cldr

A module that allows you to extract a bunch of locale-specific
information from the Unicode
CLDR (Common Localization Data Repository), including:

- Date, time, and date-time formats
- Date interval formats
- Number formats, symbols, and digits for all number systems
- Exemplar and ellipsis characters
- Day names, month names, quarter names, era names, and cyclic names
- Patterns for rendering lists of items (see the this-and-that module for an easy-to-consume version)
- Display names for languages, time zones, territories, scripts and currencies
- Plural rule functions (converted to JavaScript functions)
- Rule-based number formatting functions (converted to JavaScript functions)

The extraction code was originally written for the href="https://github.com/papandreou/inter">inter i18n library, but can be
used on its own.

To understand the data itself, you might need to dive into the href="https://www.unicode.org/reports/tr35/tr35-61/tr35.html">LDML
specification, which describes the schema of the CLDR XML files.

Comes bundled with the CLDR 48 release and isn't attempting to be backwards
compatible with earlier versions.

Releases

See the changelog.

Usage

Make sure you have node.js and href="http://npmjs.org/">npm installed, then run:

``
$ npm install cldr
`

Now you're ready to create a node-cldr instance and take it for a
spin:

`javascript
var cldr = require('cldr');

console.log(cldr.extractTerritoryDisplayNames('fr'));
`

Output:

`
{ '142': 'Asie',
'143': 'Asie centrale',
'145': 'Asie occidentale',
'150': 'Europe',
[...]
YT: 'Mayotte',
ZA: 'Afrique du Sud',
ZM: 'Zambie',
ZW: 'Zimbabwe',
ZZ: 'région indéterminée' }
`

Advanced users can also provide the path to another CLDR installation
like this:

`javascript
var cldr = require('cldr').load('/path/to/cldr');
`

Properties

$3

An array of locale ids for which data is available (656 in CLDR
release 22.1). The locale ids are "normalized" to be all lower case
with underscores separating the fragments. However, all methods that
take a locale id as a parameter will accept any casing and both -
and _ as separators.

$3

An array of calendar ids for which data is available. In CLDR release
22.1:

`javascript
[
'buddhist',
'chinese',
'coptic',
'dangi',
'ethioaa',
'ethiopic',
'gregorian',
'hebrew',
'indian',
'islamic',
'islamicc',
'iso8601',
'japanese',
'persian',
'roc',
];
`

$3

An array of number system ids for which data is available. In CLDR
release 22.1:

`javascript
[
'arab',
'arabext',
'armn',
'armnlow',
'bali',
'beng',
'brah',
'cakm',
'cham',
'deva',
'ethi',
'finance',
'fullwide',
'geor',
'grek',
'greklow',
'gujr',
'guru',
'hanidec',
'hans',
'hansfin',
'hant',
'hantfin',
'hebr',
'java',
'jpan',
'jpanfin',
'kali',
'khmr',
'knda',
'lana',
'lanatham',
'laoo',
'latn',
'lepc',
'limb',
'mlym',
'mong',
'mtei',
'mymr',
'mymrshan',
'native',
'nkoo',
'olck',
'orya',
'osma',
'roman',
'romanlow',
'saur',
'shrd',
'sora',
'sund',
'takr',
'talu',
'taml',
'tamldec',
'telu',
'thai',
'tibt',
'traditio',
'vaii',
];
`

Methods

All the data extraction methods are synchronous, which means that XML
documents that haven't already been loaded will be loaded using
fs.readFileSync. The reasoning behind this is that the API would be
awkward if all the extraction methods had to take callbacks. Also,
node-cldr is unlikely to be used in a setting where performance is
critical. However, if for some reason you want to avoid the
synchronous loads, you can use cldr.load(, cb) to
load all the needed data in parallel before starting the extraction
itself. Then all the needed documents will be loaded and ready.

$3

Extract a locale display pattern hash for a locale:

`javascript
cldr.extractLocaleDisplayPattern('en_GB');
{ localePattern: '{0} ({1})',
localeSeparator: '{0}, {1}',
localeKeyTypePattern: '{0}: {1}' }
`

$3

Extract a locale ID => display name hash for a locale:

`javascript
cldr.extractLanguageDisplayNames('it').en;
('inglese');
`

$3

Subdivision aliases contain deprecated or alternative subdivision codes. Note that the returned code may be either a territory code, (such as 'cn71' => 'TW'), or a subdivision code.

`javascript
cldr.extractSubdivisionAliases().czol;
({ replacement: 'cz71', reason: 'deprecated' });
`

$3

Extract a subnational territory ID => display name hash for a locale.
Codes follow the BCP47 standard, e.g. usca for California, USA.
Note that these codes are similar but not identical to ISO 3166-2 codes. Unlike ISO 3166-2, CLDR never reuses a code.

For global regions and countries, see extractTerritoryDisplayNames

`javascript
cldr.extractSubdivisionDisplayNames('en').dk85;
('Zealand');
`

$3

Extract a time zone ID (Olson) => display name hash for a locale:

`javascript
cldr.extractTimeZoneDisplayNames('it')['Europe/Gibraltar'];
('Gibilterra');
`

$3

Extract a hash with ICU formats for displaying information about a
time zone in a locale:

`javascript
cldr.extractTimeZoneFormats('da');
{ hour: [ '+HH.mm', '-HH.mm' ],
gmt: 'GMT{0}',
gmtZero: 'GMT',
region: 'Tidszone for {0}',
fallback: '{1} ({0})',
regions: { daylight: '{0} (+1)', standard: '{0} (+0)' } }
`

$3

Territory aliases contain deprecated or alternative territory codes.

`javascript
cldr.extractTerritoryAliases().BU;
({ replacement: 'MM', reason: 'deprecated' });
`

$3

Extract a territory ID => display name hash for a locale.
This method will return global regions and countries. For subnational
divisions, see extractSubdivisionDisplayNames.

`javascript
cldr.extractTerritoryDisplayNames('fr').US;
('États-Unis');
`

$3

Get a flattened tree structure with information about which territories are
contained in other territories. The territories are given by their id, so the
result is locale-independent. Consult extractTerritoryDisplayNames for the
translated display names.

`javascript
cldr.extractTerritoryContainmentGroups()
{ '142':
{ type: '142',
contains: [ '145', '143', '030', '034', '035' ],
parent: '001' },
'143':
{ type: '143',
contains: [ 'TM', 'TJ', 'KG', 'KZ', 'UZ' ],
parent: '142' },
[...]
'009':
{ type: '009',
contains: [ '053', '054', '057', '061', 'QO' ],
parent: '001' },
QO:
{ type: 'QO',
contains: [ 'AQ', 'AC', 'CP', 'DG', 'TA' ],
parent: '009' } }
`

$3

Extract hash with currency ID keys mapping to currency info objects
for a locale:

`javascript
cldr.extractCurrencyInfoById('es').YUN;
{ displayName: 'dinar convertible yugoslavo',
symbol: undefined,
one: 'dinar convertible yugoslavo',
other: 'dinares convertibles yugoslavos' },
`

$3

Extract a script ID => display name hash for a locale:

`javascript
cldr.extractScriptDisplayNames('en_US').Arab;
('Arabic');
`

$3

Extract a variant ID => display name hash for a locale:

`javascript
cldr.extractVariantDisplayNames('fr').VALENCIA;
('valencien');
`

$3

Extract keys and their associated types for a locale.

`javascript
cldr.extractKeyTypes('en').calendar;
{ displayName: 'Calendar',
types:
{ buddhist: 'Buddhist Calendar',
chinese: 'Chinese Calendar',
coptic: 'Coptic Calendar',
dangi: 'Dangi Calendar',
ethiopic: 'Ethiopic Calendar',
ethiopicAmeteAlem: 'Ethiopic Amete Alem Calendar',
gregorian: 'Gregorian Calendar',
hebrew: 'Hebrew Calendar',
indian: 'Indian National Calendar',
islamic: 'Islamic Calendar',
islamicCivil: 'Islamic Calendar (tabular, civil epoch)',
islamicRgsa: 'Islamic Calendar (Saudi Arabia, sighting)',
islamicTbla: 'Islamic Calendar (tabular, astronomical epoch)',
islamicUmalqura: 'Islamic Calendar (Umm al-Qura)',
iso8601: 'ISO-8601 Calendar',
japanese: 'Japanese Calendar',
persian: 'Persian Calendar',
roc: 'Minguo Calendar' } }
`

`javascript
cldr.extractKeyTypes('en').x;
{
displayName: 'Private-Use';
}
`

$3

Extract a hash of transform names for a locale.

`javascript
cldr.extractTransformNames('en');
{ BGN: 'BGN',
Numeric: 'Numeric',
Tone: 'Tone',
UNGEGN: 'UNGEGN',
'x-Accents': 'Accents',
'x-Fullwidth': 'Fullwidth',
'x-Halfwidth': 'Halfwidth',
'x-Jamo': 'Jamo',
'x-Pinyin': 'Pinyin',
'x-Publishing': 'Publishing' }
`

$3

Extract a hash of measurement system names for a locale.

`javascript
cldr.extractMeasurementSystemNames('en');
{ metric: 'Metric', UK: 'UK', US: 'US' }
`

$3

Extract a hash of code patterns for a locale.

`javascript
> cldr.extractCodePatterns('en');
{ language: 'Language: {0}',
script: 'Script: {0}',
territory: 'Region: {0}' }
`

$3

Extract a nested hash with era names in wide and abbreviated
formats for a calendar and locale:

`javascript
cldr.extractEraNames('es', 'gregorian');
{ wide:
{ '0': 'antes de Cristo',
'1': 'anno Dómini' },
abbreviated:
{ '0': 'a.C.',
'1': 'd.C.' } }
`

$3

Extract a nested hash with quarter names in various formats for a calendar and locale:

`javascript
cldr.extractQuarterNames('es', 'gregorian');
{ format:
{ abbreviated: { '0': 'T1', '1': 'T2', '2': 'T3', '3': 'T4' },
narrow: { '0': '1T', '1': '2T', '2': '3T', '3': '4T' },
wide: { '0': '1er trimestre', '1': '2º trimestre', '2': '3er trimestre', '3': '4º trimestre' } },
standAlone:
{ abbreviated: { '0': 'Q1', '1': 'Q2', '2': 'Q3', '3': 'Q4' },
narrow: { '0': '1T', '1': '2T', '2': '3T', '3': '4T' },
wide: { '0': '1.er trimestre', '1': '2.º trimestre', '2': '3.er trimestre', '3': '4.º trimestre' } } }
`

$3

Extract a nested hash with day periods in various formats for a
calendar and locale:

`javascript
cldr.extractDayPeriods('en_GB', 'gregorian');
{ format:
{ abbreviated: { am: 'AM', pm: 'PM' },
narrow: { am: 'a', noon: 'n', pm: 'p' },
wide: { am: 'am', pm: 'pm', noon: 'noon' } },
standAlone:
{ abbreviated: { am: 'AM', pm: 'PM' },
narrow: { am: 'AM', pm: 'PM' },
wide: { am: 'AM', pm: 'PM' } } }
`

$3

Extract a ruleset for locale-aware day periods,
to be used with extractDayPeriods().

`javascript
cldr.extractDayPeriodRules('nl');
{ format: [
{ type: 'morning1', at: '', from: '06:00', before: '12:00' },
{ type: 'afternoon1', at: '', from: '12:00', before: '18:00' },
{ type: 'evening1', at: '', from: '18:00', before: '24:00' },
{ type: 'night1', at: '', from: '00:00', before: '06:00' },
],
standAlone: [
{ type: 'midnight', at: '00:00', from: '', before: '' },
{ type: 'morning1', at: '', from: '06:00', before: '12:00' },
{ type: 'afternoon1', at: '', from: '12:00', before: '18:00' },
{ type: 'evening1', at: '', from: '18:00', before: '24:00' },
{ type: 'night1', at: '', from: '00:00', before: '06:00' }
] }
`

$3

Extract a nested hash with cyclic names for a calendar and locale
(only the chinese calendar contains these):

`javascript
cldr.extractCyclicNames('en_US', 'chinese').zodiacs.format.abbreviated;
{ '1': 'Rat', '2': 'Ox', '3': 'Tiger', '4': 'Rabbit', '5': 'Dragon', '6': 'Snake', '7': 'Horse', '8': 'Goat', '9': 'Monkey', '10': 'Rooster', '11': 'Dog', '12': 'Pig' }
`

$3

Extract a nested hash with month names (in various contexts) for a
calendar and locale:

`javascript
cldr.extractMonthNames('nl', 'gregorian').format.wide;
{ '0': 'januari', '1': 'februari', '2': 'maart', '3': 'april', '4': 'mei', '5': 'juni', '6': 'juli',
'7': 'augustus', '8': 'september', '9': 'oktober', '10': 'november', '11': 'december' }
`

$3

Extract a nested hash with month patterns (in various contexts) for a
calendar and locale:

`javascript
cldr.extractMonthPatterns('nl', 'chinese');
{ format:
{ abbreviated: { leap: '{0}bis' },
narrow: { leap: '{0}b' },
wide: { leap: '{0}bis' } },
numeric: { all: { leap: '{0}bis' } },
standAlone:
{ abbreviated: { leap: '{0}bis' },
narrow: { leap: '{0}b' },
wide: { leap: '{0}bis' } } }
`

$3

Extract a nested hash with day names (in various contexts) for a
calendar and locale:

`javascript
cldr.extractDayNames('en', 'gregorian').format.abbreviated;
{ '0': 'Sun',
'1': 'Mon',
'2': 'Tue',
'3': 'Wed',
'4': 'Thu',
'5': 'Fri',
'6': 'Sat' }
`

$3

Extract a nested hash with display names (including relative) for
various fields for a locale:

`javascript
cldr.extractFields('en').month;
{ displayName: 'Month',
relative:
{ '0': 'this month',
'1': 'next month',
'-1': 'last month' },
relativeTime:
{ future:
{ one: 'in {0} month',
other: 'in {0} months' },
past:
{ one: '{0} month ago',
other: '{0} months ago' } } }
`

$3

Extract a hash with ICU patterns that show how to build a date-time
pattern out of a date pattern and a time pattern in various contexts
for a calendar and locale:

`javascript
cldr.extractDateTimePatterns('en', 'gregorian');
{ full: '{1} \'at\' {0}',
long: '{1} \'at\' {0}',
medium: '{1}, {0}',
short: '{1}, {0}' }
`

$3

Extract a hash of basic date formats (ICU) for a calendar and locale:

`javascript
cldr.extractDateFormats('en_GB', 'gregorian');
{ full: 'EEEE, d MMMM y',
long: 'd MMMM y',
medium: 'd MMM y',
short: 'dd/MM/yyyy' }
`

$3

Extract a hash of basic time formats (ICU) for a given calendar and
locale:

`javascript
cldr.extractTimeFormats('en_GB', 'gregorian');
{ full: 'HH:mm:ss zzzz',
long: 'HH:mm:ss z',
medium: 'HH:mm:ss',
short: 'HH:mm' }
`

$3

Extract a hash of href="http://www.unicode.org/reports/tr35/tr35-29.html#Date_Format_Patterns">ICU
date formats for displaying dates and times at various detail
levels for a calendar and locale:

`javascript
cldr.extractDateFormatItems('en_GB', 'gregorian');
{ d: 'd',
Ed: 'E d',
Ehm: 'E h:mm a',
EHm: 'E HH:mm',
[...]
yQQQ: 'QQQ y',
yyMMM: 'MMM yy',
yyyyMM: 'MM/yyyy',
yyyyMMMM: 'MMMM y' }
`

$3

Extract a nested hash with date interval display formats (ICU), keyed
by the detail level and the 'greatest difference' field for a calendar
and a locale (tip: Look for "greatest difference" in the href="http://www.unicode.org/reports/tr35/tr35-29.html">LDML
spec):

`javascript
cldr.extractDateIntervalFormats('en_GB', 'gregorian');
{ d: { d: 'd–d' },
h: { a: 'h a – h a', h: 'h–h a' },
H: { H: 'HH–HH' },
hm: { a: 'h:mm a – h:mm a', h: 'h:mm–h:mm a', m: 'h:mm–h:mm a' },
[...]
yMMMEd:
{ d: 'E, d – E, d MMM y',
M: 'E, d MMM – E, d MMM y',
y: 'E, d MMM y – E, d MMM y' },
yMMMM: { M: 'MMMM–MMMM y', y: 'MMMM y – MMMM y' } }
`

$3

Extract the date interval fallback format (ICU) for a given calendar
and locale (to be used when the date interval formats don't offer a
specific format):

`javascript
cldr.extractDateIntervalFallbackFormat('en_GB', 'gregorian');
('{0} – {1}');
`

$3

Extract the number symbols for a given number system and locale:

`javascript
cldr.extractNumberSymbols('en_GB', 'latn');
{ decimal: '.',
group: ',',
list: ';',
percentSign: '%',
plusSign: '+',
minusSign: '-',
exponential: 'E',
perMille: '‰',
infinity: '∞',
nan: 'NaN' }
`

$3

Extract the number formats (href="http://www.unicode.org/reports/tr35/tr35-29.html#Number_Format_Patterns">ICU
DecimalFormat) for a given number system and locale:

`javascript
cldr.extractNumberFormats('en_GB', 'latn');
{ scientific: { default: '#E0' },
decimal:
{ long:
{ '1000': { one: '0 thousand', other: '0 thousand' },
'10000': { one: '00 thousand', other: '00 thousand' },
[...]
'100000000000000': { one: '000 trillion', other: '000 trillion' } },
short:
{ '1000': { one: '0k', other: '0K' },
'10000': { one: '00k', other: '00K' },
[...]
'100000000000000': { one: '000tn', other: '000T' } },
default: '#,##0.###' },
currency: { default: '¤#,##0.00', one: '{0} {1}', other: '{0} {1}' },
percent: { default: '#,##0%' } }
`

$3

Extract the id of the default number system for a locale:

`javascript
cldr.extractDefaultNumberSystemId('en_GB');
('latn');
cldr.extractDefaultNumberSystemId('ar');
('arab');
`

$3

Extract the unit patterns (ICU) for a locale (to be used with a plural rule function):

`javascript
cldr.extractUnitPatterns('en_GB').long.unit.massKilogram
{ one: '{0} kilogram',
other: '{0} kilograms' }
`

$3

Extract the delimiters for a locale:

`javascript
cldr.extractDelimiters('en_GB');
{ quotationStart: '“',
quotationEnd: '”',
alternateQuotationStart: '‘',
alternateQuotationEnd: '’' }
`

$3

Extract the list patterns (ICU) for a locale:

`javascript
Object.keys(cldr.extractListPatterns('en_GB'));
[ 'default',
'unit',
'unitNarrow',
'unitShort' ]
cldr.extractListPatterns('en_GB').default;
{ '2': '{0} and {1}',
end: '{0} and {1}',
middle: '{0}, {1}',
start: '{0}, {1}' }
`

$3

Extract information about the writing direction for a locale:

`javascript
cldr.extractLayout('ar');
{ orientation:
{ characterOrder: 'right-to-left',
lineOrder: 'top-to-bottom' } }
`

$3

Extract information about various character classes, ellipsis patterns etc. for a locale:

`javascript
cldr.extractCharacters('en_GB');
{ exemplar:
{ default: [ 'a', 'b', 'c', 'd', 'e', [...], 'x', 'y', 'z' ],
auxiliary: [ 'á', 'à', 'ă', 'â', 'å', [...], 'ü', 'ū', 'ÿ' ],
index: [ 'A', 'B', 'C', 'D', 'E', [...], 'X', 'Y', 'Z' ],
punctuation: [ '\\-', '‐', '–', '—', ',', [...], '‡', '′', '″' ] },
ellipsis: { final: '{0}…', initial: '…{0}', medial: '{0}… {1}' },
moreInformation: '?' }
`

$3

Extract a list of available plural classes for a locale (See href="http://www.unicode.org/reports/tr35/tr35-29.html#Language_Plural_Rules">the
LDML spec for an explanation):

`javascript
cldr.extractPluralClasses('en_GB', 'cardinal')[('one', 'other')];

cldr.extractPluralRuleFunction('ar', 'cardinal')[
('zero', 'one', 'two', 'few', 'many', 'other')
];

cldr.extractPluralRuleFunction('ar', 'ordinal')['other'];
`

$3

Extract a plural rule function for a locale (See href="http://www.unicode.org/reports/tr35/tr35-29.html#Language_Plural_Rules">the
LDML spec for an explanation):

`javascript
cldr.extractPluralRuleFunction('en_GB', 'cardinal').toString();
function (n) {
if (typeof n === "string") n = parseInt(n, 10);
if (n === 1) return "one";
return "other";
}

cldr.extractPluralRuleFunction('en_GB', 'ordinal').toString();
function (n) {
if (typeof n === "string") n = parseInt(n, 10);
if (n % 10 === 1 && !(n % 100 === 11)) return "one";
if (n % 10 === 2 && !(n % 100 === 12)) return "two";
if (n % 10 === 3 && !(n % 100 === 13)) return "few";
return "other";
}

cldr.extractPluralRuleFunction('ar').toString();
function (n) {
if (typeof n === "string") n = parseInt(n, 10);
if (n === 0) return "zero";
if (n === 1) return "one";
if (n === 2) return "two";
if (n % 100 >= 3 && n % 100 <= 10) return "few";
if (n % 100 >= 11 && n % 100 <= 99) return "many";
return "other";
}
`

$3

Extracts RBNF (href="http://www.unicode.org/reports/tr35/tr35-29.html#Rule-Based_Number_Formatting">rule-based
number formatting) functions for a locale. The 'types' parameter
specifies the names of the functions you want (defaults to all
available), and the returned hash will contain the ones that were
found plus their dependencies.

The original function names have been converted to camelCase and
prefixed with render, and you need to use that naming convention
when specifying the types array as well.

`javascript
cldr.extractRbnfFunctionByType('en_GB').renderRomanUpper(2012);
('MMXII');
cldr.extractRbnfFunctionByType('de').renderSpelloutOrdinal(2323);
('zwei tausend drei hundert drei und zwanzigste');
`

Note that some of the generated functions expect to be able to call
this.renderNumber(, );. If there's demand
for it, that can be made customizable, just file an issue.

$3

Extract information about a numbering system. The supported numbering systems
can be retrieved as cldr.numberingSystemIds.

Most of the numbering systems will have a type of numeric and provide an array
of digits that correspond to 0 through 9:

`javascript
cldr.extractNumberingSystem('bali');
{ type: 'numeric',
digits: [ '᭐', '᭑', '᭒', '᭓', '᭔', '᭕', '᭖', '᭗', '᭘', '᭙' ] }
`

For other more complicated numbering systems, the type will be algorithmic
and there will be a rules property that is a string starting with render. In
that case, use the RBNF function (see above) of that name for producing a
number. These RBNF functions are the same in every locale, so you can just pass
root:

`javascript
cldr.extractNumberingSystem('cyrl')
{ type: 'algorithmic', rules: 'renderCyrillicLower' }
const rbnfs = cldr.extractRbnfFunctionByType('root', 'renderCyrillicLower')
rbnfs.renderCyrillicLower(1234)
'҂асл҃д'
`

Some of the algorithmic numbering systems will additionally refer to a
specific locale:

`javascript
cldr.extractNumberingSystem('jpan');
{ type: 'algorithmic',
rules: 'renderSpelloutCardinal',
locale: 'ja' }
`

In that case you should extract the RBNF rule from that specific locale to
render the numbers:

`javascript
const rbnfs = cldr.extractRbnfFunctionByType('ja', 'renderSpelloutCardinal');
const rbnfs.renderSpelloutCardinal(1234);
'千二百三十四'
`

$3

Deprecated: Please use extractNumberingSystem() instead.

Extract a hash of number system id => digits array. For some exotic
number systems, 'digits' is a string starting with render. In that
case, use the RBNF function (see above) of that name for producing a
number.

`javascript
cldr.extractDigitsByNumberSystemId();
{ arab: [ '٠', '١', '٢', '٣', '٤', '٥', '٦', '٧', '٨', '٩' ],
arabext: [ '۰', '۱', '۲', '۳', '۴', '۵', '۶', '۷', '۸', '۹' ],
armn: 'renderArmenianUpper',
armnlow: 'renderArmenianLower',
[...]
latn: [ '0', '1', '2', '3', '4', '5', '6', '7', '8', '9' ],
orya: [ '୦', '୧', '୨', '୩', '୪', '୫', '୬', '୭', '୮', '୯' ],
[...] }
`

$3

Extract supplemental data for languages. These data contain a list of
territories where the language is spoken, and scripts that are used
with the language. Both territories and scripts can be either primary
or secondary for the language.

`javascript
{ ar:
{ scripts: [ 'Arab' ], territories: [ 'AE', 'BH', [...] ],
secondary: {
scripts: [ 'Syrc' ], territories: [ 'IR', 'SS' ] }
},
[...] }
`

$3

Extract supplemental week data, including what day should be considered the first day of the week. The data is grouped by territories and/or locales.

`javascript
{ firstDay:
[
{ day='mon', territories=[ '001', 'AD', [...] ] },
{ day='fri', territories=[ 'MV'] },
{ day='sat', territories=[ 'AE', 'AF', [...] ] },
{ day='sun', territories=[ 'AG', 'AR', [...] ] },
{ day='sun', variant=true, territories=[ 'GB' ] },
],
[...] }
`

License

node-cldr is licensed under a standard 3-clause BSD license -- see the
LICENSE`-file for details.