209 lines
8.2 KiB
Mathematica
209 lines
8.2 KiB
Mathematica
HLTF2 ;AISC/SAW/MTC-Process Message Text File Entries (Cont'd) ;10/17/2007 09:44
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;;1.6;HEALTH LEVEL SEVEN;**25,122**;Oct 13, 1995;Build 14
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;Per VHA Directive 2004-038, this routine should not be modified.
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;
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MERGEIN(LLD0,LLD1,MTIEN,HDR,MSA) ;Merge Data From Communication Server
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;Module Logical Link File into Message Text File
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;
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;This is a subroutine call with parameter passing. The output
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;parameters HDR (and optionally) MSA are returned by this call.
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;
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;Required input parameters
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; LLD0 = Internal entry number where message is stored in Logical Link
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; file or XM if message is stored in MailMan
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; LLD1 = Internal entry number of IN QUEUE multiple entry in Logical
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; Link file (Only required for messages stored in Logical
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; Link file)
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; MTIEN = Internal entry number where message is to be copied to in
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; Message Text file
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; HDR = The variable in which the message header segment will
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; be returned
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; MSA = The variable in which the message acknowledgement segment
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; will be returned, if one exists for this message
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;
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;Check for required parameters
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I $G(LLD0)']""!('$G(MTIEN)) Q
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I LLD0'="XM",'$G(LLD1) Q
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N FLG,HLCHAR,HLEVN,HLFS,I,X,X1,HLDONE
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S (FLG,HLCHAR,HLEVN,X)=0
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;
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; patch HL*1.6*122: MPI-client/server
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F L +^HL(772,+$G(MTIEN)):10 Q:$T H 1
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;
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;Move data from Logical Link file to Message Text file
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I LLD0'="XM" D
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.S I=0 F S X=$O(^HLCS(870,LLD0,1,LLD1,1,X)) Q:X'>0 S X1=$G(^(X,0)) S:"FHS,BHS,MSH"[$E(X1,1,3) FLG=1 I FLG S HLCHAR=HLCHAR+$L(X1) D
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..;If header segment, process it and set HDR equal to it
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..I X1'="","FHS,BHS,MSH"[$E(X1,1,3) D
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...I '$D(HDR) S HDR=X1,HLFS=$E(X1,4) I $E(HDR,1,3)="BHS" S MSA="MSA"_HLFS_$P($P(HDR,HLFS,10),$E(HDR,5),1)_HLFS_$P(HDR,HLFS,12)_HLFS_$P($P(HDR,HLFS,10),$E(HDR,5),2)
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...S $P(X1,HLFS,8)=""
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...S:$E(X1,1,3)="MSH" HLEVN=HLEVN+1
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..;If acknowledgement segment, set MSA equal to it
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..I $E(X1,1,3)="MSA",'$D(MSA),$E($G(HDR),1,3)="MSH" S MSA=X1
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..S I=I+1,^HL(772,MTIEN,"IN",I,0)=X1
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;
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;Move data from MailMan Message file to Message Text file
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I LLD0="XM" D
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.S I=0 F X XMREC Q:XMER<0 S:"FHS,BHS,MSH"[$E(XMRG,1,3) FLG=1 I FLG S HLCHAR=HLCHAR+$L(XMRG) D Q:XMER<0
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..;If header segment, process it and set HDR equal to it
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..I XMRG'="","FHS,BHS,MSH"[$E(XMRG,1,3) D
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...I '$D(HDR) S HDR=XMRG,HLFS=$E(XMRG,4) I $E(HDR,1,3)="BHS" S MSA="MSA"_HLFS_$P($P(HDR,HLFS,10),$E(HDR,5),1)_HLFS_$P(HDR,HLFS,12)_HLFS_$P($P(HDR,HLFS,10),$E(HDR,5),2)
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...S $P(XMRG,HLFS,8)=""
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...S:$E(XMRG,1,3)="MSH" HLEVN=HLEVN+1
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..;If acknowledgement segment, set MSA equal to it
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..I $E(XMRG,1,3)="MSA",'$D(MSA),$E($G(HDR),1,3)="MSH" S MSA=XMRG
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..S I=I+1,^HL(772,MTIEN,"IN",I,0)=XMRG
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S ^HL(772,MTIEN,"IN",0)="^^"_I_"^"_I_"^"_$$DT^XLFDT_"^"
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;Update statistics in Message Text file for this entry
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;
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; patch HL*1.6*122: MPI-client/server
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L -^HL(772,+$G(MTIEN))
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;
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D STATS^HLTF0(MTIEN,HLCHAR,HLEVN)
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Q
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MERGEOUT(MTIEN,LLD0,LLD1,HDR) ;Merge Text in Message Text File into
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;Communication Server Module Logical Link File
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;
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;This is a routine call with parameter passing. There are no output
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;parameters returned by this call.
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;
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;Required input parameters
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; MTIEN = Internal entry number where message is stored in Message
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; Text file
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; LLD0 = Internal entry number where message is to be copied to in
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; Logical Link file
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; LLD1 = Internal entry number of IN QUEUE multiple entry in Logical
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; Link file
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; HDR = Name of the array that contains HL7 Header segment
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; format: HLHDR - Used with indirection to build message in out
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; queue
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; This routine will first take the header information in the array
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; specified by HDR and merge into the Message Text field of file 870.
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; Then it will move the message contained in 772 (MTIEN) into 870.
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;
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;Check for required parameters
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I '$G(MTIEN)!('$G(LLD0))!('$G(LLD1))!(HDR="") Q
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;
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;-- initilize
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N I,X
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S I=0
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;
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; patch HL*1.6*122: MPI-client/server
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F L +^HLCS(870,+$G(LLD0),2,+$G(LLD1)):10 Q:$T H 1
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;
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;-- move header into 870 from HDR array
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S X="" F S X=$O(@HDR@(X)) Q:'X D
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. S I=I+1,^HLCS(870,LLD0,2,LLD1,1,I,0)=@HDR@(X)
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S I=I+1,^HLCS(870,LLD0,2,LLD1,1,I,0)=""
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;
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;Move data from Message Text file to Logical Link file
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S X=0 F S X=$O(^HL(772,MTIEN,"IN",X)) Q:X="" D
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. S I=I+1,^HLCS(870,LLD0,2,LLD1,1,I,0)=$G(^HL(772,MTIEN,"IN",X,0))
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;
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;-- update 0 node of message and format arrays
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S ^HLCS(870,LLD0,2,LLD1,1,0)="^^"_I_"^"_I_"^"_$$DT^XLFDT_"^"
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;
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; patch HL*1.6*122: MPI-client/server
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L -^HLCS(870,+$G(LLD0),2,+$G(LLD1))
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;
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Q
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OUT(HLDA,HLMID,HLMTN) ;File Data in Message Text File for Outgoing Message
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;Version 1.5 Interface Only
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;
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; patch HL*1.6*122: HLTF routine splitted, moves sub-routines,
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; OUT, IN, and ACK to HLTF2 routine.
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;
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Q:'$D(HLFS)
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;
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I HLMTN="ACK"!(HLMTN="MCF")!(HLMTN="ORR") Q:'$D(HLMSA) D ACK(HLMSA,"I") Q
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;
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;-- if message contained MSA find inbound message
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I $D(HLMSA),$D(HLNDAP),$P(HLMSA,HLFS,3)]"" D
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. N HLDAI
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. S HLDAI=0
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. F S HLDAI=$O(^HL(772,"AH",+$P($G(HLNDAP0),U,12),$P(HLMSA,HLFS,3),HLDAI)) Q:'HLDAI!($P($G(^HL(772,+HLDAI,0)),U,4)="I")
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. I 'HLDAI K HLDAI
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;
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D STUFF^HLTF0("O")
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;
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N HLAC S HLAC=$S($D(HLERR):4,'$P(HLNDAP0,"^",10):1,1:2) D STATUS^HLTF0(HLDA,HLAC,$G(HLMSG))
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D:$D(HLCHAR) STATS^HLTF0(HLDA,HLCHAR,$G(HLEVN))
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;
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;-- update status if MSA and found inbound message
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I $D(HLMSA),$D(HLDAI) D
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.N HLERR,HLMSG I $P(HLMSA,HLFS,4)]"" S HLERR=$P(HLMSA,HLFS,4)
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.S HLAC=$P(HLMSA,HLFS,2)
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.I HLAC'="AA" S HLMSG=$S(HLAC="AR":"Application Reject",HLAC="AE":"Application Error",1:"")_" - "_HLERR
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.S HLAC=$S(HLAC'="AA":4,1:3) D STATUS^HLTF0(HLDAI,HLAC,$G(HLMSG))
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Q
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;
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IN(HLMTN,HLMID,HLTIME) ;File Data in Message Text File for Incoming Message
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;Version 1.5 Interface Only
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;
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; patch HL*1.6*122: HLTF routine splitted, moves sub-routines,
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; OUT, IN, and ACK to HLTF2 routine.
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;
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Q:'$D(HLFS)
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I HLMTN="ACK"!(HLMTN="MCF")!(HLMTN="ORR") Q:'$D(HLMSA) D ACK(HLMSA,"O",$G(HLDA)) Q
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;
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N HLDAI S HLDA=0
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I $D(HLNDAP),HLMID]"" D
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.F S HLDA=+$O(^HL(772,"AH",+$P($G(HLNDAP0),U,12),HLMID,HLDA)) Q:'HLDA!($P($G(^HL(772,+HLDA,0)),U,4)="I")
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.I HLDA D
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..S HLDT=+$P($G(^HL(772,HLDA,0)),"^"),HLDT1=$$HLDATE^HLFNC(HLDT)
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..K ^HL(772,HLDA,"IN")
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.I $D(HLMSA),$P(HLMSA,HLFS,3)]"" D
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..S HLDAI=0
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..F S HLDAI=$O(^HL(772,"AH",+$P($G(HLNDAP0),U,12),$P(HLMSA,HLFS,3),HLDAI)) Q:'HLDAI!($P($G(^HL(772,+HLDAI,0)),U,4)="O")
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..I 'HLDAI K HLDAI
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;
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; patch HL*1.6*122: MPI-client/server
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; I 'HLDA D CREATE(.HLMID,.HLDA,.HLDT,.HLDT1) K HLZ
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I 'HLDA D CREATE^HLTF(.HLMID,.HLDA,.HLDT,.HLDT1) K HLZ
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;
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D STUFF^HLTF0("I")
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N HLAC S HLAC=$S($D(HLERR):4,1:1) D STATUS^HLTF0(HLDA,HLAC,$G(HLMSG))
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;
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D MERGE15^HLTF1("G",HLDA,"HLR",HLTIME)
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;
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I '$D(HLERR),$D(HLMSA),$D(HLDAI) D
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.N HLAC,HLERR,HLMSG I $P(HLMSA,HLFS,4)]"" S HLERR=$P(HLMSA,HLFS,4)
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.S HLAC=$P(HLMSA,HLFS,2) I HLAC'="AA" S HLMSG=$S(HLAC="AR":"Application Reject",1:"Application Error")_" - "_HLERR
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.S HLAC=$S(HLAC'="AA":4,1:3) D STATUS^HLTF0(HLDAI,HLAC,$G(HLMSG))
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Q
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;
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ACK(HLMSA,HLIO,HLDA) ;Process 'ACK' Message Type - Version 1.5 Interface Only
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;
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; patch HL*1.6*122: HLTF routine splitted, moves sub-routines,
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; OUT, IN, and ACK to HLTF2 routine.
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;
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; To determine the correct message to link the ACK, HLIO is used.
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; For an ack from DHCP (original message from remote system) then
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; HLIO should be "I" so that the correct inbound message is ack-ed. For
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; an inbound ack (original message outbound from DHCP) HLIO should be
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; "O". This distinction must be made due to the possible duplicate
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; message ids from a bi-direction interface.
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;
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; Input : MSA - MSA from ACK message.
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; HLIO - Either "I" or "O" : See note above.
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;Output : None
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;
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N HLAC,HLMIDI
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;-- set up required vars
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S HLAC=$P(HLMSA,HLFS,2),HLMIDI=$P(HLMSA,HLFS,3)
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;-- quit
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Q:HLMIDI']""!(HLAC']"")!('$D(HLNDAP))
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;-- find message to ack
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I '$G(HLDA) S HLDA=0 D
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. F S HLDA=+$O(^HL(772,"AH",+$P($G(HLNDAP0),U,12),HLMIDI,HLDA)) Q:'HLDA!($P($G(^HL(772,+HLDA,0)),U,4)=HLIO)
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;-- quit if no message
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Q:'$D(^HL(772,+HLDA,0))
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;-- check for error
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I $P(HLMSA,HLFS,4)]"" N HLERR S HLERR=$P(HLMSA,HLFS,4)
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I $D(HLERR),'$D(HLMSG) N HLMSG S HLMSG="Error During Receipt of Acknowledgement Message"_$S(HLAC="AR":" - Application Reject",HLAC="AE":" - Application Error",1:"")_" - "_HLERR
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;-- update status
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S HLAC=$S(HLMTN="MCF":2,HLAC'="AA":4,1:3)
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D STATUS^HLTF0(HLDA,HLAC,$G(HLMSG))
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Q
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;
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