257 lines
6.0 KiB
Mathematica
257 lines
6.0 KiB
Mathematica
HLDIE772 ;CIOFO-O/LJA - Direct 772 & 773 Sets ; 11/18/2003 11:17
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;;1.6;HEALTH LEVEL SEVEN;**109**;Oct 13,1995
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;
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;
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; =================================================================
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;
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; The fields beginning with F2 have a common format...
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; [F]=Field, [2]=772, [01]=field#.01 & [2]=field#2
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;
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F201 ; 772 - .01 - 0;1 [B] - DATE/TIME ENTERED
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D UPD(0,1,VALUE) ; Sets the NODE(node,1) node...
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S XRF("B")="" ; Sets the XRF(xrf) node...
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Q
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;
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F22 ; 772 - 2 - 0;2 - SERVER APPLICATION
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D UPD(0,2,VALUE)
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Q
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;
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F2202 ; 772 - 2.02 - 2;2 - FAST PURGE DT/TM
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; Only fire the ^HLMA(A)I xref when STATUS in 773 is changed...
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D UPD(2,2,VALUE)
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Q
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;
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F23 ; 772 - 3 - 0;3 [ae->AC,AH] - CLIENT APPLICATION
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;
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; ae->AC is in xref logic, but shouldn't be there! So, not set.
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; AH xref logic is not in DD, but should be!
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;
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D UPD(0,3,VALUE)
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S XRF("AH")="",XRF("AC")=""
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Q
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;
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F24 ; 772 - 4 - 0;4 [AC] - TRANSMISSION TYPE
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; AC is in xref logic, but shouldn't be there! So, not set.
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D UPD(0,4,VALUE)
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S XRF("AC")=""
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Q
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;
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F25 ; 772 - 5 - 0;5 - RELATED MAILMAN MESSAGE
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D UPD(0,5,VALUE)
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Q
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;
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F26 ; 772 - 6 - 0;6 [C,AH] - MESSAGE ID
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D UPD(0,6,VALUE)
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S XRF("AH")="",XRF("C")=""
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Q
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;
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F27 ; 772 - 7 - 0;7 - ACKNOWLEDGMENT TO
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D UPD(0,7,VALUE)
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Q
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;
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F28 ; 772 - 8 - 0;8 [AI] - PARENT MESSAGE
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D UPD(0,8,VALUE)
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S XRF("AI")=""
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Q
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;
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F29 ; 772 - 9 - 0;9 - PRIORITY
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D UPD(0,9,VALUE)
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Q
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;
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F210 ; 772 - 10 - 0;10 - RELATED EVENT PROTOCOL
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D UPD(0,10,VALUE)
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Q
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;
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F211 ; 772 - 11 - 0;11 [AXMITOUT1] - LOGICAL LINK
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D UPD(0,11,VALUE)
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S XRF("AXMIT")=""
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Q
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;
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F212 ; 772 - 12 - 0;12 - SECURITY
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D UPD(0,12,VALUE)
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Q
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;
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F213 ; 772 - 13 - 1;1 - CONTINUATION POINTER
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D UPD(1,1,VALUE)
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Q
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;
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F214 ; 772 - 14 - 0;14 - MESSAGE TYPE
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D UPD(0,14,VALUE)
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Q
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;
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F215 ; 772 - 15 - 2;1 - DON'T PURGE
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D UPD(2,1,VALUE)
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Q
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;
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F216 ; 772 - 16 - 0;13 - NAMESPACE
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D UPD(0,13,VALUE)
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Q
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;
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F220 ; 772 - 20 - P;1 [AF,AXMITOUT2] - STATUS
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D UPD("P",1,VALUE)
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S XRF("AF")="",XRF("AXMIT")=""
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Q
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;
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F221 ; 772 - 21 - P;2 [ad->AC] - DATE/TIME PROCESSED
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; ad->AC is in xref logic, but shouldn't be there! So, not set.
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D UPD("P",2,VALUE)
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S XRF("AC")=""
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Q
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;
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F222 ; 772 - 22 - P;3 - ERROR MESSAGE
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D UPD("P",3,VALUE)
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Q
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;
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F223 ; 772 - 23 - P;4 - ERROR TYPE
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D UPD("P",4,VALUE)
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Q
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;
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F226 ; 772 - 26 - P;7 - ACK TIMEOUT
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D UPD("P",7,VALUE)
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Q
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;
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F2100 ; 772 - 100 - S;1 - NO. OF CHARACTERS IN MESSAGE
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D UPD("S",1,VALUE)
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Q
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;
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F2101 ; 772 - 101 - S;2 - NO. OF EVENTS IN MESSAGE
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D UPD("S",2,VALUE)
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Q
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;
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F2102 ; 772 - 102 - S;3 - TRANSMISSION TIME
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D UPD("S",3,VALUE)
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Q
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;
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; =================================================================
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;
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; The XRF fields all have a common format XRF_xrf
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;
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XRFAC ; AC XREF kills/sets...
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N APP2,APP3,DTPROC,SET,TTYPE
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;
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; The xref should be created ONLY if D/T PROCESSED is not present
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; in the new data. The KILL logic based on the pre-change data
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; is always executed...
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;
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; D/T PROC'D check of new data to determine whether SET should occur...
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S X=NODE(0,1),APP2=$P(X,U,2),APP3=$P(X,U,3),TTYPE=$P(X,U,4)
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S DTPROC=$P(NODE("P",1),U,2)
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S SET=0 ; Default
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I APP3,TTYPE="O",'DTPROC S SET=1
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;
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; Do appropriate SETs and KILLs...
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D XRFSETC(FILE,+IEN,"AC",0,4,0,3,SET)
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; SET controls whether new xref SET. KILLs always occur...
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;
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Q
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;
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XRFAF ; AF XREF kills/sets...
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D XRFSET(FILE,+IEN,"AF","P",1)
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Q
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;
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XRFAH ; AH XREF kills/sets...
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D XRFSETC(FILE,+IEN,"AH",0,3,0,6)
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Q
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;
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XRFAI ; AI XREF kills/sets...
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D XRFSET(FILE,+IEN,"AI",0,8)
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Q
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;
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XRFAXMIT ; A-XMIT-OUT XREF kills/sets...
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N IEN870,SET,STAT,STATCODE
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;
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;
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; Get status IEN and CODE...
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S STAT=+NODE("P",1),STATCODE=$P($G(^HL(771.6,+STAT,0)),U,2)
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;
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; Get logical link IEN...
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S IEN870=$P(NODE(0,1),U,11)
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;
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; Now, determine whether SETs should occur...
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S SET=$S(STAT>0&(IEN870>0)&(STATCODE="PT"):1,1:0)
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;
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D XRFSET(FILE,+IEN,"A-XMIT-OUT",0,11,SET)
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;
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Q
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;
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XRFB ; B XREF kills/sets...
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D XRFSET(FILE,+IEN,"B",0,1)
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Q
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;
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XRFC ; C XREF kills/sets...
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D XRFSET(FILE,+IEN,"C",0,6)
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Q
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;
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;
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XRFSET(FILE,IEN,XRF,ND,PCE,SET) ; Perform sets and (2 subscript xrf) kills...
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;
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; Note: change stored for evaluation into NODE("XRF")...
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;
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N RUN,VAL
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;
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; Should XREF be created based on new data?
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; If SET not defined, it should be SET=1 (to set)...
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S SET=$S('$D(SET):1,1:+$G(SET))
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;
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; Set KILL values based on original data before XRF set...
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S RUN=0 ; Pre-value...
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S VAL=$P(NODE(ND,RUN),U,+PCE) I VAL]"" D
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. S NODE("XRF","KILL",XRF,VAL,+IEN)=""
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. I FILE=772 KILL ^HL(772,XRF,VAL,+IEN)
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. I FILE=773 KILL ^HLMA(XRF,VAL,+IEN)
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;
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; Set SET values based on post-change data...
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S RUN=1 ; Post-value...
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I SET D ; Should SETs be executed? (This is the CONDITIONAL)
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. S VAL=$P(NODE(ND,RUN),U,+PCE) I VAL]"" D
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. . S NODE("XRF","SET",XRF,VAL,+IEN)=""
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. . I FILE=772 S ^HL(772,XRF,VAL,+IEN)=""
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. . I FILE=773 S ^HLMA(XRF,VAL,+IEN)=""
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;
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Q
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;
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XRFSETC(FILE,IEN,XRF,ND1,PC1,ND2,PC2,SET) ; [C]omplex (3 subscript) XREF set/kill...
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N RUN,VAL1,VAL2
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;
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; Note: change stored for evaluation into NODE("XRF")...
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;
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; Define SET for later...
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S SET=$S('$D(SET):1,1:+$G(SET))
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;
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; Set KILL values based on original data before XRF set...
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S RUN=0 ; Pre-value...
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S VAL1=$P(NODE(ND1,RUN),U,+PC1) I VAL1]"" D
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. S VAL2=$P(NODE(ND2,RUN),U,+PC2) I VAL2]"" D
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. . S NODE("XRF","KILL",XRF,VAL1,VAL2,+IEN)=""
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. . I FILE=772 KILL ^HL(772,XRF,VAL1,VAL2,+IEN)
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. . I FILE=773 KILL ^HLMA(XRF,VAL1,VAL2,+IEN)
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;
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; Set SET values based on post-change data...
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S RUN=1 ; Pre-value...
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I SET D
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. S VAL1=$P(NODE(ND1,RUN),U,+PC1) I VAL1]"" D
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. . S VAL2=$P(NODE(ND2,RUN),U,+PC2) I VAL2]"" D
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. . . S NODE("XRF","SET",XRF,VAL1,VAL2,+IEN)=""
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. . . I FILE=772 S ^HL(772,XRF,VAL1,VAL2,+IEN)=""
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. . . I FILE=773 S ^HLMA(XRF,VAL1,VAL2,+IEN)=""
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;
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Q
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;
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; =================================================================
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;
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UPD(ND,PCE,VAL) ; Update NODE(1) piece of data...
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;
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; Is the field being changed? If not, quit...
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QUIT:$P(NODE(ND,0),U,PCE)=VAL ;->
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;
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; Update node...
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S $P(NODE(ND,1),U,PCE)=VAL
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;
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; Count number pieces changed on each node...
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S NODE("CHG",ND)=$G(NODE("CHG",ND))+1
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S NODE("CHG",ND,PCE)=""
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;
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Q
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;
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EOR ;HLDIE772 - Direct 772 & 773 Sets ; 11/18/2003 11:17
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