|
| 373 | ;B
|
|---|
| 374 | Q
|
|---|
| 375 | ;
|
|---|
| 376 | UPDIE ; INTERNAL ROUTINE TO CALL UPDATE^DIE AND CHECK FOR ERRORS
|
|---|
| 377 | ;Q ;//SMH don't want an update
|
|---|
| 378 | ;I C0PFDA(FN,"+1,",3)'=3 Q ;
|
|---|
| 379 | ;I C0PFDA(FN,"+1,",1.02)=1 Q ;
|
|---|
| 380 | ;ZWR C0PFDA ;
|
|---|
| 381 | K ZERR
|
|---|
| 382 | D CLEAN^DILF
|
|---|
| 383 | D UPDATE^DIE("","C0PFDA","","ZERR")
|
|---|
| 384 | ;I $D(ZERR) D ;
|
|---|
| 385 | ;. W "ERROR",!
|
|---|
| 386 | ;. ZWR ZERR
|
|---|
| 387 | ;. B
|
|---|
| 388 | K C0PFDA
|
|---|
| 389 | Q
|
|---|
| 390 | ;
|
|---|
