.\" Automatically generated by Pod::Man 2.27 (Pod::Simple 3.28) .\" .\" Standard preamble: .\" ======================================================================== .de Sp \" Vertical space (when we can't use .PP) .if t .sp .5v .if n .sp .. .de Vb \" Begin verbatim text .ft CW .nf .ne \\$1 .. .de Ve \" End verbatim text .ft R .fi .. .\" Set up some character translations and predefined strings. \*(-- will .\" give an unbreakable dash, \*(PI will give pi, \*(L" will give a left .\" double quote, and \*(R" will give a right double quote. \*(C+ will .\" give a nicer C++. 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No user-serviceable parts. . \" fudge factors for nroff and troff .if n \{\ . ds #H 0 . ds #V .8m . ds #F .3m . ds #[ \f1 . ds #] \fP .\} .if t \{\ . ds #H ((1u-(\\\\n(.fu%2u))*.13m) . ds #V .6m . ds #F 0 . ds #[ \& . ds #] \& .\} . \" simple accents for nroff and troff .if n \{\ . ds ' \& . ds ` \& . ds ^ \& . ds , \& . ds ~ ~ . ds / .\} .if t \{\ . ds ' \\k:\h'-(\\n(.wu*8/10-\*(#H)'\'\h"|\\n:u" . ds ` \\k:\h'-(\\n(.wu*8/10-\*(#H)'\`\h'|\\n:u' . ds ^ \\k:\h'-(\\n(.wu*10/11-\*(#H)'^\h'|\\n:u' . ds , \\k:\h'-(\\n(.wu*8/10)',\h'|\\n:u' . ds ~ \\k:\h'-(\\n(.wu-\*(#H-.1m)'~\h'|\\n:u' . ds / \\k:\h'-(\\n(.wu*8/10-\*(#H)'\z\(sl\h'|\\n:u' .\} . \" troff and (daisy-wheel) nroff accents .ds : \\k:\h'-(\\n(.wu*8/10-\*(#H+.1m+\*(#F)'\v'-\*(#V'\z.\h'.2m+\*(#F'.\h'|\\n:u'\v'\*(#V' .ds 8 \h'\*(#H'\(*b\h'-\*(#H' .ds o \\k:\h'-(\\n(.wu+\w'\(de'u-\*(#H)/2u'\v'-.3n'\*(#[\z\(de\v'.3n'\h'|\\n:u'\*(#] .ds d- \h'\*(#H'\(pd\h'-\w'~'u'\v'-.25m'\f2\(hy\fP\v'.25m'\h'-\*(#H' .ds D- D\\k:\h'-\w'D'u'\v'-.11m'\z\(hy\v'.11m'\h'|\\n:u' .ds th \*(#[\v'.3m'\s+1I\s-1\v'-.3m'\h'-(\w'I'u*2/3)'\s-1o\s+1\*(#] .ds Th \*(#[\s+2I\s-2\h'-\w'I'u*3/5'\v'-.3m'o\v'.3m'\*(#] .ds ae a\h'-(\w'a'u*4/10)'e .ds Ae A\h'-(\w'A'u*4/10)'E . \" corrections for vroff .if v .ds ~ \\k:\h'-(\\n(.wu*9/10-\*(#H)'\s-2\u~\d\s+2\h'|\\n:u' .if v .ds ^ \\k:\h'-(\\n(.wu*10/11-\*(#H)'\v'-.4m'^\v'.4m'\h'|\\n:u' . \" for low resolution devices (crt and lpr) .if \n(.H>23 .if \n(.V>19 \ \{\ . ds : e . ds 8 ss . ds o a . ds d- d\h'-1'\(ga . ds D- D\h'-1'\(hy . ds th \o'bp' . ds Th \o'LP' . ds ae ae . ds Ae AE .\} .rm #[ #] #H #V #F C .\" ======================================================================== .\" .IX Title "Locales::DB::Docs::PluralForms 3pm" .TH Locales::DB::Docs::PluralForms 3pm "2013-10-22" "perl v5.18.2" "User Contributed Perl Documentation" .\" For nroff, turn off justification. Always turn off hyphenation; it makes .\" way too many mistakes in technical documents. .if n .ad l .nh .SH "NAME" Locales::DB::Docs::PluralForms \- plural form details reference for all included locales .SH "VERSION" .IX Header "VERSION" Locales.pm v0.09 (based on \s-1CLDR\s0 v2.0) .SH "DESCRIPTION" .IX Header "DESCRIPTION" \&\s-1CLDR \s0defines a set of broad plural categories and rules that determine which category any given number will fall under. .PP Locales allows you to determine the plural categories applicable to a specific locale and also which category a given number will fall under in that locale. .PP This \s-1POD\s0 documents which categories and in what order you'd specify them in additional arguments to \*(L"\fIget_plural_form()\fR\*(R" in Locales (i.e. the optional arguments after the number). .SS "XSpecial ZeroX Argument" .IX Subsection "XSpecial ZeroX Argument" In addition to the \s-1CLDR\s0 category value list you can also specify one additional argument of what to use for zero instead of the value for XotherX. .PP This won't be used if 0 falls under a specific category besides XotherX. .SH "Plural Category Argument Order Reference" .IX Header "Plural Category Argument Order Reference" .IP "aa" 4 .IX Item "aa" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ab" 4 .IX Item "ab" \&\s-1CLDR 2.0\s0 did not define data for XabX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ace" 4 .IX Item "ace" \&\s-1CLDR 2.0\s0 did not define data for XaceX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ach" 4 .IX Item "ach" \&\s-1CLDR 2.0\s0 did not define data for XachX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ada" 4 .IX Item "ada" \&\s-1CLDR 2.0\s0 did not define data for XadaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ady" 4 .IX Item "ady" \&\s-1CLDR 2.0\s0 did not define data for XadyX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ae" 4 .IX Item "ae" \&\s-1CLDR 2.0\s0 did not define data for XaeX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "af" 4 .IX Item "af" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "afa" 4 .IX Item "afa" \&\s-1CLDR 2.0\s0 did not define data for XafaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "afh" 4 .IX Item "afh" \&\s-1CLDR 2.0\s0 did not define data for XafhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "agq" 4 .IX Item "agq" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ain" 4 .IX Item "ain" \&\s-1CLDR 2.0\s0 did not define data for XainX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ak" 4 .IX Item "ak" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ak .IP "akk" 4 .IX Item "akk" \&\s-1CLDR 2.0\s0 did not define data for XakkX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ale" 4 .IX Item "ale" \&\s-1CLDR 2.0\s0 did not define data for XaleX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "alg" 4 .IX Item "alg" \&\s-1CLDR 2.0\s0 did not define data for XalgX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "alt" 4 .IX Item "alt" \&\s-1CLDR 2.0\s0 did not define data for XaltX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "am" 4 .IX Item "am" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for am .IP "an" 4 .IX Item "an" \&\s-1CLDR 2.0\s0 did not define data for XanX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ang" 4 .IX Item "ang" \&\s-1CLDR 2.0\s0 did not define data for XangX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "anp" 4 .IX Item "anp" \&\s-1CLDR 2.0\s0 did not define data for XanpX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "apa" 4 .IX Item "apa" \&\s-1CLDR 2.0\s0 did not define data for XapaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ar" 4 .IX Item "ar" .Vb 1 \& get_plural_form($n, one, two, few, many, zero, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ar .IP "arc" 4 .IX Item "arc" \&\s-1CLDR 2.0\s0 did not define data for XarcX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "arn" 4 .IX Item "arn" \&\s-1CLDR 2.0\s0 did not define data for XarnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "arp" 4 .IX Item "arp" \&\s-1CLDR 2.0\s0 did not define data for XarpX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "art" 4 .IX Item "art" \&\s-1CLDR 2.0\s0 did not define data for XartX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "arw" 4 .IX Item "arw" \&\s-1CLDR 2.0\s0 did not define data for XarwX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "as" 4 .IX Item "as" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "asa" 4 .IX Item "asa" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ast" 4 .IX Item "ast" \&\s-1CLDR 2.0\s0 did not define data for XastX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ath" 4 .IX Item "ath" \&\s-1CLDR 2.0\s0 did not define data for XathX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "aus" 4 .IX Item "aus" \&\s-1CLDR 2.0\s0 did not define data for XausX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "av" 4 .IX Item "av" \&\s-1CLDR 2.0\s0 did not define data for XavX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "awa" 4 .IX Item "awa" \&\s-1CLDR 2.0\s0 did not define data for XawaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ay" 4 .IX Item "ay" \&\s-1CLDR 2.0\s0 did not define data for XayX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "az" 4 .IX Item "az" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ba" 4 .IX Item "ba" \&\s-1CLDR 2.0\s0 did not define data for XbaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bad" 4 .IX Item "bad" \&\s-1CLDR 2.0\s0 did not define data for XbadX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bai" 4 .IX Item "bai" \&\s-1CLDR 2.0\s0 did not define data for XbaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bal" 4 .IX Item "bal" \&\s-1CLDR 2.0\s0 did not define data for XbalX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ban" 4 .IX Item "ban" \&\s-1CLDR 2.0\s0 did not define data for XbanX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bas" 4 .IX Item "bas" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "bat" 4 .IX Item "bat" \&\s-1CLDR 2.0\s0 did not define data for XbatX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "be" 4 .IX Item "be" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for be .IP "bej" 4 .IX Item "bej" \&\s-1CLDR 2.0\s0 did not define data for XbejX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bem" 4 .IX Item "bem" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "ber" 4 .IX Item "ber" \&\s-1CLDR 2.0\s0 did not define data for XberX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bez" 4 .IX Item "bez" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "bg" 4 .IX Item "bg" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "bh" 4 .IX Item "bh" \&\s-1CLDR 2.0\s0 did not define data for XbhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bho" 4 .IX Item "bho" \&\s-1CLDR 2.0\s0 did not define data for XbhoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bi" 4 .IX Item "bi" \&\s-1CLDR 2.0\s0 did not define data for XbiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bik" 4 .IX Item "bik" \&\s-1CLDR 2.0\s0 did not define data for XbikX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bin" 4 .IX Item "bin" \&\s-1CLDR 2.0\s0 did not define data for XbinX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bla" 4 .IX Item "bla" \&\s-1CLDR 2.0\s0 did not define data for XblaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bm" 4 .IX Item "bm" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "bn" 4 .IX Item "bn" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "bnt" 4 .IX Item "bnt" \&\s-1CLDR 2.0\s0 did not define data for XbntX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bo" 4 .IX Item "bo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "br" 4 .IX Item "br" .Vb 1 \& get_plural_form($n, one, two, few, many, zero, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for br .IP "bra" 4 .IX Item "bra" \&\s-1CLDR 2.0\s0 did not define data for XbraX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "brx" 4 .IX Item "brx" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "bs" 4 .IX Item "bs" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for bs .IP "btk" 4 .IX Item "btk" \&\s-1CLDR 2.0\s0 did not define data for XbtkX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bua" 4 .IX Item "bua" \&\s-1CLDR 2.0\s0 did not define data for XbuaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bug" 4 .IX Item "bug" \&\s-1CLDR 2.0\s0 did not define data for XbugX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "byn" 4 .IX Item "byn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ca" 4 .IX Item "ca" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "cad" 4 .IX Item "cad" \&\s-1CLDR 2.0\s0 did not define data for XcadX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cai" 4 .IX Item "cai" \&\s-1CLDR 2.0\s0 did not define data for XcaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "car" 4 .IX Item "car" \&\s-1CLDR 2.0\s0 did not define data for XcarX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cau" 4 .IX Item "cau" \&\s-1CLDR 2.0\s0 did not define data for XcauX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cay" 4 .IX Item "cay" \&\s-1CLDR 2.0\s0 did not define data for XcayX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cch" 4 .IX Item "cch" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ce" 4 .IX Item "ce" \&\s-1CLDR 2.0\s0 did not define data for XceX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ceb" 4 .IX Item "ceb" \&\s-1CLDR 2.0\s0 did not define data for XcebX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cel" 4 .IX Item "cel" \&\s-1CLDR 2.0\s0 did not define data for XcelX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cgg" 4 .IX Item "cgg" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "ch" 4 .IX Item "ch" \&\s-1CLDR 2.0\s0 did not define data for XchX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chb" 4 .IX Item "chb" \&\s-1CLDR 2.0\s0 did not define data for XchbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chg" 4 .IX Item "chg" \&\s-1CLDR 2.0\s0 did not define data for XchgX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chk" 4 .IX Item "chk" \&\s-1CLDR 2.0\s0 did not define data for XchkX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chm" 4 .IX Item "chm" \&\s-1CLDR 2.0\s0 did not define data for XchmX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chn" 4 .IX Item "chn" \&\s-1CLDR 2.0\s0 did not define data for XchnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cho" 4 .IX Item "cho" \&\s-1CLDR 2.0\s0 did not define data for XchoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chp" 4 .IX Item "chp" \&\s-1CLDR 2.0\s0 did not define data for XchpX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chr" 4 .IX Item "chr" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "chy" 4 .IX Item "chy" \&\s-1CLDR 2.0\s0 did not define data for XchyX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cmc" 4 .IX Item "cmc" \&\s-1CLDR 2.0\s0 did not define data for XcmcX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "co" 4 .IX Item "co" \&\s-1CLDR 2.0\s0 did not define data for XcoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cop" 4 .IX Item "cop" \&\s-1CLDR 2.0\s0 did not define data for XcopX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cpe" 4 .IX Item "cpe" \&\s-1CLDR 2.0\s0 did not define data for XcpeX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cpf" 4 .IX Item "cpf" \&\s-1CLDR 2.0\s0 did not define data for XcpfX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cpp" 4 .IX Item "cpp" \&\s-1CLDR 2.0\s0 did not define data for XcppX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cr" 4 .IX Item "cr" \&\s-1CLDR 2.0\s0 did not define data for XcrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "crh" 4 .IX Item "crh" \&\s-1CLDR 2.0\s0 did not define data for XcrhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "crp" 4 .IX Item "crp" \&\s-1CLDR 2.0\s0 did not define data for XcrpX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cs" 4 .IX Item "cs" .Vb 2 \& get_plural_form($n, one, few, other) \& get_plural_form($n, one, few, other, special_zero) .Ve .IP "csb" 4 .IX Item "csb" \&\s-1CLDR 2.0\s0 did not define data for XcsbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cu" 4 .IX Item "cu" \&\s-1CLDR 2.0\s0 did not define data for XcuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cus" 4 .IX Item "cus" \&\s-1CLDR 2.0\s0 did not define data for XcusX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cv" 4 .IX Item "cv" \&\s-1CLDR 2.0\s0 did not define data for XcvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cy" 4 .IX Item "cy" .Vb 1 \& get_plural_form($n, one, two, few, many, zero, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for cy .IP "da" 4 .IX Item "da" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "dak" 4 .IX Item "dak" \&\s-1CLDR 2.0\s0 did not define data for XdakX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dar" 4 .IX Item "dar" \&\s-1CLDR 2.0\s0 did not define data for XdarX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dav" 4 .IX Item "dav" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "day" 4 .IX Item "day" \&\s-1CLDR 2.0\s0 did not define data for XdayX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "de" 4 .IX Item "de" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "de_at" 4 .IX Item "de_at" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "de_ch" 4 .IX Item "de_ch" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "del" 4 .IX Item "del" \&\s-1CLDR 2.0\s0 did not define data for XdelX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "den" 4 .IX Item "den" \&\s-1CLDR 2.0\s0 did not define data for XdenX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dgr" 4 .IX Item "dgr" \&\s-1CLDR 2.0\s0 did not define data for XdgrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "din" 4 .IX Item "din" \&\s-1CLDR 2.0\s0 did not define data for XdinX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dje" 4 .IX Item "dje" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "doi" 4 .IX Item "doi" \&\s-1CLDR 2.0\s0 did not define data for XdoiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dra" 4 .IX Item "dra" \&\s-1CLDR 2.0\s0 did not define data for XdraX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dsb" 4 .IX Item "dsb" \&\s-1CLDR 2.0\s0 did not define data for XdsbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dua" 4 .IX Item "dua" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "dum" 4 .IX Item "dum" \&\s-1CLDR 2.0\s0 did not define data for XdumX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dv" 4 .IX Item "dv" \&\s-1CLDR 2.0\s0 did not define data for XdvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dyo" 4 .IX Item "dyo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "dyu" 4 .IX Item "dyu" \&\s-1CLDR 2.0\s0 did not define data for XdyuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dz" 4 .IX Item "dz" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ebu" 4 .IX Item "ebu" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ee" 4 .IX Item "ee" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "efi" 4 .IX Item "efi" \&\s-1CLDR 2.0\s0 did not define data for XefiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "egy" 4 .IX Item "egy" \&\s-1CLDR 2.0\s0 did not define data for XegyX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "eka" 4 .IX Item "eka" \&\s-1CLDR 2.0\s0 did not define data for XekaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "el" 4 .IX Item "el" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "elx" 4 .IX Item "elx" \&\s-1CLDR 2.0\s0 did not define data for XelxX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "en" 4 .IX Item "en" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "en_au" 4 .IX Item "en_au" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "en_ca" 4 .IX Item "en_ca" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "en_gb" 4 .IX Item "en_gb" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "en_us" 4 .IX Item "en_us" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "enm" 4 .IX Item "enm" \&\s-1CLDR 2.0\s0 did not define data for XenmX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "eo" 4 .IX Item "eo" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "es" 4 .IX Item "es" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "es_419" 4 .IX Item "es_419" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "es_es" 4 .IX Item "es_es" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "et" 4 .IX Item "et" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "eu" 4 .IX Item "eu" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "ewo" 4 .IX Item "ewo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "fa" 4 .IX Item "fa" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "fan" 4 .IX Item "fan" \&\s-1CLDR 2.0\s0 did not define data for XfanX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fat" 4 .IX Item "fat" \&\s-1CLDR 2.0\s0 did not define data for XfatX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ff" 4 .IX Item "ff" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ff .IP "fi" 4 .IX Item "fi" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "fil" 4 .IX Item "fil" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for fil .IP "fiu" 4 .IX Item "fiu" \&\s-1CLDR 2.0\s0 did not define data for XfiuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fj" 4 .IX Item "fj" \&\s-1CLDR 2.0\s0 did not define data for XfjX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fo" 4 .IX Item "fo" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "fon" 4 .IX Item "fon" \&\s-1CLDR 2.0\s0 did not define data for XfonX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fr" 4 .IX Item "fr" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for fr .IP "fr_ca" 4 .IX Item "fr_ca" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for fr_ca .IP "fr_ch" 4 .IX Item "fr_ch" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for fr_ch .IP "frm" 4 .IX Item "frm" \&\s-1CLDR 2.0\s0 did not define data for XfrmX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fro" 4 .IX Item "fro" \&\s-1CLDR 2.0\s0 did not define data for XfroX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "frr" 4 .IX Item "frr" \&\s-1CLDR 2.0\s0 did not define data for XfrrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "frs" 4 .IX Item "frs" \&\s-1CLDR 2.0\s0 did not define data for XfrsX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fur" 4 .IX Item "fur" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "fy" 4 .IX Item "fy" \&\s-1CLDR 2.0\s0 did not define data for XfyX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ga" 4 .IX Item "ga" .Vb 2 \& get_plural_form($n, one, two, other) \& get_plural_form($n, one, two, other, special_zero) .Ve .IP "gaa" 4 .IX Item "gaa" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "gay" 4 .IX Item "gay" \&\s-1CLDR 2.0\s0 did not define data for XgayX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gba" 4 .IX Item "gba" \&\s-1CLDR 2.0\s0 did not define data for XgbaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gd" 4 .IX Item "gd" \&\s-1CLDR 2.0\s0 did not define data for XgdX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gem" 4 .IX Item "gem" \&\s-1CLDR 2.0\s0 did not define data for XgemX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gez" 4 .IX Item "gez" \&\s-1CLDR 2.0\s0 did not define data for XgezX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gil" 4 .IX Item "gil" \&\s-1CLDR 2.0\s0 did not define data for XgilX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gl" 4 .IX Item "gl" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "gmh" 4 .IX Item "gmh" \&\s-1CLDR 2.0\s0 did not define data for XgmhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gn" 4 .IX Item "gn" \&\s-1CLDR 2.0\s0 did not define data for XgnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "goh" 4 .IX Item "goh" \&\s-1CLDR 2.0\s0 did not define data for XgohX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gon" 4 .IX Item "gon" \&\s-1CLDR 2.0\s0 did not define data for XgonX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gor" 4 .IX Item "gor" \&\s-1CLDR 2.0\s0 did not define data for XgorX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "got" 4 .IX Item "got" \&\s-1CLDR 2.0\s0 did not define data for XgotX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "grb" 4 .IX Item "grb" \&\s-1CLDR 2.0\s0 did not define data for XgrbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "grc" 4 .IX Item "grc" \&\s-1CLDR 2.0\s0 did not define data for XgrcX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gsw" 4 .IX Item "gsw" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "gu" 4 .IX Item "gu" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "guz" 4 .IX Item "guz" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "gv" 4 .IX Item "gv" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for gv .IP "gwi" 4 .IX Item "gwi" \&\s-1CLDR 2.0\s0 did not define data for XgwiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ha" 4 .IX Item "ha" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "hai" 4 .IX Item "hai" \&\s-1CLDR 2.0\s0 did not define data for XhaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "haw" 4 .IX Item "haw" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "he" 4 .IX Item "he" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "hi" 4 .IX Item "hi" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for hi .IP "hil" 4 .IX Item "hil" \&\s-1CLDR 2.0\s0 did not define data for XhilX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "him" 4 .IX Item "him" \&\s-1CLDR 2.0\s0 did not define data for XhimX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hit" 4 .IX Item "hit" \&\s-1CLDR 2.0\s0 did not define data for XhitX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hmn" 4 .IX Item "hmn" \&\s-1CLDR 2.0\s0 did not define data for XhmnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ho" 4 .IX Item "ho" \&\s-1CLDR 2.0\s0 did not define data for XhoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hr" 4 .IX Item "hr" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for hr .IP "hsb" 4 .IX Item "hsb" \&\s-1CLDR 2.0\s0 did not define data for XhsbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ht" 4 .IX Item "ht" \&\s-1CLDR 2.0\s0 did not define data for XhtX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hu" 4 .IX Item "hu" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "hup" 4 .IX Item "hup" \&\s-1CLDR 2.0\s0 did not define data for XhupX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hy" 4 .IX Item "hy" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "hz" 4 .IX Item "hz" \&\s-1CLDR 2.0\s0 did not define data for XhzX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ia" 4 .IX Item "ia" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "iba" 4 .IX Item "iba" \&\s-1CLDR 2.0\s0 did not define data for XibaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "id" 4 .IX Item "id" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ie" 4 .IX Item "ie" \&\s-1CLDR 2.0\s0 did not define data for XieX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ig" 4 .IX Item "ig" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ii" 4 .IX Item "ii" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ijo" 4 .IX Item "ijo" \&\s-1CLDR 2.0\s0 did not define data for XijoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ik" 4 .IX Item "ik" \&\s-1CLDR 2.0\s0 did not define data for XikX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ilo" 4 .IX Item "ilo" \&\s-1CLDR 2.0\s0 did not define data for XiloX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "inc" 4 .IX Item "inc" \&\s-1CLDR 2.0\s0 did not define data for XincX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ine" 4 .IX Item "ine" \&\s-1CLDR 2.0\s0 did not define data for XineX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "inh" 4 .IX Item "inh" \&\s-1CLDR 2.0\s0 did not define data for XinhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "io" 4 .IX Item "io" \&\s-1CLDR 2.0\s0 did not define data for XioX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ira" 4 .IX Item "ira" \&\s-1CLDR 2.0\s0 did not define data for XiraX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "iro" 4 .IX Item "iro" \&\s-1CLDR 2.0\s0 did not define data for XiroX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "is" 4 .IX Item "is" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "it" 4 .IX Item "it" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "iu" 4 .IX Item "iu" \&\s-1CLDR 2.0\s0 did not define data for XiuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ja" 4 .IX Item "ja" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "jbo" 4 .IX Item "jbo" \&\s-1CLDR 2.0\s0 did not define data for XjboX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "jmc" 4 .IX Item "jmc" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "jpr" 4 .IX Item "jpr" \&\s-1CLDR 2.0\s0 did not define data for XjprX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "jrb" 4 .IX Item "jrb" \&\s-1CLDR 2.0\s0 did not define data for XjrbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "jv" 4 .IX Item "jv" \&\s-1CLDR 2.0\s0 did not define data for XjvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ka" 4 .IX Item "ka" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kaa" 4 .IX Item "kaa" \&\s-1CLDR 2.0\s0 did not define data for XkaaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kab" 4 .IX Item "kab" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for kab .IP "kac" 4 .IX Item "kac" \&\s-1CLDR 2.0\s0 did not define data for XkacX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kaj" 4 .IX Item "kaj" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kam" 4 .IX Item "kam" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kar" 4 .IX Item "kar" \&\s-1CLDR 2.0\s0 did not define data for XkarX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kaw" 4 .IX Item "kaw" \&\s-1CLDR 2.0\s0 did not define data for XkawX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kbd" 4 .IX Item "kbd" \&\s-1CLDR 2.0\s0 did not define data for XkbdX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kcg" 4 .IX Item "kcg" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kde" 4 .IX Item "kde" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kea" 4 .IX Item "kea" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kfo" 4 .IX Item "kfo" \&\s-1CLDR 2.0\s0 did not define data for XkfoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kg" 4 .IX Item "kg" \&\s-1CLDR 2.0\s0 did not define data for XkgX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kha" 4 .IX Item "kha" \&\s-1CLDR 2.0\s0 did not define data for XkhaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "khi" 4 .IX Item "khi" \&\s-1CLDR 2.0\s0 did not define data for XkhiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kho" 4 .IX Item "kho" \&\s-1CLDR 2.0\s0 did not define data for XkhoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "khq" 4 .IX Item "khq" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ki" 4 .IX Item "ki" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kj" 4 .IX Item "kj" \&\s-1CLDR 2.0\s0 did not define data for XkjX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kk" 4 .IX Item "kk" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "kl" 4 .IX Item "kl" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "kln" 4 .IX Item "kln" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "km" 4 .IX Item "km" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kmb" 4 .IX Item "kmb" \&\s-1CLDR 2.0\s0 did not define data for XkmbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kn" 4 .IX Item "kn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ko" 4 .IX Item "ko" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kok" 4 .IX Item "kok" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kos" 4 .IX Item "kos" \&\s-1CLDR 2.0\s0 did not define data for XkosX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kpe" 4 .IX Item "kpe" \&\s-1CLDR 2.0\s0 did not define data for XkpeX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kr" 4 .IX Item "kr" \&\s-1CLDR 2.0\s0 did not define data for XkrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "krc" 4 .IX Item "krc" \&\s-1CLDR 2.0\s0 did not define data for XkrcX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "krl" 4 .IX Item "krl" \&\s-1CLDR 2.0\s0 did not define data for XkrlX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kro" 4 .IX Item "kro" \&\s-1CLDR 2.0\s0 did not define data for XkroX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kru" 4 .IX Item "kru" \&\s-1CLDR 2.0\s0 did not define data for XkruX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ks" 4 .IX Item "ks" \&\s-1CLDR 2.0\s0 did not define data for XksX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ksb" 4 .IX Item "ksb" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ksf" 4 .IX Item "ksf" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ksh" 4 .IX Item "ksh" .Vb 1 \& get_plural_form($n, one, zero, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ksh .IP "ku" 4 .IX Item "ku" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "kum" 4 .IX Item "kum" \&\s-1CLDR 2.0\s0 did not define data for XkumX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kut" 4 .IX Item "kut" \&\s-1CLDR 2.0\s0 did not define data for XkutX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kv" 4 .IX Item "kv" \&\s-1CLDR 2.0\s0 did not define data for XkvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kw" 4 .IX Item "kw" .Vb 2 \& get_plural_form($n, one, two, other) \& get_plural_form($n, one, two, other, special_zero) .Ve .IP "ky" 4 .IX Item "ky" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "la" 4 .IX Item "la" \&\s-1CLDR 2.0\s0 did not define data for XlaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lad" 4 .IX Item "lad" \&\s-1CLDR 2.0\s0 did not define data for XladX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lag" 4 .IX Item "lag" .Vb 1 \& get_plural_form($n, one, zero, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for lag .IP "lah" 4 .IX Item "lah" \&\s-1CLDR 2.0\s0 did not define data for XlahX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lam" 4 .IX Item "lam" \&\s-1CLDR 2.0\s0 did not define data for XlamX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lb" 4 .IX Item "lb" \&\s-1CLDR 2.0\s0 did not define data for XlbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lez" 4 .IX Item "lez" \&\s-1CLDR 2.0\s0 did not define data for XlezX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lg" 4 .IX Item "lg" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "li" 4 .IX Item "li" \&\s-1CLDR 2.0\s0 did not define data for XliX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ln" 4 .IX Item "ln" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ln .IP "lo" 4 .IX Item "lo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "lol" 4 .IX Item "lol" \&\s-1CLDR 2.0\s0 did not define data for XlolX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "loz" 4 .IX Item "loz" \&\s-1CLDR 2.0\s0 did not define data for XlozX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lt" 4 .IX Item "lt" .Vb 2 \& get_plural_form($n, one, few, other) \& get_plural_form($n, one, few, other, special_zero) .Ve .IP "lu" 4 .IX Item "lu" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "lua" 4 .IX Item "lua" \&\s-1CLDR 2.0\s0 did not define data for XluaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lui" 4 .IX Item "lui" \&\s-1CLDR 2.0\s0 did not define data for XluiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lun" 4 .IX Item "lun" \&\s-1CLDR 2.0\s0 did not define data for XlunX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "luo" 4 .IX Item "luo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "lus" 4 .IX Item "lus" \&\s-1CLDR 2.0\s0 did not define data for XlusX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "luy" 4 .IX Item "luy" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "lv" 4 .IX Item "lv" .Vb 1 \& get_plural_form($n, one, zero, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for lv .IP "mad" 4 .IX Item "mad" \&\s-1CLDR 2.0\s0 did not define data for XmadX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mag" 4 .IX Item "mag" \&\s-1CLDR 2.0\s0 did not define data for XmagX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mai" 4 .IX Item "mai" \&\s-1CLDR 2.0\s0 did not define data for XmaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mak" 4 .IX Item "mak" \&\s-1CLDR 2.0\s0 did not define data for XmakX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "man" 4 .IX Item "man" \&\s-1CLDR 2.0\s0 did not define data for XmanX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "map" 4 .IX Item "map" \&\s-1CLDR 2.0\s0 did not define data for XmapX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mas" 4 .IX Item "mas" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "mdf" 4 .IX Item "mdf" \&\s-1CLDR 2.0\s0 did not define data for XmdfX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mdr" 4 .IX Item "mdr" \&\s-1CLDR 2.0\s0 did not define data for XmdrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "men" 4 .IX Item "men" \&\s-1CLDR 2.0\s0 did not define data for XmenX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mer" 4 .IX Item "mer" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mfe" 4 .IX Item "mfe" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mg" 4 .IX Item "mg" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for mg .IP "mga" 4 .IX Item "mga" \&\s-1CLDR 2.0\s0 did not define data for XmgaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mgh" 4 .IX Item "mgh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mh" 4 .IX Item "mh" \&\s-1CLDR 2.0\s0 did not define data for XmhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mi" 4 .IX Item "mi" \&\s-1CLDR 2.0\s0 did not define data for XmiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mic" 4 .IX Item "mic" \&\s-1CLDR 2.0\s0 did not define data for XmicX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "min" 4 .IX Item "min" \&\s-1CLDR 2.0\s0 did not define data for XminX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mis" 4 .IX Item "mis" \&\s-1CLDR 2.0\s0 did not define data for XmisX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mk" 4 .IX Item "mk" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "mkh" 4 .IX Item "mkh" \&\s-1CLDR 2.0\s0 did not define data for XmkhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ml" 4 .IX Item "ml" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "mn" 4 .IX Item "mn" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "mnc" 4 .IX Item "mnc" \&\s-1CLDR 2.0\s0 did not define data for XmncX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mni" 4 .IX Item "mni" \&\s-1CLDR 2.0\s0 did not define data for XmniX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mno" 4 .IX Item "mno" \&\s-1CLDR 2.0\s0 did not define data for XmnoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mo" 4 .IX Item "mo" .Vb 1 \& get_plural_form($n, one, few, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for mo .IP "moh" 4 .IX Item "moh" \&\s-1CLDR 2.0\s0 did not define data for XmohX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mos" 4 .IX Item "mos" \&\s-1CLDR 2.0\s0 did not define data for XmosX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mr" 4 .IX Item "mr" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "ms" 4 .IX Item "ms" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mt" 4 .IX Item "mt" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for mt .IP "mua" 4 .IX Item "mua" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mul" 4 .IX Item "mul" \&\s-1CLDR 2.0\s0 did not define data for XmulX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mun" 4 .IX Item "mun" \&\s-1CLDR 2.0\s0 did not define data for XmunX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mus" 4 .IX Item "mus" \&\s-1CLDR 2.0\s0 did not define data for XmusX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mwl" 4 .IX Item "mwl" \&\s-1CLDR 2.0\s0 did not define data for XmwlX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mwr" 4 .IX Item "mwr" \&\s-1CLDR 2.0\s0 did not define data for XmwrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "my" 4 .IX Item "my" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "myn" 4 .IX Item "myn" \&\s-1CLDR 2.0\s0 did not define data for XmynX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "myv" 4 .IX Item "myv" \&\s-1CLDR 2.0\s0 did not define data for XmyvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "na" 4 .IX Item "na" \&\s-1CLDR 2.0\s0 did not define data for XnaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nah" 4 .IX Item "nah" \&\s-1CLDR 2.0\s0 did not define data for XnahX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nai" 4 .IX Item "nai" \&\s-1CLDR 2.0\s0 did not define data for XnaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nap" 4 .IX Item "nap" \&\s-1CLDR 2.0\s0 did not define data for XnapX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "naq" 4 .IX Item "naq" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nb" 4 .IX Item "nb" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nd" 4 .IX Item "nd" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nds" 4 .IX Item "nds" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ne" 4 .IX Item "ne" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "new" 4 .IX Item "new" \&\s-1CLDR 2.0\s0 did not define data for XnewX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ng" 4 .IX Item "ng" \&\s-1CLDR 2.0\s0 did not define data for XngX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nia" 4 .IX Item "nia" \&\s-1CLDR 2.0\s0 did not define data for XniaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nic" 4 .IX Item "nic" \&\s-1CLDR 2.0\s0 did not define data for XnicX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "niu" 4 .IX Item "niu" \&\s-1CLDR 2.0\s0 did not define data for XniuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nl" 4 .IX Item "nl" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nl_be" 4 .IX Item "nl_be" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nmg" 4 .IX Item "nmg" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nn" 4 .IX Item "nn" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "no" 4 .IX Item "no" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nog" 4 .IX Item "nog" \&\s-1CLDR 2.0\s0 did not define data for XnogX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "non" 4 .IX Item "non" \&\s-1CLDR 2.0\s0 did not define data for XnonX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nqo" 4 .IX Item "nqo" \&\s-1CLDR 2.0\s0 did not define data for XnqoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nr" 4 .IX Item "nr" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nso" 4 .IX Item "nso" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for nso .IP "nub" 4 .IX Item "nub" \&\s-1CLDR 2.0\s0 did not define data for XnubX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nus" 4 .IX Item "nus" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nv" 4 .IX Item "nv" \&\s-1CLDR 2.0\s0 did not define data for XnvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nwc" 4 .IX Item "nwc" \&\s-1CLDR 2.0\s0 did not define data for XnwcX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ny" 4 .IX Item "ny" \&\s-1CLDR 2.0\s0 did not define data for XnyX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nym" 4 .IX Item "nym" \&\s-1CLDR 2.0\s0 did not define data for XnymX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nyn" 4 .IX Item "nyn" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nyo" 4 .IX Item "nyo" \&\s-1CLDR 2.0\s0 did not define data for XnyoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nzi" 4 .IX Item "nzi" \&\s-1CLDR 2.0\s0 did not define data for XnziX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "oc" 4 .IX Item "oc" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "oj" 4 .IX Item "oj" \&\s-1CLDR 2.0\s0 did not define data for XojX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "om" 4 .IX Item "om" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "or" 4 .IX Item "or" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "os" 4 .IX Item "os" \&\s-1CLDR 2.0\s0 did not define data for XosX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "osa" 4 .IX Item "osa" \&\s-1CLDR 2.0\s0 did not define data for XosaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ota" 4 .IX Item "ota" \&\s-1CLDR 2.0\s0 did not define data for XotaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "oto" 4 .IX Item "oto" \&\s-1CLDR 2.0\s0 did not define data for XotoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pa" 4 .IX Item "pa" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "paa" 4 .IX Item "paa" \&\s-1CLDR 2.0\s0 did not define data for XpaaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pag" 4 .IX Item "pag" \&\s-1CLDR 2.0\s0 did not define data for XpagX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pal" 4 .IX Item "pal" \&\s-1CLDR 2.0\s0 did not define data for XpalX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pam" 4 .IX Item "pam" \&\s-1CLDR 2.0\s0 did not define data for XpamX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pap" 4 .IX Item "pap" \&\s-1CLDR 2.0\s0 did not define data for XpapX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pau" 4 .IX Item "pau" \&\s-1CLDR 2.0\s0 did not define data for XpauX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "peo" 4 .IX Item "peo" \&\s-1CLDR 2.0\s0 did not define data for XpeoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "phi" 4 .IX Item "phi" \&\s-1CLDR 2.0\s0 did not define data for XphiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "phn" 4 .IX Item "phn" \&\s-1CLDR 2.0\s0 did not define data for XphnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pi" 4 .IX Item "pi" \&\s-1CLDR 2.0\s0 did not define data for XpiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pl" 4 .IX Item "pl" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for pl .IP "pon" 4 .IX Item "pon" \&\s-1CLDR 2.0\s0 did not define data for XponX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pra" 4 .IX Item "pra" \&\s-1CLDR 2.0\s0 did not define data for XpraX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pro" 4 .IX Item "pro" \&\s-1CLDR 2.0\s0 did not define data for XproX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ps" 4 .IX Item "ps" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "pt" 4 .IX Item "pt" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "pt_br" 4 .IX Item "pt_br" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "pt_pt" 4 .IX Item "pt_pt" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "qu" 4 .IX Item "qu" \&\s-1CLDR 2.0\s0 did not define data for XquX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "raj" 4 .IX Item "raj" \&\s-1CLDR 2.0\s0 did not define data for XrajX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rap" 4 .IX Item "rap" \&\s-1CLDR 2.0\s0 did not define data for XrapX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rar" 4 .IX Item "rar" \&\s-1CLDR 2.0\s0 did not define data for XrarX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rm" 4 .IX Item "rm" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "rn" 4 .IX Item "rn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ro" 4 .IX Item "ro" .Vb 1 \& get_plural_form($n, one, few, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ro .IP "roa" 4 .IX Item "roa" \&\s-1CLDR 2.0\s0 did not define data for XroaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rof" 4 .IX Item "rof" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "rom" 4 .IX Item "rom" \&\s-1CLDR 2.0\s0 did not define data for XromX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ru" 4 .IX Item "ru" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ru .IP "rup" 4 .IX Item "rup" \&\s-1CLDR 2.0\s0 did not define data for XrupX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rw" 4 .IX Item "rw" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "rwk" 4 .IX Item "rwk" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sa" 4 .IX Item "sa" \&\s-1CLDR 2.0\s0 did not define data for XsaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sad" 4 .IX Item "sad" \&\s-1CLDR 2.0\s0 did not define data for XsadX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sah" 4 .IX Item "sah" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sai" 4 .IX Item "sai" \&\s-1CLDR 2.0\s0 did not define data for XsaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sal" 4 .IX Item "sal" \&\s-1CLDR 2.0\s0 did not define data for XsalX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sam" 4 .IX Item "sam" \&\s-1CLDR 2.0\s0 did not define data for XsamX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "saq" 4 .IX Item "saq" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sas" 4 .IX Item "sas" \&\s-1CLDR 2.0\s0 did not define data for XsasX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sat" 4 .IX Item "sat" \&\s-1CLDR 2.0\s0 did not define data for XsatX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sbp" 4 .IX Item "sbp" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sc" 4 .IX Item "sc" \&\s-1CLDR 2.0\s0 did not define data for XscX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "scn" 4 .IX Item "scn" \&\s-1CLDR 2.0\s0 did not define data for XscnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sco" 4 .IX Item "sco" \&\s-1CLDR 2.0\s0 did not define data for XscoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sd" 4 .IX Item "sd" \&\s-1CLDR 2.0\s0 did not define data for XsdX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "se" 4 .IX Item "se" .Vb 2 \& get_plural_form($n, one, two, other) \& get_plural_form($n, one, two, other, special_zero) .Ve .IP "see" 4 .IX Item "see" \&\s-1CLDR 2.0\s0 did not define data for XseeX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "seh" 4 .IX Item "seh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sel" 4 .IX Item "sel" \&\s-1CLDR 2.0\s0 did not define data for XselX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sem" 4 .IX Item "sem" \&\s-1CLDR 2.0\s0 did not define data for XsemX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ses" 4 .IX Item "ses" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sg" 4 .IX Item "sg" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sga" 4 .IX Item "sga" \&\s-1CLDR 2.0\s0 did not define data for XsgaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sgn" 4 .IX Item "sgn" \&\s-1CLDR 2.0\s0 did not define data for XsgnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sh" 4 .IX Item "sh" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for sh .IP "shi" 4 .IX Item "shi" .Vb 1 \& get_plural_form($n, one, few, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for shi .IP "shn" 4 .IX Item "shn" \&\s-1CLDR 2.0\s0 did not define data for XshnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "si" 4 .IX Item "si" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sid" 4 .IX Item "sid" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sio" 4 .IX Item "sio" \&\s-1CLDR 2.0\s0 did not define data for XsioX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sit" 4 .IX Item "sit" \&\s-1CLDR 2.0\s0 did not define data for XsitX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sk" 4 .IX Item "sk" .Vb 2 \& get_plural_form($n, one, few, other) \& get_plural_form($n, one, few, other, special_zero) .Ve .IP "sl" 4 .IX Item "sl" .Vb 2 \& get_plural_form($n, one, two, few, other) \& get_plural_form($n, one, two, few, other, special_zero) .Ve .IP "sla" 4 .IX Item "sla" \&\s-1CLDR 2.0\s0 did not define data for XslaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sm" 4 .IX Item "sm" \&\s-1CLDR 2.0\s0 did not define data for XsmX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sma" 4 .IX Item "sma" \&\s-1CLDR 2.0\s0 did not define data for XsmaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "smi" 4 .IX Item "smi" \&\s-1CLDR 2.0\s0 did not define data for XsmiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "smj" 4 .IX Item "smj" \&\s-1CLDR 2.0\s0 did not define data for XsmjX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "smn" 4 .IX Item "smn" \&\s-1CLDR 2.0\s0 did not define data for XsmnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sms" 4 .IX Item "sms" \&\s-1CLDR 2.0\s0 did not define data for XsmsX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sn" 4 .IX Item "sn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "snk" 4 .IX Item "snk" \&\s-1CLDR 2.0\s0 did not define data for XsnkX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "so" 4 .IX Item "so" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sog" 4 .IX Item "sog" \&\s-1CLDR 2.0\s0 did not define data for XsogX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "son" 4 .IX Item "son" \&\s-1CLDR 2.0\s0 did not define data for XsonX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sq" 4 .IX Item "sq" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sr" 4 .IX Item "sr" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for sr .IP "srn" 4 .IX Item "srn" \&\s-1CLDR 2.0\s0 did not define data for XsrnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "srr" 4 .IX Item "srr" \&\s-1CLDR 2.0\s0 did not define data for XsrrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ss" 4 .IX Item "ss" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ssa" 4 .IX Item "ssa" \&\s-1CLDR 2.0\s0 did not define data for XssaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ssy" 4 .IX Item "ssy" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "st" 4 .IX Item "st" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "su" 4 .IX Item "su" \&\s-1CLDR 2.0\s0 did not define data for XsuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "suk" 4 .IX Item "suk" \&\s-1CLDR 2.0\s0 did not define data for XsukX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sus" 4 .IX Item "sus" \&\s-1CLDR 2.0\s0 did not define data for XsusX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sux" 4 .IX Item "sux" \&\s-1CLDR 2.0\s0 did not define data for XsuxX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sv" 4 .IX Item "sv" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sw" 4 .IX Item "sw" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "swb" 4 .IX Item "swb" \&\s-1CLDR 2.0\s0 did not define data for XswbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "swc" 4 .IX Item "swc" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "syc" 4 .IX Item "syc" \&\s-1CLDR 2.0\s0 did not define data for XsycX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "syr" 4 .IX Item "syr" \&\s-1CLDR 2.0\s0 did not define data for XsyrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ta" 4 .IX Item "ta" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "tai" 4 .IX Item "tai" \&\s-1CLDR 2.0\s0 did not define data for XtaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "te" 4 .IX Item "te" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "tem" 4 .IX Item "tem" \&\s-1CLDR 2.0\s0 did not define data for XtemX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "teo" 4 .IX Item "teo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ter" 4 .IX Item "ter" \&\s-1CLDR 2.0\s0 did not define data for XterX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tet" 4 .IX Item "tet" \&\s-1CLDR 2.0\s0 did not define data for XtetX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tg" 4 .IX Item "tg" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "th" 4 .IX Item "th" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ti" 4 .IX Item "ti" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ti .IP "tig" 4 .IX Item "tig" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "tiv" 4 .IX Item "tiv" \&\s-1CLDR 2.0\s0 did not define data for XtivX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tk" 4 .IX Item "tk" \&\s-1CLDR 2.0\s0 did not define data for XtkX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tkl" 4 .IX Item "tkl" \&\s-1CLDR 2.0\s0 did not define data for XtklX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tl" 4 .IX Item "tl" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for tl .IP "tlh" 4 .IX Item "tlh" \&\s-1CLDR 2.0\s0 did not define data for XtlhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tli" 4 .IX Item "tli" \&\s-1CLDR 2.0\s0 did not define data for XtliX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tmh" 4 .IX Item "tmh" \&\s-1CLDR 2.0\s0 did not define data for XtmhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tn" 4 .IX Item "tn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "to" 4 .IX Item "to" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "tog" 4 .IX Item "tog" \&\s-1CLDR 2.0\s0 did not define data for XtogX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tpi" 4 .IX Item "tpi" \&\s-1CLDR 2.0\s0 did not define data for XtpiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tr" 4 .IX Item "tr" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "trv" 4 .IX Item "trv" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ts" 4 .IX Item "ts" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "tsi" 4 .IX Item "tsi" \&\s-1CLDR 2.0\s0 did not define data for XtsiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tt" 4 .IX Item "tt" \&\s-1CLDR 2.0\s0 did not define data for XttX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tum" 4 .IX Item "tum" \&\s-1CLDR 2.0\s0 did not define data for XtumX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tup" 4 .IX Item "tup" \&\s-1CLDR 2.0\s0 did not define data for XtupX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tut" 4 .IX Item "tut" \&\s-1CLDR 2.0\s0 did not define data for XtutX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tvl" 4 .IX Item "tvl" \&\s-1CLDR 2.0\s0 did not define data for XtvlX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tw" 4 .IX Item "tw" \&\s-1CLDR 2.0\s0 did not define data for XtwX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "twq" 4 .IX Item "twq" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ty" 4 .IX Item "ty" \&\s-1CLDR 2.0\s0 did not define data for XtyX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tyv" 4 .IX Item "tyv" \&\s-1CLDR 2.0\s0 did not define data for XtyvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tzm" 4 .IX Item "tzm" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for tzm .IP "udm" 4 .IX Item "udm" \&\s-1CLDR 2.0\s0 did not define data for XudmX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ug" 4 .IX Item "ug" \&\s-1CLDR 2.0\s0 did not define data for XugX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "uga" 4 .IX Item "uga" \&\s-1CLDR 2.0\s0 did not define data for XugaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "uk" 4 .IX Item "uk" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for uk .IP "umb" 4 .IX Item "umb" \&\s-1CLDR 2.0\s0 did not define data for XumbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "und" 4 .IX Item "und" \&\s-1CLDR 2.0\s0 did not define data for XundX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ur" 4 .IX Item "ur" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "uz" 4 .IX Item "uz" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "vai" 4 .IX Item "vai" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ve" 4 .IX Item "ve" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "vi" 4 .IX Item "vi" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "vo" 4 .IX Item "vo" \&\s-1CLDR 2.0\s0 did not define data for XvoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "vot" 4 .IX Item "vot" \&\s-1CLDR 2.0\s0 did not define data for XvotX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "vun" 4 .IX Item "vun" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "wa" 4 .IX Item "wa" \&\s-1CLDR 2.0\s0 did not define data for XwaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "wae" 4 .IX Item "wae" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "wak" 4 .IX Item "wak" \&\s-1CLDR 2.0\s0 did not define data for XwakX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "wal" 4 .IX Item "wal" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "war" 4 .IX Item "war" \&\s-1CLDR 2.0\s0 did not define data for XwarX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "was" 4 .IX Item "was" \&\s-1CLDR 2.0\s0 did not define data for XwasX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "wen" 4 .IX Item "wen" \&\s-1CLDR 2.0\s0 did not define data for XwenX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "wo" 4 .IX Item "wo" \&\s-1CLDR 2.0\s0 did not define data for XwoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "xal" 4 .IX Item "xal" \&\s-1CLDR 2.0\s0 did not define data for XxalX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "xh" 4 .IX Item "xh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "xog" 4 .IX Item "xog" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "yao" 4 .IX Item "yao" \&\s-1CLDR 2.0\s0 did not define data for XyaoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "yap" 4 .IX Item "yap" \&\s-1CLDR 2.0\s0 did not define data for XyapX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "yav" 4 .IX Item "yav" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "yi" 4 .IX Item "yi" \&\s-1CLDR 2.0\s0 did not define data for XyiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "yo" 4 .IX Item "yo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ypk" 4 .IX Item "ypk" \&\s-1CLDR 2.0\s0 did not define data for XypkX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "yue" 4 .IX Item "yue" \&\s-1CLDR 2.0\s0 did not define data for XyueX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "za" 4 .IX Item "za" \&\s-1CLDR 2.0\s0 did not define data for XzaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zap" 4 .IX Item "zap" \&\s-1CLDR 2.0\s0 did not define data for XzapX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zbl" 4 .IX Item "zbl" \&\s-1CLDR 2.0\s0 did not define data for XzblX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zen" 4 .IX Item "zen" \&\s-1CLDR 2.0\s0 did not define data for XzenX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zh" 4 .IX Item "zh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "znd" 4 .IX Item "znd" \&\s-1CLDR 2.0\s0 did not define data for XzndX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zu" 4 .IX Item "zu" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "zun" 4 .IX Item "zun" \&\s-1CLDR 2.0\s0 did not define data for XzunX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zxx" 4 .IX Item "zxx" \&\s-1CLDR 2.0\s0 did not define data for XzxxX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zza" 4 .IX Item "zza" \&\s-1CLDR 2.0\s0 did not define data for XzzaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .SH "BUGS AND LIMITATIONS" .IX Header "BUGS AND LIMITATIONS" Please see \*(L"\s-1BUGS AND LIMITATIONS\*(R"\s0 in Locales .SS "\s-1BEFORE YOU SUBMIT A BUG REPORT\s0" .IX Subsection "BEFORE YOU SUBMIT A BUG REPORT" Please see \*(L"\s-1BEFORE YOU SUBMIT A BUG REPORT\*(R"\s0 in Locales .SH "AUTHOR" .IX Header "AUTHOR" Daniel Muey \f(CW\*(C`\*(C'\fR .SH "LICENCE AND COPYRIGHT" .IX Header "LICENCE AND COPYRIGHT" Copyright (c) 2009, Daniel Muey \f(CW\*(C`\*(C'\fR. All rights reserved. .PP This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. See perlartistic. .SH "DISCLAIMER OF WARRANTY" .IX Header "DISCLAIMER OF WARRANTY" \&\s-1BECAUSE THIS SOFTWARE IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE SOFTWARE, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE SOFTWARE \*(L"AS IS\*(R" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE SOFTWARE IS WITH YOU. SHOULD THE SOFTWARE PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR, OR CORRECTION.\s0 .PP \&\s-1IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE SOFTWARE AS PERMITTED BY THE ABOVE LICENCE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE SOFTWARE \s0(\s-1INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE SOFTWARE TO OPERATE WITH ANY OTHER SOFTWARE\s0), \s-1EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.\s0