VistA-Miscellaneous/lang_file4mu1and2/DINIT011.m

413 lines
15 KiB
Mathematica

DINIT011 ; SFISC/TKW,VEN/SMH -DIALOG & LANGUAGE FILE INITS ; 3121101 ; 11/14/12 11:07am
;;22.0;VA FileMan;**MODIFIED FOR WV 4 LANG FILE**;
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
Q Q
;;^DIC(.85,0,"GL")
;;=^DI(.85,
;;^DIC("B","LANGUAGE",.85)
;;=
;;^DIC(.85,"%",0)
;;=^1.005
;;^DIC(.85,"%D",0)
;;=^^27^27^3121101^
;;^DIC(.85,"%D",1,0)
;;=The LANGUAGE file is used both to officially identify a language, and to
;;^DIC(.85,"%D",2,0)
;;=store MUMPS code needed to do language-specific conversions of data such
;;^DIC(.85,"%D",3,0)
;;=as dates and numbers.
;;^DIC(.85,"%D",4,0)
;;=
;;^DIC(.85,"%D",5,0)
;;=Fileman distributes entries for the following languages:
;;^DIC(.85,"%D",6,0)
;;= ID Number (.001) Name (.01)
;;^DIC(.85,"%D",7,0)
;;= 1 English
;;^DIC(.85,"%D",8,0)
;;= 2 German
;;^DIC(.85,"%D",9,0)
;;= 3 Spanish
;;^DIC(.85,"%D",10,0)
;;= 4 French
;;^DIC(.85,"%D",11,0)
;;= 5 Finnish
;;^DIC(.85,"%D",12,0)
;;= 6 Italian
;;^DIC(.85,"%D",13,0)
;;= 7 Portuguese
;;^DIC(.85,"%D",14,0)
;;= 10 Arabic
;;^DIC(.85,"%D",15,0)
;;= 11 Russian
;;^DIC(.85,"%D",16,0)
;;= 12 Greek
;;^DIC(.85,"%D",17,0)
;;= 18 Hebrew
;;^DIC(.85,"%D",18,0)
;;=
;;^DIC(.85,"%D",19,0)
;;=The ISO-639-1 and ISO-639-2 compatible language file is distributed in the
;;^DIC(.85,"%D",20,0)
;;=DILAINIT routines, shipped with Fileman 22.2.
;;^DIC(.85,"%D",21,0)
;;=
;;^DIC(.85,"%D",22,0)
;;=A pointer to this file from the TRANSLATION multiple on the DIALOG file
;;^DIC(.85,"%D",23,0)
;;=also allows non-English text to be returned via FileMan calls.
;;^DIC(.85,"%D",24,0)
;;=
;;^DIC(.85,"%D",25,0)
;;=A note to VISTA developers: Although users can select entries by name,
;;^DIC(.85,"%D",26,0)
;;=software should use the official two or three letter codes to eliminiate
;;^DIC(.85,"%D",27,0)
;;=mistakes resulting from languages that have similar spelling.
;;^DIC(.85,"%MSC")
;;=3121114.111954
;;^DD(.85,0)
;;=FIELD^^10^20
;;^DD(.85,0,"DDA")
;;=N
;;^DD(.85,0,"DT")
;;=3121101
;;^DD(.85,0,"ID",.02)
;;=W " ",$P(^(0),U,2)
;;^DD(.85,0,"ID",.03)
;;=W " ",$P(^(0),U,3)
;;^DD(.85,0,"IX","F",.8501,.01)
;;=
;;^DD(.85,0,"NM","LANGUAGE")
;;=
;;^DD(.85,0,"PT",.007,.001)
;;=
;;^DD(.85,0,"PT",.008,.001)
;;=
;;^DD(.85,0,"PT",.009,.001)
;;=
;;^DD(.85,0,"PT",.4,709.1)
;;=
;;^DD(.85,0,"PT",.4,1819.1)
;;=
;;^DD(.85,0,"PT",.847,.01)
;;=
;;^DD(.85,0,"PT",.85,.08)
;;=
;;^DD(.85,0,"PT",.85,.09)
;;=
;;^DD(.85,0,"PT",1.008,.001)
;;=
;;^DD(.85,0,"PT",200,200.07)
;;=
;;^DD(.85,0,"PT",8989.3,207)
;;=
;;^DD(.85,.001,0)
;;=ID NUMBER^NJ10,0^^ ^K:+X'=X!(X>9999999999)!(X<1)!(X?.E1"."1.N) X
;;^DD(.85,.001,3)
;;=Type a number between 1 and 9999999999, 0 decimal digits.
;;^DD(.85,.001,21,0)
;;=^^3^3^3121031^^
;;^DD(.85,.001,21,1,0)
;;=A number that is used to uniquely identify a language. This number
;;^DD(.85,.001,21,2,0)
;;=corresponds to the Kernel system variable DUZ("LANG"), which is set
;;^DD(.85,.001,21,3,0)
;;=during Kernel signon to signify which language Fileman should use.
;;^DD(.85,.001,23,0)
;;=^^31^31^3121031^
;;^DD(.85,.001,23,1,0)
;;=Entries in this file are standardized, with the contents controlled by
;;^DD(.85,.001,23,2,0)
;;=the Fileman Primary Development Team. The ID Number field is used to help
;;^DD(.85,.001,23,3,0)
;;=protect referential integrity in VISTA databases during upgrades to the
;;^DD(.85,.001,23,4,0)
;;=file. ID Number assignment corresponds to the order in which languages
;;^DD(.85,.001,23,5,0)
;;=were added to the file. They were added in segments.
;;^DD(.85,.001,23,6,0)
;;=
;;^DD(.85,.001,23,7,0)
;;=The first segment consists of language numbers 1-7, 10-12, and 18, which
;;^DD(.85,.001,23,8,0)
;;=were the first eleven languages added, in order. English is first because
;;^DD(.85,.001,23,9,0)
;;=Fileman was originally written in English. German is second because
;;^DD(.85,.001,23,10,0)
;;=Marcus Werners of Germany led the effort to create Fileman's dialog
;;^DD(.85,.001,23,11,0)
;;=framework, to make translating VISTA into other languages easier.
;;^DD(.85,.001,23,12,0)
;;=Spanish, French, Finnish, Italian, and Portuguese follow in the order in
;;^DD(.85,.001,23,13,0)
;;=which the Fileman team was approached by potential translators about
;;^DD(.85,.001,23,14,0)
;;=adding those languages to the file (though Finnish actually predates all
;;^DD(.85,.001,23,15,0)
;;=other translation efforts except English). Arabic was assigned ID Number
;;^DD(.85,.001,23,16,0)
;;=10 instead of 8 in recognition of the debt English owes Arabic for
;;^DD(.85,.001,23,17,0)
;;=introducing the decimal numbering system to Europe. Russian and Greek
;;^DD(.85,.001,23,18,0)
;;=were the next two translations the Fileman team was approached about. I
;;^DD(.85,.001,23,19,0)
;;=do not recall why for Hebrew we skipped ahead to ID Number 18, but I'm
;;^DD(.85,.001,23,20,0)
;;=sure there was a reason.
;;^DD(.85,.001,23,21,0)
;;=
;;^DD(.85,.001,23,22,0)
;;=Thereafter, languages are added in segments, in order by Name, starting
;;^DD(.85,.001,23,23,0)
;;=with ID Number 8. The segments correspond to the ISO 639 language
;;^DD(.85,.001,23,24,0)
;;=standards, in order (639-1 languages in segment two, 639-2 in three, and
;;^DD(.85,.001,23,25,0)
;;=so on). Each language has one unique record in this file, so wherever a
;;^DD(.85,.001,23,26,0)
;;=language in one segment has already been included in an earlier segment,
;;^DD(.85,.001,23,27,0)
;;=it is not included in the later segment (e.g., Greek was in segment one,
;;^DD(.85,.001,23,28,0)
;;=so it is not also added as a duplicate in segment two).
;;^DD(.85,.001,23,29,0)
;;=
;;^DD(.85,.001,23,30,0)
;;=This segmented approach makes it comparatively easy to upgrade the file
;;^DD(.85,.001,23,31,0)
;;=in discrete batches, to keep the update projects manageable.
;;^DD(.85,.001,"DT")
;;=3121031
;;^DD(.85,.01,0)
;;=NAME^RFJ60^^0;1^K:$L(X)>60!($L(X)<1) X
;;^DD(.85,.01,.1)
;;=Language-Name
;;^DD(.85,.01,3)
;;=Answer must be 1-60 characters in length.
;;^DD(.85,.01,21,0)
;;=^^10^10^3121031^
;;^DD(.85,.01,21,1,0)
;;=Enter the English name of the language, not the native name.
;;^DD(.85,.01,21,2,0)
;;=
;;^DD(.85,.01,21,3,0)
;;=The default is the English name from ISO 639, converted where necessary to
;;^DD(.85,.01,21,4,0)
;;=ASCII. Where the ISO 639 standards disagree (cf. "Central Khmer" in ISO
;;^DD(.85,.01,21,5,0)
;;=639-1 to "Khmer" in ISO 639-3), the most recent standard's spelling is
;;^DD(.85,.01,21,6,0)
;;=used.
;;^DD(.85,.01,21,7,0)
;;=
;;^DD(.85,.01,21,8,0)
;;=However, this use of ISO 639's spelling as a default is overridden in
;;^DD(.85,.01,21,9,0)
;;=several different ways to improve consistency across entries and to
;;^DD(.85,.01,21,10,0)
;;=reduce selection error.
;;^DD(.85,.01,23,0)
;;=^^63^63^3121031^
;;^DD(.85,.01,23,1,0)
;;=This is the English name of the language, not the native name. It
;;^DD(.85,.01,23,2,0)
;;=defaults to the English name from ISO 639, mixed case, converted where
;;^DD(.85,.01,23,3,0)
;;=necessary to ASCII. Where the ISO 639 standards disagree (cf. "Central
;;^DD(.85,.01,23,4,0)
;;=Khmer" in ISO 639-1 to "Khmer" in ISO 639-3), the most recent standard's
;;^DD(.85,.01,23,5,0)
;;=spelling is used.
;;^DD(.85,.01,23,6,0)
;;=
;;^DD(.85,.01,23,7,0)
;;=However, this use of ISO 639's spelling as a default is overridden in
;;^DD(.85,.01,23,8,0)
;;=several different ways to improve consistency across entries and to
;;^DD(.85,.01,23,9,0)
;;=reduce selection error.
;;^DD(.85,.01,23,10,0)
;;=
;;^DD(.85,.01,23,11,0)
;;=For example, for most modern languages, the form of the name that
;;^DD(.85,.01,23,12,0)
;;=includes the word "Modern" and the parenthesized dates is an alternate
;;^DD(.85,.01,23,13,0)
;;=name, but ISO 639 reverses that with Modern Greek. In this file, we
;;^DD(.85,.01,23,14,0)
;;=reassert the pattern by making the ISO 639 name "Greek, Modern (1453-)"
;;^DD(.85,.01,23,15,0)
;;=an alternate name and making the name "Greek" instead.
;;^DD(.85,.01,23,16,0)
;;=
;;^DD(.85,.01,23,17,0)
;;=Since most users of these systems are medical professionals rather than
;;^DD(.85,.01,23,18,0)
;;=linguists or historians, we emphasize modern languages and group
;;^DD(.85,.01,23,19,0)
;;=historical ones away from the modern names to reduce accidents. For
;;^DD(.85,.01,23,20,0)
;;=example, "French, Old (842-ca.1400)" as so named in ISO 639-2 is used as
;;^DD(.85,.01,23,21,0)
;;=an alternate name for "Old French" in this file, to move the obsolete
;;^DD(.85,.01,23,22,0)
;;=form of the language away from the modern one. Thus, "Old" languages,
;;^DD(.85,.01,23,23,0)
;;="Ancient" ones, and "Middle" ones will tend to sort together. However,
;;^DD(.85,.01,23,24,0)
;;=languages whose names look like historical ones, such as "Old Church
;;^DD(.85,.01,23,25,0)
;;=Slavonic", that are still living languages or in active liturgical use
;;^DD(.85,.01,23,26,0)
;;=are kept in this form if that is how they are best known.
;;^DD(.85,.01,23,27,0)
;;=
;;^DD(.85,.01,23,28,0)
;;=Also, such forms that include parenthetical dates are changed to remove
;;^DD(.85,.01,23,29,0)
;;=the dates and parentheses from the Name field; the original forms and
;;^DD(.85,.01,23,30,0)
;;=variants are preserved in the Alternate Name field.
;;^DD(.85,.01,23,31,0)
;;=
;;^DD(.85,.01,23,32,0)
;;=For similar reasons, language collections like "Banda languages" are
;;^DD(.85,.01,23,33,0)
;;=renamed as "Languages, Banda" to move them away from individual language
;;^DD(.85,.01,23,34,0)
;;=a patient might speak, like "Banda-Banda". The same was preserved from
;;^DD(.85,.01,23,35,0)
;;=ISO 639 with creoles and pidgins (such as "Creoles and Pidgins,
;;^DD(.85,.01,23,36,0)
;;=Portuguese-Based"), which are collective languages, to kepp them separate
;;^DD(.85,.01,23,37,0)
;;=from the individual languages they might be confused with (such as
;;^DD(.85,.01,23,38,0)
;;="Portuguese"). However, individual languages like "Haitian Creole" and
;;^DD(.85,.01,23,39,0)
;;="Chinook Jargon" whose ISO 639 names makes them sound like language
;;^DD(.85,.01,23,40,0)
;;=collections are nevertheless left as is, since these are the names they
;;^DD(.85,.01,23,41,0)
;;=are known by and since the distinguishing part of the name does come
;;^DD(.85,.01,23,42,0)
;;=first, allowing for unambiguous selection.
;;^DD(.85,.01,23,43,0)
;;=
;;^DD(.85,.01,23,44,0)
;;=Where the language name from ISO 639 is a list of alternative names, as
;;^DD(.85,.01,23,45,0)
;;=in "Catalan, Valencian", the dominant name (based on other code sets,
;;^DD(.85,.01,23,46,0)
;;=Ethnologue, Wikipedia, e.g. "Catalan") is used as the Name, with the
;;^DD(.85,.01,23,47,0)
;;=other name(s) (e.g., "Valencian") added to the Alternate Name field.
;;^DD(.85,.01,23,48,0)
;;=
;;^DD(.85,.01,23,49,0)
;;=As a general rule (except in the case of language collections), ISO 639
;;^DD(.85,.01,23,50,0)
;;=names that use commas to invert a language name (like "Sorbian, Upper")
;;^DD(.85,.01,23,51,0)
;;=are corrected (like "Upper Sorbian"), and the ISO 639 name is made an
;;^DD(.85,.01,23,52,0)
;;=Alternate Name. We do not try to use commas in the Name field to group
;;^DD(.85,.01,23,53,0)
;;=together all related languages or dialects, though we do in the Alternate
;;^DD(.85,.01,23,54,0)
;;=Name field.
;;^DD(.85,.01,23,55,0)
;;=
;;^DD(.85,.01,23,56,0)
;;=In the Name field, parenthetical comments are generally restricted to
;;^DD(.85,.01,23,57,0)
;;=distinguishing between unrelated languages that have the same name, like
;;^DD(.85,.01,23,58,0)
;;="Lele (Democratic Republic of Congo)" and "Lele (Papua New Guinea)". The
;;^DD(.85,.01,23,59,0)
;;=parenthetical words will be (in order of preference) a country, a people,
;;^DD(.85,.01,23,60,0)
;;=or an alternate name of the language, so long as it distinguishes it from
;;^DD(.85,.01,23,61,0)
;;=the other identically named languages. To date, we have not had to change
;;^DD(.85,.01,23,62,0)
;;=any of the ISO 639 names we've imported to make or correct these
;;^DD(.85,.01,23,63,0)
;;=distinctions, but we stand ready to do so to enforce this pattern.
;;^DD(.85,.01,"DT")
;;=3121031
;;^DD(.85,.02,0)
;;=TWO LETTER CODE^FJ2^^0;2^K:$L(X)>2!($L(X)<2) X
;;^DD(.85,.02,3)
;;=Answer must be 2 characters in length.
;;^DD(.85,.02,21,0)
;;=^^3^3^3121101^^
;;^DD(.85,.02,21,1,0)
;;=Enter the two-letter code defined for this language in the ISO 639-1
;;^DD(.85,.02,21,2,0)
;;=standard. Not every language has a two-letter code; for those that do not
;;^DD(.85,.02,21,3,0)
;;=leave this field blank.
;;^DD(.85,.02,23,0)
;;=^^1^1^3121101^
;;^DD(.85,.02,23,1,0)
;;=Future versions of this file wil include an optional key on this field.
;;^DD(.85,.02,"DT")
;;=3121101
;;^DD(.85,.03,0)
;;=THREE LETTER CODE^FJ3^^0;3^K:$L(X)>3!($L(X)<3) X
;;^DD(.85,.03,3)
;;=Answer must be 3 characters in length.
;;^DD(.85,.03,21,0)
;;=^^2^2^3121101^^^^
;;^DD(.85,.03,21,1,0)
;;=Enter the three-letter code defined for this language in the ISO 639-2/B
;;^DD(.85,.03,21,2,0)
;;=standard.
;;^DD(.85,.03,23,0)
;;=^^2^2^3121101^
;;^DD(.85,.03,23,1,0)
;;=When this file is upgraded to ISO-639-6, an optional key will be added to
;;^DD(.85,.03,23,2,0)
;;=this field.
;;^DD(.85,.03,"DT")
;;=3121101
;;^DD(.85,.04,0)
;;=FOUR LETTER CODE^FJ4^^0;4^K:$L(X)>4!($L(X)<4) X
;;^DD(.85,.04,3)
;;=Answer must be 4 characters in length.
;;^DD(.85,.04,21,0)
;;=^^1^1^3121101^^^
;;^DD(.85,.04,21,1,0)
;;=Enter the four letter code associated with the language in ISO-639-6.
;;^DD(.85,.04,23,0)
;;=^^3^3^3121101^
;;^DD(.85,.04,23,1,0)
;;=This field is currently not used in this version of the release (as of
;;^DD(.85,.04,23,2,0)
;;=Fileman V22.2). In a future version when this file is upgraded to
;;^DD(.85,.04,23,3,0)
;;=ISO-639-6, a key will be added to this field.
;;^DD(.85,.04,"DT")
;;=3121101
;;^DD(.85,.05,0)
;;=ALTERNATE THREE LETTER CODE^FJ3^^0;5^K:$L(X)>3!($L(X)<3) X
;;^DD(.85,.05,3)
;;=Answer must be 3 characters in length.
;;^DD(.85,.05,21,0)
;;=^^4^4^3121101^
;;^DD(.85,.05,21,1,0)
;;=This is the alternate three letter code for a language. This will only be
;;^DD(.85,.05,21,2,0)
;;=used in cases where the language abbreviation is different in English
;;^DD(.85,.05,21,3,0)
;;=than in the native language. E.g. GER instead of DEU; for German instead
;;^DD(.85,.05,21,4,0)
;;=of Deutsch. This alternate abbreviation can be found in ISO 639-2/B.
;;^DD(.85,.05,23,0)
;;=^^1^1^3121101^
;;^DD(.85,.05,23,1,0)
;;=In a future version of Fileman, this field will have an optional key.