[623] | 1 | HLFNC ;AISC/SAW-Routine of Functions and Other Calls Used for HL7 Messages ;08/03/2000 15:45
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| 2 | ;;1.6;HEALTH LEVEL SEVEN;**38,42,51,66**;Oct 13, 1995
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| 3 | HLNAME(X,HLECDE) ;Convert a name in DHCP format to HL7 format
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| 4 | ; INPUT: X - Name in DHCP format
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| 5 | ; Optional - HLECDE - HL7 encoding chars
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| 6 | ;**** NOTE: ****
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| 7 | ;If this function is called without HLECDE as parameter than HLECH
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| 8 | ;must be define.
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| 9 | ;
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| 10 | Q:'$D(X) "" Q:X="" ""
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| 11 | I '$D(HLECH),'$D(HLECDE) Q ""
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| 12 | I $D(HLECDE) N HLECH S HLECH=HLECDE
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| 13 | I '$D(HLECH) Q ""
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| 14 | N %,X1,X2,Y
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| 15 | S X1=$P(X,",",2),X2=$L(X1," "),Y=$P(X,",")_$E(HLECH)_$P(X1," ") I X2 F %=2:1:X2 Q:$P(X1," ",%)']"" S Y=Y_$E(HLECH)_$P(X1," ",%)
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| 16 | Q Y
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| 17 | ;
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| 18 | FMNAME(X,HLECDE) ;Convert a name in HL7 format to DHCP format
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| 19 | ; INPUT: X - Name in HL7 format
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| 20 | ; Optional - HLECDE - HL7 encoding chars
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| 21 | ;**** NOTE: ****
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| 22 | ;If this function is called without HLECDE as parameter than HLECH
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| 23 | ;must be define.
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| 24 | ;
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| 25 | Q:'$D(X) "" Q:X="" ""
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| 26 | I '$D(HLECH),'$D(HLECDE) Q ""
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| 27 | I $D(HLECDE) N HLECH S HLECH=HLECDE
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| 28 | I '$D(HLECH) Q ""
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| 29 | N %,X1 S X1=$L(X,$E(HLECH)),Y="" F %=1:1:X1 D
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| 30 | .I $P(X,$E(HLECH),%)]"",$P(X,$E(HLECH),%)'="""""" D
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| 31 | ..;Only last name,first name.
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| 32 | ..I %<3 S Y=Y_$P(X,$E(HLECH),%)_$S(%=1:",",1:"") Q
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| 33 | ..S Y=Y_" "_$P(X,$E(HLECH),%)
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| 34 | Q Y
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| 35 | ;
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| 36 | HLDATE(X,Y) ;Convert date, date/time or time only in FM format to HL7 format
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| 37 | ;Optional Variables:
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| 38 | ;Y = The type of format to be returned if you want to force return of a
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| 39 | ; specific format. Y must be equal to one of the following:
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| 40 | ; DT - Date only
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| 41 | ; TM - Time only
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| 42 | ; TS - Date and time
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| 43 | I X="" Q ""
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| 44 | S Y=$G(Y)
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| 45 | N %,Z
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| 46 | I $L(X)<7 D Q % ;Time input
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| 47 | . S %=$S(X=2400:"0000",$L(X)<4:$E(X_"000",1,4),1:X) S:$L(%)=5 %=%_0
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| 48 | . Q
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| 49 | I Y="TM" D Q % ;Only time
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| 50 | . S %=$P(X,".",2),%=$S(%="":"",$E(%,1,2)=24:"0000",$L(%)<4:$E(%_"000",1,4),1:%) S:$L(%)=5 %=%_0
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| 51 | . Q
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| 52 | S %=$$FMTHL7^XLFDT(X)
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| 53 | Q $S(Y="DT":$E(%,1,8),1:%)
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| 54 | ;
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| 55 | FMDATE(X) ;Convert a date, date/time or time only in HL7 format to FM format
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| 56 | I X="" Q ""
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| 57 | N %
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| 58 | S %=$P($TR(X,"+-","^"),"^")
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| 59 | I $L(X)<7 Q %
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| 60 | Q $$HL7TFM^XLFDT(X)
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| 61 | ;
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| 62 | M10(X,HLECDE) ; M10 check digit scheme
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| 63 | ; INPUT : X - ID number
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| 64 | ; Optional HLECDE - Encoding chars
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| 65 | ;**** NOTE: ****
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| 66 | ;If this function is called without HLECDE as parameter then HLECH
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| 67 | ;must be defined.
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| 68 | ;Return X if encoding character is not defined
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| 69 | ;Return X with encoding characters concatenated if X is alphanumeric
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| 70 | ;
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| 71 | N HLCNT,HLODD,HLEVEN,HLX1,HLDIGIT
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| 72 | Q:'$D(X) ""
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| 73 | I $D(HLECDE) N HLECH S HLECH=HLECDE
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| 74 | ;Return X if encoding character is not defined
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| 75 | I '$D(HLECH) Q X
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| 76 | ;Return X with encoding characters concatenated if X is alphanumeric
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| 77 | I '(X?1.N) Q X_$E(HLECH)_$E(HLECH)
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| 78 | ;
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| 79 | S HLX1=+X
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| 80 | S HLODD=""
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| 81 | F HLCNT=$L(HLX1):-2:1 S HLODD=HLODD_$E(HLX1,HLCNT)
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| 82 | S HLODD=HLODD*2
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| 83 | S HLEVEN=""
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| 84 | F HLCNT=($L(HLX1)-1):-2:1 S HLEVEN=HLEVEN_$E(HLX1,HLCNT)
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| 85 | S HLX1=HLEVEN_HLODD
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| 86 | S HLDIGIT=0
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| 87 | F HLCNT=1:1:$L(HLX1) S HLDIGIT=HLDIGIT+$E(HLX1,HLCNT)
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| 88 | S HLDIGIT=((HLDIGIT\10+1)*10-HLDIGIT)#10
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| 89 | Q X_$E(HLECH)_HLDIGIT_$E(HLECH)_"M10"
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| 90 | ;
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| 91 | M11(X,HLECDE) ; M11 check digit scheme
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| 92 | ; INPUT : X - ID number
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| 93 | ; Optional HLECDE - Encoding chars
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| 94 | ;**** NOTE: ****
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| 95 | ;If this function is called without HLECDE as parameter then HLECH
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| 96 | ;must be defined.
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| 97 | ;Return X if encoding character is not defined
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| 98 | ;Return X with encoding characters concatenated if X is alphanumeric
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| 99 | ;
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| 100 | N HLX1,HLCNT,HLWT,HLDIGIT
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| 101 | Q:'$D(X) ""
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| 102 | I $D(HLECDE) N HLECH S HLECH=HLECDE
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| 103 | ;Return X if encoding character is not defined
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| 104 | I '$D(HLECH) Q X
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| 105 | ;Return X with encoding characters concatenated if X is alphanumeric
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| 106 | I '(X?1N.N) Q X_$E(HLECH)_$E(HLECH)
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| 107 | ;
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| 108 | S HLX1=+X
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| 109 | S HLDIGIT=0,HLWT=2
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| 110 | F HLCNT=$L(HLX1):-1:1 D
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| 111 | . I HLWT>7 S HLWT=2
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| 112 | . S HLDIGIT=HLDIGIT+($E(HLX1,HLCNT)*HLWT)
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| 113 | . S HLWT=HLWT+1
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| 114 | S HLDIGIT=HLDIGIT#11
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| 115 | I HLDIGIT=0 S HLDIGIT=1
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| 116 | S HLDIGIT=(11-HLDIGIT)#10
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| 117 | Q X_$E(HLECH)_HLDIGIT_$E(HLECH)_"M11"
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| 118 | ;
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| 119 | OLDM10(X,HLECDE) ;Calculate M10 checksum
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| 120 | ; INPUT : X - String to calc checksum
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| 121 | ; Optional HLECDE - Encoding chars
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| 122 | ;**** NOTE: ****
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| 123 | ;If this function is called without HLECDE as parameter than HLECH
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| 124 | ;must be define.
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| 125 | ;
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| 126 | Q:'$D(X) ""
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| 127 | I '$D(HLECH),'$D(HLECDE) Q ""
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| 128 | I $D(HLECDE) N HLECH S HLECH=HLECDE
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| 129 | I '$D(HLECH) Q ""
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| 130 | N %,Y
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| 131 | S Y=0 F %=1:1:$L(X) S Y=Y+$E(X,%)
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| 132 | Q X_$E(HLECH)_(Y#10)_$E(HLECH)_"M10"
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| 133 | ;
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| 134 | OLDM11(X,HLECDE) ;Calculate M11 checksum
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| 135 | ; INPUT : X - String to calc checksum
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| 136 | ; Optional HLECDE - Encoding chars
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| 137 | ;**** NOTE: ****
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| 138 | ;If this function is called without HLECDE as parameter than HLECH
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| 139 | ;must be define.
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| 140 | ;
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| 141 | Q:'$D(X) ""
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| 142 | I '$D(HLECH),'$D(HLECDE) Q ""
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| 143 | I $D(HLECDE) N HLECH S HLECH=HLECDE
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| 144 | I '$D(HLECH) Q ""
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| 145 | N %,Y S Y=0 F %=1:1:$L(X) S Y=Y+$E(X,%)
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| 146 | Q X_$E(HLECH)_(Y#11)_$E(HLECH)_"M11"
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| 147 | UPPER(X) ;Convert lowercase letters to uppercase
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| 148 | Q:'$D(X) ""
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| 149 | Q $TR(X,"abcdefghijklmnopqrstuvwxyz","ABCDEFGHIJKLMNOPQRSTUVWXYZ")
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| 150 | HLPHONE(X,B,C) ;Convert DHCP Phone Number to HL7 Format
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| 151 | ;Required parameters:
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| 152 | ;X = Seven digit phone number at a minimum. Optionally, in addition,
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| 153 | ; a three digit area code, two digit country code and other
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| 154 | ; formatting characters (e.g., dashes)
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| 155 | ;Optional Variables:
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| 156 | ;B = Beeper number
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| 157 | ;C = Comments
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| 158 | Q:'$D(X) "" Q:$L(X)<7 ""
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| 159 | N I,Y,Y1,Z S B=$S('$D(B):"",1:"B"_B),C=$S('$D(C):"",1:"C"_C)
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| 160 | S Y="" F I=1:1:$L(X) S Y=Y_$S($E(X,I)?1N:$E(X,I),"X,x"[$E(X,I)&('$D(Z)):"X",1:"") I "X,x"[$E(X,I) S Z=""
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| 161 | I $L(Y)<7 Q ""
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| 162 | S Y1=$S(Y["X":"X"_$P(Y,"X",2),1:""),Y=$P(Y,"X") I $L(Y)<7 Q ""
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| 163 | I $L(Y)=8,189[$E(Y) S Y=$E(Y,2,8)
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| 164 | I $L(Y)=11,189[$E(Y) S Y=$E(Y,2,11)
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| 165 | I $L(Y)=7 Q $E($E(Y,1,3)_"-"_$E(Y,4,7)_Y1_B_C,1,40)
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| 166 | I $L(Y)=10 Q $E("("_$E(Y,1,3)_")"_$E(Y,4,6)_"-"_$E(Y,7,10)_Y1_B_C,1,40)
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| 167 | I $L(Y)=12 Q $E($E(Y,1,2)_" ("_$E(Y,3,5)_")"_$E(Y,6,8)_"-"_$E(Y,9,12)_Y1_B_C,1,40)
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| 168 | Q ""
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| 169 | HLADDR(AD,GL,HLECDE) ;Convert DHCP address fields to HL7 address format
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| 170 | ;Required parameters:
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| 171 | ;AD = One to four street address lines separated by uparrows (^).
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| 172 | ;GL = Three to four geographic location components separated by
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| 173 | ; uparrows (^). City^State or Province^Zip Code^Country Code.
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| 174 | ; If the fourth component is not defined, it will be set to 'USA'.
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| 175 | ; The second component must be null or an IEN in the
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| 176 | ; State file (#5). The third component must be null or pattern
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| 177 | ; match 5N, 9N or 5N1"-"4N.
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| 178 | ;
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| 179 | ; Optional HLECDE - Encoding chars
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| 180 | ;**** NOTE: ****
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| 181 | ;If this function is called without HLECDE as parameter than HLECH
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| 182 | ;must be define.
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| 183 | ;
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| 184 | ;
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| 185 | ;A string will be returned with six components separated by the HL7
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| 186 | ;component separator. The length of the string (including separators)
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| 187 | ;may exceed 106 characters.
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| 188 | ;
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| 189 | Q:'$D(AD) "" Q:'$D(GL) ""
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| 190 | I '$D(HLECH),'$D(HLECDE) Q ""
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| 191 | I $D(HLECDE) N HLECH S HLECH=HLECDE
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| 192 | I '$D(HLECH) Q ""
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| 193 | I $D(XRTL) D T0^%ZOSV
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| 194 | N I,X,Y
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| 195 | I $P(GL,"^",4)="" S $P(GL,"^",4)="USA"
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| 196 | I $P(GL,"^",4)="USA" S X=$P(GL,"^",3) S:X?9N X=$E(X,1,5)_"-"_$E(X,6,9) S $P(GL,"^",3)=$S(X?5N!(X?5N1"-"4N):X,1:"")
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| 197 | S X=+$P(GL,"^",2) S $P(GL,"^",2)=$S('X:"",$P($G(^DIC(5,X,0)),"^",2)]"":$E($P(^(0),"^",2),1,2),1:"")
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| 198 | S Y=$E(HLECH)_$P(GL,"^")_$E(HLECH)_$P(GL,"^",2)_$E(HLECH)_$P(GL,"^",3)_$E(HLECH)_$P(GL,"^",4)
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| 199 | S X=$P(AD,"^",1,4) F I=1,2 I X["^^" S X=$P(X,"^^")_"^"_$P(X,"^^",2,3)
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| 200 | I $E(X,$L(X))="^" S X=$E(X,1,($L(X)-1))
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| 201 | I $D(XRT0) S XRTN="HLFNC" D T1^%ZOSV
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| 202 | I $L(X,"^")=1 Q $P(X,"^")_$E(HLECH)_Y
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| 203 | I $L(X,"^")=2 Q $P(X,"^")_$E(HLECH)_$P(X,"^",2)_Y
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| 204 | I $L(X,"^")=3 Q $P(X,"^")_", "_$P(X,"^",2)_$E(HLECH)_$P(X,"^",3)_Y
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| 205 | I $L(X,"^")=4 Q $P(X,"^")_", "_$P(X,"^",2)_$E(HLECH)_$P(X,"^",3)_", "_$P(X,"^",4)_Y
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