File:  [Coherent Logic Development] / freem_fileman / USER / DINIT017.m
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    1: DINIT017	; SFISC/TKW-DIALOG & LANGUAGE FILE INITS ; 12/22/94  09:32:23
    2: 	;;21.0;VA FileMan;;Dec 28, 1994
    3: 	;Per VHA Directive 10-93-142, this routine should not be modified.
    4: 	F I=1:2 S X=$T(Q+I) Q:X=""  S Y=$E($T(Q+I+1),4,999),X=$E(X,4,999) S:$A(Y)=126 I=I+1,Y=$E(Y,2,999)_$E($T(Q+I+1),5,99) S:$A(Y)=61 Y=$E(Y,2,999) S @X=Y
    5: Q	Q
    6: 	;;^DIC(.85,0,"GL")
    7: 	;;=^DI(.85,
    8: 	;;^DIC("B","LANGUAGE",.85)
    9: 	;;=
   10: 	;;^DIC(.85,"%",0)
   11: 	;;=^1.005
   12: 	;;^DIC(.85,"%D",0)
   13: 	;;=^^7^7^2941122^
   14: 	;;^DIC(.85,"%D",1,0)
   15: 	;;=The LANGUAGE file is used both to officially identify a language, and to
   16: 	;;^DIC(.85,"%D",2,0)
   17: 	;;=store MUMPS code needed to do language-specific conversions of data such
   18: 	;;^DIC(.85,"%D",3,0)
   19: 	;;=as dates and numbers.  VA FileMan currently distributes only the English
   20: 	;;^DIC(.85,"%D",4,0)
   21: 	;;=language entry for this file (entry number 1).  This code is currently
   22: 	;;^DIC(.85,"%D",5,0)
   23: 	;;=available for use only within VA FileMan.  A pointer to this file from the
   24: 	;;^DIC(.85,"%D",6,0)
   25: 	;;=TRANSLATION multiple on the DIALOG file also allows non-English text to be
   26: 	;;^DIC(.85,"%D",7,0)
   27: 	;;=returned via FileMan calls.
   28: 	;;^DD(.85,0)
   29: 	;;=FIELD^^20.2^9
   30: 	;;^DD(.85,0,"DDA")
   31: 	;;=N
   32: 	;;^DD(.85,0,"DT")
   33: 	;;=2940714
   34: 	;;^DD(.85,0,"ID",1)
   35: 	;;=W "   ",$P(^(0),U,2)
   36: 	;;^DD(.85,0,"IX","B",.85,.01)
   37: 	;;=
   38: 	;;^DD(.85,0,"IX","C",.85,1)
   39: 	;;=
   40: 	;;^DD(.85,0,"NM","LANGUAGE")
   41: 	;;=
   42: 	;;^DD(.85,0,"PT",.847,.01)
   43: 	;;=
   44: 	;;^DD(.85,.01,0)
   45: 	;;=ID NUMBER^RNJ10,0X^^0;1^K:+X'=X!(X>9999999999)!(X<1)!(X?.E1"."1N.N) X S:$G(X) DINUM=X
   46: 	;;^DD(.85,.01,.1)
   47: 	;;=Language-ID-Number
   48: 	;;^DD(.85,.01,1,0)
   49: 	;;=^.1
   50: 	;;^DD(.85,.01,1,1,0)
   51: 	;;=.85^B
   52: 	;;^DD(.85,.01,1,1,1)
   53: 	;;=S ^DI(.85,"B",$E(X,1,30),DA)=""
   54: 	;;^DD(.85,.01,1,1,2)
   55: 	;;=K ^DI(.85,"B",$E(X,1,30),DA)
   56: 	;;^DD(.85,.01,3)
   57: 	;;=Type a Number between 1 and 9999999999, 0 Decimal Digits
   58: 	;;^DD(.85,.01,21,0)
   59: 	;;=^^3^3^2941121^^
   60: 	;;^DD(.85,.01,21,1,0)
   61: 	;;=A number that is used to uniquely identify a language.  This number
   62: 	;;^DD(.85,.01,21,2,0)
   63: 	;;=corresponds to the FileMan system variable DUZ("LANG"), which is set
   64: 	;;^DD(.85,.01,21,3,0)
   65: 	;;=during Kernel signon to signify which language FileMan should use.
   66: 	;;^DD(.85,.01,"DT")
   67: 	;;=2940524
   68: 	;;^DD(.85,1,0)
   69: 	;;=NAME^RF^^0;2^K:$L(X)>30!($L(X)<1) X
   70: 	;;^DD(.85,1,.1)
   71: 	;;=Language-Name
   72: 	;;^DD(.85,1,1,0)
   73: 	;;=^.1
   74: 	;;^DD(.85,1,1,1,0)
   75: 	;;=.85^C
   76: 	;;^DD(.85,1,1,1,1)
   77: 	;;=S ^DI(.85,"C",$E(X,1,30),DA)=""
   78: 	;;^DD(.85,1,1,1,2)
   79: 	;;=K ^DI(.85,"C",$E(X,1,30),DA)
   80: 	;;^DD(.85,1,1,1,"DT")
   81: 	;;=2940307
   82: 	;;^DD(.85,1,3)
   83: 	;;=Answer must be 1-30 characters in length. (e.g., ENGLISH, GERMAN, FRENCH)
   84: 	;;^DD(.85,1,21,0)
   85: 	;;=^^2^2^2941121^
   86: 	;;^DD(.85,1,21,1,0)
   87: 	;;=The descriptive name of the language corresponding to this entry (i.e.,
   88: 	;;^DD(.85,1,21,2,0)
   89: 	;;=German, Spanish).
   90: 	;;^DD(.85,1,"DT")
   91: 	;;=2940524
   92: 	;;^DD(.85,10.1,0)
   93: 	;;=ORDINAL NUMBER FORMAT^K^^ORD;E1,245^K:$L(X)>245 X D:$D(X) ^DIM
   94: 	;;^DD(.85,10.1,3)
   95: 	;;=This is Standard MUMPS code.
   96: 	;;^DD(.85,10.1,9)
   97: 	;;=@
   98: 	;;^DD(.85,10.1,21,0)
   99: 	;;=^^6^6^2941121^^^^
  100: 	;;^DD(.85,10.1,21,1,0)
  101: 	;;=MUMPS code used to transfer a number in Y to its ordinal equivalent in
  102: 	;;^DD(.85,10.1,21,2,0)
  103: 	;;=this language. The code should set Y to the ordinal equivalent without
  104: 	;;^DD(.85,10.1,21,3,0)
  105: 	;;=altering any other variables in the environment.  Ex. in English:
  106: 	;;^DD(.85,10.1,21,4,0)
  107: 	;;=       Y=1     becomes         Y=1ST
  108: 	;;^DD(.85,10.1,21,5,0)
  109: 	;;=       Y=2     becomes         Y=2ND
  110: 	;;^DD(.85,10.1,21,6,0)
  111: 	;;=       Y=3     becomes         Y=3RD  etc.
  112: 	;;^DD(.85,10.1,"DT")
  113: 	;;=2940307
  114: 	;;^DD(.85,10.2,0)
  115: 	;;=DATE/TIME FORMAT^K^^DD;E1,245^K:$L(X)>245 X D:$D(X) ^DIM
  116: 	;;^DD(.85,10.2,3)
  117: 	;;=This is Standard MUMPS code.
  118: 	;;^DD(.85,10.2,9)
  119: 	;;=@
  120: 	;;^DD(.85,10.2,21,0)
  121: 	;;=^^6^6^2941121^^^
  122: 	;;^DD(.85,10.2,21,1,0)
  123: 	;;=MUMPS code used to transfer a date or date/time in Y from FileMan internal
  124: 	;;^DD(.85,10.2,21,2,0)
  125: 	;;=format, to printable format equivalent to English MMM DD,YYYY@HH.MM.SS.
  126: 	;;^DD(.85,10.2,21,3,0)
  127: 	;;=The code should set Y to the output, without altering any other variables
  128: 	;;^DD(.85,10.2,21,4,0)
  129: 	;;=in the environment.  Ex. in English:
  130: 	;;^DD(.85,10.2,21,5,0)
  131: 	;;= 
  132: 	;;^DD(.85,10.2,21,6,0)
  133: 	;;=       Y=2940612.031245        becomes         Y=JUN 12,1994@03:12:45
  134: 	;;^DD(.85,10.2,"DT")
  135: 	;;=2940307
  136: 	;;^DD(.85,10.21,0)
  137: 	;;=DATE/TIME FORMAT (FMTE)^K^^FMTE;E1,245^K:$L(X)>245 X D:$D(X) ^DIM
  138: 	;;^DD(.85,10.21,3)
  139: 	;;=This is Standard MUMPS code.
  140: 	;;^DD(.85,10.21,9)
  141: 	;;=@
  142: 	;;^DD(.85,10.21,21,0)
  143: 	;;=^^22^22^2941122^
  144: 	;;^DD(.85,10.21,21,1,0)
  145: 	;;=MUMPS code used to transfer a date or date/time in Y from FileMan internal
  146: 	;;^DD(.85,10.21,21,2,0)
  147: 	;;=format, to printable format based on the various outputs from routine
  148: 	;;^DD(.85,10.21,21,3,0)
  149: 	;;=FMTE^DILIBF.  This is an extrinsic function.  Coming in to this MUMPS

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