| 1 | LA7SMB ;DALOI/JMC - Shipping Manifest Build ;11/25/96 14:39
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| 2 | ;;5.2;AUTOMATED LAB INSTRUMENTS;**27,46,64**;Sep 27, 1994
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| 3 | EN ;
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| 4 | ;
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| 5 | D CLEANUP
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| 6 | S LA7QUIT=0
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| 7 | ;
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| 8 | ; Select shipping configuration
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| 9 | S LA7SCFG=$$SSCFG^LA7SUTL(1)
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| 10 | I LA7SCFG<1 D CLEANUP Q
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| 11 | ;
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| 12 | ; Determine if there's an active manifest.
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| 13 | S LA7SM=$$CHKSM^LA7SMU(+LA7SCFG)
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| 14 | I LA7SM<0 D Q
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| 15 | . D EN^DDIOL($P(LA7SM,"^",2),"","!?5")
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| 16 | . D CLEANUP
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| 17 | ;
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| 18 | I LA7SM=0 D
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| 19 | . N DIR,DIRUT,DTOUT,X,Y
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| 20 | . S DIR(0)="YO",DIR("A",1)="There's no open shipping manifest for "_$P(LA7SCFG,"^",2)
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| 21 | . S DIR("A")="Do you want to start one",DIR("B")="NO"
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| 22 | . D ^DIR
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| 23 | . I Y'=1 S LA7QUIT=1 Q
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| 24 | . S LA7SM=$$CSM^LA7SMU(+LA7SCFG)
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| 25 | . I LA7SM<1 D EN^DDIOL($P(LA7SM,"^",2),"","!?5") S LA7QUIT=1
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| 26 | ;
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| 27 | ; Only starting a new manifest, no building
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| 28 | I $G(LA7SMON) Q
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| 29 | ;
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| 30 | I LA7QUIT=1 D CLEANUP Q
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| 31 | ;
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| 32 | D ADATE^LA7SMU1
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| 33 | I LA7QUIT=1 D CLEANUP Q
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| 34 | ;
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| 35 | ; Flag to exclude previously removed tests from building.
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| 36 | S LA7EXPRV=$$ASKPREV^LA7SMU1
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| 37 | I LA7EXPRV<0 S LA7QUIT=1
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| 38 | ;
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| 39 | I LA7QUIT=1 D CLEANUP Q
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| 40 | ;
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| 41 | DQ ; Taskman entry point
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| 42 | ; Build list of tests and criteria for manifest.
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| 43 | S LA7SCFG(0)=$G(^LAHM(62.9,+LA7SCFG,0))
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| 44 | I '$D(ZTQUEUED) D EN^DDIOL("Using shipping manifest# "_$P(LA7SM,"^",2),"","!?5")
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| 45 | ;
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| 46 | ; Lock this shipping manifest
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| 47 | L +^LAHM(62.8,+LA7SM,0):5
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| 48 | I '$T D Q
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| 49 | . I '$D(ZTQUEUED) D EN^DDIOL("Unable to obtain lock for shipping manifest "_$P(LA7SCFG,"^",2),"","!?5")
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| 50 | . D CLEANUP
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| 51 | ;
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| 52 | ; Update status
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| 53 | D SMSUP^LA7SMU(LA7SM,2,"SM03")
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| 54 | S LA7SMCNT=0
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| 55 | ;
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| 56 | ; Build TMP global with test profiles
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| 57 | D SCBLD^LA7SM1(+LA7SCFG)
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| 58 | S LA7AA=""
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| 59 | F S LA7AA=$O(^TMP("LA7SMB",$J,LA7AA)) Q:LA7AA="" D
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| 60 | . N LA7END,LRSS
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| 61 | . I '$D(ZTQUEUED) D EN^DDIOL("Searching accession area: "_$P($G(^LRO(68,LA7AA,0)),"^"),"","!?5")
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| 62 | . ; Use selected accession date else get current accession day for this acession area
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| 63 | . I $G(LA7AA(LA7AA)) S LA7AD=$P(LA7AA(LA7AA),"^")
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| 64 | . E S LA7AD=$$AD^LA7SUTL(LA7AA)
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| 65 | . S LRSS=$P($G(^LRO(68,LA7AA,0)),"^",2)
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| 66 | . S LA7AN=+$P($G(LA7AA(LA7AA)),"^",2),LA7LAN=+$P($G(LA7AA(LA7AA)),"^",3),LA7END=0
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| 67 | . I LA7AN S LA7AN=LA7AN-1
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| 68 | . F S LA7AN=$O(^LRO(68,LA7AA,1,LA7AD,1,LA7AN)) Q:'LA7AN!(LA7END) D SCAN
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| 69 | ;
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| 70 | ; Update status
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| 71 | D SMSUP^LA7SMU(LA7SM,1,"SM02")
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| 72 | ;
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| 73 | ; Release lock on this shipping manifest
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| 74 | L -^LAHM(62.8,+LA7SM,0)
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| 75 | ;
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| 76 | I '$D(ZTQUEUED) D
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| 77 | . N DIR,DIRUT,DIROUT,DTOUT,X,Y
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| 78 | . D EN^DDIOL("There were "_$S(LA7SMCNT:LA7SMCNT,1:"NO")_" specimens added","","!?5")
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| 79 | . D ASK^LA7SMP(LA7SM)
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| 80 | D CLEANUP
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| 81 | Q
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| 82 | ;
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| 83 | SMONLY ; Start a shipping manifest only, no building
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| 84 | ;
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| 85 | N LA7SMON
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| 86 | S LA7SMON=1
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| 87 | D EN
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| 88 | I $G(LA7SCFG),$G(LA7SM)>0 D EN^DDIOL("Shipping manifest# "_$P(LA7SM,"^",2)_" is available","","!?5")
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| 89 | D CLEANUP
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| 90 | Q
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| 91 | ;
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| 92 | ;
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| 93 | SCAN ; Scan accession for tests to build
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| 94 | ;
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| 95 | N LA76805,LA7DIV,LA7END
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| 96 | ;
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| 97 | I LA7LAN,LA7AN>LA7LAN S LA7END=1 Q
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| 98 | ;
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| 99 | ; Don't build controls
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| 100 | I $P($G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,0)),"^",2)=62.3 Q
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| 101 | ;
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| 102 | ; Don't build uncollected specimens
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| 103 | I '$P(LA7SCFG(0),"^",14),'$P($G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,3)),"^",3) Q
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| 104 | ;
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| 105 | ; Get Specimen type - if no specimen then quit
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| 106 | ; Anatomic path does not store specimen type in #68.
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| 107 | S LA76805=""
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| 108 | I "CY^EM^SP"[LRSS S LA76805=0
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| 109 | E D
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| 110 | . S X=+$O(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,5,0))
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| 111 | . I 'X Q
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| 112 | . S LA76805=+$G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,5,X,0))
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| 113 | I LA76805="" Q
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| 114 | ;
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| 115 | ; Accession's division
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| 116 | S LA7DIV=+$P($G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,.4)),"^")
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| 117 | ;
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| 118 | S LA760=0
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| 119 | F S LA760=$O(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,4,LA760)) Q:'LA760 D
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| 120 | . ; Not looking for this test.
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| 121 | . I '$D(^TMP("LA7SMB",$J,LA7AA,LA760)) Q
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| 122 | . ; Set lock.
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| 123 | . D LOCK68
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| 124 | . ; NOTE *** Do NOT add any "QUIT" after this point unless releasing LOCK set above ***.
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| 125 | . ; Test's zeroth node.
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| 126 | . S LA760(0)=$G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,4,LA760,0))
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| 127 | . ; Test completed - skip
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| 128 | . I "CY^EM^SP"'[LRSS,$P(LA760(0),"^",5) D UNLOCK68 Q
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| 129 | . ; Test already on shipping manifest - skip
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| 130 | . I $P(LA760(0),"^",10) D UNLOCK68 Q
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| 131 | . ; Previously removed - skip
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| 132 | . I LA7EXPRV,$$PREV^LA7SMU1($P($G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,.3)),"^"),$P(LA760(0),"^")) D UNLOCK68 Q
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| 133 | . ; Test urgency
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| 134 | . S LA76205=+$P(LA760(0),"^",2)
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| 135 | . I LA76205>49 S LA76205=$S(LA76205=50:9,1:LA76205-50)
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| 136 | . ; Check if test is eligible for manifest
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| 137 | . D SCHK^LA7SM1
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| 138 | . I LA7FLAG S LA7FLAG=$$CKTEST(LA7AA,LA7AD,LA7AN,LA760)
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| 139 | . ; Add test to shipping manifest.
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| 140 | . I LA7FLAG D
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| 141 | . . S LA7I=0
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| 142 | . . F S LA7I=$O(LA7X(LA7I)) Q:'LA7I D ADD
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| 143 | . ; Release lock.
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| 144 | . D UNLOCK68
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| 145 | Q
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| 146 | ;
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| 147 | ADD ; Add test to shipping manifest
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| 148 | ; Called from above, LA7SM
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| 149 | ; Lock on ^LRO(68,LA7AA,1,LA7AD,1,LA7AN,4,LA760) should be set before entering here.
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| 150 | ;
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| 151 | N FDA,IENS,LA7628,LA768,LA7DATA
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| 152 | ;
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| 153 | S LRDFN=+$G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,0))
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| 154 | S LA7UID=$P($G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,.3)),"^")
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| 155 | I LA7UID="" S LA7UID=$$LRUID^LRX(LA7AA,LA7AD,LA7AN)
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| 156 | S LA7SMCNT=$G(LA7SMCNT)+1
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| 157 | S ^TMP("LA7SMADD",$J,LA7SMCNT)=LRDFN_"^"_LA760_"^"_LA76805_"^"_LA76205_"^"_LA7UID
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| 158 | S LA7628(1)=+LA7SM,IENS="+2,"_LA7628(1)_","
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| 159 | S FDA(2,62.801,IENS,.01)=LRDFN
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| 160 | S FDA(2,62.801,IENS,.02)=LA760
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| 161 | I LA76805 S FDA(2,62.801,IENS,.03)=LA76805
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| 162 | S FDA(2,62.801,IENS,.04)=LA76205
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| 163 | S FDA(2,62.801,IENS,.05)=LA7UID
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| 164 | S FDA(2,62.801,IENS,.08)=1
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| 165 | I $D(LA7X(LA7I,0)) D
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| 166 | . I $P(LA7X(LA7I,0),"^",5) S FDA(2,62.801,IENS,.06)=$P(LA7X(LA7I,0),"^",5)
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| 167 | . I $P(LA7X(LA7I,0),"^",6) S FDA(2,62.801,IENS,.07)=$P(LA7X(LA7I,0),"^",6)
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| 168 | . I $P(LA7X(LA7I,0),"^",7) S FDA(2,62.801,IENS,.09)=$P(LA7X(LA7I,0),"^",7)
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| 169 | I $D(LA7X(LA7I,1)) D
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| 170 | . I $P(LA7X(LA7I,1),"^",1)]"" S FDA(2,62.801,IENS,1.1)=$P(LA7X(LA7I,1),"^",1)
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| 171 | . I $P(LA7X(LA7I,1),"^",2)]"" S FDA(2,62.801,IENS,1.13)=$P(LA7X(LA7I,1),"^",2)
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| 172 | . I $P(LA7X(LA7I,1),"^",5)]"" S FDA(2,62.801,IENS,1.14)=$P(LA7X(LA7I,1),"^",5)
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| 173 | . I $P(LA7X(LA7I,1),"^",3)]"" S FDA(2,62.801,IENS,1.2)=$P(LA7X(LA7I,1),"^",3)
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| 174 | . I $P(LA7X(LA7I,1),"^",4)]"" S FDA(2,62.801,IENS,1.23)=$P(LA7X(LA7I,1),"^",4)
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| 175 | . I $P(LA7X(LA7I,1),"^",6)]"" S FDA(2,62.801,IENS,1.24)=$P(LA7X(LA7I,1),"^",6)
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| 176 | I $D(LA7X(LA7I,2)) D
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| 177 | . I $P(LA7X(LA7I,2),"^",1)]"" S FDA(2,62.801,IENS,2.1)=$P(LA7X(LA7I,2),"^",1)
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| 178 | . I $P(LA7X(LA7I,2),"^",2)]"" S FDA(2,62.801,IENS,2.13)=$P(LA7X(LA7I,2),"^",2)
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| 179 | . I $P(LA7X(LA7I,2),"^",7)]"" S FDA(2,62.801,IENS,2.14)=$P(LA7X(LA7I,2),"^",7)
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| 180 | . I $P(LA7X(LA7I,2),"^",3)]"" S FDA(2,62.801,IENS,2.2)=$P(LA7X(LA7I,2),"^",3)
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| 181 | . I $P(LA7X(LA7I,2),"^",4)]"" S FDA(2,62.801,IENS,2.23)=$P(LA7X(LA7I,2),"^",4)
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| 182 | . I $P(LA7X(LA7I,2),"^",8)]"" S FDA(2,62.801,IENS,2.24)=$P(LA7X(LA7I,2),"^",8)
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| 183 | . I $P(LA7X(LA7I,2),"^",5)]"" S FDA(2,62.801,IENS,2.3)=$P(LA7X(LA7I,2),"^",5)
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| 184 | . I $P(LA7X(LA7I,2),"^",6)]"" S FDA(2,62.801,IENS,2.33)=$P(LA7X(LA7I,2),"^",6)
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| 185 | . I $P(LA7X(LA7I,2),"^",9)]"" S FDA(2,62.801,IENS,2.34)=$P(LA7X(LA7I,2),"^",9)
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| 186 | I $D(LA7X(LA7I,5)) D
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| 187 | . F I=1:1:9 I $P(LA7X(LA7I,5),"^",I)]"" S FDA(2,62.801,IENS,"5."_I)=$P(LA7X(LA7I,5),"^",I)
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| 188 | D UPDATE^DIE("","FDA(2)","LA7628","LA7DIE(2)")
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| 189 | ;
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| 190 | ; Update event file
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| 191 | S LA7DATA="SM50^"_$$NOW^XLFDT_"^"_LA760_"^"_$P(LA7SM,"^",2)
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| 192 | D SEUP^LA7SMU(LA7UID,2,LA7DATA)
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| 193 | ;
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| 194 | ; Update accession
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| 195 | D ACCSUP^LA7SMU(LA7UID,LA760,+LA7SM)
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| 196 | Q
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| 197 | ;
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| 198 | ;
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| 199 | CKTEST(LA7AA,LA7AD,LA7AN,LA760) ; Check other tests on accession if test is part of another panel that
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| 200 | ; has been flagged for shipping.
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| 201 | ; Call with LA7AA = ien of accession area.
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| 202 | ; LA7AD = accession date
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| 203 | ; LA7AN = accession number
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| 204 | ; LA760 = ien of lab test
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| 205 | ; Returns LA7FLAG = 0 (part of another panel)
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| 206 | ; = 1 (not part of another panel)
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| 207 | ;
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| 208 | N LA7FLAG,LA7PCNT,LA7K,LA7J,X
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| 209 | ;
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| 210 | K ^TMP("LA7TREE",$J)
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| 211 | ;
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| 212 | S LA7FLAG=1
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| 213 | S LA7AD(LA7AD)=""
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| 214 | S LA7K=+$P($G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,0)),"^",3)
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| 215 | ;
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| 216 | I LA7K D
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| 217 | . ; Check original accession date.
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| 218 | . S LA7AD(LA7K)=""
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| 219 | . ; Check rollover accession
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| 220 | . I $P($G(^LRO(68,LA7AA,1,LA7K,1,LA7AN,9)),"^") S LA7AD($P($G(^LRO(68,LA7AA,1,LA7K,1,LA7AN,9)),"^"))=""
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| 221 | S LA7AD=0
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| 222 | F S LA7AD=$O(LA7AD(LA7AD)) Q:'LA7AD D
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| 223 | . S LA7J=0
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| 224 | . F S LA7J=$O(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,4,LA7J)) Q:'LA7J D
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| 225 | . . I LA7J=LA760 Q
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| 226 | . . ; Not on manifest
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| 227 | . . I '$P($G(^LRO(68,LA7AA,1,LA7AD,1,LA7AN,4,LA7J,0)),"^",10) Q
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| 228 | . . S LA7PCNT=0 D UNWIND(LA7J)
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| 229 | ;
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| 230 | ; Test is part of another test previously shipped.
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| 231 | I $D(^TMP("LA7TREE",$J,LA760)) S LA7FLAG=0
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| 232 | ;
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| 233 | K ^TMP("LA7TREE",$J)
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| 234 | ;
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| 235 | Q LA7FLAG
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| 236 | ;
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| 237 | UNWIND(LA760) ; Unwind profile - set tests into global ^TMP("LA7TREE",$J).
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| 238 | ; Initialize variable LA7PCNT=0 before calling.
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| 239 | ; Kill ^TMP("LA7TREE",$J) before calling.
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| 240 | ;
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| 241 | N I,II
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| 242 | ;
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| 243 | ; Recursive panel, caught in a loop.
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| 244 | I $G(LA7PCNT)>50 Q
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| 245 | ; Test does not exist in file 60.
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| 246 | I '$D(^LAB(60,LA760,0)) Q
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| 247 | ; Bypass "workload" type tests.
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| 248 | I $P(^LAB(60,LA760,0),"^",4)="WK" Q
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| 249 | ; Atomic test
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| 250 | I $L($P(^LAB(60,LA760,0),"^",5)) S ^TMP("LA7TREE",$J,LA760)="" Q
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| 251 | ; Check panels
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| 252 | I $O(^LAB(60,LA760,2,0)) D
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| 253 | . ; Increment panel counter.
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| 254 | . S LA7PCNT=$G(LA7PCNT)+1
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| 255 | . S I=0
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| 256 | . ; Expand test on panel.
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| 257 | . F S I=$O(^LAB(60,LA760,2,I)) Q:'I D
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| 258 | . . ; IEN of test on panel.
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| 259 | . . S II=+$G(^LAB(60,LA760,2,I,0))
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| 260 | . . ; Recursive panel, panel calls itself.
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| 261 | . . I II,II=LA760 Q
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| 262 | . . I II S ^TMP("LA7TREE",$J,LA760)="" D UNWIND(II)
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| 263 | Q
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| 264 | ;
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| 265 | LOCK68 ; Lock entry in file 68
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| 266 | ; Called from above, LA7SM
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| 267 | ;
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| 268 | L +^LRO(68,LA7AA,1,LA7AD,1,LA7AN,4,LA760):9999 ; Set lock.
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| 269 | ;
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| 270 | Q
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| 271 | ;
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| 272 | UNLOCK68 ; Unlock entry in file 68
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| 273 | ; Called from above, LA7SM
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| 274 | ;
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| 275 | L -^LRO(68,LA7AA,1,LA7AD,1,LA7AN,4,LA760) ; Release lock.
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| 276 | ;
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| 277 | Q
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| 278 | ;
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| 279 | CLEANUP ; Cleanup variables
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| 280 | ;
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| 281 | I $D(ZTQUEUED) S ZTREQ="@"
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| 282 | ;
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| 283 | K ^TMP("LA7SMB",$J),^TMP("LA7SMADD",$J),^TMP("LA7TREE",$J)
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| 284 | ;
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| 285 | K LA760,LA76205,LA76805,LA7AA,LA7AD,LA7AN,LA7EXPRV,LA7FLAG,LA7LAN,LA7PCNT,LA7QUIT,LA7SCFG,LA7SM,LA7SMCNT,LA7UID,LA7X
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| 286 | K LRDFN
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| 287 | Q
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