VistA-FOIAVistA/r/HEALTH_LEVEL_SEVEN-HL/HLTP3.m

256 lines
9.3 KiB
Mathematica

HLTP3 ;SFIRMFO/RSD - Transaction Processor for TCP ;10/05/2007 15:17
;;1.6;HEALTH LEVEL SEVEN;**19,43,57,58,59,66,69,109,115,108,116,117,125,120,133,122**;Oct 13, 1995;Build 14
;Per VHA Directive 2004-038, this routine should not be modified.
;
Q
NEW(X) ;process new msg. ien in 773^ien in 772
;HLMTIENS=ien in #773; HLMTIEN=ien in #772
;HLHDRO=original header; HLHDR=response header
;set error trap
N $ETRAP,$ESTACK S $ETRAP="D ERROR^HLTP3"
N HL,HLEID,HLEIDS,HLERR,HLHDR,HLHDRO,HLMTIEN,HLMTIENS,HLJ,HLMSA,HLQUIT,HLNODE,HLNEXT,HLRESLTA,HLDONE1,HLASTRSP,HLRESLT
S HLRESLT=""
D INIT^HLTP3A
;error with header, return commit/app reject
I $G(HLRESLT) D Q
. ;set status & unlock record
. D STATUS^HLTF0(HLMTIENS,4,,,1),EXIT
. ;quit if no commit or app ack
. I $G(HL("ACAT"))="NE",$G(HL("APAT"))="NE" Q
. S X=$S($G(HL("ACAT"))="AL":"CR",1:"AR")
. ;HLTCP=ien of acknowledgment msg. from ACK^HLTP4
. D ACK^HLTP4(X,$P(HLRESLT,U,2)) Q:'$G(HLTCP)
. ;write ack back
. S X=$$WRITE^HLCSTCP2(HLTCP)
. ;update counter to sent
. D LLCNT^HLCSTCP(HLDP,4)
. ;update status of ack
. D STATUS^HLTF0(HLTCP,3,,,1)
;
;check for duplicate msg., use rec. app and msg. id x-ref
; patch HL*1.6*120
I $G(HL("MID"))]"",$G(HL("RAP")) S X=$O(^HLMA("AH",HL("RAP"),HL("MID"),0)) D Q:'$D(HLMTIENS)
. ;HLASTMSG=last ien received during this connection
. ;if no duplicate, save msg. ien and quit
. I X=HLMTIENS!'X S HLASTMSG=HLMTIENS Q
. N MSH,OIENS
. S (OIENS,Y)=X D S Y=HLMTIENS D
.. ;combine MSH into single string
.. S MSH(Y)="",I=0 F S I=$O(^HLMA(Y,"MSH",I)) Q:'I S MSH(Y)=MSH(Y)_$G(^(I,0))
.; patch 117 & 125, check if identical
.I MSH(HLMTIENS)'=MSH(OIENS) S HLASTMSG=HLMTIENS Q
.;
. ;msg is duplicate, set status
. D STATUS^HLTF0(HLMTIENS,4,109,"Duplicate with ien "_OIENS,1),EXIT
. ;msg was resent, ignore it.
. I HLASTMSG=HLMTIENS K HLMTIENS Q
. ;find original response and send back
. S HLASTRSP=$O(^HLMA("AF",OIENS,OIENS))
;
;Quit if this is ack to ack
I $G(HL("ACK")) D Q
. ;Update status of original ack message
. D STATUS^HLTF0(HL("MTIENS"),3,,,1),STATUS^HLTF0(HLMTIENS,3,,,1)
. ;unlock record
. D EXIT
;
;enhance ack., send commit, quit if not an ack, msg will be processed by filer
I $G(HL("ACAT"))="AL" D Q:'$G(HL("MTIENS"))
. ;msg is a resend, HLASTRSP=ien of original response
.I $G(HLASTRSP) D
..S HLTCP=HLASTRSP
..D LLCNT^HLCSTCP(HLDP,3)
. E D Q:'$G(HLTCP)
..D ACK^HLTP4("CA") ;**109** LLCNT^HLCSTCP(HLDP,3) called in ACK^HLTP4
. S X=$$WRITE^HLCSTCP2(HLTCP)
. D LLCNT^HLCSTCP(HLDP,4),STATUS^HLTF0(HLTCP,3,,,1):'$G(HLASTRSP)
. S HLTCP=""
. ;if not an ack, set status to awaiting processing **109** and put on in queue
. I '$G(HL("MTIENS")),'$G(HLASTRSP) D STATUS^HLTF0(HLMTIENS,9),EXIT,SETINQUE^HLTP31
;
;enhance ack., no commit & no app ack
I $G(HL("ACAT"))="NE",$G(HL("APAT"))="NE" D Q
. ;set status to awaiting processing, **109** and put on in queue
. I '$G(HLASTRSP) D STATUS^HLTF0(HLMTIENS,9),EXIT,SETINQUE^HLTP31
;
; patch HL*1.6*120 start
;resending old response, msg is a resend
; do not re-send duplicate when $G(HL("ACAT"))="AL"
I $G(HLASTRSP),$G(HL("ACAT"))'="AL" S HLTCP=HLASTRSP G ACK
; quit if duplicate
Q:$G(HLASTRSP)
; patch HL*1.6*120 end
;
CONT ;continue processing an enhance ack msg. called from DEFACK
;Set special HL variables for processing rtn
S HLQUIT=0,HLNODE="",HLNEXT="D HLNEXT^HLCSUTL"
;
; message is an acknowledgement, HLMSA=ack code^id^text
I ($G(HLMSA)]"") D Q
. ;X=1 if ack ok, 0=reject of error
. S X=$E(HLMSA,2)="A"
. ;Update status of original message and remove it from the queue
. D STATUS^HLTF0(HL("MTIENS"),$S(X:3,1:4),"",$S(X:"",1:$P(HLMSA,HL("FS"),3)),1)
. D DEQUE^HLCSREP($P($G(^HLMA(HL("MTIENS"),0)),"^",7),"O",HL("MTIENS"))
. D
.. N HLTCP ;variable to update status in file #772.
..;
..;**108**
.. N TEMP
.. S TEMP=HLMTIENS
.. N HLMTIENS
.. S HLMTIENS=TEMP
..;**END 108**
..;
.. D PROCACK^HLTP2(HLMTIEN,HL("EID"),.HLRESLT,.HL)
. ;update status of incoming & unlock
. D STATUS^HLTF0(HLMTIENS,$S($G(HLRESLT):4,1:3),$S($G(HLRESLT):+$G(HLRESLT),1:""),$S($G(HLRESLT):$P(HLRESLT,U,2),1:""),1),EXIT
;
;get entry action, exit action and processing routine
K HLHDR,HLLD0,HLLD1,HLMSA
I HL("EIDS")="",$G(HLEIDS)]"" S HL("EIDS")=HLEIDS ;**CIRN**
D EVENT^HLUTIL1(HL("EIDS"),"15,20,771",.HLN)
S HLENROU=$G(HLN(20)),HLEXROU=$G(HLN(15)),HLPROU=$G(HLN(771))
;quit if no processing routine,update status and quit
I HLPROU']"" S HLRESLT="10^"_$G(^HL(771.7,10,0)) D STATUS^HLTF0(HLMTIENS,3,,,1),EXIT Q
;HLORNOD=subscriber protocol for Fileman auditing, ien;global ref
N HLORNODD S HLORNOD=HL("EIDS")_";ORD(101,"
;Execute entry action of client protocol
X:HLENROU]"" HLENROU K HLENROU,HLDONE1
;
;Execute processing routine
X HLPROU S HLRESLT=0 S:($D(HLERR)) HLRESLT="9^"_HLERR
;update status of incoming to complete & unlock
D STATUS^HLTF0(HLMTIENS,$S(HLRESLT:4,1:3),$S(HLRESLT:+HLRESLT,1:""),$S(HLRESLT:$P(HLRESLT,U,2),1:""),1,$S($G(HLERR("SKIP_EVENT"))=1:1,1:0)),EXIT
;HLTCPO=link open, HLTCP=ien of ack msg. from GENACK
ACK I $G(HLTCPO),$G(HLTCP) D Q
. D LLCNT^HLCSTCP(HLDP,3)
. ;write ack back over open tcp link
. S X=$$WRITE^HLCSTCP2(HLTCP)
. ;update status of ack to complete
. D:'$G(HLASTRSP) STATUS^HLTF0(HLTCP,3,,,1)
. D LLCNT^HLCSTCP(HLDP,4)
Q
;
DEFACK(HLDP,X) ;process the deferred application ack, called from HLCSIN
;HLDP=logical link, X=ien in file 773
;
; patch HL*1.6*120 start
; clean non-Kernel variables
D
. ; protect variables defined in STARTIN^HLCSIN
. N HLFLG,HLEXIT,HLPTRFLR
. ; protect variables defined in DEFACK^HLCSIN
. N HLXX,HLD0,HLPCT
. ; protect input parameters of this sub-routine
. N HLDP,X
. D KILL^XUSCLEAN
; patch HL*1.6*120 end
;
;set error trap
N $ETRAP,$ESTACK S $ETRAP="D ERROR^HLTP3"
N HLERR ;patch HL*1.6*109
Q:'$G(HLDP)!'$G(X) Q:'$G(^HLMA(X,0))
Q:'$D(^HLMA("AC","I",HLDP,X))
;
N HL,HLA,HLD0,HLEID,HLEIDS,HLHDR,HLHDRO,HLMTIEN,HLMTIENS,HLJ,HLMSA,HLN,HLQUIT,HLNODE,HLNEXT,HLRESLT,HLRESLTA,HLTCP,HLXX,Z,HLDONE1
S HLMTIENS=X,X=^HLMA(HLMTIENS,0),HLMTIEN=+$P(X,U),HL("MID")=$P(X,U,2),HL("MTIENS")=$P(X,U,10),HL("LL")=$P(X,U,7),HLTCP="",HL("Q")=""""""
S HL("EIDS")=$P(X,U,8),HL("SAP")=$P(X,U,11),HL("RAP")=$P(X,U,12),HL("MTP")=$P(X,U,13),HL("ETP")=$P(X,U,14)
S:$P(X,U,15) HL("MTP_ETP")=$P(X,U,15)
S:HL("SAP") HL("SAN")=$P($G(^HL(771,HL("SAP"),0)),U) S:HL("RAP") HL("RAN")=$P($G(^HL(771,HL("RAP"),0)),U)
S:HL("MTP") HL("MTN")=$P($G(^HL(771.2,HL("MTP"),0)),U) S:HL("ETP") HL("ETN")=$P($G(^HL(779.001,HL("ETP"),0)),U)
S:$G(HL("MTP_ETP")) HL("MTN_ETN")=$P($G(^HL(779.005,HL("MTP_ETP"),0)),U)
S HL("EID")=$P($G(^HL(772,HLMTIEN,0)),U,10)
M HLHDRO=^HLMA(HLMTIENS,"MSH")
; if no header quit
Q:'$O(HLHDRO(0))
;
S HL("FS")=$E(HLHDRO(1,0),4),HL("ECH")=$$P^HLTPCK2(.HLHDRO,2),HL("SFN")=$$P^HLTPCK2(.HLHDRO,4),HL("RFN")=$$P^HLTPCK2(.HLHDRO,6),HL("DTM")=$$P^HLTPCK2(.HLHDRO,7)
;
; quit if ien of #772 is not defined
Q:'HLMTIEN
; quit if field separator is not defined
Q:HL("FS")=""
;
S X=$$P^HLTPCK2(.HLHDRO,1)
;
; patch HL*1.6*120 start
I X="MSH" D
. S HL("PID")=$$P^HLTPCK2(.HLHDRO,11),HL("VER")=$$P^HLTPCK2(.HLHDRO,12),HL("APAT")=$$P^HLTPCK2(.HLHDRO,16),HL("CC")=$$P^HLTPCK2(.HLHDRO,17)
. ;
. ; 2nd component is Processing mode
. S HL("PMOD")=$P(HL("PID"),$E(HL("ECH"),1),2)
. ; first component is Processing id
. S HL("PID")=$P(HL("PID"),$E(HL("ECH"),1))
;
I X'="MSH" D
. S X=$$P^HLTPCK2(.HLHDRO,9),Z=$E(HL("ECH")),HL("PID")=$P(X,Z,2),HL("VER")=$P(X,Z,4)
. ;
. ; original code incorrectly treats repetition separator as
. ; subcomponent separator
. I $E(HL("ECH"),2)]"",X[$E(HL("ECH"),2) D
.. S HL("SUB-COMPONENT")=$E(HL("ECH"),2)
. ; if subcomponent separator is correctly applied
. I $E(HL("ECH"),4)]"",X[$E(HL("ECH"),4) D
.. S HL("SUB-COMPONENT")=$E(HL("ECH"),4)
. ;
. I $D(HL("SUB-COMPONENT")),HL("PID")[HL("SUB-COMPONENT") D
.. ; 2nd sub-component is Processing mode
.. S HL("PMOD")=$P(HL("PID"),HL("SUB-COMPONENT"),2)
.. ; first sub-component is Processing id
.. S HL("PID")=$P(HL("PID"),HL("SUB-COMPONENT"))
. ; patch HL*1.6*120 end
. ;
. Q:$$P^HLTPCK2(.HLHDRO,10)=""
. ;HLMSA=ack code^id^text
. S HLMSA=$P($$P^HLTPCK2(.HLHDRO,10),$E(HL("ECH")),1),$P(HLMSA,HL("FS"),2)=$$P^HLTPCK2(.HLHDRO,12),$P(HLMSA,HL("FS"),3)=$P($$P^HLTPCK2(.HLHDRO,10),$E(HL("ECH")),2),HL("MSAID")=$P(HLMSA,HL("FS"),2)
;
; quit if this is a commit ack
I $P($G(^HL(772,HLMTIEN,"IN",1,0)),HL("FS"),1)="MSA",$E($P($G(^HL(772,HLMTIEN,"IN",1,0)),HL("FS"),2))="C" Q
;
;** HL*1.6*117 **
K HLL("SET FOR APP ACK"),HLL("LINKS")
;
D CONT
Q
;
MSA(Y) ;Y=ien in 772, returns MSA segment
;ack code^msg being ack id^text
; patch HL*1.6*122
; for HL7 v2.5 and beyond with MSA as 3rd segment
N X,SUBIEN,DATA,DONE
S X=$G(^HL(772,Y,"IN",1,0)),X=$S($E(X,1,3)="MSA":$E(X,5,999),1:"")
Q:X]"" X
;
S DONE=0
S SUBIEN=1
F S SUBIEN=$O(^HL(772,Y,"IN",SUBIEN)) Q:'SUBIEN D Q:DONE
. S DATA=$G(^HL(772,Y,"IN",SUBIEN,0)) I DATA="" D
.. S DONE=1
.. S SUBIEN=$O(^HL(772,Y,"IN",SUBIEN)) Q:'SUBIEN
.. S X=$G(^HL(772,Y,"IN",SUBIEN,0)),X=$S($E(X,1,3)="MSA":$E(X,5,999),1:"")
; patch HL*1.6*122 end
;
Q X
;
ERROR ;error trap
D ^%ZTER
I $G(HLMTIENS),$D(^HLMA(HLMTIENS,0)) D STATUS^HLTF0(HLMTIENS,4,,,1),EXIT
; release locks created by inbound filer
L -^HLMA("AC","I",+$G(HLXX))
G UNWIND^%ZTER
;
;
EXIT ;unlock
I $G(HLMTIENS) L -^HLMA(HLMTIENS)
Q
;
ONAC(IEN773) ;
;Returns 1 if the message is on the "AC","I" xref
;Returns 0 otherwise
;
N LINK
S LINK=$P($G(^HLMA(IEN773,0)),"^",17)
Q:'LINK 0
Q $D(^HLMA("AC","I",LINK,IEN773))