source: FOIAVistA/trunk/r/IMAGING-MAG-ZMAG/MAGXCVI.m@ 1757

Last change on this file since 1757 was 628, checked in by George Lilly, 15 years ago

initial load of FOIAVistA 6/30/08 version

File size: 7.1 KB
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1MAGXCVI ;WOIFO/SEB,MLH - Image Index Conversion Generate ; 24 Mar 2005 10:52 AM
2 ;;3.0;IMAGING;**17,25,31**;Mar 31, 2005
3 ;; +---------------------------------------------------------------+
4 ;; | Property of the US Government. |
5 ;; | No permission to copy or redistribute this software is given. |
6 ;; | Use of unreleased versions of this software requires the user |
7 ;; | to execute a written test agreement with the VistA Imaging |
8 ;; | Development Office of the Department of Veterans Affairs, |
9 ;; | telephone (301) 734-0100. |
10 ;; | |
11 ;; | The Food and Drug Administration classifies this software as |
12 ;; | a medical device. As such, it may not be changed in any way. |
13 ;; | Modifications to this software may result in an adulterated |
14 ;; | medical device under 21CFR820, the use of which is considered |
15 ;; | to be a violation of US Federal Statutes. |
16 ;; +---------------------------------------------------------------+
17 ;;
18 Q
19 ; Extract fields from an image record and look them up in the
20 ; conversion global ^XTMP("MAG30P25","MAPPING") for possible values for
21 ; Package, Class, Type, Procedure/Event and Specialty.
22 ; Currently uses the following fields:
23 ; #3 - Object Type (0;6)
24 ; #6 - Procedure (0;8)
25 ; #8 - Image Save By (2;2)
26 ; #10 - Short Desc (2;4)
27 ; #14 - Group Parent (0;10)
28 ; #16 - Parent Data File (2;6)
29 ; #100 - Document Category (100;1)
30 ;
31 ; Entry point for the generate image indices option (MAG IMAGE INDEX GEN indices)
32GEN N START,END,RUN,TMF
33 N ZTRTN,ZTDESC,ZTSAVE,ZTSK,ZTDTH,ZTIO ; -- TaskMan control variables
34 N RECFLAG ; ------------------------------ true (1) if all image index entries should be recreated
35 ;
36 I '$D(^XTMP("MAG30P25","MAPPING")) D Q
37 . W !,"You must load the mapping file before running this option."
38 . Q
39 L +MAGTMP("IMAGE INDEX GENERATION"):0 E D Q
40 . W !,"Image index generation still in progress. Please try again later."
41 . Q
42 L +MAGTMP("IMAGE INDEX COMMIT"):0 E D Q
43 . W !,"Image index commit still in progress. Please try again later."
44 . Q
45 S (START,END)=0,RECFLAG=""
46 D BOUNDS^MAGXCVP(.START,.END) I START="^" Q
47 D RECREATE^MAGXCVP(.RECFLAG) I RECFLAG="^" Q
48 D TASKMAN^MAGXCVP(.TMF) I TMF="^" G DONE
49 S ZTSK=0 I TMF="" D GEN1(START,END,RECFLAG,0) G DONE
50 S ZTRTN="GENTM^MAGXCVI",ZTDESC="GENERATE IMAGE INDEX VALUES",ZTDTH=TMF
51 S ZTSAVE("START")=START,ZTSAVE("END")=END,ZTSAVE("RECFLAG")=RECFLAG,ZTIO=""
52 D ^%ZTLOAD
53 W !!,"Image index generation has been queued as task #"_ZTSK_"."
54 L -MAGTMP("IMAGE INDEX COMMIT")
55 L -MAGTMP("IMAGE INDEX GENERATION")
56 Q
57 ;
58 ; TaskMan entry point for generating image indices
59GENTM D GEN1(START,END,RECFLAG,1)
60 Q
61 ;
62GEN1(START,END,RECFLAG,QUEUED) ; Main entry point.
63 ;
64 N MAGIEN,CT,RESULT,STARTDT,ENDDT,SUMMARY,STOP
65 N CURDAT ; -- current FileMan date
66 N EXPDAT ; -- expiration date for ^XTMP
67 ;
68 ; Don't let others run while we're running, but give adequate quit time
69 ; to the foreground process that generated us.
70 L +MAGTMP("IMAGE INDEX GENERATION"):1800 E Q
71 ; 10-day retention for the ^XTMP output node
72 S CURDAT=$$DT^XLFDT
73 S EXPDAT=$$FMADD^XLFDT(CURDAT,10)
74 K ^XTMP("MAGCVIXGEN")
75 S ^XTMP("MAGCVIXGEN",0)=EXPDAT_U_CURDAT_U_"IMAGE INDEX CONVERSION"
76 K ^XTMP("MAG30P25","SUMMARY"),^TMP($J)
77 S $P(^XTMP("MAG30P25","STATUS"),U,13,14)=1_U_ZTSK
78 D NOW^%DTC S Y=% D DD^%DT S STARTDT=Y
79 S START=+$G(START),END=+$G(END),STOP=0
80 I END=0 S END=+$P($G(^MAG(2005,0)),U,3)
81 S $P(^XTMP("MAG30P25","STATUS"),U,1,5)=DUZ_U_START_U_STARTDT_U_U
82 S MAGIEN=START-1 I MAGIEN=-1 S MAGIEN=0
83 I 'QUEUED W !!
84 F CT=0:1 S MAGIEN=$O(^MAG(2005,MAGIEN)) Q:MAGIEN>END!(+MAGIEN'=MAGIEN) D I STOP Q
85 . D GEN2(MAGIEN,CT,RECFLAG,QUEUED) S $P(^XTMP("MAG30P25","STATUS"),U,6)=MAGIEN
86 . I QUEUED,$$S^%ZTLOAD S STOP=1,$P(^XTMP("MAG30P25","STATUS"),U,13)=2
87 . Q
88 D NOW^%DTC S Y=% D DD^%DT S ENDDT=Y
89 S $P(^XTMP("MAG30P25","STATUS"),U,4,5)=$S(STOP:MAGIEN,1:END)_U_ENDDT
90 S ^XTMP("MAG30P25","SUMMARY")=$P(^XTMP("MAG30P25","STATUS"),U,2,5)
91 I 'STOP S $P(^XTMP("MAG30P25","STATUS"),U,13)=3
92 D NOTIFY^MAGXCVP(.RESULT,1,STARTDT,ENDDT,START,END,RECFLAG)
93 L -MAGTMP("IMAGE INDEX GENERATION") ; now others can get in
94 Q
95 ;
96GEN2(MAGIEN,CT,XFREC,QUEUED) N INDXDATA
97 N SUMMARY ; ---- summary node for this set of index field values
98 N FQUIT ; -- flag to bypass records w/existing values not to be regen'd
99 ;
100 ;Patch 8 has been installed
101 ;or "recreate previously calculated indices" question answered no.
102 I $TR($G(^MAG(2005,MAGIEN,40)),"^")'="" D Q:$G(FQUIT)
103 . S FQUIT=1 ; Assume they may not recreate.
104 . ; "Recreate previously calculated indices" question answered no?
105 . I $E($G(XFREC))="N" K ^XTMP("MAGIXCVGEN",MAGIEN) Q ; yes
106 . ; Don't allow generation unless the previous calculation was done by us.
107 . I $D(^MAGIXCVT(2006.96,MAGIEN)) K FQUIT ; ok
108 . Q
109 I 'QUEUED,CT#100=0 W MAGIEN
110 I 'QUEUED,CT#10=0 W "."
111 I XFREC="N",$D(^XTMP("MAGIXCVGEN",MAGIEN)) Q
112 K ^XTMP("MAGIXCVGEN",MAGIEN)
113 D GENIEN(MAGIEN,.INDXDATA)
114 D NOW^%DTC S ^XTMP("MAGIXCVGEN",MAGIEN)=%_U_INDXDATA
115 I INDXDATA="" S INDXDATA="(none)"
116 S SUMMARY=$G(^XTMP("MAG30P25","SUMMARY",INDXDATA))
117 I $P(SUMMARY,U,2)="" S $P(SUMMARY,U,2)=MAGIEN
118 S $P(SUMMARY,U,3)=MAGIEN
119 S $P(SUMMARY,U)=$P(SUMMARY,U)+1
120 S ^XTMP("MAG30P25","SUMMARY",INDXDATA)=SUMMARY,^(INDXDATA,MAGIEN)=""
121 Q
122 ;
123 ; Generate indices for one image (IEN=MAGIEN), return indices in INDXDATA
124GENIEN(MAGIEN,INDXDATA) N GRPIEN,MAGTMP,MAGVALS,FLDDATA,MAPDATA,FLDNUM,UTYPE
125 N D0,D1,INDXVAL,UNIQUE,FIRSTVAL,DESC,CHILD1
126 N I ; --------- loop index
127 N MAGNOD ; ---- nodes of the current record, for fast lookup
128 N HITDESC ; --- flag set to TRUE if we get a hit on SHORT DESCRIPTION
129 N SHDSCTXT ; -- short description text
130 N CMPIDX ; ---- index array for comparison (to see if we already mapped)
131 ;
132 S GRPIEN=$P($G(^MAG(2005,MAGIEN,0)),U,10)
133 I GRPIEN="" S GRPIEN=MAGIEN ; this image is not in a group
134 I '$D(^MAG(2005,GRPIEN)) S GRPIEN=MAGIEN
135 F I=0,2,100 S MAGNOD(I)=$G(^MAG(2005,GRPIEN,I))
136 K MAGVALS
137 S MAGVALS(3,"I")=$P(MAGNOD(0),U,6) ; object type
138 S MAGVALS(6,"I")=$P(MAGNOD(0),U,8) ; procedure
139 S MAGVALS(8,"I")=$P(MAGNOD(2),U,2) ; image save by
140 S MAGVALS(10,"I")=$P(MAGNOD(2),U,4) ; short description
141 S MAGVALS(16,"I")=$P(MAGNOD(2),U,6) ; parent data file
142 S MAGVALS(100,"I")=$P(MAGNOD(100),U) ; descriptive category
143 S CHILD1=$P($G(^MAG(2005,GRPIEN,1,1,0)),U)
144 I CHILD1="" S CHILD1=MAGIEN ; this image is not in a group
145 I CHILD1'="" S MAGVALS(3,"I")=$P($G(^MAG(2005,CHILD1,0)),U,6)
146 S INDXDATA=""
147 ; If these field values have already been indexed, reuse the previously
148 ; mapped-to values.
149 F FLDNUM=3,6,8,10,16,100 D
150 . S X=$G(MAGVALS(FLDNUM,"I")),CMPIDX(FLDNUM)=$S(X]"":X,1:"@")
151 . Q
152 S INDXDATA=$G(^TMP($J,"CMPIDX",CMPIDX(3),CMPIDX(6),CMPIDX(8),CMPIDX(10),CMPIDX(16),CMPIDX(100)))
153 I INDXDATA="" D GENINEW^MAGXCVI1 ; no previous indexing on these values
154 ; save indices for possible later re-use
155 S ^TMP($J,"CMPIDX",CMPIDX(3),CMPIDX(6),CMPIDX(8),CMPIDX(10),CMPIDX(16),CMPIDX(100))=INDXDATA
156 Q
157 ;
158DONE W !!,"Done!"
159 Q
160 ;
161 ; Silent call to generate and commit image indices for one image (IEN=MAGIEN)
162ONE(MAGIEN) N INDXDATA
163 D GENIEN(MAGIEN,.INDXDATA),COMIEN^MAGXCVC(MAGIEN,.INDXDATA)
164 Q
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