LAXSYMHQ ;MLD/ABBOTT/SLC/RAF - ABBOTT AxSYM 'HOST QUERY' PGM ; 6/12/96 0900; [ 01/12/98 11:20 AM ]
;;5.2;LA;**1001**;DEC 10, 1997
;;5.2;AUTOMATED LAB INSTRUMENTS;**11,19**;Sep 27, 1994
;
Q ; call line tag
;
HQSET ; Build hst qry to send to AxSYM (stored in ^LA(INST,"HQ",CNT) nodes)
; called from Q^LAXSYM
N I,FRM,CR,ETX,CKSM,STX,LF,CNT,X,EOT,LATEST
S X="ERR^LAXSYMHQ",@^%ZOSF("TRAP"),(LRTST,I)=0
S CNT=0,LF=$C(10),STX=$C(2),ETX=$C(3),CR=$C(13),EOT=4
;
; LATEST array
F S I=$O(^LAB(62.4,INST,3,I)) Q:'I S X=$G(^(I,0)) S LATEST(+X)=$P(X,U,4)
L +^LA(INST,"HQ")
F I="H","P","O","L" D ; loop thru frame types
.S LRFRM=$G(LRFRM)+1 S:(LRFRM=8) LRFRM=0 ; increment frame cntr
.S FRM=LRFRM_$S(I="H":$$H^LAXSYMBL,I="P":$$P^LAXSYMBL,I="O":$$O,1:$$L^LAXSYMBL)_CR_ETX
.S CKSM=$$CKSUM^LAXSYMU(FRM) ; CR_ETX is counted in chksum
.; build msg frame: <STX>~|~msg text~|~<CR><ETX>~checksum~<CR><LF>
.S FRM=STX_FRM_CKSM_CR_LF
.; set frame to ^LA(,"HQ" node
.S CNT=$G(^LA(INST,"HQ"))+1,^LA(INST,"HQ")=CNT,^LA(INST,"TMPHQ",CNT)=FRM
OUT I $G(HQBAD)=0 D ;positive query response sets
.M ^LA(INST,"HQ")=^LA(INST,"TMPHQ")
I $G(HQBAD)=1 D ;negative query response sets
.S FRM=^LA(INST,"TMPHQ",3),FRM="2Q|"_$P(FRM,"|",2,12)_"|X"_CR_ETX
.S ^LA(INST,"TMPHQ",2)=STX_FRM_$$CKSUM^LAXSYMU(FRM)_CR_LF
.S FRM=^LA(INST,"TMPHQ",4),FRM="3L|1"_CR_ETX
.S ^LA(INST,"TMPHQ",3)=STX_FRM_$$CKSUM^LAXSYMU(FRM)_CR_LF
.S ^LA(INST,"HQ")=3 K ^LA(INST,"TMPHQ",4)
.M ^LA(INST,"HQ")=^LA(INST,"TMPHQ")
K ^LA(INST,"TMPHQ")
L -^LA(INST,"HQ")
QUIT
;
O() ; Build Order frame NOTEs:
; a. 10 chars is size limit for rev 1.xx 15 will be limit for rev 2
; b. Potential for REPEAT (multiple) tests to cause the Order frame to
; exceed 247 chars! However, if the AxSYM doesn't offer more than
; about 25 tests, this should not be a problem.
;
Q:$G(BAD) IN ; cannot process request - set in Q^LAXSYM
N O,CNT,DLM,PRI,LRPRI,LRTEST,LRTST
S (CNT,PRI,LRTEST,HQBAD)=0,LRPRI=9,$P(O,D,5)=""
F S LRTEST=$O(^LRO(68,WL,1,LADT,1,+LRAN,4,LRTEST)) Q:'LRTEST D
.Q:$L($P(^LRO(68,WL,1,LADT,1,+LRAN,4,LRTEST,0),U,5))
.S CNT=CNT+1 S DLM=$S(CNT>1:"\",1:"")
.S LRTST=$$PNL^LAXSYMBL ; get AxSYM's internal tst #
.S:LRTST="" CNT=CNT-1
.Q:LRTST="" ; test not in Auto Inst file
.S $P(O,D,5)=$P(O,D,5)_DLM_"^^^"_LRTST ; 'repeat' tests use '\'
.S PRI=+$P($G(^LRO(68,WL,1,LADT,1,+LRAN,4,LRTEST,0)),U,2)
.I PRI,(PRI<LRPRI) S LRPRI=PRI ; take 'highest' prio
;
; If no orders can be found, return orig query with 'X'
I $P(O,D,5)="" S $P(IN,D,13)="X",HQBAD=1 Q IN
;
S LRPRI=$E($P($G(^LAB(62.05,LRPRI,0)),U)) S:LRPRI="" LRPRI="R"
; 2nd pc is (hardcoded) # of 'O' frames. Change if loop is needed
S $P(O,D,1,3)="O|1|"_LRAN
S $P(O,D,6)=LRPRI,$P(O,D,12)="A",$P(O,D,26)="Q"
Q O
;
ERR ; Error Trap
D ^LABERR
K ^LA(INST,"HQ") ; remove bad data/incomplete list
G OUT
LAXSYMHQ ;MLD/ABBOTT/SLC/RAF - ABBOTT AxSYM 'HOST QUERY' PGM ; 6/12/96 0900; [ 01/12/98 11:20 AM ]
+1 ;;5.2;LA;**1001**;DEC 10, 1997
+2 ;;5.2;AUTOMATED LAB INSTRUMENTS;**11,19**;Sep 27, 1994
+3 ;
+4 ; call line tag
QUIT
+5 ;
HQSET ; Build hst qry to send to AxSYM (stored in ^LA(INST,"HQ",CNT) nodes)
+1 ; called from Q^LAXSYM
+2 NEW I,FRM,CR,ETX,CKSM,STX,LF,CNT,X,EOT,LATEST
+3 SET X="ERR^LAXSYMHQ"
SET @^%ZOSF("TRAP")
SET (LRTST,I)=0
+4 SET CNT=0
SET LF=$CHAR(10)
SET STX=$CHAR(2)
SET ETX=$CHAR(3)
SET CR=$CHAR(13)
SET EOT=4
+5 ;
+6 ; LATEST array
+7 FOR
SET I=$ORDER(^LAB(62.4,INST,3,I))
IF 'I
QUIT
SET X=$GET(^(I,0))
SET LATEST(+X)=$PIECE(X,U,4)
+8 LOCK +^LA(INST,"HQ")
+9 ; loop thru frame types
FOR I="H","P","O","L"
Begin DoDot:1
+10 ; increment frame cntr
SET LRFRM=$GET(LRFRM)+1
IF (LRFRM=8)
SET LRFRM=0
+11 SET FRM=LRFRM_$SELECT(I="H":$$H^LAXSYMBL,I="P":$$P^LAXSYMBL,I="O":$$O,1:$$L^LAXSYMBL)_CR_ETX
+12 ; CR_ETX is counted in chksum
SET CKSM=$$CKSUM^LAXSYMU(FRM)
+13 ; build msg frame: <STX>~|~msg text~|~<CR><ETX>~checksum~<CR><LF>
+14 SET FRM=STX_FRM_CKSM_CR_LF
+15 ; set frame to ^LA(,"HQ" node
+16 SET CNT=$GET(^LA(INST,"HQ"))+1
SET ^LA(INST,"HQ")=CNT
SET ^LA(INST,"TMPHQ",CNT)=FRM
End DoDot:1
OUT ;positive query response sets
IF $GET(HQBAD)=0
Begin DoDot:1
+1 MERGE ^LA(INST,"HQ")=^LA(INST,"TMPHQ")
End DoDot:1
+2 ;negative query response sets
IF $GET(HQBAD)=1
Begin DoDot:1
+3 SET FRM=^LA(INST,"TMPHQ",3)
SET FRM="2Q|"_$PIECE(FRM,"|",2,12)_"|X"_CR_ETX
+4 SET ^LA(INST,"TMPHQ",2)=STX_FRM_$$CKSUM^LAXSYMU(FRM)_CR_LF
+5 SET FRM=^LA(INST,"TMPHQ",4)
SET FRM="3L|1"_CR_ETX
+6 SET ^LA(INST,"TMPHQ",3)=STX_FRM_$$CKSUM^LAXSYMU(FRM)_CR_LF
+7 SET ^LA(INST,"HQ")=3
KILL ^LA(INST,"TMPHQ",4)
+8 MERGE ^LA(INST,"HQ")=^LA(INST,"TMPHQ")
End DoDot:1
+9 KILL ^LA(INST,"TMPHQ")
+10 LOCK -^LA(INST,"HQ")
+11 QUIT
+12 ;
O() ; Build Order frame NOTEs:
+1 ; a. 10 chars is size limit for rev 1.xx 15 will be limit for rev 2
+2 ; b. Potential for REPEAT (multiple) tests to cause the Order frame to
+3 ; exceed 247 chars! However, if the AxSYM doesn't offer more than
+4 ; about 25 tests, this should not be a problem.
+5 ;
+6 ; cannot process request - set in Q^LAXSYM
IF $GET(BAD)
QUIT IN
+7 NEW O,CNT,DLM,PRI,LRPRI,LRTEST,LRTST
+8 SET (CNT,PRI,LRTEST,HQBAD)=0
SET LRPRI=9
SET $PIECE(O,D,5)=""
+9 FOR
SET LRTEST=$ORDER(^LRO(68,WL,1,LADT,1,+LRAN,4,LRTEST))
IF 'LRTEST
QUIT
Begin DoDot:1
+10 IF $LENGTH($PIECE(^LRO(68,WL,1,LADT,1,+LRAN,4,LRTEST,0),U,5))
QUIT
+11 SET CNT=CNT+1
SET DLM=$SELECT(CNT>1:"\",1:"")
+12 ; get AxSYM's internal tst #
SET LRTST=$$PNL^LAXSYMBL
+13 IF LRTST=""
SET CNT=CNT-1
+14 ; test not in Auto Inst file
IF LRTST=""
QUIT
+15 ; 'repeat' tests use '\'
SET $PIECE(O,D,5)=$PIECE(O,D,5)_DLM_"^^^"_LRTST
+16 SET PRI=+$PIECE($GET(^LRO(68,WL,1,LADT,1,+LRAN,4,LRTEST,0)),U,2)
+17 ; take 'highest' prio
IF PRI
IF (PRI<LRPRI)
SET LRPRI=PRI
End DoDot:1
+18 ;
+19 ; If no orders can be found, return orig query with 'X'
+20 IF $PIECE(O,D,5)=""
SET $PIECE(IN,D,13)="X"
SET HQBAD=1
QUIT IN
+21 ;
+22 SET LRPRI=$EXTRACT($PIECE($GET(^LAB(62.05,LRPRI,0)),U))
IF LRPRI=""
SET LRPRI="R"
+23 ; 2nd pc is (hardcoded) # of 'O' frames. Change if loop is needed
+24 SET $PIECE(O,D,1,3)="O|1|"_LRAN
+25 SET $PIECE(O,D,6)=LRPRI
SET $PIECE(O,D,12)="A"
SET $PIECE(O,D,26)="Q"
+26 QUIT O
+27 ;
ERR ; Error Trap
+1 DO ^LABERR
+2 ; remove bad data/incomplete list
KILL ^LA(INST,"HQ")
+3 GOTO OUT
