1 | LEXLK2 ;ISL/FJF-Look Up - Expression Attributes ;09-10-01
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2 | ;;2.0;LEXICON UTILITY;**6,19**;Sep 23, 1996
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3 | ;
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4 | GET(Y) ; Build list in array LEX
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5 | N LEXSPC,LEXSPCR,LEXSTR,LEXDIS,LEXMC,LEXMCE,LEXEXP
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6 | S $E(LEXSPC,42)=" "
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7 | K LEX
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8 | ; PCH 6 add MD and CLC
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9 | D MC,SY,LV,MD,DEF,STY,CLC,SRC
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10 | K LEXC,LEXCODE,LEXCT,LEXDEF,LEXDIS,LEXEXP,LEXF
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11 | K LEXFORM,LEXMC,LEXMCE,LEXNOM,LEXSCP,LEXSO,LEXSPC,LEXSPCR
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12 | K LEXSR,LEXSRC,LEXSTR
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13 | Q
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14 | MC ; Major Concept
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15 | N LEXMEX
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16 | S LEXMC=+^LEX(757.01,+Y,1)
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17 | S LEXMCE=+Y
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18 | S LEXMEX=+^LEX(757,LEXMC,0)
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19 | D BL,BL
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20 | S LEXSTR="TERMS:" D TL,BL
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21 | S LEXSTR=" Concept: "_$E(^LEX(757.01,LEXMEX,0),1,66) D TL
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22 | S LEXDIS=$$T(+Y) S LEXSTR=" "_LEXDIS D TL
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23 | Q
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24 | SY ; Synonyms
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25 | N LEXEXP
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26 | S LEXEXP=0
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27 | F S LEXEXP=$O(^LEX(757.01,"AMC",+LEXMC,LEXEXP)) Q:+LEXEXP=0 D
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28 | .I $P(^LEX(757.01,LEXEXP,1),U,2)=2 D
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29 | ..S LEXDIS=$$T(LEXEXP) D BL
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30 | ..S LEXSTR=" Synonym: "_$E(^LEX(757.01,LEXEXP,0),1,66) D TL
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31 | ..S LEXSTR=" "_LEXDIS D TL
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32 | Q
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33 | LV ; Lexical Variants
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34 | N LEXEXP
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35 | S LEXEXP=0
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36 | F S LEXEXP=$O(^LEX(757.01,"AMC",+LEXMC,LEXEXP)) Q:+LEXEXP=0 D
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37 | .I $P(^LEX(757.01,LEXEXP,1),U,2)=3 D
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38 | ..S LEXDIS=$$T(LEXEXP) D BL
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39 | ..S LEXSTR=" Variant: "_$E(^LEX(757.01,LEXEXP,0),1,66) D TL
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40 | ..S LEXSTR=" "_LEXDIS D TL
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41 | Q
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42 | MD ; Modifiers/Descendants PCH 6 added
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43 | Q:'$D(^LEX(757.01,"APAR",LEXMCE))
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44 | D BL
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45 | N LEXCHD,LEXORD,LEXSTR,LEXNO,LEXE,LEXCT,LEXTY,LEXL
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46 | S (LEXCHD,LEXCT)=0
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47 | S LEXSTR=" Modified/Descendant Terms" D TL,BL
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48 | F S LEXCHD=$O(^LEX(757.01,"APAR",LEXMCE,LEXCHD)) Q:+LEXCHD=0 D
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49 | .S LEXE=$P($G(^LEX(757.01,LEXCHD,0)),"^") Q:'$L(LEXE)
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50 | .S LEXTY=+$P($G(^LEX(757.01,LEXCHD,1)),"^",2) Q:LEXTY=0
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51 | .S LEXCT=LEXCT+1
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52 | .S LEXORD=+$P($G(^LEX(757.01,LEXCHD,1)),"^",10)
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53 | .S LEXNO=$S(LEXORD>0:LEXORD,1:(9999+LEXCT))
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54 | .S LEXL(LEXTY,LEXNO)=LEXE
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55 | S LEXTY=0 F S LEXTY=$O(LEXL(LEXTY)) Q:+LEXTY=0 D
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56 | .S LEXNO=0 F S LEXNO=$O(LEXL(LEXTY,LEXNO)) Q:+LEXNO=0 D
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57 | ..S LEXSTR=" "_LEXL(LEXTY,LEXNO) D TL
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58 | Q
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59 | DEF ; Definition
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60 | D BL
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61 | I $D(^LEX(757.01,+Y,3)) D D BL
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62 | .S LEXSTR="DEFINITION:" D TL,BL
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63 | .N LEXDEF S LEXDEF=0
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64 | .F S LEXDEF=$O(^LEX(757.01,+Y,3,LEXDEF)) Q:+LEXDEF=0 D
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65 | ..S LEXSTR=" "_^LEX(757.01,+Y,3,LEXDEF,0) D TL
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66 | Q
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67 | STY ; Semantic Classes/Types
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68 | S LEXSTR="SEMANTICS:" D TL,BL
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69 | S LEXSTR=" CLASS TYPE" D TL,BL
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70 | N LEXC,LEXT,LEXCT,LEXTT S LEXC="",LEXT=0
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71 | F S LEXC=$O(^LEX(757.1,"AMCC",LEXMC,LEXC)) Q:LEXC="" D
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72 | .S LEXCT=$E($P(^LEX(757.11,+$O(^LEX(757.11,"B",LEXC,0)),0),U,2),1,38)
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73 | .S LEXSTR=" "_LEXCT
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74 | .S LEXT=0
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75 | .F S LEXT=$O(^LEX(757.1,"AMCC",LEXMC,LEXC,LEXT)) Q:+LEXT=0 D
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76 | ..S LEXTT=$E($P(^LEX(757.12,+$P(^LEX(757.1,LEXT,0),U,3),0),U,2),1,38)
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77 | ..S LEXSPCR=$E(LEXSPC,1,(40-$L(LEXSTR)))
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78 | ..S LEXSTR=LEXSTR_LEXSPCR_LEXTT D TL S LEXSTR=""
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79 | Q
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80 | CLC ; Clinical Class PCH 6 added
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81 | N LEXCL,LEXGP,LEXSTR,LEXFM,LEXIND,LEXP,LEXMEM,LEXT,LEXTC
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82 | S LEXCL=+$P($G(^LEX(757.01,+Y,1)),"^",11)
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83 | S:LEXCL=0 LEXCL=+$P($G(^LEX(757.01,LEXMCE,1)),"^",11)
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84 | Q:LEXCL=0 Q:'$D(^LEX(757.13,LEXCL,0))
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85 | S LEXGP=$G(^LEX(757.13,LEXCL,5)) Q:'$L(LEXGP)
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86 | D BL
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87 | S LEXSTR="SOURCE CATEGORY: "_LEXGP D TL,BL
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88 | S LEXFM=$P($G(^LEX(757.13,LEXCL,3)),"^") Q:'$L(LEXFM)
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89 | S LEXIND=" "
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90 | F LEXP=1:1:$L(LEXFM,"~") D
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91 | .S LEXMEM=+$P(LEXFM,"~",LEXP) Q:LEXMEM=0 Q:'$D(^LEX(757.13,LEXMEM,0))
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92 | .S LEXT=$P($G(^LEX(757.13,LEXMEM,0)),"^") Q:LEXT=""
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93 | .S LEXTC=$P($G(^LEX(757.13,LEXMEM,0)),"^",2)
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94 | .S LEXIND=LEXIND_" "
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95 | .S LEXSTR=LEXIND_LEXT D TL
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96 | Q
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97 | SRC ; Classification Systems/Codes
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98 | N LEXSR,LEXSO,LEXSPC
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99 | K LEXSRC
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100 | S LEXSO=0
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101 | F S LEXSO=$O(^LEX(757.02,"AMC",LEXMC,LEXSO)) Q:+LEXSO=0 D
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102 | .Q:$P(^LEX(757.02,LEXSO,0),"^",6)=1
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103 | .S LEXNOM=$P(^LEX(757.03,+$P(^LEX(757.02,LEXSO,0),U,3),0),U,2)
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104 | .S LEXSR=$P(^LEX(757.03,+$P(^LEX(757.02,LEXSO,0),U,3),0),U,3)
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105 | .S $E(LEXSPC,16)=" "
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106 | .S LEXSPC=$E(LEXSPC,1,$L(LEXSPC)-$L(LEXNOM))
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107 | .S LEXSR=LEXNOM_LEXSPC_LEXSR
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108 | .S LEXCODE=$P(^LEX(757.02,LEXSO,0),U,2)
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109 | .S LEXSRC(LEXSR,LEXCODE)=""
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110 | I $D(LEXSRC) D K LEXSRC
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111 | .D BL S LEXSTR="CLASSIFICATION SYSTEMS/CODES:" D TL,BL
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112 | .S LEXSR=""
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113 | .F S LEXSR=$O(LEXSRC(LEXSR)) Q:LEXSR="" D
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114 | ..D BL S LEXSTR=" "_LEXSR D TL
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115 | ..S (LEXSTR,LEXCODE)=""
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116 | ..F S LEXCODE=$O(LEXSRC(LEXSR,LEXCODE)) Q:LEXCODE="" D
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117 | ...S LEXSTR=LEXSTR_"/"_LEXCODE
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118 | ..S:$E(LEXSTR)="/" LEXSTR=$E(LEXSTR,2,$L(LEXSTR))
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119 | ..S LEXSTR=" "_LEXSTR
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120 | ..D:$L(LEXSTR)>18 TL
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121 | Q
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122 | T(X) ; Get Term Type
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123 | N LEXSCP,LEXF
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124 | S LEXF="",LEXFORM="",LEXEXP=+X,X=""
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125 | S LEXSCP=$P(^LEX(757.01,LEXEXP,1),U,3)
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126 | S LEXSCP=$S(LEXSCP="D":"Directly Linked to Concept",LEXSCP="I":"Indirectly Linked (via Synonym)",LEXSCP="B":"Broader View of Concept",LEXSCP="N":"Narrower View of Concept",LEXSCP="O":"Other View of Concept",1:"")
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127 | S LEXF=$P(^LEX(757.01,LEXEXP,1),U,4) S:+LEXF=0 LEXF=""
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128 | S:+LEXF>0 LEXF=$P($G(^LEX(757.014,+LEXF,0)),U,2)
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129 | S X=LEXSCP_"/"_LEXF S:$P(X,"/",2)="" X=$P(X,"/",1)
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130 | S:$E(X)="/" X=$E(X,2,$L(X))
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131 | K LEXSCP,LEXF
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132 | Q X
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133 | TL ; Create a Text Line
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134 | Q:'$L($G(LEXSTR))
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135 | N LEXC
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136 | S LEXC=+$G(LEX(0)),LEXC=LEXC+1
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137 | S LEX(LEXC)=LEXSTR
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138 | S LEX(0)=LEXC
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139 | Q
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140 | BL ; Create a Blank Line
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141 | N LEXC
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142 | S LEXC=+$G(LEX(0)),LEXC=LEXC+1
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143 | S LEX(LEXC)="",LEX(0)=LEXC
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144 | Q
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145 | LIST ; List the contents of the LEX array
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146 | Q:'$G(LEX(0)) N LEXLC,LEXLN,LEXCONT,LEXCL,LEXE,LEXB
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147 | S (LEXLN,LEXLC)=0,LEXCONT=""
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148 | F Q:LEXLN=LEX(0)!(LEXCONT["^") D Q:LEXLN=LEX(0)!(LEXCONT["^")
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149 | .S LEXB=LEXLN+1,LEXE=LEXB+(IOSL-3)
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150 | .F LEXCL=LEXB:1:LEXE D
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151 | ..I $D(LEX(LEXCL)) W !,LEX(LEXCL) S LEXLN=LEXCL,LEXLC=LEXLC+1
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152 | .I LEXLN'=LEX(0) D CONT Q
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153 | W !
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154 | S LEXLC=LEXLC+1
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155 | I LEXLC=(IOSL-3) D CONT
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156 | K LEXLC,LEXLN,LEXCONT,LEXCL,LEXE,LEXB
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157 | Q
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158 | CONT ; Continue listing - Press <Return> to Continue
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159 | W ! N X,Y S DIR(0)="E" D ^DIR S LEXLC=0,LEXCONT=X
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160 | K DIR,DTOUT,DUOUT,DIRUT,DIROUT W !
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161 | Q
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