VistA-WorldVistAEHR/r/CLINICAL_CASE_REGISTRIES-ROR/ROREXT02.m

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Mathematica

ROREXT02 ;HCIOFO/SG - DEFAULT MESSAGE BUILDER ; 12/7/05 10:44am
;;1.5;CLINICAL CASE REGISTRIES;;Feb 17, 2006
;
Q
;
;***** CHECKS IF DEMOGRAPHIC DATA HAS BEEN UPDATED
;
; .RGIENLST Reference to a local array containing registry
; IENs as subscripts and IENs of the corresponding
; patient's registry records as values.
;
; Return Values:
; <0 Error Code
; 0 Demographic data is unchanged
; >0 Demographic data has been updated
;
DEMCHK(RGIENLST) ;
N DEM,IENS,RC,REGIEN,RORMSG
S (DEM,RC,REGIEN)=0
F S REGIEN=$O(RGIENLST(REGIEN)) Q:REGIEN'>0 D Q:DEM!(RC<0)
. S IENS=+RGIENLST(REGIEN)_"," Q:IENS'>0
. S DEM=+$$GET1^DIQ(798,IENS,4,"I",,"RORMSG")
. S:$G(DIERR) RC=$$DBS^RORERR("RORMSG",-9,,,798,IENS)
Q $S(RC<0:RC,1:DEM)
;
;***** EXTRACTS AND PREPARES LABORATORY DATA
;
; PTIEN Patient IEN
;
; .DXDTS Reference to a local variable where the
; data extraction time frames are stored.
;
; [HDTMODE] If this parameter is defined and non-zero, start and
; end dates are specimen collection dates. Otherwise,
; they are dates of the results.
;
; The function uses node ^TMP("RORTMP",$J) as a temporary storage.
;
; Return Values:
; <0 Error Code
; 0 Ok
;
LABDATA(PTIEN,DXDTS,HDTMODE) ;
N ENDT,IDX,RC,RORTMP,STDT,TMP
S RORTMP=$$ALLOC^RORTMP()
S (IDX,RC)=0
F S IDX=$O(DXDTS(1,IDX)) Q:IDX'>0 D Q:RC<0
. S STDT=$P(DXDTS(1,IDX),U),ENDT=$P(DXDTS(1,IDX),U,2)
. ;--- Get the Lab results
. K @RORTMP S TMP=$S($G(HDTMODE):"^CD",1:"^RAD")
. S RC=$$LABRSLTS^RORUTL02(PTIEN,STDT_TMP,ENDT_TMP,RORTMP)
. Q:RC<0
. ;--- Call the Lab data post-processor
. S RC=$$LABPROC(RORTMP,PTIEN)
. ;---
D FREE^RORTMP(RORTMP)
Q $S(RC<0:RC,1:0)
;
;***** LABORATORY DATA POST-PROCESSOR
;
; ROR8TMP Closed root of the array (local or global), which
; contains the data loaded by the $$GCPR^LA7QRY
;
; PTIEN Patient IEN
;
; Return Values:
; <0 Error Code
; 0 Ok
;
LABPROC(ROR8TMP,PTIEN) ;
N BUF,CS,DFLTSITE,FS,I,J,LABC,SEG,TMP
;--- Extract separators from the MSH segment
S BUF=$G(@ROR8TMP@(1))
S:$E(BUF,1,3)="MSH" CS=$E(BUF,5)
S:$G(CS)="" CS="^"
;--- Initialize constants and variables
S LABC="LABC"_CS_"Lab Comment"_CS_"VA080"
;--- Get the default station number and name
S DFLTSITE=$$SITE^RORUTL03(CS)
;
;--- Add the results to the message
S I=0
F S I=$O(@ROR8TMP@(I)) Q:I="" D
. ;--- Load the full segment
. D LOADSEG^RORHL7A(.SEG,$NA(@ROR8TMP@(I))) Q:$G(SEG(0))=""
. D
. . ;--- Use the default station if the local one is missing
. . I SEG(0)="OBX" D Q
. . . S:$P($G(SEG(15)),CS)="" SEG(15)=DFLTSITE
. . ;--- Leave only the code of the Provider
. . I SEG(0)="OBR" D Q
. . . S SEG(16)=+$G(SEG(16)),SEG(24)="LAB"
. . ;--- Replace NTE's with OBX's
. . I SEG(0)="NTE" D Q
. . . K TMP M TMP=SEG(3) K SEG
. . . S SEG(0)="OBX"
. . . S SEG(2)="ST",SEG(3)=LABC,SEG(4)="LCOMM"
. . . M SEG(5)=TMP
. . . S SEG(11)="F"
. . ;--- Skip all other segments
. . K SEG
. ;--- Store the segment
. D:$D(SEG)>1 ADDSEG^RORHL7(.SEG)
Q 0
;
;***** EXTRACTS PATIENT'S DATA AND CREATES THE MESSAGE BODY
;
; PTIEN Patient IEN
;
; .RGIENLST Reference to a local array containing registry
; IENs as subscripts and IENs of the corresponding
; patient's registry records as values.
;
; .DXDTS Either a single time frame in StartDate^EndDate
; format or a reference to a local variable containing
; the list of data extraction time frames. The main
; time frame should be stored in the root node:
;
; DXDTS( MainStartDate^MainEndDate (FileMan)
; DataArea,
; i) StartDate^EndDate (FileMan)
;
; See the $$DXPERIOD^ROREXTUT function for details.
;
; [HDTMODE] This parameter is defined and non-zero during the
; historical data extraction.
;
; Return Values:
; <0 Error Code
; 0 Ok
; >0 Nothing to send
;
MESSAGE(PTIEN,RGIENLST,DXDTS,HDTMODE) ;
N RORDEM ; Update demographics
;
N CLINPTR,CSRPTR,DEMPTR,PV1PTR,RC,REGIEN,RORMSG,RORPTR,TMP
S HDTMODE=+$G(HDTMODE)
;--- If only the main time frame is provided then
;--- generate the data-specific ones automatically
I $D(DXDTS)<10 D D DXMERGE^ROREXTUT(.DXDTS)
. D DXADD^ROREXTUT(.DXDTS,$P(DXDTS,U),$P(DXDTS,U,2),0,1)
;--- Initialize variables
S RC=$$INIT^RORHL7() Q:RC<0 RC
S RORDEM=$$DEMCHK(.RGIENLST)
;
;=== Demographic data segments
S DEMPTR=$$PTR^RORHL7
S RC=$$PID^RORHL01(PTIEN) Q:RC<0 RC
;--- Period of Servise
S RC=$$ZSP^RORHL01(PTIEN) Q:RC<0 RC
;--- Rated Disabilities
S RC=$$ZRD^RORHL01(PTIEN) Q:RC<0 RC
;
;=== Inpatient and Outpatient Encounter Data
S PV1PTR=$$PTR^RORHL7
;--- Inpatient
S RC=$$EN1^RORHL08(PTIEN,.DXDTS,"PV1") Q:RC<0 RC
;--- Outpatient
S RC=$$EN1^RORHL09(PTIEN,.DXDTS,"PV1") Q:RC<0 RC
;
;=== Required CSR segment (dummy)
S CSRPTR=$$PTR^RORHL7
S RC=$$CSR^RORHL02(,PTIEN) Q:RC<0 RC
;
;=== Add other encounter data segments
S CLINPTR=$$PTR^RORHL7
;---Inpatient
S RC=$$EN1^RORHL08(PTIEN,.DXDTS,"OBR") Q:RC<0 RC
;--- Outpatient
S RC=$$EN1^RORHL09(PTIEN,.DXDTS,"OBR") Q:RC<0 RC
;--- Radiology
S RC=$$EN1^RORHL04(PTIEN,.DXDTS) Q:RC<0 RC
;--- Autopsy
S RC=$$EN1^RORHL05(PTIEN,.DXDTS) Q:RC<0 RC
;--- Surgical Pathology
S RC=$$EN1^RORHL10(PTIEN,.DXDTS,HDTMODE) Q:RC<0 RC
;--- Cytopathology
S RC=$$EN1^RORHL11(PTIEN,.DXDTS,HDTMODE) Q:RC<0 RC
;--- Microbiology
S RC=$$EN1^RORHL12(PTIEN,.DXDTS,HDTMODE) Q:RC<0 RC
;--- EKG (Medical Procedures)
S RC=$$EN1^RORHL13(PTIEN,.DXDTS) Q:RC<0 RC
;--- Allergy
S RC=$$EN1^RORHL14(PTIEN,.DXDTS) Q:RC<0 RC
;--- IV
S RC=$$EN1^RORHL15(PTIEN,.DXDTS) Q:RC<0 RC
;--- Vitals
S RC=$$EN1^RORHL16(PTIEN,.DXDTS) Q:RC<0 RC
;--- Problem List
S RC=$$EN1^RORHL17(PTIEN,.DXDTS) Q:RC<0 RC
;--- Lab data
S RC=$$LABDATA(PTIEN,.DXDTS,HDTMODE) Q:RC<0 RC
;--- Pharmacy
S RC=$$EN1^RORHL03(PTIEN,.DXDTS) Q:RC<0 RC
;
;=== Analyze the structure of the message
S RORPTR=$$PTR^RORHL7
;--- If the demographic data has not changed since the previous
; data extraction and no clinical data has been added to the
;--- message, then remove the demographic section completely.
I 'RORDEM,RORPTR'>CLINPTR,CSRPTR'>PV1PTR D
. D ROLLBACK^RORHL7(DEMPTR,1) S CLINPTR=0
;
;=== Registry Data
S REGIEN=0
F S REGIEN=$O(RGIENLST(REGIEN)),RC=0 Q:REGIEN'>0 D Q:RC<0
. S IEN=+RGIENLST(REGIEN) Q:IEN'>0
. ;--- If no clinical or demographics data is sent and the local
. ; registry data has not been modified since the last data
. ;--- extraction, then do not include the registry data section.
. I 'CLINPTR D Q:RC
. . S RC='$$GET1^DIQ(798,IEN_",",5,"I",,"RORMSG")
. . S:$G(DIERR) RC=$$DBS^RORERR("RORMSG",-9,,PTIEN,798,IEN_",")
. ;---
. I $G(ROREXT("MSGBLD",REGIEN))'="" D
. . X "S RC="_ROREXT("MSGBLD",REGIEN)_"(IEN,PTIEN,.DXDTS)"
. E S RC=$$REGDATA(IEN,PTIEN,.DXDTS)
;
;=== Analyze the structure of the message
S RORPTR=$$PTR^RORHL7
Q (RORPTR'>DEMPTR)
;
;***** EXTRACTS REGISTRY-SPECIFIC DATA
;
; RORIEN IEN of the patient record in the registry
;
; PTIEN Patient IEN
;
; .DXDTS Data extraction time frames
;
; [HDTMODE] This parameter is defined and non-zero during the
; historical data extraction.
;
; Return Values:
; <0 Error Code
; 0 Ok
; >0 Nothing to send
;
REGDATA(RORIEN,PTIEN,DXDTS,HDTMODE) ;
N IENS,RC
S IENS=RORIEN_","
S RC=$$PID^RORHL01(PTIEN) Q:RC<0 RC
S RC=$$CSR^RORHL02(IENS,PTIEN) Q:RC<0 RC
S RC=$$CSP^RORHL02(IENS,DXDTS) Q:RC<0 RC
Q 0