VistA-FOIAVistA/r/CLINICAL_CASE_REGISTRIES-ROR/ROREXPR.m

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Mathematica

ROREXPR ;HCIOFO/SG - PREPARATION FOR DATA EXTRACTION ; 11/2/05 8:56am
;;1.5;CLINICAL CASE REGISTRIES;;Feb 17, 2006
;
Q
;
;***** PREPARES VARIABLES FOR DATA EXTRACTION
;
; .REGLST Reference to a local array containing registry
; names as subscripts and registry IENs as values
;
; [DXBEG] Data extraction start date (individual start
; date for each patient by default).
; Time part of the parameter value is ignored.
;
; [DXEND] Data extraction end date (TODAY by default)
; Time part of the parameter value is ignored.
;
; DXBEG and DXEND parameters may be used only for historical data
; extraction. Use of these parameters for regular data extraction
; process will negatively affect the package!
;
; This function does not kill the ROREXT("DTAR") node! It just adds
; missing data areas to those that are already present in the list.
;
; Data extraction parameters are aggregated from individual
; registry parameters as follow:
;
; EXTRACT PERIOD FOR NEW PATIENT Maximum
; LAG DAYS Maximum
; EXTRACTED RESULT Union
; MAXIMUM MESSAGE SIZE Minimum
;
; Return Values:
; 0 Ok
; <0 Error code
;
PREPARE(REGLST,DXBEG,DXEND) ;
N I,IL,IR,LOINC,NODE,RC,REGIEN,REGNAME,RORBUF,RORMSG,TMP,VAL
K RORLRC
F TMP="DXBEG","HDTIEN","LD","MAXHL7SIZE","PATCH" K ROREXT(TMP)
S DXBEG=$G(DXBEG)\1,DXEND=$G(DXEND)\1
;
;=== Data areas
S NODE=$$ROOT^DILFD(799.33,,1)
;--- Validate the existing list
S IR=0
F S IR=$O(ROREXT("DTAR",IR)) Q:IR'>0 D
. I '$D(@NODE@(IR)) K ROREXT("DTAR",IR) Q
. S TMP=$G(ROREXT("DTAR",IR))
. S:TMP>0 ROREXT("DTAR",IR)=($P(TMP,U)\1)_U_($P(TMP,U,2)\1)
;--- Add remaining data areas
S IR=0
F S IR=$O(@NODE@(IR)) Q:IR'>0 D:'$D(ROREXT("DTAR",IR))
. S ROREXT("DTAR",IR)=""
;
;=== Main data extraction time frame
S ROREXT("DXEND")=$S(DXEND>0:DXEND,1:$$DT^XLFDT)
I DXBEG>0 S RC=0 D Q:RC<0 RC
. S ROREXT("DXBEG")=DXBEG Q:DXBEG'>ROREXT("DXEND")
. S RC=$$ERROR^RORERR(-32,,,,DXBEG,ROREXT("DXEND"))
;
;=== Check if the critical patches are installed
F TMP="MD*1.0*1","MC*2.3*34","GMPL*2*30" D
. S:$$PATCH^XPDUTL(TMP) ROREXT("PATCH",TMP)=""
;
;=== Get the package version and the latest patch info
S TMP="CLINICAL CASE REGISTRIES"
S ROREXT("VERSION")=$$VERSION^XPDUTL(TMP)
S TMP=$$LAST^XPDUTL(TMP) D:TMP>0
. S $P(ROREXT("VERSION"),U,2)=+TMP
. S $P(ROREXT("VERSION"),U,3)=$P(TMP,U,2)
;
;=== Aggregate registry parameters
S REGNAME="",RC=0
F S REGNAME=$O(REGLST(REGNAME)) Q:REGNAME="" D Q:RC<0
. ;--- Get the registry IEN and parameters
. S REGIEN=$$REGIEN^RORUTL02(REGNAME,"7;10;13;13.1;15.1",.RORBUF)
. I REGIEN<0 S RC=REGIEN Q
. ;--- Extract Period for New Patient
. S VAL=+$G(RORBUF("DILIST","ID",1,7))
. S:VAL>$G(ROREXT("EXTRDAYS")) ROREXT("EXTRDAYS")=VAL
. ;--- Setup the message builder call-back entry point
. S VAL=$$TRIM^XLFSTR($G(RORBUF("DILIST","ID",1,10)))
. I VAL'="" D Q:RC<0
. . S RC=$$VERIFYEP^RORUTL01(VAL)
. . I RC<0 D ERROR^RORERR(-44,,REGNAME,,VAL) Q
. . S ROREXT("MSGBLD",REGIEN)=VAL
. ;--- Use the first available HL7 event protocol if it has not
. ;--- been defined before calling the $$PREPARE^ROREXPR
. D:$G(ROREXT("HL7PROT"))=""
. . S ROREXT("HL7PROT")=$G(RORBUF("DILIST","ID",1,13))
. ;--- Load maximum message size and convert it into bytes
. ;--- (1 Megabyte = 1024 Kb = 1024 * 1024 = 1048576 bytes)
. S VAL=($G(RORBUF("DILIST","ID",1,13.1))*1048576)\1
. I VAL>0 D S:(TMP'>0)!(VAL<TMP) ROREXT("MAXHL7SIZE")=VAL
. . S TMP=+$G(ROREXT("MAXHL7SIZE"))
. ;--- Setup the lag interval (for regular data extraction only)
. D:'$G(ROREXT("DXBEG"))
. . S VAL=+$G(RORBUF("DILIST","ID",1,15.1))
. . S:VAL>$G(ROREXT("LD",1)) ROREXT("LD",1)=VAL
. ;--- Load list of codes of extracted Lab results
. I $G(RORLRC)'="*" D Q:RC<0
. . S TMP=","_REGIEN_","
. . D LIST^DIC(798.112,TMP,"@;.01;.02;.03","U",,,,"B",,,,"RORMSG")
. . I $G(DIERR) S RC=$$DBS^RORERR("RORMSG",-9,,,798.112,TMP) Q
. . Q:$G(^TMP("DILIST",$J,0))'>0
. . S (IL,IR,RC)=0
. . F S IR=$O(^TMP("DILIST",$J,"ID",IR)) Q:IR="" D Q:RC
. . . S LOINC=$G(^TMP("DILIST",$J,"ID",IR,.01))
. . . ;--- All results or list of subscripts
. . . I LOINC="*" D S RC=1 Q
. . . . S VAL=$G(^TMP("DILIST",$J,"ID",IR,.03))
. . . . I VAL="" K RORLRC S RORLRC="*" Q
. . . . I $G(RORLRC)="" K RORLRC S RORLRC=VAL Q
. . . . F I=1:1 S TMP=$P(RORLRC,",",I) Q:(TMP="")!(TMP=VAL)
. . . . S:TMP="" RORLRC=RORLRC_","_VAL
. . . ;--- Ignore individual codes if any subscripts
. . . ;--- (CH, MI, etc.) have been requested already
. . . Q:$G(RORLRC)'=""
. . . ;--- LOINC
. . . I LOINC>0 D Q:RC<0 S IL=IL+1,RORLRC(IL)=TMP_"^LN"
. . . . S TMP=$$LNCODE^RORUTL02(LOINC) S:TMP<0 RC=TMP
. . . ;--- NLT
. . . S TMP=$G(^TMP("DILIST",$J,"ID",IR,.02))
. . . S:TMP>0 IL=IL+1,RORLRC(IL)=TMP_"^NLT"
D CLEAN^DILF
K ^TMP("DILIST",$J)
Q:RC<0 RC
;
;=== Validate parameters
I '$G(ROREXT("DXBEG")) S:$G(ROREXT("LD",1))'>0 ROREXT("LD",1)=1
;
;=== Check the HL7 parameters
I $G(ROREXT("HL7PROT"))'="" D Q:RC<0 RC
. S RC=$$INIT^RORHL7()
;
;=== Success
Q 0