VistA-WorldVistAEHR/r/LAB_SERVICE-LR-LS/LRLNC63A.m

134 lines
5.2 KiB
Mathematica

LRLNC63A ;DALOI/FHS-HISTORICAL LOINC MAPPER UTILITY ;01/30/2001 15:19
;;5.2;LAB SERVICE;**279**;Sep 27, 1994
XQA ;Send alert message
S XQA("G.LMI")=""
D SETUP^XQALERT
Q
RANGE ; Change for high/low ranges $S( statement to a numeric value
K LRP,VAL,VALX
I 'LR5 S AGE=+$$DATE^LRDAGE(DOB,LRCDT) I AGE<1 S AGE=99
F LRP=2:1:5 D
. S VAL=$P(LRDATA5,"!",LRP)
. Q:'$L(VAL)
. Q:VAL'["$S("
. S VALX="S VALX="_VAL
. X VALX
. S $P(LRDATA5,"!",LRP)=VALX,LR5=1
Q
XTMP(LRSUB) ;Setup XTMP("LRLNC",1,LRSUB)=Result NLT code
Q:$D(^XTMP("LRLNC63",1,LRSUB))
N LRCHK,LRTST
S (LRCHK,LRTST)=0
F S LRTST=$O(^LAB(60,"C","CH;"_LRSUB_";1",LRTST)) Q:LRTST<1!($G(LRCHK)) D
. Q:'$P($G(^LAB(60,LRTST,64)),U,2)
. S ^XTMP("LRLNC63",1,LRSUB)=$$NLT(LRTST),LRCHK=^(LRSUB)
I '$G(LRCHK) S ^XTMP("LRLNC63",1,LRSUB)="-1"
Q
NLT(X) ;
N Y
S Y=$S($D(^LAM(+$P($G(^LAB(60,+X,64)),U,2),0)):$P(^(0),U,2),1:"")
Q Y
LIST ;List those test not have result NLT codes defined
K ^TMP("LRLNC63",$J)
N LRANS,LRSB,LRCNT,LRX
S ^TMP("LRLNC63",$J,"LST",1,0)="List of tests missing RNLT codes in LABORTORY TEST (#60) file,"
S ^TMP("LRLNC63",$J,"LST",2,0)="found during LOINC Historical Mapping process."
S ^TMP("LRLNC63",$J,"LST",3,0)="These test(s) will have no historical LOINC mapping performed."
S ^TMP("LRLNC63",$J,"LST",4,0)=" "
S ^TMP("LRLNC63",$J,"LST",5,0)="[Test IEN] Test Name Type "
S ^TMP("LRLNC63",$J,"LST",6,0)=""
S LRCNT=6,LRSB=0 F S LRSB=$O(^XTMP("LRLNC63",1,LRSB)) Q:LRSB<1 S LRX=^(LRSB) D
. Q:LRX>0
. S LRCH="CH;"_LRSB_";1",LRTST=0
. F S LRTST=$O(^LAB(60,"C",LRCH,LRTST)) Q:LRTST<1 D
. . Q:'$D(^LAB(60,LRTST,0))#2
. . N LRANS,LRV,LRANS
. . S LRV=LRTST_","
. . D GETS^DIQ(60,LRV,".01;3","E","LRANS")
. . S LRCNT=LRCNT+1
. . S ^TMP("LRLNC63",$J,"LST",LRCNT,0)="["_LRTST_"] "_$G(LRANS(60,LRV,.01,"E"))_" -- Type: "_$G(LRANS(60,LRV,3,"E"))
MAIL ;Send mail message containing tests not having RNLT codes.
;Therefore not historical LOINC mapping could be done.
D
. I '$O(^TMP("LRLNC63",$J,"LST",6)) D
. . S ^TMP("LRLNC63",$J,"LST",7,0)="Negative Report - All test have RNLT codes definded"
. N XMDUZ,XMTEXT,XMY,XMSUB
. S XMSUB="LOINC Historical Mapping Exception Report"
. S XMTEXT="^TMP(""LRLNC63"","_$J_",""LST"","
. S XMDUZ=.5
. S XMY("G.LMI")=""
. D ^XMD
MAP ;Provide a list of mapped test in ^ delimited format
N NODE,LRSB,LRNLT,LRSPECN,LRCDEF,LRLNC,LRTST
S LRMCNT=0
S ^TMP("LRLNC63",$J,"MAP",1,0)="List of test mapped to LOINC codes formatted with '^' as field delimiter."
S ^TMP("LRLNC63",$J,"MAP",2,0)=" "
S ^TMP("LRLNC63",$J,"MAP",3,0)="DataName#^Test Name^Specimen^Specimen IEN^RNLT^NLT suffix^LOINC Code"
S LRMCNT=3
S NODE="^XTMP(""LRLNC63"","_$J_",""MAP"")"
F S NODE=$Q(@NODE) Q:$QS(NODE,2)'="MAP" D
. S LRSB=$QS(NODE,3),LRSPEC=$QS(NODE,4)
. S LRNLT=$QS(NODE,5)
. S LRSPECN=$S($D(^LAB(61,+LRSPEC,0)):$P(^(0),U),1:"Missing")
. S LRCDEF=$QS(NODE,6)
. S LRLNC=$QS(NODE,7),LRLNC=$$GET1^DIQ(95.3,LRLNC_",",.01,"E")
. S LRTST=+$O(^LAB(60,"C","CH;"_LRSB_";1",0))
. S LRTST=$S($D(^LAB(60,LRTST,0))#2:$P(^(0),U),1:"Unknown")
. S LRMCNT=+$G(LRMCNT)+1
. S ^TMP("LRLNC63",$J,"MAP",LRMCNT,0)=LRSB_U_LRTST_U_LRSPECN_U_LRSPEC_U_LRNLT_U_LRCDEF_U_LRLNC
MAPMAIL ;Send mail message containing mapped test
D
. N XMDUZ,XMTEXT,XMY,XMSUB
. S XMSUB="LOINC Historical Mapped LOINC tests"
. S XMTEXT="^TMP(""LRLNC63"","_$J_",""MAP"","
. S XMDUZ=.5
. S XMY("G.LMI")=""
. D ^XMD
CLEAN ;
K ^TMP("LRLNC63",$J)
Q
DECIMAL ;Check for possible LRDFN's >999999 - LRDFN maybe set to LRIDT format
S (LRNXT,LRSEQ)=999999
Q:'$O(^LR(LRSEQ))
S ^XTMP("LRLNC63","SEQ",LRSEQ,"START")=$$NOW^XLFDT
F S LRNXT=$O(^LR(LRNXT)) Q:$S(LRNXT<1:1,$G(^XTMP("LRLNC63","STOP")):1,1:0) D I $$S^%ZTLOAD(LRSEQ_" Stopped at "_LRNXT) S ZTSTOP=1 Q
. I '$G(^LR(LRNXT,0)) S ^XTMP("LRLNC63","SEQ",LRSEQ)=LRNXT Q
. D LK6304^LRLNC63(LRNXT)
. S ^XTMP("LRLNC63","SEQ",LRSEQ)=LRNXT
I $G(^XTMP("LRLNC63","STOP")) D Q
. N LRNOW
. S LRNOW=$$FMTE^XLFDT($$NOW^XLFDT,1)
. S ^XTMP("LRLNC63","SEQ",LRSEQ,"END")="USER STOP"_U_$$NOW^XLFDT
. S XQAMSG="LOINC Historical Mapper Sequence "_LRSEQ_" STOPPED @ "_LRNOW
. D XQA
. L -^XTMP("LRLNC63","TASK",LRSEQ)
S XQAMSG="LOINC Historical Mapper LRDFN sequence "_LRSEQ_" completed @ "_$$FMTE^XLFDT($$NOW^XLFDT,1)
DONE ; Send alert message when LRDFN sequence range mapping is finished
L -^XTMP("LRLNC63","TASK",LRSEQ)
S ^XTMP("LRLNC63","SEQ",LRSEQ,"END")=$$NOW^XLFDT
D XQA
UPDATE ;If mapping complete, send list of tests not having result NLT codes
;Update fields 95.3,95.31 in LAB(69.9 file with date and last LRDFN
K LRSEQX,LRNOP,LRFDA,LRERR
S LRNOP=0
F LRSEQX=1:20000:LRLST D Q:$G(LRNOP)
. I '$G(^XTMP("LRLNC63","SEQ",LRSEQX,"END")) S LRNOP=1
Q:$G(LRNOP)
D LIST^LRLNC63A
S LRFDA(95,69.9,"1,",95.3)=DT
S LRFDA(95,69.9,"1,",95.31)=+$P($G(LRLST),".")
D FILE^DIE("KS","LRFDA(95)","LRERR")
Q
RERUN ; This will restart the historical mapping from the beginning.
; To restart call QUE^LRLNC63
N DIR,DIRUT,Y
W !,$$CJ^XLFSTR(" This will re-run LOINC Historical Mapping from the beginning ",80)
W !,$$CJ^XLFSTR("reseting all globals to zero.",80)
W !,$$CJ^XLFSTR(" To restart from a stopping point use the",80)
W !,$$CJ^XLFSTR("LAB DATA LOINC Mapping Option.",80),!!
S DIR(0)="Y",DIR("A")="Are you certain you want to proceed" D ^DIR
I $G(Y)'=1 Q
K ^XTMP("LRLNC63")
D QUE^LRLNC63
Q