VistA-ccr/p/C0CMXP.m

288 lines
10 KiB
Mathematica

C0CMXP ; GPL - MXML based XPath utilities;12/04/09 17:05
;;1.2;CCD/CCR GENERATION UTILITIES;;Oct 30, 2012;Build 50
;Copyright 2009 George Lilly.
;
; This program is free software: you can redistribute it and/or modify
; it under the terms of the GNU Affero General Public License as
; published by the Free Software Foundation, either version 3 of the
; License, or (at your option) any later version.
;
; This program is distributed in the hope that it will be useful,
; but WITHOUT ANY WARRANTY; without even the implied warranty of
; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
; GNU Affero General Public License for more details.
;
; You should have received a copy of the GNU Affero General Public License
; along with this program. If not, see <http://www.gnu.org/licenses/>.
;
Q
;
INITXPF(ARY) ;INITIAL XML/XPATH FILE ARRAY
; DON'T USE THIS ONE ... USE INITFARY^C0CSOAP("FARY") INSTEAD
D INITFARY^C0CSOAP(ARY) ;
Q
S @ARY@("XML FILE NUMBER")=178.101
S @ARY@("XML SOURCE FIELD")=2.1
S @ARY@("XML TEMPLATE FIELD")=3
S @ARY@("XPATH BINDING SUBFILE")=178.1014
S @ARY@("REDUX FIELD")=2.5
Q
;
SETXPF(ARY) ; SET FILE AND FIELD VARIABLES FROM XPF ARRAY
;
S C0CXPF=@ARY@("XML FILE NUMBER")
S C0CXFLD=@ARY@("XML")
S C0CXTFLD=@ARY@("TEMPLATE XML")
S C0CXPBF=@ARY@("BINDING SUBFILE NUMBER")
S C0CRDUXF=@ARY@("XPATH REDUCTION STRING")
Q
;
ADDXP(INARY,TID,FARY) ;ADD XPATH .01 FIELD TO BINDING SUBFILE OF TEMPLATE TID
I '$D(FARY) D ;
. S FARY="FARY" ; FILE ARRAY
. D INITXPF("FARY") ;IF FILE ARRAY NOT PASSED, INITIALIZE
D SETXPF(FARY) ;SET FILE VARIABLES
N C0CA,C0CB
S C0CA="" S C0CB=0
F S C0CA=$O(@INARY@(C0CA)) Q:C0CA="" D ; FOR EACH XPATH
. S C0CB=C0CB+1 ; COUNT OF XPATHS
. S C0CFDA(C0CXPBF,"?+"_C0CB_","_TID_",",.01)=C0CA
. D UPDIE ; CREATE THE BINDING SUBFILE FOR THIS XPATH
Q
;
FIXICD9 ; FIX THE ICD9RESULT XML
D GETXML("GPL","ICD9RESULT") ; GET SOME BAD XML OUT OF THE FILE
S ZI=""
S G=""
F S ZI=$O(GPL(ZI)) Q:ZI="" D ; FOR EACH LINE
. S G=G_GPL(ZI) ; MAKE ONE BIG STRING OF XML
D NORMAL^C0CSOAP("G2","G") ;NO NORMALIZE IT BACK INTO AN ARRAY
D ADDXML("G2","ICD9RESULT") ; AND PUT IT BACK
Q
ADDXML(INXML,TEMPID,INFARY) ;ADD XML TO A TEMPLATE ID TEMPID
; INXML IS PASSED BY NAME
I '$D(INFARY) D ;
. S INFARY="FARY" ; FILE ARRAY
. D INITXPF("FARY") ;IF FILE ARRAY NOT PASSED, INITIALIZE
I +TEMPID=0 S TEMPID=$$RESTID^C0CSOAP(TEMPID,INFARY) ;RESOLVE TEMPLATE NAME
D SETXPF(INFARY) ;SET FILE VARIABLES
D WP^DIE(C0CXPF,TEMPID_",",C0CXFLD,,INXML)
Q
;
ADDTEMP(INXML,TEMPID,INFARY) ;ADD XML TEMPLATE TO TEMPLATE RECORD TEMPID
;
I '$D(INFARY) D ;
. S INFARY="FARY" ; FILE ARRAY
. D INITXPF("FARY") ;IF FILE ARRAY NOT PASSED, INITIALIZE
I +TEMPID=0 S TEMPID=$$RESTID^C0CSOAP(TEMPID,INFARY) ;RESOLVE TEMPLATE NAME
D SETXPF(INFARY) ;SET FILE VARIABLES
D WP^DIE(C0CXPF,TEMPID_",",C0CXTFLD,,INXML)
Q
;
GETXML(OUTXML,TEMPID,INFARY) ;GET THE XML FROM TEMPLATE TEMPID
;
I '$D(INFARY) D ;
. S INFARY="FARY" ; FILE ARRAY
. D INITXPF("FARY") ;IF FILE ARRAY NOT PASSED, INITIALIZE
D SETXPF(INFARY) ;SET FILE VARIABLES
I +TEMPID=0 S TEMPID=$$RESTID^C0CSOAP(TEMPID,INFARY) ;RESOLVE TEMPLATE NAME
I $$GET1^DIQ(C0CXPF,TEMPID_",",C0CXFLD,,OUTXML)'=OUTXML D Q ;
. W "ERROR RETRIEVING TEMPLATE",!
Q
;
GETTEMP(OUTXML,TEMPID,FARY) ;GET THE TEMPLATE XML FROM TEMPLATE TEMPID
;
I '$D(FARY) D ;
. S FARY="FARY" ; FILE ARRAY
. D INITXPF("FARY") ;IF FILE ARRAY NOT PASSED, INITIALIZE
D SETXPF(FARY) ;SET FILE VARIABLES
I +TEMPID=0 S TEMPID=$$RESTID^C0CSOAP(TEMPID,FARY) ;RESOLVE TEMPLATE NAME
I $$GET1^DIQ(C0CXPF,TEMPID_",",C0CXTFLD,,OUTXML)'=OUTXML D Q ;
. W "ERROR RETRIEVING TEMPLATE",!
Q
;
COPYWP(ZFLD,ZSRCREC,ZDESTREC,ZSRCF,ZDESTF) ; COPIES A WORD PROCESSING FIELD
; FROM ONE RECORD TO ANOTHER RECORD
; ZFLD IS EITHER A NUMBERIC FIELD OR A NAME IN ZSRCF
; ZSRCF IS THE SOURCE FILE, IN FILE REDIRECT FORMAT
; IF ZSRCF IS OMMITED, THE DEFAULT C0C XML MISC FILE WILL BE ASSUMED
; ZDESTF IS DESTINATION FILE. IF OMMITED, IS ASSUMED TO BE THE SAME
; A ZSRCF
I '$D(ZSRCF) D ;
. S ZSRCF="ZSRCF"
. D INITFARY^C0CSOAP(ZSRCF)
I '$D(ZDESTF) D ;
. S ZDESTF="ZDESTF"
. M @ZDESTF=@ZSRCF
N ZSF,ZDF,ZSFREF,ZDFREF
S ZSF=@ZSRCF@("XML FILE NUMBER")
S ZSFREF=$$FILEREF^C0CRNF(ZSF)
S ZDF=@ZDESTF@("XML FILE NUMBER")
S ZDFREF=$$FILEREF^C0CRNF(ZDF)
N ZSIEN,ZDIEN
S ZSIEN=$O(@ZSFREF@("B",ZSRCREC,""))
I ZSIEN="" W !,"ERROR SOURCE RECORD NOT FOUND" Q ;
S ZDIEN=$O(@ZDFREF@("B",ZDESTREC,""))
I ZDIEN="" W !,"ERROR DESTINATION RECORD NOT FOUND" Q ;
N ZFLDNUM
I +ZFLD=0 S ZFLDNUM=@ZSRCF@(ZFLD) ; IF FIELD IS PASSED BY NAME
E S ZFLDNUM=ZFLD ; IF FIELD IS PASSED BY NUMBER
N ZWP,ZWPN
S ZWPN=$$GET1^DIQ(ZSF,ZSIEN_",",ZFLDNUM,,"ZWP") ; GET WP FROM SOURCE
I ZWPN'="ZWP" W !,"ERROR SOURCE FIELD EMPTY" Q ;
D WP^DIE(ZDF,ZDIEN_",",ZFLDNUM,,"ZWP") ; PUT WP FIELD TO DEST
Q
;
COMPILE(TID,UFARY) ; COMPILES AN XML TEMPLATE AND GENERATES XPATH BINDINGS
; UFARY IF SPECIFIED WILL REDIRECT THE XML FILE TO USE
; INTID IS THE IEN OF THE RECORD TO USE IN THE XML FILE
; XML IS PULLED FROM THE "XML" FIELD AND THE COMPILED RESULT PUT
; IN THE "XML TEMPLATE" FIELD. ALL XPATHS USED IN THE TEMPLATE
; WILL BE POPULATED TO THE XPATH BINDINGS SUBFILE AS .01
I '$D(UFARY) D ;
. S UFARY="DEFFARY" ; FILE ARRAY
. ;D INITXPF("UFARY") ;IF FILE ARRAY NOT PASSED, INITIALIZE
. D INITFARY^C0CSOAP(UFARY)
D SETXPF(UFARY) ;SET FILE VARIABLES
I +TID=0 S INTID=$$RESTID^C0CSOAP(TID,UFARY)
E S INTID=TID
;B
;N C0CXML,C0CREDUX,C0CTEMP,C0CIDX
D GETXML("C0CXML",INTID,UFARY)
S C0CREDUX=$$GET1^DIQ(C0CXPF,INTID_",",C0CRDUXF,"E") ;XPATH REDUCTION STRING
D MKTPLATE("C0CTEMP","C0CIDX","C0CXML",C0CREDUX) ; CREATE TEMPLATE AND IDX
D ADDTEMP("C0CTEMP",INTID,UFARY) ; WRITE THE TEMPLATE TO FILE
D ADDXP("C0CIDX",INTID,UFARY) ;CREATE XPATH SUBFILE ENTRIES FOR EVERY XPATH
Q
;
MKTPLATE(OUTT,OUTIDX,INXML,REDUX) ;MAKE A TEMPLATE FROM INXML, RETURNED IN OUTT
; BOTH PASSED BY NAME. THE REDUX XPATH REDUCTION STRING IS USED IF PASSED
; OUTIDX IS AN ARRAY OF THE XPATHS USED IN MAKING THE TEMPLATE
;
S C0CXLOC=$NA(^TMP("C0CXML",$J))
K @C0CXLOC
M @C0CXLOC=@INXML
S C0CDOCID=$$PARSE^C0CMXML(C0CXLOC,"C0CMKT")
K @C0CXLOC
S C0CDOM=$NA(^TMP("MXMLDOM",$J,C0CDOCID))
;N GIDX,GIDX2,GARY,GARY2
I '$D(REDUX) S REDUX=""
D XPATH^C0CMXML(1,"/","GIDX","GARY",,REDUX)
D INVERT("GIDX2","GIDX") ;MAKE ARRAY TO LOOK UP XPATH BY NODE
N ZI,ZD S ZI=""
F S ZI=$O(@C0CDOM@(ZI)) Q:ZI="" D ; FOR EACH NODE IN THE DOM
. K ZD ;FOR DATA
. D DATA^C0CMXML("ZD",ZI) ;SEE IF THERE IS DATA FOR THIS NODE
. ;I $D(ZD(1)) D ; IF YES
. I $$FIRST^C0CMXML(ZI)=0 D ; IF THERE ARE NO CHILDREN TO THIS NODE
. . ;I ZI<3 B ;W !,ZD(1)
. . K @C0CDOM@(ZI,"T") ; KILL THE DATA
. . N ZXPATH
. . S ZXPATH=$G(GIDX2(ZI)) ;FIND AN XPATH FOR THIS NODE
. . S @C0CDOM@(ZI,"T",1)="@@"_ZXPATH_"@@"
. . I ZXPATH'="" S @OUTIDX@(ZXPATH)="" ; PASS BACK XPATH USED IN IDX
D OUTXML^C0CMXML(OUTT,C0CDOCID)
Q
;
INVERT(OUTX,INX) ;INVERTS AN XPATH INDEX RETURNING @OUTX@(x)=XPath from
; @INX@(XPath)=x
N ZI S ZI=""
F S ZI=$O(@INX@(ZI)) Q:ZI="" D ;FOR EACH XPATH IN THE INPUT
. S @OUTX@(@INX@(ZI))=ZI ; SET INVERTED ENTRY
Q
;
DEMUX(OUTX,INX) ;PARSES XPATH PASSED BY VALUE IN INX TO REMOVE [x] MULTIPLES
; RETURNS OUTX: MULTIPLE^SUBMULTIPLE^XPATH
N ZX,ZY,ZZ,ZZ1,ZMULT,ZSUB
S (ZMULT,ZSUB)=""
S ZX=$P(INX,"[",2)
I ZX'="" D ; THERE IS A [x] MULTIPLE
. S ZY=$P(INX,"[",1) ;FIRST PART OF XPATH
. S ZMULT=$P(ZX,"]",1) ; NUMBER OF THE MULTIPLE
. S ZX=ZY_$P(ZX,"]",2) ; REST OF THE XPATH
. I $P(ZX,"[",2)'="" D ; A SUB MULTIPLE EXISTS
. . S ZZ=$P(ZX,"[",1) ; FIRST PART OF XPATH
. . S ZX=$P(ZX,"[",2) ; DELETE THE [
. . S ZSUB=$P(ZX,"]",1) ; NUMBER OF THE SUBMULTIPLE
. . S ZX=ZZ_$P(ZX,"]",2) ; REST OF THE XPATH
E S ZX=INX ;NO MULTIPLE HERE
S @OUTX=ZMULT_"^"_ZSUB_"^"_ZX ;RETURN MULTIPLE^SUBMULTIPLE^XPATH
Q
;
DEMUXARY(OARY,IARY,DEPTH) ;CONVERT AN XPATH ARRAY PASSED AS IARY TO
; FORMAT @OARY@(x,variablename) where x is the first multiple
; IF DEPTH=2, THE LAST 2 PARTS OF THE XPATH WILL BE USED
N ZI,ZJ,ZK,ZL,ZM S ZI=""
F S ZI=$O(@IARY@(ZI)) Q:ZI="" D ;
. D DEMUX^C0CMXP("ZJ",ZI)
. S ZK=$P(ZJ,"^",3)
. S ZM=$RE($P($RE(ZK),"/",1))
. I $G(DEPTH)=2 D ;LAST TWO PARTS OF XPATH USED FOR THE VARIABLE NAME
. . S ZM=$RE($P($RE(ZK),"/",2))_ZM
. S ZL=$P(ZJ,"^",1)
. I ZL="" S ZL=1
. I $D(@OARY@(ZL,ZM)) D ;IT'S A DUP
. . S @OARY@(ZL,ZM_"[2]")=@IARY@(ZI)
. E S @OARY@(ZL,ZM)=@IARY@(ZI)
Q
;
DEMUX2(OARY,IARY,DEPTH) ;CONVERT AN XPATH ARRAY PASSED AS IARY TO
; FORMAT @OARY@(x,variablename) where x is the first multiple
; IF DEPTH=2, THE LAST 2 PARTS OF THE XPATH WILL BE USED
N ZI,ZJ,ZK,ZL,ZM S ZI=""
F S ZI=$O(@IARY@(ZI)) Q:ZI="" D ;
. D DEMUX^C0CMXP("ZJ",ZI)
. S ZK=$P(ZJ,"^",3)
. S ZM=$RE($P($RE(ZK),"/",1))
. I $G(DEPTH)=2 D ;LAST TWO PARTS OF XPATH USED FOR THE VARIABLE NAME
. . S ZM=$RE($P($RE(ZK),"/",2))_"."_ZM
. S ZL=$P(ZJ,"^",1)
. I ZL="" S ZL=1
. I $D(@OARY@(ZL,ZM)) D ;IT'S A DUP
. . S @OARY@(ZL,ZM_"[2]")=@IARY@(ZI)
. E S @OARY@(ZL,ZM)=@IARY@(ZI)
Q
;
DEMUXXP1(OARY,IARY) ;IARY IS INCOMING XPATH ARRAY
; BOTH IARY AND OARY ARE PASSED BY NAME
; RETURNS A SIMPLE XPATH ARRAY WITHOUT MULTIPLES. DUPLICATES ARE REMOVED
N ZI,ZJ,ZK
S ZI=""
F S ZI=$O(@IARY@(ZI)) Q:ZI="" D ; FOR EACH XPATH IN IARY
. D DEMUX^C0CMXP("ZJ",ZI)
. S ZK=$P(ZJ,"^",3) ;THE XPATH
. S @OARY@(ZK)=@IARY@(ZI) ;THE RESULT. DUPLICATES WILL NOT SHOW
. ; CAUTION, IF THERE ARE MULTIPLES, ONLY THE DATA FOR THE LAST
. ; MULTIPLE WILL BE INCLUDED IN THE OUTPUT ARRAY, ASSIGNED TO THE
. ; COMMON XPATH
Q
;
DEMUXXP2(OARY,IARY) ; IARY AND OARY ARE PASSED BY NAME
; IARY IS AN XPATH ARRAY THAT MAY CONTAIN MULTIPLES
; OARY IS THE OUTPUT ARRAY WHERE MULTIPLES ARE RETURNED IN THE FORM
; @OARY@(x,Xpath)=data or @OARY@(x,y,Xpath)=data WHERE x AND y ARE
; THE MULTIPLES AND Xpath IS THE BASE XPATH WITHOUT [x] AND [y]
;
N ZI,ZJ,ZK,ZX,ZY,ZP
S ZI=""
F S ZI=$O(@IARY@(ZI)) Q:ZI="" D ; FOR EACH INPUT XPATH
. D DEMUX("ZJ",ZI) ; PULL OUT THE MULTIPLES
. S ZX=$P(ZJ,"^",1) ;x
. S ZY=$P(ZJ,"^",2) ;y
. S ZP=$P(ZJ,"^",3) ;Xpath
. I ZX="" S ZX=1 ; NO MULTIPLE WILL STORE IN x=1
. I ZY'="" D ;IS THERE A y?
. . S @OARY@(ZX,ZY,ZP)=@IARY@(ZI)
. E D ;NO y
. . S @OARY@(ZX,ZP)=@IARY@(ZI)
Q
;
UPDIE ; INTERNAL ROUTINE TO CALL UPDATE^DIE AND CHECK FOR ERRORS
K ZERR
D CLEAN^DILF
D UPDATE^DIE("","C0CFDA","","ZERR")
I $D(ZERR) S $EC=",U1,"
K C0CFDA
Q
;