1 | PSNAPIS ;BIR/DMA-APIs for NDF ; 07/02/03 14:07
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2 | ;;4.0; NATIONAL DRUG FILE;**2,3,47,70**; 30 Oct 98
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3 | ;
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4 | ;Reference to ^PSDRUG supported by DBIA #2192
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5 | ;Reference to ^PS(50.606 supported by DBIA #2174
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6 | ;
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7 | PSA(NDC,LIST) ;ENTRY FOR DRUG ACCOUNTABILITY
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8 | N Y,PN,PN1,P50,J
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9 | S Y=$Q(^PSNDF(50.67,"NDC",NDC)) I $QS(Y,3)'=NDC Q 0
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10 | S Y=^PSNDF(50.67,$QS(Y,4),0),Y=$P(Y,"^",6),PN=$P(^PSNDF(50.68,Y,0),"^"),PN1=$E(PN,1,30)
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11 | S P50=0,J=0 F S P50=$O(^PSDRUG("VAPN",PN1,P50)) Q:'P50 I $P(^PSDRUG(P50,"ND"),"^",2)=PN S LIST(P50)=$P(^PSDRUG(P50,0),"^"),J=J+1
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12 | Q J
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13 | ;
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14 | PSJING(DA1,K,LIST) ;ENTRY FOR INGREDIENTS
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15 | N X,CT
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16 | ;DA1 IS SUPERFLUOUS, BUT WE LEAVE IN FOR COMPATABILITY
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17 | I 'K!('$D(^PSNDF(50.68,+K))) Q 0
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18 | S DA=0 F CT=0:1 S DA=$O(^PSNDF(50.68,K,2,DA)) Q:'DA S X=^(DA,0),LIST(+X)=+X_"^"_$P(^PS(50.416,+X,0),"^")_"^"_$P(X,"^",2)_"^" S:$P(X,"^",3)]"" LIST(+X)=LIST(+X)_$P($G(^PS(50.607,$P(X,"^",3),0)),"^")
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19 | Q CT
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20 | ;
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21 | PSJDF(DA,K) ;GET DOSE FORM
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22 | N X,DF
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23 | ;AGAIN DA IS SUPERFLUOUS
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24 | I 'K!('$D(^PSNDF(50.68,+K))) Q 0
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25 | S X=$P(^PSNDF(50.68,K,0),"^",3),DF=$P($G(^PS(50.606,X,0)),"^")
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26 | Q X_"^"_DF
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27 | ;
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28 | PSJST(DA,K) ;ENTRY FOR STRENGTH
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29 | I 'K!('$D(^PSNDF(50.68,K))) Q 0
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30 | Q 1_"^"_$P(^PSNDF(50.68,K,0),"^",4)
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31 | ;
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32 | CLASS(CL) ;ENTRY FOR OE/RR TO GET CLASS $D
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33 | I CL']"" Q 0
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34 | Q $D(^PS(50.605,"C",CL))>0
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35 | ;
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36 | DRUG(DA) ;ENTRY FOR OE/RR TO GET DRUG $D
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37 | I DA']"" Q 0
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38 | Q $D(^PSNDF(50.6,"B",DA))!$D(^PSNDF(50.67,"T",DA))
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39 | ;
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40 | PROD0(P1,P2) ;GET INFO IN THE FORM OF THE OLD 0 PRODUCT NODE
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41 | N A,B
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42 | ;P1 IS SUPERFLUOUS
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43 | I P2']"" Q ""
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44 | S A=$G(^PSNDF(50.68,P2,0)),B=$G(^(1))
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45 | Q $P(A,"^")_"^"_$P(A,"^",3,5)_"^^^"_$P(B,"^",5,6)
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46 | ;
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47 | PROD2(P1,P2) ;GET OLD 2 NODE
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48 | ;P1 STILL SUPERFLUOUS
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49 | I P2']"" Q ""
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50 | Q $P($G(^PSNDF(50.68,P2,1)),"^",1,3)_"^"_$P($G(^PSNDF(50.64,+$P(^PSNDF(50.68,P2,1),"^",4),0)),"^")
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51 | ;
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52 | DCLASS(DA,K) ;GET CLASS FOR PRODUCT
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53 | I K']"" Q ""
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54 | S X=+$P($G(^PSNDF(50.68,+K,3)),"^"),Y=$P($G(^PS(50.605,X,0)),"^",2)
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55 | Q X_"^"_Y
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56 | ;
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57 | DCLCODE(DA,K) ;RETURN VA CLASS CODE
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58 | I K']"" Q ""
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59 | S X=+$P($G(^PSNDF(50.68,+K,3)),"^"),X=$P($G(^PS(50.605,X,0)),"^")
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60 | Q X
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61 | ;
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62 | ;DA IS SUPERFLUOUS
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63 | VAGN(DA) ;GET VA GENERIC NAME
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64 | I 'DA!'$D(^PSNDF(50.6,+DA,0)) Q 0
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65 | Q $P(^PSNDF(50.6,+DA,0),"^")
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66 | ;
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67 | FORMI(DA,K) ;GET FORMULARY INDICATOR FOR VA PRODUCT
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68 | ;DA IS SUPERFLUOUS
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69 | ;1 if yes, 0 if no, null if not entered
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70 | Q $P($G(^PSNDF(50.68,+K,5)),"^")
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71 | ;
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72 | FORMR(DA,K) ;GET EXISTENCE OF FORMULARY RESTRICTIONS
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73 | ;DA IS SUPERFLUOUS
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74 | Q $O(^PSNDF(50.68,+K,6,0))]""
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75 | ;
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76 | DFSU(DA,K) ;RETURN DOSE FORM, STRENGTH, AND UNITS FOR PDM AND CPRS
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77 | N U1,UN
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78 | I 'K!('$D(^PSNDF(50.68,+K,0))) Q 0
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79 | S U1=+$P(^PSNDF(50.68,+K,0),"^",5),UN=$P($G(^PS(50.607,U1,0)),"^")
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80 | Q $$PSJDF(DA,K)_"^"_$$PSJST(DA,K)_"^"_U1_"^"_UN
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81 | ;
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82 | VAP(DA,LIST) ;GIVEN GENERIC RETURN ARRAY LIST(IEN)=IEN^PRODUCT^DF PTR^DOSE FOMR
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83 | N PR,J,X
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84 | I 'DA!'$D(^PSNDF(50.6,+DA)) Q 0
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85 | S PR=0,J=0 F S PR=$O(^PSNDF(50.6,"APRO",DA,PR)) Q:'PR S X=^PSNDF(50.68,PR,0),DAT=$P($G(^(7)),"^",3) D
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86 | .S LIST(PR)=PR_"^"_$P(X,"^")_"^"_$P(X,"^",3)_"^"_$P($G(^PS(50.606,+$P(X,"^",3),0)),"^")_"^"_$P(^PSNDF(50.68,PR,3),"^")_"^"_$P($G(^PS(50.605,+$P(^PSNDF(50.68,PR,3),"^"),0)),"^"),J=J+1 I DAT,(DAT<DT) S LIST(PR)=LIST(PR)_"^I"
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87 | Q J
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88 | ;
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89 | PSPT(DA,K,LIST) ;GIVEN PRODUCT K RETURN LIST(INE1^IEN2)=IEN1^PSIZE^IEN1^PTYPE
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90 | N NDC,J,PT,PS
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91 | ;DA SUPERFLUOUS
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92 | I 'K!'$D(^PSNDF(50.68,+K)) Q 0
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93 | S NDC=0 F J=0:1 S NDC=$O(^PSNDF(50.68,"ANDC",K,NDC)) Q:'NDC S X=^PSNDF(50.67,NDC,0),PS=$P(X,"^",8),PT=$P(X,"^",9),LIST(PS_"^"_PT)=PS_"^"_$P($G(^PS(50.609,PS,0)),"^")_"^"_PT_"^"_$P($G(^PS(50.608,PT,0)),"^")
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94 | Q J
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95 | ;
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96 | DSS(DA,K,DATE) ;RETURN DSS FEEDER KEY
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97 | ;NEW STYLE IF DATE IS MISSING OR NOT LESS THAN 199810
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98 | ;OLD STYLE OTHERWISE
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99 | S DATE=$G(DATE,999999)
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100 | I DATE'<199810 Q $S($D(^PSNDF(50.68,+K)):$$RJ^XLFSTR(K,5,0),1:"00000")
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101 | I $D(^PSNDF(50.6,+DA)),$D(^PSNDF(50.68,+K,7)) Q $$RJ^XLFSTR(DA,4,0)_$$RJ^XLFSTR($P(^PSNDF(50.68,+K,7),"^",9),3,0)
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102 | Q "0000000"
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103 | ;
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104 | CPRS(DA,K) ;CALL FOR CPRS
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105 | N CL,X,DF,ST,UN
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106 | ;RETURNS X=DOSE FORM^CLASS^STRENGTH^UNITS
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107 | I '$D(^PSNDF(50.68,+K)) Q 0
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108 | S CL=$P($G(^PS(50.605,+$P(^PSNDF(50.68,K,3),"^"),0)),"^")
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109 | S X=^PSNDF(50.68,K,0),DF=+$P(X,"^",3),ST=$P(X,"^",4),UN=+$P(X,"^",5)
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110 | Q $P($G(^PS(50.606,DF,0)),"^")_"^"_CL_"^"_ST_"^"_$P($G(^PS(50.607,UN,0)),"^")
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111 | ;
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112 | CIRN(NDC,LIST) ;CALL FOR CIRN
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113 | N DA,X,A
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114 | I NDC["-" S NDC=$$RJ^XLFSTR($P(NDC,"-"),6,0)_$$RJ^XLFSTR($P(NDC,"-",2),4,0)_$$RJ^XLFSTR($P(NDC,"-",3),2,0)
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115 | K LIST S LIST="000000000000" F J=1:1:7 S LIST(J)=""
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116 | S DA=$O(^PSNDF(50.67,"NDC",NDC,0)) Q:'DA S X=^PSNDF(50.67,DA,0),LIST(7)=$P(X,"^",2)_"^"_$P(X,"^",4,6)_"^",A=0 F S A=$O(^PSNDF(50.67,DA,1,A)) Q:'A S LIST(7)=LIST(7)_^(A,0)_" "
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117 | S LIST(6)=$P(X,"^",9),LIST(5)=$P(X,"^",8),A=$P(X,"^",6),X=^PSNDF(50.68,A,0)
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118 | S LIST(2)=$P(X,"^",3)_"^^"_$P(^PSNDF(50.68,A,3),"^"),LIST(3)=$P(X,"^",4),LIST(4)=$P(X,"^",5)
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119 | S LIST(0)=$P(X,"^",2),LIST(1)=^PSNDF(50.6,$P(X,"^",2),0),LIST=NDC
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120 | F J=1:1:7 I LIST(J)="NO DATA" S LIST(J)=""
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121 | Q
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122 | ;
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123 | B() ;RETURNS THE GLOBAL ROOT OF THE "B" CROSSREFERENCE IN NDF
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124 | Q "^PSNDF(50.6,""B"")"
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125 | ;
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126 | T() ;RETURNS THE GLOBAL ROOT OF THE "T" CROSSREFERENCE IN NDF
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127 | Q "^PSNDF(50.67,""T"")"
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128 | ;
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129 | TTOG(TRADE,LIST) ;RETURNS LIST(IEN)=IEN_"^"GENERIC FOR EVERY ENTRY IN 50.6 WHICH MATCHES THE TRADE NAME
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130 | I TRADE="" Q 0
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131 | N X,CT
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132 | I '$O(^PSNDF(50.67,"T",TRADE,0)) Q 0
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133 | S (X,CT)=0 F S X=$O(^PSNDF(50.67,"T",TRADE,X)) Q:'X S Y=$P(^PSNDF(50.67,X,0),"^",6),Y=$P(^PSNDF(50.68,Y,0),"^",2) I '$D(LIST(Y)) S LIST(Y)=Y_"^"_$P(^PSNDF(50.6,Y,0),"^"),CT=CT+1
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134 | Q CT
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135 | ;
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136 | CLIST(DA,LIST) ;RETURNS LIST(IEN)=IEN IN 50.605^CLASS CODE
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137 | ;FOR EVERY CLASS IN PSNDF(50.6,DA)
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138 | I 'DA Q 0
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139 | I '$D(^PSNDF(50.6,+DA)) Q 0
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140 | N K,CT S (K,CT)=0 F S K=$O(^PSNDF(50.6,"APRO",DA,K)) Q:'K S IEN=$P(^PSNDF(50.68,K,3),"^") I '$D(LIST(IEN)) S LIST(IEN)=IEN_"^"_$P(^PS(50.605,IEN,0),"^"),CT=CT+1
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141 | Q CT
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142 | ;
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143 | TGTOG(NAME) ;GIVEN NAME TRY TO FIND IT IN T OR B CROSS REFERENCE AND RETURN IEN
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144 | N X
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145 | I NAME="" Q 0
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146 | S X=$O(^PSNDF(50.6,"B",NAME,0)) I X Q X
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147 | I '$O(^PSNDF(50.67,"T",NAME,0)) Q 0
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148 | S X=$O(^PSNDF(50.67,"T",NAME,0)),X=$P(^PSNDF(50.67,X,0),"^",6),X=$P(^PSNDF(50.68,X,0),"^",2) Q X
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149 | ;
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150 | TGTOG2(NAME,LIST) ;PARTIAL LOOKUP ON T OR B
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151 | I NAME="" Q
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152 | N NAM,X,Y,CT
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153 | S CT=0
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154 | S NAM=$E(NAME,1,$L(NAME)-1)_$C($A($E(NAME,$L(NAME)))-1)_"z" F S NAM=$O(^PSNDF(50.6,"B",NAM)),X=0 Q:NAM'[NAME F S X=$O(^PSNDF(50.6,"B",NAM,X)) Q:'X S LIST(X)=X_"^"_$P(^PSNDF(50.6,X,0),"^"),CT=CT+1
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155 | S NAM=$E(NAME,1,$L(NAME)-1)_$C($A($E(NAME,$L(NAME)))-1)_"z" F S NAM=$O(^PSNDF(50.67,"T",NAM)),X=0 Q:NAM'[NAME F S X=$O(^PSNDF(50.67,"T",NAM,X)) Q:'X S Y=$P(^PSNDF(50.67,X,0),"^",6),Y=$P(^PSNDF(50.68,Y,0),"^",2) D
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156 | .I '$D(LIST(Y)) S LIST(Y)=Y_"^"_$P(^PSNDF(50.6,Y,0),"^"),CT=CT+1
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157 | Q CT
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158 | ;
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159 | CIRN2(P1,P3,LIST) ;RETURN LIST OF NDCS FOR A PRODUCT
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160 | I 'P3 Q 0
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161 | I '$D(^PSNDF(50.68,+P3)) Q 0
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162 | N D,N,J
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163 | S N=0
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164 | F J=0:1 S N=$O(^PSNDF(50.68,"ANDC",P3,N)) Q:'N S LIST(J)=$P(^PSNDF(50.67,N,0),"^",2)
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165 | Q J
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166 | ;
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167 | CLASS2(IEN) ;RETURNS FIRST 2 PIECES OF ZERO NODE OF 50.605
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168 | Q $P($G(^PS(50.605,+IEN,0)),"^",1,2)
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169 | ;
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170 | CMOP(CODE) ;CODE = 5 CHARACTER CMOP CODE RETURNS PRODUCT NAME
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171 | I CODE="" Q ""
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172 | I '$O(^PSNDF(50.68,"C",CODE,0)) Q ""
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173 | Q $P(^PSNDF(50.68,+$O(^PSNDF(50.68,"C",CODE,0)),0),"^")
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174 | ;
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175 | FORMRX(DA,K,LIST) ;RETURN X=1 FOR RESTRICTIONS, 0 FOR NO
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176 | ;RETURNS LIST=WORD PROCESSING FIELD FOR RESTRICTIONS
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177 | ;
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178 | I '$O(^PSNDF(50.68,+K,6,0)) Q 0
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179 | M LIST=^PSNDF(50.68,+K,6) Q 1
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180 | ;
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181 | DDIEX(DA,K) ;RETURN X=1 FOR EXCLUDE DDI CHECK, 0 FOR CONTINUE DDI CHECK
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182 | ;
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183 | I '$G(^PSNDF(50.68,+K,8)) Q 0
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184 | I $G(^PSNDF(50.68,+K,8)) Q 1
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185 | ;
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