231 lines
8.6 KiB
Mathematica
231 lines
8.6 KiB
Mathematica
MAGJMN1 ;WIRMFO/JHC VRad Maint functions ; 29 Jul 2003 4:02 PM
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;;3.0;IMAGING;**16,9,22,18,65**;Jul 27, 2006;Build 28
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;;Per VHA Directive 2004-038, this routine should not be modified.
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;; +---------------------------------------------------------------+
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;; | Property of the US Government. |
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;; | No permission to copy or redistribute this software is given. |
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;; | Use of unreleased versions of this software requires the user |
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;; | to execute a written test agreement with the VistA Imaging |
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;; | Development Office of the Department of Veterans Affairs, |
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;; | telephone (301) 734-0100. |
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;; | |
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;; | The Food and Drug Administration classifies this software as |
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;; | a medical device. As such, it may not be changed in any way. |
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;; | Modifications to this software may result in an adulterated |
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;; | medical device under 21CFR820, the use of which is considered |
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;; | to be a violation of US Federal Statutes. |
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;; +---------------------------------------------------------------+
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;;
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Q
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;
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SVRLIST ;
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W @IOF,!!?10,"Enter/Edit VistARad Exams List Definition",!!
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N MAGIEN
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K DIC S (DIC,DLAYGO)=2006.631,DIC(0)="ALMEQ"
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D ^DIC I Y=-1 K DIC,DA,DR,DIE,DLAYGO Q
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S X=$P(@(DIC_+Y_",0)"),U,2)
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I X>9000 W !!,$C(7),"You may not edit System-Supplied files!" H 3 G SVRLIST
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S DIE=2006.631,DA=+Y,DR="[MAGJ LIST EDIT]"
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S MAGIEN=DA
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D ^DIE I '$D(DA) G SVRLIST
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D ENSRCH
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D BLDDEF(MAGIEN)
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D NOW^%DTC S $P(^MAG(2006.631,MAGIEN,0),U,5)=%
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W !!,"List Definition complete!" R X:2
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G SVRLIST
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Q
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ENSRCH ; Invoke Search for 2006.631 def'n
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N GREF,GLIN,GO,CT,DIARI,DIC,FNOD,TNOD,NCOND,NODE0
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; GREF holds indirect ref to store search logic data:
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; @GREF@(3, ff -- conditional elements (fields/logic)
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; @GREF@(4, ff -- composite elements (ANDed conditions)
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; @GREF@(5, ff -- Human-readable search text
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; GLIN holds indirect ref to retrieve search logic data from ^DIBT
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; @GLIN@("DC", ff -- conditional elements
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; @GLIN@("DL", ff -- composite elements
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; @GLIN@("O", ff -- readable text
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S GREF=$NA(^MAG(2006.631,MAGIEN,"DEF"))
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S GO=1 I $D(@GREF@(5,1)) D ; show current logic
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. W ! D DISPSRCH(GREF)
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. S X=$$YN("Do you want to delete or re-enter the search logic?","NO")
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. I X'="Y" S GO=0 Q
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. W !!?7,"Re-entering the search logic requires first deleting the current",!?7,"definition, then entering the new definition from scratch."
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. S X=$$YN("Are you sure you want to continue?","NO")
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. I X'="Y" S GO=0 Q
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I 'GO Q
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W !!?7,"Now enter search logic for this List. To do this, the program"
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W !?7,"will prompt you just as if you were going to run a Fileman Search."
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W !?7,"When prompted STORE RESULTS OF SEARCH IN TEMPLATE:, answer with 'TEMP'"
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W !?7,"If prompted ... OK TO PURGE? NO// answer 'YES'; don't bother specifying"
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W !?7,"output print fields, but just RETURN through all the prompts to"
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W !?7,"complete the process. The search definition will be saved as part"
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W !?7,"of this List definition; you will test it out by running it from "
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W !?7,"the workstation. If you need to modify the search logic, you will"
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W !?7,"have to re-enter it in its entirety."
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W !!?7,"NOTES: EXAM LOCK INDICATOR will not work for search logic;"
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W !?14,"REMOTE CACHE INDICATOR only works for Null/Not Null logic."
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S DIC=2006.634 D EN^DIS ; call Fman Search Logic routine. It will store search logic in ^DIBT
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; 2006.634 is intentional--don't change this!
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I '$G(DIARI) W !!," Search logic NOT updated" D Q
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. Q:'$D(@GREF@(5,1)) ; if no logic had existed, quit
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. S X=$$YN("Do you want to DELETE the search logic?","NO")
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. I X="Y" K @GREF@(3) K ^(4),^(5) W " -- Deleted!"
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K @GREF@(3) K ^(4),^(5)
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S GLIN=$NA(^DIBT(DIARI)) ; Copy logic to 2006.631 DEF nodes
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S FNOD="DC",TNOD=3,CT=0 ; "DC" data--straight copy
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S T=0 F S T=$O(@GLIN@(FNOD,T)) Q:T="" S X=^(T),CT=CT+1,@GREF@(TNOD,T)=X
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S @GREF@(TNOD,0)=CT
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S FNOD="DL",TNOD=4,CT=0 ; "DL" data--copy depends on storage scheme in DIBT:
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;Zero node null -- straight copy
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; Else 1) either only one condition is defined;
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; or, 2) the zero-node condition is ANDed with all defined conditions
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; Case 2: Var A -- Pre-pend zero node, then dup zero node
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; Var B -- Pre-pend zero node
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S NCOND=+$G(@GLIN@(FNOD))
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I $G(@GLIN@(FNOD,0))]"" S NODE0=^(0) D
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. S T=0 F S T=$O(@GLIN@(FNOD,T)) Q:T="" S X=^(T) I X]"" S CT=CT+1,@GREF@(TNOD,CT)=NODE0_X
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. I CT'=NCOND S CT=CT+1,@GREF@(TNOD,CT)=NODE0_$S(CT=1:"",1:"^")
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E D
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. S T=0 F S T=$O(@GLIN@(FNOD,T)) Q:T="" S X=^(T) I X]"" S CT=CT+1,@GREF@(TNOD,CT)=X
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S @GREF@(TNOD,0)=CT
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; readable text--straight copy
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S TNOD=5,T=0 F S T=$O(@GLIN@("O",T)) Q:T="" S @GREF@(TNOD,T)=^(T,0)
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Q
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;
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BLDDEF(LSTID) ; build DEF nodes for Column/Sort defs
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N QX,SS,STR,LSTHDR,T,T0,T8,T6,HASCASE,XT,HASDATE
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S SS=0,HASCASE=0,HASDATE=0
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; columns/hdrs: Order in T array by the Relative Column Order
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F S SS=$O(^MAG(2006.631,LSTID,1,SS)) D Q:'SS
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. I 'SS D Q
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. . I 'HASCASE S X=1 D BLDDEF2(X) ; FORCE CASE#
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. . I 'HASDATE S X=7 D BLDDEF2(X) ; DATE/TIME
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. E S X=^MAG(2006.631,LSTID,1,SS,0)
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. D BLDDEF2(X)
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; go thru T to build ordered field sequence for output columns
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S QX="T",STR="",LSTHDR=""
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F S QX=$Q(@QX) Q:QX="" S X=@QX D
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. S STR=STR_$S(STR="":"",1:U)_$P(X,U)
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. S LSTHDR=LSTHDR_$S(LSTHDR="":"",1:U)_$P(X,U,2)
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S ^MAG(2006.631,LSTID,"DEF",.5)=LSTHDR,^(1)=STR
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; Sort values:
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S SS=0,STR=""
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F S SS=$O(^MAG(2006.631,LSTID,2,SS)) Q:'SS S X=^(SS,0) D
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. S X=+X_$S($P(X,U,2):"-",1:"")
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. S STR=STR_$S(STR="":"",1:U)_X
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S ^MAG(2006.631,LSTID,"DEF",2)=STR
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D NOW^%DTC S $P(^MAG(2006.631,LSTID,"DEF",0),U)=%
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Q
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;
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BLDDEF2(X) ;
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S X=+X_$S($P(X,U,2):";"_+$P(X,U,2),1:"")
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I 'HASCASE S HASCASE=(+X=1)
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I 'HASDATE S HASDATE=(+X=7)
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S T0=^MAG(2006.63,+X,0),T6=+$P(T0,U,6) S:'T6 T6=99
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S T8=$P(T0,U,8) I T8]"" S T8="~"_T8
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S XT=$S($P(T0,U,3)]"":$P(T0,U,3),1:$P(T0,U,2))_T8
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S $P(XT,"~",3)=+X
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S T(T6,+X)=X_U_XT
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Q
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;
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PRE ; init 2006.63 prior to KIDS install
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N DIK,DA S DIK="^MAG(2006.63,",DA=0 F S DA=$O(@(DIK_DA_")")) Q:'DA D ^DIK
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Q
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;
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P18 ; Patch 18 inits
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D BLDALL
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D POST
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Q
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;
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BLDALL ; Create "DEF" nodes, Button labels List Def'ns
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; Updates all lists after s/w update list defs are installed
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N SS,LSTDAT,LSTNUM,BUTTON,LSTTYP
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S SS=0
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F S SS=$O(^MAG(2006.631,SS)) Q:'SS S LSTDAT=$G(^(SS,0)) I LSTDAT]"" D
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. S LSTNUM=$P(LSTDAT,U,2),BUTTON=$P(LSTDAT,U,7),LSTTYP=$P(LSTDAT,U,3)
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. I LSTNUM>9900!$P(LSTDAT,U,6) D BLDDEF(SS) ; build DEF nodes for System Lists & any Enabled lists
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. I BUTTON="",(LSTTYP]"") D ; Create Button Labels if needed
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. . S BUTTON=$S(LSTTYP="U":"Unread #",LSTTYP="R":"Recent #",LSTTYP="A":"All Active #",LSTTYP="P":"Pending #",1:"List #")_LSTNUM
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. . S $P(^MAG(2006.631,SS,0),U,7)=BUTTON
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Q
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;
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POST ; Install msg
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D INS^MAGQBUT4(XPDNM,DUZ,$$NOW^XLFDT,XPDA)
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Q
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;
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YN(MSG,DFLT) ; get Yes/No reply
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N X I $G(DFLT)="" S DFLT="N"
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W !
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S DFLT=$E(DFLT),DFLT=$S(DFLT="N":"NO",1:"YES")
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YN1 W !,MSG_" "_DFLT_"// "
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R X:DTIME S:X="" X=DFLT S X=$E(X),X=$TR(X,"ynYN","YNYN")
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I "YN"'[X W " ??? Enter YES or NO",! G YN1
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Q X
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;
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LSTINQ ; Inq/Disp list def'n
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N GREF,MAGIEN
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W !!?15,"Display VistARad Exams List Definition",!!
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N MAGIEN
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S DIC=2006.631,DIC(0)="AMEQ"
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D ^DIC I Y=-1 K DIC,DA,DR Q
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K DR S DA=+Y,MAGIEN=DA
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S GREF=$NA(^MAG(2006.631,MAGIEN,"DEF"))
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W ! D EN^DIQ
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R !,"Enter RETURN to display the Search Logic: ",X:DTIME W !
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D DISPSRCH(GREF)
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G LSTINQ
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Q
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;
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DISPSRCH(GREF) ; GREF holds indirect ref for global holding search logic data
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I $D(@GREF@(5,1)) W !,"List Exams where:",! D
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. F I=1:1 Q:'$D(@GREF@(5,I)) W !?3,^(I)
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E W !?3,"NO Search Logic defined!"
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Q
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;
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VRSIT ;
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W @IOF,!!?10,"Enter/Edit VistARad Site Parameters",!!
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S DIC=2006.69,DIC(0)="ALMEQ"
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I '$D(^MAG(DIC,1)) S DLAYGO=DIC
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D ^DIC I Y=-1 K DIC,DA,DR,DIE,DLAYGO Q
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S DIE=2006.69,DA=+Y,DR=".01:3.99;4.1:20"
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D ^DIE
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K DIC,DA,DR,DIE,DLAYGO
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N PLACE S DA=""
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S PLACE=$$PLACE^MAGBAPI(+$G(DUZ(2)))
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S:PLACE DA=PLACE
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I DA D
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. W !!,"Editing VistARad Timeout for division #",DUZ(2),!
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. S DIE=2006.1,DR="123" D ^DIE
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K DA,DR,DIE
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Q
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;
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EEPREF ;
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W @IOF,!!?10,"Enter/Edit VistARad Prefetch Logic",!!
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N MAGIEN
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K DIC S (DIC,DLAYGO)=2006.65,DIC(0)="ALMEQ"
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D ^DIC I Y=-1 K DIC,DIE,DR,DLAYGO Q
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S DIE=2006.65,DA=+Y,DR="[MAGJ PRIOR EDIT]"
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S MAGIEN=DA
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D ^DIE I '$D(DA) G EEPREF
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G EEPREF
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Q
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INPREF ; Inquire VRad PreFetch
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W @IOF,!!?10,"Inquire VistARad Prefetch Logic",!!
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N MAGIEN,BY,FR,TO
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S DIC=2006.65,DIC(0)="AMEQ"
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D ^DIC I Y=-1 K DIC Q
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S DA=+Y,(FR,TO)=$P(Y,U,2),MAGIEN=DA,L=0
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S BY="[MAGJ PRIOR SORT]",DIS(0)="I D0=MAGIEN"
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D EN^DIP
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R !,"Enter RETURN to continue: ",X:DTIME W !
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G INPREF
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Q
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PRPREF ;Print VRad Prefetch
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N BY
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W !! S DIC=2006.65,L=0,BY="[MAGJ PRIOR SORT]"
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D EN1^DIP
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R !,"Enter RETURN to continue: ",X:DTIME W !
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Q
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;
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END ;
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