BMXSQL91	; IHS/OIT/HMW - BMX REMOTE PROCEDURE CALLS ;
	;;2.3;BMX;;Jan 25, 2011
	;
	;Below is dead code, but keep for later
SETX2	;Don't need this unless porting to machine with
	;local variable size limitations
	N F,LVL,ROOT,START
	S LVL=1,START=1
	S ROOT="BMXY"
	F F=1:1:BMXFF D  Q:$D(BMXERR)
	. S BMX=BMXFF(F)
	. I BMX="(" D  Q  ;Increment level
	. . S LVL=LVL+1
	. . ;S ROOT=$S(ROOT["(":$P(ROOT,")")_","_0_")",1:ROOT_"("_0_")")
	. . ;Get operator following close paren corresponding to this open
	. . ;If op = OR then set up FOR loop in zeroeth node
	. . ;if op = AND then set up
	. I BMX=")" D  Q  ;Decrement level
	. . S LVL=LVL-1
	. . I LVL=1,$D(BMXFF(F+1)),BMXFF(F+1)="&" D  Q
	. . . S BMXX=BMXX+1
	. . . S BMXX(BMXX)=""
	. . . F J=START:1:F S BMXX(BMXX)=BMXX(BMXX)_BMXFF(J)
	. . . S START=F+2
	. . . ;S BMXX(BMXX)="I "_BMXX(BMXX)_" X BMXX("_BMXX+1_")"
	. I BMX="AND" D  Q  ;Chain to previous expression at current level
	. I BMX="OR" D  Q  ;Create FOR-loop to execute screens
	;
	Q
	;
	;
	;S F=0 F  S F=$O(BMXMFL(F)) Q:'+F  S:'$D(BMXMFL(F,"SUBFILE")) BMXMFL("NOSUBFILE",F)=""
	;I $D(BMXMFL("NOSUBFILE")) S F=0 F  S F=$O(BMXMFL("NOSUBFILE",F)) Q:'+F  D MAKEC1
	;I $D(BMXMFL("SUBFILE")) S F=0 F  S F=$O(BMXMFL("SUBFILE",F)) Q:'+F  D MAKEC1 ;S BMXROOTZ=BMXZ+100
	;
	Q
MAKEC1	;
	I '$D(BMXMFL(F,"SUBFILE")),'$D(BMXMFL(F,"MULT")) S BMXZ=BMXZ+100,BMXCFN(BMXCID,BMXZ,F)="" Q
	Q:'$D(BMXMFL(F,"SUBFILE"))
	Q:$D(BMXMFL(F,"MULT"))
	S BMXROOT=F
	S BMXROOTZ=BMXZ+100
	S BMXROOTC=BMXCID
	D MCNT(F)
	Q
	;
MCNT(F)	;
	N S
	;B  ;MCNT
	I '$D(BMXMFL(F,"SUBFILE")) D MCNT2 Q
	S S=0 F  S S=$O(BMXMFL(F,"SUBFILE",S)) Q:'+S  S:'$D(BMXCFN(BMXCID,BMXZ,F)) BMXZ=BMXZ+100,BMXCFN(BMXCID,BMXZ,F)="" S BMXZ=BMXZ+100,BMXCFN(BMXCID,BMXZ,S)="",BMXCFNX(S,F)="" D MCNT(S)
	Q
	;
MCNT2	;
	;B  ;Back-chain
	;TODO: RESTART HERE -- $O(BMXCFN(BMXCID,0)) NEEDS TO BE CHANGED TO SOMETHING BESIDES 0
	N BMXFTOP,BMXFBACK
	F  S BMXFTOP=$O(BMXCFN(BMXROOTC,BMXROOTZ,0)) Q:BMXFTOP=BMXROOT  S BMXFBACK=$O(BMXCFNX(BMXFTOP,0)) S BMXROOTZ=BMXROOTZ-1,BMXCFN(BMXCID,BMXROOTZ,BMXFBACK)=""
	S BMXCID=BMXCID+1,BMXROOTC=BMXCID
	;Get the root files
	I $D(BMXMFL("NOSUBFILE")) D
	. N F
	. S F=0 F  S F=$O(BMXMFL("NOSUBFILE",F)) Q:'+F  D
	. . Q:$D(BMXMFL(F,"MULT"))
	. . Q:F=BMXROOT
	. . S BMXZ=BMXZ+100
	. . S BMXCFN(BMXCID,BMXZ,F)=""
	S BMXROOTZ=BMXZ+100
	Q
	;
	;
ITER	;Iterate through result array A
	S BMXCNT=BMXFLDO ;Field count
	S F=0
	S:BMXNUM ^BMXTEMP($J,I)=IEN0_"^"
	S BMXCNTB=0
	S BMXORD=BMXNUM
	N BMXONOD
	N BMXINT
	;B  ;WRITE Before REORG
	N M,N S N=0
	D REORG
	;B  ;WRITE After REORG
	F  S N=$O(M(N)) Q:'+N  D
	. S O=0
	. F O=1:1:$L(M(N),U) S BMXFLDO(O-1,"IEN0")=$P(M(N),U,O)
	. S BMXORD=BMXNUM
	. D OA
	Q
	;
REORG	N R,IEN,J,CONT,TEST
	F R=0:1:BMXFLDO-1 S IEN(R)=0
	F J=1:1 D  Q:'CONT
	. S CONT=0
	. F R=1:1:BMXFLDO D
	. . S TEST=$O(A(+BMXFLDO(R-1),IEN(R-1)))
	. . I +TEST S IEN(R-1)=TEST,CONT=1
	. . S $P(M(J),U,R)=IEN(R-1)
	. Q
	I M(J)=M(J-1) K M(J)
	Q
	;
	;
OA	;
	I $D(A) F R=0:1:(BMXFLDO-1) S F=$P(BMXFLDO(R),U,2),BMXFN=$P(BMXFLDO(R),U),BMXINT=$P(BMXFLDO(R),U,3) D  S:(R+1)<BMXFLDO ^BMXTEMP($J,I)=^BMXTEMP($J,I)_U
	. ;S IEN0=BMXFLDO(R,"IEN0") F  S IEN0=$O(A(BMXFN,IEN0)) Q:'+IEN0  Q:$D(A(BMXFN,IEN0,F,BMXINT))
	. S IEN0=BMXFLDO(R,"IEN0")
	. Q:'+IEN0
	. S BMXORD=BMXORD+1
	. I $D(^DD(BMXFN,F,0)),$P(^DD(BMXFN,F,0),U,2) D  I 1 ;Multiple or WP
	. . ;Get the subfile number into FL1
	. . S FL1=+$P(^DD(BMXFN,F,0),U,2)
	. . S FLD1=$O(^DD(FL1,0))
	. . I $P(^DD(FL1,FLD1,0),U,2)["W" D  ;WP
	. . . S WPL=0,BMXLTMP=0
	. . . F  S WPL=$O(A(BMXFN,IEN0,F,WPL)) Q:'WPL  S I=I+1 D
	. . . . S ^BMXTEMP($J,I)=A(BMXFN,IEN0,F,WPL)_" "
	. . . . S BMXLTMP=BMXLTMP+$L(A(BMXFN,IEN0,F,WPL))+1
	. . . . Q
	. . . S:BMXLTMP>BMXLEN(BMXORD) BMXLEN(BMXORD)=BMXLTMP
	. . . Q
	. . D  ;It's a multiple.  Implement in next phase
	. . . ;S BMXMCT=BMXMCT+1
	. . . ;S BMXMCT(BMXMCT)=BMXFN_U_F
	. . . Q  ;Process A( for multiple field
	. . Q
	. E  D  ;Not a multiple
	. . S I=I+1
	. . I $G(BMXTK("DISTINCT"))="TRUE" D  Q
	. . . Q:A(BMXFN,IEN0,F,BMXINT)=""
	. . . I $D(^BMXTMPD($J,A(BMXFN,IEN0,F,BMXINT))) Q
	. . . S ^BMXTMPD($J,A(BMXFN,IEN0,F,BMXINT))=""
	. . . S ^BMXTEMP($J,I)=A(BMXFN,IEN0,F,BMXINT)
	. . . S:$L(A(BMXFN,IEN0,F,BMXINT))>BMXLEN(BMXORD) BMXLEN(BMXORD)=$L(A(BMXFN,IEN0,F,BMXINT))
	. . . Q
	. . S ^BMXTEMP($J,I)=A(BMXFN,IEN0,F,BMXINT)
	. . S:$L(A(BMXFN,IEN0,F,BMXINT))>BMXLEN(BMXORD) BMXLEN(BMXORD)=$L(A(BMXFN,IEN0,F,BMXINT))
	. Q
	;---> Set data in result global.
	I $D(^BMXTEMP($J,I)) S ^BMXTEMP($J,I)=^BMXTEMP($J,I)_$C(30)
ZZZ	Q