| [628] | 1 | MAGGTII ;WOIFO/GEK - RETURN IMAGE INFO ; [ 11/08/2001 17:18 ]
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| [636] | 2 | ;;3.0;IMAGING;**8,48,63**;Apr 11, 2005
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| [628] | 3 | ;; +---------------------------------------------------------------+
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| 4 | ;; | Property of the US Government. |
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| 5 | ;; | No permission to copy or redistribute this software is given. |
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| 6 | ;; | Use of unreleased versions of this software requires the user |
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| 7 | ;; | to execute a written test agreement with the VistA Imaging |
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| 8 | ;; | Development Office of the Department of Veterans Affairs, |
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| 9 | ;; | telephone (301) 734-0100. |
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| [636] | 10 | ;; | |
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| [628] | 11 | ;; | The Food and Drug Administration classifies this software as |
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| 12 | ;; | a medical device. As such, it may not be changed in any way. |
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| 13 | ;; | Modifications to this software may result in an adulterated |
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| 14 | ;; | medical device under 21CFR820, the use of which is considered |
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| 15 | ;; | to be a violation of US Federal Statutes. |
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| 16 | ;; +---------------------------------------------------------------+
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| 17 | ;;
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| 18 | ; CALL WITH MAGXX=IEN of IMAGE FILE (2005)
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| 19 | ; RETURNS MAGFILE='^' delimited string of Image information.
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| 20 | ;
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| 21 | ;
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| 22 | INFO ;Get info for an Image File entry
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| 23 | ; We assume that MAGXX exists and is the Image File entry
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| 24 | ; We return a '^' delimited string for the Image entry.
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| 25 | ; $P(1^2^3) IEN^Image FullPath and name^Abstract FullPath and Name
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| 26 | ; $P(4) SHORT DESCRIPTION field and desc of offline JukeBox
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| 27 | ; $P(5) PROCEDURE/ EXAM DATE/TIME field
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| 28 | ; $P(6) OBJECT TYPE
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| 29 | ; $P(7) PROCEDURE field
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| 30 | ; $P(8) display date
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| 31 | ; $P(9) to return the PARENT DATA FILE image pointer
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| 32 | ; $p(10) return the ABSTYPE 'M' magnetic 'W' worm 'O' offline
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| 33 | ; $p(11) is 'A' accessible 'O' offline
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| 34 | ; $p(12^13) Dicom Series Number $p(12) and Image Number $p(13)
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| 35 | ; $p(14) is count of images in group, 1 if single image.
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| 36 | ; VISN15
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| 37 | ; $p(15^16) SiteParameter IEN ^ SiteParameter CODE
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| 38 | ; $P(17) is err description of Integrity Check
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| 39 | ; $P(18) Image BIGPath and name //Patch 5
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| 40 | ; $P(19^20) Patient DFN ^ Patient Name; // Patch 3.8
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| 41 | ; $P(21) Image Class: Clin,Admin,Clin/Admin,Admin/Clin
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| 42 | ;
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| 43 | N FILETYPE,MAGPREF,MAGJBCP,GRPTYPE,GRPIEN,ABSTYPE,MAGTYPE,MAGJBOL
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| 44 | N MAGOFFLN,FULLTYPE,MAGOBJT,MAGQI,X
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| 45 | N ABSFILE,FULLFILE,BIGFILE,PATCH,MDFN,FNL,PLC,PLCODE
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| [636] | 46 | N MAGN0,MAGN2,MAGN40
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| [628] | 47 | ; set the Variables for the Global Nodes of the Image Entry
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| [636] | 48 | S MAGN0=$G(^MAG(2005,MAGXX,0)),MDFN=$P(MAGN0,"^",7) ; P48T1 MDFN
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| [628] | 49 | S MAGN2=$G(^MAG(2005,MAGXX,2))
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| 50 | S MAGN40=$G(^MAG(2005,MAGXX,40))
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| [636] | 51 | ; P48T1 Set Name in Variable, Call $$GET 1 time not 2000
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| 52 | I '$D(MAGJOB("PTNM",MDFN)) S MAGJOB("PTNM",MDFN)=$$GET1^DIQ(2,MDFN_",",.01)
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| [628] | 53 | I '$D(MAGJOB("NETPLC")) D NETPLCS^MAGGTU6
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| 54 | ; Object Type
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| 55 | S MAGOBJT=$P(MAGN0,"^",6)
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| 56 | ; if this is a group, change MAGXX to first image in group to get
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| 57 | ; that abstract to use for the group abstract
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| 58 | I MAGOBJT=11!(MAGOBJT=16) S GRPTYPE=MAGOBJT D
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| 59 | . S X=$O(^MAG(2005,MAGXX,1,0))
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| 60 | . ; next line to account for group of NO images for whatever reason.
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| 61 | . ; we change Object Type to XRAY (3) or STILL IMAGE (1)
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| 62 | . I 'X S MAGOBJT=$S(MAGOBJT=11:3,MAGOBJT=16:1,1:1) K GRPTYPE Q
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| 63 | . S X=^MAG(2005,MAGXX,1,X,0)
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| 64 | . ; keep the Real IEN, so we can change back later
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| 65 | . S GRPIEN=MAGXX,MAGXX=+X
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| 66 | . Q
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| 67 | S MAGJBCP=0 ; Don't Queue a copy from JukeBox.
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| 68 | ; The call to FINDFILE returns:
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| 69 | ; MAGFILE1=LA100066.ABS filename
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| 70 | ; if no Network Location pointer or INVALID Pointer
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| 71 | ; then MAGFILE1=-1~NO NETWORK LOCATION POINTER
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| 72 | ; or -1~INVALID NETWORK LOCATION POINTER
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| 73 | ; MAGFILE1(.01)=ONE,PATIENT 111223333 image desc
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| 74 | ; MAGJBOL= desc of Offline server
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| 75 | ; MAGOFFLN= if JB is offline
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| 76 | ; MAGPREF=C:\TEMP\LA\10\00\ path
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| 77 | ; MAGTYPE=MAG MAG or WORM
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| 78 | ;
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| 79 | ; first get Full Path and File Name of the Abstract
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| 80 | S FILETYPE="ABSTRACT" K MAGFILE1("ERROR")
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| 81 | S MAGPREF="" D FINDFILE^MAGFILEB
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| 82 | S MAGFILE1=$TR(MAGFILE1,"^","~") ; MAGFILE1 has '^' in it if errors
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| 83 | I $D(MAGFILE1("ERROR")) S MAGFILE1=MAGFILE1("ERROR")
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| 84 | S ABSTYPE=$E(MAGTYPE,1) I MAGOFFLN S ABSTYPE="O"
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| 85 | ; Here we must test for +MAGFILE1 = -1 which means we don't have
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| 86 | ; any entry in the Image File for the Abstract Network Location
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| 87 | ; pointer.
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| 88 | S MAGPREF=$G(MAGPREF)
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| 89 | S ABSFILE=MAGPREF_MAGFILE1
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| 90 | ;
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| 91 | ; now lets get the Full Path and file name FULL RES image.
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| 92 | S FULLTYPE="A" ; Accessible
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| 93 | S FILETYPE="FULL" K MAGFILE1("ERROR")
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| 94 | S MAGPREF="" D FINDFILE^MAGFILEB
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| 95 | S MAGFILE1=$TR(MAGFILE1,"^","~") ; MAGFILE1 has '^' in it if errors
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| 96 | I $D(MAGFILE1("ERROR")) S MAGFILE1=MAGFILE1("ERROR")
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| 97 | I MAGOFFLN S FULLTYPE="O" ; Offline
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| 98 | ; here we have to do the same test as above. for bad data.
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| 99 | S MAGPREF=$G(MAGPREF)
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| 100 | S FULLFILE=MAGPREF_MAGFILE1
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| 101 | ;
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| 102 | ; now lets get the Full Path and file name for BIG image.
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| 103 | S FILETYPE="BIG" K MAGFILE1("ERROR")
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| 104 | S MAGPREF="" D FINDFILE^MAGFILEB
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| 105 | S MAGFILE1=$TR(MAGFILE1,"^","~") ; MAGFILE1 has '^' in it if errors
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| 106 | I $D(MAGFILE1("ERROR")) S MAGFILE1=MAGFILE1("ERROR")
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| 107 | S MAGPREF=$G(MAGPREF)
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| 108 | S BIGFILE=$S($E(MAGFILE1,1,2)="-1":"",1:MAGPREF_MAGFILE1)
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| 109 | ;
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| 110 | K MAGFILE1 ; Cleanup
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| 111 | ; Site and Site Code are in Entry of first Image in Group
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| 112 | ; so we need to set here, before MAGXX is changed back.
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| 113 | S X=$G(^MAG(2005,MAGXX,0))
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| 114 | S FNL=$S(+$P(X,"^",3):$P(X,"^",3),1:+$P(X,"^",5))
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| 115 | S PLC=$P($G(MAGJOB("NETPLC",FNL)),"^",1)
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| 116 | S PLCODE=$P($G(MAGJOB("NETPLC",FNL)),"^",2)
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| 117 | ; if we were using first image of a group, reset the Real IEN
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| 118 | I $G(GRPIEN) S MAGXX=GRPIEN
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| 119 | ;
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| 120 | ; we have to change the OBJECT TYPE variable back to real value
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| 121 | ; MAGOBJT might have been changed if we had Group of no images.
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| 122 | ; but we need to keep it changed, because Delphi window checks this
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| 123 | ; entry to determine which window to open.
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| 124 | ; i.e. Group window, Single image window,
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| 125 | S MAGOBJT=$P(MAGN0,U,6)
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| 126 | ;
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| 127 | ; now start building the return string
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| 128 | ;
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| 129 | S PATCH=$P($G(MAGJOB("VERSION")),".",3) ; //'="3.0.8")
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| 130 | K MAGFILE
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| 131 | S $P(MAGFILE,U,25)="" ; We put extra '^^^' on end of String to stop error in Delphi.
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| [636] | 132 | ;
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| [628] | 133 | ; $P(1^2^3) IEN^Image FullPath and name^Abstract FullPath and Name
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| 134 | S $P(MAGFILE,U,1,3)=MAGXX_U_FULLFILE_U_ABSFILE
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| [636] | 135 | S $P(MAGFILE,U,18)=BIGFILE
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| [628] | 136 | ;
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| 137 | ; now set $P(4) SHORT DESCRIPTION field and desc of offline JukeBox
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| 138 | S $P(MAGFILE,U,4)=$P(MAGN2,U,4)_$G(MAGJBOL)
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| 139 | ;
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| 140 | ; now set $P(5)PROCEDURE/ EXAM DATE/TIME field
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| 141 | S $P(MAGFILE,U,5)=$P(MAGN2,U,5)
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| 142 | ;
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| 143 | ; now set $P(6) OBJECT TYPE
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| 144 | S $P(MAGFILE,U,6)=MAGOBJT
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| 145 | ;
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| 146 | ; now set $P(7) PROCEDURE field
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| 147 | S $P(MAGFILE,U,7)=$P(MAGN0,U,8)
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| 148 | ;
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| 149 | ; now we're making a DATE to display and will use it for a sort in
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| 150 | ; the delphi TStringGrid so we display mm/dd/yyyy
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| 151 | ; now set $P(8) display date
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| [636] | 152 | S X=$P($P(MAGN2,"^",5),".",1)
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| 153 | I X'="" S X=$E(X,4,5)_"/"_$E(X,6,7)_"/"_($E(X,1,3)+1700)
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| [628] | 154 | S $P(MAGFILE,U,8)=X
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| 155 | ;
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| 156 | ; now return the PARENT DATA FILE image pointer
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| 157 | S $P(MAGFILE,U,9)=$P(MAGN2,U,8)
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| 158 | ;
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| 159 | ; now return the ABSTYPE ( this is 'M' or 'W' or 'O' )
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| 160 | ; 'M' magnetic 'W' worm 'O' offline
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| 161 | S $P(MAGFILE,U,10)=ABSTYPE
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| 162 | ;
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| 163 | ; now return the code to show if full res image is offline 'A' or 'O'
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| 164 | ; 'A' accessible 'O' offline
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| 165 | S $P(MAGFILE,U,11)=FULLTYPE
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| 166 | ;
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| 167 | ; 2/1/99 Dicom Series number and Dicom Image Number
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| 168 | ; $p(12) and $p(13)
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| 169 | ;
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| [636] | 170 | ; lets add the count of images , if this is a group
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| [628] | 171 | S X=+$P($G(^MAG(2005,MAGXX,1,0)),U,4),$P(MAGFILE,U,14)=$S(X:X,1:1)
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| 172 | ;
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| 173 | ; $p(15^16 ) are SiteIEN and SiteCode Consolidation - DBI
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| 174 | ; We use SiteIEN and SiteCODE from above
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| 175 | S $P(MAGFILE,"^",15)=PLC
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| 176 | S $P(MAGFILE,"^",16)=PLCODE
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| 177 | ;
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| 178 | ; $p(17) 8/22/01 GEK Mod for integrity check.
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| 179 | I '$G(MAGNOCHK) D CHK^MAGGSQI(.MAGQI,MAGXX) I 'MAGQI(0) D
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| 180 | . ; remove the Abstract and Image File Names ; 2/14/03 remove c:\program files... with .\bmp\
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| 181 | . S $P(MAGFILE,U,2,3)="-1~Questionable Data Integrity^.\bmp\imageQA.bmp"
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| 182 | . ;this stops Delphi App from changing Abstract BMP to OFFLINE IMAGE
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| 183 | . S $P(MAGFILE,U,6)=$S(($P(MAGFILE,U,6)'=11):"99",1:11)
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| 184 | . S $P(MAGFILE,U,10)="M"
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| 185 | . ;Send the error message
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| 186 | . S $P(MAGFILE,U,17)=$P(MAGQI(0),U,2)
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| [636] | 187 | ; $p(18) is BIGFile Full name and path. ( set above)
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| 188 | ; Patches prior to 8, only had 17 pieces of data. this will speed up their listings.
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| 189 | ; Patch 8 had New M rtn MAGSIXG1, if it doesn't exist, this is PRE - 8.
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| 190 | I '$L($T(PGI^MAGSIXG1)) Q
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| 191 | S $P(MAGFILE,U,19)=$P(MAGN0,U,7) ; DFN
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| 192 | ; P48T1 The change to speed up access to large groups left out patient name.
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| 193 | ;S $P(MAGFILE,U,20)=$$GET1^DIQ(2,$P(MAGN0,U,7)_",",.01) ; Patient Name
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| 194 | S $P(MAGFILE,U,20)=MAGJOB("PTNM",MDFN)
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| [628] | 195 | S $P(MAGFILE,U,21)=$S(+$P(MAGN40,U,2):$P(^MAG(2005.82,$P(MAGN40,U,2),0),U),1:"")
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| 196 | ; Stop displaying a Group of 1 as a Group, so here we'll change Object type
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| 197 | ; to that of the '1ST' image in the group of 1.
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| 198 | I $P($G(^MAG(2005,MAGXX,1,0)),U,4)=1 D
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| 199 | . S X=$O(^MAG(2005,MAGXX,1,0))
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| 200 | . S X=+^MAG(2005,MAGXX,1,X,0)
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| 201 | . S $P(MAGFILE,U,6)=$P(^MAG(2005,X,0),U,6) ; OBJECT TYPE OF 1ST IMAGE IN GROUP
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| 202 | . S $P(MAGFILE,U,1)=X
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| [636] | 203 | . ; Need Site and Site code of
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| [628] | 204 | Q
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