1 | BMXADOVJ ; IHS/CIHA/GIS - RPC CALL: GENERATE DATA FOR AN ADO DATASET ;
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2 | ;;2.31;BMX;;Jul 25, 2011
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3 | ; THIS ROUTINE MANAGES THE JOINS
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4 | ;
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5 | ;
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6 | ;
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7 | ; THE FIFTH PARAMETER OF SS^BMXADO CONTAINS THE JOIN INSTRUCTIONS
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8 | ; SYNTAX: DESCENDANT SCHEMA IEN (DETAILS FILE), JOIN FIELD FROM MASTER FILE
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9 | ; THE FIRST "," PIECE STATES THAT THE MASTER FILE IS JOINED BY ITS .02 FIELD TO THE DETAILS FILE
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10 | ; THE SECOND "," PIECE STARTES THAT THE DETAILS FILE IS DEFINED BY SCHEMA #6
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11 | ; AN OPTIONAL 3RD "," PIECE MAY CONTAIN A SECONDARY VSTG TO MORE PRECISELY DEFINE JOIN ITERATION
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12 | ; E.G., "...~6.,.02,AA~1/1/2004~2/1/2004~~~~~|WT|R"
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13 | ; IN THIS CASE, THE SECONDARY VSTG SPECIFIES THAT THE AA INDEX BE USED TO CONTROL THE ITERATOR
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14 | ; THE START AND STOP DATES ARE IN EFFECT BUT MAX IS IGNORED/IRRELEVANT
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15 | ; THE 1ST "|" PIECE OF THE PARAM SECTION WILL BE AUTOMATICALLY STUFFED WITH PATEINT DFN(S) DURING ITERATION
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16 | ; IF MULTIPLE JOINS ARE REQUESTED, THEY ARE SPARATED BY THE '@JOIN@' DELIMTER
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17 | ; "E.G., 6,.02@JOIN@1,.03@JOIN@2,.02@JOIN@9,SUB"
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18 | ; IN THIS EXAPLE THE MASTER FILE IS JOIND TO THE DETAILS FILES ASSOCIATED WITH SCHEMAS 6, 1, AND 9
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19 | ; NOTE THAT THE 3RD JOIN DEINED IN THE STRING SPECIFIES A SUBFILE REALTION RATHER THAN A "POINTER" RELATION
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20 | ; IF A SECOND RECORD SET IS CREATED TO FULFILL A JOIN REQUEST, IT WILL ONLY CONTAIN THE ROWS NECESSARY TO COMPLETE THE JOIN
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21 | ;
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22 | JOIN(SMASTER,JSTG) ;EP - APPEND ADDITIONAL ANRS TO FULFILL JOIN REQUESTS
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23 | N TMP,JOIN,JINST,FMASTER
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24 | I '$L($G(JSTG)) Q ; JOIN STRING MUST NOT BE NULL
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25 | S FMASTER=$P($G(^BMXADO(+$G(SMASTER),0)),U,2) I 'FMASTER Q ; MASTER SCHEMA & FILE MUST EXIST
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26 | S TMP=$NA(^TMP("BMX JOIN",$J)) K @TMP ; JOIN INFO TEMP STORAGE ARRAY
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27 | S @TMP@(0,SMASTER)=$$RANGE ; GET DATA NODE RANGE FOR THE MASTER ANR
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28 | I '$D(@TMP@(0)) Q ; DATA MUST EXIST IN THE MASTER FILE OR QUIT
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29 | F JOIN=1:1 S JINST=$P(JSTG,"@JOIN@",JOIN) Q:JINST="" D J(SMASTER,JINST) ; MAIN LOOP FOR DOING JOINS
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30 | K @TMP
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31 | Q
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32 | ;
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33 | RANGE() ; GET DATA NODE RANGE FOR LAST SCHEMA ENTERED
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34 | N X,FIRST,LAST,Y
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35 | S (X,LAST)=$O(@OUT@(999999999),-1)
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36 | F S X=$O(@OUT@(X),-1) Q:'X S Y=@OUT@(X) Q:Y'[$C(30) S FIRST=X
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37 | I '$G(FIRST) Q ""
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38 | S FIRST=FIRST+1
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39 | Q (FIRST_U_LAST)
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40 | ;
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41 | J(SMASTER,JSTG) ; JOIN DETAILS FILE TO MASTER FILE
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42 | ; SMASTER=MASTER SCHMA IEN, SDETAIL=DETAILS SCHEMA IEN
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43 | N JARR,SEC,ERR,JIEN,SUB,IX,PARENT,JFLD,DFLD,NODE,X,STOP,VSTG2,SDETAIL,JFLD
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44 | S SDETAIL=$P(JSTG,C),JFLD=$P(JSTG,C,2),DFLD=$P(JSTG,C,3),VSTG2=$P(JSTG,C,4,999)
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45 | I JFLD="SUB" S JFLD=.001,DFLD=.0001
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46 | I JFLD=.001,DFLD=.0001 S SUB=1,VSTG2="~~~~~SIT~BMXADOVJ~" ; MAKE SUBFILE ITERATOR VSTG
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47 | D IEN(SMASTER,SDETAIL,JFLD) ; GET A LIST OF JOIN IENS FROM THE MASTER FILE
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48 | I '$D(@TMP@(1)) Q ; NO MASTER FILE IENS FOR JOINS, SO QUIT
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49 | N FIEN,DAS,SIEN,VSTG,JSTG
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50 | S DAS="",SIEN=SDETAIL,VSTG=VSTG2
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51 | S FIEN=$P($G(^BMXADO(SIEN,0)),U,2) I 'FIEN Q
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52 | D JEP^BMXADO ; BUILD THE JOIN ANR
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53 | Q
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54 | ;
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55 | IEN(SMASTER,SDETAIL,JFLD) ; GET THE MASTER FILE IENS FOR BUILDING THE JOIN DATA SET
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56 | N FIEN,%,FIRST,LAST,NODE,DA,IEN
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57 | I JFLD["IEN" S JFLD=+JFLD
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58 | S FIEN=$P($G(^BMXADO(SMASTER,0)),U,2) I 'FIEN Q
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59 | S %=$G(@TMP@(0,SMASTER)) I '$L(%) Q
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60 | S FIRST=+%,LAST=$P(%,U,2),NODE=FIRST-.1
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61 | F S NODE=$O(@OUT@(NODE)) Q:'NODE Q:NODE>LAST D
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62 | . S DA=+@OUT@(NODE)
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63 | . I 'DA Q
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64 | . I JFLD=.001 S @TMP@(1,SDETAIL,DA)="" Q
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65 | . S IEN=$$GET1^DIQ(FIEN,(DA_C),JFLD,"I") I 'IEN Q
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66 | . S @TMP@(1,SDETAIL,IEN)=""
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67 | . Q
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68 | Q
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69 | ;
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70 | JFLD ; EP-STUFF JOIN FIELD IDS INTO THE INTRO SEGMENT OF THE SCHEMA
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71 | N NODE,%
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72 | S NODE=999999999999
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73 | F S NODE=$O(@OUT@(NODE),-1) Q:'NODE I ^(NODE)["@@@meta@@@" Q
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74 | I 'NODE Q
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75 | S %=$P(@OUT@(NODE),U),$P(%,"|",4)=$G(JFLD),$P(%,"|",5)=$G(DFLD)
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76 | S @OUT@(NODE)=%_U
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77 | Q
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78 | ;
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