Return a function that formats a date according to the given options. The default formatting is numeric year, month, and day (i.e., { skeleton: "yMd" }.
The returned function is invoked with one argument: the Date instance value to be formatted.
String value indicating a skeleton (see description above), eg. { skeleton: "GyMMMd" }.
Skeleton provides a more flexible formatting mechanism than the predefined list full, long, medium, or short represented by date, time, or datetime. Instead, they are an open-ended list of patterns containing only date field information, and in a canonical order. For a complete list of skeleton patterns check the unicode CLDR documentation.
For example:
| locale | "GyMMMd" skeleton |
|---|---|
| en | "Apr 9, 2014 AD" |
| zh | "公元2014年4月9日" |
| es | "9 abr. de 2014 d. C." |
| ar | "٩ أبريل، ٢٠١٤ م" |
| pt | "9 de abr de 2014 d.C." |
One of the following String values: full, long, medium, or short, eg., { date: "full" }.
One of the following String values: full, long, medium, or short, eg., { time: "full" }.
One of the following String values: full, long, medium, or short, eg., { datetime: "full" }.
String value indicating a machine raw pattern (anything in the "Sym." column) eg. { raw: "dd/mm" }. Note this is NOT recommended for i18n in general. Use skeleton instead.
String based on the time zone names of the IANA time zone database, such as "Asia/Shanghai", "Asia/Kolkata", "America/New_York".
Date instance to be formatted, eg. new Date();
Prior to using any date methods, you must load cldr/main/{locale}/ca-gregorian.json, cldr/main/{locale}/timeZoneNames.json, cldr/supplemental/metaZones.json, cldr/supplemental/timeData.json, cldr/supplemental/weekData.json, and the CLDR content required by the number module. Read CLDR content if you need more information.
var formatter;
Globalize.locale( "en" );
formatter = Globalize.dateFormatter();
formatter( new Date( 2010, 10, 30, 17, 55 ) );
// > "11/30/2010"You can use the instance method .dateFormatter(), which uses the instance locale.
var enFormatter = Globalize( "en" ).dateFormatter(),
deFormatter = Globalize( "de" ).dateFormatter();
enFormatter( new Date( 2010, 10, 30, 17, 55 ) );
// > "11/30/2010"
deFormatter( new Date( 2010, 10, 30, 17, 55 ) );
// > "30.11.2010"Use convenient presets for date, time, or datetime. Their possible values are: short, medium, long, and full.
presetValue |
Globalize( "en" ).dateFormatter( presetValue )( new Date( 2010, 10, 1, 17, 55 ) ) |
|---|---|
{ date: "short" } |
"11/1/10" |
{ date: "medium" } |
"Nov 1, 2010" |
{ date: "long" } |
"November 1, 2010" |
{ date: "full" } |
"Monday, November 1, 2010" |
{ time: "short" } |
"5:55 PM" |
{ time: "medium" } |
"5:55:00 PM" |
{ time: "long" } |
"5:55:00 PM PST" |
{ time: "full" } |
"5:55:00 PM Pacific Standard Time" |
{ datetime: "short" } |
"11/1/10, 5:55 PM" |
{ datetime: "medium" } |
"Nov 1, 2010, 5:55:00 PM" |
{ datetime: "long" } |
"November 1, 2010 at 5:55:00 PM PST" |
{ datetime: "full" } |
"Monday, November 1, 2010 at 5:55:00 PM Pacific Standard Time" |
For comparison, follow the same formatter { datetime: "short" } on different locales.
| locale | Globalize( locale ).dateFormatter({ datetime: "short" })( new Date( 2010, 10, 1, 17, 55 ) ) |
|---|---|
| en | "11/1/10, 5:55 PM" |
| en_GB | "01/11/2010 17:55" |
| zh | "10/11/1 下午5:55" |
| zh-u-nu-native | "一〇/一一/一 下午五:五五" |
| es | "1/11/10 17:55" |
| de | "01.11.10 17:55" |
| pt | "01/11/10 17:55" |
| ar | "١/١١/٢٠١٠ ٥،٥٥ م" |
Use open-ended skeletons for more flexibility (see its description above). See some examples below.
skeleton |
Globalize( "en" ).dateFormatter( skeleton )( new Date( 2010, 10, 1, 17, 55 ) ) |
|---|---|
{ skeleton: "E" } |
"Tue" |
{ skeleton: "EHm" } |
"Tue 17:55" |
{ skeleton: "EHms" } |
"Tue 17:55:00" |
{ skeleton: "Ed" } |
"30 Tue" |
{ skeleton: "Ehm" } |
"Tue 5:55 PM" |
{ skeleton: "Ehms" } |
"Tue 5:55:00 PM" |
{ skeleton: "Gy" } |
"2010 AD" |
{ skeleton: "GyMMM" } |
"Nov 2010 AD" |
{ skeleton: "GyMMMEd" } |
"Tue, Nov 30, 2010 AD" |
{ skeleton: "GyMMMd" } |
"Nov 30, 2010 AD" |
{ skeleton: "H" } |
"17" |
{ skeleton: "Hm" } |
"17:55" |
{ skeleton: "Hms" } |
"17:55:00" |
{ skeleton: "M" } |
"11" |
{ skeleton: "MEd" } |
"Tue, 11/30" |
{ skeleton: "MMM" } |
"Nov" |
{ skeleton: "MMMEd" } |
"Tue, Nov 30" |
{ skeleton: "MMMd" } |
"Nov 30" |
{ skeleton: "Md" } |
"11/30" |
{ skeleton: "d" } |
"30" |
{ skeleton: "h" } |
"5 PM" |
{ skeleton: "hm" } |
"5:55 PM" |
{ skeleton: "hms" } |
"5:55:00 PM" |
{ skeleton: "ms" } |
"55:00" |
{ skeleton: "y" } |
"2010" |
{ skeleton: "yM" } |
"11/2010" |
{ skeleton: "yMEd" } |
"Tue, 11/30/2010" |
{ skeleton: "yMMM" } |
"Nov 2010" |
{ skeleton: "yMMMEd" } |
"Tue, Nov 30, 2010" |
{ skeleton: "yMMMd" } |
"Nov 30, 2010" |
{ skeleton: "yMd" } |
"11/30/2010" |
{ skeleton: "yQQQ" } |
"Q4 2010" |
{ skeleton: "yQQQQ" } |
"4th quarter 2010" |
{ skeleton: "GyMMMEdhms" } |
"Tue, Nov 30, 2010 AD, 5:55:00 PM" |
{ skeleton: "Ehms" } |
"Tue 5:55:00 PM" |
{ skeleton: "yQQQHm" } |
"Q4 2010, 17:55" |
{ skeleton: "MMMEdhm" } |
"Tue, Nov 30, 5:55 PM" |
{ skeleton: "yMMMdhm" } |
"Nov 30, 2010, 5:55 PM" |
var globalize = Globalize( "en" ),
date = new Date( 2010, 10, 30, 17, 55 ),
monthDayFormatter = globalize.dateFormatter({ skeleton: "MMMd" }),
hourMinuteSecondFormatter = globalize.dateFormatter({ skeleton: "Hms" });
monthDayFormatter( date );
// > "Nov 30"
hourMinuteSecondFormatter( date );
// > "17:55:00"Using specific timeZones, i.e., using options.timezone. Note that prior to using it, you must load IANA time zone data.
Globalize.loadTimeZone( require( "iana-tz-data" ) );Globalize.locale( "en" );
Globalize.dateFormatter({ datetime: "medium", timeZone: "America/Los_Angeles" })( new Date() );
// > "Nov 1, 2010, 12:55:00 PM"
Globalize.dateFormatter({ datetime: "medium", timeZone: "America/Sao_Paulo" })( new Date() )
// > "Nov 1, 2010, 5:55:00 PM"
Globalize.dateFormatter({ datetime: "full", timeZone: "Europe/Berlin" })( new Date() )
// > "Monday, November 1, 2010 at 8:55:00 PM Central European Standard Time"For improved performance on iterations, first create the formatter. Then, reuse it on each loop.
// In an application, this array could have a few hundred entries
var dates = [ new Date( 2010, 10, 30, 17, 55 ), new Date( 2015, 3, 18, 4, 25 ) ];
var formatter = Globalize( "en" ).dateFormatter({ time: "short" });
var formattedDates = dates.map(function( date ) {
return formatter( date );
});
// > Array [ "5:55 PM", "4:25 AM" ]