.\" Automatically generated by Pod::Man 2.25 (Pod::Simple 3.16) .\" .\" 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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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\s0 defines 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 "" .IX Header "" .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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ak .IP "akk" 4 .IX Item "akk" \&\s-1CLDR\s0 2.0 did not define data for XakkX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ale" 4 .IX Item "ale" \&\s-1CLDR\s0 2.0 did not define data for XaleX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "alg" 4 .IX Item "alg" \&\s-1CLDR\s0 2.0 did not define data for XalgX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "alt" 4 .IX Item "alt" \&\s-1CLDR\s0 2.0 did not define data for XaltX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "am" 4 .IX Item "am" .Vb 1 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, two, few, many, zero, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ar .IP "arc" 4 .IX Item "arc" \&\s-1CLDR\s0 2.0 did not define data for XarcX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "arn" 4 .IX Item "arn" \&\s-1CLDR\s0 2.0 did not define data for XarnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "arp" 4 .IX Item "arp" \&\s-1CLDR\s0 2.0 did not define data for XarpX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "art" 4 .IX Item "art" \&\s-1CLDR\s0 2.0 did not define data for XartX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "arw" 4 .IX Item "arw" \&\s-1CLDR\s0 2.0 did not define data for XarwX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "as" 4 .IX Item "as" .Vb 2 \& get_plural_form($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($n, other, special_zero) .Ve .IP "ast" 4 .IX Item "ast" \&\s-1CLDR\s0 2.0 did not define data for XastX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ath" 4 .IX Item "ath" \&\s-1CLDR\s0 2.0 did not define data for XathX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "aus" 4 .IX Item "aus" \&\s-1CLDR\s0 2.0 did not define data for XausX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "av" 4 .IX Item "av" \&\s-1CLDR\s0 2.0 did not define data for XavX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "awa" 4 .IX Item "awa" \&\s-1CLDR\s0 2.0 did not define data for XawaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ay" 4 .IX Item "ay" \&\s-1CLDR\s0 2.0 did not define data for XayX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "az" 4 .IX Item "az" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ba" 4 .IX Item "ba" \&\s-1CLDR\s0 2.0 did not define data for XbaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bad" 4 .IX Item "bad" \&\s-1CLDR\s0 2.0 did not define data for XbadX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bai" 4 .IX Item "bai" \&\s-1CLDR\s0 2.0 did not define data for XbaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bal" 4 .IX Item "bal" \&\s-1CLDR\s0 2.0 did not define data for XbalX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ban" 4 .IX Item "ban" \&\s-1CLDR\s0 2.0 did not define data for XbanX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bas" 4 .IX Item "bas" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "bat" 4 .IX Item "bat" \&\s-1CLDR\s0 2.0 did not define data for XbatX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "be" 4 .IX Item "be" .Vb 1 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, two, few, many, zero, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for br .IP "bra" 4 .IX Item "bra" \&\s-1CLDR\s0 2.0 did not define data for XbraX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "brx" 4 .IX Item "brx" .Vb 2 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, other, special_zero) .Ve .IP "dak" 4 .IX Item "dak" \&\s-1CLDR\s0 2.0 did not define data for XdakX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dar" 4 .IX Item "dar" \&\s-1CLDR\s0 2.0 did not define data for XdarX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dav" 4 .IX Item "dav" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "day" 4 .IX Item "day" \&\s-1CLDR\s0 2.0 did not define data for XdayX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "de" 4 .IX Item "de" .Vb 2 \& get_plural_form($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($n, one, other, special_zero) .Ve .IP "del" 4 .IX Item "del" \&\s-1CLDR\s0 2.0 did not define data for XdelX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "den" 4 .IX Item "den" \&\s-1CLDR\s0 2.0 did not define data for XdenX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dgr" 4 .IX Item "dgr" \&\s-1CLDR\s0 2.0 did not define data for XdgrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "din" 4 .IX Item "din" \&\s-1CLDR\s0 2.0 did not define data for XdinX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dje" 4 .IX Item "dje" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "doi" 4 .IX Item "doi" \&\s-1CLDR\s0 2.0 did not define data for XdoiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dra" 4 .IX Item "dra" \&\s-1CLDR\s0 2.0 did not define data for XdraX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dsb" 4 .IX Item "dsb" \&\s-1CLDR\s0 2.0 did not define data for XdsbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dua" 4 .IX Item "dua" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "dum" 4 .IX Item "dum" \&\s-1CLDR\s0 2.0 did not define data for XdumX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dv" 4 .IX Item "dv" \&\s-1CLDR\s0 2.0 did not define data for XdvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dyo" 4 .IX Item "dyo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "dyu" 4 .IX Item "dyu" \&\s-1CLDR\s0 2.0 did not define data for XdyuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dz" 4 .IX Item "dz" .Vb 2 \& get_plural_form($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($n, one, other, special_zero) .Ve .IP "efi" 4 .IX Item "efi" \&\s-1CLDR\s0 2.0 did not define data for XefiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "egy" 4 .IX Item "egy" \&\s-1CLDR\s0 2.0 did not define data for XegyX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "eka" 4 .IX Item "eka" \&\s-1CLDR\s0 2.0 did not define data for XekaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "el" 4 .IX Item "el" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "elx" 4 .IX Item "elx" \&\s-1CLDR\s0 2.0 did not define data for XelxX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "en" 4 .IX Item "en" .Vb 2 \& get_plural_form($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($n, one, other, special_zero) .Ve .IP "enm" 4 .IX Item "enm" \&\s-1CLDR\s0 2.0 did not define data for XenmX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "eo" 4 .IX Item "eo" .Vb 2 \& get_plural_form($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($n, one, other, special_zero) .Ve .IP "es_es" 4 .IX Item "es_es" .Vb 2 \& get_plural_form($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($n, other, special_zero) .Ve .IP "fan" 4 .IX Item "fan" \&\s-1CLDR\s0 2.0 did not define data for XfanX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fat" 4 .IX Item "fat" \&\s-1CLDR\s0 2.0 did not define data for XfatX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ff" 4 .IX Item "ff" .Vb 1 \& get_plural_form($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($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for fil .IP "fiu" 4 .IX Item "fiu" \&\s-1CLDR\s0 2.0 did not define data for XfiuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fj" 4 .IX Item "fj" \&\s-1CLDR\s0 2.0 did not define data for XfjX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fo" 4 .IX Item "fo" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "fon" 4 .IX Item "fon" \&\s-1CLDR\s0 2.0 did not define data for XfonX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fr" 4 .IX Item "fr" .Vb 1 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for gv .IP "gwi" 4 .IX Item "gwi" \&\s-1CLDR\s0 2.0 did not define data for XgwiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ha" 4 .IX Item "ha" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "hai" 4 .IX Item "hai" \&\s-1CLDR\s0 2.0 did not define data for XhaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "haw" 4 .IX Item "haw" .Vb 2 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for hr .IP "hsb" 4 .IX Item "hsb" \&\s-1CLDR\s0 2.0 did not define data for XhsbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ht" 4 .IX Item "ht" \&\s-1CLDR\s0 2.0 did not define data for XhtX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hu" 4 .IX Item "hu" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "hup" 4 .IX Item "hup" \&\s-1CLDR\s0 2.0 did not define data for XhupX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hy" 4 .IX Item "hy" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "hz" 4 .IX Item "hz" \&\s-1CLDR\s0 2.0 did not define data for XhzX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ia" 4 .IX Item "ia" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "iba" 4 .IX Item "iba" \&\s-1CLDR\s0 2.0 did not define data for XibaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "id" 4 .IX Item "id" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ie" 4 .IX Item "ie" \&\s-1CLDR\s0 2.0 did not define data for XieX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ig" 4 .IX Item "ig" .Vb 2 \& get_plural_form($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($n, other, special_zero) .Ve .IP "ijo" 4 .IX Item "ijo" \&\s-1CLDR\s0 2.0 did not define data for XijoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ik" 4 .IX Item "ik" \&\s-1CLDR\s0 2.0 did not define data for XikX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ilo" 4 .IX Item "ilo" \&\s-1CLDR\s0 2.0 did not define data for XiloX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "inc" 4 .IX Item "inc" \&\s-1CLDR\s0 2.0 did not define data for XincX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ine" 4 .IX Item "ine" \&\s-1CLDR\s0 2.0 did not define data for XineX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "inh" 4 .IX Item "inh" \&\s-1CLDR\s0 2.0 did not define data for XinhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "io" 4 .IX Item "io" \&\s-1CLDR\s0 2.0 did not define data for XioX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ira" 4 .IX Item "ira" \&\s-1CLDR\s0 2.0 did not define data for XiraX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "iro" 4 .IX Item "iro" \&\s-1CLDR\s0 2.0 did not define data for XiroX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "is" 4 .IX Item "is" .Vb 2 \& get_plural_form($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($n, one, other, special_zero) .Ve .IP "iu" 4 .IX Item "iu" \&\s-1CLDR\s0 2.0 did not define data for XiuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ja" 4 .IX Item "ja" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "jbo" 4 .IX Item "jbo" \&\s-1CLDR\s0 2.0 did not define data for XjboX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "jmc" 4 .IX Item "jmc" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "jpr" 4 .IX Item "jpr" \&\s-1CLDR\s0 2.0 did not define data for XjprX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "jrb" 4 .IX Item "jrb" \&\s-1CLDR\s0 2.0 did not define data for XjrbX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "jv" 4 .IX Item "jv" \&\s-1CLDR\s0 2.0 did not define data for XjvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ka" 4 .IX Item "ka" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kaa" 4 .IX Item "kaa" \&\s-1CLDR\s0 2.0 did not define data for XkaaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kab" 4 .IX Item "kab" .Vb 1 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, other, special_zero) .Ve .IP "kum" 4 .IX Item "kum" \&\s-1CLDR\s0 2.0 did not define data for XkumX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kut" 4 .IX Item "kut" \&\s-1CLDR\s0 2.0 did not define data for XkutX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kv" 4 .IX Item "kv" \&\s-1CLDR\s0 2.0 did not define data for XkvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kw" 4 .IX Item "kw" .Vb 2 \& get_plural_form($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($n, other, special_zero) .Ve .IP "la" 4 .IX Item "la" \&\s-1CLDR\s0 2.0 did not define data for XlaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lad" 4 .IX Item "lad" \&\s-1CLDR\s0 2.0 did not define data for XladX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lag" 4 .IX Item "lag" .Vb 1 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, other, special_zero) .Ve .IP "lol" 4 .IX Item "lol" \&\s-1CLDR\s0 2.0 did not define data for XlolX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "loz" 4 .IX Item "loz" \&\s-1CLDR\s0 2.0 did not define data for XlozX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lt" 4 .IX Item "lt" .Vb 2 \& get_plural_form($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($n, other, special_zero) .Ve .IP "lua" 4 .IX Item "lua" \&\s-1CLDR\s0 2.0 did not define data for XluaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lui" 4 .IX Item "lui" \&\s-1CLDR\s0 2.0 did not define data for XluiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lun" 4 .IX Item "lun" \&\s-1CLDR\s0 2.0 did not define data for XlunX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "luo" 4 .IX Item "luo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "lus" 4 .IX Item "lus" \&\s-1CLDR\s0 2.0 did not define data for XlusX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "luy" 4 .IX Item "luy" .Vb 2 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for mg .IP "mga" 4 .IX Item "mga" \&\s-1CLDR\s0 2.0 did not define data for XmgaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mgh" 4 .IX Item "mgh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mh" 4 .IX Item "mh" \&\s-1CLDR\s0 2.0 did not define data for XmhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mi" 4 .IX Item "mi" \&\s-1CLDR\s0 2.0 did not define data for XmiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mic" 4 .IX Item "mic" \&\s-1CLDR\s0 2.0 did not define data for XmicX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "min" 4 .IX Item "min" \&\s-1CLDR\s0 2.0 did not define data for XminX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mis" 4 .IX Item "mis" \&\s-1CLDR\s0 2.0 did not define data for XmisX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mk" 4 .IX Item "mk" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "mkh" 4 .IX Item "mkh" \&\s-1CLDR\s0 2.0 did not define data for XmkhX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ml" 4 .IX Item "ml" .Vb 2 \& get_plural_form($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($n, one, other, special_zero) .Ve .IP "mnc" 4 .IX Item "mnc" \&\s-1CLDR\s0 2.0 did not define data for XmncX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mni" 4 .IX Item "mni" \&\s-1CLDR\s0 2.0 did not define data for XmniX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mno" 4 .IX Item "mno" \&\s-1CLDR\s0 2.0 did not define data for XmnoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mo" 4 .IX Item "mo" .Vb 1 \& get_plural_form($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\s0 2.0 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\s0 2.0 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($n, other, special_zero) .Ve .IP "mul" 4 .IX Item "mul" \&\s-1CLDR\s0 2.0 did not define data for XmulX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mun" 4 .IX Item "mun" \&\s-1CLDR\s0 2.0 did not define data for XmunX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mus" 4 .IX Item "mus" \&\s-1CLDR\s0 2.0 did not define data for XmusX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mwl" 4 .IX Item "mwl" \&\s-1CLDR\s0 2.0 did not define data for XmwlX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mwr" 4 .IX Item "mwr" \&\s-1CLDR\s0 2.0 did not define data for XmwrX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "my" 4 .IX Item "my" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "myn" 4 .IX Item "myn" \&\s-1CLDR\s0 2.0 did not define data for XmynX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "myv" 4 .IX Item "myv" \&\s-1CLDR\s0 2.0 did not define data for XmyvX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "na" 4 .IX Item "na" \&\s-1CLDR\s0 2.0 did not define data for XnaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nah" 4 .IX Item "nah" \&\s-1CLDR\s0 2.0 did not define data for XnahX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nai" 4 .IX Item "nai" \&\s-1CLDR\s0 2.0 did not define data for XnaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nap" 4 .IX Item "nap" \&\s-1CLDR\s0 2.0 did not define data for XnapX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "naq" 4 .IX Item "naq" .Vb 2 \& get_plural_form($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($n, one, other, special_zero) .Ve .IP "new" 4 .IX Item "new" \&\s-1CLDR\s0 2.0 did not define data for XnewX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ng" 4 .IX Item "ng" \&\s-1CLDR\s0 2.0 did not define data for XngX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nia" 4 .IX Item "nia" \&\s-1CLDR\s0 2.0 did not define data for XniaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nic" 4 .IX Item "nic" \&\s-1CLDR\s0 2.0 did not define data for XnicX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "niu" 4 .IX Item "niu" \&\s-1CLDR\s0 2.0 did not define data for XniuX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nl" 4 .IX Item "nl" .Vb 2 \& get_plural_form($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($n, one, other, special_zero) .Ve .IP "nog" 4 .IX Item "nog" \&\s-1CLDR\s0 2.0 did not define data for XnogX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "non" 4 .IX Item "non" \&\s-1CLDR\s0 2.0 did not define data for XnonX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nqo" 4 .IX Item "nqo" \&\s-1CLDR\s0 2.0 did not define data for XnqoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nr" 4 .IX Item "nr" .Vb 2 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for pl .IP "pon" 4 .IX Item "pon" \&\s-1CLDR\s0 2.0 did not define data for XponX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pra" 4 .IX Item "pra" \&\s-1CLDR\s0 2.0 did not define data for XpraX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pro" 4 .IX Item "pro" \&\s-1CLDR\s0 2.0 did not define data for XproX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ps" 4 .IX Item "ps" .Vb 2 \& get_plural_form($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($n, one, other, special_zero) .Ve .IP "qu" 4 .IX Item "qu" \&\s-1CLDR\s0 2.0 did not define data for XquX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "raj" 4 .IX Item "raj" \&\s-1CLDR\s0 2.0 did not define data for XrajX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rap" 4 .IX Item "rap" \&\s-1CLDR\s0 2.0 did not define data for XrapX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rar" 4 .IX Item "rar" \&\s-1CLDR\s0 2.0 did not define data for XrarX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rm" 4 .IX Item "rm" .Vb 2 \& get_plural_form($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\s0 2.0 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\s0 2.0 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($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for ru .IP "rup" 4 .IX Item "rup" \&\s-1CLDR\s0 2.0 did not define data for XrupX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rw" 4 .IX Item "rw" .Vb 2 \& get_plural_form($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($n, other, special_zero) .Ve .IP "sa" 4 .IX Item "sa" \&\s-1CLDR\s0 2.0 did not define data for XsaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sad" 4 .IX Item "sad" \&\s-1CLDR\s0 2.0 did not define data for XsadX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sah" 4 .IX Item "sah" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sai" 4 .IX Item "sai" \&\s-1CLDR\s0 2.0 did not define data for XsaiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sal" 4 .IX Item "sal" \&\s-1CLDR\s0 2.0 did not define data for XsalX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sam" 4 .IX Item "sam" \&\s-1CLDR\s0 2.0 did not define data for XsamX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "saq" 4 .IX Item "saq" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sas" 4 .IX Item "sas" \&\s-1CLDR\s0 2.0 did not define data for XsasX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sat" 4 .IX Item "sat" \&\s-1CLDR\s0 2.0 did not define data for XsatX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sbp" 4 .IX Item "sbp" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sc" 4 .IX Item "sc" \&\s-1CLDR\s0 2.0 did not define data for XscX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "scn" 4 .IX Item "scn" \&\s-1CLDR\s0 2.0 did not define data for XscnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sco" 4 .IX Item "sco" \&\s-1CLDR\s0 2.0 did not define data for XscoX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sd" 4 .IX Item "sd" \&\s-1CLDR\s0 2.0 did not define data for XsdX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "se" 4 .IX Item "se" .Vb 2 \& get_plural_form($n, one, two, other) \& get_plural_form($n, one, two, other, special_zero) .Ve .IP "see" 4 .IX Item "see" \&\s-1CLDR\s0 2.0 did not define data for XseeX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "seh" 4 .IX Item "seh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sel" 4 .IX Item "sel" \&\s-1CLDR\s0 2.0 did not define data for XselX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sem" 4 .IX Item "sem" \&\s-1CLDR\s0 2.0 did not define data for XsemX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ses" 4 .IX Item "ses" .Vb 2 \& get_plural_form($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($n, other, special_zero) .Ve .IP "sga" 4 .IX Item "sga" \&\s-1CLDR\s0 2.0 did not define data for XsgaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sgn" 4 .IX Item "sgn" \&\s-1CLDR\s0 2.0 did not define data for XsgnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sh" 4 .IX Item "sh" .Vb 1 \& get_plural_form($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($n, one, few, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for shi .IP "shn" 4 .IX Item "shn" \&\s-1CLDR\s0 2.0 did not define data for XshnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "si" 4 .IX Item "si" .Vb 2 \& get_plural_form($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($n, other, special_zero) .Ve .IP "sio" 4 .IX Item "sio" \&\s-1CLDR\s0 2.0 did not define data for XsioX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sit" 4 .IX Item "sit" \&\s-1CLDR\s0 2.0 did not define data for XsitX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sk" 4 .IX Item "sk" .Vb 2 \& get_plural_form($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($n, one, two, few, other, special_zero) .Ve .IP "sla" 4 .IX Item "sla" \&\s-1CLDR\s0 2.0 did not define data for XslaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sm" 4 .IX Item "sm" \&\s-1CLDR\s0 2.0 did not define data for XsmX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sma" 4 .IX Item "sma" \&\s-1CLDR\s0 2.0 did not define data for XsmaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "smi" 4 .IX Item "smi" \&\s-1CLDR\s0 2.0 did not define data for XsmiX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "smj" 4 .IX Item "smj" \&\s-1CLDR\s0 2.0 did not define data for XsmjX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "smn" 4 .IX Item "smn" \&\s-1CLDR\s0 2.0 did not define data for XsmnX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sms" 4 .IX Item "sms" \&\s-1CLDR\s0 2.0 did not define data for XsmsX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sn" 4 .IX Item "sn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "snk" 4 .IX Item "snk" \&\s-1CLDR\s0 2.0 did not define data for XsnkX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "so" 4 .IX Item "so" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sog" 4 .IX Item "sog" \&\s-1CLDR\s0 2.0 did not define data for XsogX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "son" 4 .IX Item "son" \&\s-1CLDR\s0 2.0 did not define data for XsonX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sq" 4 .IX Item "sq" .Vb 2 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, other, special_zero) .Ve .IP "tiv" 4 .IX Item "tiv" \&\s-1CLDR\s0 2.0 did not define data for XtivX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tk" 4 .IX Item "tk" \&\s-1CLDR\s0 2.0 did not define data for XtkX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tkl" 4 .IX Item "tkl" \&\s-1CLDR\s0 2.0 did not define data for XtklX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tl" 4 .IX Item "tl" .Vb 1 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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($n, one, other) .Ve .Sp Note: zero falls under a different category than XotherX so there is no \*(L"XSpecial ZeroX Argument\*(R" for tzm .IP "udm" 4 .IX Item "udm" \&\s-1CLDR\s0 2.0 did not define data for XudmX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ug" 4 .IX Item "ug" \&\s-1CLDR\s0 2.0 did not define data for XugX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "uga" 4 .IX Item "uga" \&\s-1CLDR\s0 2.0 did not define data for XugaX, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "uk" 4 .IX Item "uk" .Vb 1 \& get_plural_form($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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 2.0 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\s0 \s-1AND\s0 \s-1LIMITATIONS\s0\*(R" in Locales .SS "\s-1BEFORE\s0 \s-1YOU\s0 \s-1SUBMIT\s0 A \s-1BUG\s0 \s-1REPORT\s0" .IX Subsection "BEFORE YOU SUBMIT A BUG REPORT" Please see \*(L"\s-1BEFORE\s0 \s-1YOU\s0 \s-1SUBMIT\s0 A \s-1BUG\s0 \s-1REPORT\s0\*(R" 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\s0 \s-1THIS\s0 \s-1SOFTWARE\s0 \s-1IS\s0 \s-1LICENSED\s0 \s-1FREE\s0 \s-1OF\s0 \s-1CHARGE\s0, \s-1THERE\s0 \s-1IS\s0 \s-1NO\s0 \s-1WARRANTY\s0 \&\s-1FOR\s0 \s-1THE\s0 \s-1SOFTWARE\s0, \s-1TO\s0 \s-1THE\s0 \s-1EXTENT\s0 \s-1PERMITTED\s0 \s-1BY\s0 \s-1APPLICABLE\s0 \s-1LAW\s0. \s-1EXCEPT\s0 \s-1WHEN\s0 \&\s-1OTHERWISE\s0 \s-1STATED\s0 \s-1IN\s0 \s-1WRITING\s0 \s-1THE\s0 \s-1COPYRIGHT\s0 \s-1HOLDERS\s0 \s-1AND/OR\s0 \s-1OTHER\s0 \s-1PARTIES\s0 \&\s-1PROVIDE\s0 \s-1THE\s0 \s-1SOFTWARE\s0 \*(L"\s-1AS\s0 \s-1IS\s0\*(R" \s-1WITHOUT\s0 \s-1WARRANTY\s0 \s-1OF\s0 \s-1ANY\s0 \s-1KIND\s0, \s-1EITHER\s0 \&\s-1EXPRESSED\s0 \s-1OR\s0 \s-1IMPLIED\s0, \s-1INCLUDING\s0, \s-1BUT\s0 \s-1NOT\s0 \s-1LIMITED\s0 \s-1TO\s0, \s-1THE\s0 \s-1IMPLIED\s0 \&\s-1WARRANTIES\s0 \s-1OF\s0 \s-1MERCHANTABILITY\s0 \s-1AND\s0 \s-1FITNESS\s0 \s-1FOR\s0 A \s-1PARTICULAR\s0 \s-1PURPOSE\s0. \s-1THE\s0 \&\s-1ENTIRE\s0 \s-1RISK\s0 \s-1AS\s0 \s-1TO\s0 \s-1THE\s0 \s-1QUALITY\s0 \s-1AND\s0 \s-1PERFORMANCE\s0 \s-1OF\s0 \s-1THE\s0 \s-1SOFTWARE\s0 \s-1IS\s0 \s-1WITH\s0 \&\s-1YOU\s0. \s-1SHOULD\s0 \s-1THE\s0 \s-1SOFTWARE\s0 \s-1PROVE\s0 \s-1DEFECTIVE\s0, \s-1YOU\s0 \s-1ASSUME\s0 \s-1THE\s0 \s-1COST\s0 \s-1OF\s0 \s-1ALL\s0 \&\s-1NECESSARY\s0 \s-1SERVICING\s0, \s-1REPAIR\s0, \s-1OR\s0 \s-1CORRECTION\s0. .PP \&\s-1IN\s0 \s-1NO\s0 \s-1EVENT\s0 \s-1UNLESS\s0 \s-1REQUIRED\s0 \s-1BY\s0 \s-1APPLICABLE\s0 \s-1LAW\s0 \s-1OR\s0 \s-1AGREED\s0 \s-1TO\s0 \s-1IN\s0 \s-1WRITING\s0 \&\s-1WILL\s0 \s-1ANY\s0 \s-1COPYRIGHT\s0 \s-1HOLDER\s0, \s-1OR\s0 \s-1ANY\s0 \s-1OTHER\s0 \s-1PARTY\s0 \s-1WHO\s0 \s-1MAY\s0 \s-1MODIFY\s0 \s-1AND/OR\s0 \&\s-1REDISTRIBUTE\s0 \s-1THE\s0 \s-1SOFTWARE\s0 \s-1AS\s0 \s-1PERMITTED\s0 \s-1BY\s0 \s-1THE\s0 \s-1ABOVE\s0 \s-1LICENCE\s0, \s-1BE\s0 \&\s-1LIABLE\s0 \s-1TO\s0 \s-1YOU\s0 \s-1FOR\s0 \s-1DAMAGES\s0, \s-1INCLUDING\s0 \s-1ANY\s0 \s-1GENERAL\s0, \s-1SPECIAL\s0, \s-1INCIDENTAL\s0, \&\s-1OR\s0 \s-1CONSEQUENTIAL\s0 \s-1DAMAGES\s0 \s-1ARISING\s0 \s-1OUT\s0 \s-1OF\s0 \s-1THE\s0 \s-1USE\s0 \s-1OR\s0 \s-1INABILITY\s0 \s-1TO\s0 \s-1USE\s0 \&\s-1THE\s0 \s-1SOFTWARE\s0 (\s-1INCLUDING\s0 \s-1BUT\s0 \s-1NOT\s0 \s-1LIMITED\s0 \s-1TO\s0 \s-1LOSS\s0 \s-1OF\s0 \s-1DATA\s0 \s-1OR\s0 \s-1DATA\s0 \s-1BEING\s0 \&\s-1RENDERED\s0 \s-1INACCURATE\s0 \s-1OR\s0 \s-1LOSSES\s0 \s-1SUSTAINED\s0 \s-1BY\s0 \s-1YOU\s0 \s-1OR\s0 \s-1THIRD\s0 \s-1PARTIES\s0 \s-1OR\s0 A \&\s-1FAILURE\s0 \s-1OF\s0 \s-1THE\s0 \s-1SOFTWARE\s0 \s-1TO\s0 \s-1OPERATE\s0 \s-1WITH\s0 \s-1ANY\s0 \s-1OTHER\s0 \s-1SOFTWARE\s0), \s-1EVEN\s0 \s-1IF\s0 \&\s-1SUCH\s0 \s-1HOLDER\s0 \s-1OR\s0 \s-1OTHER\s0 \s-1PARTY\s0 \s-1HAS\s0 \s-1BEEN\s0 \s-1ADVISED\s0 \s-1OF\s0 \s-1THE\s0 \s-1POSSIBILITY\s0 \s-1OF\s0 \&\s-1SUCH\s0 \s-1DAMAGES\s0.